Etherll/code-fim-v2 · Datasets at Hugging Face

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rate_limit_config_reconciler.sk.go	// Code generated by solo-kit. DO NOT EDIT. package v1alpha1 import ( "github.com/solo-io/go-utils/contextutils" "github.com/solo-io/solo-kit/pkg/api/v1/clients" "github.com/solo-io/solo-kit/pkg/api/v1/reconcile" "github.com/solo-io/solo-kit/pkg/api/v1/resources" ) // Option to copy anything from the original to the desired before writing. Return value of false means don't update type TransitionRateLimitConfigFunc func(original, desired *RateLimitConfig) (bool, error) type RateLimitConfigReconciler interface { Reconcile(namespace string, desiredResources RateLimitConfigList, transition TransitionRateLimitConfigFunc, opts clients.ListOpts) error } func rateLimitConfigsToResources(list RateLimitConfigList) resources.ResourceList {	for _, rateLimitConfig := range list { resourceList = append(resourceList, rateLimitConfig) } return resourceList } func NewRateLimitConfigReconciler(client RateLimitConfigClient) RateLimitConfigReconciler { return &rateLimitConfigReconciler{ base: reconcile.NewReconciler(client.BaseClient()), } } type rateLimitConfigReconciler struct { base reconcile.Reconciler } func (r rateLimitConfigReconciler) Reconcile(namespace string, desiredResources RateLimitConfigList, transition TransitionRateLimitConfigFunc, opts clients.ListOpts) error { opts = opts.WithDefaults() opts.Ctx = contextutils.WithLogger(opts.Ctx, "rateLimitConfig_reconciler") var transitionResources reconcile.TransitionResourcesFunc if transition != nil { transitionResources = func(original, desired resources.Resource) (bool, error) { return transition(original.(RateLimitConfig), desired.(*RateLimitConfig)) } } return r.base.Reconcile(namespace, rateLimitConfigsToResources(desiredResources), transitionResources, opts) }	var resourceList resources.ResourceList
mod.rs	mod project_task; use crate::{Client, Result}; use project_task::ProjectTask;	let project_assignments = client.get_project_assignments().await?; let project_tasks = ProjectTask::from(&project_assignments); for project_task in project_tasks { println!("{}", project_task); } Ok(()) }	pub async fn list(client: &Client) -> Result<()> {
code_cr.py	import re import numpy as np import pandas as pd import requests #웹통신 import json from pmdarima.arima import ndiffs import pmdarima as pm from pykrx import stock from bs4 import BeautifulSoup import html5lib # ============== # 업종 분류 # ============== # -------- 동일 업종 기업 출력 # TODO(미완성) 동일 업종 선택 def select_same_industry(corp_name): indus=com_df[com_df['nm']==corp_name]['industry'].values[0] # TODO(df 확인) # print(com_df.groupby(by='industry')['nm'].nunique().max()) # 동종업계 최대 151개 -> 151개 재무제표 크롤링? list_com=com_df[com_df['industry']==indus]['corp_name'].values.tolist() return list_com # -------- 네이버증권 연관기업 코드(hjh) def relate_code_crawl(co): #연관 종목코드 있는 페이지 불러오기 url='https://finance.naver.com/item/main.naver?code='+str(co) page=pd.read_html(url,encoding='CP949') #연관 종목명과 종목코드 뽑아내기(code_list[0]은 '종목명'이어서 제외) code_list=page[4].columns.tolist() code_list=code_list[1:] #종목코드 리스트 반환 codes=[] for word in (code_list): codes.append(word[-6:]) #print(codes) return codes #relate_code_crawl('000660') # ============== # 기업 이름 코드 변환 # ============== # -------- 네이버 재무제표 크롤링 용 gicode로 변환 def nm_to_bs_gicode(corp_name): gi=com_df[com_df['nm']==corp_name]['cd'] gi=gi.values[0] return gi def stc_code_to_bs_gicode(stock_code): gi = com_df[com_df['stock_code'] == stock_code]['cd'] gi = gi.values[0] return gi def yh_code_to_bs_gicode(yh_code): gi = com_df[com_df['yh_code'] == yhcode]['cd'] gi = gi.values[0] return gi # -------- 네이버 금융 크롤링 용 gicode로 변환 def nm_to_fn_gicode(corp_name): gi=com_df[com_df['nm']==corp_name]['stock_code'] gi=gi.values[0] return gi def yh_code_to_fn_gicode(yh_code): gi=com_df[com_df['yh_code']==yh_code]['stock_code'] gi=gi.values[0] return gi # -------- 코드를 기업이름으로 변환 def stc_code_to_nm(stock_code): gi = com_df[com_df['stock_code'] == stock_code]['nm'] gi = gi.values[0] return gi def yh_code_to_nm(yh_code): gi = com_df[com_df['yh_code'] == yh_code]['nm'] gi = gi.values[0] return gi # ============== # 데이터 수집 # ============== # -------- Balance Sheets API call # def bs_api(corp_name=None, yh_code=None, stock_code=None): # print('haha') # -------- Balance Sheets Crawling(재무제표 크롤링) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) kind로 특정 테이블 지정하는 대신 데이터프레임 리스트 전체 반환 # 3) '~계산에 참여한 계정 펼치기' 제거는 선택사항으로 둠 def bs_craw(stock_code, clear_name=False): # ------- 검색과 연동해서 입력 변수 설정 """ # kind : 0 (연간 포괄손익계산서), 1 (분기별 포괄손익계산서) 2 (연간 재무상태표), 3 (분기별 재무상태표) 4 (연간 현금흐름표), 5 (분기별 현금프름표) """ # ------- 검색과 연동해서 입력되는 변수 따라 gicode(네이버에서 분류하는 기업 코드)로 변환 gcode = stc_code_to_bs_gicode(stock_code) url = f"http://comp.fnguide.com/SVO2/ASP/SVD_Finance.asp?NewMenuID=103&gicode={gcode}" table_list = pd.read_html(url, encoding='UTF-8') # 항목에서 불필요한 부분 제거('계산에 참여한 계정 펼치기') if clear_name == False: return table_list else: new_table_list = [] for tbl in table_list: for i, idx in enumerate(tbl.iloc[:, 0]): m = idx.replace('계산에 참여한 계정 펼치기', '') tbl.iloc[i, 0] = m new_table_list.append(tbl) return new_table_list # ------- 네이버 금융 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) kind로 특정 테이블 지정하는 대신 데이터프레임 리스트 전체 반환 def fn_craw(stock_code): """ # kind : 0 (전일&당일 상한가, 하한가, 거래량 등) #TODO 가공 필요 1 (증권사 별 매도 매수 정보) #TODO 가공 필요(컬럼이름) 2 (외국인, 기관 거래 정보) #TODO 가공 필요 3 (기업실적분석(연도별 분기별 주요재무 정보)) #TODO 가공 필요? 4 (동일업종비교) #TODO 가공 필요? 5 (시가총액, 주식수, 액면가 정보) #TODO 가공 필요 6 (외국인 주식 한도, 보유 정보) 7 (목표주가 정보) #TODO 가공 필요 8 (PER, PBR 배당수익률 정보) (주가 따라 변동) #TODO 가공 필요 9 (동일업종 PER, 등락률 정보) #TODO 가공 필요 10 (호가 10단계) 11 (인기 검색 종목: 코스피) #TODO 가공 필요 12 (인기 검색 종목: 코스닥) #TODO 가공 필요 """ gcode = str(stock_code) url = f"https://finance.naver.com/item/main.naver?code={gcode}" table_list = pd.read_html(url, encoding='euc-kr') return table_list # ============== # 지표 선정 # ============== # 220222 날씨 수정 시작 --------------------------------------------- # -------- 지표 선정 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 데이터프레임 하나가 아닌 리스트로 받아오기때문에 kind 제거하고 직접 선택해줌 # 3) sli_df_y, sil_df_q 에서 '-' 가공 시 if 조건에 따라 처리하는 대신 lambda와 re.sub 이용 # 4) dict 대신 array로 반환, 기업 이름(nm도 반환) def idv_radar_weather_data(stock_code): """ # <지표 설명> # 1. 배당 분석 -> 배당성향(배당 커버리지의 역수.) # 2. 유동성 분석(단기채무지급능력) -> 당좌비율(당좌자산 / 유동부채) # 3. 재무건전성 분석(레버리지 비율) -> 부채비율(총부채 / 자기자본)의 역수 # 4. 수익성분석 -> 매출수익성(당기순이익/매출액)) # 5. 성장성분석 -> 순이익성장률 """ gcode = stock_code nm = stc_code_to_nm(stock_code) sil_df = fn_craw(gcode)[3] # 3: 기업실적정보 재무제표 (220220 수정) foreign_ms = fn_craw(gcode)[2].loc[1, '외국인'] # 2 : 외국인, 기관 거래 정보 giguan_ms = fn_craw(gcode)[2].loc[1, '기관'] # 2 : 외국인, 기관 거래 정보 if (sil_df.iloc[0:8, 3].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass elif (sil_df.iloc[0:8, 9].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass else: # 0. 재무정보는 최신 분기 실공시 기준 # 0. 단, 배당은 1년에 한 번 이루어지기 때문에 최신 년도 공시 기준임 sil_df_y = sil_df['최근 연간 실적'].iloc[:, 2] # 느리지만 .iloc으로 하는 이유는 공시 날짜가 다른 기업이 있기 때문 sil_df_q = sil_df['최근 분기 실적'].iloc[:, 4] sil_df_y = sil_df_y.fillna(0) sil_df_q = sil_df_q.fillna(0) if sil_df_y.dtype == 'O': sil_df_y = sil_df_y.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_y = sil_df_y.astype('float') if sil_df_q.dtype == 'O': sil_df_q = sil_df_q.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_q = sil_df_q.astype('float') # 1. 배당성향(bd_tend) bd_tend = sil_df_y[15] # 실제 배당 성향 # 2. 유동성 분석 - 당좌비율(당좌자산/유동부채) # 당좌자산 = (유동자산 - 재고자산) dj_rate = sil_df_q[7] # 당좌비율 # 3. 재무건전성 분석 - 부채비율(총부채/자기자본)의 역수 bch_rate = sil_df_q[6] / 100 # 부채비율 bch_rate = round((1 / bch_rate) * 100, 2) # 4. 수익성 분석 - 매출수익성(당기순이익/매출액) # TODO 매출액 0인 애들은? dg_bene = sil_df_q[2] mch = sil_df_q[0] suyk = round((dg_bene / mch) * 100, 2) # 5. 성장성 분석 - 순이익성장률(지속성장 가능률) # (1-배당성향)자기자본순이익률(ROE) # 유보율 roe = sil_df_y[5] / 100 ubo = (100 - bd_tend) / 100 grth = round(roe ubo * 100, 2) data_arr = np.array([bd_tend, dj_rate, bch_rate, suyk, grth]) # weather part---------------- # PER? weather_per = sil_df_y[10] # PBR weather_pbr = sil_df_y[12] # ROE weather_roe = sil_df_y[5] # EPS weather_eps = sil_df_y[9] # BPS weather_bps = sil_df_y[11] # array weather_arr = np.array([weather_per, weather_pbr, weather_roe, weather_eps, weather_bps]) return data_arr, weather_arr, nm, foreign_ms, giguan_ms # 수정수정수정 # -------- 관련 기업 지표 선정(상대적 비율 기준) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) dict 대신 array로 반환, 기업 이름(nm도 반환) # 220222 날씨 def relate_radar_weather_data(stock_code): label_list = ['배당성향', '유동성', '건전성', '수익성', '성장성'] arr_list = [] # 주식 코드,이름으로 변환 gcode = stock_code relate_corp = relate_code_crawl(co=gcode) # 다섯 개 회사가 안에 있다 arr_list = [idv_radar_weather_data(stock_code=stcd) for stcd in relate_corp] # arr_list에서 데이터 분리 radar_list = [x[0] for x in arr_list if x is not None] weather_list = [x[1] for x in arr_list if x is not None] nm_list = [x[2] for x in arr_list if x is not None] # 외인 매수, 기관 매수 try: foreign_ms = arr_list[0][3] except TypeError: foreign_ms=0.01 try: giguan_ms = arr_list[0][4] except TypeError: giguan_ms=0.01 # radar_chart_data radar_list = np.array(radar_list) radar_list[:, 0] = (radar_list[:, 0] / radar_list[:, 0].mean()) * 100 radar_list[:, 1] = (radar_list[:, 1] / radar_list[:, 1].mean()) * 100 radar_list[:, 2] = (radar_list[:, 2] / radar_list[:, 2].mean()) * 100 radar_list[:, 3] = (radar_list[:, 3] / radar_list[:, 3].mean()) * 100 radar_list[:, 4] = (radar_list[:, 4] / radar_list[:, 4].mean()) * 100 # radar_chart_dict radar_dict_list = [] for i, nm in enumerate(nm_list): dic = {} dic[nm] = radar_list[i, :].tolist() radar_dict_list.append(dic) # weather_chart_data weather_list = np.array(weather_list) weather_list[:, 0] = (weather_list[:, 0] / weather_list[:, 0].mean()) # 각 기업의 평균 대비 PER weather_list[:, 1] = (weather_list[:, 1] / weather_list[:, 1].mean()) # 각 기업의 평균 대비 PBR weather_list[:, 2] = (weather_list[:, 2] / weather_list[:, 2].mean()) # 각 기업의 평균 대비 ROE weather_list[:, 3] = (weather_list[:, 3] / weather_list[:, 3].mean()) # 각 기업의 평균 대비 EPS weather_list[:, 4] = (weather_list[:, 4] / weather_list[:, 4].mean()) # 각 기업의 평균 대비 BPS weather_list=np.round(weather_list, 2) return label_list, radar_dict_list, weather_list[0], foreign_ms, giguan_ms # 220222 날씨 수정 끝 --------------------------------------------- # ============== # 지표 선정 # ============== # -------- 지표 선정 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 데이터프레임 하나가 아닌 리스트로 받아오기때문에 kind 제거하고 직접 선택해줌 # 3) sli_df_y, sil_df_q 에서 '-' 가공 시 if 조건에 따라 처리하는 대신 lambda와 re.sub 이용 # 4) dict 대신 array로 반환, 기업 이름(nm도 반환) def idv_radar_data(stock_code): """ # <지표 설명> # 1. 배당 분석 -> 배당성향(배당 커버리지의 역수.) # 2. 유동성 분석(단기채무지급능력) -> 당좌비율(당좌자산 / 유동부채) # 3. 재무건전성 분석(레버리지 비율) -> 부채비율(총부채 / 자기자본)의 역수 # 4. 수익성분석 -> 매출수익성(당기순이익/매출액)) # 5. 성장성분석 -> 순이익성장률 """ gcode = stock_code nm = stc_code_to_nm(stock_code) sil_df = fn_craw(gcode)[3] # 3: 기업실적정보 재무제표 (220220 수정) if (sil_df.iloc[0:8, 3].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass elif (sil_df.iloc[0:8, 9].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass else: # 0. 재무정보는 최신 분기 실공시 기준 # 0. 단, 배당은 1년에 한 번 이루어지기 때문에 최신 년도 공시 기준임 sil_df_y = sil_df['최근 연간 실적'].iloc[:, 2] # 느리지만 .iloc으로 하는 이유는 공시 날짜가 다른 기업이 있기 때문 sil_df_q = sil_df['최근 분기 실적'].iloc[:, 4] sil_df_y = sil_df_y.fillna(0) sil_df_q = sil_df_q.fillna(0) if sil_df_y.dtype == 'O': sil_df_y = sil_df_y.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_y = sil_df_y.astype('float') if sil_df_q.dtype == 'O': sil_df_q = sil_df_q.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_q = sil_df_q.astype('float') # 1. 배당성향(bd_tend) bd_tend = sil_df_y[15] # 실제 배당 성향 # 2. 유동성 분석 - 당좌비율(당좌자산/유동부채) # 당좌자산 = (유동자산 - 재고자산) dj_rate = sil_df_q[7] # 당좌비율 # 3. 재무건전성 분석 - 부채비율(총부채/자기자본)의 역수 bch_rate = sil_df_q[6] / 100 # 부채비율 bch_rate = round((1 / bch_rate) * 100, 2) # 4. 수익성 분석 - 매출수익성(당기순이익/매출액) # TODO 매출액 0인 애들은? dg_bene = sil_df_q[2] mch = sil_df_q[0] suyk = round((dg_bene / mch) * 100, 2) # 5. 성장성 분석 - 순이익성장률(지속성장 가능률) # (1-배당성향)자기자본순이익률(ROE) # 유보율 roe = sil_df_y[5] / 100 ubo = (100 - bd_tend) / 100 grth = round(roe ubo * 100, 2) data_arr = np.array([bd_tend, dj_rate, bch_rate, suyk, grth]) return data_arr, nm # -------- 관련 기업 지표 선정(상대적 비율 기준) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) dict 대신 array로 반환, 기업 이름(nm도 반환) def relate_radar_data(stock_code): label_list = ['배당성향', '유동성', '건전성', '수익성', '성장성'] arr_list = [] # 주식 코드,이름으로 변환 gcode = stock_code relate_corp = relate_code_crawl(co=gcode) arr_list = [idv_radar_data(stock_code=stcd) for stcd in relate_corp] nm_list = [x[1]	ist if x is not None] arr_list = [x[0] for x in arr_list if x is not None] arr_list = np.array(arr_list) arr_list[:, 0] = (arr_list[:, 0] / arr_list[:, 0].mean()) * 100 arr_list[:, 1] = (arr_list[:, 1] / arr_list[:, 1].mean()) * 100 arr_list[:, 2] = (arr_list[:, 2] / arr_list[:, 2].mean()) * 100 arr_list[:, 3] = (arr_list[:, 3] / arr_list[:, 3].mean()) * 100 arr_list[:, 4] = (arr_list[:, 4] / arr_list[:, 4].mean()) * 100 dict_list = [] for i, nm in enumerate(nm_list): dic = {} dic[nm] = arr_list[i, :].tolist() dict_list.append(dic) return label_list, dict_list # -------- 관련 기업 지표 선정(원본) # def relate_radar_data(yh_code=None, corp_name=None, stock_code=None): # label_list=['배당성향', '유동성', '건전성', '수익성', '성장성'] # dict_list = [] # # # 주식 코드로 변환 # gcode = 0 # if yh_code != None: # gcode = yh_code_to_fn_gicode(yh_code) # elif corp_name != None: # gcode = nm_to_fn_gicode(corp_name) # elif stock_code != None: # gcode = stock_code # # relate_corp = relate_code_crawl(co=gcode) # # dict_list = [idv_radar_data(stock_code=stcd) for stcd in relate_corp] # # dict_list = [x for x in dict_list if x is not None] # # # return label_list, dict_list # ============== # 시각화 # ============== # -------- 매출, 당기순이익 추이 그래프 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 크롤링한 데이터는 list로 받아오므로 kind 없애고 직접 인덱스 처리 def mch_dg(stock_code): gcode = stock_code nm = stc_code_to_nm(stock_code) bs_df = bs_craw(stock_code=gcode)[0] label_list = bs_df.columns[1:6].tolist() # 네 분기 + 전년동기 mch_list = bs_df.loc[0, label_list].tolist() # 매출액 dg_list = bs_df.loc[15, label_list].tolist() # 당기순이익 return label_list, mch_list, dg_list def icon_selection(index_array): res=[] for idx in index_array: if 3<idx : res.append("RAIN") elif ( 1.2<idx and idx<=3 ): res.append("CLOUDY") elif ( 0.8<idx and idx<=1.2 ): res.append("PARTLY_CLOUDY_DAY") elif ( 0<idx and idx<=0.8 ): res.append("CLEAR_DAY") else: res.append("SNOW") return res def foreign_giguan(index_array): res = [] for idx in index_array: if idx >0: res.append("CLEAR_DAY") elif idx==0: res.append("CLOUDY") else: res.append("RAIN") return res # ==================================================== # 데이터 # ==================================================== # -------- 병합 파일 불러오기 com_df=pd.read_csv('com_df.csv', dtype={'stock_code': 'str', '표준코드': 'str', '단축코드': 'str', 'stock_code_ori':'str'}, parse_dates=['listed_date', '상장일']) # -------- 뉴스 크롤링 def news_crawl(gi): tot_list = [] for p in range(1): # 뉴스 기사 모인 페이지 url = 'https://m.stock.naver.com/domestic/stock/' + str(gi) + '/news/title' # https://m.stock.naver.com/domestic/stock/003550/total #F12누르면 나오는 네트워크상에서 찾아온 경로 #https://m.stock.naver.com/api/news/stock/005930?pageSize=20&page=1&searchMethod=title_entity_id.basic url = "https://m.stock.naver.com/api/news/stock/"+str(gi)+"?pageSize=5&searchMethod=title_entity_id.basic&page=1" res = requests.get(url) news_list = json.loads(res.text) #페이지에서 가져온 전체 뉴스기사를 for문으로 분리 #print(news_list[0]) for i, news in enumerate(news_list) : #신문사 id a=news['items'][0]['officeId'] #기사 id b=news['items'][0]['articleId'] list = [] list.append(news['items'][0]['officeName']) #신문사 list.append(news['items'][0]['datetime'][:8]) #날짜 list.append(news['items'][0]['title'].replace('"','\"')) #제목 list.append(news['items'][0]['imageOriginLink']) #이미지 list.append(news['items'][0]['body'].replace('"','\"')) # 기사 내용 list.append('https://m.stock.naver.com/domestic/stock/005930/news/view/'+str(a)+'/'+str(b)) #기사 url tot_list.append(list) news_df = pd.DataFrame(data=tot_list, columns=['offname','rdate','title','imgsrc','content','url']) news_df['title'] = news_df['title'].str.replace('&', '&') news_df['content'] = news_df['content'].str.replace('&', '&') #news_df['title'] = [re.sub('[^A-Za-z0-9가-힣]', '' ,s) for s in news_df['title']] #news_df.to_csv('css.csv',index=False) return news_df #co-종목코드 def relate_code_crawl(co): #연관 종목코드 있는 페이지 불러오기 url='https://finance.naver.com/item/main.naver?code='+str(co) page=pd.read_html(url,encoding='CP949') #연관 종목명과 종목코드 뽑아내기(code_list[0]은 '종목명'이어서 제외) code_list=page[4].columns.tolist() code_list=code_list[1:] #종목코드 리스트 반환 codes=[] for word in (code_list): codes.append(word[-6:]) #print(codes) return codes # def before_1w_kospi(date): # before1w=date-timedelta(days=7) # return fdr.DataReader('KS11',before1w)[['Close']]#, fdr.DataReader('KQ11',before1w) def invest_opinion(gcode): url='https://finance.naver.com/item/coinfo.naver?code='+str(gcode) page=pd.read_html(url,encoding='CP949') try: a,b=page[3][1].tolist()[0][:4].split('.') return ((int(a)+int(b)/100)/5)100 #의견 점수 구한 후 백분율로 다시 변환 except ValueError: return 0.1 #최상현 함수 def crawl_ifrs(gcode): url = "http://comp.fnguide.com/SVO2/ASP/SVD_Main.asp?pGB=1&gicode=A"+gcode+"&cID=&MenuYn=Y&ReportGB=&NewMenuID=11&stkGb=701" table_list = pd.read_html(url, encoding='UTF-8') ifrs = table_list[10] ifrs = ifrs.fillna('9999999999') for i in range(1, 5): if ifrs.iloc[:, i].dtype == 'O': ifrs.iloc[:, i] = ifrs.iloc[:, i].apply(lambda x: '9999999999' if type(x) == str else x) print(ifrs.iloc[:, i]) ifrs.iloc[:, i] = ifrs.iloc[:, i].astype('float') ifrs.iloc[:, i] = ifrs.iloc[:, i].apply(lambda x: format(float(x), ',')) ifrs = pd.concat([ifrs.iloc[:, 0], ifrs['Annual']], axis=1) ifrs = ifrs.astype(str) for i in range(1, 5): ifrs.iloc[:12, i] = ifrs.iloc[:12, i].apply(lambda x: x[:-2]) ifrs.iloc[18:21, i] = ifrs.iloc[18:21, i].apply(lambda x: x[:-2]) ifrs.iloc[23:24, i] = ifrs.iloc[23:24, i].apply(lambda x: x[:-2]) ifrs = ifrs.replace(['9,999,999,999', '9,999,999,999.0'], ['-', '-']) ifrs.rename(columns={'IFRS(연결)': ''}, inplace=True) ifrs = ifrs.to_html(justify="right", index=False, classes="table") ifrs = ifrs.replace('border="1"', 'border="0"') pd.options.display.float_format = '{:,.0f}'.format ifrs = ifrs.replace('<td>', '<td align="right">') ifrs = ifrs.replace('<th>', '<th style="text-align: right;">') ifrs = ifrs.replace('halign="left"', 'style="text-align: center;"') ifrs = ifrs.replace('class ="dataframe table"', 'class ="dataframe table" style = "table-layout:fixed;word-break:break-all;"') return (ifrs) def ori_code(yh_code): origin_stock=com_df[com_df['yh_code']==yh_code]['stock_code_ori'].values[0] return origin_stock # 아리마 모델 def stock_predict(code,ptype): data = stock.get_market_ohlcv_by_date(fromdate="20220101", todate="20220222", ticker=str(code)) print(data.head()) data=data[[ptype]] y_train=data y_test=data kpss_diffs = ndiffs(y_train, alpha=0.05, test='kpss', max_d=6) adf_diffs = ndiffs(y_train, alpha=0.05, test='adf', max_d=6) n_diffs = max(adf_diffs, kpss_diffs) print(f"추정된 차수 d = {n_diffs}") model=pm.auto_arima(y_train,d=n_diffs,seasonal=False,trace=True) model.fit(y_train) print(model.summary()) def forecast_one_step(): fc, conf_int = model.predict(n_periods=1 # 한 스텝씩! , return_conf_int=True) # 신뢰구간 출력 return ( fc.tolist()[0], np.asarray(conf_int).tolist()[0] ) forecasts = [] y_pred = [] pred_upper = [] pred_lower = [] for new_ob in y_test[ptype]: fc, conf = forecast_one_step() y_pred.append(int(fc)) pred_upper.append(conf[1]) pred_lower.append(conf[0]) ## 모형 업데이트 !! model.update(new_ob) fc_last = model.predict(n_periods=1 # 한 스텝씩! ) df=pd.DataFrame({"test": y_test[ptype], "pred": y_pred}) print(df.tail()) def MAE(y_test, y_pred): return np.mean(np.abs((df['test']-df['pred'])/df['test']))100 mae=np.round(MAE(y_test, y_pred).astype('float'),4) print(f"MAE: {MAE(y_test, y_pred):.3f}") price_list=[] return int(fc_last),mae	for x in arr_l
store.rs	use graph_chain_ethereum::{Mapping, MappingABI}; use graph_mock::MockMetricsRegistry; use hex_literal::hex; use lazy_static::lazy_static; use std::time::Duration; use std::{collections::HashSet, sync::Mutex}; use std::{marker::PhantomData, str::FromStr}; use test_store::; use graph::components::store::{DeploymentLocator, WritableStore}; use graph::data::subgraph::; use graph::prelude::*; use graph::{ blockchain::DataSource, components::store::{ BlockStore as _, EntityFilter, EntityKey, EntityOrder, EntityQuery, EntityType, StatusStore, SubscriptionManager as _, }, prelude::ethabi::Contract, }; use graph::{data::store::scalar, semver::Version}; use graph_store_postgres::layout_for_tests::STRING_PREFIX_SIZE; use graph_store_postgres::{Store as DieselStore, SubgraphStore as DieselSubgraphStore}; use web3::types::{Address, H256}; const USER_GQL: &str = " interface ColorAndAge { id: ID!, age: Int, favorite_color: String } type User implements ColorAndAge @entity { id: ID!, name: String, bin_name: Bytes, email: String, age: Int, seconds_age: BigInt, weight: BigDecimal, coffee: Boolean, favorite_color: String } type Person implements ColorAndAge @entity { id: ID!, name: String, age: Int, favorite_color: String } type Manual @entity { id: ID!, text: String } "; const USER: &str = "User"; lazy_static! { static ref TEST_SUBGRAPH_ID_STRING: String = String::from("testsubgraph"); static ref TEST_SUBGRAPH_ID: DeploymentHash = DeploymentHash::new(TEST_SUBGRAPH_ID_STRING.as_str()).unwrap(); static ref TEST_SUBGRAPH_SCHEMA: Schema = Schema::parse(USER_GQL, TEST_SUBGRAPH_ID.clone()).expect("Failed to parse user schema"); static ref TEST_BLOCK_0_PTR: BlockPtr = ( H256::from(hex!( "bd34884280958002c51d3f7b5f853e6febeba33de0f40d15b0363006533c924f" )), 0u64 ) .into(); static ref TEST_BLOCK_1_PTR: BlockPtr = ( H256::from(hex!( "8511fa04b64657581e3f00e14543c1d522d5d7e771b54aa3060b662ade47da13" )), 1u64 ) .into(); static ref TEST_BLOCK_2_PTR: BlockPtr = ( H256::from(hex!( "b98fb783b49de5652097a989414c767824dff7e7fd765a63b493772511db81c1" )), 2u64 ) .into(); static ref TEST_BLOCK_3_PTR: BlockPtr = ( H256::from(hex!( "977c084229c72a0fa377cae304eda9099b6a2cb5d83b25cdf0f0969b69874255" )), 3u64 ) .into(); static ref TEST_BLOCK_3A_PTR: BlockPtr = ( H256::from(hex!( "d163aec0592c7cb00c2700ab65dcaac93289f5d250b3b889b39198b07e1fbe4a" )), 3u64 ) .into(); static ref TEST_BLOCK_4_PTR: BlockPtr = ( H256::from(hex!( "007a03cdf635ebb66f5e79ae66cc90ca23d98031665649db056ff9c6aac2d74d" )), 4u64 ) .into(); static ref TEST_BLOCK_4A_PTR: BlockPtr = ( H256::from(hex!( "8fab27e9e9285b0a39110f4d9877f05d0f43d2effa157e55f4dcc49c3cf8cbd7" )), 4u64 ) .into(); static ref TEST_BLOCK_5_PTR: BlockPtr = ( H256::from(hex!( "e8b3b02b936c4a4a331ac691ac9a86e197fb7731f14e3108602c87d4dac55160" )), 5u64 ) .into(); } /// Test harness for running database integration tests. fn run_test<R, F>(test: F) where F: FnOnce(Arc<DieselStore>, Arc<dyn WritableStore>, DeploymentLocator) -> R + Send + 'static, R: std::future::Future<Output = ()> + Send + 'static, { run_test_sequentially(\|store\| async move { let subgraph_store = store.subgraph_store(); // Reset state before starting remove_test_data(subgraph_store.clone()); // Seed database with test data let deployment = insert_test_data(subgraph_store.clone()); let writable = store .subgraph_store() .writable(LOGGER.clone(), deployment.id) .await .expect("we can get a writable store"); // Run test test(store, writable, deployment).await }); } /// Inserts test data into the store. /// /// Inserts data in test blocks `GENESIS_PTR`, `TEST_BLOCK_1_PTR`, and /// `TEST_BLOCK_2_PTR` fn insert_test_data(store: Arc<DieselSubgraphStore>) -> DeploymentLocator { let manifest = SubgraphManifest::<graph_chain_ethereum::Chain> { id: TEST_SUBGRAPH_ID.clone(), spec_version: Version::new(1, 0, 0), features: Default::default(), description: None, repository: None, schema: TEST_SUBGRAPH_SCHEMA.clone(), data_sources: vec![], graft: None, templates: vec![], chain: PhantomData, }; // Create SubgraphDeploymentEntity let deployment = SubgraphDeploymentEntity::new(&manifest, false, None); let name = SubgraphName::new("test/store").unwrap(); let node_id = NodeId::new("test").unwrap(); let deployment = store .create_subgraph_deployment( name, &TEST_SUBGRAPH_SCHEMA, deployment, node_id, NETWORK_NAME.to_string(), SubgraphVersionSwitchingMode::Instant, ) .unwrap(); let test_entity_1 = create_test_entity( "1", USER, "Johnton", "[email protected]", 67 as i32, 184.4, false, None, ); transact_entity_operations( &store, &deployment, GENESIS_PTR.clone(), vec![test_entity_1], ) .unwrap(); let test_entity_2 = create_test_entity( "2", USER, "Cindini", "[email protected]", 43 as i32, 159.1, true, Some("red"), ); let test_entity_3_1 = create_test_entity( "3", USER, "Shaqueeena", "[email protected]", 28 as i32, 111.7, false, Some("blue"), ); transact_entity_operations( &store, &deployment, TEST_BLOCK_1_PTR.clone(), vec![test_entity_2, test_entity_3_1], ) .unwrap(); let test_entity_3_2 = create_test_entity( "3", USER, "Shaqueeena", "[email protected]", 28 as i32, 111.7, false, None, ); transact_entity_operations( &store, &deployment, TEST_BLOCK_2_PTR.clone(), vec![test_entity_3_2], ) .unwrap(); deployment } /// Creates a test entity. fn create_test_entity( id: &str, entity_type: &str, name: &str, email: &str, age: i32, weight: f64, coffee: bool, favorite_color: Option<&str>, ) -> EntityOperation	/// Removes test data from the database behind the store. fn remove_test_data(store: Arc<DieselSubgraphStore>) { store .delete_all_entities_for_test_use_only() .expect("deleting test entities succeeds"); } fn get_entity_count(store: Arc<DieselStore>, subgraph_id: &DeploymentHash) -> u64 { let info = store .status(status::Filter::Deployments(vec![subgraph_id.to_string()])) .unwrap(); let info = info.first().unwrap(); info.entity_count } #[test] fn delete_entity() { run_test(\|store, writable, deployment\| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "3".to_owned()); // Check that there is an entity to remove. writable.get(&entity_key).unwrap().unwrap(); let count = get_entity_count(store.clone(), &&deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Remove { key: entity_key.clone(), }], ) .unwrap(); assert_eq!( count, get_entity_count(store.clone(), &&deployment.hash) + 1 ); // Check that that the deleted entity id is not present assert!(writable.get(&entity_key).unwrap().is_none()); }) } /// Check that user 1 was inserted correctly #[test] fn get_entity_1() { run_test(\|_, writable, deployment\| async move { let key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let result = writable.get(&key).unwrap(); let mut expected_entity = Entity::new(); expected_entity.insert("__typename".to_owned(), USER.into()); expected_entity.insert("id".to_owned(), "1".into()); expected_entity.insert("name".to_owned(), "Johnton".into()); expected_entity.insert( "bin_name".to_owned(), Value::Bytes("Johnton".as_bytes().into()), ); expected_entity.insert("email".to_owned(), "[email protected]".into()); expected_entity.insert("age".to_owned(), Value::Int(67 as i32)); expected_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(2114359200)), ); expected_entity.insert("weight".to_owned(), Value::BigDecimal(184.4.into())); expected_entity.insert("coffee".to_owned(), Value::Bool(false)); // "favorite_color" was set to `Null` earlier and should be absent // Check that the expected entity was returned assert_eq!(result, Some(expected_entity)); }) } /// Check that user 3 was updated correctly #[test] fn get_entity_3() { run_test(\|_, writable, deployment\| async move { let key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "3".to_owned()); let result = writable.get(&key).unwrap(); let mut expected_entity = Entity::new(); expected_entity.insert("__typename".to_owned(), USER.into()); expected_entity.insert("id".to_owned(), "3".into()); expected_entity.insert("name".to_owned(), "Shaqueeena".into()); expected_entity.insert( "bin_name".to_owned(), Value::Bytes("Shaqueeena".as_bytes().into()), ); expected_entity.insert("email".to_owned(), "[email protected]".into()); expected_entity.insert("age".to_owned(), Value::Int(28 as i32)); expected_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(883612800)), ); expected_entity.insert("weight".to_owned(), Value::BigDecimal(111.7.into())); expected_entity.insert("coffee".to_owned(), Value::Bool(false)); // "favorite_color" was set to `Null` earlier and should be absent // Check that the expected entity was returned assert_eq!(result, Some(expected_entity)); }) } #[test] fn insert_entity() { run_test(\|store, writable, deployment\| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "7".to_owned()); let test_entity = create_test_entity( "7", USER, "Wanjon", "[email protected]", 76 as i32, 111.7, true, Some("green"), ); let count = get_entity_count(store.clone(), &&deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![test_entity], ) .unwrap(); assert_eq!(count + 1, get_entity_count(store.clone(), &deployment.hash)); // Check that new record is in the store writable.get(&entity_key).unwrap().unwrap(); }) } #[test] fn update_existing() { run_test(\|store, writable, deployment\| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let op = create_test_entity( "1", USER, "Wanjon", "[email protected]", 76 as i32, 111.7, true, Some("green"), ); let mut new_data = match op { EntityOperation::Set { ref data, .. } => data.clone(), _ => unreachable!(), }; // Verify that the entity before updating is different from what we expect afterwards assert_ne!(writable.get(&entity_key).unwrap().unwrap(), new_data); // Set test entity; as the entity already exists an update should be performed let count = get_entity_count(store.clone(), &deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![op], ) .unwrap(); assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); // Verify that the entity in the store has changed to what we have set. let bin_name = match new_data.get("bin_name") { Some(Value::Bytes(bytes)) => bytes.clone(), _ => unreachable!(), }; new_data.insert("__typename".to_owned(), USER.into()); new_data.insert("bin_name".to_owned(), Value::Bytes(bin_name)); assert_eq!(writable.get(&entity_key).unwrap(), Some(new_data)); }) } #[test] fn partially_update_existing() { run_test(\|store, writable, deployment\| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); let original_entity = writable .get(&entity_key) .unwrap() .expect("entity not found"); // Set test entity; as the entity already exists an update should be performed transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Set { key: entity_key.clone(), data: partial_entity.clone(), }], ) .unwrap(); // Obtain the updated entity from the store let updated_entity = writable .get(&entity_key) .unwrap() .expect("entity not found"); // Verify that the values of all attributes we have set were either unset // (in the case of Value::Null) or updated to the new values assert_eq!(updated_entity.get("id"), partial_entity.get("id")); assert_eq!(updated_entity.get(USER), partial_entity.get(USER)); assert_eq!(updated_entity.get("email"), None); // Verify that all attributes we have not set have remained at their old values assert_eq!(updated_entity.get("age"), original_entity.get("age")); assert_eq!(updated_entity.get("weight"), original_entity.get("weight")); assert_eq!(updated_entity.get("coffee"), original_entity.get("coffee")); }) } struct QueryChecker { store: Arc<DieselStore>, } impl QueryChecker { fn new(store: Arc<DieselStore>) -> Self { Self { store } } fn check(self, expected_entity_ids: Vec<&str>, query: EntityQuery) -> Self { let expected_entity_ids: Vec<String> = expected_entity_ids.into_iter().map(str::to_owned).collect(); let entities = self .store .subgraph_store() .find(query) .expect("store.find failed to execute query"); let entity_ids: Vec<_> = entities .into_iter() .map(\|entity\| match entity.get("id") { Some(Value::String(id)) => id.to_owned(), Some(_) => panic!("store.find returned entity with non-string ID attribute"), None => panic!("store.find returned entity with no ID attribute"), }) .collect(); assert_eq!(entity_ids, expected_entity_ids); self } } fn user_query() -> EntityQuery { EntityQuery::new( TEST_SUBGRAPH_ID.clone(), BLOCK_NUMBER_MAX, EntityCollection::All(vec![(EntityType::from(USER), AttributeNames::All)]), ) } trait EasyOrder { fn asc(self, attr: &str) -> Self; fn desc(self, attr: &str) -> Self; } impl EasyOrder for EntityQuery { fn asc(self, attr: &str) -> Self { // The ValueType doesn't matter since relational layouts ignore it self.order(EntityOrder::Ascending(attr.to_owned(), ValueType::String)) } fn desc(self, attr: &str) -> Self { // The ValueType doesn't matter since relational layouts ignore it self.order(EntityOrder::Descending(attr.to_owned(), ValueType::String)) } } #[test] fn find() { run_test(\|store, _, _\| async move { // Filter tests with string attributes QueryChecker::new(store.clone()) .check( vec!["2"], user_query().filter(EntityFilter::Contains("name".into(), "ind".into())), ) .check( vec!["2"], user_query().filter(EntityFilter::Equal("name".to_owned(), "Cindini".into())), ) .check( vec!["1", "3"], user_query() .filter(EntityFilter::Not("name".to_owned(), "Cindini".into())) .asc("name"), ) .check( vec!["3"], user_query().filter(EntityFilter::GreaterThan("name".to_owned(), "Kundi".into())), ) .check( vec!["2", "1"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "Kundi".into())) .asc("name"), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "Kundi".into())) .desc("name"), ) .check( vec!["1"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "ZZZ".into())) .desc("name") .first(1) .skip(1), ) .check( vec!["2"], user_query() .filter(EntityFilter::And(vec![ EntityFilter::LessThan("name".to_owned(), "Cz".into()), EntityFilter::Equal("name".to_owned(), "Cindini".into()), ])) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::EndsWith("name".to_owned(), "ini".into())) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::NotEndsWith("name".to_owned(), "ini".into())) .desc("name"), ) .check( vec!["1"], user_query() .filter(EntityFilter::In("name".to_owned(), vec!["Johnton".into()])) .desc("name"), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::NotIn( "name".to_owned(), vec!["Shaqueeena".into()], )) .desc("name"), ); // Filter tests with float attributes QueryChecker::new(store.clone()) .check( vec!["1"], user_query().filter(EntityFilter::Equal( "weight".to_owned(), Value::BigDecimal(184.4.into()), )), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::Not( "weight".to_owned(), Value::BigDecimal(184.4.into()), )) .desc("name"), ) .check( vec!["1"], user_query().filter(EntityFilter::GreaterThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )) .asc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(161.0.into()), )) .desc("name") .first(1) .skip(1), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::In( "weight".to_owned(), vec![ Value::BigDecimal(184.4.into()), Value::BigDecimal(111.7.into()), ], )) .desc("name") .first(5), ) .check( vec!["2"], user_query() .filter(EntityFilter::NotIn( "weight".to_owned(), vec![ Value::BigDecimal(184.4.into()), Value::BigDecimal(111.7.into()), ], )) .desc("name") .first(5), ); // Filter tests with int attributes QueryChecker::new(store.clone()) .check( vec!["1"], user_query() .filter(EntityFilter::Equal("age".to_owned(), Value::Int(67 as i32))) .desc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::Not("age".to_owned(), Value::Int(67 as i32))) .desc("name"), ) .check( vec!["1"], user_query().filter(EntityFilter::GreaterThan( "age".to_owned(), Value::Int(43 as i32), )), ) .check( vec!["2", "1"], user_query() .filter(EntityFilter::GreaterOrEqual( "age".to_owned(), Value::Int(43 as i32), )) .asc("name"), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(50 as i32), )) .asc("name"), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessOrEqual( "age".to_owned(), Value::Int(43 as i32), )) .asc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(50 as i32), )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(67 as i32), )) .desc("name") .first(1) .skip(1), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::In( "age".to_owned(), vec![Value::Int(67 as i32), Value::Int(43 as i32)], )) .desc("name") .first(5), ) .check( vec!["3"], user_query() .filter(EntityFilter::NotIn( "age".to_owned(), vec![Value::Int(67 as i32), Value::Int(43 as i32)], )) .desc("name") .first(5), ); // Filter tests with bool attributes QueryChecker::new(store.clone()) .check( vec!["2"], user_query() .filter(EntityFilter::Equal("coffee".to_owned(), Value::Bool(true))) .desc("name"), ) .check( vec!["1", "3"], user_query() .filter(EntityFilter::Not("coffee".to_owned(), Value::Bool(true))) .asc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::In( "coffee".to_owned(), vec![Value::Bool(true)], )) .desc("name") .first(5), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::NotIn( "coffee".to_owned(), vec![Value::Bool(true)], )) .desc("name") .first(5), ); // Misc filter tests QueryChecker::new(store) .check( vec!["1"], user_query() .filter(EntityFilter::Equal( "bin_name".to_owned(), Value::Bytes("Johnton".as_bytes().into()), )) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::Equal( "favorite_color".to_owned(), Value::Null, )) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::Equal( "favorite_color".to_owned(), Value::Null, )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::Not("favorite_color".to_owned(), Value::Null)) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::NotIn( "favorite_color".to_owned(), vec![Value::Null], )) .desc("name"), ) .check(vec!["3", "2", "1"], user_query().asc("weight")) .check(vec!["1", "2", "3"], user_query().desc("weight")) .check(vec!["1", "2", "3"], user_query().asc("id")) .check(vec!["3", "2", "1"], user_query().desc("id")) .check(vec!["3", "2", "1"], user_query().asc("age")) .check(vec!["1", "2", "3"], user_query().desc("age")) .check(vec!["2", "1", "3"], user_query().asc("name")) .check(vec!["3", "1", "2"], user_query().desc("name")) .check( vec!["1", "2"], user_query() .filter(EntityFilter::And(vec![EntityFilter::Or(vec![ EntityFilter::Equal("id".to_owned(), Value::from("1")), EntityFilter::Equal("id".to_owned(), Value::from("2")), ])])) .asc("id"), ); }); } fn make_entity_change(entity_type: &str) -> EntityChange { EntityChange::Data { subgraph_id: TEST_SUBGRAPH_ID.clone(), entity_type: EntityType::new(entity_type.to_owned()), } } // Get as events until we've seen all the expected events or we time out waiting async fn check_events( stream: StoreEventStream<impl Stream<Item = Arc<StoreEvent>, Error = ()> + Send>, expected: Vec<StoreEvent>, ) { fn as_set(events: Vec<Arc<StoreEvent>>) -> HashSet<EntityChange> { events.into_iter().fold(HashSet::new(), \|mut set, event\| { set.extend(event.changes.iter().map(\|change\| change.clone())); set }) } let expected = Mutex::new(as_set( expected.into_iter().map(\|event\| Arc::new(event)).collect(), )); // Capture extra changes here; this is only needed for debugging, really. // It's permissible that we get more changes than we expected because of // how store events group changes together let extra: Mutex<HashSet<EntityChange>> = Mutex::new(HashSet::new()); // Get events from the store until we've either seen all the changes we // expected or we timed out waiting for them stream .take_while(\|event\| { let mut expected = expected.lock().unwrap(); for change in &event.changes { if !expected.remove(&change) { extra.lock().unwrap().insert(change.clone()); } } future::ok(!expected.is_empty()) }) .collect() .compat() .timeout(Duration::from_secs(3)) .await .expect(&format!( "timed out waiting for events\n still waiting for {:?}\n got extra events {:?}", expected.lock().unwrap().clone(), extra.lock().unwrap().clone() )) .expect("something went wrong getting events"); // Check again that we really got everything assert_eq!(HashSet::new(), expected.lock().unwrap().clone()); } // Subscribe to store events fn subscribe( subgraph: &DeploymentHash, entity_type: &str, ) -> StoreEventStream<impl Stream<Item = Arc<StoreEvent>, Error = ()> + Send> { let subscription = SUBSCRIPTION_MANAGER.subscribe(vec![SubscriptionFilter::Entities( subgraph.clone(), EntityType::new(entity_type.to_owned()), )]); StoreEventStream::new(subscription) } async fn check_basic_revert( store: Arc<DieselStore>, expected: StoreEvent, deployment: &DeploymentLocator, entity_type: &str, ) { let this_query = user_query() .filter(EntityFilter::Equal( "name".to_owned(), Value::String("Shaqueeena".to_owned()), )) .desc("name"); let subscription = subscribe(&deployment.hash, entity_type); let state = deployment_state(store.as_ref(), &deployment.hash).await; assert_eq!(&deployment.hash, &state.id); // Revert block 3 revert_block(&store, &deployment, &TEST_BLOCK_1_PTR).await; let returned_entities = store .subgraph_store() .find(this_query.clone()) .expect("store.find operation failed"); // There should be 1 user returned in results assert_eq!(1, returned_entities.len()); // Check if the first user in the result vector has email "[email protected]" let returned_name = returned_entities[0].get(&"email".to_owned()); let test_value = Value::String("[email protected]".to_owned()); assert!(returned_name.is_some()); assert_eq!(&test_value, returned_name.unwrap()); let state = deployment_state(store.as_ref(), &deployment.hash).await; assert_eq!(&deployment.hash, &state.id); check_events(subscription, vec![expected]).await } #[test] fn revert_block_basic_user() { run_test(\|store, _, deployment\| async move { let expected = StoreEvent::new(vec![make_entity_change(USER)]); let count = get_entity_count(store.clone(), &deployment.hash); check_basic_revert(store.clone(), expected, &deployment, USER).await; assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); }) } #[test] fn revert_block_with_delete() { run_test(\|store, _, deployment\| async move { let this_query = user_query() .filter(EntityFilter::Equal( "name".to_owned(), Value::String("Cindini".to_owned()), )) .desc("name"); // Delete entity with id=2 let del_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "2".to_owned()); // Process deletion transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Remove { key: del_key }], ) .unwrap(); let subscription = subscribe(&deployment.hash, USER); // Revert deletion let count = get_entity_count(store.clone(), &deployment.hash); revert_block(&store, &deployment, &TEST_BLOCK_2_PTR).await; assert_eq!(count + 1, get_entity_count(store.clone(), &deployment.hash)); // Query after revert let returned_entities = store .subgraph_store() .find(this_query.clone()) .expect("store.find operation failed"); // There should be 1 entity returned in results assert_eq!(1, returned_entities.len()); // Check if "[email protected]" is in result set let returned_name = returned_entities[0].get(&"email".to_owned()); let test_value = Value::String("[email protected]".to_owned()); assert!(returned_name.is_some()); assert_eq!(&test_value, returned_name.unwrap()); // Check that the subscription notified us of the changes let expected = StoreEvent::new(vec![make_entity_change(USER)]); // The last event is the one for the reversion check_events(subscription, vec![expected]).await }) } #[test] fn revert_block_with_partial_update() { run_test(\|store, writable, deployment\| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); let original_entity = writable.get(&entity_key).unwrap().expect("missing entity"); // Set test entity; as the entity already exists an update should be performed transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Set { key: entity_key.clone(), data: partial_entity.clone(), }], ) .unwrap(); let subscription = subscribe(&deployment.hash, USER); // Perform revert operation, reversing the partial update let count = get_entity_count(store.clone(), &deployment.hash); revert_block(&store, &deployment, &TEST_BLOCK_2_PTR).await; assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); // Obtain the reverted entity from the store let reverted_entity = writable.get(&entity_key).unwrap().expect("missing entity"); // Verify that the entity has been returned to its original state assert_eq!(reverted_entity, original_entity); // Check that the subscription notified us of the changes let expected = StoreEvent::new(vec![make_entity_change(USER)]); check_events(subscription, vec![expected]).await }) } fn mock_data_source() -> graph_chain_ethereum::DataSource { graph_chain_ethereum::DataSource { kind: String::from("ethereum/contract"), name: String::from("example data source"), network: Some(String::from("mainnet")), source: Source { address: Some(Address::from_str("0123123123012312312301231231230123123123").unwrap()), abi: String::from("123123"), start_block: 0, }, mapping: Mapping { kind: String::from("ethereum/events"), api_version: Version::parse("0.1.0").unwrap(), language: String::from("wasm/assemblyscript"), entities: vec![], abis: vec![], event_handlers: vec![], call_handlers: vec![], block_handlers: vec![], link: Link { link: "link".to_owned(), }, runtime: Arc::new(Vec::new()), }, context: Default::default(), creation_block: None, contract_abi: Arc::new(mock_abi()), } } fn mock_abi() -> MappingABI { MappingABI { name: "mock_abi".to_string(), contract: Contract::load( r#"[ { "inputs": [ { "name": "a", "type": "address" } ], "type": "constructor" } ]"# .as_bytes(), ) .unwrap(), } } #[test] fn revert_block_with_dynamic_data_source_operations() { run_test(\|store, writable, deployment\| async move { let subgraph_store = store.subgraph_store(); // Create operations to add a user let user_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); // Get the original user for comparisons let original_user = writable.get(&user_key).unwrap().expect("missing entity"); // Create operations to add a dynamic data source let data_source = mock_data_source(); let ops = vec![EntityOperation::Set { key: user_key.clone(), data: partial_entity.clone(), }]; // Add user and dynamic data source to the store transact_entities_and_dynamic_data_sources( &subgraph_store, deployment.clone(), TEST_BLOCK_3_PTR.clone(), vec![data_source.as_stored_dynamic_data_source()], ops, ) .unwrap(); // Verify that the user is no longer the original assert_ne!( writable.get(&user_key).unwrap().expect("missing entity"), original_user ); // Verify that the dynamic data source exists afterwards let loaded_dds = writable.load_dynamic_data_sources().await.unwrap(); assert_eq!(1, loaded_dds.len()); assert_eq!(data_source.source, loaded_dds[0].source); let subscription = subscribe(&deployment.hash, USER); // Revert block that added the user and the dynamic data source revert_block(&store, &deployment, &TEST_BLOCK_2_PTR).await; // Verify that the user is the original again assert_eq!( writable.get(&user_key).unwrap().expect("missing entity"), original_user ); // Verify that the dynamic data source is gone after the reversion let loaded_dds = writable.load_dynamic_data_sources().await.unwrap(); assert_eq!(0, loaded_dds.len()); // Verify that the right change events were emitted for the reversion let expected_events = vec![StoreEvent { tag: 3, changes: HashSet::from_iter( vec![EntityChange::Data { subgraph_id: DeploymentHash::new("testsubgraph").unwrap(), entity_type: EntityType::new(USER.into()), }] .into_iter(), ), }]; check_events(subscription, expected_events).await }) } #[test] fn entity_changes_are_fired_and_forwarded_to_subscriptions() { run_test(\|store, _, _\| async move { let subgraph_id = DeploymentHash::new("EntityChangeTestSubgraph").unwrap(); let schema = Schema::parse(USER_GQL, subgraph_id.clone()).expect("Failed to parse user schema"); let manifest = SubgraphManifest::<graph_chain_ethereum::Chain> { id: subgraph_id.clone(), spec_version: Version::new(1, 0, 0), features: Default::default(), description: None, repository: None, schema: schema.clone(), data_sources: vec![], graft: None, templates: vec![], chain: PhantomData, }; // Create SubgraphDeploymentEntity let deployment_entity = SubgraphDeploymentEntity::new(&manifest, false, Some(TEST_BLOCK_0_PTR.clone())); let name = SubgraphName::new("test/entity-changes-are-fired").unwrap(); let node_id = NodeId::new("test").unwrap(); let deployment = store .subgraph_store() .create_subgraph_deployment( name, &schema, deployment_entity, node_id, NETWORK_NAME.to_string(), SubgraphVersionSwitchingMode::Instant, ) .unwrap(); let subscription = subscribe(&subgraph_id, USER); // Add two entities to the store let added_entities = vec![ ( "1".to_owned(), Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ]), ), ( "2".to_owned(), Entity::from(vec![ ("id", Value::from("2")), ("name", Value::from("Tessa")), ]), ), ]; transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_1_PTR.clone(), added_entities .iter() .map(\|(id, data)\| EntityOperation::Set { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), id.to_owned()), data: data.to_owned(), }) .collect(), ) .unwrap(); // Update an entity in the store let updated_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny")), ]); let update_op = EntityOperation::Set { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), "1".to_owned()), data: updated_entity.clone(), }; // Delete an entity in the store let delete_op = EntityOperation::Remove { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), "2".to_owned()), }; // Commit update & delete ops transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_2_PTR.clone(), vec![update_op, delete_op], ) .unwrap(); // We're expecting two events to be written to the subscription stream let user_type = EntityType::new(USER.to_owned()); let expected = vec![ StoreEvent::new(vec![ EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, ]), StoreEvent::new(vec![ EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, ]), ]; check_events(subscription, expected).await }) } #[test] fn throttle_subscription_delivers() { run_test(\|store, _, deployment\| async move { let subscription = subscribe(&deployment.hash, USER) .throttle_while_syncing( &LOGGER, store .clone() .query_store(deployment.hash.clone().into(), true) .await .unwrap(), Duration::from_millis(500), ) .await; let user4 = create_test_entity( "4", USER, "Steve", "[email protected]", 72 as i32, 120.7, false, None, ); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![user4], ) .unwrap(); let expected = StoreEvent::new(vec![make_entity_change(USER)]); check_events(subscription, vec![expected]).await }) } #[test] fn throttle_subscription_throttles() { run_test(\|store, _, deployment\| async move { // Throttle for a very long time (30s) let subscription = subscribe(&deployment.hash, USER) .throttle_while_syncing( &LOGGER, store .clone() .query_store(deployment.hash.clone().into(), true) .await .unwrap(), Duration::from_secs(30), ) .await; let user4 = create_test_entity( "4", USER, "Steve", "[email protected]", 72 as i32, 120.7, false, None, ); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![user4], ) .unwrap(); // Make sure we time out waiting for the subscription let res = subscription .take(1) .collect() .compat() .timeout(Duration::from_millis(500)) .await; assert!(res.is_err()); }) } #[test] fn subgraph_schema_types_have_subgraph_id_directive() { run_test(\|store, _, deployment\| async move { let schema = store .subgraph_store() .api_schema(&deployment.hash) .expect("test subgraph should have a schema"); for typedef in schema .document() .definitions .iter() .filter_map(\|def\| match def { s::Definition::TypeDefinition(typedef) => Some(typedef), _ => None, }) { // Verify that all types have a @subgraphId directive on them let directive = match typedef { s::TypeDefinition::Object(t) => &t.directives, s::TypeDefinition::Interface(t) => &t.directives, s::TypeDefinition::Enum(t) => &t.directives, s::TypeDefinition::Scalar(t) => &t.directives, s::TypeDefinition::Union(t) => &t.directives, s::TypeDefinition::InputObject(t) => &t.directives, } .iter() .find(\|directive\| directive.name == "subgraphId") .expect("all subgraph schema types should have a @subgraphId directive"); // Verify that all @subgraphId directives match the subgraph assert_eq!( directive.arguments, [( String::from("id"), s::Value::String(TEST_SUBGRAPH_ID_STRING.to_string()) )] ); } }) } #[test] fn handle_large_string_with_index() { const NAME: &str = "name"; const ONE: &str = "large_string_one"; const TWO: &str = "large_string_two"; fn make_insert_op(id: &str, name: &str) -> EntityModification { let mut data = Entity::new(); data.set("id", id); data.set(NAME, name); let key = EntityKey::data(TEST_SUBGRAPH_ID.clone(), USER.to_owned(), id.to_owned()); EntityModification::Insert { key, data } } run_test(\|store, writable, deployment\| async move { // We have to produce a massive string (1_000_000 chars) because // the repeated text compresses so well. This leads to an error // 'index row requires 11488 bytes, maximum size is 8191' if // used with a btree index without size limitation let long_text = std::iter::repeat("Quo usque tandem") .take(62500) .collect::<String>(); let other_text = long_text.clone() + "X"; let metrics_registry = Arc::new(MockMetricsRegistry::new()); let stopwatch_metrics = StopwatchMetrics::new( Logger::root(slog::Discard, o!()), deployment.hash.clone(), metrics_registry.clone(), ); writable .transact_block_operations( TEST_BLOCK_3_PTR.clone(), None, vec![ make_insert_op(ONE, &long_text), make_insert_op(TWO, &other_text), ], stopwatch_metrics, Vec::new(), Vec::new(), ) .expect("Failed to insert large text"); let query = user_query() .first(5) .filter(EntityFilter::Equal( NAME.to_owned(), long_text.clone().into(), )) .asc(NAME); let ids = store .subgraph_store() .find(query) .expect("Could not find entity") .iter() .map(\|e\| e.id()) .collect::<Result<Vec<_>, _>>() .expect("Found entities without an id"); assert_eq!(vec![ONE], ids); // Make sure we check the full string and not just a prefix let mut prefix = long_text.clone(); prefix.truncate(STRING_PREFIX_SIZE); let query = user_query() .first(5) .filter(EntityFilter::LessOrEqual(NAME.to_owned(), prefix.into())) .asc(NAME); let ids = store .subgraph_store() .find(query) .expect("Could not find entity") .iter() .map(\|e\| e.id()) .collect::<Result<Vec<_>, _>>() .expect("Found entities without an id"); // Users with name 'Cindini' and 'Johnton' assert_eq!(vec!["2", "1"], ids); }) } #[derive(Clone)] struct WindowQuery(EntityQuery, Arc<DieselSubgraphStore>); impl WindowQuery { fn new(store: &Arc<DieselStore>) -> Self { WindowQuery( user_query() .filter(EntityFilter::GreaterThan("age".into(), Value::from(0))) .first(10), store.subgraph_store(), ) .default_window() } fn default_window(mut self) -> Self { let entity_types = match self.0.collection { EntityCollection::All(entity_types) => entity_types, EntityCollection::Window(_) => { unreachable!("we do not use this method with a windowed collection") } }; let windows = entity_types .into_iter() .map(\|(child_type, column_names)\| { let attribute = WindowAttribute::Scalar("favorite_color".to_owned()); let link = EntityLink::Direct(attribute, ChildMultiplicity::Many); let ids = vec!["red", "green", "yellow", "blue"] .into_iter() .map(String::from) .collect(); EntityWindow { child_type, ids, link, column_names, } }) .collect(); self.0.collection = EntityCollection::Window(windows); self } fn first(self, first: u32) -> Self { WindowQuery(self.0.first(first), self.1) } fn skip(self, skip: u32) -> Self { WindowQuery(self.0.skip(skip), self.1) } fn asc(self, attr: &str) -> Self { WindowQuery( self.0 .order(EntityOrder::Ascending(attr.to_owned(), ValueType::String)), self.1, ) } fn desc(self, attr: &str) -> Self { WindowQuery( self.0 .order(EntityOrder::Descending(attr.to_owned(), ValueType::String)), self.1, ) } fn unordered(self) -> Self { WindowQuery(self.0.order(EntityOrder::Unordered), self.1) } fn above(self, age: i32) -> Self { WindowQuery( self.0 .filter(EntityFilter::GreaterThan("age".into(), Value::from(age))), self.1, ) } fn against_color_and_age(self) -> Self { let mut query = self.0; query.collection = EntityCollection::All(vec![ (EntityType::from(USER), AttributeNames::All), (EntityType::from("Person"), AttributeNames::All), ]); WindowQuery(query, self.1).default_window() } fn expect(&self, mut expected_ids: Vec<&str>, qid: &str) { let query = self.0.clone(); let store = &self.1; let unordered = matches!(query.order, EntityOrder::Unordered); let mut entity_ids = store .find(query) .expect("store.find failed to execute query") .into_iter() .map(\|entity\| match entity.get("id") { Some(Value::String(id)) => id.to_owned(), Some(_) => panic!("store.find returned entity with non-string ID attribute"), None => panic!("store.find returned entity with no ID attribute"), }) .collect::<Vec<_>>(); if unordered { entity_ids.sort(); expected_ids.sort(); } assert_eq!(expected_ids, entity_ids, "Failed query: {}", qid); } } #[test] fn window() { fn make_color_end_age(entity_type: &str, id: &str, color: &str, age: i32) -> EntityOperation { let mut entity = Entity::new(); entity.set("id", id.to_owned()); entity.set("age", age); entity.set("favorite_color", color); EntityOperation::Set { key: EntityKey::data( TEST_SUBGRAPH_ID.clone(), entity_type.to_owned(), id.to_owned(), ), data: entity, } } fn make_user(id: &str, color: &str, age: i32) -> EntityOperation { make_color_end_age(USER, id, color, age) } fn make_person(id: &str, color: &str, age: i32) -> EntityOperation { make_color_end_age("Person", id, color, age) } let ops = vec![ make_user("4", "green", 34), make_user("5", "green", 17), make_user("6", "green", 41), make_user("7", "red", 25), make_user("8", "red", 45), make_user("9", "yellow", 37), make_user("10", "blue", 27), make_user("11", "blue", 19), make_person("p1", "green", 12), make_person("p2", "red", 15), ]; run_test(\|store, _, deployment\| async move { transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), ops, ) .expect("Failed to create test users"); // Get the first 2 entries in each 'color group' WindowQuery::new(&store) .first(2) .expect(vec!["10", "11", "4", "5", "2", "7", "9"], "q1"); WindowQuery::new(&store) .first(1) .expect(vec!["10", "4", "2", "9"], "q2"); WindowQuery::new(&store) .first(1) .skip(1) .expect(vec!["11", "5", "7"], "q3"); WindowQuery::new(&store) .first(1) .skip(1) .desc("id") .expect(vec!["10", "5", "7"], "q4"); WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .expect(vec!["10", "5", "7"], "q5"); WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .above(25) .expect(vec!["4", "2"], "q6"); // Check queries for interfaces WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .above(12) .against_color_and_age() .expect(vec!["10", "5", "8"], "q7"); WindowQuery::new(&store) .first(1) .asc("age") .above(12) .against_color_and_age() .expect(vec!["11", "5", "p2", "9"], "q8"); WindowQuery::new(&store) .unordered() .above(12) .against_color_and_age() .expect( vec!["10", "11", "2", "4", "5", "6", "7", "8", "9", "p2"], "q9", ); }); } #[test] fn find_at_block() { fn shaqueeena_at_block(block: BlockNumber, email: &'static str) { run_test(move \|store, _, _\| async move { let mut query = user_query() .filter(EntityFilter::Equal("name".to_owned(), "Shaqueeena".into())) .desc("name"); query.block = block; let entities = store .subgraph_store() .find(query) .expect("store.find failed to execute query"); assert_eq!(1, entities.len()); let entity = entities.first().unwrap(); assert_eq!(Some(&Value::from(email)), entity.get("email")); }) } shaqueeena_at_block(1, "[email protected]"); shaqueeena_at_block(2, "[email protected]"); shaqueeena_at_block(7000, "[email protected]"); } #[test] fn cleanup_cached_blocks() { if store_is_sharded() { // When the store is sharded, the setup in main.rs makes sure we // don't ever try to clean up cached blocks println!("store is sharded, skipping test"); return; } run_test(\|store, _, _\| async move { use block_store::; // The test subgraph is at block 2. Since we don't ever delete // the genesis block, the only block eligible for cleanup is BLOCK_ONE // and the first retained block is block 2. block_store::set_chain( vec![&GENESIS_BLOCK, &BLOCK_ONE, &BLOCK_TWO, &BLOCK_THREE], NETWORK_NAME, ); let chain_store = store .block_store() .chain_store(NETWORK_NAME) .expect("fake chain store"); let cleaned = chain_store .cleanup_cached_blocks(10) .expect("cleanup succeeds"); assert_eq!(Some((2, 1)), cleaned); }) } #[test] fn reorg_tracking() { fn update_john( store: &Arc<DieselSubgraphStore>, deployment: &DeploymentLocator, age: i32, block: &BlockPtr, ) { let test_entity_1 = create_test_entity( "1", USER, "Johnton", "[email protected]", age, 184.4, false, None, ); transact_entity_operations(store, deployment, block.clone(), vec![test_entity_1]).unwrap(); } macro_rules! check_state { ($store:expr, $reorg_count: expr, $max_reorg_depth:expr, $latest_ethereum_block_number:expr) => { let subgraph_id = TEST_SUBGRAPH_ID.to_owned(); let state = deployment_state($store.as_ref(), &subgraph_id).await; assert_eq!(&subgraph_id, &state.id, "subgraph_id"); assert_eq!($reorg_count, state.reorg_count, "reorg_count"); assert_eq!($max_reorg_depth, state.max_reorg_depth, "max_reorg_depth"); assert_eq!( $latest_ethereum_block_number, state.latest_ethereum_block_number, "latest_ethereum_block_number" ); }; } // Check that reorg_count, max_reorg_depth, and latest_ethereum_block_number // are reported correctly in DeploymentState run_test(\|store, _, deployment\| async move { let subgraph_store = store.subgraph_store(); check_state!(store, 0, 0, 2); // Jump to block 4 transact_entity_operations( &subgraph_store, &deployment, TEST_BLOCK_4_PTR.clone(), vec![], ) .unwrap(); check_state!(store, 0, 0, 4); // Back to block 3 revert_block(&store, &deployment, &TEST_BLOCK_3_PTR).await; check_state!(store, 1, 1, 3); // Back to block 2 revert_block(&store, &deployment, &TEST_BLOCK_2_PTR).await; check_state!(store, 2, 2, 2); // Forward to block 3 update_john(&subgraph_store, &deployment, 70, &TEST_BLOCK_3_PTR); check_state!(store, 2, 2, 3); // Forward to block 4 update_john(&subgraph_store, &deployment, 71, &TEST_BLOCK_4_PTR); check_state!(store, 2, 2, 4); // Forward to block 5 update_john(&subgraph_store, &deployment, 72, &TEST_BLOCK_5_PTR); check_state!(store, 2, 2, 5); // Revert all the way back to block 2 revert_block(&store, &deployment, &TEST_BLOCK_4_PTR).await; check_state!(store, 3, 2, 4); revert_block(&store, &deployment, &TEST_BLOCK_3_PTR).await; check_state!(store, 4, 2, 3); revert_block(&store, &deployment, &TEST_BLOCK_2_PTR).await; check_state!(store, 5, 3, 2); }) }	{ let mut test_entity = Entity::new(); test_entity.insert("id".to_owned(), Value::String(id.to_owned())); test_entity.insert("name".to_owned(), Value::String(name.to_owned())); let bin_name = scalar::Bytes::from_str(&hex::encode(name)).unwrap(); test_entity.insert("bin_name".to_owned(), Value::Bytes(bin_name)); test_entity.insert("email".to_owned(), Value::String(email.to_owned())); test_entity.insert("age".to_owned(), Value::Int(age)); test_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(age) * 31557600.into()), ); test_entity.insert("weight".to_owned(), Value::BigDecimal(weight.into())); test_entity.insert("coffee".to_owned(), Value::Bool(coffee)); test_entity.insert( "favorite_color".to_owned(), favorite_color .map(\|s\| Value::String(s.to_owned())) .unwrap_or(Value::Null), ); EntityOperation::Set { key: EntityKey::data( TEST_SUBGRAPH_ID.clone(), entity_type.to_owned(), id.to_owned(), ), data: test_entity, } }
karma.conf.js	module.exports = function(config) { config.set({ files: [ 'node_modules/jquery/dist/jquery.js', 'dist/jquery.boilerplate.min.js', 'test/setup.js', 'test/spec/*'	}); };	], frameworks: ['qunit'], autoWatch: true
singleton.py	#!/usr/bin/env python """ SINGLETON Use the Singleton pattern when: 1. there must be exactly one instance of a class, and it must be accessible to clients from a well-known access point. 2. the sole instance should be extensible by subclassing, and clients should be able to use an extended instance without modifying their code. """ import logging class Connection(object): """ Singleton 1. Defines an Instance operation that lets clients access its unique instance.	""" def __new__(type): if not '_connection' in type.__dict__: type._connection = object.__new__(type) logging.basicConfig(level=logging.INFO) logging.info('New database connection created!') logging.info('Connection established.') return type._connection if __name__ == "__main__": c = Connection() d = Connection()	2. May be responsible for creating its own unique instance.
crd.go	package v1 import ( "fmt" "reflect" "time" apiextensionsv1beta1 "k8s.io/apiextensions-apiserver/pkg/apis/apiextensions/v1beta1" apiextensionsclientset "k8s.io/apiextensions-apiserver/pkg/client/clientset/clientset" apierrors "k8s.io/apimachinery/pkg/api/errors" metav1 "k8s.io/apimachinery/pkg/apis/meta/v1" "k8s.io/apimachinery/pkg/util/errors" "k8s.io/apimachinery/pkg/util/wait" ) // CreateCustomResourceDefinition creates the CRD and add it into Kubernetes. If there is error, // it will do some clean up. func CreateCustomResourceDefinition(namespace string, clientSet apiextensionsclientset.Interface) (apiextensionsv1beta1.CustomResourceDefinition, error) { crd := &apiextensionsv1beta1.CustomResourceDefinition{ ObjectMeta: metav1.ObjectMeta{ Name: CRDName, Namespace: namespace, }, Spec: apiextensionsv1beta1.CustomResourceDefinitionSpec{ Group: GroupName, Version: SchemeGroupVersion.Version, Scope: apiextensionsv1beta1.NamespaceScoped, Names: apiextensionsv1beta1.CustomResourceDefinitionNames{ Plural: Plural, Kind: reflect.TypeOf(SnapshotGroup{}).Name(), }, }, } _, err := clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Create(crd) if err == nil { fmt.Println("CRD SnapshotGroup is created") } else if apierrors.IsAlreadyExists(err) { fmt.Println("CRD SnapshotGroup already exists") } else { fmt.Printf("Fail to create CRD SnapshotGroup: %+v\n", err) return nil, err } // Wait for CRD creation. err = wait.Poll(5time.Second, 60*time.Second, func() (bool, error) { crd, err = clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Get(CRDName, metav1.GetOptions{}) if err != nil { fmt.Printf("Fail to wait for CRD SnapshotGroup creation: %+v\n", err) return false, err } for _, cond := range crd.Status.Conditions { switch cond.Type { case apiextensionsv1beta1.Established: if cond.Status == apiextensionsv1beta1.ConditionTrue { return true, err } case apiextensionsv1beta1.NamesAccepted: if cond.Status == apiextensionsv1beta1.ConditionFalse	} } return false, err }) // If there is an error, delete the object to keep it clean. if err != nil { fmt.Println("Try to cleanup") deleteErr := clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Delete(CRDName, nil) if deleteErr != nil { fmt.Printf("Fail to delete CRD SnapshotGroup: %+v\n", deleteErr) return nil, errors.NewAggregate([]error{err, deleteErr}) } return nil, err } return crd, nil }	{ fmt.Printf("Name conflict while wait for CRD SnapshotGroup creation: %s, %+v\n", cond.Reason, err) }
simulated_propagation.py	#!/usr/bin/python3 __author__ = "Mark H. Meng" __copyright__ = "Copyright 2021, National University of S'pore and ASTAR" __credits__ = ["G. Bai", "H. Guo", "S. G. Teo", "J. S. Dong"] __license__ = "MIT" import paoding.utility.interval_arithmetic as ia import paoding.utility.utils as utils import math def calculate_bounds_of_output(model, intervals, loc): # Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) num_layers = len(model.layers) # Just return these intervals if current location is at the 2nd last layer if loc == num_layers - 1: return intervals total_pruned_count = 0 propagated_next_layer_interval = None while loc < num_layers - 1: # Exclude non FC layers num_curr_neurons = len(w[loc + 1][0]) num_next_neurons = len(w[loc + 1][0][0]) relu_activation = g[loc]['activation'] == 'relu' if len(intervals) != num_curr_neurons: raise Exception("Error: input intervals are not in expected shape -", num_curr_neurons, "expected, not", len(intervals)) # No activation at the output layer if loc + 1 == num_layers - 1: propagated_next_layer_interval = ia.forward_propogation(intervals, w[loc + 1][0], w[loc + 1][1], activation=False) else: propagated_next_layer_interval = ia.forward_propogation(intervals, w[loc + 1][0], w[loc + 1][1], activation=True, relu_activation=relu_activation) intervals = propagated_next_layer_interval loc += 1 return propagated_next_layer_interval # Return the evaluation of the impact in a pair of real numbers as interval def calculate_impact_of_pruning_next_layer(model, big_map, pruning_pairs, loc, cumulative_next_layer_intervals=None, kaggle_credit=False): # Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) # Each pruning pair is in form of a tuple (a,b), in which "a" is the hidden unit to be pruned, and "b" # is the one to remain. The Delta produced by this pruning is as follow: # Delta = [b (w_a + w_b) + 2 * bias_b] - [a * w_a + bias_a + b * w_b + bias_b] # = (b-a) * w_a + (bias_b - bias_a) # or if we omit the impact of bias: # Delta = [b * (w_a + w_b)] - [a * w_a + b * w_b] # = (b-a) * w_a # The Delta produced by each pruning is presented at the next layer, and the propagation # simulates the impact of Delta to the output layer # In case there is a single unit pruning, s.t. b = -1 # the Delta will be -1 * (a * w_a) next_layer_size = len(w[loc+1][0][0]) if cumulative_next_layer_intervals is None: empty_interval = (0,0) cumulative_next_layer_intervals = [empty_interval for i in range(0, next_layer_size)] num_layers = len(model.layers) for (a, b) in pruning_pairs: (a_lo, a_hi) = big_map[loc][a] # DEPRECATED # (a_lo, a_hi) = get_definition_interval(a, loc, parameters=w, relu_activation=use_relu, kaggle_credit=kaggle_credit) # Check if there is a pair pruning or single unit pruning (b=-1) if b != -1: (b_lo, b_hi) = big_map[loc][b] # DEPRECATED # (b_lo, b_hi) = get_definition_interval(b, loc, parameters=w, relu_activation=use_relu, kaggle_credit=kaggle_credit) # approximate the result of (a-b) (a_minus_b_lo, a_minus_b_hi) = ia.interval_minus((a_lo, a_hi), (b_lo, b_hi)) w_a = w[loc + 1][0][a] if len(w_a) is not next_layer_size: raise Exception("Inconsistent size of parameters") impact_to_next_layer = [ia.interval_scale((a_minus_b_lo, a_minus_b_hi), k) for k in w_a] else: w_a = w[loc + 1][0][a] if len(w_a) is not next_layer_size: raise Exception("Inconsistent size of parameters") impact_to_next_layer = [ia.interval_scale((a_lo, a_hi), -1k) for k in w_a] if len(impact_to_next_layer) is not next_layer_size: raise Exception("Inconsistent size of parameters") for index, interval in enumerate(cumulative_next_layer_intervals): cumulative_next_layer_intervals[index] = ia.interval_add(interval, impact_to_next_layer[index]) #print(cumulative_next_layer_intervals) return cumulative_next_layer_intervals def get_definition_map(model, definition_dict=None, input_interval=(0, 1)): # First locate the dense (FC) layers, starting from the input layer/flatten layer until the second last layer ## Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) num_layers = len(model.layers) layer_idx = 0 starting_layer_index = -1 ending_layer_index = -1 while layer_idx < num_layers - 1: if "dense" in model.layers[layer_idx].name: if starting_layer_index < 0: starting_layer_index = layer_idx - 1 if ending_layer_index < layer_idx: ending_layer_index = layer_idx layer_idx += 1 if (starting_layer_index < 0) or (ending_layer_index < 0): raise Exception("Fully connected layers not identified") # Now let's create a hash table as dictionary to store all definition intervals of FC neurons if definition_dict is None: definition_dict = {} definition_dict[starting_layer_index] = {} for i in range(0, len(w[starting_layer_index + 1][0])): definition_dict[starting_layer_index][i] = input_interval for i in range(starting_layer_index + 1, ending_layer_index + 1): num_prev_neurons = len(w[i][0]) num_curr_neurons = len(w[i][0][0]) if i not in definition_dict.keys(): definition_dict[i] = {} curr_activation = g[i]['activation'] for m in range(0, num_curr_neurons): (sum_lo, sum_hi) = (0, 0) for n in range(0, num_prev_neurons): affine_w_x = ia.interval_scale(definition_dict[i-1][n], w[i][0][n][m]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), affine_w_x) bias = (w[i][1][m], w[i][1][m]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), bias) if curr_activation == 'relu': definition_dict[i][m] = (0, sum_hi) else: # Assume it is sigmoid sum_hi = 1 / (1 + math.exp(-1 sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) definition_dict[i][m] = (sum_lo, sum_hi) return definition_dict # DEPRECATED - Replaced by initialize_definition_map def get_definition_interval(unit_index, layer_index, parameters, relu_activation=True, kaggle_credit=False):		if kaggle_credit: input_definition_interval = (-5, 5) else: input_definition_interval = (0, 1) # input_size = len(parameters[1][0]) # Starting from input layer (MLP) or the last flatten layer (CNN) if layer_index == 1 or (layer_index>1 and not parameters[layer_index-1]): #print(">> DEBUG: unit_index:", unit_index, " & layer_index:", layer_index) weights = [parameters[layer_index][0][j][unit_index] for j in range(0, len(parameters[layer_index][0]))] bias = parameters[layer_index][1][unit_index] (sum_lo, sum_hi) = ia.interval_sum([ia.interval_scale(input_definition_interval, w) for w in weights]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), (bias, bias)) if relu_activation: if sum_hi < 0: sum_hi = 0 if sum_lo < 0: sum_lo = 0 else: sum_hi = 1 / (1 + math.exp(-1 * sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) return (sum_lo, sum_hi) # Temp Wordaround: no definition algorithm avaliable for nodes after the 2nd layer, set as [-1,1] else: weights = [parameters[layer_index][0][j][unit_index] for j in range(0, len(parameters[layer_index][0]))] bias = parameters[layer_index][1][unit_index] (sum_lo, sum_hi) = ia.interval_sum([ia.interval_scale(input_definition_interval, w) for w in weights]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), (bias, bias)) if relu_activation: if sum_hi < 0: sum_hi = 0 if sum_lo < 0: sum_lo = 0 else: sum_hi = 1 / (1 + math.exp(-1 * sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) return (sum_lo, sum_hi) return None
version.go	package gocv /* #include <stdlib.h> #include "version.h" */ import "C" // GoCVVersion of this package, for display purposes. const GoCVVersion = "0.11.0" // Version returns the current golang package version func Version() string { return GoCVVersion } // OpenCVVersion returns the current OpenCV lib version func	() string { return C.GoString(C.openCVVersion()) }	OpenCVVersion
bonding.go	package netconf import ( "io/ioutil" "os" "os/exec" "strings" "time" "github.com/burmilla/os/pkg/log" "github.com/vishvananda/netlink" ) const ( base = "/sys/class/net/" bondingMasters = "/sys/class/net/bonding_masters" ) type Bonding struct { name string } func (b Bonding) init() error { _, err := os.Stat(bondingMasters) if os.IsNotExist(err) { log.Info("Loading bonding kernel module") cmd := exec.Command("modprobe", "bonding") cmd.Stderr = os.Stderr cmd.Stdout = os.Stdin err = cmd.Run() if err != nil { for i := 0; i < 30; i++ { if _, err = os.Stat(bondingMasters); err == nil { break } time.Sleep(100 time.Millisecond) } } } _, err = os.Stat(bondingMasters) return err } func contains(file, word string) (bool, error) { words, err := ioutil.ReadFile(file) if err != nil { return false, err } for _, s := range strings.Split(strings.TrimSpace(string(words)), " ") { if s == strings.TrimSpace(word) { return true, nil } } return false, nil } func (b Bonding) linkDown() error { link, err := netlink.LinkByName(b.name) if err != nil { return err } return netlink.LinkSetDown(link) } func (b Bonding) ListSlaves() ([]string, error) { file := base + b.name + "/bonding/slaves" words, err := ioutil.ReadFile(file) if err != nil { return nil, err } result := []string{} for _, s := range strings.Split(strings.TrimSpace(string(words)), " ") { if s != "" { result = append(result, s) } } return result, nil } func (b Bonding) RemoveSlave(slave string) error { if ok, err := contains(base+b.name+"/bonding/slaves", slave); err != nil { return err } else if !ok { return nil } p := base + b.name + "/bonding/slaves" log.Infof("Removing slave %s from master %s", slave, b.name) return ioutil.WriteFile(p, []byte("-"+slave), 0644) } func (b Bonding) AddSlave(slave string) error { if ok, err := contains(base+b.name+"/bonding/slaves", slave); err != nil { return err } else if ok { return nil } p := base + b.name + "/bonding/slaves" log.Infof("Adding slave %s to master %s", slave, b.name) return ioutil.WriteFile(p, []byte("+"+slave), 0644) } func (b *Bonding) Opt(key, value string) error { if key == "mode" { // Don't care about errors here b.linkDown() slaves, _ := b.ListSlaves() for _, slave := range slaves { b.RemoveSlave(slave) } } p := base + b.name + "/bonding/" + key if err := ioutil.WriteFile(p, []byte(value), 0644); err != nil { log.Errorf("Failed to set %s=%s on %s: %v", key, value, b.name, err) return err } log.Infof("Set %s=%s on %s", key, value, b.name) return nil } func	(name string) (*Bonding, error) { b := &Bonding{name: name} if err := b.init(); err != nil { return nil, err } if ok, err := contains(bondingMasters, name); err != nil { return nil, err } else if ok { return b, nil } log.Infof("Creating bond %s", name) return b, ioutil.WriteFile(bondingMasters, []byte("+"+name), 0644) }	Bond
view.py	from rest_framework import mixins, generics from rest_framework.response import Response from service_user.exports import get_user_instance_with_token_id from service_application.exports import get_app_instance_with_app_id from service_application.models import UsingApplicationModel from utils import log, ParameterKeys class UninstallAPI(generics.GenericAPIView, mixins.DestroyModelMixin): def delete(self, request): log(self.delete, params=request.query_params) # get user instance _ui = get_user_instance_with_token_id( user_id=request.query_params.get(ParameterKeys.USER_ID, None), token_id=request.query_params.get(ParameterKeys.TOKEN_ID, None) ) if _ui is None: return Response({	}) # get application instance _ai = get_app_instance_with_app_id( app_id=request.query_params.get(ParameterKeys.APPLICATION_ID) ) if _ai is None: return Response({ ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_APPLICATION }) # response try: _i = UsingApplicationModel.objects.get( application_id=_ai.id, user_id=_ui.id ) except UsingApplicationModel.DoesNotExist: return Response({ ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_APPLICATION }) self.perform_destroy(_i) return Response({ ParameterKeys.STATUS: ParameterKeys.SUCCESS, ParameterKeys.APPLICATION_ID: str(_ai.app_id) })	ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_USER
namespace_mock.go	// Code generated by MockGen. DO NOT EDIT. // Source: github.com/m3db/m3/src/dbnode/storage/namespace/types.go // Copyright (c) 2018 Uber Technologies, Inc. // // Permission is hereby granted, free of charge, to any person obtaining a copy // of this software and associated documentation files (the "Software"), to deal // in the Software without restriction, including without limitation the rights // to use, copy, modify, merge, publish, distribute, sublicense, and/or sell // copies of the Software, and to permit persons to whom the Software is // furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, // OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN // THE SOFTWARE. // Package namespace is a generated GoMock package. package namespace import ( "reflect" "time" "github.com/m3db/m3/src/cluster/client" "github.com/m3db/m3/src/dbnode/retention" "github.com/m3db/m3x/ident" "github.com/m3db/m3x/instrument" "github.com/golang/mock/gomock" ) // MockOptions is a mock of Options interface type MockOptions struct { ctrl gomock.Controller recorder MockOptionsMockRecorder } // MockOptionsMockRecorder is the mock recorder for MockOptions type MockOptionsMockRecorder struct { mock MockOptions } // NewMockOptions creates a new mock instance func NewMockOptions(ctrl gomock.Controller) MockOptions { mock := &MockOptions{ctrl: ctrl} mock.recorder = &MockOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockOptions) EXPECT() MockOptionsMockRecorder { return m.recorder } // Validate mocks base method func (m MockOptions) Validate() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Validate") ret0, _ := ret[0].(error) return ret0 } // Validate indicates an expected call of Validate func (mr MockOptionsMockRecorder) Validate() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Validate", reflect.TypeOf((MockOptions)(nil).Validate)) } // Equal mocks base method func (m MockOptions) Equal(value Options) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr MockOptionsMockRecorder) Equal(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((MockOptions)(nil).Equal), value) } // SetBootstrapEnabled mocks base method func (m MockOptions) SetBootstrapEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetBootstrapEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetBootstrapEnabled indicates an expected call of SetBootstrapEnabled func (mr MockOptionsMockRecorder) SetBootstrapEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetBootstrapEnabled", reflect.TypeOf((MockOptions)(nil).SetBootstrapEnabled), value) } // BootstrapEnabled mocks base method func (m MockOptions) BootstrapEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "BootstrapEnabled") ret0, _ := ret[0].(bool) return ret0 } // BootstrapEnabled indicates an expected call of BootstrapEnabled func (mr MockOptionsMockRecorder) BootstrapEnabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "BootstrapEnabled", reflect.TypeOf((MockOptions)(nil).BootstrapEnabled)) } // SetFlushEnabled mocks base method func (m MockOptions) SetFlushEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetFlushEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetFlushEnabled indicates an expected call of SetFlushEnabled func (mr MockOptionsMockRecorder) SetFlushEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetFlushEnabled", reflect.TypeOf((MockOptions)(nil).SetFlushEnabled), value) } // FlushEnabled mocks base method func (m MockOptions) FlushEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "FlushEnabled") ret0, _ := ret[0].(bool) return ret0 } // FlushEnabled indicates an expected call of FlushEnabled func (mr MockOptionsMockRecorder) FlushEnabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "FlushEnabled", reflect.TypeOf((MockOptions)(nil).FlushEnabled)) } // SetSnapshotEnabled mocks base method func (m MockOptions) SetSnapshotEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetSnapshotEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetSnapshotEnabled indicates an expected call of SetSnapshotEnabled func (mr MockOptionsMockRecorder) SetSnapshotEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetSnapshotEnabled", reflect.TypeOf((MockOptions)(nil).SetSnapshotEnabled), value) } // SnapshotEnabled mocks base method func (m MockOptions) SnapshotEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SnapshotEnabled") ret0, _ := ret[0].(bool) return ret0 } // SnapshotEnabled indicates an expected call of SnapshotEnabled func (mr MockOptionsMockRecorder) SnapshotEnabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SnapshotEnabled", reflect.TypeOf((MockOptions)(nil).SnapshotEnabled)) } // SetWritesToCommitLog mocks base method func (m MockOptions) SetWritesToCommitLog(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetWritesToCommitLog", value) ret0, _ := ret[0].(Options) return ret0 } // SetWritesToCommitLog indicates an expected call of SetWritesToCommitLog func (mr MockOptionsMockRecorder) SetWritesToCommitLog(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetWritesToCommitLog", reflect.TypeOf((MockOptions)(nil).SetWritesToCommitLog), value) } // WritesToCommitLog mocks base method func (m MockOptions) WritesToCommitLog() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "WritesToCommitLog") ret0, _ := ret[0].(bool) return ret0 } // WritesToCommitLog indicates an expected call of WritesToCommitLog func (mr MockOptionsMockRecorder) WritesToCommitLog() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "WritesToCommitLog", reflect.TypeOf((MockOptions)(nil).WritesToCommitLog)) } // SetCleanupEnabled mocks base method func (m MockOptions) SetCleanupEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetCleanupEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetCleanupEnabled indicates an expected call of SetCleanupEnabled func (mr MockOptionsMockRecorder) SetCleanupEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetCleanupEnabled", reflect.TypeOf((MockOptions)(nil).SetCleanupEnabled), value) } // CleanupEnabled mocks base method func (m MockOptions) CleanupEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "CleanupEnabled") ret0, _ := ret[0].(bool) return ret0 } // CleanupEnabled indicates an expected call of CleanupEnabled func (mr MockOptionsMockRecorder) CleanupEnabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "CleanupEnabled", reflect.TypeOf((MockOptions)(nil).CleanupEnabled)) } // SetRepairEnabled mocks base method func (m MockOptions) SetRepairEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetRepairEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetRepairEnabled indicates an expected call of SetRepairEnabled func (mr MockOptionsMockRecorder) SetRepairEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetRepairEnabled", reflect.TypeOf((MockOptions)(nil).SetRepairEnabled), value) } // RepairEnabled mocks base method func (m MockOptions) RepairEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "RepairEnabled") ret0, _ := ret[0].(bool) return ret0 } // RepairEnabled indicates an expected call of RepairEnabled func (mr MockOptionsMockRecorder) RepairEnabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "RepairEnabled", reflect.TypeOf((MockOptions)(nil).RepairEnabled)) } // SetRetentionOptions mocks base method func (m MockOptions) SetRetentionOptions(value retention.Options) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetRetentionOptions", value) ret0, _ := ret[0].(Options) return ret0 } // SetRetentionOptions indicates an expected call of SetRetentionOptions func (mr MockOptionsMockRecorder) SetRetentionOptions(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetRetentionOptions", reflect.TypeOf((MockOptions)(nil).SetRetentionOptions), value) } // RetentionOptions mocks base method func (m MockOptions) RetentionOptions() retention.Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "RetentionOptions") ret0, _ := ret[0].(retention.Options) return ret0 } // RetentionOptions indicates an expected call of RetentionOptions func (mr MockOptionsMockRecorder) RetentionOptions() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "RetentionOptions", reflect.TypeOf((MockOptions)(nil).RetentionOptions)) } // SetIndexOptions mocks base method func (m MockOptions) SetIndexOptions(value IndexOptions) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetIndexOptions", value) ret0, _ := ret[0].(Options) return ret0 } // SetIndexOptions indicates an expected call of SetIndexOptions func (mr MockOptionsMockRecorder) SetIndexOptions(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetIndexOptions", reflect.TypeOf((MockOptions)(nil).SetIndexOptions), value) } // IndexOptions mocks base method func (m MockOptions) IndexOptions() IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "IndexOptions") ret0, _ := ret[0].(IndexOptions) return ret0 } // IndexOptions indicates an expected call of IndexOptions func (mr MockOptionsMockRecorder) IndexOptions() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "IndexOptions", reflect.TypeOf((MockOptions)(nil).IndexOptions)) } // MockIndexOptions is a mock of IndexOptions interface type MockIndexOptions struct { ctrl gomock.Controller recorder MockIndexOptionsMockRecorder } // MockIndexOptionsMockRecorder is the mock recorder for MockIndexOptions type MockIndexOptionsMockRecorder struct { mock MockIndexOptions } // NewMockIndexOptions creates a new mock instance func NewMockIndexOptions(ctrl gomock.Controller) MockIndexOptions { mock := &MockIndexOptions{ctrl: ctrl} mock.recorder = &MockIndexOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockIndexOptions) EXPECT() MockIndexOptionsMockRecorder { return m.recorder } // Equal mocks base method func (m MockIndexOptions) Equal(value IndexOptions) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr MockIndexOptionsMockRecorder) Equal(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((MockIndexOptions)(nil).Equal), value) } // SetEnabled mocks base method func (m MockIndexOptions) SetEnabled(value bool) IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetEnabled", value) ret0, _ := ret[0].(IndexOptions) return ret0 } // SetEnabled indicates an expected call of SetEnabled func (mr MockIndexOptionsMockRecorder) SetEnabled(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetEnabled", reflect.TypeOf((MockIndexOptions)(nil).SetEnabled), value) } // Enabled mocks base method func (m MockIndexOptions) Enabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Enabled") ret0, _ := ret[0].(bool) return ret0 } // Enabled indicates an expected call of Enabled func (mr MockIndexOptionsMockRecorder) Enabled() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Enabled", reflect.TypeOf((MockIndexOptions)(nil).Enabled)) } // SetBlockSize mocks base method func (m MockIndexOptions) SetBlockSize(value time.Duration) IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetBlockSize", value) ret0, _ := ret[0].(IndexOptions) return ret0 } // SetBlockSize indicates an expected call of SetBlockSize func (mr MockIndexOptionsMockRecorder) SetBlockSize(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetBlockSize", reflect.TypeOf((MockIndexOptions)(nil).SetBlockSize), value) } // BlockSize mocks base method func (m MockIndexOptions) BlockSize() time.Duration { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "BlockSize") ret0, _ := ret[0].(time.Duration) return ret0 } // BlockSize indicates an expected call of BlockSize func (mr MockIndexOptionsMockRecorder) BlockSize() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "BlockSize", reflect.TypeOf((MockIndexOptions)(nil).BlockSize)) } // MockMetadata is a mock of Metadata interface type MockMetadata struct { ctrl gomock.Controller recorder MockMetadataMockRecorder } // MockMetadataMockRecorder is the mock recorder for MockMetadata type MockMetadataMockRecorder struct { mock MockMetadata } // NewMockMetadata creates a new mock instance func NewMockMetadata(ctrl gomock.Controller) MockMetadata { mock := &MockMetadata{ctrl: ctrl} mock.recorder = &MockMetadataMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockMetadata) EXPECT() MockMetadataMockRecorder { return m.recorder } // Equal mocks base method func (m MockMetadata) Equal(value Metadata) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr MockMetadataMockRecorder) Equal(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((MockMetadata)(nil).Equal), value) } // ID mocks base method func (m MockMetadata) ID() ident.ID { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "ID") ret0, _ := ret[0].(ident.ID) return ret0 } // ID indicates an expected call of ID func (mr MockMetadataMockRecorder) ID() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "ID", reflect.TypeOf((MockMetadata)(nil).ID)) } // Options mocks base method func (m MockMetadata) Options() Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Options") ret0, _ := ret[0].(Options) return ret0 } // Options indicates an expected call of Options func (mr MockMetadataMockRecorder) Options() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Options", reflect.TypeOf((MockMetadata)(nil).Options)) } // MockMap is a mock of Map interface type MockMap struct { ctrl gomock.Controller recorder MockMapMockRecorder } // MockMapMockRecorder is the mock recorder for MockMap type MockMapMockRecorder struct { mock MockMap } // NewMockMap creates a new mock instance func NewMockMap(ctrl gomock.Controller) MockMap { mock := &MockMap{ctrl: ctrl} mock.recorder = &MockMapMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockMap) EXPECT() MockMapMockRecorder { return m.recorder } // Equal mocks base method func (m MockMap) Equal(value Map) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr MockMapMockRecorder) Equal(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((MockMap)(nil).Equal), value) } // Get mocks base method func (m MockMap) Get(arg0 ident.ID) (Metadata, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Get", arg0) ret0, _ := ret[0].(Metadata) ret1, _ := ret[1].(error) return ret0, ret1 } // Get indicates an expected call of Get func (mr MockMapMockRecorder) Get(arg0 interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Get", reflect.TypeOf((MockMap)(nil).Get), arg0) } // IDs mocks base method func (m MockMap) IDs() []ident.ID { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "IDs") ret0, _ := ret[0].([]ident.ID) return ret0 } // IDs indicates an expected call of IDs func (mr MockMapMockRecorder) IDs() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "IDs", reflect.TypeOf((MockMap)(nil).IDs)) } // Metadatas mocks base method func (m MockMap) Metadatas() []Metadata { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Metadatas") ret0, _ := ret[0].([]Metadata) return ret0 } // Metadatas indicates an expected call of Metadatas func (mr MockMapMockRecorder) Metadatas() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Metadatas", reflect.TypeOf((MockMap)(nil).Metadatas)) } // MockWatch is a mock of Watch interface type MockWatch struct { ctrl gomock.Controller recorder MockWatchMockRecorder } // MockWatchMockRecorder is the mock recorder for MockWatch type MockWatchMockRecorder struct { mock MockWatch } // NewMockWatch creates a new mock instance func NewMockWatch(ctrl gomock.Controller) MockWatch { mock := &MockWatch{ctrl: ctrl} mock.recorder = &MockWatchMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockWatch) EXPECT() MockWatchMockRecorder { return m.recorder } // C mocks base method func (m MockWatch) C() <-chan struct{} { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "C") ret0, _ := ret[0].(<-chan struct{}) return ret0 } // C indicates an expected call of C func (mr MockWatchMockRecorder) C() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "C", reflect.TypeOf((MockWatch)(nil).C)) } // Get mocks base method func (m MockWatch) Get() Map { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Get") ret0, _ := ret[0].(Map) return ret0 } // Get indicates an expected call of Get func (mr MockWatchMockRecorder) Get() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Get", reflect.TypeOf((MockWatch)(nil).Get)) } // Close mocks base method func (m MockWatch) Close() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Close") ret0, _ := ret[0].(error) return ret0 } // Close indicates an expected call of Close func (mr MockWatchMockRecorder) Close() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Close", reflect.TypeOf((MockWatch)(nil).Close)) } // MockRegistry is a mock of Registry interface type MockRegistry struct { ctrl gomock.Controller recorder MockRegistryMockRecorder } // MockRegistryMockRecorder is the mock recorder for MockRegistry type MockRegistryMockRecorder struct { mock MockRegistry } // NewMockRegistry creates a new mock instance func NewMockRegistry(ctrl gomock.Controller) MockRegistry { mock := &MockRegistry{ctrl: ctrl} mock.recorder = &MockRegistryMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockRegistry) EXPECT() MockRegistryMockRecorder { return m.recorder } // Watch mocks base method func (m MockRegistry) Watch() (Watch, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Watch") ret0, _ := ret[0].(Watch) ret1, _ := ret[1].(error) return ret0, ret1 } // Watch indicates an expected call of Watch func (mr MockRegistryMockRecorder) Watch() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Watch", reflect.TypeOf((MockRegistry)(nil).Watch)) } // Close mocks base method func (m MockRegistry) Close() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Close") ret0, _ := ret[0].(error) return ret0 } // Close indicates an expected call of Close func (mr MockRegistryMockRecorder) Close() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Close", reflect.TypeOf((MockRegistry)(nil).Close)) } // MockInitializer is a mock of Initializer interface type MockInitializer struct { ctrl gomock.Controller recorder MockInitializerMockRecorder } // MockInitializerMockRecorder is the mock recorder for MockInitializer type MockInitializerMockRecorder struct { mock MockInitializer } // NewMockInitializer creates a new mock instance func NewMockInitializer(ctrl gomock.Controller) MockInitializer { mock := &MockInitializer{ctrl: ctrl} mock.recorder = &MockInitializerMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockInitializer) EXPECT() MockInitializerMockRecorder { return m.recorder } // Init mocks base method func (m MockInitializer) Init() (Registry, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Init") ret0, _ := ret[0].(Registry) ret1, _ := ret[1].(error) return ret0, ret1 } // Init indicates an expected call of Init func (mr MockInitializerMockRecorder) Init() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Init", reflect.TypeOf((MockInitializer)(nil).Init)) } // MockDynamicOptions is a mock of DynamicOptions interface type MockDynamicOptions struct { ctrl gomock.Controller recorder MockDynamicOptionsMockRecorder } // MockDynamicOptionsMockRecorder is the mock recorder for MockDynamicOptions type MockDynamicOptionsMockRecorder struct { mock MockDynamicOptions } // NewMockDynamicOptions creates a new mock instance func NewMockDynamicOptions(ctrl gomock.Controller) MockDynamicOptions { mock := &MockDynamicOptions{ctrl: ctrl} mock.recorder = &MockDynamicOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m MockDynamicOptions) EXPECT() MockDynamicOptionsMockRecorder { return m.recorder } // Validate mocks base method func (m MockDynamicOptions) Validate() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Validate") ret0, _ := ret[0].(error) return ret0 } // Validate indicates an expected call of Validate func (mr MockDynamicOptionsMockRecorder) Validate() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Validate", reflect.TypeOf((MockDynamicOptions)(nil).Validate)) } // SetInstrumentOptions mocks base method func (m MockDynamicOptions) SetInstrumentOptions(value instrument.Options) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetInstrumentOptions", value) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetInstrumentOptions indicates an expected call of SetInstrumentOptions func (mr MockDynamicOptionsMockRecorder) SetInstrumentOptions(value interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetInstrumentOptions", reflect.TypeOf((MockDynamicOptions)(nil).SetInstrumentOptions), value) } // InstrumentOptions mocks base method func (m *MockDynamicOptions) InstrumentOptions() instrument.Options { m.ctrl.T.Helper()	ret := m.ctrl.Call(m, "InstrumentOptions") ret0, _ := ret[0].(instrument.Options) return ret0 } // InstrumentOptions indicates an expected call of InstrumentOptions func (mr MockDynamicOptionsMockRecorder) InstrumentOptions() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "InstrumentOptions", reflect.TypeOf((MockDynamicOptions)(nil).InstrumentOptions)) } // SetConfigServiceClient mocks base method func (m MockDynamicOptions) SetConfigServiceClient(c client.Client) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetConfigServiceClient", c) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetConfigServiceClient indicates an expected call of SetConfigServiceClient func (mr MockDynamicOptionsMockRecorder) SetConfigServiceClient(c interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetConfigServiceClient", reflect.TypeOf((MockDynamicOptions)(nil).SetConfigServiceClient), c) } // ConfigServiceClient mocks base method func (m MockDynamicOptions) ConfigServiceClient() client.Client { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "ConfigServiceClient") ret0, _ := ret[0].(client.Client) return ret0 } // ConfigServiceClient indicates an expected call of ConfigServiceClient func (mr MockDynamicOptionsMockRecorder) ConfigServiceClient() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "ConfigServiceClient", reflect.TypeOf((MockDynamicOptions)(nil).ConfigServiceClient)) } // SetNamespaceRegistryKey mocks base method func (m MockDynamicOptions) SetNamespaceRegistryKey(k string) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetNamespaceRegistryKey", k) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetNamespaceRegistryKey indicates an expected call of SetNamespaceRegistryKey func (mr MockDynamicOptionsMockRecorder) SetNamespaceRegistryKey(k interface{}) gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetNamespaceRegistryKey", reflect.TypeOf((MockDynamicOptions)(nil).SetNamespaceRegistryKey), k) } // NamespaceRegistryKey mocks base method func (m MockDynamicOptions) NamespaceRegistryKey() string { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "NamespaceRegistryKey") ret0, _ := ret[0].(string) return ret0 } // NamespaceRegistryKey indicates an expected call of NamespaceRegistryKey func (mr MockDynamicOptionsMockRecorder) NamespaceRegistryKey() gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "NamespaceRegistryKey", reflect.TypeOf((*MockDynamicOptions)(nil).NamespaceRegistryKey)) }
reader.go	// Copyright The OpenTelemetry Authors // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package file import ( "bufio" "context" "fmt" "io" "os" "path/filepath" "go.uber.org/zap" "golang.org/x/text/encoding" "golang.org/x/text/transform" "github.com/open-telemetry/opentelemetry-log-collection/errors" ) // Reader manages a single file type Reader struct { Fingerprint Fingerprint Offset int64 Path string generation int fileInput InputOperator file os.File decoder encoding.Decoder decodeBuffer []byte zap.SugaredLogger `json:"-"` } // NewReader creates a new file reader func (f InputOperator) NewReader(path string, file os.File, fp Fingerprint) (Reader, error) { r := &Reader{ Fingerprint: fp, file: file, Path: path, fileInput: f, SugaredLogger: f.SugaredLogger.With("path", path), decoder: f.encoding.NewDecoder(), decodeBuffer: make([]byte, 1<<12), } return r, nil } // Copy creates a deep copy of a Reader func (f Reader) Copy(file os.File) (Reader, error) { reader, err := f.fileInput.NewReader(f.Path, file, f.Fingerprint.Copy()) if err != nil { return nil, err } reader.Offset = f.Offset return reader, nil } // InitializeOffset sets the starting offset func (f Reader) InitializeOffset(startAtBeginning bool) error { if !startAtBeginning { info, err := f.file.Stat() if err != nil { return fmt.Errorf("stat: %s", err) } f.Offset = info.Size() } return nil } // ReadToEnd will read until the end of the file func (f Reader) ReadToEnd(ctx context.Context) { defer f.file.Close() if _, err := f.file.Seek(f.Offset, 0); err != nil { f.Errorw("Failed to seek", zap.Error(err)) return } fr := NewFingerprintUpdatingReader(f.file, f.Offset, f.Fingerprint, f.fileInput.fingerprintSize) scanner := NewPositionalScanner(fr, f.fileInput.MaxLogSize, f.Offset, f.fileInput.SplitFunc) // Iterate over the tokenized file, emitting entries as we go for { select { case <-ctx.Done(): return default: } ok := scanner.Scan() if !ok { if err := getScannerError(scanner); err != nil { f.Errorw("Failed during scan", zap.Error(err)) } break } if err := f.emit(ctx, scanner.Bytes()); err != nil	f.Offset = scanner.Pos() } } // Emit creates an entry with the decoded message and sends it to the next // operator in the pipeline func (f Reader) emit(ctx context.Context, msgBuf []byte) error { // Skip the entry if it's empty if len(msgBuf) == 0 { return nil } msg, err := f.decode(msgBuf) if err != nil { return fmt.Errorf("decode: %s", err) } e, err := f.fileInput.NewEntry(msg) if err != nil { return fmt.Errorf("create entry: %s", err) } if err := e.Set(f.fileInput.FilePathField, f.Path); err != nil { return err } if err := e.Set(f.fileInput.FileNameField, filepath.Base(f.Path)); err != nil { return err } f.fileInput.Write(ctx, e) return nil } // decode converts the bytes in msgBuf to utf-8 from the configured encoding func (f Reader) decode(msgBuf []byte) (string, error) { for { f.decoder.Reset() nDst, _, err := f.decoder.Transform(f.decodeBuffer, msgBuf, true) if err != nil && err == transform.ErrShortDst { f.decodeBuffer = make([]byte, len(f.decodeBuffer)2) continue } else if err != nil { return "", fmt.Errorf("transform encoding: %s", err) } return string(f.decodeBuffer[:nDst]), nil } } func getScannerError(scanner PositionalScanner) error { err := scanner.Err() if err == bufio.ErrTooLong { return errors.NewError("log entry too large", "increase max_log_size or ensure that multiline regex patterns terminate") } else if err != nil { return errors.Wrap(err, "scanner error") } return nil } // NewFingerprintUpdatingReader creates a new FingerprintUpdatingReader starting starting at the given offset func NewFingerprintUpdatingReader(r io.Reader, offset int64, f Fingerprint, fingerprintSize int) FingerprintUpdatingReader { return &FingerprintUpdatingReader{ fingerprint: f, fingerprintSize: fingerprintSize, reader: r, offset: offset, } } // FingerprintUpdatingReader wraps another reader, and updates the fingerprint // with each read in the first fingerPrintSize bytes type FingerprintUpdatingReader struct { fingerprint Fingerprint fingerprintSize int reader io.Reader offset int64 } // Read reads from the wrapped reader, saving the read bytes to the fingerprint func (f FingerprintUpdatingReader) Read(dst []byte) (int, error) { if len(f.fingerprint.FirstBytes) == f.fingerprintSize { return f.reader.Read(dst) } n, err := f.reader.Read(dst) appendCount := min0(n, f.fingerprintSize-int(f.offset)) f.fingerprint.FirstBytes = append(f.fingerprint.FirstBytes[:f.offset], dst[:appendCount]...) f.offset += int64(n) return n, err } func min0(a, b int) int { if a < 0 \|\| b < 0 { return 0 } if a < b { return a } return b }	{ f.Error("Failed to emit entry", zap.Error(err)) }
options.go	package nsqlookupd import ( "log" "os" "time" ) type nsqlookupdOptions struct { Verbose bool `flag:"verbose"` TCPAddress string `flag:"tcp-address"` HTTPAddress string `flag:"http-address"` TCPBroadcastAddress string `flag:"tcp-broadcast-address"` HTTPBroadcastAddress string `flag:"http-broadcast-address"` InactiveProducerTimeout time.Duration `flag:"inactive-producer-timeout"` TombstoneLifetime time.Duration `flag:"tombstone-lifetime"` Logger logger } func NewNSQLookupdOptions() *nsqlookupdOptions { hostname, err := os.Hostname() if err != nil	return &nsqlookupdOptions{ TCPAddress: "0.0.0.0:4160", HTTPAddress: "0.0.0.0:4161", TCPBroadcastAddress: hostname, HTTPBroadcastAddress: hostname, InactiveProducerTimeout: 300 * time.Second, TombstoneLifetime: 45 * time.Second, Logger: log.New(os.Stderr, "[nsqlookupd] ", log.Ldate\|log.Ltime\|log.Lmicroseconds), } }	{ log.Fatal(err) }
main.go	package main import ( "errors" "fmt" "google.golang.org/grpc" "log" "net" "os" "os/signal" "runtime/debug" "syscall" "telegram_boxes/services/core/app" "telegram_boxes/services/core/app/admin" "telegram_boxes/services/core/app/box" "telegram_boxes/services/core/app/db" slog "telegram_boxes/services/core/app/log" "telegram_boxes/services/core/protobuf" ) func main() { logger, errLogger := slog.CreateLogger(os.Getenv("LOGS_HOST"), os.Getenv("LOGS_PORT")) if errLogger != nil { log.Fatal(errLogger) return } dbConnect, err := db.InitDatabaseConnect( os.Getenv("MONGO_HOST"), os.Getenv("MONGO_PORT"), os.Getenv("MONGO_USERNAME"), os.Getenv("MONGO_PASSWORD"), os.Getenv("MONGO_DATABASE"), os.Getenv("MONGO_MECHANISM"), ) if err != nil { _ = logger.System(err.Error()) return } defer dbConnect.Close() adminClient, errAdmin := admin.CreateClient(os.Getenv("ADMIN_HOST"), os.Getenv("ADMIN_PORT")) if errAdmin != nil { _ = logger.System(errAdmin.Error()) return } //Create new server s := protobuf.CreateServer(dbConnect, logger, adminClient, box.CreateClients(dbConnect)) // defer recovery(s.Log()) go waitForShutdown(s) lis, errCreateConn := net.Listen("tcp", fmt.Sprintf(":%s", os.Getenv("CORE_PORT"))) if errCreateConn != nil { _ = logger.System(fmt.Sprintf("failed to listen: %v", err)) return } GRPCServer := grpc.NewServer( grpc.UnaryInterceptor(logger.Interceptor), ) protobuf.RegisterServersServer(GRPCServer, s) protobuf.RegisterTasksServer(GRPCServer, s) _ = logger.System(fmt.Sprintf("Protobuf CORE started on :%s", os.Getenv("CORE_PORT"))) err = GRPCServer.Serve(lis) if err != nil { _ = logger.System(fmt.Sprintf("failed to serve: %s" + err.Error())) } return } func	(b protobuf.MainServer) { interruptChan := make(chan os.Signal, 1) signal.Notify(interruptChan, os.Interrupt, syscall.SIGINT, syscall.SIGTERM) // Block until we receive our signal. <-interruptChan session := b.DB().GetMainSession().Clone() defer session.Close() servers , _ := b.DB().Models().Bots().GetAll(session) for _ , s := range servers { s.Status = app.StatusFatal.String() b.DB().Models().Bots().UpdateBot(s,session) _ = b.Admin().SendError(s.Status, s.UserName, "Выключение ядра") } os.Exit(0) } //Recovery application out of panic func recovery(l slog.Client) { var err error r := recover() if r != nil { switch t := r.(type) { case string: err = errors.New(t) case error: err = t default: err = errors.New("Unknown error ") } _ = l.System("RECOVERY :" + err.Error() + "\n" + string(debug.Stack())) } }	waitForShutdown
$.tsx	import { ButtonGroup } from '@trussworks/react-uswds' import type { LoaderFunction } from '@remix-run/node' import { Link } from '@remix-run/react' export const loader: LoaderFunction = function () { throw new Response(null, { status: 404 }) } export function CatchBoundary() { return (	<h1>Error 404: Page not found</h1> <p className="usa-intro"> We're sorry, we can't find the page you're looking for. It might have been removed, changed its name, or is otherwise unavailable. </p> <p> Visit our homepage for helpful tools and resources, or contact us and we'll point you in the right direction. </p> <ButtonGroup> <Link to="/" className="usa-button"> Visit homepage </Link> <a href="https://heasarc.gsfc.nasa.gov/cgi-bin/Feedback?selected=kafkagcn" className="usa-button usa-button--outline" > Contact us </a> </ButtonGroup> </> ) } export default function () {}	<>
bitcoin_ky.ts	<?xml version="1.0" ?><!DOCTYPE TS><TS language="ky" version="2.1"> <context> <name>AboutDialog</name> <message> <location filename="../forms/aboutdialog.ui" line="+14"/> <source>About Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+39"/> <source><b>Mavro</b> version</source> <translation type="unfinished"/> </message> <message> <location line="+41"/> <source>Copyright © 2009-2014 The Bitcoin developers Copyright © 2012-2014 The NovaCoin developers Copyright © 2014 The Mavro developers</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source> This is experimental software. Distributed under the MIT/X11 software license, see the accompanying file COPYING or http://www.opensource.org/licenses/mit-license.php. This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/) and cryptographic software written by Eric Young ([email protected]) and UPnP software written by Thomas Bernard.</source> <translation type="unfinished"/> </message> </context> <context> <name>AddressBookPage</name> <message> <location filename="../forms/addressbookpage.ui" line="+14"/> <source>Address Book</source> <translation type="unfinished"/> </message> <message> <location line="+22"/> <source>Double-click to edit address or label</source> <translation type="unfinished"/> </message> <message> <location line="+27"/> <source>Create a new address</source> <translation>Жаң даректи жасоо</translation> </message> <message> <location line="+14"/> <source>Copy the currently selected address to the system clipboard</source> <translation type="unfinished"/> </message> <message> <location line="-11"/> <source>&New Address</source> <translation type="unfinished"/> </message> <message> <location line="-46"/> <source>These are your Mavro addresses for receiving payments. You may want to give a different one to each sender so you can keep track of who is paying you.</source> <translation type="unfinished"/> </message> <message> <location line="+60"/> <source>&Copy Address</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Show &QR Code</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Sign a message to prove you own a Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Sign &Message</source> <translation type="unfinished"/> </message> <message> <location line="+25"/> <source>Delete the currently selected address from the list</source> <translation type="unfinished"/> </message> <message> <location line="-14"/> <source>Verify a message to ensure it was signed with a specified Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>&Verify Message</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>&Delete</source> <translation>Ө&чүрүү</translation> </message> <message> <location filename="../addressbookpage.cpp" line="+65"/> <source>Copy &Label</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Edit</source> <translation type="unfinished"/> </message> <message> <location line="+250"/> <source>Export Address Book Data</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Comma separated file (.csv)</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Error exporting</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Could not write to file %1.</source> <translation type="unfinished"/> </message> </context> <context> <name>AddressTableModel</name> <message> <location filename="../addresstablemodel.cpp" line="+144"/> <source>Label</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Address</source> <translation>Дарек</translation> </message> <message> <location line="+36"/> <source>(no label)</source> <translation>(аты жок)</translation> </message> </context> <context> <name>AskPassphraseDialog</name> <message> <location filename="../forms/askpassphrasedialog.ui" line="+26"/> <source>Passphrase Dialog</source> <translation type="unfinished"/> </message> <message> <location line="+21"/> <source>Enter passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>New passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Repeat new passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+33"/> <source>Serves to disable the trivial sendmoney when OS account compromised. Provides no real security.</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>For staking only</source> <translation type="unfinished"/> </message> <message> <location filename="../askpassphrasedialog.cpp" line="+35"/> <source>Enter the new passphrase to the wallet.<br/>Please use a passphrase of <b>10 or more random characters</b>, or <b>eight or more words</b>.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Encrypt wallet</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>This operation needs your wallet passphrase to unlock the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Unlock wallet</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>This operation needs your wallet passphrase to decrypt the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Decrypt wallet</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Change passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Enter the old and new passphrase to the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+46"/> <source>Confirm wallet encryption</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Warning: If you encrypt your wallet and lose your passphrase, you will <b>LOSE ALL OF YOUR COINS</b>!</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Are you sure you wish to encrypt your wallet?</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>IMPORTANT: Any previous backups you have made of your wallet file should be replaced with the newly generated, encrypted wallet file. For security reasons, previous backups of the unencrypted wallet file will become useless as soon as you start using the new, encrypted wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+103"/> <location line="+24"/> <source>Warning: The Caps Lock key is on!</source> <translation type="unfinished"/> </message> <message> <location line="-133"/> <location line="+60"/> <source>Wallet encrypted</source> <translation type="unfinished"/> </message> <message> <location line="-58"/> <source>Mavro will close now to finish the encryption process. Remember that encrypting your wallet cannot fully protect your coins from being stolen by malware infecting your computer.</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+7"/> <location line="+44"/> <location line="+6"/> <source>Wallet encryption failed</source> <translation type="unfinished"/> </message> <message> <location line="-56"/> <source>Wallet encryption failed due to an internal error. Your wallet was not encrypted.</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <location line="+50"/> <source>The supplied passphrases do not match.</source> <translation type="unfinished"/> </message> <message> <location line="-38"/> <source>Wallet unlock failed</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <location line="+12"/> <location line="+19"/> <source>The passphrase entered for the wallet decryption was incorrect.</source> <translation type="unfinished"/> </message> <message> <location line="-20"/> <source>Wallet decryption failed</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Wallet passphrase was successfully changed.</source> <translation type="unfinished"/> </message> </context> <context> <name>BitcoinGUI</name> <message> <location filename="../bitcoingui.cpp" line="+282"/> <source>Sign &message...</source> <translation type="unfinished"/> </message> <message> <location line="+251"/> <source>Synchronizing with network...</source> <translation type="unfinished"/> </message> <message> <location line="-319"/> <source>&Overview</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show general overview of wallet</source> <translation type="unfinished"/> </message> <message> <location line="+17"/> <source>&Transactions</source> <translation>&Транзакциялар</translation> </message> <message> <location line="+1"/> <source>Browse transaction history</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>&Address Book</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Edit the list of stored addresses and labels</source> <translation type="unfinished"/> </message> <message> <location line="-13"/> <source>&Receive coins</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show the list of addresses for receiving payments</source> <translation type="unfinished"/> </message> <message> <location line="-7"/> <source>&Send coins</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>E&xit</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Quit application</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>Show information about Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>About &Qt</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show information about Qt</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Options...</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>&Encrypt Wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>&Backup Wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Change Passphrase...</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+259"/> <source>~%n block(s) remaining</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+6"/> <source>Downloaded %1 of %2 blocks of transaction history (%3% done).</source> <translation type="unfinished"/> </message> <message> <location line="-256"/> <source>&Export...</source> <translation type="unfinished"/> </message> <message> <location line="-64"/> <source>Send coins to a Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+47"/> <source>Modify configuration options for Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>Export the data in the current tab to a file</source> <translation 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<translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+9"/> <source>[testnet]</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <location line="+60"/> <source>Mavro client</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+75"/> <source>%n active connection(s) to Mavro network</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+40"/> <source>Downloaded %1 blocks of transaction history.</source> <translation type="unfinished"/> </message> <message> <location line="+413"/> <source>Staking.<br>Your weight is %1<br>Network weight is %2<br>Expected time to earn reward is %3</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>Not staking because wallet is locked</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Not staking 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You can still send it for a fee of %1, which goes to the nodes that process your transaction and helps to support the network. Do you want to pay the fee?</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Confirm transaction fee</source> <translation type="unfinished"/> </message> <message> <location line="+27"/> <source>Sent transaction</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Incoming transaction</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Date: %1 Amount: %2 Type: %3 Address: %4 </source> <translation type="unfinished"/> </message> <message> <location line="+100"/> <location line="+15"/> <source>URI handling</source> <translation type="unfinished"/> </message> <message> <location line="-15"/> <location line="+15"/> <source>URI can not be parsed! 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Mavro can no longer continue safely and will quit.</source> <translation type="unfinished"/> </message> </context> <context> <name>ClientModel</name> <message> <location filename="../clientmodel.cpp" line="+90"/> <source>Network Alert</source> <translation type="unfinished"/> </message> </context> <context> <name>CoinControlDialog</name> <message> <location filename="../forms/coincontroldialog.ui" line="+14"/> <source>Coin Control</source> <translation type="unfinished"/> </message> <message> <location line="+31"/> <source>Quantity:</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>Bytes:</source> <translation type="unfinished"/> </message> <message> <location line="+48"/> <source>Amount:</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>Priority:</source> <translation type="unfinished"/> </message> <message> <location line="+48"/> <source>Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Low Output:</source> <translation type="unfinished"/> </message> <message> <location filename="../coincontroldialog.cpp" line="+551"/> <source>no</source> <translation type="unfinished"/> </message> <message> <location filename="../forms/coincontroldialog.ui" line="+51"/> <source>After Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Change:</source> <translation type="unfinished"/> </message> <message> <location line="+69"/> <source>(un)select all</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Tree mode</source> <translation type="unfinished"/> </message> <message> <location line="+16"/> <source>List mode</source> <translation type="unfinished"/> </message> <message> <location line="+45"/> <source>Amount</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Label</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Address</source> <translation>Дарек</translation> </message> <message> <location line="+5"/> <source>Date</source> <translation>Дата</translation> </message> <message> <location line="+5"/> <source>Confirmations</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Confirmed</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Priority</source> <translation type="unfinished"/> </message> <message> <location filename="../coincontroldialog.cpp" line="-515"/> <source>Copy address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy label</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <location line="+26"/> <source>Copy amount</source> <translation type="unfinished"/> </message> <message> <location line="-25"/> <source>Copy transaction ID</source> <translation type="unfinished"/> </message> <message> <location line="+24"/> <source>Copy quantity</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Copy fee</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy after fee</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy bytes</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy priority</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy low output</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy change</source> <translation type="unfinished"/> </message> <message> <location line="+317"/> <source>highest</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>high</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>medium-high</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>medium</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>low-medium</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>low</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>lowest</source> <translation type="unfinished"/> </message> <message> <location line="+155"/> <source>DUST</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>yes</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>This label turns red, if the transaction size is bigger than 10000 bytes. 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<location line="+86"/> <location line="+86"/> <location line="+32"/> <source>0.00 hack</source> <translation type="unfinished"/> </message> <message> <location line="-191"/> <source>Priority:</source> <translation type="unfinished"/> </message> <message> <location line="+19"/> <source>medium</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Low Output:</source> <translation type="unfinished"/> </message> <message> <location line="+19"/> <source>no</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>After Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Change</source> <translation type="unfinished"/> </message> <message> <location line="+50"/> <source>custom change address</source> <translation type="unfinished"/> </message> <message> <location 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<source>Duplicate address found, can only send to each address once per send operation.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Error: Transaction creation failed.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Error: The transaction was rejected. This might happen if some of the coins in your wallet were already spent, such as if you used a copy of wallet.dat and coins were spent in the copy but not marked as spent here.</source> <translation type="unfinished"/> </message> <message> <location line="+251"/> <source>WARNING: Invalid Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>(no label)</source> <translation>(аты жок)</translation> </message> <message> <location line="+4"/> <source>WARNING: unknown change address</source> <translation type="unfinished"/> </message> </context> <context> <name>SendCoinsEntry</name> <message> <location filename="../forms/sendcoinsentry.ui" line="+14"/> <source>Form</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>A&mount:</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Pay &To:</source> <translation type="unfinished"/> </message> <message> <location line="+24"/> <location filename="../sendcoinsentry.cpp" line="+25"/> <source>Enter a label for this address to add it to your address book</source> <translation type="unfinished"/> </message> <message> <location line="+9"/> <source>&Label:</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>The address to send the payment to (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Choose address from address book</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Alt+A</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>Paste address from clipboard</source> <translation>Даректи алмашуу буферинен коюу</translation> </message> <message> <location line="+10"/> <source>Alt+P</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>Remove this recipient</source> <translation type="unfinished"/> </message> <message> <location filename="../sendcoinsentry.cpp" line="+1"/> <source>Enter a Mavro address (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> </context> <context> <name>SignVerifyMessageDialog</name> <message> <location filename="../forms/signverifymessagedialog.ui" line="+14"/> <source>Signatures - Sign / Verify a Message</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+124"/> <source>&Sign Message</source> <translation type="unfinished"/> </message> <message> <location line="-118"/> <source>You can sign messages with your addresses to prove you own them. 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When you generated this block, it was broadcast to the network to be added to the block chain. If it fails to get into the chain, its state will change to "not accepted" and it won't be spendable. 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<location line="+6"/> <source>Listen for connections on <port> (default: 15714 or testnet: 25714)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Maintain at most <n> connections to peers (default: 125)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Connect to a node to retrieve peer addresses, and disconnect</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Specify your own public address</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Bind to given address. Use [host]:port notation for IPv6</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Stake your coins to support network and gain reward (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Threshold for disconnecting misbehaving peers (default: 100)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Number of seconds to keep misbehaving peers from reconnecting (default: 86400)</source> <translation type="unfinished"/> </message> <message> <location line="-44"/> <source>An error occurred while setting up the RPC port %u for listening on IPv4: %s</source> <translation type="unfinished"/> </message> <message> <location line="+51"/> <source>Detach block and address databases. Increases shutdown time (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+109"/> <source>Error: The transaction was rejected. This might happen if some of the coins in your wallet were already spent, such as if you used a copy of wallet.dat and coins were spent in the copy but not marked as spent here.</source> <translation type="unfinished"/> </message> <message> <location line="-5"/> <source>Error: This transaction requires a transaction fee of at least %s because of its amount, complexity, or use of recently received funds </source> <translation type="unfinished"/> </message> <message> <location line="-87"/> <source>Listen for JSON-RPC connections on <port> (default: 15715 or testnet: 25715)</source> <translation type="unfinished"/> </message> <message> <location line="-11"/> <source>Accept command line and JSON-RPC commands</source> <translation type="unfinished"/> </message> <message> <location line="+101"/> <source>Error: Transaction creation failed </source> <translation type="unfinished"/> </message> <message> <location line="-5"/> <source>Error: Wallet locked, unable to create transaction </source> <translation type="unfinished"/> </message> <message> <location line="-8"/> <source>Importing blockchain data file.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Importing bootstrap blockchain data file.</source> <translation type="unfinished"/> </message> <message> <location line="-88"/> <source>Run in the background as a daemon and accept commands</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Use the test network</source> <translation type="unfinished"/> </message> <message> <location line="-24"/> <source>Accept connections from outside (default: 1 if no -proxy or -connect)</source> <translation type="unfinished"/> </message> <message> <location line="-38"/> <source>An error occurred while setting up the RPC port %u for listening on IPv6, falling back to IPv4: %s</source> <translation type="unfinished"/> </message> <message> <location line="+117"/> <source>Error initializing database environment %s! To recover, BACKUP THAT DIRECTORY, then remove everything from it except for wallet.dat.</source> <translation type="unfinished"/> </message> <message> <location line="-20"/> <source>Set maximum size of high-priority/low-fee transactions in bytes (default: 27000)</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Warning: -paytxfee is set very high! This is the transaction fee you will pay if you send a transaction.</source> <translation type="unfinished"/> </message> <message> <location line="+61"/> <source>Warning: Please check that your computer's date and time are correct! If your clock is wrong Mavro will not work properly.</source> <translation type="unfinished"/> </message> <message> <location line="-31"/> <source>Warning: error reading wallet.dat! All keys read correctly, but transaction data or address book entries might be missing or incorrect.</source> <translation type="unfinished"/> </message> <message> <location line="-18"/> <source>Warning: wallet.dat corrupt, data salvaged! Original wallet.dat saved as wallet.{timestamp}.bak in %s; if your balance or transactions are incorrect you should restore from a backup.</source> <translation type="unfinished"/> </message> <message> <location line="-30"/> <source>Attempt to recover private keys from a corrupt wallet.dat</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Block creation options:</source> <translation type="unfinished"/> </message> <message> <location line="-62"/> <source>Connect only to the specified node(s)</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Discover own IP address (default: 1 when listening and no -externalip)</source> <translation type="unfinished"/> </message> <message> <location line="+94"/> <source>Failed to listen on any port. Use -listen=0 if you want this.</source> <translation type="unfinished"/> </message> <message> <location line="-90"/> <source>Find peers using DNS lookup (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Sync checkpoints policy (default: strict)</source> <translation type="unfinished"/> </message> <message> <location line="+83"/> <source>Invalid -tor address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Invalid amount for -reservebalance=<amount></source> <translation type="unfinished"/> </message> <message> <location line="-82"/> <source>Maximum per-connection receive buffer, <n>1000 bytes (default: 5000)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Maximum per-connection send buffer, <n>1000 bytes (default: 1000)</source> <translation type="unfinished"/> </message> <message> <location line="-16"/> <source>Only connect to nodes in network <net> (IPv4, IPv6 or Tor)</source> <translation type="unfinished"/> </message> <message> <location line="+28"/> <source>Output extra debugging information. Implies all other -debug options</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Output extra network debugging information</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Prepend debug output with timestamp</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>SSL options: (see the Bitcoin Wiki for SSL setup instructions)</source> <translation type="unfinished"/> </message> <message> <location line="-74"/> <source>Select the version of socks proxy to use (4-5, default: 5)</source> <translation type="unfinished"/> </message> <message> <location line="+41"/> <source>Send trace/debug info to console instead of debug.log file</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Send trace/debug info to debugger</source> <translation type="unfinished"/> </message> <message> <location line="+28"/> <source>Set maximum block size in bytes (default: 250000)</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Set minimum block size in bytes (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="-29"/> <source>Shrink debug.log file on client startup (default: 1 when no -debug)</source> <translation type="unfinished"/> </message> <message> <location line="-42"/> <source>Specify connection timeout in milliseconds (default: 5000)</source> <translation type="unfinished"/> </message> <message> <location line="+109"/> <source>Unable to sign checkpoint, wrong checkpointkey? </source> <translation type="unfinished"/> </message> <message> <location line="-80"/> <source>Use UPnP to map the listening port (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Use UPnP to map the listening port (default: 1 when listening)</source> <translation type="unfinished"/> </message> <message> <location line="-25"/> <source>Use proxy to reach tor hidden services (default: same as -proxy)</source> <translation type="unfinished"/> </message> <message> <location line="+42"/> <source>Username for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="+47"/> <source>Verifying database integrity...</source> <translation type="unfinished"/> </message> <message> <location line="+57"/> <source>WARNING: syncronized checkpoint violation detected, but skipped!</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Warning: Disk space is low!</source> <translation type="unfinished"/> </message> <message> <location line="-2"/> <source>Warning: This version is obsolete, upgrade required!</source> <translation type="unfinished"/> </message> <message> <location line="-48"/> <source>wallet.dat corrupt, salvage failed</source> <translation type="unfinished"/> </message> <message> <location line="-54"/> <source>Password for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="-84"/> <source>%s, you must set a rpcpassword in the configuration file: %s It is recommended you use the following random password: rpcuser=BinCoinrpc rpcpassword=%s (you do not need to remember this password) The username and password MUST NOT be the same. If the file does not exist, create it with owner-readable-only file permissions. It is also recommended to set alertnotify so you are notified of problems; for example: alertnotify=echo %%s \| mail -s "Mavro Alert" [email protected] </source> <translation type="unfinished"/> </message> <message> <location line="+51"/> <source>Find peers using internet relay chat (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Sync time with other nodes. Disable if time on your system is precise e.g. syncing with NTP (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>When creating transactions, ignore inputs with value less than this (default: 0.01)</source> <translation type="unfinished"/> </message> <message> <location line="+16"/> <source>Allow JSON-RPC connections from specified IP address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Send commands to node running on <ip> (default: 127.0.0.1)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Execute command when the best block changes (%s in cmd is replaced by block hash)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Execute command when a wallet transaction changes (%s in cmd is replaced by TxID)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Require a confirmations for change (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Enforce transaction scripts to use canonical PUSH operators (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Execute command when a relevant alert is received (%s in cmd is replaced by message)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Upgrade wallet to latest format</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Set key pool size to <n> (default: 100)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Rescan the block chain for missing wallet transactions</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>How many blocks to check at startup (default: 2500, 0 = all)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>How thorough the block verification is (0-6, default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Imports blocks from external blk000?.dat file</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Use OpenSSL (https) for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Server certificate file (default: server.cert)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Server private key (default: server.pem)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Acceptable ciphers (default: TLSv1+HIGH:!SSLv2:!aNULL:!eNULL:!AH:!3DES:@STRENGTH)</source> <translation type="unfinished"/> </message> <message> <location line="+53"/> <source>Error: Wallet unlocked for staking only, unable to create transaction.</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>WARNING: Invalid checkpoint found! Displayed transactions may not be correct! You may need to upgrade, or notify developers.</source> <translation type="unfinished"/> </message> <message> <location line="-158"/> <source>This help message</source> <translation type="unfinished"/> </message> <message> <location line="+95"/> <source>Wallet %s resides outside data directory %s.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot obtain a lock on data directory %s. Mavro is probably already running.</source> <translation type="unfinished"/> </message> <message> <location line="-98"/> <source>Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+140"/> <source>Unable to bind to %s on this computer (bind returned error %d, %s)</source> <translation type="unfinished"/> </message> <message> <location line="-130"/> <source>Connect through socks proxy</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Allow DNS lookups for -addnode, -seednode and -connect</source> <translation type="unfinished"/> </message> <message> <location line="+122"/> <source>Loading addresses...</source> <translation type="unfinished"/> </message> <message> <location line="-15"/> <source>Error loading blkindex.dat</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Error loading wallet.dat: Wallet corrupted</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Error loading wallet.dat: Wallet requires newer version of Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Wallet needed to be rewritten: restart Mavro to complete</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Error loading wallet.dat</source> <translation type="unfinished"/> </message> <message> <location line="-16"/> <source>Invalid -proxy address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Unknown network specified in -onlynet: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Unknown -socks proxy version requested: %i</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Cannot resolve -bind address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Cannot resolve -externalip address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-24"/> <source>Invalid amount for -paytxfee=<amount>: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+44"/> <source>Error: could not start node</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Sending...</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Invalid amount</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Insufficient funds</source> <translation type="unfinished"/> </message> <message> <location line="-34"/> <source>Loading block index...</source> <translation type="unfinished"/> </message> <message> <location line="-103"/> <source>Add a node to connect to and attempt to keep the connection open</source> <translation type="unfinished"/> </message> <message> <location line="+122"/> <source>Unable to bind to %s on this computer. Mavro is probably already running.</source> <translation type="unfinished"/> </message> <message> <location line="-97"/> <source>Fee per KB to add to transactions you send</source> <translation type="unfinished"/> </message> <message> <location line="+55"/> <source>Invalid amount for -mininput=<amount>: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+25"/> <source>Loading wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Cannot downgrade wallet</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot initialize keypool</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot write default address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Rescanning...</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Done loading</source> <translation type="unfinished"/> </message> <message> <location line="-167"/> <source>To use the %s option</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Error</source> <translation>Ката</translation> </message> <message> <location line="+6"/> <source>You must set rpcpassword=<password> in the configuration file: %s If the file does not exist, create it with owner-readable-only file permissions.</source> <translation type="unfinished"/> </message> </context> </TS>	<message>
typeFromAST.ts	import { DefinitionNode, EnumTypeDefinitionNode, FieldDefinitionNode, GraphQLEnumType, GraphQLInputObjectType, GraphQLInterfaceType, GraphQLNamedType, GraphQLObjectType, GraphQLScalarType, GraphQLUnionType, InputObjectTypeDefinitionNode, InputValueDefinitionNode, InterfaceTypeDefinitionNode, Kind, ObjectTypeDefinitionNode, ScalarTypeDefinitionNode, UnionTypeDefinitionNode, GraphQLDirective, DirectiveDefinitionNode, DirectiveLocationEnum, DirectiveLocation, GraphQLFieldConfig, StringValueNode, Location, TokenKind, GraphQLEnumValueConfigMap, GraphQLFieldConfigArgumentMap, valueFromASTUntyped, EnumValueDefinitionNode, getDirectiveValues, GraphQLDeprecatedDirective, } from 'graphql'; import { createStub, createNamedStub, Maybe } from '@graphql-tools/utils'; const backcompatOptions = { commentDescriptions: true }; export default function typeFromAST(node: DefinitionNode): GraphQLNamedType \| GraphQLDirective \| null { switch (node.kind) { case Kind.OBJECT_TYPE_DEFINITION: return makeObjectType(node); case Kind.INTERFACE_TYPE_DEFINITION: return makeInterfaceType(node); case Kind.ENUM_TYPE_DEFINITION: return makeEnumType(node); case Kind.UNION_TYPE_DEFINITION: return makeUnionType(node); case Kind.SCALAR_TYPE_DEFINITION: return makeScalarType(node); case Kind.INPUT_OBJECT_TYPE_DEFINITION: return makeInputObjectType(node); case Kind.DIRECTIVE_DEFINITION: return makeDirective(node); default: return null; } } function makeObjectType(node: ObjectTypeDefinitionNode): GraphQLObjectType { const config = { name: node.name.value, description: getDescription(node, backcompatOptions), interfaces: () => node.interfaces?.map(iface => createNamedStub(iface.name.value, 'interface')), fields: () => (node.fields != null ? makeFields(node.fields) : {}), astNode: node, }; return new GraphQLObjectType(config); } function makeInterfaceType(node: InterfaceTypeDefinitionNode): GraphQLInterfaceType { const config = { name: node.name.value, description: getDescription(node, backcompatOptions), interfaces: (node as unknown as ObjectTypeDefinitionNode).interfaces?.map(iface => createNamedStub(iface.name.value, 'interface') ), fields: () => (node.fields != null ? makeFields(node.fields) : {}), astNode: node, }; return new GraphQLInterfaceType(config); } function makeEnumType(node: EnumTypeDefinitionNode): GraphQLEnumType { const values = node.values?.reduce<GraphQLEnumValueConfigMap>( (prev, value) => ({ ...prev, [value.name.value]: { description: getDescription(value, backcompatOptions), deprecationReason: getDeprecationReason(value), astNode: value, }, }), {} ) ?? {}; return new GraphQLEnumType({ name: node.name.value, description: getDescription(node, backcompatOptions), values, astNode: node, }); } function makeUnionType(node: UnionTypeDefinitionNode): GraphQLUnionType { return new GraphQLUnionType({ name: node.name.value, description: getDescription(node, backcompatOptions), types: () => node.types?.map(type => createNamedStub(type.name.value, 'object')) ?? [], astNode: node, }); } function makeScalarType(node: ScalarTypeDefinitionNode): GraphQLScalarType { return new GraphQLScalarType({ name: node.name.value, description: getDescription(node, backcompatOptions), astNode: node, // TODO: serialize default property setting can be dropped once // upstream graphql-js TypeScript typings are updated, likely in v16 serialize: value => value, }); } function makeInputObjectType(node: InputObjectTypeDefinitionNode): GraphQLInputObjectType { return new GraphQLInputObjectType({ name: node.name.value, description: getDescription(node, backcompatOptions), fields: () => (node.fields ? makeValues(node.fields) : {}), astNode: node, }); } function makeFields(nodes: ReadonlyArray<FieldDefinitionNode>): Record<string, GraphQLFieldConfig<any, any>> { return nodes.reduce( (prev, node) => ({ ...prev, [node.name.value]: { type: createStub(node.type, 'output'), description: getDescription(node, backcompatOptions), args: makeValues(node.arguments ?? []), deprecationReason: getDeprecationReason(node), astNode: node, }, }), {} ); } function makeValues(nodes: ReadonlyArray<InputValueDefinitionNode>): GraphQLFieldConfigArgumentMap { return nodes.reduce( (prev, node) => ({ ...prev, [node.name.value]: { type: createStub(node.type, 'input'), defaultValue: node.defaultValue !== undefined ? valueFromASTUntyped(node.defaultValue) : undefined, description: getDescription(node, backcompatOptions), astNode: node, }, }), {} ); } function makeDirective(node: DirectiveDefinitionNode): GraphQLDirective { const locations: Array<DirectiveLocationEnum> = []; for (const location of node.locations) { if (location.value in DirectiveLocation) { locations.push(location.value as DirectiveLocationEnum); } } return new GraphQLDirective({ name: node.name.value, description: node.description != null ? node.description.value : null, locations, isRepeatable: node.repeatable, args: makeValues(node.arguments ?? []), astNode: node, }); } // graphql < v13 does not export getDescription function getDescription( node: { description?: StringValueNode; loc?: Location }, options?: { commentDescriptions?: boolean } ): string \| undefined { if (node.description != null) { return node.description.value; } if (options?.commentDescriptions) { const rawValue = getLeadingCommentBlock(node); if (rawValue !== undefined) { return dedentBlockStringValue(`\n${rawValue as string}`); } } } function	(node: { description?: StringValueNode; loc?: Location }): void \| string { const loc = node.loc; if (!loc) { return; } const comments = []; let token = loc.startToken.prev; while ( token != null && token.kind === TokenKind.COMMENT && token.next != null && token.prev != null && token.line + 1 === token.next.line && token.line !== token.prev.line ) { const value = String(token.value); comments.push(value); token = token.prev; } return comments.length > 0 ? comments.reverse().join('\n') : undefined; } function dedentBlockStringValue(rawString: string): string { // Expand a block string's raw value into independent lines. const lines = rawString.split(/\r\n\|[\n\r]/g); // Remove common indentation from all lines but first. const commonIndent = getBlockStringIndentation(lines); if (commonIndent !== 0) { for (let i = 1; i < lines.length; i++) { lines[i] = lines[i].slice(commonIndent); } } // Remove leading and trailing blank lines. while (lines.length > 0 && isBlank(lines[0])) { lines.shift(); } while (lines.length > 0 && isBlank(lines[lines.length - 1])) { lines.pop(); } // Return a string of the lines joined with U+000A. return lines.join('\n'); } /** * @internal */ export function getBlockStringIndentation(lines: ReadonlyArray<string>): number { let commonIndent = null; for (let i = 1; i < lines.length; i++) { const line = lines[i]; const indent = leadingWhitespace(line); if (indent === line.length) { continue; // skip empty lines } if (commonIndent === null \|\| indent < commonIndent) { commonIndent = indent; if (commonIndent === 0) { break; } } } return commonIndent === null ? 0 : commonIndent; } function leadingWhitespace(str: string) { let i = 0; while (i < str.length && (str[i] === ' ' \|\| str[i] === '\t')) { i++; } return i; } function isBlank(str: string) { return leadingWhitespace(str) === str.length; } function getDeprecationReason(node: EnumValueDefinitionNode \| FieldDefinitionNode): Maybe<string> { const deprecated = getDirectiveValues(GraphQLDeprecatedDirective, node); return deprecated?.['reason']; }	getLeadingCommentBlock
data_utils.py	""" This is the Data Loading Pipeline for Sentence Classifier Task from https://github.com/google-research/bert/blob/master/run_classifier.py """ # coding=utf-8 # Copyright 2018 The Google AI Language Team Authors. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import os import csv import collections import sys sys.path.append(os.path.dirname(__file__)) import tokenization import tensorflow as tf class InputExample(): """A single training/test example for simple sequence classification.""" def __init__(self, guid, text_a, text_b=None, label=None): """Constructs a InputExample. Args: guid: Unique id for the example. text_a: string. The untokenized text of the first sequence. For single sequence tasks, only this sequence must be specified. text_b: (Optional) string. The untokenized text of the second sequence. Only must be specified for sequence pair tasks. label: (Optional) string. The label of the example. This should be specified for train and dev examples, but not for test examples. """ self.guid = guid self.text_a = text_a self.text_b = text_b self.label = label class InputFeatures(): """A single set of features of data.""" def __init__(self, input_ids, input_mask, segment_ids, label_id): self.input_ids = input_ids self.input_mask = input_mask self.segment_ids = segment_ids self.label_id = label_id class DataProcessor(object): """Base class for data converters for sequence classification data sets.""" def get_train_examples(self, data_dir): """Gets a collection of `InputExample`s for the train set.""" raise NotImplementedError() def get_dev_examples(self, data_dir): """Gets a collection of `InputExample`s for the dev set.""" raise NotImplementedError() def get_test_examples(self, data_dir): """Gets a collection of `InputExample`s for prediction.""" raise NotImplementedError() def get_labels(self): """Gets the list of labels for this data set.""" raise NotImplementedError() @classmethod def _read_tsv(cls, input_file, quotechar=None): """Reads a tab separated value file.""" with tf.gfile.Open(input_file, "r") as f: reader = csv.reader(f, delimiter="\t", quotechar=quotechar) lines = [] for line in reader: lines.append(line) return lines class SSTProcessor(DataProcessor): """Processor for the MRPC data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] if set_type == 'train' or set_type == 'dev': for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[0]) # Single sentence classification, text_b doesn't exist text_b = None label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) if set_type == 'test': for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[1]) # Single sentence classification, text_b doesn't exist text_b = None label = '0' # arbitrary set as 0 examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class XnliProcessor(DataProcessor): """Processor for the XNLI data set.""" def __init__(self): self.language = "zh" def get_train_examples(self, data_dir): """See base class.""" lines = self._read_tsv( os.path.join(data_dir, "multinli", "multinli.train.%s.tsv" % self.language)) examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "train-%d" % (i) text_a = tokenization.convert_to_unicode(line[0]) text_b = tokenization.convert_to_unicode(line[1]) label = tokenization.convert_to_unicode(line[2]) if label == tokenization.convert_to_unicode("contradictory"): label = tokenization.convert_to_unicode("contradiction") examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples def get_dev_examples(self, data_dir): """See base class.""" lines = self._read_tsv(os.path.join(data_dir, "xnli.dev.tsv")) examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "dev-%d" % (i) language = tokenization.convert_to_unicode(line[0]) if language != tokenization.convert_to_unicode(self.language): continue text_a = tokenization.convert_to_unicode(line[6]) text_b = tokenization.convert_to_unicode(line[7]) label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples def get_labels(self): """See base class.""" return ["contradiction", "entailment", "neutral"] class MnliProcessor(DataProcessor): """Processor for the MultiNLI data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev_matched.tsv")), "dev_matched") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test_matched.tsv")), "test") def get_labels(self): """See base class.""" return ["contradiction", "entailment", "neutral"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, tokenization.convert_to_unicode(line[0])) text_a = tokenization.convert_to_unicode(line[8]) text_b = tokenization.convert_to_unicode(line[9]) if set_type == "test": label = "contradiction" else: label = tokenization.convert_to_unicode(line[-1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class MrpcProcessor(DataProcessor): """Processor for the MRPC data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[3]) text_b = tokenization.convert_to_unicode(line[4]) if set_type == "test": label = "0" else: label = tokenization.convert_to_unicode(line[0]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class ColaProcessor(DataProcessor): """Processor for the CoLA data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def	(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): # Only the test set has a header if set_type == "test" and i == 0: continue guid = "%s-%s" % (set_type, i) if set_type == "test": text_a = tokenization.convert_to_unicode(line[1]) label = "0" else: text_a = tokenization.convert_to_unicode(line[3]) label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=None, label=label)) return examples def convert_single_example(ex_index, example, label_list, max_seq_length, tokenizer): """Converts a single `InputExample` into a single `InputFeatures`.""" label_map = {} for (i, label) in enumerate(label_list): label_map[label] = i tokens_a = tokenizer.tokenize(example.text_a) tokens_b = None if example.text_b: tokens_b = tokenizer.tokenize(example.text_b) if tokens_b: # Modifies `tokens_a` and `tokens_b` in place so that the total # length is less than the specified length. # Account for [CLS], [SEP], [SEP] with "- 3" _truncate_seq_pair(tokens_a, tokens_b, max_seq_length - 3) else: # Account for [CLS] and [SEP] with "- 2" if len(tokens_a) > max_seq_length - 2: tokens_a = tokens_a[0:(max_seq_length - 2)] # The convention rule is: # (a) For sequence pairs: # tokens: [CLS] is this jack ##son ##ville ? [SEP] no it is not . [SEP] # segment_ids: 0 0 0 0 0 0 0 0 1 1 1 1 1 1 # (b) For single sequences: # tokens: [CLS] the dog is hairy . [SEP] # sigment_ids: 0 0 0 0 0 0 0 # # Where "segment_ids" are used to indicate whether this is the first # sequence or the second sequence. The embedding vectors for `type=0` and # `type=1` were learned during pre-training and are added to the wordpiece # embedding vector (and position vector). This is not strictly necessary # since the [SEP] token unambiguously separates the sequences, but it makes # it easier for the model to learn the concept of sequences. # # For classification tasks, the first vector (corresponding to [CLS]) is # used as as the "sentence vector". Note that this only makes sense because # the entire model is fine-tuned. tokens = [] segment_ids = [] tokens.append("[CLS]") segment_ids.append(0) for token in tokens_a: tokens.append(token) segment_ids.append(0) tokens.append("[SEP]") segment_ids.append(0) if tokens_b: for token in tokens_b: tokens.append(token) segment_ids.append(1) tokens.append("[SEP]") segment_ids.append(1) input_ids = tokenizer.convert_tokens_to_ids(tokens) # The mask has 1 for real tokens and 0 for padding tokens. Only real # tokens are attended to. input_mask = [1] * len(input_ids) # Zero-pad up to the sequence length. while len(input_ids) < max_seq_length: input_ids.append(0) input_mask.append(0) segment_ids.append(0) assert len(input_ids) == max_seq_length assert len(input_mask) == max_seq_length assert len(segment_ids) == max_seq_length label_id = label_map[example.label] # here we disable the verbose printing of the data if ex_index < 0: tf.logging.info("* Example *") tf.logging.info("guid: %s" % (example.guid)) tf.logging.info("tokens: %s" % " ".join( [tokenization.printable_text(x) for x in tokens])) tf.logging.info("input_ids: %s" % " ".join([str(x) for x in input_ids])) tf.logging.info("input_ids length: %d" % len(input_ids)) tf.logging.info("input_mask: %s" %\ " ".join([str(x) for x in input_mask])) tf.logging.info("segment_ids: %s" %\ " ".join([str(x) for x in segment_ids])) tf.logging.info("label: %s (id = %d)" % (example.label, label_id)) feature = InputFeatures(input_ids=input_ids, input_mask=input_mask, segment_ids=segment_ids, label_id=label_id) return feature def file_based_convert_examples_to_features( examples, label_list, max_seq_length, tokenizer, output_file): """Convert a set of `InputExample`s to a TFRecord file.""" writer = tf.python_io.TFRecordWriter(output_file) for (ex_index, example) in enumerate(examples): feature = convert_single_example(ex_index, example, label_list, max_seq_length, tokenizer) def create_int_feature(values): return tf.train.Feature( int64_list=tf.train.Int64List(value=list(values))) features = collections.OrderedDict() features["input_ids"] = create_int_feature(feature.input_ids) features["input_mask"] = create_int_feature(feature.input_mask) features["segment_ids"] = create_int_feature(feature.segment_ids) features["label_ids"] = create_int_feature([feature.label_id]) tf_example = tf.train.Example( features=tf.train.Features(feature=features)) writer.write(tf_example.SerializeToString()) def _truncate_seq_pair(tokens_a, tokens_b, max_length): """Truncates a sequence pair in place to the maximum length.""" # This is a simple heuristic which will always truncate the longer sequence # one token at a time. This makes more sense than truncating an equal # percent of tokens from each, since if one sequence is very short then # each token that's truncated likely contains more information than a # longer sequence. while True: total_length = len(tokens_a) + len(tokens_b) if total_length <= max_length: break if len(tokens_a) > len(tokens_b): tokens_a.pop() else: tokens_b.pop() def prepare_TFRecord_data(processor, tokenizer, data_dir, max_seq_length, output_dir): """ Args: processor: Data Preprocessor, which must have get_lables, get_train/dev/test/examples methods defined. tokenizer: The Sentence Tokenizer. Generally should be SentencePiece Model. data_dir: The input data directory. max_seq_length: Max sequence length. batch_size: mini-batch size. model: `train`, `eval` or `test`. output_dir: The directory to save the TFRecord in. """ label_list = processor.get_labels() train_examples = processor.get_train_examples(data_dir) train_file = os.path.join(output_dir, "train.tf_record") file_based_convert_examples_to_features( train_examples, label_list, max_seq_length, tokenizer, train_file) eval_examples = processor.get_dev_examples(data_dir) eval_file = os.path.join(output_dir, "eval.tf_record") file_based_convert_examples_to_features( eval_examples, label_list, max_seq_length, tokenizer, eval_file) test_examples = processor.get_test_examples(data_dir) test_file = os.path.join(output_dir, "predict.tf_record") file_based_convert_examples_to_features( test_examples, label_list, max_seq_length, tokenizer, test_file)	_create_examples
scaffold-project-and-build.ts	/* * Copyright by LunaSec (owned by Refinery Labs, Inc) * * Licensed under the Business Source License v1.1 * (the "License"); you may not use this file except in compliance with the * License. You may obtain a copy of the License at * * https://github.com/lunasec-io/lunasec/blob/master/licenses/BSL-LunaTrace.txt * * See the License for the specific language governing permissions and * limitations under the License. * */ import { db } from '../database/db';	const existingProject = await db.oneOrNone(` SELECT id, name FROM public.projects WHERE name = 'Automatic Project' LIMIT 1 `); const project_id = existingProject?.id \|\| (await db.one(`INSERT INTO public.projects(name) VALUES ('Automatic Project') RETURNING id `)).id; // INSERT INTO public.builds(project_id) VALUES ((INSERT INTO public.projects(name) VALUES ('Automatic Project') RETURNING id)) RETURNING id; return (await db.one(`INSERT INTO public.builds(project_id) VALUES ('${project_id as string}') RETURNING id`)) .id as string; }	export async function scaffoldBuild() { console.log('scaffolding project with a build and scan');
carbonserver.go	/* * Copyright 2013-2016 Fabian Groffen, Damian Gryski, Vladimir Smirnov * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. / package carbonserver import ( "bufio" "compress/gzip" "context" "encoding/binary" "encoding/json" "errors" "fmt" "math" "net" "net/http" _ "net/http/pprof" "os" "path/filepath" "regexp" "runtime" "runtime/debug" "sort" "strconv" "strings" "sync" "sync/atomic" "syscall" "time" prom "github.com/prometheus/client_golang/prometheus" "go.uber.org/zap" "github.com/NYTimes/gziphandler" "github.com/dgryski/go-expirecache" "github.com/dgryski/go-trigram" "github.com/dgryski/httputil" "github.com/go-graphite/go-carbon/helper" "github.com/go-graphite/go-carbon/helper/stat" "github.com/go-graphite/go-carbon/points" protov3 "github.com/go-graphite/protocol/carbonapi_v3_pb" "github.com/lomik/zapwriter" "github.com/syndtr/goleveldb/leveldb" "github.com/syndtr/goleveldb/leveldb/filter" "github.com/syndtr/goleveldb/leveldb/opt" ) type metricStruct struct { RenderRequests uint64 RenderErrors uint64 NotFound uint64 FindRequests uint64 FindErrors uint64 FindZero uint64 InfoRequests uint64 InfoErrors uint64 ListRequests uint64 ListErrors uint64 ListQueryRequests uint64 ListQueryErrors uint64 DetailsRequests uint64 DetailsErrors uint64 CacheHit uint64 CacheMiss uint64 CacheRequestsTotal uint64 CacheWorkTimeNS uint64 CacheWaitTimeFetchNS uint64 DiskWaitTimeNS uint64 DiskRequests uint64 PointsReturned uint64 MetricsReturned uint64 MetricsKnown uint64 FileScanTimeNS uint64 IndexBuildTimeNS uint64 MetricsFetched uint64 MetricsFound uint64 FetchSize uint64 QueryCacheHit uint64 QueryCacheMiss uint64 FindCacheHit uint64 FindCacheMiss uint64 TrieNodes uint64 TrieFiles uint64 TrieDirs uint64 TrieCountNodesTimeNs uint64 QuotaApplyTimeNs uint64 UsageRefreshTimeNs uint64 InflightRequests uint64 RejectedTooManyRequests uint64 } type requestsTimes struct { sync.RWMutex list []int64 } const ( QueryIsPending uint64 = 1 << iota DataIsAvailable ) type QueryItem struct { Data atomic.Value Flags uint64 // DataIsAvailable or QueryIsPending QueryFinished chan struct{} } // type GlobResponse struct { type ExpandedGlobResponse struct { Name string Files []string Leafs []bool Err error } var statusCodes = map[string][]uint64{ "combined": make([]uint64, 5), "find": make([]uint64, 5), "list": make([]uint64, 5), "render": make([]uint64, 5), "details": make([]uint64, 5), "info": make([]uint64, 5), "capabilities": make([]uint64, 5), } // interface to retrive retention and aggregation // schema from persister. type configRetriever interface { MetricRetentionPeriod(string) (int, bool) MetricAggrConf(string) (string, float64, bool) } type responseWriterWithStatus struct { http.ResponseWriter statusCode int } func (rw responseWriterWithStatus) statusCodeMajor() int { return rw.statusCode/100 - 1 } func newResponseWriterWithStatus(w http.ResponseWriter) responseWriterWithStatus { return &responseWriterWithStatus{ w, http.StatusOK, } } func (w responseWriterWithStatus) WriteHeader(code int) { w.statusCode = code w.ResponseWriter.WriteHeader(code) } func (q QueryItem) FetchOrLock() (interface{}, bool) { d := q.Data.Load() if d != nil { return d, true } ok := atomic.CompareAndSwapUint64(&q.Flags, 0, QueryIsPending) if ok { // We are the leader now and will be fetching the data return nil, false } select { //nolint:gosimple // TODO: Add timeout support case <-q.QueryFinished: break } return q.Data.Load(), true } func (q QueryItem) StoreAbort() { oldChan := q.QueryFinished q.QueryFinished = make(chan struct{}) close(oldChan) atomic.StoreUint64(&q.Flags, 0) } func (q QueryItem) StoreAndUnlock(data interface{}) { q.Data.Store(data) atomic.StoreUint64(&q.Flags, DataIsAvailable) close(q.QueryFinished) } type queryCache struct { ec expirecache.Cache } func (q queryCache) getQueryItem(k string, size uint64, expire int32) QueryItem { emptyQueryItem := &QueryItem{QueryFinished: make(chan struct{})} return q.ec.GetOrSet(k, emptyQueryItem, size, expire).(QueryItem) } type CarbonserverListener struct { helper.Stoppable cacheGet func(key string) []points.Point readTimeout time.Duration idleTimeout time.Duration writeTimeout time.Duration requestTimeout time.Duration whisperData string buckets int maxGlobs int emptyResultOk bool failOnMaxGlobs bool percentiles []int scanFrequency time.Duration forceScanChan chan struct{} metricsAsCounters bool tcpListener net.TCPListener logger zap.Logger accessLogger zap.Logger internalStatsDir string flock bool compressed bool removeEmptyFile bool maxMetricsGlobbed int maxMetricsRendered int queryCacheEnabled bool queryCacheSizeMB int queryCache queryCache findCacheEnabled bool findCache queryCache trigramIndex bool trieIndex bool concurrentIndex bool fileListCache string realtimeIndex int newMetricsChan chan string fileIdx atomic.Value fileIdxMutex sync.Mutex metrics metricStruct requestsTimes requestsTimes exitChan chan struct{} timeBuckets []uint64 cacheGetRecentMetrics func() []map[string]struct{} whisperGetConfig configRetriever prometheus prometheus db leveldb.DB quotas []Quota estimateSize func(metric string) (size, dataPoints int64) quotaAndUsageMetrics chan []points.Points quotaUsageReportFrequency time.Duration interfalInfoCallbacks map[string]func() map[string]interface{} // resource control MaxInflightRequests uint64 // TODO: to deprecate NoServiceWhenIndexIsNotReady bool apiPerPathRatelimiter map[string]ApiPerPathRatelimiter globQueryRateLimiters []GlobQueryRateLimiter } type prometheus struct { enabled bool requests prom.CounterVec request func(string, int) durations prom.Histogram duration func(time.Duration) cacheRequests prom.CounterVec cacheRequest func(string, bool) cacheDurations prom.HistogramVec cacheDuration func(string, time.Duration) diskRequests prom.Counter diskRequest func() cancelledRequests prom.Counter cancelledRequest func() timeoutRequests prom.Counter timeoutRequest func() diskWaitDurations prom.Histogram diskWaitDuration func(time.Duration) returnedMetrics prom.Counter returnedMetric func() returnedPoints prom.Counter returnedPoint func(int) } func (c CarbonserverListener) InitPrometheus(reg prom.Registerer) { c.prometheus = prometheus{ enabled: true, requests: prom.NewCounterVec( prom.CounterOpts{ Name: "http_requests_total", Help: "How many HTTP requests processed, partitioned by status code and handler", }, []string{"code", "handler"}, ), cacheRequests: prom.NewCounterVec( prom.CounterOpts{ Name: "cache_requests_total", Help: "Cache counts, partitioned by type and hit/miss", }, []string{"type", "hit"}, ), durations: prom.NewHistogram( prom.HistogramOpts{ Name: "http_request_duration_seconds_exp", Help: "Duration of HTTP requests (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, ), cacheDurations: prom.NewHistogramVec( prom.HistogramOpts{ Name: "cache_duration_seconds_exp", Help: "Time spent in cache (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, []string{"type"}, ), diskRequests: prom.NewCounter(prom.CounterOpts{ Name: "disk_requests_total", Help: "Number of times disk has been hit", }), cancelledRequests: prom.NewCounter(prom.CounterOpts{ Name: "cancelled_requests_total", Help: "Number of times a request has been cancelled", }), timeoutRequests: prom.NewCounter(prom.CounterOpts{ Name: "timeout_requests_total", Help: "Number of times a request has been timeout", }), diskWaitDurations: prom.NewHistogram( prom.HistogramOpts{ Name: "disk_wait_seconds_exp", Help: "Duration of disk wait times (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, ), returnedMetrics: prom.NewCounter(prom.CounterOpts{ Name: "returned_metrics_total", Help: "Number of metrics returned", }), returnedPoints: prom.NewCounter(prom.CounterOpts{ Name: "returned_points_total", Help: "Number of points returned", }), } c.prometheus.request = func(endpoint string, code int) { c.prometheus.requests.WithLabelValues(strconv.Itoa(code), endpoint).Inc() } c.prometheus.cacheRequest = func(kind string, hit bool) { c.prometheus.cacheRequests.WithLabelValues(kind, strconv.FormatBool(hit)) } c.prometheus.duration = func(t time.Duration) { c.prometheus.durations.Observe(t.Seconds()) } c.prometheus.cacheDuration = func(kind string, t time.Duration) { c.prometheus.cacheDurations.WithLabelValues(kind).Observe(t.Seconds()) } c.prometheus.diskRequest = func() { c.prometheus.diskRequests.Inc() } c.prometheus.cancelledRequest = func() { c.prometheus.cancelledRequests.Inc() } c.prometheus.timeoutRequest = func() { c.prometheus.timeoutRequests.Inc() } c.prometheus.diskWaitDuration = func(t time.Duration) { c.prometheus.diskWaitDurations.Observe(t.Seconds()) } c.prometheus.returnedMetric = func() { c.prometheus.returnedMetrics.Inc() } c.prometheus.returnedPoint = func(i int) { c.prometheus.returnedPoints.Add(float64(i)) } reg.MustRegister(c.prometheus.requests) reg.MustRegister(c.prometheus.cacheRequests) reg.MustRegister(c.prometheus.cancelledRequests) reg.MustRegister(c.prometheus.timeoutRequests) reg.MustRegister(c.prometheus.durations) reg.MustRegister(c.prometheus.diskRequests) reg.MustRegister(c.prometheus.diskWaitDurations) reg.MustRegister(c.prometheus.returnedMetrics) reg.MustRegister(c.prometheus.returnedPoints) } type metricDetailsFlat struct { protov3.MetricDetails Name string } type jsonMetricDetailsResponse struct { Metrics []metricDetailsFlat FreeSpace uint64 TotalSpace uint64 } type fileIndex struct { typ int //nolint:unused,structcheck idx trigram.Index files []string trieIdx trieIndex details map[string]*protov3.MetricDetails accessTimes map[string]int64 freeSpace uint64 totalSpace uint64 } func	(cacheGetFunc func(key string) []points.Point) CarbonserverListener { return &CarbonserverListener{ // Config variables metrics: &metricStruct{}, metricsAsCounters: false, cacheGet: cacheGetFunc, logger: zapwriter.Logger("carbonserver"), accessLogger: zapwriter.Logger("access"), findCache: queryCache{ec: expirecache.New(0)}, trigramIndex: true, percentiles: []int{100, 99, 98, 95, 75, 50}, prometheus: prometheus{ request: func(string, int) {}, duration: func(time.Duration) {}, cacheRequest: func(string, bool) {}, cacheDuration: func(string, time.Duration) {}, diskRequest: func() {}, cancelledRequest: func() {}, timeoutRequest: func() {}, diskWaitDuration: func(time.Duration) {}, returnedMetric: func() {}, returnedPoint: func(int) {}, }, quotaAndUsageMetrics: make(chan []points.Points, 1), apiPerPathRatelimiter: map[string]ApiPerPathRatelimiter{}, } } func (listener CarbonserverListener) SetWhisperData(whisperData string) { listener.whisperData = strings.TrimRight(whisperData, "/") } func (listener CarbonserverListener) SetMaxGlobs(maxGlobs int) { listener.maxGlobs = maxGlobs } func (listener CarbonserverListener) SetEmptyResultOk(emptyResultOk bool) { listener.emptyResultOk = emptyResultOk } func (listener CarbonserverListener) SetFailOnMaxGlobs(failOnMaxGlobs bool) { listener.failOnMaxGlobs = failOnMaxGlobs } func (listener CarbonserverListener) SetMaxMetricsGlobbed(max int) { listener.maxMetricsGlobbed = max } func (listener CarbonserverListener) SetMaxMetricsRendered(max int) { listener.maxMetricsRendered = max } func (listener CarbonserverListener) SetFLock(flock bool) { listener.flock = flock } func (listener CarbonserverListener) SetBuckets(buckets int) { listener.buckets = buckets } func (listener CarbonserverListener) SetScanFrequency(scanFrequency time.Duration) { listener.scanFrequency = scanFrequency } func (listener CarbonserverListener) SetQuotaUsageReportFrequency(quotaUsageReportFrequency time.Duration) { listener.quotaUsageReportFrequency = quotaUsageReportFrequency } func (listener CarbonserverListener) SetReadTimeout(readTimeout time.Duration) { listener.readTimeout = readTimeout } func (listener CarbonserverListener) SetIdleTimeout(idleTimeout time.Duration) { listener.idleTimeout = idleTimeout } func (listener CarbonserverListener) SetWriteTimeout(writeTimeout time.Duration) { listener.writeTimeout = writeTimeout } func (listener CarbonserverListener) SetRequestTimeout(requestTimeout time.Duration) { listener.requestTimeout = requestTimeout } func (listener CarbonserverListener) SetCompressed(compressed bool) { listener.compressed = compressed } func (listener CarbonserverListener) SetRemoveEmptyFile(remove bool) { listener.removeEmptyFile = remove } func (listener CarbonserverListener) SetMetricsAsCounters(metricsAsCounters bool) { listener.metricsAsCounters = metricsAsCounters } func (listener CarbonserverListener) SetQueryCacheEnabled(enabled bool) { listener.queryCacheEnabled = enabled } func (listener CarbonserverListener) SetQueryCacheSizeMB(size int) { listener.queryCacheSizeMB = size } func (listener CarbonserverListener) SetFindCacheEnabled(enabled bool) { listener.findCacheEnabled = enabled } func (listener CarbonserverListener) SetTrigramIndex(enabled bool) { listener.trigramIndex = enabled } func (listener CarbonserverListener) SetTrieIndex(enabled bool) { listener.trieIndex = enabled } func (listener CarbonserverListener) SetCacheGetMetricsFunc(recentMetricsFunc func() []map[string]struct{}) { listener.cacheGetRecentMetrics = recentMetricsFunc } func (listener CarbonserverListener) SetConfigRetriever(retriever configRetriever) { listener.whisperGetConfig = retriever } func (listener CarbonserverListener) SetConcurrentIndex(enabled bool) { listener.concurrentIndex = enabled } func (listener CarbonserverListener) SetRealtimeIndex(num int) chan string { listener.realtimeIndex = num listener.newMetricsChan = make(chan string, num) return listener.newMetricsChan } func (listener CarbonserverListener) SetFileListCache(path string) { listener.fileListCache = path } func (listener CarbonserverListener) SetInternalStatsDir(dbPath string) { listener.internalStatsDir = dbPath } func (listener CarbonserverListener) SetPercentiles(percentiles []int) { listener.percentiles = percentiles } func (listener CarbonserverListener) SetEstimateSize(f func(metric string) (size, dataPoints int64)) { listener.estimateSize = f } func (listener CarbonserverListener) SetQuotas(quotas []Quota) { listener.quotas = quotas } func (listener CarbonserverListener) isQuotaEnabled() bool { return listener.quotas != nil } func (listener CarbonserverListener) ShouldThrottleMetric(ps points.Points, inCache bool) bool { fidx := listener.CurrentFileIndex() if fidx == nil \|\| fidx.trieIdx == nil { return false } var throttled = fidx.trieIdx.throttle(ps, inCache) return throttled } func (listener CarbonserverListener) SetMaxInflightRequests(max uint64) { listener.MaxInflightRequests = max } func (listener CarbonserverListener) SetNoServiceWhenIndexIsNotReady(no bool) { listener.NoServiceWhenIndexIsNotReady = no } func (listener CarbonserverListener) SetHeavyGlobQueryRateLimiters(rls []GlobQueryRateLimiter) { listener.globQueryRateLimiters = rls } func (listener CarbonserverListener) SetAPIPerPathRateLimiter(rls map[string]ApiPerPathRatelimiter) { listener.apiPerPathRatelimiter = rls } // skipcq: RVV-B0011 func (listener CarbonserverListener) CurrentFileIndex() fileIndex { p := listener.fileIdx.Load() if p == nil { return nil } return p.(fileIndex) } func (listener CarbonserverListener) UpdateFileIndex(fidx fileIndex) { listener.fileIdx.Store(fidx) } // skipcq: RVV-A0005 func (listener CarbonserverListener) UpdateMetricsAccessTimes(metrics map[string]int64, initial bool) { idx := listener.CurrentFileIndex() if idx == nil { return } listener.fileIdxMutex.Lock() defer listener.fileIdxMutex.Unlock() batch := new(leveldb.Batch) for m, t := range metrics { if _, ok := idx.details[m]; ok { idx.details[m].RdTime = t } else { idx.details[m] = &protov3.MetricDetails{RdTime: t} } idx.accessTimes[m] = t if !initial && listener.db != nil { buf := make([]byte, 10) binary.PutVarint(buf, t) batch.Put([]byte(m), buf) } } if !initial && listener.db != nil { err := listener.db.Write(batch, nil) if err != nil { listener.logger.Info("Error updating database", zap.Error(err), ) } } } func (listener CarbonserverListener) UpdateMetricsAccessTimesByRequest(metrics []string) { now := time.Now().Unix() accessTimes := make(map[string]int64) for _, m := range metrics { accessTimes[m] = now } listener.UpdateMetricsAccessTimes(accessTimes, false) } func splitAndInsert(cacheMetricNames map[string]struct{}, newCacheMetricNames []map[string]struct{}) map[string]struct{} { // splits each new metric from cache-scan and inserts // into the current cacheMetricNames map // in: new.metric.name1 --> split by "." // insert "/new" , "/new/metric", "/new/metric/name1.wsp" into the // metricsName map. This is inline with the inserts // during filescan walk for _, shardAddMap := range newCacheMetricNames { for newMetric := range shardAddMap { split := strings.Split(newMetric, ".") fileName := "/" for i, seg := range split { fileName = filepath.Join(fileName, seg) if i == len(split)-1 { fileName += ".wsp" } if _, ok := cacheMetricNames[fileName]; !ok { cacheMetricNames[fileName] = struct{}{} } } } } return cacheMetricNames } func (listener CarbonserverListener) fileListUpdater(dir string, scanFrequency <-chan time.Time, force <-chan struct{}, exit <-chan struct{}) { cacheMetricNames := make(map[string]struct{}) var knownMetricsStatTicker, quotaAndUsageStatTicker <-chan time.Time if listener.isQuotaEnabled() { ticker := time.NewTicker(listener.quotaUsageReportFrequency) defer ticker.Stop() quotaAndUsageStatTicker = ticker.C } else if listener.trieIndex && listener.concurrentIndex && listener.realtimeIndex > 0 { ticker := time.NewTicker(time.Minute) defer ticker.Stop() knownMetricsStatTicker = ticker.C } uloop: for { select { case <-exit: return case <-scanFrequency: case <-force: case <-knownMetricsStatTicker: // It's only useful when uisng realtime index as the // scanFrequency should be a long interval/duration // like 2 hours or more, and with concurrent and // realtime index, indexed metrics would grow even without disk scanning. listener.statKnonwnMetrics(knownMetricsStatTicker) continue uloop case <-quotaAndUsageStatTicker: listener.refreshQuotaAndUsage(quotaAndUsageStatTicker) continue uloop case m := <-listener.newMetricsChan: // listener.newMetricsChan might have high traffic, but // in theory, there should be no starvation on other channels: // https://groups.google.com/g/golang-nuts/c/4BR2Sdb6Zzk (2015) fidx := listener.CurrentFileIndex() if listener.trieIndex && listener.concurrentIndex && fidx != nil && fidx.trieIdx != nil { metric := "/" + filepath.Clean(strings.ReplaceAll(m, ".", "/")+".wsp") if err := fidx.trieIdx.insert(metric, 0, 0, 0); err != nil { listener.logTrieInsertError(listener.logger, "failed to insert new metrics for realtime indexing", metric, err) } } continue uloop } if listener.cacheGetRecentMetrics != nil { // cacheMetricNames maintains all new metric names added in cache // when cache-scan is enabled in conf newCacheMetricNames := listener.cacheGetRecentMetrics() cacheMetricNames = splitAndInsert(cacheMetricNames, newCacheMetricNames) } if listener.updateFileList(dir, cacheMetricNames, quotaAndUsageStatTicker) { listener.logger.Info("file list updated with cache, starting a new scan immediately") listener.updateFileList(dir, cacheMetricNames, quotaAndUsageStatTicker) } } } func (listener CarbonserverListener) statKnonwnMetrics(knownMetricsStatTicker <-chan time.Time) { defer func() { // drain remaining blocked tickers for { select { case <-knownMetricsStatTicker: default: return } } }() fidx := listener.CurrentFileIndex() if fidx == nil \|\| fidx.trieIdx == nil { return } start := time.Now() count, files, dirs, _, _, _, _, _ := fidx.trieIdx.countNodes() atomic.StoreUint64(&listener.metrics.TrieNodes, uint64(count)) atomic.StoreUint64(&listener.metrics.TrieFiles, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieDirs, uint64(dirs)) // set using the indexed files, instead of returning on-disk files. // // WHY: with concurrent and realtime index, disk scan should be set at // am interval like 2 hours or longer. counting the files in trie index // gives us more timely visibilitty on how many metrics are known now. atomic.StoreUint64(&listener.metrics.MetricsKnown, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieCountNodesTimeNs, uint64(time.Since(start))) listener.logger.Debug( "trieIndex.countNodes", zap.Duration("trie_count_nodes_time", time.Since(start)), ) } func (listener CarbonserverListener) refreshQuotaAndUsage(quotaAndUsageStatTicker <-chan time.Time) { defer func() { // drain remaining blocked tickers for { select { case <-quotaAndUsageStatTicker: default: return } } }() fidx := listener.CurrentFileIndex() if !listener.isQuotaEnabled() \|\| !listener.concurrentIndex \|\| listener.realtimeIndex <= 0 \|\| fidx == nil \|\| fidx.trieIdx == nil { return } quotaStart := time.Now() throughputs, err := fidx.trieIdx.applyQuotas(listener.quotaUsageReportFrequency, listener.quotas...) if err != nil { listener.logger.Error( "refreshQuotaAndUsage", zap.Error(err), ) } quotaTime := uint64(time.Since(quotaStart)) atomic.StoreUint64(&listener.metrics.QuotaApplyTimeNs, quotaTime) usageStart := time.Now() files := fidx.trieIdx.refreshUsage(throughputs) usageTime := uint64(time.Since(usageStart)) atomic.StoreUint64(&listener.metrics.UsageRefreshTimeNs, usageTime) // set using the indexed files, instead of returning on-disk files. // // WHY: quota subsystem atm can only be enabled along with concurrent // and realtime idnex, and with concurrent and realtime index, disk // scan should be set at an interval like 2 hours or longer. counting // the files in trie index gives us more timely visibilitty into how // many metrics are known now. atomic.StoreUint64(&listener.metrics.MetricsKnown, files) // WHY select: avoid potential block select { case listener.quotaAndUsageMetrics <- fidx.trieIdx.qauMetrics: default: } fidx.trieIdx.qauMetrics = nil listener.logger.Debug( "refreshQuotaAndUsage", zap.Uint64("quota_apply_time", quotaTime), zap.Uint64("usage_refresh_time", usageTime), ) } func (listener CarbonserverListener) updateFileList(dir string, cacheMetricNames map[string]struct{}, quotaAndUsageStatTicker <-chan time.Time) (readFromCache bool) { logger := listener.logger.With(zap.String("handler", "fileListUpdated")) defer func() { if r := recover(); r != nil { logger.Error("panic encountered", zap.Stack("stack"), zap.Any("error", r), ) } }() var t0 = time.Now() var fidx = listener.CurrentFileIndex() var files []string var filesLen int var details = make(map[string]protov3.MetricDetails) var trieIdx trieIndex var metricsKnown uint64 var infos []zap.Field if listener.trieIndex { if fidx == nil \|\| !listener.concurrentIndex { trieIdx = newTrie(".wsp", listener.estimateSize) } else { trieIdx = fidx.trieIdx trieIdx.root.gen++ } } // populate index for all the metric names in cache // the iteration takes place only when cache-scan is enabled in conf var tcache = time.Now() var cacheMetricLen = len(cacheMetricNames) for fileName := range cacheMetricNames { if listener.trieIndex { if err := trieIdx.insert(fileName, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "error populating index from cache indexMap", fileName, err) } } else { files = append(files, fileName) } if strings.HasSuffix(fileName, ".wsp") { metricsKnown++ } } cacheIndexRuntime := time.Since(tcache) // readFromCache hould only occur once at the start of the program if fidx == nil && listener.fileListCache != "" { fileListCache, err := newFileListCache(listener.fileListCache, 'r') if err != nil { if !os.IsNotExist(err) { logger.Error("failed to read file list cache", zap.Error(err)) } } else { readFromCache = true for fileListCache.scanner.Scan() { entry := fileListCache.scanner.Text() if entry == "" { continue } if err := trieIdx.insert(entry, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "failed to read from file list cache", entry, err) readFromCache = false trieIdx = newTrie(".wsp", listener.estimateSize) break } filesLen++ if strings.HasSuffix(entry, ".wsp") { metricsKnown++ } } if err := fileListCache.close(); err != nil { logger.Error("failed to close file list cache", zap.Error(err)) } } } if !readFromCache { var flc fileListCache if listener.fileListCache != "" { var err error flc, err = newFileListCache(listener.fileListCache, 'w') if err != nil { if !os.IsNotExist(err) { logger.Error("failed to create file list cache", zap.Error(err)) } } else { defer func() { // flc could be reset to nil during filepath walk if flc != nil { if err := flc.close(); err != nil { logger.Error("failed to close flie list cache", zap.Error(err)) } } }() } } if fi, err := os.Lstat(dir); err != nil { logger.Error("failed to stat whisper data directory", zap.String("path", dir), zap.Error(err)) } else if fi.Mode()&os.ModeSymlink == 1 { logger.Error("can't index symlink data dir", zap.String("path", dir)) } err := filepath.Walk(dir, func(p string, info os.FileInfo, err error) error { if err != nil { logger.Info("error processing", zap.String("path", p), zap.Error(err)) return nil } // WHY: as filepath.walk could potentially taking a long // time to complete (>= 5 minutes or more), depending // on how many files are there on disk. It's nice to // have consistent quota and usage metrics produced as // regularly as possible according to the // quotaUsageReportFrequency specified in the config. if listener.isQuotaEnabled() { select { case <-quotaAndUsageStatTicker: listener.refreshQuotaAndUsage(quotaAndUsageStatTicker) default: } } // WHY: as filepath.walk could potentially taking a long // time to complete (>= 5 minutes or more), depending // on how many files are there on disk. It's nice to // try to flush newMetricsChan if possible. // // TODO: only trigger enter the loop when it's half full? // len(listener.newMetricsChan) >= cap(listener.newMetricsChan)/2 if listener.trieIndex && listener.concurrentIndex && listener.newMetricsChan != nil { newMetricsLoop: for { select { case m := <-listener.newMetricsChan: fileName := "/" + filepath.Clean(strings.ReplaceAll(m, ".", "/")+".wsp") if err := trieIdx.insert(fileName, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "failed to update realtime trie index", m, err) } default: break newMetricsLoop } } } isFullMetric := strings.HasSuffix(info.Name(), ".wsp") if info.IsDir() \|\| isFullMetric { trimmedName := strings.TrimPrefix(p, listener.whisperData) filesLen++ if flc != nil { // TODO: include metadata like physical/logical size, data points if err := flc.write(trimmedName); err != nil { logger.Error("failed to write to file list cache", zap.Error(err)) if err := flc.close(); err != nil { logger.Error("failed to close flie list cache", zap.Error(err)) } flc = nil } } // use cacheMetricNames to check and prevent appending duplicate metrics // into the index when cacheMetricNamesIndex is enabled if _, present := cacheMetricNames[trimmedName]; present { delete(cacheMetricNames, trimmedName) } else { if listener.trieIndex { // WHY: // this would only affects empty directories // * indexing empty directories causes an strange bug in trie index // * empty dir isn't useful (at least most of the time)? if isFullMetric { var dataPoints int64 if listener.estimateSize != nil { m := strings.ReplaceAll(trimmedName, "/", ".") m = m[1 : len(m)-4] _, dataPoints = listener.estimateSize(m) } var physicalSize = info.Size() if stat, ok := info.Sys().(syscall.Stat_t); ok { physicalSize = stat.Blocks 512 } if err := trieIdx.insert(trimmedName, info.Size(), physicalSize, dataPoints); err != nil { // It's better to just log an error than stop indexing listener.logTrieInsertError(logger, "updateFileList.trie: failed to index path", trimmedName, err) } } } else { files = append(files, trimmedName) } if isFullMetric { metricsKnown++ } } if isFullMetric && listener.internalStatsDir != "" { i := stat.GetStat(info) trimmedName = strings.ReplaceAll(trimmedName[1:len(trimmedName)-4], "/", ".") details[trimmedName] = &protov3.MetricDetails{ Size_: i.Size, ModTime: i.MTime, ATime: i.ATime, RealSize: i.RealSize, } } } return nil }) if err != nil { logger.Error("error getting file list", zap.Error(err), ) } } if listener.concurrentIndex && trieIdx != nil { trieIdx.prune() } var stat syscall.Statfs_t if err := syscall.Statfs(dir, &stat); err != nil { logger.Info("error getting FS Stats", zap.String("dir", dir), zap.Error(err), ) return } var freeSpace uint64 // diskspace can be negative and Bavail is therefore int64 if stat.Bavail >= 0 { // nolint:staticcheck // skipcq: SCC-SA4003 freeSpace = uint64(stat.Bavail) * uint64(stat.Bsize) } totalSpace := stat.Blocks * uint64(stat.Bsize) fileScanRuntime := time.Since(t0) atomic.StoreUint64(&listener.metrics.MetricsKnown, metricsKnown) atomic.AddUint64(&listener.metrics.FileScanTimeNS, uint64(fileScanRuntime.Nanoseconds())) nfidx := &fileIndex{ details: details, freeSpace: freeSpace, totalSpace: totalSpace, accessTimes: make(map[string]int64), } var pruned int var indexType = "trigram" var tindex = time.Now() var indexSize int if listener.trieIndex { indexType = "trie" nfidx.trieIdx = trieIdx infos = append( infos, zap.Int("trie_depth", int(nfidx.trieIdx.depth)), zap.String("longest_metric", nfidx.trieIdx.longestMetric), ) if listener.trigramIndex && !listener.concurrentIndex { start := time.Now() nfidx.trieIdx.setTrigrams() infos = append(infos, zap.Duration("set_trigram_time", time.Since(start))) } start := time.Now() count, files, dirs, _, _, _, _, _ := trieIdx.countNodes() atomic.StoreUint64(&listener.metrics.TrieNodes, uint64(count)) atomic.StoreUint64(&listener.metrics.TrieFiles, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieDirs, uint64(dirs)) infos = append(infos, zap.Duration("trie_count_nodes_time", time.Since(start))) indexSize = count } else { nfidx.files = files nfidx.idx = trigram.NewIndex(files) pruned = nfidx.idx.Prune(0.95) indexSize = len(nfidx.idx) } indexingRuntime := time.Since(tindex) // note: no longer meaningful for trie index atomic.AddUint64(&listener.metrics.IndexBuildTimeNS, uint64(indexingRuntime.Nanoseconds())) var tl = time.Now() if fidx != nil && listener.internalStatsDir != "" { listener.fileIdxMutex.Lock() for m := range fidx.accessTimes { if d, ok := details[m]; ok { d.RdTime = fidx.accessTimes[m] } else { delete(fidx.accessTimes, m) if listener.db != nil { listener.db.Delete([]byte(m), nil) } } } nfidx.accessTimes = fidx.accessTimes listener.fileIdxMutex.Unlock() } var rdTimeUpdateRuntime = time.Since(tl) listener.UpdateFileIndex(nfidx) infos = append(infos, zap.Duration("file_scan_runtime", fileScanRuntime), zap.Duration("indexing_runtime", indexingRuntime), zap.Duration("rdtime_update_runtime", rdTimeUpdateRuntime), zap.Duration("cache_index_runtime", cacheIndexRuntime), zap.Duration("total_runtime", time.Since(t0)), zap.Int("Files", filesLen), zap.Int("index_size", indexSize), zap.Int("pruned_trigrams", pruned), zap.Int("cache_metric_len_before", cacheMetricLen), zap.Int("cache_metric_len_after", len(cacheMetricNames)), zap.Uint64("metrics_known", metricsKnown), zap.String("index_type", indexType), zap.Bool("read_from_cache", readFromCache), ) logger.Info("file list updated", infos...) return } func (CarbonserverListener) logTrieInsertError(logger zap.Logger, msg, metric string, err error) { zfields := []zap.Field{zap.Error(err), zap.String("metric", metric)} if ierr, ok := err.(trieInsertError); ok { zfields = append(zfields, zap.String("err_info", ierr.info)) } logger.Error(msg, zfields...) } func (listener CarbonserverListener) expandGlobs(ctx context.Context, query string, resultCh chan<- ExpandedGlobResponse) { defer func() { if err := recover(); err != nil { resultCh <- &ExpandedGlobResponse{query, nil, nil, fmt.Errorf("%s\n%s", err, debug.Stack())} } }() // Rate limit heavy globbing queries like: ...keyword. // // Why: it's expensive to scan the whole index while looking for // keywords, especially for trie and file system glob. for _, rl := range listener.globQueryRateLimiters { if !rl.pattern.MatchString(query) { continue } if cap(rl.maxInflightRequests) == 0 { err := fmt.Errorf("rejected by query rate limiter: %s", rl.pattern.String()) resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return } rl.maxInflightRequests <- struct{}{} defer func() { <-rl.maxInflightRequests }() // why: no need to continue execution if the request is already timeout. select { case <-ctx.Done(): switch ctx.Err() { case context.DeadlineExceeded: listener.prometheus.timeoutRequest() case context.Canceled: listener.prometheus.cancelledRequest() } err := fmt.Errorf("time out due to heavy glob query rate limiter: %s", rl.pattern.String()) resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return default: } break } logger := TraceContextToZap(ctx, listener.logger) matchedCount := 0 defer func(start time.Time) { dur := time.Now().Sub(start) //nolint:gosimple if dur <= time.Second { return } var itype string if listener.trieIndex { itype = "trie" if listener.trigramIndex { itype = "trie-trigram" } } else if listener.trigramIndex { itype = "trigram" } logger.Info("slow_expand_globs", zap.Duration("time", dur), zap.String("query", query), zap.Int("matched_count", matchedCount), zap.String("index_type", itype)) }(time.Now()) if listener.trieIndex && listener.CurrentFileIndex() != nil { files, leafs, err := listener.expandGlobsTrie(query) resultCh <- &ExpandedGlobResponse{query, files, leafs, err} return } var useGlob bool // TODO: Find out why we have set 'useGlob' if 'star == -1' if star := strings.IndexByte(query, ''); listener.cacheGetRecentMetrics == nil && strings.IndexByte(query, '[') == -1 && strings.IndexByte(query, '?') == -1 && (star == -1 \|\| star == len(query)-1) { useGlob = true } logger = logger.With(zap.Bool("use_glob", useGlob)) / things to glob: * - carbon.relays -> carbon.relays * - carbon.re -> carbon.relays, carbon.rewhatever * - carbon.[rz] -> carbon.relays, carbon.zipper * - carbon.{re,zi} -> carbon.relays, carbon.zipper * - match is either dir or .wsp file * unfortunately, filepath.Glob doesn't handle the curly brace * expansion for us / query = strings.ReplaceAll(query, ".", "/") var globs []string if !strings.HasSuffix(query, "") { globs = append(globs, query+".wsp") logger.Debug("appending file to globs struct", zap.Strings("globs", globs), ) } globs = append(globs, query) globs, err := listener.expandGlobBraces(globs) if err != nil { resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return } fidx := listener.CurrentFileIndex() var files []string fallbackToFS := false if !listener.trigramIndex \|\| fidx == nil \|\| len(fidx.files) == 0 { fallbackToFS = true } if fidx != nil && !useGlob { // use the index docs := make(map[trigram.DocID]struct{}) for _, g := range globs { gpath := "/" + g ts := extractTrigrams(g) // TODO(dgryski): If we have 'not enough trigrams' we // should bail and use the file-system glob instead ids := fidx.idx.QueryTrigrams(ts) for _, id := range ids { docid := trigram.DocID(id) if _, ok := docs[docid]; !ok { matched, err := filepath.Match(gpath, fidx.files[id]) if err == nil && matched { docs[docid] = struct{}{} } } } } for id := range docs { files = append(files, listener.whisperData+fidx.files[id]) } sort.Strings(files) } // Not an 'else' clause because the trigram-searching code might want // to fall back to the file-system glob if useGlob \|\| fallbackToFS { // no index or we were asked to hit the filesystem for _, g := range globs { nfiles, err := filepath.Glob(listener.whisperData + "/" + g) if err == nil { files = append(files, nfiles...) } } } leafs := make([]bool, len(files)) for i, p := range files { s, err := os.Stat(p) switch { case err == nil: // exists on disk p = p[len(listener.whisperData+"/"):] if !s.IsDir() && strings.HasSuffix(p, ".wsp") { p = p[:len(p)-4] leafs[i] = true } else { leafs[i] = false } files[i] = strings.ReplaceAll(p, "/", ".") case os.IsNotExist(err): // cache-only, so no fileinfo // mark "leafs" based on wsp suffix p = p[len(listener.whisperData+"/"):] if strings.HasSuffix(p, ".wsp") { p = p[:len(p)-4] leafs[i] = true } else { leafs[i] = false } files[i] = strings.ReplaceAll(p, "/", ".") default: continue } } matchedCount = len(files) resultCh <- &ExpandedGlobResponse{query, files, leafs, nil} } // TODO(dgryski): add tests func (listener CarbonserverListener) expandGlobBraces(globs []string) ([]string, error) { for { bracematch := false var newglobs []string for _, glob := range globs { lbrace := strings.Index(glob, "{") rbrace := -1 if lbrace > -1 { rbrace = strings.Index(glob[lbrace:], "}") if rbrace > -1 { rbrace += lbrace } } if lbrace > -1 && rbrace > -1 { bracematch = true expansion := glob[lbrace+1 : rbrace] parts := strings.Split(expansion, ",") for _, sub := range parts { if len(newglobs) > listener.maxGlobs { if listener.failOnMaxGlobs { return nil, errMaxGlobsExhausted } break } newglobs = append(newglobs, glob[:lbrace]+sub+glob[rbrace+1:]) } } else { if len(newglobs) > listener.maxGlobs { if listener.failOnMaxGlobs { return nil, errMaxGlobsExhausted } break } newglobs = append(newglobs, glob) } } globs = newglobs if !bracematch { break } } return globs, nil } func (listener CarbonserverListener) Stat(send helper.StatCallback) { senderRaw := helper.SendUint64 sender := helper.SendAndSubstractUint64 if listener.metricsAsCounters { sender = helper.SendUint64 } var m runtime.MemStats runtime.ReadMemStats(&m) pauseNS := uint64(m.PauseTotalNs) alloc := uint64(m.Alloc) totalAlloc := uint64(m.TotalAlloc) numGC := uint64(m.NumGC) sender("render_requests", &listener.metrics.RenderRequests, send) sender("render_errors", &listener.metrics.RenderErrors, send) sender("notfound", &listener.metrics.NotFound, send) sender("find_requests", &listener.metrics.FindRequests, send) sender("find_errors", &listener.metrics.FindErrors, send) sender("find_zero", &listener.metrics.FindZero, send) sender("list_requests", &listener.metrics.ListRequests, send) sender("list_errors", &listener.metrics.ListErrors, send) sender("details_requests", &listener.metrics.DetailsRequests, send) sender("details_errors", &listener.metrics.DetailsErrors, send) sender("cache_hit", &listener.metrics.CacheHit, send) sender("cache_miss", &listener.metrics.CacheMiss, send) sender("cache_work_time_ns", &listener.metrics.CacheWorkTimeNS, send) sender("cache_wait_time_fetch_ns", &listener.metrics.CacheWaitTimeFetchNS, send) sender("cache_requests", &listener.metrics.CacheRequestsTotal, send) sender("disk_wait_time_ns", &listener.metrics.DiskWaitTimeNS, send) sender("disk_requests", &listener.metrics.DiskRequests, send) sender("points_returned", &listener.metrics.PointsReturned, send) sender("metrics_returned", &listener.metrics.MetricsReturned, send) sender("metrics_found", &listener.metrics.MetricsFound, send) sender("fetch_size_bytes", &listener.metrics.FetchSize, send) senderRaw("metrics_known", &listener.metrics.MetricsKnown, send) sender("index_build_time_ns", &listener.metrics.IndexBuildTimeNS, send) sender("file_scan_time_ns", &listener.metrics.FileScanTimeNS, send) sender("query_cache_hit", &listener.metrics.QueryCacheHit, send) sender("query_cache_miss", &listener.metrics.QueryCacheMiss, send) sender("find_cache_hit", &listener.metrics.FindCacheHit, send) sender("find_cache_miss", &listener.metrics.FindCacheMiss, send) sender("inflight_requests_count", &listener.metrics.InflightRequests, send) sender("inflight_requests_limit", &listener.MaxInflightRequests, send) sender("rejected_too_many_requests", &listener.metrics.RejectedTooManyRequests, send) if listener.concurrentIndex { senderRaw("trie_index_nodes", &listener.metrics.TrieNodes, send) senderRaw("trie_index_files", &listener.metrics.TrieFiles, send) senderRaw("trie_index_dirs", &listener.metrics.TrieDirs, send) senderRaw("trie_count_nodes_time_ns", &listener.metrics.TrieCountNodesTimeNs, send) } if listener.isQuotaEnabled() { senderRaw("quota_apply_time_ns", &listener.metrics.QuotaApplyTimeNs, send) senderRaw("usage_refresh_time_ns", &listener.metrics.UsageRefreshTimeNs, send) } sender("alloc", &alloc, send) sender("total_alloc", &totalAlloc, send) sender("num_gc", &numGC, send) sender("pause_ns", &pauseNS, send) for name, codes := range statusCodes { for i := range codes { sender(fmt.Sprintf("request_codes.%s.%vxx", name, i+1), &codes[i], send) } } for i := 0; i <= listener.buckets; i++ { sender(fmt.Sprintf("requests_in_%dms_to_%dms", i100, (i+1)100), &listener.timeBuckets[i], send) } // Computing response percentiles if len(listener.percentiles) > 0 { listener.requestsTimes.Lock() list := listener.requestsTimes.list listener.requestsTimes.list = make([]int64, 0, len(list)) listener.requestsTimes.Unlock() if len(list) == 0 { for _, p := range listener.percentiles { send(fmt.Sprintf("request_time_%vth_percentile_ns", p), 0) } } else { sort.Slice(list, func(i, j int) bool { return list[i] < list[j] }) for _, p := range listener.percentiles { key := int(float64(p)/100float64(len(list))) - 1 if key < 0 { key = 0 } send(fmt.Sprintf("request_time_%vth_percentile_ns", p), float64(list[key])) } } } // WHY select: avoid potential block select { case qauMetrics := <-listener.quotaAndUsageMetrics: for _, ps := range qauMetrics { send(ps.Metric, float64(ps.Data[0].Value)) } default: } } func (listener CarbonserverListener) Stop() error { close(listener.forceScanChan) close(listener.exitChan) if listener.db != nil { listener.db.Close() } listener.tcpListener.Close() return nil } func removeDirectory(dir string) error { // A small safety check, it doesn't cover all the cases, but will help a little bit in case of misconfiguration switch strings.TrimSuffix(dir, "/") { case "/", "/etc", "/usr", "/bin", "/sbin", "/lib", "/lib64", "/usr/lib", "/usr/lib64", "/usr/bin", "/usr/sbin", "C:", "C:\\": return fmt.Errorf("Can't remove system directory: %s", dir) } d, err := os.Open(dir) if err != nil { return err } defer d.Close() files, err := d.Readdirnames(-1) if err != nil { return err } for _, f := range files { err = os.RemoveAll(filepath.Join(dir, f)) if err != nil { return err } } return nil } func (listener CarbonserverListener) initStatsDB() error { var err error if listener.internalStatsDir != "" { o := &opt.Options{ Filter: filter.NewBloomFilter(10), } listener.db, err = leveldb.OpenFile(listener.internalStatsDir, o) if err != nil { listener.logger.Error("Can't open statistics database", zap.Error(err), ) err = removeDirectory(listener.internalStatsDir) if err != nil { listener.logger.Error("Can't remove old statistics database", zap.Error(err), ) return err } listener.db, err = leveldb.OpenFile(listener.internalStatsDir, o) if err != nil { listener.logger.Error("Can't recreate statistics database", zap.Error(err), ) return err } } } return nil } func (listener CarbonserverListener) rateLimitRequest(h http.HandlerFunc) http.HandlerFunc { return func(wr http.ResponseWriter, req http.Request) { // Can't use http.TimeoutHandler here due to supporting per-path timeout if ratelimiter, ok := listener.apiPerPathRatelimiter[req.URL.Path]; listener.requestTimeout > 0 \|\| (ok && ratelimiter.timeout > 0) { timeout := listener.requestTimeout if ok && ratelimiter.timeout > 0 { timeout = ratelimiter.timeout } ctx, cancel := context.WithTimeout(req.Context(), timeout) defer cancel() req = req.WithContext(ctx) } t0 := time.Now() ctx := req.Context() accessLogger := TraceContextToZap(ctx, listener.accessLogger.With( zap.String("handler", "rate_limit"), zap.String("url", req.URL.RequestURI()), zap.String("peer", req.RemoteAddr), )) if listener.NoServiceWhenIndexIsNotReady && listener.CurrentFileIndex() == nil { accessLogger.Error("request denied", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "index not ready"), zap.Int("http_code", http.StatusServiceUnavailable), ) http.Error(wr, "Service unavailable (index not ready)", http.StatusServiceUnavailable) return } if ratelimiter, ok := listener.apiPerPathRatelimiter[req.URL.Path]; ok { if cap(ratelimiter.maxInflightRequests) == 0 { http.Error(wr, "Bad request (blocked by api per path rate limiter)", http.StatusBadRequest) return } ratelimiter.maxInflightRequests <- struct{}{} defer func() { select { case <-ratelimiter.maxInflightRequests: default: } }() // why: if the request is already timeout, there is no // need to resume execution. select { case <-ctx.Done(): switch ctx.Err() { case context.DeadlineExceeded: listener.prometheus.timeoutRequest() case context.Canceled: listener.prometheus.cancelledRequest() } accessLogger.Error("request timeout due to per url rate limiting", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "timeout due to per url rate limiting"), zap.Int("http_code", http.StatusRequestTimeout), ) http.Error(wr, "Bad request (timeout due to maxInflightRequests)", http.StatusRequestTimeout) return default: } } // TODO: to deprecate as it's replaced by per-path rate limiting? // // rate limit inflight requests inflights := atomic.AddUint64(&listener.metrics.InflightRequests, 1) defer atomic.AddUint64(&listener.metrics.InflightRequests, ^uint64(0)) if listener.MaxInflightRequests > 0 && inflights > listener.MaxInflightRequests { atomic.AddUint64(&listener.metrics.RejectedTooManyRequests, 1) accessLogger.Error("request denied", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "too many requests"), zap.Int("http_code", http.StatusTooManyRequests), ) http.Error(wr, "Bad request (too many requests)", http.StatusTooManyRequests) return } h(wr, req) } } func (listener CarbonserverListener) Listen(listen string) error { logger := listener.logger logger.Info("starting carbonserver", zap.String("listen", listen), zap.String("whisperData", listener.whisperData), zap.Int("maxGlobs", listener.maxGlobs), zap.String("scanFrequency", listener.scanFrequency.String()), ) listener.exitChan = make(chan struct{}) if (listener.trigramIndex \|\| listener.trieIndex) && listener.scanFrequency != 0 { listener.forceScanChan = make(chan struct{}) go listener.fileListUpdater(listener.whisperData, time.Tick(listener.scanFrequency), listener.forceScanChan, listener.exitChan) //nolint:staticcheck listener.forceScanChan <- struct{}{} } listener.queryCache = queryCache{ec: expirecache.New(uint64(listener.queryCacheSizeMB))} // +1 to track every over the number of buckets we track listener.timeBuckets = make([]uint64, listener.buckets+1) carbonserverMux := http.NewServeMux() wrapHandler := func(h http.HandlerFunc, handlerStatusCodes []uint64) http.HandlerFunc { return httputil.TrackConnections( httputil.TimeHandler( TraceHandler( listener.rateLimitRequest(h), statusCodes["combined"], handlerStatusCodes, listener.prometheus.request, ), listener.bucketRequestTimes, ), ) } carbonserverMux.HandleFunc("/_internal/capabilities/", wrapHandler(listener.capabilityHandler, statusCodes["capabilities"])) carbonserverMux.HandleFunc("/metrics/find/", wrapHandler(listener.findHandler, statusCodes["find"])) carbonserverMux.HandleFunc("/metrics/list/", wrapHandler(listener.listHandler, statusCodes["list"])) carbonserverMux.HandleFunc("/metrics/list_query/", wrapHandler(listener.listQueryHandler, statusCodes["list"])) carbonserverMux.HandleFunc("/metrics/details/", wrapHandler(listener.detailsHandler, statusCodes["details"])) carbonserverMux.HandleFunc("/render/", wrapHandler(listener.renderHandler, statusCodes["render"])) carbonserverMux.HandleFunc("/info/", wrapHandler(listener.infoHandler, statusCodes["info"])) carbonserverMux.HandleFunc("/forcescan", func(w http.ResponseWriter, r http.Request) { select { case listener.forceScanChan <- struct{}{}: w.WriteHeader(http.StatusAccepted) case <-time.After(time.Second): w.WriteHeader(http.StatusServiceUnavailable) } }) carbonserverMux.HandleFunc("/admin/quota", func(w http.ResponseWriter, r http.Request) { w.Header().Add("Content-Type", "text/plain") fidx := listener.CurrentFileIndex() if fidx == nil && fidx.trieIdx == nil { fmt.Fprintf(w, "index doesn't exist.") return } fidx.trieIdx.getQuotaTree(w) }) carbonserverMux.HandleFunc("/admin/info", func(w http.ResponseWriter, r http.Request) { // URL: /admin/info?scopes=cache,config w.Header().Add("Content-Type", "application/json") // Parameter "scopes" is a csv string. Valid values: cache, config. // By default, /admin/info returns all admin info var scopes map[string]bool if fs := strings.TrimSpace(r.URL.Query().Get("scopes")); fs != "" { scopes = map[string]bool{} for _, f := range strings.Split(fs, ",") { scopes[strings.TrimSpace(f)] = true } } infos := map[string]map[string]interface{}{} for name, f := range listener.interfalInfoCallbacks { if scopes != nil && !scopes[name] { continue } infos[name] = f() } json.NewEncoder(w).Encode(infos) }) carbonserverMux.HandleFunc("/robots.txt", func(w http.ResponseWriter, r http.Request) { fmt.Fprintln(w, "User-agent: \nDisallow: /") }) tcpAddr, err := net.ResolveTCPAddr("tcp", listen) if err != nil { return err } listener.tcpListener, err = net.ListenTCP("tcp", tcpAddr) if err != nil { return err } if listener.internalStatsDir != "" { err = listener.initStatsDB() if err != nil { logger.Error("Failed to reinitialize statistics database") } else { accessTimes := make(map[string]int64) iter := listener.db.NewIterator(nil, nil) for iter.Next() { // Remember that the contents of the returned slice should not be modified, and // only valid until the next call to Next. key := iter.Key() value := iter.Value() v, r := binary.Varint(value) if r <= 0 { logger.Error("Can't parse value", zap.String("key", string(key)), ) continue } accessTimes[string(key)] = v } iter.Release() err = iter.Error() if err != nil { logger.Info("Error reading from statistics database", zap.Error(err), ) listener.db.Close() err = removeDirectory(listener.internalStatsDir) if err != nil { logger.Error("Failed to reinitialize statistics database", zap.Error(err), ) } else { err = listener.initStatsDB() if err != nil { logger.Error("Failed to reinitialize statistics database", zap.Error(err), ) } } } listener.UpdateMetricsAccessTimes(accessTimes, true) } } go listener.queryCache.ec.StoppableApproximateCleaner(10time.Second, listener.exitChan) srv := &http.Server{ Handler: gziphandler.GzipHandler(carbonserverMux), ReadTimeout: listener.readTimeout, IdleTimeout: listener.idleTimeout, WriteTimeout: listener.writeTimeout, } go srv.Serve(listener.tcpListener) return nil } func (listener CarbonserverListener) bucketRequestTimes(req http.Request, t time.Duration) { listener.prometheus.duration(t) ms := t.Nanoseconds() / int64(time.Millisecond) if len(listener.percentiles) > 0 { listener.requestsTimes.Lock() listener.requestsTimes.list = append(listener.requestsTimes.list, t.Nanoseconds()) listener.requestsTimes.Unlock() } bucket := int(math.Log(float64(ms)) * math.Log10E) if bucket < 0 { bucket = 0 } if bucket < listener.buckets { atomic.AddUint64(&listener.timeBuckets[bucket], 1) } else { // Too big? Increment overflow bucket and log atomic.AddUint64(&listener.timeBuckets[listener.buckets], 1) listener.logger.Info("slow request", zap.String("url", req.URL.RequestURI()), zap.String("peer", req.RemoteAddr), ) } } func extractTrigrams(query string) []trigram.T { if len(query) < 3 { return nil } var start int var i int var trigrams []trigram.T for i < len(query) { if query[i] == '[' \|\| query[i] == '' \|\| query[i] == '?' { trigrams = trigram.Extract(query[start:i], trigrams) if query[i] == '[' { for i < len(query) && query[i] != ']' { i++ } } start = i + 1 } i++ } if start < i { trigrams = trigram.Extract(query[start:i], trigrams) } return trigrams } type fileListCache struct { path string mode byte file os.File scanner bufio.Scanner writer gzip.Writer } func newFileListCache(p string, mode byte) (fileListCache, error) { var flc fileListCache var err error flc.path = p flc.mode = mode if mode == 'r' { flc.file, err = os.Open(p) if err != nil { return nil, err } r, err := gzip.NewReader(flc.file) if err != nil { return nil, err } flc.scanner = bufio.NewScanner(r) } if mode == 'w' { flc.file, err = os.Create(p + ".tmp") if err != nil { return nil, err } flc.writer = gzip.NewWriter(flc.file) } return &flc, err } func (flc fileListCache) write(p string) error { _, err := flc.writer.Write([]byte(p + "\n")) return err } func (flc fileListCache) close() error { var errs []string if flc.mode == 'w' { if err := flc.writer.Flush(); err != nil { errs = append(errs, fmt.Sprintf("gzip.flush: %s", err)) } if err := flc.writer.Close(); err != nil { errs = append(errs, fmt.Sprintf("gzip.close: %s", err)) } if err := flc.file.Sync(); err != nil { errs = append(errs, fmt.Sprintf("file.sync: %s", err)) } } if err := flc.file.Close(); err != nil { errs = append(errs, fmt.Sprintf("file.sync: %s", err)) } if flc.mode == 'w' && len(errs) == 0 { if err := os.Rename(flc.path+".tmp", flc.path); err != nil { errs = append(errs, fmt.Sprintf("file.rename: %s", err)) } } if len(errs) > 0 { return errors.New(strings.Join(errs, ";")) } return nil } func (listener CarbonserverListener) RegisterInternalInfoHandler(name string, f func() map[string]interface{}) { if listener.interfalInfoCallbacks == nil { listener.interfalInfoCallbacks = map[string]func() map[string]interface{}{} } listener.interfalInfoCallbacks[name] = f } type GlobQueryRateLimiter struct { pattern regexp.Regexp maxInflightRequests chan struct{} } func NewGlobQueryRateLimiter(pattern string, max uint) (GlobQueryRateLimiter, error) { exp, err := regexp.Compile(pattern) if err != nil { return nil, err } return &GlobQueryRateLimiter{pattern: exp, maxInflightRequests: make(chan struct{}, max)}, nil } type ApiPerPathRatelimiter struct { maxInflightRequests chan struct{} timeout time.Duration } func NewApiPerPathRatelimiter(maxInflightRequests uint, timeout time.Duration) *ApiPerPathRatelimiter { return &ApiPerPathRatelimiter{ maxInflightRequests: make(chan struct{}, maxInflightRequests), timeout: timeout, } }	NewCarbonserverListener
expr.rs	// Copyright 2012-2014 The Rust Project Developers. See the COPYRIGHT // file at the top-level directory of this distribution and at // http://rust-lang.org/COPYRIGHT. // // Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. //! # Translation of Expressions //! //! The expr module handles translation of expressions. The most general //! translation routine is `trans()`, which will translate an expression //! into a datum. `trans_into()` is also available, which will translate //! an expression and write the result directly into memory, sometimes //! avoiding the need for a temporary stack slot. Finally, //! `trans_to_lvalue()` is available if you'd like to ensure that the //! result has cleanup scheduled. //! //! Internally, each of these functions dispatches to various other //! expression functions depending on the kind of expression. We divide //! up expressions into: //! //! - Datum expressions: Those that most naturally yield values. //! Examples would be `22`, `box x`, or `a + b` (when not overloaded). //! - DPS expressions: Those that most naturally write into a location //! in memory. Examples would be `foo()` or `Point { x: 3, y: 4 }`. //! - Statement expressions: That that do not generate a meaningful //! result. Examples would be `while { ... }` or `return 44`. //! //! Public entry points: //! //! - `trans_into(bcx, expr, dest) -> bcx`: evaluates an expression, //! storing the result into `dest`. This is the preferred form, if you //! can manage it. //! //! - `trans(bcx, expr) -> DatumBlock`: evaluates an expression, yielding //! `Datum` with the result. You can then store the datum, inspect //! the value, etc. This may introduce temporaries if the datum is a //! structural type. //! //! - `trans_to_lvalue(bcx, expr, "...") -> DatumBlock`: evaluates an //! expression and ensures that the result has a cleanup associated with it, //! creating a temporary stack slot if necessary. //! //! - `trans_local_var -> Datum`: looks up a local variable or upvar. #![allow(non_camel_case_types)] pub use self::Dest::; use self::lazy_binop_ty::; use back::abi; use llvm::{self, ValueRef, TypeKind}; use middle::check_const; use middle::def; use middle::lang_items::CoerceUnsizedTraitLangItem; use middle::subst::{Substs, VecPerParamSpace}; use middle::traits; use trans::{_match, adt, asm, base, callee, closure, consts, controlflow}; use trans::base::; use trans::build::; use trans::cleanup::{self, CleanupMethods}; use trans::common::; use trans::datum::; use trans::debuginfo::{self, DebugLoc, ToDebugLoc}; use trans::glue; use trans::machine; use trans::meth; use trans::monomorphize; use trans::tvec; use trans::type_of; use middle::cast::{CastKind, CastTy}; use middle::ty::{AdjustDerefRef, AdjustReifyFnPointer, AdjustUnsafeFnPointer}; use middle::ty::{self, Ty}; use middle::ty::MethodCall; use util::common::indenter; use trans::machine::{llsize_of, llsize_of_alloc}; use trans::type_::Type; use syntax::{ast, ast_util, codemap}; use syntax::parse::token::InternedString; use syntax::ptr::P; use syntax::parse::token; use std::mem; // Destinations // These are passed around by the code generating functions to track the // destination of a computation's value. #[derive(Copy, Clone, PartialEq)] pub enum Dest { SaveIn(ValueRef), Ignore, } impl Dest { pub fn to_string(&self, ccx: &CrateContext) -> String { match self { SaveIn(v) => format!("SaveIn({})", ccx.tn().val_to_string(v)), Ignore => "Ignore".to_string() } } } /// This function is equivalent to `trans(bcx, expr).store_to_dest(dest)` but it may generate /// better optimized LLVM code. pub fn trans_into<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, dest: Dest) -> Block<'blk, 'tcx> { let mut bcx = bcx; debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); if bcx.tcx().tables.borrow().adjustments.contains_key(&expr.id) { // use trans, which may be less efficient but // which will perform the adjustments: let datum = unpack_datum!(bcx, trans(bcx, expr)); return datum.store_to_dest(bcx, dest, expr.id); } let qualif = bcx.tcx().const_qualif_map.borrow().get(&expr.id).unwrap(); if !qualif.intersects( check_const::ConstQualif::NOT_CONST \| check_const::ConstQualif::NEEDS_DROP ) { if !qualif.intersects(check_const::ConstQualif::PREFER_IN_PLACE) { if let SaveIn(lldest) = dest { let global = consts::get_const_expr_as_global(bcx.ccx(), expr, qualif, bcx.fcx.param_substs); // Cast pointer to destination, because constants // have different types. let lldest = PointerCast(bcx, lldest, val_ty(global)); memcpy_ty(bcx, lldest, global, expr_ty_adjusted(bcx, expr)); return bcx; } // Even if we don't have a value to emit, and the expression // doesn't have any side-effects, we still have to translate the // body of any closures. // FIXME: Find a better way of handling this case. } else { // The only way we're going to see a `const` at this point is if // it prefers in-place instantiation, likely because it contains // `[x; N]` somewhere within. match expr.node { ast::ExprPath(..) => { match bcx.def(expr.id) { def::DefConst(did) => { let const_expr = consts::get_const_expr(bcx.ccx(), did, expr); // Temporarily get cleanup scopes out of the way, // as they require sub-expressions to be contained // inside the current AST scope. // These should record no cleanups anyways, `const` // can't have destructors. let scopes = mem::replace(&mut bcx.fcx.scopes.borrow_mut(), vec![]); // Lock emitted debug locations to the location of // the constant reference expression. debuginfo::with_source_location_override(bcx.fcx, expr.debug_loc(), \|\| { bcx = trans_into(bcx, const_expr, dest) }); let scopes = mem::replace(&mut bcx.fcx.scopes.borrow_mut(), scopes); assert!(scopes.is_empty()); return bcx; } _ => {} } } _ => {} } } } debug!("trans_into() expr={:?}", expr); let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), expr.id, expr.span, false); bcx.fcx.push_ast_cleanup_scope(cleanup_debug_loc); let kind = expr_kind(bcx.tcx(), expr); bcx = match kind { ExprKind::Lvalue \| ExprKind::RvalueDatum => { trans_unadjusted(bcx, expr).store_to_dest(dest, expr.id) } ExprKind::RvalueDps => { trans_rvalue_dps_unadjusted(bcx, expr, dest) } ExprKind::RvalueStmt => { trans_rvalue_stmt_unadjusted(bcx, expr) } }; bcx.fcx.pop_and_trans_ast_cleanup_scope(bcx, expr.id) } /// Translates an expression, returning a datum (and new block) encapsulating the result. When /// possible, it is preferred to use `trans_into`, as that may avoid creating a temporary on the /// stack. pub fn trans<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { debug!("trans(expr={:?})", expr); let mut bcx = bcx; let fcx = bcx.fcx; let qualif = bcx.tcx().const_qualif_map.borrow().get(&expr.id).unwrap(); let adjusted_global = !qualif.intersects(check_const::ConstQualif::NON_STATIC_BORROWS); let global = if !qualif.intersects( check_const::ConstQualif::NOT_CONST \| check_const::ConstQualif::NEEDS_DROP ) { let global = consts::get_const_expr_as_global(bcx.ccx(), expr, qualif, bcx.fcx.param_substs); if qualif.intersects(check_const::ConstQualif::HAS_STATIC_BORROWS) { // Is borrowed as 'static, must return lvalue. // Cast pointer to global, because constants have different types. let const_ty = expr_ty_adjusted(bcx, expr); let llty = type_of::type_of(bcx.ccx(), const_ty); let global = PointerCast(bcx, global, llty.ptr_to()); let datum = Datum::new(global, const_ty, Lvalue); return DatumBlock::new(bcx, datum.to_expr_datum()); } // Otherwise, keep around and perform adjustments, if needed. let const_ty = if adjusted_global { expr_ty_adjusted(bcx, expr) } else { expr_ty(bcx, expr) }; // This could use a better heuristic. Some(if type_is_immediate(bcx.ccx(), const_ty) { // Cast pointer to global, because constants have different types. let llty = type_of::type_of(bcx.ccx(), const_ty); let global = PointerCast(bcx, global, llty.ptr_to()); // Maybe just get the value directly, instead of loading it? immediate_rvalue(load_ty(bcx, global, const_ty), const_ty) } else { let llty = type_of::type_of(bcx.ccx(), const_ty); // HACK(eddyb) get around issues with lifetime intrinsics. let scratch = alloca_no_lifetime(bcx, llty, "const"); let lldest = if !const_ty.is_structural() { // Cast pointer to slot, because constants have different types. PointerCast(bcx, scratch, val_ty(global)) } else { // In this case, memcpy_ty calls llvm.memcpy after casting both // source and destination to i8, so we don't need any casts. scratch }; memcpy_ty(bcx, lldest, global, const_ty); Datum::new(scratch, const_ty, Rvalue::new(ByRef)) }) } else { None }; let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), expr.id, expr.span, false); fcx.push_ast_cleanup_scope(cleanup_debug_loc); let datum = match global { Some(rvalue) => rvalue.to_expr_datum(), None => unpack_datum!(bcx, trans_unadjusted(bcx, expr)) }; let datum = if adjusted_global { datum // trans::consts already performed adjustments. } else { unpack_datum!(bcx, apply_adjustments(bcx, expr, datum)) }; bcx = fcx.pop_and_trans_ast_cleanup_scope(bcx, expr.id); return DatumBlock::new(bcx, datum); } pub fn get_len(bcx: Block, fat_ptr: ValueRef) -> ValueRef { GEPi(bcx, fat_ptr, &[0, abi::FAT_PTR_EXTRA]) } pub fn get_dataptr(bcx: Block, fat_ptr: ValueRef) -> ValueRef { GEPi(bcx, fat_ptr, &[0, abi::FAT_PTR_ADDR]) } pub fn copy_fat_ptr(bcx: Block, src_ptr: ValueRef, dst_ptr: ValueRef) { Store(bcx, Load(bcx, get_dataptr(bcx, src_ptr)), get_dataptr(bcx, dst_ptr)); Store(bcx, Load(bcx, get_len(bcx, src_ptr)), get_len(bcx, dst_ptr)); } /// Retrieve the information we are losing (making dynamic) in an unsizing /// adjustment. /// /// The `old_info` argument is a bit funny. It is intended for use /// in an upcast, where the new vtable for an object will be drived /// from the old one. pub fn unsized_info<'ccx, 'tcx>(ccx: &CrateContext<'ccx, 'tcx>, source: Ty<'tcx>, target: Ty<'tcx>, old_info: Option<ValueRef>, param_substs: &'tcx Substs<'tcx>) -> ValueRef { let (source, target) = ccx.tcx().struct_lockstep_tails(source, target); match (&source.sty, &target.sty) { (&ty::TyArray(_, len), &ty::TySlice(_)) => C_uint(ccx, len), (&ty::TyTrait(_), &ty::TyTrait(_)) => { // For now, upcasts are limited to changes in marker // traits, and hence never actually require an actual // change to the vtable. old_info.expect("unsized_info: missing old info for trait upcast") } (_, &ty::TyTrait(box ty::TraitTy { ref principal, .. })) => { // Note that we preserve binding levels here: let substs = principal.0.substs.with_self_ty(source).erase_regions(); let substs = ccx.tcx().mk_substs(substs); let trait_ref = ty::Binder(ty::TraitRef { def_id: principal.def_id(), substs: substs }); consts::ptrcast(meth::get_vtable(ccx, trait_ref, param_substs), Type::vtable_ptr(ccx)) } _ => ccx.sess().bug(&format!("unsized_info: invalid unsizing {:?} -> {:?}", source, target)) } } /// Helper for trans that apply adjustments from `expr` to `datum`, which should be the unadjusted /// translation of `expr`. fn apply_adjustments<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let mut datum = datum; let adjustment = match bcx.tcx().tables.borrow().adjustments.get(&expr.id).cloned() { None => { return DatumBlock::new(bcx, datum); } Some(adj) => { adj } }; debug!("unadjusted datum for expr {:?}: {} adjustment={:?}", expr, datum.to_string(bcx.ccx()), adjustment); match adjustment { AdjustReifyFnPointer => { // FIXME(#19925) once fn item types are // zero-sized, we'll need to do something here } AdjustUnsafeFnPointer => { // purely a type-level thing } AdjustDerefRef(ref adj) => { let skip_reborrows = if adj.autoderefs == 1 && adj.autoref.is_some() { // We are a bit paranoid about adjustments and thus might have a re- // borrow here which merely derefs and then refs again (it might have // a different region or mutability, but we don't care here). match datum.ty.sty { // Don't skip a conversion from Box<T> to &T, etc. ty::TyRef(..) => { if bcx.tcx().is_overloaded_autoderef(expr.id, 0) { // Don't skip an overloaded deref. 0 } else { 1 } } _ => 0 } } else { 0 }; if adj.autoderefs > skip_reborrows { // Schedule cleanup. let lval = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "auto_deref", expr.id)); datum = unpack_datum!(bcx, deref_multiple(bcx, expr, lval.to_expr_datum(), adj.autoderefs - skip_reborrows)); } // (You might think there is a more elegant way to do this than a // skip_reborrows bool, but then you remember that the borrow checker exists). if skip_reborrows == 0 && adj.autoref.is_some() { if !type_is_sized(bcx.tcx(), datum.ty) { // Arrange cleanup let lval = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "ref_fat_ptr", expr.id)); datum = unpack_datum!(bcx, ref_fat_ptr(bcx, lval)); } else { datum = unpack_datum!(bcx, auto_ref(bcx, datum, expr)); } } if let Some(target) = adj.unsize { // We do not arrange cleanup ourselves; if we already are an // L-value, then cleanup will have already been scheduled (and // the `datum.to_rvalue_datum` call below will emit code to zero // the drop flag when moving out of the L-value). If we are an // R-value, then we do not need to schedule cleanup. let source_datum = unpack_datum!(bcx, datum.to_rvalue_datum(bcx, "__coerce_source")); let target = bcx.monomorphize(&target); let llty = type_of::type_of(bcx.ccx(), target); // HACK(eddyb) get around issues with lifetime intrinsics. let scratch = alloca_no_lifetime(bcx, llty, "__coerce_target"); let target_datum = Datum::new(scratch, target, Rvalue::new(ByRef)); bcx = coerce_unsized(bcx, expr.span, source_datum, target_datum); datum = Datum::new(scratch, target, RvalueExpr(Rvalue::new(ByRef))); } } } debug!("after adjustments, datum={}", datum.to_string(bcx.ccx())); DatumBlock::new(bcx, datum) } fn coerce_unsized<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, span: codemap::Span, source: Datum<'tcx, Rvalue>, target: Datum<'tcx, Rvalue>) -> Block<'blk, 'tcx> { let mut bcx = bcx; debug!("coerce_unsized({} -> {})", source.to_string(bcx.ccx()), target.to_string(bcx.ccx())); match (&source.ty.sty, &target.ty.sty) { (&ty::TyBox(a), &ty::TyBox(b)) \| (&ty::TyRef(_, ty::TypeAndMut { ty: a, .. }), &ty::TyRef(_, ty::TypeAndMut { ty: b, .. })) \| (&ty::TyRef(_, ty::TypeAndMut { ty: a, .. }), &ty::TyRawPtr(ty::TypeAndMut { ty: b, .. })) \| (&ty::TyRawPtr(ty::TypeAndMut { ty: a, .. }), &ty::TyRawPtr(ty::TypeAndMut { ty: b, .. })) => { let (inner_source, inner_target) = (a, b); let (base, old_info) = if !type_is_sized(bcx.tcx(), inner_source) { // Normally, the source is a thin pointer and we are // adding extra info to make a fat pointer. The exception // is when we are upcasting an existing object fat pointer // to use a different vtable. In that case, we want to // load out the original data pointer so we can repackage // it. (Load(bcx, get_dataptr(bcx, source.val)), Some(Load(bcx, get_len(bcx, source.val)))) } else { let val = if source.kind.is_by_ref() { load_ty(bcx, source.val, source.ty) } else { source.val }; (val, None) }; let info = unsized_info(bcx.ccx(), inner_source, inner_target, old_info, bcx.fcx.param_substs); // Compute the base pointer. This doesn't change the pointer value, // but merely its type. let ptr_ty = type_of::in_memory_type_of(bcx.ccx(), inner_target).ptr_to(); let base = PointerCast(bcx, base, ptr_ty); Store(bcx, base, get_dataptr(bcx, target.val)); Store(bcx, info, get_len(bcx, target.val)); } // This can be extended to enums and tuples in the future. // (&ty::TyEnum(def_id_a, _), &ty::TyEnum(def_id_b, _)) \| (&ty::TyStruct(def_id_a, _), &ty::TyStruct(def_id_b, _)) => { assert_eq!(def_id_a, def_id_b); // The target is already by-ref because it's to be written to. let source = unpack_datum!(bcx, source.to_ref_datum(bcx)); assert!(target.kind.is_by_ref()); let trait_substs = Substs::erased(VecPerParamSpace::new(vec![target.ty], vec![source.ty], Vec::new())); let trait_ref = ty::Binder(ty::TraitRef { def_id: langcall(bcx, Some(span), "coercion", CoerceUnsizedTraitLangItem), substs: bcx.tcx().mk_substs(trait_substs) }); let kind = match fulfill_obligation(bcx.ccx(), span, trait_ref) { traits::VtableImpl(traits::VtableImplData { impl_def_id, .. }) => { bcx.tcx().custom_coerce_unsized_kind(impl_def_id) } vtable => { bcx.sess().span_bug(span, &format!("invalid CoerceUnsized vtable: {:?}", vtable)); } }; let repr_source = adt::represent_type(bcx.ccx(), source.ty); let src_fields = match &repr_source { &adt::Repr::Univariant(ref s, _) => &s.fields, _ => bcx.sess().span_bug(span, &format!("Non univariant struct? (repr_source: {:?})", repr_source)), }; let repr_target = adt::represent_type(bcx.ccx(), target.ty); let target_fields = match &repr_target { &adt::Repr::Univariant(ref s, _) => &s.fields, _ => bcx.sess().span_bug(span, &format!("Non univariant struct? (repr_target: {:?})", repr_target)), }; let coerce_index = match kind { ty::CustomCoerceUnsized::Struct(i) => i }; assert!(coerce_index < src_fields.len() && src_fields.len() == target_fields.len()); let iter = src_fields.iter().zip(target_fields).enumerate(); for (i, (src_ty, target_ty)) in iter { let ll_source = adt::trans_field_ptr(bcx, &repr_source, source.val, 0, i); let ll_target = adt::trans_field_ptr(bcx, &repr_target, target.val, 0, i); // If this is the field we need to coerce, recurse on it. if i == coerce_index { coerce_unsized(bcx, span, Datum::new(ll_source, src_ty, Rvalue::new(ByRef)), Datum::new(ll_target, target_ty, Rvalue::new(ByRef))); } else { // Otherwise, simply copy the data from the source. assert_eq!(src_ty, target_ty); memcpy_ty(bcx, ll_target, ll_source, src_ty); } } } _ => bcx.sess().bug(&format!("coerce_unsized: invalid coercion {:?} -> {:?}", source.ty, target.ty)) } bcx } /// Translates an expression in "lvalue" mode -- meaning that it returns a reference to the memory /// that the expr represents. /// /// If this expression is an rvalue, this implies introducing a temporary. In other words, /// something like `x().f` is translated into roughly the equivalent of /// /// { tmp = x(); tmp.f } pub fn trans_to_lvalue<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, name: &str) -> DatumBlock<'blk, 'tcx, Lvalue> { let mut bcx = bcx; let datum = unpack_datum!(bcx, trans(bcx, expr)); return datum.to_lvalue_datum(bcx, name, expr.id); } /// A version of `trans` that ignores adjustments. You almost certainly do not want to call this /// directly. fn trans_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; debug!("trans_unadjusted(expr={:?})", expr); let _indenter = indenter(); debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); return match expr_kind(bcx.tcx(), expr) { ExprKind::Lvalue \| ExprKind::RvalueDatum => { let datum = unpack_datum!(bcx, { trans_datum_unadjusted(bcx, expr) }); DatumBlock {bcx: bcx, datum: datum} } ExprKind::RvalueStmt => { bcx = trans_rvalue_stmt_unadjusted(bcx, expr); nil(bcx, expr_ty(bcx, expr)) } ExprKind::RvalueDps => { let ty = expr_ty(bcx, expr); if type_is_zero_size(bcx.ccx(), ty) { bcx = trans_rvalue_dps_unadjusted(bcx, expr, Ignore); nil(bcx, ty) } else { let scratch = rvalue_scratch_datum(bcx, ty, ""); bcx = trans_rvalue_dps_unadjusted( bcx, expr, SaveIn(scratch.val)); // Note: this is not obviously a good idea. It causes // immediate values to be loaded immediately after a // return from a call or other similar expression, // which in turn leads to alloca's having shorter // lifetimes and hence larger stack frames. However, // in turn it can lead to more register pressure. // Still, in practice it seems to increase // performance, since we have fewer problems with // morestack churn. let scratch = unpack_datum!( bcx, scratch.to_appropriate_datum(bcx)); DatumBlock::new(bcx, scratch.to_expr_datum()) } } }; fn nil<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ty: Ty<'tcx>) -> DatumBlock<'blk, 'tcx, Expr> { let llval = C_undef(type_of::type_of(bcx.ccx(), ty)); let datum = immediate_rvalue(llval, ty); DatumBlock::new(bcx, datum.to_expr_datum()) } } fn trans_datum_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let fcx = bcx.fcx; let _icx = push_ctxt("trans_datum_unadjusted"); match expr.node { ast::ExprParen(ref e) => { trans(bcx, &e) } ast::ExprPath(..) => { trans_def(bcx, expr, bcx.def(expr.id)) } ast::ExprField(ref base, ident) => { trans_rec_field(bcx, &base, ident.node.name) } ast::ExprTupField(ref base, idx) => { trans_rec_tup_field(bcx, &base, idx.node) } ast::ExprIndex(ref base, ref idx) => { trans_index(bcx, expr, &base, &idx, MethodCall::expr(expr.id)) } ast::ExprBox(_, ref contents) => { // Special case for `Box<T>` let box_ty = expr_ty(bcx, expr); let contents_ty = expr_ty(bcx, &contents); match box_ty.sty { ty::TyBox(..) => { trans_uniq_expr(bcx, expr, box_ty, &contents, contents_ty) } _ => bcx.sess().span_bug(expr.span, "expected unique box") } } ast::ExprLit(ref lit) => trans_immediate_lit(bcx, expr, &lit), ast::ExprBinary(op, ref lhs, ref rhs) => { trans_binary(bcx, expr, op, &lhs, &rhs) } ast::ExprUnary(op, ref x) => { trans_unary(bcx, expr, op, &x) } ast::ExprAddrOf(_, ref x) => { match x.node { ast::ExprRepeat(..) \| ast::ExprVec(..) => { // Special case for slices. let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), x.id, x.span, false); fcx.push_ast_cleanup_scope(cleanup_debug_loc); let datum = unpack_datum!( bcx, tvec::trans_slice_vec(bcx, expr, &x)); bcx = fcx.pop_and_trans_ast_cleanup_scope(bcx, x.id); DatumBlock::new(bcx, datum) } _ => { trans_addr_of(bcx, expr, &x) } } } ast::ExprCast(ref val, _) => { // Datum output mode means this is a scalar cast: trans_imm_cast(bcx, &val, expr.id) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_datum_unadjusted reached \ fall-through case: {:?}", expr.node)); } } } fn trans_field<'blk, 'tcx, F>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, get_idx: F) -> DatumBlock<'blk, 'tcx, Expr> where F: FnOnce(&'blk ty::ctxt<'tcx>, &[ty::Field<'tcx>]) -> usize, { let mut bcx = bcx; let _icx = push_ctxt("trans_rec_field"); let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, base, "field")); let bare_ty = base_datum.ty; let repr = adt::represent_type(bcx.ccx(), bare_ty); with_field_tys(bcx.tcx(), bare_ty, None, move \|discr, field_tys\| { let ix = get_idx(bcx.tcx(), field_tys); let d = base_datum.get_element( bcx, field_tys[ix].mt.ty, \|srcval\| adt::trans_field_ptr(bcx, &repr, srcval, discr, ix)); if type_is_sized(bcx.tcx(), d.ty) { DatumBlock { datum: d.to_expr_datum(), bcx: bcx } } else { let scratch = rvalue_scratch_datum(bcx, d.ty, ""); Store(bcx, d.val, get_dataptr(bcx, scratch.val)); let info = Load(bcx, get_len(bcx, base_datum.val)); Store(bcx, info, get_len(bcx, scratch.val)); // Always generate an lvalue datum, because this pointer doesn't own // the data and cleanup is scheduled elsewhere. DatumBlock::new(bcx, Datum::new(scratch.val, scratch.ty, LvalueExpr)) } }) } /// Translates `base.field`. fn trans_rec_field<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, field: ast::Name) -> DatumBlock<'blk, 'tcx, Expr> { trans_field(bcx, base, \|tcx, field_tys\| tcx.field_idx_strict(field, field_tys)) } /// Translates `base.<idx>`. fn trans_rec_tup_field<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, idx: usize) -> DatumBlock<'blk, 'tcx, Expr> { trans_field(bcx, base, \|_, _\| idx) } fn trans_index<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, index_expr: &ast::Expr, base: &ast::Expr, idx: &ast::Expr, method_call: MethodCall) -> DatumBlock<'blk, 'tcx, Expr> { //! Translates `base[idx]`. let _icx = push_ctxt("trans_index"); let ccx = bcx.ccx(); let mut bcx = bcx; let index_expr_debug_loc = index_expr.debug_loc(); // Check for overloaded index. let method_ty = ccx.tcx() .tables .borrow() .method_map .get(&method_call) .map(\|method\| method.ty); let elt_datum = match method_ty { Some(method_ty) => { let method_ty = monomorphize_type(bcx, method_ty); let base_datum = unpack_datum!(bcx, trans(bcx, base)); // Translate index expression. let ix_datum = unpack_datum!(bcx, trans(bcx, idx)); let ref_ty = // invoked methods have LB regions instantiated: bcx.tcx().no_late_bound_regions(&method_ty.fn_ret()).unwrap().unwrap(); let elt_ty = match ref_ty.builtin_deref(true) { None => { bcx.tcx().sess.span_bug(index_expr.span, "index method didn't return a \ dereferenceable type?!") } Some(elt_tm) => elt_tm.ty, }; // Overloaded. Evaluate `trans_overloaded_op`, which will // invoke the user's index() method, which basically yields // a `&T` pointer. We can then proceed down the normal // path (below) to dereference that `&T`. let scratch = rvalue_scratch_datum(bcx, ref_ty, "overloaded_index_elt"); unpack_result!(bcx, trans_overloaded_op(bcx, index_expr, method_call, base_datum, Some((ix_datum, idx.id)), Some(SaveIn(scratch.val)), false)); let datum = scratch.to_expr_datum(); if type_is_sized(bcx.tcx(), elt_ty) { Datum::new(datum.to_llscalarish(bcx), elt_ty, LvalueExpr) } else { Datum::new(datum.val, elt_ty, LvalueExpr) } } None => { let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, base, "index")); // Translate index expression and cast to a suitable LLVM integer. // Rust is less strict than LLVM in this regard. let ix_datum = unpack_datum!(bcx, trans(bcx, idx)); let ix_val = ix_datum.to_llscalarish(bcx); let ix_size = machine::llbitsize_of_real(bcx.ccx(), val_ty(ix_val)); let int_size = machine::llbitsize_of_real(bcx.ccx(), ccx.int_type()); let ix_val = { if ix_size < int_size { if expr_ty(bcx, idx).is_signed() { SExt(bcx, ix_val, ccx.int_type()) } else { ZExt(bcx, ix_val, ccx.int_type()) } } else if ix_size > int_size { Trunc(bcx, ix_val, ccx.int_type()) } else { ix_val } }; let unit_ty = base_datum.ty.sequence_element_type(bcx.tcx()); let (base, len) = base_datum.get_vec_base_and_len(bcx); debug!("trans_index: base {}", bcx.val_to_string(base)); debug!("trans_index: len {}", bcx.val_to_string(len)); let bounds_check = ICmp(bcx, llvm::IntUGE, ix_val, len, index_expr_debug_loc); let expect = ccx.get_intrinsic(&("llvm.expect.i1")); let expected = Call(bcx, expect, &[bounds_check, C_bool(ccx, false)], None, index_expr_debug_loc); bcx = with_cond(bcx, expected, \|bcx\| { controlflow::trans_fail_bounds_check(bcx, expr_info(index_expr), ix_val, len) }); let elt = InBoundsGEP(bcx, base, &[ix_val]); let elt = PointerCast(bcx, elt, type_of::type_of(ccx, unit_ty).ptr_to()); Datum::new(elt, unit_ty, LvalueExpr) } }; DatumBlock::new(bcx, elt_datum) } fn trans_def<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ref_expr: &ast::Expr, def: def::Def) -> DatumBlock<'blk, 'tcx, Expr> { //! Translates a reference to a path. let _icx = push_ctxt("trans_def_lvalue"); match def { def::DefFn(..) \| def::DefMethod(..) \| def::DefStruct(_) \| def::DefVariant(..) => { let datum = trans_def_fn_unadjusted(bcx.ccx(), ref_expr, def, bcx.fcx.param_substs); DatumBlock::new(bcx, datum.to_expr_datum()) } def::DefStatic(did, _) => { // There are two things that may happen here: // 1) If the static item is defined in this crate, it will be // translated using `get_item_val`, and we return a pointer to // the result. // 2) If the static item is defined in another crate then we add // (or reuse) a declaration of an external global, and return a // pointer to that. let const_ty = expr_ty(bcx, ref_expr); // For external constants, we don't inline. let val = if did.krate == ast::LOCAL_CRATE { // Case 1. // The LLVM global has the type of its initializer, // which may not be equal to the enum's type for // non-C-like enums. let val = base::get_item_val(bcx.ccx(), did.node); let pty = type_of::type_of(bcx.ccx(), const_ty).ptr_to(); PointerCast(bcx, val, pty) } else { // Case 2. base::get_extern_const(bcx.ccx(), did, const_ty) }; DatumBlock::new(bcx, Datum::new(val, const_ty, LvalueExpr)) } def::DefConst(_) => { bcx.sess().span_bug(ref_expr.span, "constant expression should not reach expr::trans_def") } _ => { DatumBlock::new(bcx, trans_local_var(bcx, def).to_expr_datum()) } } } fn trans_rvalue_stmt_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> Block<'blk, 'tcx> { let mut bcx = bcx; let _icx = push_ctxt("trans_rvalue_stmt"); if bcx.unreachable.get() { return bcx; } debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); match expr.node { ast::ExprParen(ref e) => { trans_into(bcx, &e, Ignore) } ast::ExprBreak(label_opt) => { controlflow::trans_break(bcx, expr, label_opt) } ast::ExprAgain(label_opt) => { controlflow::trans_cont(bcx, expr, label_opt) } ast::ExprRet(ref ex) => { // Check to see if the return expression itself is reachable. // This can occur when the inner expression contains a return let reachable = if let Some(ref cfg) = bcx.fcx.cfg { cfg.node_is_reachable(expr.id) } else { true }; if reachable { controlflow::trans_ret(bcx, expr, ex.as_ref().map(\|e\| &e)) } else { // If it's not reachable, just translate the inner expression // directly. This avoids having to manage a return slot when // it won't actually be used anyway. if let &Some(ref x) = ex { bcx = trans_into(bcx, &x, Ignore); } // Mark the end of the block as unreachable. Once we get to // a return expression, there's no more we should be doing // after this. Unreachable(bcx); bcx } } ast::ExprWhile(ref cond, ref body, _) => { controlflow::trans_while(bcx, expr, &cond, &body) } ast::ExprLoop(ref body, _) => { controlflow::trans_loop(bcx, expr, &body) } ast::ExprAssign(ref dst, ref src) => { let src_datum = unpack_datum!(bcx, trans(bcx, &src)); let dst_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, &dst, "assign")); if bcx.fcx.type_needs_drop(dst_datum.ty) { // If there are destructors involved, make sure we // are copying from an rvalue, since that cannot possible // alias an lvalue. We are concerned about code like: // // a = a // // but also // // a = a.b // // where e.g. a : Option<Foo> and a.b : // Option<Foo>. In that case, freeing `a` before the // assignment may also free `a.b`! // // We could avoid this intermediary with some analysis // to determine whether `dst` may possibly own `src`. debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); let src_datum = unpack_datum!( bcx, src_datum.to_rvalue_datum(bcx, "ExprAssign")); bcx = glue::drop_ty(bcx, dst_datum.val, dst_datum.ty, expr.debug_loc()); src_datum.store_to(bcx, dst_datum.val) } else { src_datum.store_to(bcx, dst_datum.val) } } ast::ExprAssignOp(op, ref dst, ref src) => { trans_assign_op(bcx, expr, op, &dst, &src) } ast::ExprInlineAsm(ref a) => { asm::trans_inline_asm(bcx, a) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_stmt_unadjusted reached \ fall-through case: {:?}", expr.node)); } } } fn trans_rvalue_dps_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_rvalue_dps_unadjusted"); let mut bcx = bcx; let tcx = bcx.tcx(); debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); match expr.node { ast::ExprParen(ref e) => { trans_into(bcx, &e, dest) } ast::ExprPath(..) => { trans_def_dps_unadjusted(bcx, expr, bcx.def(expr.id), dest) } ast::ExprIf(ref cond, ref thn, ref els) => { controlflow::trans_if(bcx, expr.id, &cond, &thn, els.as_ref().map(\|e\| &e), dest) } ast::ExprMatch(ref discr, ref arms, _) => { _match::trans_match(bcx, expr, &discr, &arms[..], dest) } ast::ExprBlock(ref blk) => { controlflow::trans_block(bcx, &blk, dest) } ast::ExprStruct(_, ref fields, ref base) => { trans_struct(bcx, &fields[..], base.as_ref().map(\|e\| &e), expr.span, expr.id, node_id_type(bcx, expr.id), dest) } ast::ExprRange(ref start, ref end) => { // FIXME it is just not right that we are synthesising ast nodes in // trans. Shudder. fn make_field(field_name: &str, expr: P<ast::Expr>) -> ast::Field { ast::Field { ident: codemap::dummy_spanned(token::str_to_ident(field_name)), expr: expr, span: codemap::DUMMY_SP, } } // A range just desugars into a struct. // Note that the type of the start and end may not be the same, but // they should only differ in their lifetime, which should not matter // in trans. let (did, fields, ty_params) = match (start, end) { (&Some(ref start), &Some(ref end)) => { // Desugar to Range let fields = vec![make_field("start", start.clone()), make_field("end", end.clone())]; (tcx.lang_items.range_struct(), fields, vec![node_id_type(bcx, start.id)]) } (&Some(ref start), &None) => { // Desugar to RangeFrom let fields = vec![make_field("start", start.clone())]; (tcx.lang_items.range_from_struct(), fields, vec![node_id_type(bcx, start.id)]) } (&None, &Some(ref end)) => { // Desugar to RangeTo let fields = vec![make_field("end", end.clone())]; (tcx.lang_items.range_to_struct(), fields, vec![node_id_type(bcx, end.id)]) } _ => { // Desugar to RangeFull (tcx.lang_items.range_full_struct(), vec![], vec![]) } }; if let Some(did) = did { let substs = Substs::new_type(ty_params, vec![]); trans_struct(bcx, &fields, None, expr.span, expr.id, tcx.mk_struct(did, tcx.mk_substs(substs)), dest) } else { tcx.sess.span_bug(expr.span, "No lang item for ranges (how did we get this far?)") } } ast::ExprTup(ref args) => { let numbered_fields: Vec<(usize, &ast::Expr)> = args.iter().enumerate().map(\|(i, arg)\| (i, &arg)).collect(); trans_adt(bcx, expr_ty(bcx, expr), 0, &numbered_fields[..], None, dest, expr.debug_loc()) } ast::ExprLit(ref lit) => { match lit.node { ast::LitStr(ref s, _) => { tvec::trans_lit_str(bcx, expr, (s).clone(), dest) } _ => { bcx.tcx() .sess .span_bug(expr.span, "trans_rvalue_dps_unadjusted shouldn't be \ translating this type of literal") } } } ast::ExprVec(..) \| ast::ExprRepeat(..) => { tvec::trans_fixed_vstore(bcx, expr, dest) } ast::ExprClosure(_, ref decl, ref body) => { let dest = match dest { SaveIn(lldest) => closure::Dest::SaveIn(bcx, lldest), Ignore => closure::Dest::Ignore(bcx.ccx()) }; closure::trans_closure_expr(dest, decl, body, expr.id, bcx.fcx.param_substs) .unwrap_or(bcx) } ast::ExprCall(ref f, ref args) => { if bcx.tcx().is_method_call(expr.id) { trans_overloaded_call(bcx, expr, &f, &args[..], Some(dest)) } else { callee::trans_call(bcx, expr, &f, callee::ArgExprs(&args[..]), dest) } } ast::ExprMethodCall(_, _, ref args) => { callee::trans_method_call(bcx, expr, &args[0], callee::ArgExprs(&args[..]), dest) } ast::ExprBinary(op, ref lhs, ref rhs) => { // if not overloaded, would be RvalueDatumExpr let lhs = unpack_datum!(bcx, trans(bcx, &lhs)); let rhs_datum = unpack_datum!(bcx, trans(bcx, &rhs)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), lhs, Some((rhs_datum, rhs.id)), Some(dest), !ast_util::is_by_value_binop(op.node)).bcx } ast::ExprUnary(op, ref subexpr) => { // if not overloaded, would be RvalueDatumExpr let arg = unpack_datum!(bcx, trans(bcx, &subexpr)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), arg, None, Some(dest), !ast_util::is_by_value_unop(op)).bcx } ast::ExprIndex(ref base, ref idx) => { // if not overloaded, would be RvalueDatumExpr let base = unpack_datum!(bcx, trans(bcx, &base)); let idx_datum = unpack_datum!(bcx, trans(bcx, &idx)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), base, Some((idx_datum, idx.id)), Some(dest), true).bcx } ast::ExprCast(..) => { // Trait casts used to come this way, now they should be coercions. bcx.tcx().sess.span_bug(expr.span, "DPS expr_cast (residual trait cast?)") } ast::ExprAssignOp(op, ref dst, ref src) => { trans_assign_op(bcx, expr, op, &dst, &src) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_dps_unadjusted reached fall-through \ case: {:?}", expr.node)); } } } fn trans_def_dps_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ref_expr: &ast::Expr, def: def::Def, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_def_dps_unadjusted"); let lldest = match dest { SaveIn(lldest) => lldest, Ignore => { return bcx; } }; match def { def::DefVariant(tid, vid, _) => { let variant_info = bcx.tcx().enum_variant_with_id(tid, vid); if !variant_info.args.is_empty() { // N-ary variant. let llfn = callee::trans_fn_ref(bcx.ccx(), vid, ExprId(ref_expr.id), bcx.fcx.param_substs).val; Store(bcx, llfn, lldest); return bcx; } else { // Nullary variant. let ty = expr_ty(bcx, ref_expr); let repr = adt::represent_type(bcx.ccx(), ty); adt::trans_set_discr(bcx, &repr, lldest, variant_info.disr_val); return bcx; } } def::DefStruct(_) => { let ty = expr_ty(bcx, ref_expr); match ty.sty { ty::TyStruct(did, _) if bcx.tcx().has_dtor(did) => { let repr = adt::represent_type(bcx.ccx(), ty); adt::trans_set_discr(bcx, &repr, lldest, 0); } _ => {} } bcx } _ => { bcx.tcx().sess.span_bug(ref_expr.span, &format!( "Non-DPS def {:?} referened by {}", def, bcx.node_id_to_string(ref_expr.id))); } } } pub fn trans_def_fn_unadjusted<'a, 'tcx>(ccx: &CrateContext<'a, 'tcx>, ref_expr: &ast::Expr, def: def::Def, param_substs: &'tcx Substs<'tcx>) -> Datum<'tcx, Rvalue> { let _icx = push_ctxt("trans_def_datum_unadjusted"); match def { def::DefFn(did, _) \| def::DefStruct(did) \| def::DefVariant(_, did, _) \| def::DefMethod(did, def::FromImpl(_)) => { callee::trans_fn_ref(ccx, did, ExprId(ref_expr.id), param_substs) } def::DefMethod(impl_did, def::FromTrait(trait_did)) => { meth::trans_static_method_callee(ccx, impl_did, trait_did, ref_expr.id, param_substs) } _ => { ccx.tcx().sess.span_bug(ref_expr.span, &format!( "trans_def_fn_unadjusted invoked on: {:?} for {:?}", def, ref_expr)); } } } /// Translates a reference to a local variable or argument. This always results in an lvalue datum. pub fn trans_local_var<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, def: def::Def) -> Datum<'tcx, Lvalue> { let _icx = push_ctxt("trans_local_var"); match def { def::DefUpvar(nid, _) => { // Can't move upvars, so this is never a ZeroMemLastUse. let local_ty = node_id_type(bcx, nid); match bcx.fcx.llupvars.borrow().get(&nid) { Some(&val) => Datum::new(val, local_ty, Lvalue), None => { bcx.sess().bug(&format!( "trans_local_var: no llval for upvar {} found", nid)); } } } def::DefLocal(nid) => { let datum = match bcx.fcx.lllocals.borrow().get(&nid) { Some(&v) => v, None => { bcx.sess().bug(&format!( "trans_local_var: no datum for local/arg {} found", nid)); } }; debug!("take_local(nid={}, v={}, ty={})", nid, bcx.val_to_string(datum.val), datum.ty); datum } _ => { bcx.sess().unimpl(&format!( "unsupported def type in trans_local_var: {:?}", def)); } } } /// Helper for enumerating the field types of structs, enums, or records. The optional node ID here /// is the node ID of the path identifying the enum variant in use. If none, this cannot possibly /// an enum variant (so, if it is and `node_id_opt` is none, this function panics). pub fn with_field_tys<'tcx, R, F>(tcx: &ty::ctxt<'tcx>, ty: Ty<'tcx>, node_id_opt: Option<ast::NodeId>, op: F) -> R where F: FnOnce(ty::Disr, &[ty::Field<'tcx>]) -> R, { match ty.sty { ty::TyStruct(did, substs) => { let fields = tcx.struct_fields(did, substs); let fields = monomorphize::normalize_associated_type(tcx, &fields); op(0, &fields[..]) } ty::TyTuple(ref v) => { let fields: Vec<_> = v.iter().enumerate().map(\|(i, &f)\| { ty::Field { name: token::intern(&i.to_string()), mt: ty::TypeAndMut { ty: f, mutbl: ast::MutImmutable } } }).collect(); op(0, &fields) } ty::TyEnum(_, substs) => { // We want the variant* ID here, not the enum ID. match node_id_opt { None => { tcx.sess.bug(&format!( "cannot get field types from the enum type {:?} \ without a node ID", ty)); } Some(node_id) => { let def = tcx.def_map.borrow().get(&node_id).unwrap().full_def(); match def { def::DefVariant(enum_id, variant_id, _) => { let variant_info = tcx.enum_variant_with_id(enum_id, variant_id); let fields = tcx.struct_fields(variant_id, substs); let fields = monomorphize::normalize_associated_type(tcx, &fields); op(variant_info.disr_val, &fields[..]) } _ => { tcx.sess.bug("resolve didn't map this expr to a \ variant ID") } } } } } _ => { tcx.sess.bug(&format!( "cannot get field types from the type {:?}", ty)); } } } fn trans_struct<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, fields: &[ast::Field], base: Option<&ast::Expr>, expr_span: codemap::Span, expr_id: ast::NodeId, ty: Ty<'tcx>, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_rec"); let tcx = bcx.tcx(); with_field_tys(tcx, ty, Some(expr_id), \|discr, field_tys\| { let mut need_base = vec![true; field_tys.len()]; let numbered_fields = fields.iter().map(\|field\| { let opt_pos = field_tys.iter().position(\|field_ty\| field_ty.name == field.ident.node.name); let result = match opt_pos { Some(i) => { need_base[i] = false; (i, &field.expr) } None => { tcx.sess.span_bug(field.span, "Couldn't find field in struct type") } }; result }).collect::<Vec<_>>(); let optbase = match base { Some(base_expr) => { let mut leftovers = Vec::new(); for (i, b) in need_base.iter().enumerate() { if b { leftovers.push((i, field_tys[i].mt.ty)); } } Some(StructBaseInfo {expr: base_expr, fields: leftovers }) } None => { if need_base.iter().any(\|b\| b) { tcx.sess.span_bug(expr_span, "missing fields and no base expr") } None } }; trans_adt(bcx, ty, discr, &numbered_fields, optbase, dest, DebugLoc::At(expr_id, expr_span)) }) } /// Information that `trans_adt` needs in order to fill in the fields /// of a struct copied from a base struct (e.g., from an expression /// like `Foo { a: b, ..base }`. /// /// Note that `fields` may be empty; the base expression must always be /// evaluated for side-effects. pub struct StructBaseInfo<'a, 'tcx> { /// The base expression; will be evaluated after all explicit fields. expr: &'a ast::Expr, /// The indices of fields to copy paired with their types. fields: Vec<(usize, Ty<'tcx>)> } /// Constructs an ADT instance: /// /// - `fields` should be a list of field indices paired with the /// expression to store into that field. The initializers will be /// evaluated in the order specified by `fields`. /// /// - `optbase` contains information on the base struct (if any) from /// which remaining fields are copied; see comments on `StructBaseInfo`. pub fn trans_adt<'a, 'blk, 'tcx>(mut bcx: Block<'blk, 'tcx>, ty: Ty<'tcx>, discr: ty::Disr, fields: &[(usize, &ast::Expr)], optbase: Option<StructBaseInfo<'a, 'tcx>>, dest: Dest, debug_location: DebugLoc) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_adt"); let fcx = bcx.fcx; let repr = adt::represent_type(bcx.ccx(), ty); debug_location.apply(bcx.fcx); // If we don't care about the result, just make a // temporary stack slot let addr = match dest { SaveIn(pos) => pos, Ignore => alloc_ty(bcx, ty, "temp"), }; // This scope holds intermediates that must be cleaned should // panic occur before the ADT as a whole is ready. let custom_cleanup_scope = fcx.push_custom_cleanup_scope(); if ty.is_simd(bcx.tcx()) { // Issue 23112: The original logic appeared vulnerable to same // order-of-eval bug. But, SIMD values are tuple-structs; // i.e. functional record update (FRU) syntax is unavailable. // // To be safe, double-check that we did not get here via FRU. assert!(optbase.is_none()); // This is the constructor of a SIMD type, such types are // always primitive machine types and so do not have a // destructor or require any clean-up. let llty = type_of::type_of(bcx.ccx(), ty); // keep a vector as a register, and running through the field // `insertelement`ing them directly into that register // (i.e. avoid GEPi and `store`s to an alloca) . let mut vec_val = C_undef(llty); for &(i, ref e) in fields { let block_datum = trans(bcx, &e); bcx = block_datum.bcx; let position = C_uint(bcx.ccx(), i); let value = block_datum.datum.to_llscalarish(bcx); vec_val = InsertElement(bcx, vec_val, value, position); } Store(bcx, vec_val, addr); } else if let Some(base) = optbase { // Issue 23112: If there is a base, then order-of-eval // requires field expressions eval'ed before base expression. // First, trans field expressions to temporary scratch values. let scratch_vals: Vec<_> = fields.iter().map(\|&(i, ref e)\| { let datum = unpack_datum!(bcx, trans(bcx, &e)); (i, datum) }).collect(); debug_location.apply(bcx.fcx); // Second, trans the base to the dest. assert_eq!(discr, 0); match expr_kind(bcx.tcx(), &base.expr) { ExprKind::RvalueDps \| ExprKind::RvalueDatum if !bcx.fcx.type_needs_drop(ty) => { bcx = trans_into(bcx, &base.expr, SaveIn(addr)); }, ExprKind::RvalueStmt => { bcx.tcx().sess.bug("unexpected expr kind for struct base expr") } _ => { let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, &base.expr, "base")); for &(i, t) in &base.fields { let datum = base_datum.get_element( bcx, t, \|srcval\| adt::trans_field_ptr(bcx, &repr, srcval, discr, i)); assert!(type_is_sized(bcx.tcx(), datum.ty)); let dest = adt::trans_field_ptr(bcx, &repr, addr, discr, i); bcx = datum.store_to(bcx, dest); } } } // Finally, move scratch field values into actual field locations for (i, datum) in scratch_vals { let dest = adt::trans_field_ptr(bcx, &repr, addr, discr, i); bcx = datum.store_to(bcx, dest); } } else { // No base means we can write all fields directly in place. for &(i, ref e) in fields { let dest = adt::trans_field_ptr(bcx, &repr, addr, discr, i); let e_ty = expr_ty_adjusted(bcx, &e); bcx = trans_into(bcx, &e, SaveIn(dest)); let scope = cleanup::CustomScope(custom_cleanup_scope); fcx.schedule_lifetime_end(scope, dest); fcx.schedule_drop_mem(scope, dest, e_ty); } } adt::trans_set_discr(bcx, &repr, addr, discr); fcx.pop_custom_cleanup_scope(custom_cleanup_scope); // If we don't care about the result drop the temporary we made match dest { SaveIn(_) => bcx, Ignore => { bcx = glue::drop_ty(bcx, addr, ty, debug_location); base::call_lifetime_end(bcx, addr); bcx } } } fn trans_immediate_lit<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, lit: &ast::Lit) -> DatumBlock<'blk, 'tcx, Expr> { // must not be a string constant, that is a RvalueDpsExpr let _icx = push_ctxt("trans_immediate_lit"); let ty = expr_ty(bcx, expr); let v = consts::const_lit(bcx.ccx(), expr, lit); immediate_rvalue_bcx(bcx, v, ty).to_expr_datumblock() } fn trans_unary<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::UnOp, sub_expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let ccx = bcx.ccx(); let mut bcx = bcx; let _icx = push_ctxt("trans_unary_datum"); let method_call = MethodCall::expr(expr.id); // The only overloaded operator that is translated to a datum // is an overloaded deref, since it is always yields a `&T`. // Otherwise, we should be in the RvalueDpsExpr path. assert!(op == ast::UnDeref \|\| !ccx.tcx().is_method_call(expr.id)); let un_ty = expr_ty(bcx, expr); let debug_loc = expr.debug_loc(); match op { ast::UnNot => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); let llresult = Not(bcx, datum.to_llscalarish(bcx), debug_loc); immediate_rvalue_bcx(bcx, llresult, un_ty).to_expr_datumblock() } ast::UnNeg => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); let val = datum.to_llscalarish(bcx); let (bcx, llneg) = { if un_ty.is_fp() { let result = FNeg(bcx, val, debug_loc); (bcx, result) } else { let is_signed = un_ty.is_signed(); let result = Neg(bcx, val, debug_loc); let bcx = if bcx.ccx().check_overflow() && is_signed { let (llty, min) = base::llty_and_min_for_signed_ty(bcx, un_ty); let is_min = ICmp(bcx, llvm::IntEQ, val, C_integral(llty, min, true), debug_loc); with_cond(bcx, is_min, \|bcx\| { let msg = InternedString::new( "attempted to negate with overflow"); controlflow::trans_fail(bcx, expr_info(expr), msg) }) } else { bcx }; (bcx, result) } }; immediate_rvalue_bcx(bcx, llneg, un_ty).to_expr_datumblock() } ast::UnUniq => { trans_uniq_expr(bcx, expr, un_ty, sub_expr, expr_ty(bcx, sub_expr)) } ast::UnDeref => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); deref_once(bcx, expr, datum, method_call) } } } fn trans_uniq_expr<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, box_expr: &ast::Expr, box_ty: Ty<'tcx>, contents: &ast::Expr, contents_ty: Ty<'tcx>) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_uniq_expr"); let fcx = bcx.fcx; assert!(type_is_sized(bcx.tcx(), contents_ty)); let llty = type_of::type_of(bcx.ccx(), contents_ty); let size = llsize_of(bcx.ccx(), llty); let align = C_uint(bcx.ccx(), type_of::align_of(bcx.ccx(), contents_ty)); let llty_ptr = llty.ptr_to(); let Result { bcx, val } = malloc_raw_dyn(bcx, llty_ptr, box_ty, size, align, box_expr.debug_loc()); // Unique boxes do not allocate for zero-size types. The standard library // may assume that `free` is never called on the pointer returned for // `Box<ZeroSizeType>`. let bcx = if llsize_of_alloc(bcx.ccx(), llty) == 0 { trans_into(bcx, contents, SaveIn(val)) } else { let custom_cleanup_scope = fcx.push_custom_cleanup_scope(); fcx.schedule_free_value(cleanup::CustomScope(custom_cleanup_scope), val, cleanup::HeapExchange, contents_ty); let bcx = trans_into(bcx, contents, SaveIn(val)); fcx.pop_custom_cleanup_scope(custom_cleanup_scope); bcx }; immediate_rvalue_bcx(bcx, val, box_ty).to_expr_datumblock() } fn ref_fat_ptr<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lval: Datum<'tcx, Lvalue>) -> DatumBlock<'blk, 'tcx, Expr> { let dest_ty = bcx.tcx().mk_imm_ref(bcx.tcx().mk_region(ty::ReStatic), lval.ty); let scratch = rvalue_scratch_datum(bcx, dest_ty, "__fat_ptr"); memcpy_ty(bcx, scratch.val, lval.val, scratch.ty); DatumBlock::new(bcx, scratch.to_expr_datum()) } fn trans_addr_of<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, subexpr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_addr_of"); let mut bcx = bcx; let sub_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, subexpr, "addr_of")); if !type_is_sized(bcx.tcx(), sub_datum.ty) { // DST lvalue, close to a fat pointer ref_fat_ptr(bcx, sub_datum) } else { // Sized value, ref to a thin pointer let ty = expr_ty(bcx, expr); immediate_rvalue_bcx(bcx, sub_datum.val, ty).to_expr_datumblock() } } // Important to get types for both lhs and rhs, because one might be _\|_ // and the other not. fn trans_eager_binop<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, binop_expr: &ast::Expr, binop_ty: Ty<'tcx>, op: ast::BinOp, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs_t: Ty<'tcx>, rhs: ValueRef) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_eager_binop"); let tcx = bcx.tcx(); let is_simd = lhs_t.is_simd(tcx); let intype = if is_simd { lhs_t.simd_type(tcx) } else { lhs_t }; let is_float = intype.is_fp(); let is_signed = intype.is_signed(); let info = expr_info(binop_expr); let binop_debug_loc = binop_expr.debug_loc(); let mut bcx = bcx; let val = match op.node { ast::BiAdd => { if is_float { FAdd(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Add(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Add, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiSub => { if is_float { FSub(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Sub(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Sub, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiMul => { if is_float { FMul(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Mul(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Mul, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiDiv => { if is_float { FDiv(bcx, lhs, rhs, binop_debug_loc) } else { // Only zero-check integers; fp /0 is NaN bcx = base::fail_if_zero_or_overflows(bcx, expr_info(binop_expr), op, lhs, rhs, rhs_t); if is_signed { SDiv(bcx, lhs, rhs, binop_debug_loc) } else { UDiv(bcx, lhs, rhs, binop_debug_loc) } } } ast::BiRem => { if is_float { FRem(bcx, lhs, rhs, binop_debug_loc) } else { // Only zero-check integers; fp %0 is NaN bcx = base::fail_if_zero_or_overflows(bcx, expr_info(binop_expr), op, lhs, rhs, rhs_t); if is_signed { SRem(bcx, lhs, rhs, binop_debug_loc) } else { URem(bcx, lhs, rhs, binop_debug_loc) } } } ast::BiBitOr => Or(bcx, lhs, rhs, binop_debug_loc), ast::BiBitAnd => And(bcx, lhs, rhs, binop_debug_loc), ast::BiBitXor => Xor(bcx, lhs, rhs, binop_debug_loc), ast::BiShl => { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Shl, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } ast::BiShr => { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Shr, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } ast::BiEq \| ast::BiNe \| ast::BiLt \| ast::BiGe \| ast::BiLe \| ast::BiGt => { if is_simd { base::compare_simd_types(bcx, lhs, rhs, intype, op.node, binop_debug_loc) } else { base::compare_scalar_types(bcx, lhs, rhs, intype, op.node, binop_debug_loc) } } _ => { bcx.tcx().sess.span_bug(binop_expr.span, "unexpected binop"); } }; immediate_rvalue_bcx(bcx, val, binop_ty).to_expr_datumblock() } // refinement types would obviate the need for this enum lazy_binop_ty { lazy_and, lazy_or, } fn trans_lazy_binop<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, binop_expr: &ast::Expr, op: lazy_binop_ty, a: &ast::Expr, b: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_lazy_binop"); let binop_ty = expr_ty(bcx, binop_expr); let fcx = bcx.fcx; let DatumBlock {bcx: past_lhs, datum: lhs} = trans(bcx, a); let lhs = lhs.to_llscalarish(past_lhs); if past_lhs.unreachable.get() { return immediate_rvalue_bcx(past_lhs, lhs, binop_ty).to_expr_datumblock(); } let join = fcx.new_id_block("join", binop_expr.id); let before_rhs = fcx.new_id_block("before_rhs", b.id); match op { lazy_and => CondBr(past_lhs, lhs, before_rhs.llbb, join.llbb, DebugLoc::None), lazy_or => CondBr(past_lhs, lhs, join.llbb, before_rhs.llbb, DebugLoc::None) } let DatumBlock {bcx: past_rhs, datum: rhs} = trans(before_rhs, b); let rhs = rhs.to_llscalarish(past_rhs); if past_rhs.unreachable.get() { return immediate_rvalue_bcx(join, lhs, binop_ty).to_expr_datumblock(); } Br(past_rhs, join.llbb, DebugLoc::None); let phi = Phi(join, Type::i1(bcx.ccx()), &[lhs, rhs], &[past_lhs.llbb, past_rhs.llbb]); return immediate_rvalue_bcx(join, phi, binop_ty).to_expr_datumblock(); } fn trans_binary<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::BinOp, lhs: &ast::Expr, rhs: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_binary"); let ccx = bcx.ccx(); // if overloaded, would be RvalueDpsExpr assert!(!ccx.tcx().is_method_call(expr.id)); match op.node { ast::BiAnd => { trans_lazy_binop(bcx, expr, lazy_and, lhs, rhs) } ast::BiOr => { trans_lazy_binop(bcx, expr, lazy_or, lhs, rhs) } _ => { let mut bcx = bcx; let lhs_datum = unpack_datum!(bcx, trans(bcx, lhs)); let rhs_datum = unpack_datum!(bcx, trans(bcx, rhs)); let binop_ty = expr_ty(bcx, expr); debug!("trans_binary (expr {}): lhs_datum={}", expr.id, lhs_datum.to_string(ccx)); let lhs_ty = lhs_datum.ty; let lhs = lhs_datum.to_llscalarish(bcx); debug!("trans_binary (expr {}): rhs_datum={}", expr.id, rhs_datum.to_string(ccx)); let rhs_ty = rhs_datum.ty; let rhs = rhs_datum.to_llscalarish(bcx); trans_eager_binop(bcx, expr, binop_ty, op, lhs_ty, lhs, rhs_ty, rhs) } } } fn trans_overloaded_op<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, method_call: MethodCall, lhs: Datum<'tcx, Expr>, rhs: Option<(Datum<'tcx, Expr>, ast::NodeId)>, dest: Option<Dest>, autoref: bool) -> Result<'blk, 'tcx> { callee::trans_call_inner(bcx, expr.debug_loc(), \|bcx, arg_cleanup_scope\| { meth::trans_method_callee(bcx, method_call, None, arg_cleanup_scope) }, callee::ArgOverloadedOp(lhs, rhs, autoref), dest) } fn trans_overloaded_call<'a, 'blk, 'tcx>(mut bcx: Block<'blk, 'tcx>, expr: &ast::Expr, callee: &'a ast::Expr, args: &'a [P<ast::Expr>], dest: Option<Dest>) -> Block<'blk, 'tcx> { debug!("trans_overloaded_call {}", expr.id); let method_call = MethodCall::expr(expr.id); let mut all_args = vec!(callee); all_args.extend(args.iter().map(\|e\| &*e)); unpack_result!(bcx, callee::trans_call_inner(bcx, expr.debug_loc(), \|bcx, arg_cleanup_scope\| { meth::trans_method_callee( bcx, method_call, None, arg_cleanup_scope) }, callee::ArgOverloadedCall(all_args), dest)); bcx } pub fn cast_is_noop<'tcx>(tcx: &ty::ctxt<'tcx>, expr: &ast::Expr, t_in: Ty<'tcx>, t_out: Ty<'tcx>) -> bool { if let Some(&CastKind::CoercionCast) = tcx.cast_kinds.borrow().get(&expr.id) { return true; } match (t_in.builtin_deref(true), t_out.builtin_deref(true)) { (Some(ty::TypeAndMut{ ty: t_in, .. }), Some(ty::TypeAndMut{ ty: t_out, .. })) => { t_in == t_out } _ => { // This condition isn't redundant with the check for CoercionCast: // different types can be substituted into the same type, and // == equality can be overconservative if there are regions. t_in == t_out } } } fn	<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, id: ast::NodeId) -> DatumBlock<'blk, 'tcx, Expr> { use middle::cast::CastTy::; use middle::cast::IntTy::; fn int_cast(bcx: Block, lldsttype: Type, llsrctype: Type, llsrc: ValueRef, signed: bool) -> ValueRef { let _icx = push_ctxt("int_cast"); let srcsz = llsrctype.int_width(); let dstsz = lldsttype.int_width(); return if dstsz == srcsz { BitCast(bcx, llsrc, lldsttype) } else if srcsz > dstsz { TruncOrBitCast(bcx, llsrc, lldsttype) } else if signed { SExtOrBitCast(bcx, llsrc, lldsttype) } else { ZExtOrBitCast(bcx, llsrc, lldsttype) } } fn float_cast(bcx: Block, lldsttype: Type, llsrctype: Type, llsrc: ValueRef) -> ValueRef { let _icx = push_ctxt("float_cast"); let srcsz = llsrctype.float_width(); let dstsz = lldsttype.float_width(); return if dstsz > srcsz { FPExt(bcx, llsrc, lldsttype) } else if srcsz > dstsz { FPTrunc(bcx, llsrc, lldsttype) } else { llsrc }; } let _icx = push_ctxt("trans_cast"); let mut bcx = bcx; let ccx = bcx.ccx(); let t_in = expr_ty_adjusted(bcx, expr); let t_out = node_id_type(bcx, id); debug!("trans_cast({:?} as {:?})", t_in, t_out); let mut ll_t_in = type_of::arg_type_of(ccx, t_in); let ll_t_out = type_of::arg_type_of(ccx, t_out); // Convert the value to be cast into a ValueRef, either by-ref or // by-value as appropriate given its type: let mut datum = unpack_datum!(bcx, trans(bcx, expr)); let datum_ty = monomorphize_type(bcx, datum.ty); if cast_is_noop(bcx.tcx(), expr, datum_ty, t_out) { datum.ty = t_out; return DatumBlock::new(bcx, datum); } if type_is_fat_ptr(bcx.tcx(), t_in) { assert!(datum.kind.is_by_ref()); if type_is_fat_ptr(bcx.tcx(), t_out) { return DatumBlock::new(bcx, Datum::new( PointerCast(bcx, datum.val, ll_t_out.ptr_to()), t_out, Rvalue::new(ByRef) )).to_expr_datumblock(); } else { // Return the address return immediate_rvalue_bcx(bcx, PointerCast(bcx, Load(bcx, get_dataptr(bcx, datum.val)), ll_t_out), t_out).to_expr_datumblock(); } } let r_t_in = CastTy::from_ty(bcx.tcx(), t_in).expect("bad input type for cast"); let r_t_out = CastTy::from_ty(bcx.tcx(), t_out).expect("bad output type for cast"); let (llexpr, signed) = if let Int(CEnum) = r_t_in { let repr = adt::represent_type(ccx, t_in); let datum = unpack_datum!( bcx, datum.to_lvalue_datum(bcx, "trans_imm_cast", expr.id)); let llexpr_ptr = datum.to_llref(); let discr = adt::trans_get_discr(bcx, &repr, llexpr_ptr, Some(Type::i64(ccx))); ll_t_in = val_ty(discr); (discr, adt::is_discr_signed(&repr)) } else { (datum.to_llscalarish(bcx), t_in.is_signed()) }; let newval = match (r_t_in, r_t_out) { (Ptr(_), Ptr(_)) \| (FnPtr, Ptr(_)) \| (RPtr(_), Ptr(_)) => { PointerCast(bcx, llexpr, ll_t_out) } (Ptr(_), Int(_)) \| (FnPtr, Int(_)) => PtrToInt(bcx, llexpr, ll_t_out), (Int(_), Ptr(_)) => IntToPtr(bcx, llexpr, ll_t_out), (Int(_), Int(_)) => int_cast(bcx, ll_t_out, ll_t_in, llexpr, signed), (Float, Float) => float_cast(bcx, ll_t_out, ll_t_in, llexpr), (Int(_), Float) if signed => SIToFP(bcx, llexpr, ll_t_out), (Int(_), Float) => UIToFP(bcx, llexpr, ll_t_out), (Float, Int(I)) => FPToSI(bcx, llexpr, ll_t_out), (Float, Int(_)) => FPToUI(bcx, llexpr, ll_t_out), _ => ccx.sess().span_bug(expr.span, &format!("translating unsupported cast: \ {:?} -> {:?}", t_in, t_out) ) }; return immediate_rvalue_bcx(bcx, newval, t_out).to_expr_datumblock(); } fn trans_assign_op<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::BinOp, dst: &ast::Expr, src: &ast::Expr) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_assign_op"); let mut bcx = bcx; debug!("trans_assign_op(expr={:?})", expr); // User-defined operator methods cannot be used with `+=` etc right now assert!(!bcx.tcx().is_method_call(expr.id)); // Evaluate LHS (destination), which should be an lvalue let dst_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, dst, "assign_op")); assert!(!bcx.fcx.type_needs_drop(dst_datum.ty)); let dst_ty = dst_datum.ty; let dst = load_ty(bcx, dst_datum.val, dst_datum.ty); // Evaluate RHS let rhs_datum = unpack_datum!(bcx, trans(bcx, &src)); let rhs_ty = rhs_datum.ty; let rhs = rhs_datum.to_llscalarish(bcx); // Perform computation and store the result let result_datum = unpack_datum!( bcx, trans_eager_binop(bcx, expr, dst_datum.ty, op, dst_ty, dst, rhs_ty, rhs)); return result_datum.store_to(bcx, dst_datum.val); } fn auto_ref<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, datum: Datum<'tcx, Expr>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; // Ensure cleanup of `datum` if not already scheduled and obtain // a "by ref" pointer. let lv_datum = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "autoref", expr.id)); // Compute final type. Note that we are loose with the region and // mutability, since those things don't matter in trans. let referent_ty = lv_datum.ty; let ptr_ty = bcx.tcx().mk_imm_ref(bcx.tcx().mk_region(ty::ReStatic), referent_ty); // Get the pointer. let llref = lv_datum.to_llref(); // Construct the resulting datum, using what was the "by ref" // ValueRef of type `referent_ty` to be the "by value" ValueRef // of type `&referent_ty`. // Pointers to DST types are non-immediate, and therefore still use ByRef. let kind = if type_is_sized(bcx.tcx(), referent_ty) { ByValue } else { ByRef }; DatumBlock::new(bcx, Datum::new(llref, ptr_ty, RvalueExpr(Rvalue::new(kind)))) } fn deref_multiple<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>, times: usize) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let mut datum = datum; for i in 0..times { let method_call = MethodCall::autoderef(expr.id, i as u32); datum = unpack_datum!(bcx, deref_once(bcx, expr, datum, method_call)); } DatumBlock { bcx: bcx, datum: datum } } fn deref_once<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>, method_call: MethodCall) -> DatumBlock<'blk, 'tcx, Expr> { let ccx = bcx.ccx(); debug!("deref_once(expr={:?}, datum={}, method_call={:?})", expr, datum.to_string(ccx), method_call); let mut bcx = bcx; // Check for overloaded deref. let method_ty = ccx.tcx() .tables .borrow() .method_map .get(&method_call).map(\|method\| method.ty); let datum = match method_ty { Some(method_ty) => { let method_ty = monomorphize_type(bcx, method_ty); // Overloaded. Evaluate `trans_overloaded_op`, which will // invoke the user's deref() method, which basically // converts from the `Smaht<T>` pointer that we have into // a `&T` pointer. We can then proceed down the normal // path (below) to dereference that `&T`. let datum = if method_call.autoderef == 0 { datum } else { // Always perform an AutoPtr when applying an overloaded auto-deref unpack_datum!(bcx, auto_ref(bcx, datum, expr)) }; let ref_ty = // invoked methods have their LB regions instantiated ccx.tcx().no_late_bound_regions(&method_ty.fn_ret()).unwrap().unwrap(); let scratch = rvalue_scratch_datum(bcx, ref_ty, "overloaded_deref"); unpack_result!(bcx, trans_overloaded_op(bcx, expr, method_call, datum, None, Some(SaveIn(scratch.val)), false)); scratch.to_expr_datum() } None => { // Not overloaded. We already have a pointer we know how to deref. datum } }; let r = match datum.ty.sty { ty::TyBox(content_ty) => { // Make sure we have an lvalue datum here to get the // proper cleanups scheduled let datum = unpack_datum!( bcx, datum.to_lvalue_datum(bcx, "deref", expr.id)); if type_is_sized(bcx.tcx(), content_ty) { let ptr = load_ty(bcx, datum.val, datum.ty); DatumBlock::new(bcx, Datum::new(ptr, content_ty, LvalueExpr)) } else { // A fat pointer and a DST lvalue have the same representation // just different types. Since there is no temporary for `e` // here (because it is unsized), we cannot emulate the sized // object code path for running drop glue and free. Instead, // we schedule cleanup for `e`, turning it into an lvalue. let datum = Datum::new(datum.val, content_ty, LvalueExpr); DatumBlock::new(bcx, datum) } } ty::TyRawPtr(ty::TypeAndMut { ty: content_ty, .. }) \| ty::TyRef(_, ty::TypeAndMut { ty: content_ty, .. }) => { if type_is_sized(bcx.tcx(), content_ty) { let ptr = datum.to_llscalarish(bcx); // Always generate an lvalue datum, even if datum.mode is // an rvalue. This is because datum.mode is only an // rvalue for non-owning pointers like &T or T, in which // case cleanup is* scheduled elsewhere, by the true // owner (or, in the case of T, by the user). DatumBlock::new(bcx, Datum::new(ptr, content_ty, LvalueExpr)) } else { // A fat pointer and a DST lvalue have the same representation // just different types. DatumBlock::new(bcx, Datum::new(datum.val, content_ty, LvalueExpr)) } } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("deref invoked on expr of illegal type {:?}", datum.ty)); } }; debug!("deref_once(expr={}, method_call={:?}, result={})", expr.id, method_call, r.datum.to_string(ccx)); return r; } #[derive(Debug)] enum OverflowOp { Add, Sub, Mul, Shl, Shr, } impl OverflowOp { fn codegen_strategy(&self) -> OverflowCodegen { use self::OverflowCodegen::{ViaIntrinsic, ViaInputCheck}; match self { OverflowOp::Add => ViaIntrinsic(OverflowOpViaIntrinsic::Add), OverflowOp::Sub => ViaIntrinsic(OverflowOpViaIntrinsic::Sub), OverflowOp::Mul => ViaIntrinsic(OverflowOpViaIntrinsic::Mul), OverflowOp::Shl => ViaInputCheck(OverflowOpViaInputCheck::Shl), OverflowOp::Shr => ViaInputCheck(OverflowOpViaInputCheck::Shr), } } } enum OverflowCodegen { ViaIntrinsic(OverflowOpViaIntrinsic), ViaInputCheck(OverflowOpViaInputCheck), } enum OverflowOpViaInputCheck { Shl, Shr, } #[derive(Debug)] enum OverflowOpViaIntrinsic { Add, Sub, Mul, } impl OverflowOpViaIntrinsic { fn to_intrinsic<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, lhs_ty: Ty) -> ValueRef { let name = self.to_intrinsic_name(bcx.tcx(), lhs_ty); bcx.ccx().get_intrinsic(&name) } fn to_intrinsic_name(&self, tcx: &ty::ctxt, ty: Ty) -> &'static str { use syntax::ast::IntTy::; use syntax::ast::UintTy::; use middle::ty::{TyInt, TyUint}; let new_sty = match ty.sty { TyInt(TyIs) => match &tcx.sess.target.target.target_pointer_width[..] { "32" => TyInt(TyI32), "64" => TyInt(TyI64), _ => panic!("unsupported target word size") }, TyUint(TyUs) => match &tcx.sess.target.target.target_pointer_width[..] { "32" => TyUint(TyU32), "64" => TyUint(TyU64), _ => panic!("unsupported target word size") }, ref t @ TyUint(_) \| ref t @ TyInt(_) => t.clone(), _ => panic!("tried to get overflow intrinsic for {:?} applied to non-int type", self) }; match self { OverflowOpViaIntrinsic::Add => match new_sty { TyInt(TyI8) => "llvm.sadd.with.overflow.i8", TyInt(TyI16) => "llvm.sadd.with.overflow.i16", TyInt(TyI32) => "llvm.sadd.with.overflow.i32", TyInt(TyI64) => "llvm.sadd.with.overflow.i64", TyUint(TyU8) => "llvm.uadd.with.overflow.i8", TyUint(TyU16) => "llvm.uadd.with.overflow.i16", TyUint(TyU32) => "llvm.uadd.with.overflow.i32", TyUint(TyU64) => "llvm.uadd.with.overflow.i64", _ => unreachable!(), }, OverflowOpViaIntrinsic::Sub => match new_sty { TyInt(TyI8) => "llvm.ssub.with.overflow.i8", TyInt(TyI16) => "llvm.ssub.with.overflow.i16", TyInt(TyI32) => "llvm.ssub.with.overflow.i32", TyInt(TyI64) => "llvm.ssub.with.overflow.i64", TyUint(TyU8) => "llvm.usub.with.overflow.i8", TyUint(TyU16) => "llvm.usub.with.overflow.i16", TyUint(TyU32) => "llvm.usub.with.overflow.i32", TyUint(TyU64) => "llvm.usub.with.overflow.i64", _ => unreachable!(), }, OverflowOpViaIntrinsic::Mul => match new_sty { TyInt(TyI8) => "llvm.smul.with.overflow.i8", TyInt(TyI16) => "llvm.smul.with.overflow.i16", TyInt(TyI32) => "llvm.smul.with.overflow.i32", TyInt(TyI64) => "llvm.smul.with.overflow.i64", TyUint(TyU8) => "llvm.umul.with.overflow.i8", TyUint(TyU16) => "llvm.umul.with.overflow.i16", TyUint(TyU32) => "llvm.umul.with.overflow.i32", TyUint(TyU64) => "llvm.umul.with.overflow.i64", _ => unreachable!(), }, } } fn build_intrinsic_call<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { let llfn = self.to_intrinsic(bcx, lhs_t); let val = Call(bcx, llfn, &[lhs, rhs], None, binop_debug_loc); let result = ExtractValue(bcx, val, 0); // iN operation result let overflow = ExtractValue(bcx, val, 1); // i1 "did it overflow?" let cond = ICmp(bcx, llvm::IntEQ, overflow, C_integral(Type::i1(bcx.ccx()), 1, false), binop_debug_loc); let expect = bcx.ccx().get_intrinsic(&"llvm.expect.i1"); Call(bcx, expect, &[cond, C_integral(Type::i1(bcx.ccx()), 0, false)], None, binop_debug_loc); let bcx = base::with_cond(bcx, cond, \|bcx\| controlflow::trans_fail(bcx, info, InternedString::new("arithmetic operation overflowed"))); (bcx, result) } } impl OverflowOpViaInputCheck { fn build_with_input_check<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { let lhs_llty = val_ty(lhs); let rhs_llty = val_ty(rhs); // Panic if any bits are set outside of bits that we always // mask in. // // Note that the mask's value is derived from the LHS type // (since that is where the 32/64 distinction is relevant) but // the mask's type must match the RHS type (since they will // both be fed into a and-binop) let invert_mask = shift_mask_val(bcx, lhs_llty, rhs_llty, true); let outer_bits = And(bcx, rhs, invert_mask, binop_debug_loc); let cond = build_nonzero_check(bcx, outer_bits, binop_debug_loc); let result = match self { OverflowOpViaInputCheck::Shl => build_unchecked_lshift(bcx, lhs, rhs, binop_debug_loc), OverflowOpViaInputCheck::Shr => build_unchecked_rshift(bcx, lhs_t, lhs, rhs, binop_debug_loc), }; let bcx = base::with_cond(bcx, cond, \|bcx\| controlflow::trans_fail(bcx, info, InternedString::new("shift operation overflowed"))); (bcx, result) } } fn shift_mask_val<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, llty: Type, mask_llty: Type, invert: bool) -> ValueRef { let kind = llty.kind(); match kind { TypeKind::Integer => { // i8/u8 can shift by at most 7, i16/u16 by at most 15, etc. let val = llty.int_width() - 1; if invert { C_integral(mask_llty, !val, true) } else { C_integral(mask_llty, val, false) } }, TypeKind::Vector => { let mask = shift_mask_val(bcx, llty.element_type(), mask_llty.element_type(), invert); VectorSplat(bcx, mask_llty.vector_length(), mask) }, _ => panic!("shift_mask_val: expected Integer or Vector, found {:?}", kind), } } // Check if an integer or vector contains a nonzero element. fn build_nonzero_check<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, value: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let llty = val_ty(value); let kind = llty.kind(); match kind { TypeKind::Integer => ICmp(bcx, llvm::IntNE, value, C_null(llty), binop_debug_loc), TypeKind::Vector => { // Check if any elements of the vector are nonzero by treating // it as a wide integer and checking if the integer is nonzero. let width = llty.vector_length() as u64 llty.element_type().int_width(); let int_value = BitCast(bcx, value, Type::ix(bcx.ccx(), width)); build_nonzero_check(bcx, int_value, binop_debug_loc) }, _ => panic!("build_nonzero_check: expected Integer or Vector, found {:?}", kind), } } // To avoid UB from LLVM, these two functions mask RHS with an // appropriate mask unconditionally (i.e. the fallback behavior for // all shifts). For 32- and 64-bit types, this matches the semantics // of Java. (See related discussion on #1877 and #10183.) fn build_unchecked_lshift<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let rhs = base::cast_shift_expr_rhs(bcx, ast::BinOp_::BiShl, lhs, rhs); // #1877, #10183: Ensure that input is always valid let rhs = shift_mask_rhs(bcx, rhs, binop_debug_loc); Shl(bcx, lhs, rhs, binop_debug_loc) } fn build_unchecked_rshift<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let rhs = base::cast_shift_expr_rhs(bcx, ast::BinOp_::BiShr, lhs, rhs); // #1877, #10183: Ensure that input is always valid let rhs = shift_mask_rhs(bcx, rhs, binop_debug_loc); let tcx = bcx.tcx(); let is_simd = lhs_t.is_simd(tcx); let intype = if is_simd { lhs_t.simd_type(tcx) } else { lhs_t }; let is_signed = intype.is_signed(); if is_signed { AShr(bcx, lhs, rhs, binop_debug_loc) } else { LShr(bcx, lhs, rhs, binop_debug_loc) } } fn shift_mask_rhs<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, rhs: ValueRef, debug_loc: DebugLoc) -> ValueRef { let rhs_llty = val_ty(rhs); And(bcx, rhs, shift_mask_val(bcx, rhs_llty, rhs_llty, false), debug_loc) } fn with_overflow_check<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, oop: OverflowOp, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { if bcx.unreachable.get() { return (bcx, _Undef(lhs)); } if bcx.ccx().check_overflow() { match oop.codegen_strategy() { OverflowCodegen::ViaIntrinsic(oop) => oop.build_intrinsic_call(bcx, info, lhs_t, lhs, rhs, binop_debug_loc), OverflowCodegen::ViaInputCheck(oop) => oop.build_with_input_check(bcx, info, lhs_t, lhs, rhs, binop_debug_loc), } } else { let res = match oop { OverflowOp::Add => Add(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Sub => Sub(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Mul => Mul(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Shl => build_unchecked_lshift(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Shr => build_unchecked_rshift(bcx, lhs_t, lhs, rhs, binop_debug_loc), }; (bcx, res) } } /// We categorize expressions into three kinds. The distinction between /// lvalue/rvalue is fundamental to the language. The distinction between the /// two kinds of rvalues is an artifact of trans which reflects how we will /// generate code for that kind of expression. See trans/expr.rs for more /// information. #[derive(Copy, Clone)] enum ExprKind { Lvalue, RvalueDps, RvalueDatum, RvalueStmt } fn expr_kind(tcx: &ty::ctxt, expr: &ast::Expr) -> ExprKind { if tcx.is_method_call(expr.id) { // Overloaded operations are generally calls, and hence they are // generated via DPS, but there are a few exceptions: return match expr.node { // `a += b` has a unit result. ast::ExprAssignOp(..) => ExprKind::RvalueStmt, // the deref method invoked for `a` always yields an `&T` ast::ExprUnary(ast::UnDeref, _) => ExprKind::Lvalue, // the index method invoked for `a[i]` always yields an `&T` ast::ExprIndex(..) => ExprKind::Lvalue, // in the general case, result could be any type, use DPS _ => ExprKind::RvalueDps }; } match expr.node { ast::ExprPath(..) => { match tcx.resolve_expr(expr) { def::DefStruct(_) \| def::DefVariant(..) => { if let ty::TyBareFn(..) = tcx.node_id_to_type(expr.id).sty { // ctor function ExprKind::RvalueDatum } else { ExprKind::RvalueDps } } // Special case: A unit like struct's constructor must be called without () at the // end (like `UnitStruct`) which means this is an ExprPath to a DefFn. But in case // of unit structs this is should not be interpreted as function pointer but as // call to the constructor. def::DefFn(_, true) => ExprKind::RvalueDps, // Fn pointers are just scalar values. def::DefFn(..) \| def::DefMethod(..) => ExprKind::RvalueDatum, // Note: there is actually a good case to be made that // DefArg's, particularly those of immediate type, ought to // considered rvalues. def::DefStatic(..) \| def::DefUpvar(..) \| def::DefLocal(..) => ExprKind::Lvalue, def::DefConst(..) \| def::DefAssociatedConst(..) => ExprKind::RvalueDatum, def => { tcx.sess.span_bug( expr.span, &format!("uncategorized def for expr {}: {:?}", expr.id, def)); } } } ast::ExprUnary(ast::UnDeref, _) \| ast::ExprField(..) \| ast::ExprTupField(..) \| ast::ExprIndex(..) => { ExprKind::Lvalue } ast::ExprCall(..) \| ast::ExprMethodCall(..) \| ast::ExprStruct(..) \| ast::ExprRange(..) \| ast::ExprTup(..) \| ast::ExprIf(..) \| ast::ExprMatch(..) \| ast::ExprClosure(..) \| ast::ExprBlock(..) \| ast::ExprRepeat(..) \| ast::ExprVec(..) => { ExprKind::RvalueDps } ast::ExprIfLet(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprIfLet"); } ast::ExprWhileLet(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprWhileLet"); } ast::ExprForLoop(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprForLoop"); } ast::ExprLit(ref lit) if ast_util::lit_is_str(&lit) => { ExprKind::RvalueDps } ast::ExprBreak(..) \| ast::ExprAgain(..) \| ast::ExprRet(..) \| ast::ExprWhile(..) \| ast::ExprLoop(..) \| ast::ExprAssign(..) \| ast::ExprInlineAsm(..) \| ast::ExprAssignOp(..) => { ExprKind::RvalueStmt } ast::ExprLit(_) \| // Note: LitStr is carved out above ast::ExprUnary(..) \| ast::ExprBox(None, _) \| ast::ExprAddrOf(..) \| ast::ExprBinary(..) \| ast::ExprCast(..) => { ExprKind::RvalueDatum } ast::ExprBox(Some(ref place), _) => { // Special case `Box<T>` for now: let def_id = match tcx.def_map.borrow().get(&place.id) { Some(def) => def.def_id(), None => panic!("no def for place"), }; if tcx.lang_items.exchange_heap() == Some(def_id) { ExprKind::RvalueDatum } else { ExprKind::RvalueDps } } ast::ExprParen(ref e) => expr_kind(tcx, &*e), ast::ExprMac(..) => { tcx.sess.span_bug( expr.span, "macro expression remains after expansion"); } } }	trans_imm_cast
baseline_blog.py	from django import template from baselinecore.models import BlogPage register = template.Library() @register.simple_tag(takes_context=True) def	(context): context.update( {'latest_blog_posts': BlogPage.objects.live().order_by('-datetime')[:5]} ) return ""	get_latest_posts
ContentModelsDataList.tsx	import React, { useCallback, useRef } from "react"; import TimeAgo from "timeago-react"; import { useRouter } from "@webiny/react-router"; import { css } from "emotion"; import get from "lodash/get"; import { ConfirmationDialog } from "@webiny/ui/ConfirmationDialog"; import { DeleteIcon, EditIcon } from "@webiny/ui/List/DataList/icons"; import { ReactComponent as ViewListIcon } from "@webiny/app-headless-cms/admin/icons/view_list.svg"; import { DELETE_CONTENT_MODEL } from "../../viewsGraphql"; import { useApolloClient } from "@webiny/app-headless-cms/admin/hooks"; import { useSnackbar } from "@webiny/app-admin/hooks/useSnackbar"; import CurrentEnvironmentLabel from "./../../components/CurrentEnvironmentLabel"; import { DataList, List, ListItem, ListItemText, ListItemTextSecondary, ListItemMeta, ListActions } from "@webiny/ui/List"; import { IconButton } from "@webiny/ui/Button"; import { Tooltip } from "@webiny/ui/Tooltip"; import { i18n } from "@webiny/app/i18n"; const t = i18n.namespace("FormsApp.ContentModelsDataList"); const rightAlign = css({ alignItems: "flex-end !important", justifyContent: "center !important" }); const listItemMinHeight = css({ minHeight: "66px !important" }); const viewEntriesIconStyles = css({ color: "var(--mdc-theme-text-secondary-on-background)" }); export type ContentModelsDataListProps = { id?: any; dataList: any; }; const ContentModelsDataList = (props: ContentModelsDataListProps) => { const { dataList } = props; const { location, history } = useRouter(); const client = useApolloClient(); const { showSnackbar } = useSnackbar(); const deleteRecord = async item => { const res = await client.mutate({ mutation: DELETE_CONTENT_MODEL, variables: { id: item.id }, awaitRefetchQueries: true, refetchQueries: [ "HeadlessCmsListContentModels", "HeadlessCmsListMenuContentGroupsModels" ] }); const { data, error } = get(res, "data.deleteContentModel"); if (data) { showSnackbar(t`Content model {name} deleted.`({ name: item.name })); } else { showSnackbar(error.message, { title: t`Something unexpected happened.` }); } if (item.id === props.id) { const query = new URLSearchParams(location.search); query.delete("id");	dataList.refresh(); }; const editHandlers = useRef({}); const editRecord = useCallback(contentModel => { if (!editHandlers.current[contentModel.id]) { editHandlers.current[contentModel.id] = async () => { history.push("/cms/content-models/" + contentModel.id); }; } return editHandlers.current[contentModel.id]; }, undefined); const viewContentEntries = useCallback(contentModel => { return () => history.push("/cms/content-models/manage/" + contentModel.modelId); }, undefined); return ( <DataList {...dataList} title={t`Content Models`} actions={<CurrentEnvironmentLabel style={{ justifyContent: "flex-end" }} />} sorters={[ { label: t`Newest to oldest`, sorters: { createdOn: -1 } }, { label: t`Oldest to newest`, sorters: { createdOn: 1 } }, { label: t`Title A-Z`, sorters: { name: 1 } }, { label: t`Title Z-A`, sorters: { name: -1 } } ]} > {({ data = [] }) => ( <List data-testid="default-data-list"> {data.map(contentModel => ( <ListItem key={contentModel.id} className={listItemMinHeight}> <ListItemText> {contentModel.name} {contentModel.createdBy && ( <ListItemTextSecondary> {contentModel.createdBy.firstName && ( <> {t`Created by: {user}.`({ user: contentModel.createdBy.firstName })}{" "} </> )} {t`Last modified: {time}.`({ time: <TimeAgo datetime={contentModel.savedOn} /> })} </ListItemTextSecondary> )} </ListItemText> <ListItemMeta className={rightAlign}> <ListActions> <Tooltip content={t`View content`} placement={"top"}> <IconButton icon={ <ViewListIcon className={viewEntriesIconStyles} /> } label={t`View entries`} onClick={viewContentEntries(contentModel)} /> </Tooltip> <Tooltip content={t`Edit content model`} placement={"top"}> <EditIcon onClick={editRecord(contentModel)} /> </Tooltip> <ConfirmationDialog> {({ showConfirmation }) => ( <Tooltip content={t`Delete content model`} placement={"top"} > <DeleteIcon onClick={() => showConfirmation(async () => deleteRecord(contentModel) ) } /> </Tooltip> )} </ConfirmationDialog> </ListActions> </ListItemMeta> </ListItem> ))} </List> )} </DataList> ); }; export default ContentModelsDataList;	history.push({ search: query.toString() }); }
bitslice.rs	// Copyright 2012-2016 The Rust Project Developers. See the COPYRIGHT // file at the top-level directory of this distribution and at // http://rust-lang.org/COPYRIGHT. // // Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. // FIXME: merge with `bitvec` use std::mem; pub type Word = usize; /// `BitSlice` provides helper methods for treating a `[Word]` /// as a bitvector. pub trait BitSlice { fn clear_bit(&mut self, idx: usize) -> bool; fn set_bit(&mut self, idx: usize) -> bool; fn get_bit(&self, idx: usize) -> bool; } impl BitSlice for [Word] { /// Clears bit at `idx` to 0; returns true iff this changed `self.` fn clear_bit(&mut self, idx: usize) -> bool { let words = self; debug!("clear_bit: words={} idx={}", bits_to_string(words, words.len() * mem::size_of::<Word>()), bit_str(idx)); let BitLookup { word, bit_in_word, bit_mask } = bit_lookup(idx); debug!("word={} bit_in_word={} bit_mask={}", word, bit_in_word, bit_mask); let oldv = words[word]; let newv = oldv & !bit_mask; words[word] = newv; oldv != newv } /// Sets bit at `idx` to 1; returns true iff this changed `self.` fn set_bit(&mut self, idx: usize) -> bool { let words = self; debug!("set_bit: words={} idx={}", bits_to_string(words, words.len() * mem::size_of::<Word>()), bit_str(idx)); let BitLookup { word, bit_in_word, bit_mask } = bit_lookup(idx); debug!("word={} bit_in_word={} bit_mask={}", word, bit_in_word, bit_mask); let oldv = words[word]; let newv = oldv \| bit_mask; words[word] = newv; oldv != newv } /// Extracts value of bit at `idx` in `self`. fn get_bit(&self, idx: usize) -> bool { let words = self; let BitLookup { word, bit_mask, .. } = bit_lookup(idx); (words[word] & bit_mask) != 0 } } struct BitLookup { /// An index of the word holding the bit in original `[Word]` of query. word: usize, /// Index of the particular bit within the word holding the bit. bit_in_word: usize, /// Word with single 1-bit set corresponding to where the bit is located. bit_mask: Word, } #[inline] fn bit_lookup(bit: usize) -> BitLookup { let word_bits = mem::size_of::<Word>() * 8; let word = bit / word_bits; let bit_in_word = bit % word_bits; let bit_mask = 1 << bit_in_word; BitLookup { word: word, bit_in_word: bit_in_word, bit_mask: bit_mask } } fn bit_str(bit: Word) -> String	pub fn bits_to_string(words: &[Word], bits: usize) -> String { let mut result = String::new(); let mut sep = '['; // Note: this is a little endian printout of bytes. // i tracks how many bits we have printed so far. let mut i = 0; for &word in words.iter() { let mut v = word; loop { // for each byte in `v`: let remain = bits - i; // If less than a byte remains, then mask just that many bits. let mask = if remain <= 8 { (1 << remain) - 1 } else { 0xFF }; assert!(mask <= 0xFF); let byte = v & mask; result.push(sep); result.push_str(&format!("{:02x}", byte)); if remain <= 8 { break; } v >>= 8; i += 8; sep = '-'; } } result.push(']'); return result } #[inline] pub fn bitwise<Op:BitwiseOperator>(out_vec: &mut [usize], in_vec: &[usize], op: &Op) -> bool { assert_eq!(out_vec.len(), in_vec.len()); let mut changed = false; for (out_elt, in_elt) in out_vec.iter_mut().zip(in_vec) { let old_val = out_elt; let new_val = op.join(old_val, in_elt); *out_elt = new_val; changed \|= old_val != new_val; } changed } pub trait BitwiseOperator { /// Applies some bit-operation pointwise to each of the bits in the two inputs. fn join(&self, pred1: usize, pred2: usize) -> usize; } pub struct Union; impl BitwiseOperator for Union { #[inline] fn join(&self, a: usize, b: usize) -> usize { a \| b } } pub struct Subtract; impl BitwiseOperator for Subtract { #[inline] fn join(&self, a: usize, b: usize) -> usize { a & !b } }	{ let byte = bit >> 3; let lobits = 1 << (bit & 0b111); format!("[{}:{}-{:02x}]", bit, byte, lobits) }
index.ts			export { default, default as AppQuery } from "./AppQuery";
playlist_play.go	package api import ( "sort" "strconv" "github.com/fingerpich/grafana-farsi/pkg/api/dtos" "github.com/fingerpich/grafana-farsi/pkg/bus" _ "github.com/fingerpich/grafana-farsi/pkg/log" m "github.com/fingerpich/grafana-farsi/pkg/models" "github.com/fingerpich/grafana-farsi/pkg/services/search" ) func populateDashboardsById(dashboardByIds []int64, dashboardIdOrder map[int64]int) (dtos.PlaylistDashboardsSlice, error) { result := make(dtos.PlaylistDashboardsSlice, 0) if len(dashboardByIds) > 0 { dashboardQuery := m.GetDashboardsQuery{DashboardIds: dashboardByIds} if err := bus.Dispatch(&dashboardQuery); err != nil { return result, err } for _, item := range dashboardQuery.Result { result = append(result, dtos.PlaylistDashboard{ Id: item.Id, Slug: item.Slug, Title: item.Title, Uri: "db/" + item.Slug, Order: dashboardIdOrder[item.Id], }) } } return result, nil } func populateDashboardsByTag(orgId int64, signedInUser *m.SignedInUser, dashboardByTag []string, dashboardTagOrder map[string]int) dtos.PlaylistDashboardsSlice { result := make(dtos.PlaylistDashboardsSlice, 0) if len(dashboardByTag) > 0 { for _, tag := range dashboardByTag { searchQuery := search.Query{ Title: "", Tags: []string{tag},	SignedInUser: signedInUser, Limit: 100, IsStarred: false, OrgId: orgId, } if err := bus.Dispatch(&searchQuery); err == nil { for _, item := range searchQuery.Result { result = append(result, dtos.PlaylistDashboard{ Id: item.Id, Title: item.Title, Uri: item.Uri, Order: dashboardTagOrder[tag], }) } } } } return result } func LoadPlaylistDashboards(orgId int64, signedInUser *m.SignedInUser, playlistId int64) (dtos.PlaylistDashboardsSlice, error) { playlistItems, _ := LoadPlaylistItems(playlistId) dashboardByIds := make([]int64, 0) dashboardByTag := make([]string, 0) dashboardIdOrder := make(map[int64]int) dashboardTagOrder := make(map[string]int) for _, i := range playlistItems { if i.Type == "dashboard_by_id" { dashboardId, _ := strconv.ParseInt(i.Value, 10, 64) dashboardByIds = append(dashboardByIds, dashboardId) dashboardIdOrder[dashboardId] = i.Order } if i.Type == "dashboard_by_tag" { dashboardByTag = append(dashboardByTag, i.Value) dashboardTagOrder[i.Value] = i.Order } } result := make(dtos.PlaylistDashboardsSlice, 0) var k, _ = populateDashboardsById(dashboardByIds, dashboardIdOrder) result = append(result, k...) result = append(result, populateDashboardsByTag(orgId, signedInUser, dashboardByTag, dashboardTagOrder)...) sort.Sort(result) return result, nil }
0005_metaattributes_image.py	# -- coding: utf-8 -- # Generated by Django 1.11.7 on 2018-04-04 05:44 from __future__ import unicode_literals from django.conf import settings from django.db import migrations import django.db.models.deletion import filer.fields.image class	(migrations.Migration): dependencies = [ migrations.swappable_dependency(settings.FILER_IMAGE_MODEL), ('meta', '0004_auto_20180322_1026'), ] operations = [ migrations.AddField( model_name='metaattributes', name='image', field=filer.fields.image.FilerImageField(blank=True, null=True, on_delete=django.db.models.deletion.CASCADE, to=settings.FILER_IMAGE_MODEL), ), ]	Migration
app.py	import pickle import traceback import numpy as np from flask import Flask, request from config import MODELPATH, DEBUG app = Flask(__name__) model = pickle.load(open(MODELPATH, 'rb')) @app.route("/predict", methods=["POST"]) def predict():	if __name__ == "__main__": app.run(debug=DEBUG)	"""{"input": [5.8, 2.8, 5.1, 2.4]}""" try: content = request.json sample = content["input"] sample = np.array(sample).reshape(1, -1) prediction = model.predict(sample).tolist()[0] return {"prediction": prediction} except Exception as e: tb = traceback.format_exc() return {"errorMessages": tb.replace("\n","")}
main.go	package main import ( "fmt" "io" "os" "path" "path/filepath" "strings" "github.com/ethereum/go-ethereum/cmd/utils" "github.com/ethereum/go-ethereum/common" "github.com/ethereum/go-ethereum/log" "github.com/mattn/go-colorable" "github.com/mattn/go-isatty" "github.com/mitchellh/go-homedir" "github.com/olekukonko/tablewriter" "github.com/spf13/cobra" "github.com/spf13/viper" "github.com/eluv-io/contracts/cmds/ethverify/abidiff" "github.com/eluv-io/contracts/cmds/ethverify/gitutils" ) const ( DefaultElvFolder = ".eluvio/ethverify" ) var ( ostream log.Handler glogger = new(log.GlogHandler) config string cmdRoot = &cobra.Command{ Use: "ethverify", Short: "Management and verification of contracts", PersistentPreRunE: readConfig, } cmdGitFind = &cobra.Command{ Use: "git-find <contract_address> <Path/to/contracts/repo> <elvmasterd_rpc_url> ", Short: "Manage and retrieve the contract's git version", Long: `git-find helps to retrieve the git version at which the contract bytecode is present. The parameters can be set using flags or config file.`, Args: cobra.RangeArgs(2,3), RunE: runGitFind, Example: `if running from contracts repo : ethverify git-find 0xCAFE . "http://localhost:8545"`, } cmdAbiDiff = &cobra.Command{ Use: "abi-diff", Short: "To identify changes made to contracts", Long: `abi-diff compares the new abi with stored abi and specifies any critical changes are present. If the changes made are not critical, the store dir has new set of abi. Also, the stored abi can be overwritten with new abi using --overwrite flag. The default path for storedir is "./store", which can be changed using --storedir flag. `, RunE: runAbiDiff, Example: `if run from 'contracts' repo, "ethverify abi-diff" else "ethverify abi-diff --storedir <Path/to/stored/abi/dir>" `, } ) func init() { // cmd flags cmdRoot.PersistentFlags().Int("verbosity", 3, "Logging verbosity: 0=silent, 1=error, 2=warn, 3=info, 4=debug, 5=detail") cmdRoot.PersistentFlags().String("log-file", "", "Output log file") cmdRoot.PersistentFlags().StringVar(&config, "config", "", "Config file path (default=<Homedir>/.eluvio/ethverify/config.toml") cmdAbiDiff.Flags().Bool("overwrite", false, "overwrite 'store' directory with new abi, even if abi-diff throws breaking changes") cmdAbiDiff.Flags().String("storedir", "./store", "directory for stored abi files") _ = viper.BindPFlag("verbosity", cmdRoot.PersistentFlags().Lookup("verbosity")) _ = viper.BindPFlag("log_file", cmdRoot.PersistentFlags().Lookup("log-file")) _ = viper.BindPFlag("git_find.ethurl", cmdGitFind.Flags().Lookup("ethurl")) _ = viper.BindPFlag("git_find.rootdir", cmdGitFind.Flags().Lookup("rootdir")) _ = viper.BindPFlag("git_find.contract", cmdGitFind.Flags().Lookup("contract")) _ = viper.BindPFlag("abi_diff.overwrite", cmdAbiDiff.Flags().Lookup("overwrite")) _ = viper.BindPFlag("abi_diff.storedir", cmdAbiDiff.Flags().Lookup("storedir")) // for env variable replacer := strings.NewReplacer(".", "_") viper.SetEnvKeyReplacer(replacer) viper.AutomaticEnv() cmdRoot.AddCommand(cmdGitFind) cmdRoot.AddCommand(cmdAbiDiff) } func readConfig(cmd cobra.Command, args []string) error { // if --config is passed, attempt to parse the config file var filename string if config == "" { home, err := homedir.Dir() var folderPath string if err == nil { folderPath = path.Join(home, DefaultElvFolder) _, err := os.Stat(folderPath) if os.IsNotExist(err) { err = os.MkdirAll(folderPath, os.FileMode(0700)) if err != nil { return fmt.Errorf("create config folder failed : folder = %v, err = %v", folderPath, err) } } } file := path.Join(folderPath, "config.toml") // checks if config file exists if _, err := os.Stat(file); !os.IsNotExist(err) { log.Warn("reading from default config file", "filepath", file) filename = filepath.Base(file) viper.SetConfigName(filename[:len(filename)-len(filepath.Ext(filename))]) viper.AddConfigPath(folderPath) err := viper.ReadInConfig() if err != nil { return fmt.Errorf("failed to read config file - %v", err) } } } else { filename = filepath.Base(config) viper.SetConfigName(filename[:len(filename)-len(filepath.Ext(filename))]) viper.AddConfigPath(filepath.Dir(config)) err := viper.ReadInConfig() if err != nil { return fmt.Errorf("failed to read config file - %v", err) } } var output io.Writer usecolor := (isatty.IsTerminal(os.Stderr.Fd()) \|\| isatty.IsCygwinTerminal(os.Stderr.Fd())) && os.Getenv("TERM") != "dumb" logFile := viper.GetString("log_file") verbosity := viper.GetInt("verbosity") var lvl log.Lvl switch verbosity { case 0: lvl = log.LvlCrit case 1: lvl = log.LvlError case 2: lvl = log.LvlWarn case 3: lvl = log.LvlInfo case 4: lvl = log.LvlDebug case 5: lvl = log.LvlTrace } if usecolor { output = colorable.NewColorableStderr() } var err error if logFile != "" { ostream, err = log.FileHandler(logFile, log.TerminalFormat(false)) if err != nil { utils.Fatalf("error setting logger file", err) } } else { output = io.Writer(os.Stdout) ostream = log.StreamHandler(output, log.TerminalFormat(usecolor)) } glogger = log.NewGlogHandler(ostream) glogger.Verbosity(lvl) log.Root().SetHandler(glogger) return nil } func runGitFind(cmd cobra.Command, args []string) error { contractAddr := args[0] if !common.IsHexAddress(contractAddr) \|\| contractAddr == "" { return fmt.Errorf("contract address provided is invalid, contract addr = %v", contractAddr) } rootDir := args[1] if rootDir == "" { return fmt.Errorf("root directory is nil") } var ethurl string if len(args) > 2 { ethurl = args[2] } else { ethurl = "http://localhost:8545" log.Warn(fmt.Sprintf("elvmasterd_rpc_url:%v",ethurl)) } gitCommits, err := gitutils.GetContractGitCommit(rootDir, ethurl, common.HexToAddress(contractAddr)) if err != nil { return err	if len(gitCommits) > 0 { var table tablewriter.Table table = tablewriter.NewWriter(os.Stdout) table.SetHeader([]string{"Git Contract Info"}) table.SetRowLine(true) for _, v := range gitCommits { table.Append([]string{v}) } table.Render() } else{ log.Info("No git commits are present for given contract address","contract address",contractAddr) } return nil } func runAbiDiff(cmd cobra.Command, args []string) error { overwrite := viper.GetBool("abi_diff.overwrite") storeDir := viper.GetString("abi_diff.storedir") diffItem, err := abidiff.VerifyAllABI(overwrite, storeDir) if err != nil { return err } if len(diffItem) == 0 { log.Info("NO DIFFERENCES in abi") return nil } checkForBreakingChanges := false for _, v := range diffItem { if v.Breaking { checkForBreakingChanges = true log.Info("BREAKING Changes", "report", v.Report) } else { log.Info("Changes", "report", v.Report) } } // No Breaking changes, replace the stored abi if !checkForBreakingChanges { _, err = abidiff.VerifyAllABI(true, storeDir) if err != nil { return err } log.Info("No Breaking changes are made, replacing the STORED abi to NEW abi") } return nil } func Execute() error { err := cmdRoot.Execute() if err != nil { log.Error(err.Error()) // seems post-run is not invoked in that case // cleanupServer(nil, nil) } return err } func main() { if err := Execute(); err != nil { os.Exit(1) } log.Info("LEAVING eth-verify...") }	}
query_registry.py	from ted_sws.rml_to_html.resources import get_sparql_query class QueryRegistry: @property def TRIPLE_MAP(self): return get_sparql_query(query_file_name="get_triple_maps.rq") @property def LOGICAL_SOURCE(self): return get_sparql_query(query_file_name="get_logical_source.rq") @property def SUBJECT_MAP(self): return get_sparql_query(query_file_name="get_subject_map.rq") @property def PREDICATE_OBJECT_MAP(self): return get_sparql_query(query_file_name="get_predicate_object_map.rq") \ @property		def TRIPLE_MAP_COMMENT_LABEL(self): return get_sparql_query(query_file_name="get_label_comment.rq")
DashboardMenuConfComponent.ts	import Component from 'vue-class-component'; import { Prop, Vue, Watch } from 'vue-property-decorator'; import ModuleDAO from '../../../../../shared/modules/DAO/ModuleDAO'; import InsertOrDeleteQueryResult from '../../../../../shared/modules/DAO/vos/InsertOrDeleteQueryResult'; import ModuleDashboardBuilder from '../../../../../shared/modules/DashboardBuilder/ModuleDashboardBuilder'; import DashboardVO from '../../../../../shared/modules/DashboardBuilder/vos/DashboardVO'; import MenuElementVO from '../../../../../shared/modules/Menu/vos/MenuElementVO'; import ModuleTranslation from '../../../../../shared/modules/Translation/ModuleTranslation'; import TranslatableTextVO from '../../../../../shared/modules/Translation/vos/TranslatableTextVO'; import TranslationVO from '../../../../../shared/modules/Translation/vos/TranslationVO'; import ConsoleHandler from '../../../../../shared/tools/ConsoleHandler'; import { ModuleTranslatableTextAction } from '../../InlineTranslatableText/TranslatableTextStore'; import MenuController from '../../menu/MenuController'; import MenuOrganizerComponent from '../../menu/organizer/MenuOrganizerComponent'; import VueComponentBase from '../../VueComponentBase'; import './DashboardMenuConfComponent.scss'; @Component({ template: require('./DashboardMenuConfComponent.pug'), components: { Menuorganizercomponent: MenuOrganizerComponent } }) export default class	extends VueComponentBase { @Prop() private dashboard: DashboardVO; @ModuleTranslatableTextAction private set_flat_locale_translation: (translation: { code_text: string, value: string }) => void; private menu_app: { [app_name: string]: number } = {}; private app_names: string[] = []; private is_loading: boolean = true; @Watch('dashboard', { immediate: true }) private async onchange_dashboard() { this.is_loading = true; if (!this.dashboard) { this.menu_app = {}; this.is_loading = false; return; } this.menu_app = {}; this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); for (let i in this.app_names) { let app_name = this.app_names[i]; let db_menu: MenuElementVO = await ModuleDAO.getInstance().getNamedVoByName<MenuElementVO>( MenuElementVO.API_TYPE_ID, 'dashboard__menu__' + app_name + '__' + this.dashboard.id); if (db_menu) { this.menu_app[db_menu.app_name] = db_menu.id; } } this.is_loading = false; } private get_menu(app_name: string): MenuElementVO { if (!this.dashboard) { return null; } let res: MenuElementVO = new MenuElementVO(); res.access_policy_name = ModuleDashboardBuilder.POLICY_FO_ACCESS; res.app_name = app_name; res.fa_class = "fa-area-chart"; res.hidden = true; res.menu_parent_id = null; res.name = 'dashboard__menu__' + app_name + '__' + this.dashboard.id; res.target = 'Dashboard View'; res.target_is_routename = true; res.target_route_params = '{ "dashboard_id": ' + this.dashboard.id + ' }'; res.weight = -1; return res; } private async switch_menu_app(app_name: string) { this.is_loading = true; if (this.dashboard) { let db_menu: MenuElementVO = await ModuleDAO.getInstance().getNamedVoByName<MenuElementVO>( MenuElementVO.API_TYPE_ID, 'dashboard__menu__' + app_name + '__' + this.dashboard.id); if (!!this.menu_app[app_name]) { if (!!db_menu) { await ModuleDAO.getInstance().deleteVOs([db_menu]); await MenuController.getInstance().reload_from_db(); this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); } Vue.set(this.menu_app, app_name, null); } else { if (!!db_menu) { Vue.set(this.menu_app, app_name, db_menu.id); this.is_loading = false; return; } db_menu = this.get_menu(app_name); let translatable_text_menu = await ModuleTranslation.getInstance().getTranslatableText(db_menu.translatable_title); if (!translatable_text_menu) { translatable_text_menu = new TranslatableTextVO(); translatable_text_menu.code_text = db_menu.translatable_title; let insertOrDeleteQueryResulttt: InsertOrDeleteQueryResult = await ModuleDAO.getInstance().insertOrUpdateVO(translatable_text_menu); if ((!insertOrDeleteQueryResulttt) \|\| (!insertOrDeleteQueryResulttt.id)) { ConsoleHandler.getInstance().error('Failed switch_menu_app create translatable text'); this.is_loading = false; return; } translatable_text_menu.id = insertOrDeleteQueryResulttt.id; } /** * On se base sur la trad actuelle du dashboard */ let db_translatable_text = await ModuleTranslation.getInstance().getTranslatableText(this.dashboard.translatable_name_code_text); if (db_translatable_text) { let translations: TranslationVO[] = await ModuleDAO.getInstance().getVosByRefFieldIds<TranslationVO>( TranslationVO.API_TYPE_ID, 'text_id', [db_translatable_text.id]); for (let i in translations) { let translation = translations[i]; let menu_translation: TranslationVO = await ModuleTranslation.getInstance().getTranslation(translation.lang_id, translatable_text_menu.id); if (!menu_translation) { menu_translation = new TranslationVO(); menu_translation.lang_id = translation.lang_id; menu_translation.text_id = translatable_text_menu.id; menu_translation.translated = translation.translated; let resi = await ModuleDAO.getInstance().insertOrUpdateVO(menu_translation); if (resi && resi.id) { this.set_flat_locale_translation({ code_text: translatable_text_menu.code_text, value: translation.translated }); } } } } let insertOrDeleteQueryResult: InsertOrDeleteQueryResult = await ModuleDAO.getInstance().insertOrUpdateVO(this.get_menu(app_name)); if ((!insertOrDeleteQueryResult) \|\| !insertOrDeleteQueryResult.id) { ConsoleHandler.getInstance().error('Failed switch_menu_app create'); this.is_loading = false; return; } Vue.set(this.menu_app, app_name, insertOrDeleteQueryResult.id); await MenuController.getInstance().reload_from_db(); this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); } } this.is_loading = false; } }	DashboardMenuConfComponent
App_20210511150821.js	import React from 'react'; import API from './API'; import './App.css'; import Navigation from './components/Navigation'; import { BrowserRouter as Router, Switch, Route } from 'react-router-dom'; import Home from './pages/Home'; import Planets from './pages/Planets'; import Starships from './pages/Starships'; import Spinner from './components/Spinner'; import PersonDetails from './components/PersonDetails'; function App() { const [people, setPeople] = React.useState([]); const [planets, setPlanets] = React.useState([]); const [starships, setStarships] = React.useState([]); const [loading, setLoading] = React.useState(true); const [userSearch, setUserSearch] = React.useState(''); const {personId, setPersonId} = React.useState(null) React.useEffect(() => { getPeople(); getPlanets(); getStarships(); setLoading(false); }, []); const handleClick = (id) => { setPersonId(id) } const updateUserSearch = (e) => { setUserSearch(e.target.value); }; const getPeople = () => { API.fetchAllPeople() .then((data) => setPeople(data.results)) .catch((error) => console.error(error)); }; const getPlanets = () => { API.fetchAllPlanets()	.then((data) => setPlanets(data.results)) .catch((error) => console.error(error)); }; const getStarships = () => { API.fetchAllStarships() .then((data) => setStarships(data.results)) .catch((error) => console.error(error)); }; console.log('people', people); console.log('planets', planets); console.log('starships', starships); return ( <> <Router> <Navigation updateUserSearch={updateUserSearch} userSearch={userSearch} /> {loading ? ( <Spinner /> ) : ( <Switch> <Route exact path="/"> <Home people={people} userSearch={userSearch} personId={personId} handleClick={handleClick}/> </Route> <Route exact path="/planets"> <Planets planets={planets} /> </Route> <Route exact path="/starships"> <Starships starships={starships} /> </Route> <Route path={`/people/${setPersonId}/`}> <PersonDetails people={people} personId={setPersonId}/> </Route> </Switch> )} </Router> </> ); } export default App;
piped_deconvolve.py	'''Implements a multiprocessing deconvolution algorithm ''' import os import multiprocessing from collections import deque import ms_peak_picker import ms_deisotope import traceback from ms_deisotope.processor import ( ScanProcessor, MSFileLoader, NoIsotopicClustersError, EmptyScanError) from ms_deisotope.feature_map.quick_index import index as build_scan_index from ms_deisotope.data_source.common import ProcessedScan import logging from glycan_profiling.task import ( TaskBase, log_handle, CallInterval) from glycan_profiling.config import get_configuration from multiprocessing import Process, JoinableQueue try: from Queue import Empty as QueueEmpty except ImportError: from queue import Empty as QueueEmpty logger = logging.getLogger("glycan_profiler.preprocessor") DONE = b"--NO-MORE--" SCAN_STATUS_GOOD = b"good" SCAN_STATUS_SKIP = b"skip" user_config = get_configuration() huge_tree = user_config.get("xml_huge_tree", False) savgol = ms_peak_picker.scan_filter.SavitskyGolayFilter() denoise = ms_peak_picker.scan_filter.FTICRBaselineRemoval(window_length=2.) class ScanIDYieldingProcess(Process): def __init__(self, ms_file_path, queue, start_scan=None, max_scans=None, end_scan=None, no_more_event=None, ignore_tandem_scans=False, batch_size=1): Process.__init__(self) self.daemon = True self.ms_file_path = ms_file_path self.queue = queue self.loader = None self.start_scan = start_scan self.max_scans = max_scans self.end_scan = end_scan self.ignore_tandem_scans = ignore_tandem_scans self.batch_size = batch_size self.no_more_event = no_more_event def _make_scan_batch(self): batch = [] scan_ids = [] for _i in range(self.batch_size): try: bunch = next(self.loader) scan, products = bunch if scan is not None: scan_id = scan.id else: scan_id = None product_scan_ids = [p.id for p in products] except StopIteration: break except Exception as e: log_handle.error("An error occurred in _make_scan_batch", e) break if not self.ignore_tandem_scans: batch.append((scan_id, product_scan_ids, True)) else: batch.append((scan_id, product_scan_ids, False)) scan_ids.append(scan_id) return batch, scan_ids def run(self): self.loader = MSFileLoader( self.ms_file_path, huge_tree=huge_tree, decode_binary=False) if self.start_scan is not None: try: self.loader.start_from_scan( self.start_scan, require_ms1=self.loader.has_ms1_scans(), grouped=True) except IndexError as e: log_handle.error("An error occurred while locating start scan", e) self.loader.reset() self.loader.make_iterator(grouped=True) except AttributeError: log_handle.error("The reader does not support random access, start time will be ignored", e) self.loader.reset() self.loader.make_iterator(grouped=True) else: self.loader.make_iterator(grouped=True) count = 0 last = 0 if self.max_scans is None: max_scans = float('inf') else: max_scans = self.max_scans end_scan = self.end_scan while count < max_scans: try: batch, ids = self._make_scan_batch() if len(batch) > 0: self.queue.put(batch) count += len(ids) if (count - last) > 1000: last = count self.queue.join() if (end_scan in ids and end_scan is not None) or len(ids) == 0: log_handle.log("End Scan Found") break except StopIteration: break except Exception as e: log_handle.error("An error occurred while fetching scans", e) break if self.no_more_event is not None: self.no_more_event.set() log_handle.log("All Scan IDs have been dealt. %d scan bunches." % (count,)) else: self.queue.put(DONE) class ScanBunchLoader(object): def __init__(self, mzml_loader): self.loader = mzml_loader self.queue = deque() def put(self, scan_id, product_scan_ids): self.queue.append((scan_id, product_scan_ids)) def get(self): scan_id, product_scan_ids = self.queue.popleft() if scan_id is not None: precursor = self.loader.get_scan_by_id(scan_id) else: precursor = None products = [self.loader.get_scan_by_id( pid) for pid in product_scan_ids if pid is not None] if precursor: precursor.product_scans = products return (precursor, products) class ScanTransformMixin(object): def log_error(self, error, scan_id, scan, product_scan_ids): tb = traceback.format_exc() self.log_handler( "An %r occurred for %s (index %r) in Process %r\n%s" % ( error, scan_id, scan.index, multiprocessing.current_process(), tb)) def _init_batch_store(self): self._batch_store = deque() def get_work(self, block=True, timeout=30): if self._batch_store: return self._batch_store.popleft() else: batch = self.input_queue.get(block, timeout) self._batch_store.extend(batch) result = self._batch_store.popleft() return result def	(self, message): self.log_handler(message + ", %r" % (multiprocessing.current_process())) def skip_entry(self, index, ms_level): self.output_queue.put((SCAN_STATUS_SKIP, index, ms_level)) def skip_scan(self, scan): self.output_queue.put((SCAN_STATUS_SKIP, scan.index, scan.ms_level)) def send_scan(self, scan): scan = scan.pack() # this attribute is not needed, and for MS1 scans is dangerous # to pickle. # It can pull other scans which may not yet have been packed # into the message sent back to the main process which in # turn can form a reference cycle and eat a lot of memory scan.product_scans = [] self.output_queue.put((scan, scan.index, scan.ms_level)) def all_work_done(self): return self._work_complete.is_set() def make_scan_transformer(self, loader=None): raise NotImplementedError() class ScanTransformingProcess(Process, ScanTransformMixin): """ScanTransformingProcess describes a child process that consumes scan id bunches from a shared input queue, retrieves the relevant scans, and preprocesses them using an instance of :class:`ms_deisotope.processor.ScanProcessor`, sending the reduced result to a shared output queue. Attributes ---------- input_queue : multiprocessing.JoinableQueue A shared input queue which contains payloads of bunches of scan ids ms1_deconvolution_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` ms1_peak_picking_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` msn_deconvolution_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` msn_peak_picking_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` mzml_path : str Path to the spectral data file on disk no_more_event : multiprocessing.Event An event which will be set when the process feeding the input queue has run out of items to add, indicating that any QueueEmptyException should be treated as a signal to finish rather than to wait for new input output_queue : multiprocessing.JoinableQueue A shared output queue which this object will put :class:`ms_deisotope.data_source.common.ProcessedScan` bunches onto. """ def __init__(self, mzml_path, input_queue, output_queue, no_more_event=None, ms1_peak_picking_args=None, msn_peak_picking_args=None, ms1_deconvolution_args=None, msn_deconvolution_args=None, envelope_selector=None, ms1_averaging=0, log_handler=None, deconvolute=True, verbose=False): if log_handler is None: def print_message(msg): print(msg) log_handler = print_message if ms1_peak_picking_args is None: ms1_peak_picking_args = { "transforms": [denoise, savgol], "start_mz": 250 } if msn_peak_picking_args is None: msn_peak_picking_args = { "transforms": [] } if ms1_deconvolution_args is None: ms1_deconvolution_args = { "scorer": ms_deisotope.scoring.PenalizedMSDeconVFitter(35., 2), "charge_range": (1, 8), "averagine": ms_deisotope.glycopeptide } if msn_deconvolution_args is None: msn_deconvolution_args = { "scorer": ms_deisotope.scoring.MSDeconVFitter(10.), "charge_range": (1, 8), "averagine": ms_deisotope.glycopeptide } Process.__init__(self) self.verbose = verbose self._init_batch_store() self.daemon = True self.mzml_path = mzml_path self.input_queue = input_queue self.output_queue = output_queue self.ms1_peak_picking_args = ms1_peak_picking_args self.msn_peak_picking_args = msn_peak_picking_args self.ms1_deconvolution_args = ms1_deconvolution_args self.msn_deconvolution_args = msn_deconvolution_args self.envelope_selector = envelope_selector self.ms1_averaging = ms1_averaging self.deconvolute = deconvolute self.transformer = None self.no_more_event = no_more_event self._work_complete = multiprocessing.Event() self.log_handler = log_handler def make_scan_transformer(self, loader=None): transformer = ScanProcessor( loader, ms1_peak_picking_args=self.ms1_peak_picking_args, msn_peak_picking_args=self.msn_peak_picking_args, ms1_deconvolution_args=self.ms1_deconvolution_args, msn_deconvolution_args=self.msn_deconvolution_args, loader_type=lambda x: x, envelope_selector=self.envelope_selector, ms1_averaging=self.ms1_averaging) return transformer def handle_scan_bunch(self, scan, product_scans, scan_id, product_scan_ids, process_msn=True): transformer = self.transformer # handle the MS1 scan if it is present if scan is not None: if len(scan.arrays[0]) == 0: self.skip_scan(scan) else: try: scan, priorities, product_scans = transformer.process_scan_group( scan, product_scans) if scan is None: # no way to report skip pass else: if self.verbose: self.log_message("Handling Precursor Scan %r with %d peaks" % (scan.id, len(scan.peak_set))) if self.deconvolute: transformer.deconvolute_precursor_scan(scan, priorities, product_scans) self.send_scan(scan) except NoIsotopicClustersError as e: self.log_message("No isotopic clusters were extracted from scan %s (%r)" % ( e.scan_id, len(scan.peak_set))) self.skip_scan(scan) except EmptyScanError as e: self.skip_scan(scan) except Exception as e: self.skip_scan(scan) self.log_error(e, scan_id, scan, (product_scan_ids)) for product_scan in product_scans: # no way to report skip if product_scan is None: continue if len(product_scan.arrays[0]) == 0 or (not process_msn): self.skip_scan(product_scan) continue try: transformer.pick_product_scan_peaks(product_scan) if self.verbose: self.log_message("Handling Product Scan %r with %d peaks (%0.3f/%0.3f, %r)" % ( product_scan.id, len(product_scan.peak_set), product_scan.precursor_information.mz, product_scan.precursor_information.extracted_mz, product_scan.precursor_information.defaulted)) if self.deconvolute: transformer.deconvolute_product_scan(product_scan) if scan is None: product_scan.precursor_information.default(orphan=True) self.send_scan(product_scan) except NoIsotopicClustersError as e: self.log_message("No isotopic clusters were extracted from scan %s (%r)" % ( e.scan_id, len(product_scan.peak_set))) self.skip_scan(product_scan) except EmptyScanError as e: self.skip_scan(product_scan) except Exception as e: self.skip_scan(product_scan) self.log_error(e, product_scan.id, product_scan, (product_scan_ids)) def run(self): loader = MSFileLoader( self.mzml_path, huge_tree=huge_tree, decode_binary=False) queued_loader = ScanBunchLoader(loader) has_input = True transformer = self.make_scan_transformer(loader) self.transformer = transformer nologs = ["deconvolution_scan_processor"] if not self.deconvolute: nologs.append("deconvolution") debug_mode = os.getenv("GLYCRESOFTDEBUG") if debug_mode: handler = logging.FileHandler("piped-deconvolution-debug-%s.log" % (os.getpid()), 'w') fmt = logging.Formatter( "%(asctime)s - %(name)s:%(filename)s:%(lineno)-4d - %(levelname)s - %(message)s", "%H:%M:%S") handler.setFormatter(fmt) for logname in nologs: logger_to_silence = logging.getLogger(logname) if debug_mode: logger_to_silence.setLevel("DEBUG") logger_to_silence.addHandler(handler) else: logger_to_silence.propagate = False logger_to_silence.setLevel("CRITICAL") logger_to_silence.addHandler(logging.NullHandler()) i = 0 last = 0 while has_input: try: scan_id, product_scan_ids, process_msn = self.get_work(True, 10) self.input_queue.task_done() except QueueEmpty: if self.no_more_event is not None and self.no_more_event.is_set(): has_input = False continue i += 1 + len(product_scan_ids) if scan_id == DONE: has_input = False break try: queued_loader.put(scan_id, product_scan_ids) scan, product_scans = queued_loader.get() except Exception as e: self.log_message("Something went wrong when loading bunch (%s): %r.\nRecovery is not possible." % ( (scan_id, product_scan_ids), e)) self.handle_scan_bunch(scan, product_scans, scan_id, product_scan_ids, process_msn) if (i - last) > 1000: last = i self.output_queue.join() self.log_message("Done (%d scans)" % i) if self.no_more_event is None: self.output_queue.put((DONE, DONE, DONE)) self._work_complete.set() class ScanCollator(TaskBase): """Collates incoming scan bunches from multiple ScanTransformingProcesses, passing them along in the correct order. Attributes ---------- count_jobs_done : int The number of scan bunches taken from :attr:`queue` count_since_last : int The number of work-cycles since the last scan bunch has been yielded done_event : multiprocessing.Event An IPC Event to indicate that all scan ids have been sent to the worker processes helper_producers : list A list of ScanTransformingProcesses include_fitted : bool Whether or not to save the raw fitted peaks for each scan produced. When this is `False`, they will be discarded and memory will be saved last_index : int The index of the last scan yielded through the iterator loop. This controls the next scan to be yielded and any waiting conditions primary_worker : ScanTransformingProcess The first worker to start consuming scans which will dictate the first handled index. Is required to run in isolation from other worker processes to insure that the first scan arrives in order queue : multiprocessing.Queue The IPC queue that all workers place their results on to be consumed and yielded in order started_helpers : bool Whether or not the additional workers in :attr:`helper_producers` have been started or not waiting : dict A mapping from scan index to `Scan` object. Used to serve scans through the iterator when their index is called for """ _log_received_scans = False def __init__(self, queue, done_event, helper_producers=None, primary_worker=None, include_fitted=False, input_queue=None): if helper_producers is None: helper_producers = [] self.queue = queue self.last_index = None self.count_jobs_done = 0 self.count_since_last = 0 self.waiting = {} self.done_event = done_event self.helper_producers = helper_producers self.started_helpers = False self.primary_worker = primary_worker self.include_fitted = include_fitted self.input_queue = input_queue def all_workers_done(self): if self.done_event.is_set(): if self.primary_worker.all_work_done(): for helper in self.helper_producers: if not helper.all_work_done(): return False return True else: return False return False def store_item(self, item, index): """Stores an incoming work-item for easy access by its `index` value. If configuration requires it, this will also reduce the number of peaks in `item`. Parameters ---------- item : str or ProcessedScan Either a stub indicating why this work item is not index : int Scan index to store """ if self._log_received_scans: self.log("-- received %d: %s" % (index, item)) self.waiting[index] = item if not self.include_fitted and isinstance(item, ProcessedScan): item.peak_set = [] def consume(self, timeout=10): """Fetches the next work item from the input queue :attr:`queue`, blocking for at most `timeout` seconds. Parameters ---------- timeout : int, optional The duration to allow the process to block for while awaiting new work items. Returns ------- bool Whether or not a new work item was found waiting on the :attr:`queue` """ blocking = timeout != 0 try: item, index, _ms_level = self.queue.get(blocking, timeout) self.queue.task_done() # DONE message may be sent many times. while item == DONE: item, index, _ms_level = self.queue.get(blocking, timeout) self.queue.task_done() self.store_item(item, index) return True except QueueEmpty: return False def start_helper_producers(self): """Starts the additional :class:`ScanTransformingProcess` workers in :attr:`helper_producers` if they have not been started already. Should only be invoked once """ if self.started_helpers: return self.started_helpers = True for helper in self.helper_producers: if helper.is_alive(): continue helper.start() def produce(self, scan): """Performs any final quality controls on the outgoing :class:`ProcessedScan` object and takes care of any internal details. Resets :attr:`count_since_last` to `0`. Parameters ---------- scan : ProcessedScan The scan object being finalized for hand-off to client code Returns ------- ProcessedScan The version of `scan` ready to be used by other parts of the program """ self.count_since_last = 0 return scan def count_pending_items(self): return len(self.waiting) def drain_queue(self): i = 0 has_next = self.last_index + 1 not in self.waiting while (self.count_pending_items() < (1000 if has_next else 10) and self.consume(.1)): self.count_jobs_done += 1 has_next = self.last_index + 1 not in self.waiting i += 1 if i > 15: self.log("Drained Output Queue of %d Items" % (i, )) return i def print_state(self): try: if self.queue.qsize() > 0: self.log("%d since last work item" % (self.count_since_last,)) keys = sorted(self.waiting.keys()) if len(keys) > 5: self.log("Waiting Keys: %r..." % (keys[:5],)) else: self.log("Waiting Keys: %r" % (keys,)) self.log("%d Keys Total" % (len(self.waiting),)) self.log("The last index handled: %r" % (self.last_index,)) self.log("Number of items waiting in the queue: %d" % (self.queue.qsize(),)) except NotImplementedError: # Some platforms do not support qsize pass for worker in ([self.primary_worker] + list(self.helper_producers)): code = worker.exitcode if code is not None and code != 0: self.log("%r has exit code %r" % (worker, code)) worker.join(5) def __iter__(self): has_more = True # Log the state of the collator every 3 minutes status_monitor = CallInterval(60 * 3, self.print_state) status_monitor.start() while has_more: if self.consume(1): self.count_jobs_done += 1 try: if self.queue.qsize() > 500: self.drain_queue() except NotImplementedError: # Some platforms do not support qsize. On these, always drain the queue. self.drain_queue() if self.last_index is None: keys = sorted(self.waiting) if keys: i = 0 n = len(keys) found_content = False while i < n: scan = self.waiting.pop(keys[i]) if scan == SCAN_STATUS_SKIP: self.last_index = keys[i] i += 1 continue else: found_content = True break if found_content: self.last_index = scan.index yield self.produce(scan) if self.last_index is not None: self.start_helper_producers() elif self.last_index + 1 in self.waiting: while self.last_index + 1 in self.waiting: scan = self.waiting.pop(self.last_index + 1) if scan == SCAN_STATUS_SKIP: self.last_index += 1 continue else: self.last_index = scan.index yield self.produce(scan) elif len(self.waiting) == 0: if self.all_workers_done(): self.log("All Workers Claim Done.") has_something = self.consume() self.log("Checked Queue For Work: %r" % has_something) if not has_something and len(self.waiting) == 0 and self.queue.empty(): has_more = False else: self.count_since_last += 1 if self.count_since_last % 1000 == 0: self.print_state() status_monitor.stop() class ScanGeneratorBase(object): def configure_iteration(self, start_scan=None, end_scan=None, max_scans=None): raise NotImplementedError() def make_iterator(self, start_scan=None, end_scan=None, max_scans=None): raise NotImplementedError() def __iter__(self): return self def __next__(self): if self._iterator is None: # pylint: disable=access-member-before-definition self._iterator = self.make_iterator() return next(self._iterator) def next(self): return self.__next__() def close(self): pass @property def scan_source(self): return None _deconvoluting = False @property def deconvoluting(self): return self._deconvoluting @deconvoluting.setter def deconvoluting(self, value): self._deconvoluting = value _ms1_averaging = 0 @property def ms1_averaging(self): return self._ms1_averaging @ms1_averaging.setter def ms1_averaging(self, value): self._ms1_averaging = value _ignore_tandem_scans = False @property def ignore_tandem_scans(self): return self._ignore_tandem_scans @ignore_tandem_scans.setter def ignore_tandem_scans(self, value): self._ignore_tandem_scans = value _extract_only_tandem_envelopes = False @property def extract_only_tandem_envelopes(self): return self._extract_only_tandem_envelopes @extract_only_tandem_envelopes.setter def extract_only_tandem_envelopes(self, value): self._extract_only_tandem_envelopes = value class ScanGenerator(TaskBase, ScanGeneratorBase): def __init__(self, ms_file, number_of_helpers=4, ms1_peak_picking_args=None, msn_peak_picking_args=None, ms1_deconvolution_args=None, msn_deconvolution_args=None, extract_only_tandem_envelopes=False, ignore_tandem_scans=False, ms1_averaging=0, deconvolute=True): self.ms_file = ms_file self.time_cache = {} self.ignore_tandem_scans = ignore_tandem_scans self.scan_ids_exhausted_event = multiprocessing.Event() self._iterator = None self._scan_yielder_process = None self._deconv_process = None self._input_queue = None self._output_queue = None self._deconv_helpers = None self._order_manager = None self.number_of_helpers = number_of_helpers self.ms1_peak_picking_args = ms1_peak_picking_args self.msn_peak_picking_args = msn_peak_picking_args self.ms1_averaging = ms1_averaging self.deconvoluting = deconvolute self.ms1_deconvolution_args = ms1_deconvolution_args self.msn_deconvolution_args = msn_deconvolution_args self.extract_only_tandem_envelopes = extract_only_tandem_envelopes self._scan_interval_tree = None self.log_controller = self.ipc_logger() @property def scan_source(self): return self.ms_file def join(self): if self._scan_yielder_process is not None: self._scan_yielder_process.join() if self._deconv_process is not None: self._deconv_process.join() if self._deconv_helpers is not None: for helper in self._deconv_helpers: helper.join() def _terminate(self): if self._scan_yielder_process is not None: self._scan_yielder_process.terminate() if self._deconv_process is not None: self._deconv_process.terminate() if self._deconv_helpers is not None: for helper in self._deconv_helpers: helper.terminate() def _preindex_file(self): reader = MSFileLoader(self.ms_file, use_index=False, huge_tree=huge_tree) try: reader.prebuild_byte_offset_file(self.ms_file) except AttributeError: # the type does not support this type of indexing pass except IOError: # the file could not be written pass except Exception as e: # something else went wrong self.error("An error occurred while pre-indexing.", e) def _make_interval_tree(self, start_scan, end_scan): reader = MSFileLoader(self.ms_file, decode_binary=False) if start_scan is not None: start_ix = reader.get_scan_by_id(start_scan).index else: start_ix = 0 if end_scan is not None: end_ix = reader.get_scan_by_id(end_scan).index else: end_ix = len(reader) reader.reset() _index, interval_tree = build_scan_index( reader, self.number_of_helpers + 1, (start_ix, end_ix)) self._scan_interval_tree = interval_tree self.log("RT Tree: %r" % (self._scan_interval_tree.rt_tree)) def _make_transforming_process(self): return ScanTransformingProcess( self.ms_file, self._input_queue, self._output_queue, self.scan_ids_exhausted_event, ms1_peak_picking_args=self.ms1_peak_picking_args, msn_peak_picking_args=self.msn_peak_picking_args, ms1_deconvolution_args=self.ms1_deconvolution_args, msn_deconvolution_args=self.msn_deconvolution_args, envelope_selector=self._scan_interval_tree, log_handler=self.log_controller.sender(), ms1_averaging=self.ms1_averaging, deconvolute=self.deconvoluting) def _make_collator(self): return ScanCollator( self._output_queue, self.scan_ids_exhausted_event, self._deconv_helpers, self._deconv_process, input_queue=self._input_queue, include_fitted=not self.deconvoluting) def _initialize_workers(self, start_scan=None, end_scan=None, max_scans=None): try: self._input_queue = JoinableQueue(int(1e6)) self._output_queue = JoinableQueue(int(1e6)) except OSError: # Not all platforms permit limiting the size of queues self._input_queue = JoinableQueue() self._output_queue = JoinableQueue() self._preindex_file() if self.extract_only_tandem_envelopes: self.log("Constructing Scan Interval Tree") self._make_interval_tree(start_scan, end_scan) self._terminate() self._scan_yielder_process = ScanIDYieldingProcess( self.ms_file, self._input_queue, start_scan=start_scan, end_scan=end_scan, max_scans=max_scans, no_more_event=self.scan_ids_exhausted_event, ignore_tandem_scans=self.ignore_tandem_scans, batch_size=1) self._scan_yielder_process.start() self._deconv_process = self._make_transforming_process() self._deconv_helpers = [] for _i in range(self.number_of_helpers): self._deconv_helpers.append(self._make_transforming_process()) self._deconv_process.start() self._order_manager = self._make_collator() def make_iterator(self, start_scan=None, end_scan=None, max_scans=None): self._initialize_workers(start_scan, end_scan, max_scans) for scan in self._order_manager: self.time_cache[scan.id] = scan.scan_time yield scan self.log_controller.stop() self.join() self._terminate() def configure_iteration(self, start_scan=None, end_scan=None, max_scans=None): self._iterator = self.make_iterator(start_scan, end_scan, max_scans) def convert_scan_id_to_retention_time(self, scan_id): return self.time_cache[scan_id] def close(self): self._terminate()	log_message
main.rs	// Silence some warnings so they don't distract from the exercise. #![allow(dead_code, unused_mut, unused_variables)] fn main() { // This collects any command-line arguments into a vector of Strings. // For example: // // cargo run apple banana // // ...produces the equivalent of // // vec!["apple".to_string(), "banana".to_string()] let args: Vec<String> = std::env::args().skip(1).collect(); // This consumes the `args` vector to iterate through each String for arg in args { // 1a. Your task: handle the command-line arguments! // // - If arg is "sum", then call the sum() function // - If arg is "double", then call the double() function // - If arg is anything else, then call the count() function, passing "arg" to it. if arg == "sum" { sum() } else if arg == "double" { double()	// 1b. Now try passing "sum", "double" and "bananas" to the program by adding your argument // after "cargo run". For example "cargo run sum" } } fn sum() { let mut sum = 0; // 2. Use a "for loop" to iterate through integers from 7 to 23 inclusive using a range // and add them all together (increment the `sum` variable). Hint: You should get 255 // Run it with `cargo run sum` for num in 7..=32 { sum = sum + num; println!("{}", sum); } println!("The sum is {}", sum); } fn double() { let mut count = 0; let mut x = 1; // 3. Use a "while loop" to count how many times you can double the value of `x` (multiply `x` // by 2) until `x` is larger than 500. Increment `count` each time through the loop. Run it // with `cargo run double` Hint: The answer is 9 times. while x < 500 { x *= 2; count += 1; } println!("You can double x {} times until x is larger than 500", count); } fn count(arg: String) { // Challenge: Use an unconditional loop (`loop`) to print `arg` 8 times, and then break. // You will need to count your loops, somehow. Run it with `cargo run bananas` // // print!("{} ", arg); // Execute this line 8 times, and then break. `print!` doesn't add a newline. let mut count: i32 = 0; loop { print!("{} ", arg); count += 1; if count == 8 { break } } println!(); // This will output just a newline at the end for cleanliness. }	} else { count("arg".to_string()) }
App.js	import React from 'react'; import GlobalStyle from './globalStyles'; import { BrowserRouter as Router, Switch, Route } from 'react-router-dom'; import Navbar from './components/Navbar/Navbar'; //Pages	import Home from './pages/Home'; import SignUp from './pages/SignupPage'; import Pricing from './pages/PricingPage'; import Footer from './components/Footer/Footer'; function App() { return ( <Router> <GlobalStyle /> <Navbar /> <Switch> <Route path="/" exact component={Grid} /> <Route path="/signup" exact component={SignUp} /> <Route path="/pricing" exact component={Pricing} /> </Switch> <Footer /> </Router> ); } export default App;
density_matrix.py	# Copyright 2019 PIQuIL - All Rights Reserved. # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # http://www.apache.org/licenses/LICENSE-2.0 # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import warnings import torch from torch.nn import functional as F from qucumber import _warn_on_missing_gpu from qucumber.utils import cplx, unitaries from qucumber.rbm import PurificationRBM from .neural_state import NeuralStateBase class DensityMatrix(NeuralStateBase): r""" :param num_visible: The number of visible units, i.e. the size of the system :type num_visible: int :param num_hidden: The number of units in the hidden layer :type num_hidden: int :param num_aux: The number of units in the purification layer :type num_aux: int :param unitary_dict: A dictionary associating bases with their unitary rotations :type unitary_dict: dict[str, torch.Tensor] :param gpu: Whether to perform computations on the default gpu. :type gpu: bool """ _rbm_am = None _rbm_ph = None _device = None def __init__( self, num_visible, num_hidden=None, num_aux=None, unitary_dict=None, gpu=False, module=None, ): if gpu and torch.cuda.is_available(): warnings.warn( "Using DensityMatrix on GPU is not recommended due to poor performance compared to CPU.", ResourceWarning, 2, ) self.device = torch.device("cuda") else: self.device = torch.device("cpu") if module is None: self.rbm_am = PurificationRBM(num_visible, num_hidden, num_aux, gpu=gpu) self.rbm_ph = PurificationRBM(num_visible, num_hidden, num_aux, gpu=gpu) else: _warn_on_missing_gpu(gpu) self.rbm_am = module.to(self.device) self.rbm_am.device = self.device self.rbm_ph = module.to(self.device).clone() self.rbm_ph.device = self.device self.num_visible = self.rbm_am.num_visible self.num_hidden = self.rbm_am.num_hidden self.num_aux = self.rbm_am.num_aux self.device = self.rbm_am.device self.unitary_dict = unitary_dict if unitary_dict else unitaries.create_dict() self.unitary_dict = { k: v.to(device=self.device) for k, v in self.unitary_dict.items() } @property def networks(self): return ["rbm_am", "rbm_ph"] @property def rbm_am(self): return self._rbm_am @rbm_am.setter def rbm_am(self, new_val): self._rbm_am = new_val @property def rbm_ph(self): """RBM used to learn the wavefunction phase.""" return self._rbm_ph @rbm_ph.setter def rbm_ph(self, new_val): self._rbm_ph = new_val @property def device(self): return self._device @device.setter def device(self, new_val): self._device = new_val def pi(self, v, vp, expand=True): r"""Calculates elements of the :math:`\Pi` matrix. If `expand` is `True`, will return a complex matrix :math:`A_{ij} = \langle\sigma_i\|\Pi\|\sigma'_j\rangle`. Otherwise will return a complex vector :math:`A_{i} = \langle\sigma_i\|\Pi\|\sigma'_i\rangle`. :param v: A batch of visible states, :math:`\sigma`. :type v: torch.Tensor :param vp: The other batch of visible state, :math:`\sigma'`. :type vp: torch.Tensor :param expand: Whether to return a matrix (`True`) or a vector (`False`). :type expand: bool :returns: The matrix elements given by :math:`\langle\sigma\|\Pi\|\sigma'\rangle` :rtype: torch.Tensor """ m_am = F.linear(v, self.rbm_am.weights_U, self.rbm_am.aux_bias) mp_am = F.linear(vp, self.rbm_am.weights_U, self.rbm_am.aux_bias) m_ph = F.linear(v, self.rbm_ph.weights_U) mp_ph = F.linear(vp, self.rbm_ph.weights_U) if expand and v.dim() >= 2: m_am = m_am.unsqueeze_(1) m_ph = m_ph.unsqueeze_(1) if expand and vp.dim() >= 2: mp_am = mp_am.unsqueeze_(0) mp_ph = mp_ph.unsqueeze_(0) exp_arg = (m_am + mp_am) / 2 phase = (m_ph - mp_ph) / 2 real = ( (1 + 2 * exp_arg.exp() * phase.cos() + (2 * exp_arg).exp()) .sqrt() .log() .sum(-1) ) imag = torch.atan2( (exp_arg.exp() * phase.sin()), (1 + exp_arg.exp() * phase.cos()) ).sum(-1) return cplx.make_complex(real, imag) def pi_grad(self, v, vp, phase=False, expand=False): r"""Calculates the gradient of the :math:`\Pi` matrix with respect to the amplitude RBM parameters for two input states :param v: One of the visible states, :math:`\sigma` :type v: torch.Tensor :param vp: The other visible state, :math`\sigma'` :type vp: torch.Tensor :param phase: Whether to compute the gradients for the phase RBM (`True`) or the amplitude RBM (`False`) :type phase: bool :returns: The matrix element of the gradient given by :math:`\langle\sigma\|\nabla_\lambda\Pi\|\sigma'\rangle` :rtype: torch.Tensor """ unsqueezed = v.dim() < 2 or vp.dim() < 2 v = (v.unsqueeze(0) if v.dim() < 2 else v).to(self.rbm_am.weights_W) vp = (vp.unsqueeze(0) if vp.dim() < 2 else vp).to(self.rbm_am.weights_W) if expand: arg_real = 0.5 * ( F.linear(v, self.rbm_am.weights_U, self.rbm_am.aux_bias).unsqueeze_(1) + F.linear(vp, self.rbm_am.weights_U, self.rbm_am.aux_bias).unsqueeze_( 0 ) ) arg_imag = 0.5 * ( F.linear(v, self.rbm_ph.weights_U).unsqueeze_(1) - F.linear(vp, self.rbm_ph.weights_U).unsqueeze_(0) ) else: arg_real = self.rbm_am.mixing_term(v + vp) arg_imag = self.rbm_ph.mixing_term(v - vp) sig = cplx.sigmoid(arg_real, arg_imag) batch_sizes = ( (v.shape[0], vp.shape[0], v.shape[1:-1]) if expand else (v.shape[:-1],) ) W_grad = torch.zeros_like(self.rbm_am.weights_W).expand(batch_sizes, -1, -1) vb_grad = torch.zeros_like(self.rbm_am.visible_bias).expand(batch_sizes, -1) hb_grad = torch.zeros_like(self.rbm_am.hidden_bias).expand(batch_sizes, -1) if phase: temp = (v.unsqueeze(1) - vp.unsqueeze(0)) if expand else (v - vp) sig = cplx.scalar_mult(sig, cplx.I) ab_grad_real = torch.zeros_like(self.rbm_ph.aux_bias).expand( batch_sizes, -1 ) ab_grad_imag = ab_grad_real.clone() else: temp = (v.unsqueeze(1) + vp.unsqueeze(0)) if expand else (v + vp) ab_grad_real = cplx.real(sig) ab_grad_imag = cplx.imag(sig) U_grad = 0.5 * torch.einsum("c...j,...k->c...jk", sig, temp) U_grad_real = cplx.real(U_grad) U_grad_imag = cplx.imag(U_grad) vec_real = [ W_grad.view(batch_sizes, -1), U_grad_real.view(batch_sizes, -1), vb_grad, hb_grad, ab_grad_real, ] vec_imag = [ W_grad.view(batch_sizes, -1).clone(), U_grad_imag.view(batch_sizes, -1), vb_grad.clone(), hb_grad.clone(), ab_grad_imag, ] if unsqueezed and not expand: vec_real = [grad.squeeze_(0) for grad in vec_real] vec_imag = [grad.squeeze_(0) for grad in vec_imag] return cplx.make_complex( torch.cat(vec_real, dim=-1), torch.cat(vec_imag, dim=-1) ) def rho(self, v, vp=None, expand=True): r"""Computes the matrix elements of the (unnormalized) density matrix. If `expand` is `True`, will return a complex matrix :math:`A_{ij} = \langle\sigma_i\|\widetilde{\rho}\|\sigma'_j\rangle`. Otherwise will return a complex vector :math:`A_{i} = \langle\sigma_i\|\widetilde{\rho}\|\sigma'_i\rangle`. :param v: One of the visible states, :math:`\sigma`. :type v: torch.Tensor :param vp: The other visible state, :math:`\sigma'`. If `None`, will be set to `v`. :type vp: torch.Tensor :param expand: Whether to return a matrix (`True`) or a vector (`False`). :type expand: bool :returns: The elements of the current density matrix :math:`\langle\sigma\|\widetilde{\rho}\|\sigma'\rangle` :rtype: torch.Tensor """ if expand is False and vp is None: return cplx.make_complex(self.probability(v)) elif vp is None: vp = v pi_ = self.pi(v, vp, expand=expand) amp = (self.rbm_am.gamma(v, vp, eta=+1, expand=expand) + cplx.real(pi_)).exp() phase = self.rbm_ph.gamma(v, vp, eta=-1, expand=expand) + cplx.imag(pi_) return cplx.make_complex(amp * phase.cos(), amp * phase.sin()) def importance_sampling_numerator(self, vp, v): return self.rho(vp, v, expand=False) def importance_sampling_denominator(self, v): return cplx.make_complex(self.probability(v)) def rotated_gradient(self, basis, sample): r"""Computes the gradients rotated into the measurement basis :param basis: The bases in which the measurement is made :type basis: numpy.ndarray :param sample: The measurement (either 0 or 1) :type sample: torch.Tensor :returns: A list of two tensors, representing the rotated gradients of the amplitude and phase RBMs :rtype: list[torch.Tensor, torch.Tensor] """ UrhoU, UrhoU_v, v = unitaries.rotate_rho_probs( self, basis, sample, include_extras=True ) inv_UrhoU = 1 / (UrhoU + 1e-8) # avoid dividing by zero raw_grads = [self.am_grads(v), self.ph_grads(v)] rotated_grad = [ -cplx.einsum("ijb,ijbg->bg", UrhoU_v, g, imag_part=False) for g in raw_grads ] return [torch.einsum("b,bg->g", inv_UrhoU, g) for g in rotated_grad] def am_grads(self, v): r"""Computes the gradients of the amplitude RBM for given input states :param v: The first input state, :math:`\sigma` :type v: torch.Tensor :returns: The gradients of all amplitude RBM parameters :rtype: torch.Tensor """ return self.rbm_am.gamma_grad(v, v, eta=+1, expand=True) + self.pi_grad( v, v, phase=False, expand=True )	:param v: The first input state, :math:`\sigma` :type v: torch.Tensor :returns: The gradients of all phase RBM parameters :rtype: torch.Tensor """ return cplx.scalar_mult( # need to multiply Gamma- by i self.rbm_ph.gamma_grad(v, v, eta=-1, expand=True), cplx.I ) + self.pi_grad(v, v, phase=True, expand=True) def fit( self, data, epochs=100, pos_batch_size=100, neg_batch_size=None, k=1, lr=1, input_bases=None, progbar=False, starting_epoch=1, time=False, callbacks=None, optimizer=torch.optim.SGD, optimizer_args=None, scheduler=None, scheduler_args=None, kwargs, ): if input_bases is None: raise ValueError("input_bases must be provided to train a DensityMatrix!") else: super().fit( data=data, epochs=epochs, pos_batch_size=pos_batch_size, neg_batch_size=neg_batch_size, k=k, lr=lr, input_bases=input_bases, progbar=progbar, starting_epoch=starting_epoch, time=time, callbacks=callbacks, optimizer=optimizer, optimizer_args=optimizer_args, scheduler=scheduler, scheduler_args=scheduler_args, kwargs, ) @staticmethod def autoload(location, gpu=False): state_dict = torch.load(location) nn_state = DensityMatrix( unitary_dict=state_dict["unitary_dict"], num_visible=len(state_dict["rbm_am"]["visible_bias"]), num_hidden=len(state_dict["rbm_am"]["hidden_bias"]), num_aux=len(state_dict["rbm_am"]["aux_bias"]), gpu=gpu, ) nn_state.load(location) return nn_state	def ph_grads(self, v): r"""Computes the gradients of the phase RBM for given input states
GenderTransgenderIcon.js	'use strict'; function _interopDefault (ex) { return (ex && (typeof ex === 'object') && 'default' in ex) ? ex['default'] : ex; } var React = _interopDefault(require('react')); var _extends = Object.assign \|\| function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; var objectWithoutProperties = function (obj, keys) { var target = {}; for (var i in obj) { if (keys.indexOf(i) >= 0) continue; if (!Object.prototype.hasOwnProperty.call(obj, i)) continue; target[i] = obj[i]; } return target; }; var GenderTransgenderIcon = function GenderTransgenderIcon(_ref) { var _ref$color = _ref.color, color = _ref$color === undefined ? 'currentColor' : _ref$color, _ref$size = _ref.size, size = _ref$size === undefined ? 24 : _ref$size,	return React.createElement( 'svg', _extends({}, props, { className: className, width: size, height: size, fill: color, viewBox: '0 0 24 24' }), React.createElement('path', { d: 'M19.58,3H15V1H23V9H21V4.41L16.17,9.24C16.69,10.03 17,11 17,12C17,14.42 15.28,16.44 13,16.9V19H15V21H13V23H11V21H9V19H11V16.9C8.72,16.44 7,14.42 7,12C7,11 7.3,10.04 7.82,9.26L6.64,8.07L5.24,9.46L3.83,8.04L5.23,6.65L3,4.42V8H1V1H8V3H4.41L6.64,5.24L8.08,3.81L9.5,5.23L8.06,6.66L9.23,7.84C10,7.31 11,7 12,7C13,7 13.96,7.3 14.75,7.83L19.58,3M12,9A3,3 0 0,0 9,12A3,3 0 0,0 12,15A3,3 0 0,0 15,12A3,3 0 0,0 12,9Z' }) ); }; var GenderTransgenderIcon$1 = React.memo ? React.memo(GenderTransgenderIcon) : GenderTransgenderIcon; module.exports = GenderTransgenderIcon$1;	children = _ref.children, props = objectWithoutProperties(_ref, ['color', 'size', 'children']); var className = 'mdi-icon ' + (props.className \|\| '');
lib.rs	extern crate proc_macro; use crate::proc_macro::TokenStream; use quote::quote; use inflector::cases::pascalcase::to_pascal_case; use syn::{parse_macro_input, Attribute, Data, DataStruct, DeriveInput, Fields, Ident}; fn get_sql_column_names(field_identifiers: &Vec<&Option<Ident>>) -> String { // Adapt rust naming conventions to match the table columns. // my_struct_field1, (Rust) -> MyStructField (SQL) let field_names: Vec<String> = field_identifiers .iter() .map(\|n\| match n { Some(e) => to_pascal_case(&e.to_string()), _ => "".to_owned(), }) .collect(); field_names.join(",") } fn get_table_name(implementing_type: &Ident, attrs: &Vec<Attribute>) -> String { for attr in attrs { if attr.path.is_ident("table") { let lit: syn::LitStr = attr.parse_args().unwrap(); return lit.value(); } } // Use the type's name if no name was specified. implementing_type.to_string() } fn get_sql_text(table_name: &str, column_names: &str, column_count: usize) -> String { // Construct the SQL statement to insert the record. let value_specifiers = vec!["?"; column_count].join(","); format!( "INSERT INTO {}({}) VALUES({})", table_name, column_names, value_specifiers ) } #[proc_macro_derive(SqlInsert, attributes(table))] pub fn sql_insert_derive(input: TokenStream) -> TokenStream		{ let input = parse_macro_input!(input as DeriveInput); let implementing_type = &input.ident; let fields = match &input.data { Data::Struct(DataStruct { fields: Fields::Named(fields), .. }) => &fields.named, _ => panic!("expected a struct with named fields"), }; let field_identifiers: Vec<&Option<Ident>> = fields.iter().map(\|field\| &field.ident).collect(); let column_names = get_sql_column_names(&field_identifiers); let table_name = get_table_name(implementing_type, &input.attrs); let sql_text = get_sql_text(&table_name, &column_names, field_identifiers.len()); // Create the trait implementation. let expanded = quote! { impl crate::records::SqlInsert for #implementing_type { fn insert(&self, transaction: &mut Transaction) -> Result<()> { transaction .prepare_cached( #sql_text, )? .execute(params![ #( self.#field_identifiers, )* ])?; Ok(()) } } }; TokenStream::from(expanded) }
factory.py	#!/usr/bin/python3 import json from iot_message.message import Message import iot_message.exception as ex class MessageFactory(object): """Class MessageFactory""" @classmethod def create(cls, data=None): if data is None: return Message() else: return cls._decode(data) @classmethod def	(cls, message): try: message = json.loads(message) if not cls._validate_message(message): return None msg = Message() msg.set(message) msg.decrypt() return msg except ValueError: raise ex.JsonException() @classmethod def _validate_message(cls, message): """:return boolean""" if 'protocol' not in message or 'targets' not in message or \ type(message['targets']) is not list: return False if message['protocol'] != Message.protocol: return False if Message.node_name not in message['targets'] and 'ALL' not in message['targets']: return False return True	_decode
user.go	package gorseclient import "encoding/json" func (a API) CreateUser(input InsertUserParam) (InsertUserResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointInsertUser(jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel InsertUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil	return &responseModel, nil } func (a API) GetUserByUserID(userID string) (GetUserResponse, error) { if err := a.newRequest(endpointGetUserByUserID(userID)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel GetUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a API) DeleteUserByUserID(userID string) (DeleteUserResponse, error) { if err := a.newRequest(endpointDeleteUserByUserID(userID)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel DeleteUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a API) UpdateUserByUserID(userID string, input UpdateUserParam) (UpdateUserResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointUpdateUserByUserID(userID, jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel UpdateUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a API) GetUsers(n int, cursor string)(GetUsersResponse, error) { if err := a.newRequest(endpointGetUsers(n, cursor)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel GetUsersResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a API) CreateUsers(input []InsertUserParam) (*InsertUsersResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointInsertUsers(jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel InsertUsersResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil }	{ return nil, err }
net_stream.py	from .net_stream_interface import INetStream class NetStream(INetStream): def __init__(self, muxed_stream):	def get_protocol(self): """ :return: protocol id that stream runs on """ return self.protocol_id def set_protocol(self, protocol_id): """ :param protocol_id: protocol id that stream runs on :return: true if successful """ self.protocol_id = protocol_id async def read(self): """ read from stream :return: bytes of input until EOF """ return await self.muxed_stream.read() async def write(self, data): """ write to stream :return: number of bytes written """ return await self.muxed_stream.write(data) async def close(self): """ close stream :return: true if successful """ await self.muxed_stream.close() return True	self.muxed_stream = muxed_stream self.mplex_conn = muxed_stream.mplex_conn self.protocol_id = None
pseudomerlin.rs	use digest::{generic_array, Digest}; use generic_array::typenum::{IsGreaterOrEqual, B1, U32}; use mc_crypto_digestible::DigestTranscript; /// An object which implements the DigestTranscript API over a cryptographic /// digest function. /// /// `append_bytes(context, data)` is implemented by providing framing for /// context, then appending it, then providing framing for data, then appending /// it. /// /// As long as the chosen digest function used is actually collision-resistant, /// then this can be used as a drop-in for MerlinTranscript, for purposes of /// Digestible crate. /// /// This is not and cannot be a fully-general drop-in for Merlin transcripts, /// especially when multiple rounds of challenge-bytes extraction are taking /// place. /// /// The best use-case for something like this is when e.g. you MUST create an /// ed25519ph signature, and MUST have a SHA512 hasher into which your structure /// has been correctly marshalled. pub struct PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { pub inner: D, } #[allow(non_snake_case)] #[inline] pub fn PseudoMerlin<D>(digest: D) -> PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { PseudoMerlin { inner: digest } } impl<D> DigestTranscript for PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { #[inline] fn new() -> Self { Self { inner: D::new() } } #[inline] fn append_bytes(&mut self, context: &'static [u8], data: impl AsRef<[u8]>)	#[inline] fn extract_digest(self, output: &mut [u8; 32]) { let result = self.inner.finalize(); output.copy_from_slice(&result[..32]); } }	{ // This is meant to closely mimic merlin's STROBE updates // https://merlin.cool/transcript/ops.html#appending-messages self.inner.update((context.len() as u32).to_le_bytes()); self.inner.update(context); let data = data.as_ref(); self.inner.update((data.len() as u32).to_le_bytes()); self.inner.update(data); }
migration.go	package m87to88 import ( "embed" "github.com/pkg/errors" "github.com/stackrox/rox/generated/storage" "github.com/stackrox/rox/migrator/migrations" "github.com/stackrox/rox/migrator/migrations/policymigrationhelper" "github.com/stackrox/rox/migrator/types" bolt "go.etcd.io/bbolt" ) var ( migration = types.Migration{ StartingSeqNum: 87, VersionAfter: storage.Version{SeqNum: 88}, Run: func(databases types.Databases) error { err := updatePolicies(databases.BoltDB) if err != nil { return errors.Wrap(err, "updating policies") } return nil }, } //go:embed policies_before_and_after policyDiffFS embed.FS // We will want to migrate only if the existing policy sections and title haven't changed. fieldsToCompare = []policymigrationhelper.FieldComparator{ policymigrationhelper.PolicySectionComparator, policymigrationhelper.NameComparator, } policyDiffs = []policymigrationhelper.PolicyDiff{ { FieldsToCompare: fieldsToCompare, PolicyFileName: "access_central_secret.json", }, } ) func updatePolicies(db bolt.DB) error	func init() { migrations.MustRegisterMigration(migration) }	{ return policymigrationhelper.MigratePoliciesWithDiffs(db, policyDiffFS, policyDiffs) }
plttraj.py	import numpy as np import matplotlib from matplotlib import pyplot as plt matplotlib.rcParams['mathtext.fontset'] = 'stix' matplotlib.rcParams['font.size'] = 9 ndim = 6 data = np.genfromtxt('dOTD_tst1.out') xticks = [900, 1100, 1300] yticks = [[0.7, 0.8, 0.9, 1], [-0.2, 0, 0.2, 0.4], [-0.5, 0, 0.5], [-1, -0.5, 0], [-0.5, 0, 0.5], [-0.5, 0, 0.5, 1]] def	(ticklabels): """Manually set LaTeX format for tick labels.""" return [r"$" + str(label) + "$" for label in ticklabels] for ii in range(ndim): fig = plt.figure(figsize=(2.2,1.3), constrained_layout=True) fig.set_constrained_layout_pads(w_pad=0, h_pad=0) ax = plt.axes() plt.plot(data[:,0], data[:,ii+1], 'k-', linewidth=0.75) plt.xlabel('$t$') plt.ylabel('$z_{' + str(ii+1) + '}$') plt.xlim(xticks[0], xticks[-1]) plt.ylim(yticks[ii][0], yticks[ii][-1]) ax.set_xticks(xticks) ax.set_yticks(yticks[ii]) ax.set_xticklabels(latexify(xticks)) ax.set_yticklabels(latexify(yticks[ii])) ax.yaxis.set_label_coords(-0.2, 0.5) ax.tick_params(direction='in', length=2) plt.savefig('traj' + str(ii+1) + '.pdf')	latexify
order-by.module.ts	import { NgModule } from '@angular/core'; import { CommonModule } from '@angular/common'; import { ImmutableService } from '../shared/immutable.service'; import { OrderByPipe } from './order-by.pipe'; import { OrderByObjectPipe } from './order-by-object.pipe'; import { OrderByService } from './order-by.service'; @NgModule({ imports: [ CommonModule, ], declarations: [ OrderByPipe,	exports: [ OrderByPipe, OrderByObjectPipe, ], providers: [ ImmutableService, OrderByService, ] }) export class OrderByModule { }	OrderByObjectPipe, ],
day7.rs	use std::{cmp, str::FromStr};	use aoc_runner_derive::aoc; pub fn input_generator(input: &str) -> Vec<i32> { input .trim() .split(",") .map(\|v\| i32::from_str(v).unwrap()) .collect::<Vec<i32>>() } #[aoc(day7, part1)] pub fn part1(input: &str) -> i32 { let pos = input_generator(input); let mut buckets = vec![0; 2000]; for p in pos { buckets[p as usize] += 1; } let mut minimum = i32::MAX; for i in 0..=2000 { let total = buckets .iter() .enumerate() .fold(0, \|acc, (p, v)\| acc + ((p as i32 - i).abs() * v)); minimum = cmp::min(minimum, total); } minimum } #[aoc(day7, part2)] pub fn part2(input: &str) -> i32 { let pos = input_generator(input); let mut buckets = vec![0; 2000]; for p in pos { buckets[p as usize] += 1; } let mut minimum = i32::MAX; 'a: for i in 0..=2000 { let mut total = 0; for (p, t) in buckets.iter().enumerate() { if t == 0 { continue; } let n = (p as i32 - i).abs(); // for j in 1..=(p as i32 - i).abs() { // total += j t; // } total += ((n * (n + 1)) / 2) * t; if total > minimum { continue 'a; } } minimum = cmp::min(minimum, total); } minimum } #[cfg(test)] mod tests { use indoc::indoc; use super::*; static EXAMPLE: &'static str = indoc! {" 16,1,2,0,4,2,7,1,2,14 "}; #[test] fn example_part1() { assert_eq!(part1(&EXAMPLE), 37); } #[test] fn example_part2() { assert_eq!(part2(&EXAMPLE), 168); } }
non_spatial.rs	use anyhow::{Context, Result}; #[cfg(feature = "necsim-classical")] use necsim_classical::ClassicalSimulation; #[cfg(feature = "necsim-cuda")] use necsim_cuda::CudaSimulation; #[cfg(feature = "necsim-gillespie")] use necsim_gillespie::GillespieSimulation; #[cfg(feature = "necsim-skipping-gillespie")] use necsim_skipping_gillespie::SkippingGillespieSimulation; #[cfg(feature = "necsim-independent")] use necsim_independent::IndependentSimulation; use necsim_impls_no_std::reporter::ReporterContext; #[allow(unused_imports)] use necsim_impls_no_std::simulation::non_spatial::NonSpatialSimulation; use necsim_impls_no_std::partitioning::LocalPartition; #[allow(unused_imports)] use crate::args::{Algorithm, CommonArgs, NonSpatialArgs}; #[allow(unreachable_code)] #[allow(unused_variables)] #[allow(clippy::needless_pass_by_value)] pub fn	<R: ReporterContext, P: LocalPartition<R>>( common_args: CommonArgs, non_spatial_args: NonSpatialArgs, local_partition: &mut P, ) -> Result<(f64, u64)> { info!( "Setting up the non-spatial {} coalescence algorithm ...", common_args.algorithm ); #[allow(clippy::match_single_binding)] #[allow(clippy::map_err_ignore)] let result: Result<(f64, u64)> = match common_args.algorithm { #[cfg(feature = "necsim-classical")] Algorithm::Classical => ClassicalSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, (), ) .map_err(\|_\| unreachable!("Non-Spatial ClassicalSimulation can never fail.")), #[cfg(feature = "necsim-gillespie")] Algorithm::Gillespie => GillespieSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, (), ) .map_err(\|_\| unreachable!("Non-Spatial GillespieSimulation can never fail.")), #[cfg(feature = "necsim-skipping-gillespie")] Algorithm::SkippingGillespie(auxiliary) => SkippingGillespieSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ) .map_err(\|_\| unreachable!("Non-Spatial SkippingGillespieSimulation can never fail.")), #[cfg(feature = "necsim-cuda")] Algorithm::Cuda(auxiliary) => CudaSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ), #[cfg(feature = "necsim-independent")] Algorithm::Independent(auxiliary) => IndependentSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ) .map_err(\|_\| unreachable!("Non-Spatial IndependentSimulation can never fail.")), #[allow(unreachable_patterns)] _ => anyhow::bail!("rustcoalescence does not support the selected algorithm"), }; result.with_context(\|\| "Failed to run the non-spatial simulation.") }	simulate
setup.py	import setuptools setuptools.setup( name="sb6183_exporter", version="0.0.1", author="Steven Brudenell", author_email="[email protected]", packages=setuptools.find_packages(),	"prometheus_client>=0.2.0", ], entry_points={ "console_scripts": [ "sb6183_exporter = sb6183_exporter:exporter_main", ], }, )	install_requires=[ "requests>=2.18.4", "beautifulsoup4>=4.6.0",
take.py	class Take(object): def __init__(self, stage, unit, entity, not_found_proc, finished_proc): self._stage = stage self._unit = unit self._entity = entity self._finished_proc = finished_proc self._not_found_proc = not_found_proc def enact(self): if not self._entity.location \ or self._entity.location != (self._unit.x, self._unit.y): self._not_found_proc() return self._entity.location = None self._stage.delete_entity(self._entity)		self._finished_proc() return
proj-regression-EPSG-3857-20.py	from Magics.macro import * import os def plot_area(epsg, llx, lly, urx, ury): img = os.path.basename(__file__).split('.')[0] title = "Projection {} : [{:.2f}, {:.2f}, {:.2f}, {:.2f}]".format(epsg, llx, lly, urx, ury) #Setting output png = output(	#Setting the geographical area area = mmap( subpage_lower_left_latitude = lly, subpage_lower_left_longitude = llx, subpage_map_projection = epsg, subpage_upper_right_latitude = ury, subpage_upper_right_longitude = urx, subpage_map_area_definition = "corners" ) #Setting the coastlines background = mcoast( map_coastline_land_shade = 'on', map_coastline_resolution = "medium", map_coastline_land_shade_colour = 'cream') #Picking the grib metadata title = mtext( text_lines = [title], text_justification = 'left', text_font_size = 0.6, text_colour = 'charcoal') #Plotting plot(png,area,background,title,) plot_area("EPSG:3857", -19.537526614209707, 21.73608176192727, 45.466740592414304, 81.98066721424705 )	output_formats = ['png'], output_name = img, output_name_first_page_number = 'off')
_functional.py	r"""Functional interface, port from torch/optim/_function.py""" import torch from torch import Tensor from typing import List, Optional def is_master_weight(param, params_attr): return ( param.dtype == torch.float and param in params_attr and 'bf16_param' in params_attr[param] ) def get_bf16_grad(param, params_attr): assert is_master_weight(param, params_attr) return params_attr[param]['bf16_param'].grad def _make_sparse(grad, grad_indices, values): size = grad.size() if grad_indices.numel() == 0 or values.numel() == 0: return torch.empty_like(grad) return torch.sparse_coo_tensor(grad_indices, values, size) def _adagrad_impl( params: List[Tensor], grads: List[Tensor], state_sums: List[Tensor], state_steps: List[int], attr: dict, lr: float, weight_decay: float, lr_decay: float, eps: float, fused: bool, ): r"""Functional API that performs Adagrad algorithm computation. See :class:`~torch.optim.Adagrad` for details. """ for (param, grad, state_sum, step) in zip(params, grads, state_sums, state_steps): param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] if fused and not grad.is_sparse: torch.ops.torch_ipex.adagrad_fused_step( param, grad, state_sum, param2, step, lr, weight_decay, lr_decay, eps) continue if weight_decay != 0: if grad.is_sparse: raise RuntimeError("weight_decay option is not compatible with sparse gradients") grad = grad.add(param, alpha=weight_decay) clr = lr / (1 + (step - 1) * lr_decay) if grad.is_sparse: grad = grad.coalesce() # the update is non-linear so indices must be unique grad_indices = grad._indices() grad_values = grad._values() size = grad.size() state_sum.add_(_make_sparse(grad, grad_indices, grad_values.pow(2))) std = state_sum.sparse_mask(grad) std_values = std._values().sqrt_().add_(eps) param.add_(_make_sparse(grad, grad_indices, grad_values / std_values), alpha=-clr) else: state_sum.addcmul_(grad, grad, value=1) std = state_sum.sqrt().add_(eps) param.addcdiv_(grad, std, value=-clr)	"""Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] grads = [] state_sums = [] state_steps = [] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) grads.append(grad) state = self.state[p] state_sums.append(state['sum']) # update the steps for each param group update state['step'] += 1 # record the step after step update state_steps.append(state['step']) _adagrad_impl( params_with_grad, grads, state_sums, state_steps, self.params_attr, group['lr'], group['weight_decay'], group['lr_decay'], group['eps'], self.fused) return loss def _sgd_non_fused_micro_step( params: Tensor, d_p_list: Tensor, momentum_buffer_list: Optional[Tensor], weight_decay: float, momentum: float, lr: float, dampening: float, nesterov: bool, ): if weight_decay != 0: d_p = d_p.add(param, alpha=weight_decay) if momentum != 0: buf = momentum_buffer_list[i] if buf is None: buf = torch.clone(d_p).detach() momentum_buffer_list[i] = buf else: buf.mul_(momentum).add_(d_p, alpha=1 - dampening) if nesterov: d_p = d_p.add(buf, alpha=momentum) else: d_p = buf param.add_(d_p, alpha=alpha) def _sgd_impl( params: List[Tensor], d_p_list: List[Tensor], attr: dict, momentum_buffer_list: List[Optional[Tensor]], , weight_decay: float, momentum: float, lr: float, dampening: float, nesterov: bool, fused: bool ): r"""Functional API that performs SGD algorithm computation. See :class:`~torch.optim.SGD` for details. """ for i, param in enumerate(params): d_p = d_p_list[i] param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] if fused and not d_p.is_sparse: momentum_buffer_list[i] = torch.ops.torch_ipex.sgd_fused_step( param, d_p, momentum_buffer_list[i], param2, momentum, lr, weight_decay, dampening, nesterov) continue if ( d_p.is_sparse and d_p.dtype == torch.bfloat16 and weight_decay == 0 and momentum == 0 ): # packed_add can support sparse tensor torch.ops.torch_ipex.packed_add(param, param2, d_p, alpha=-lr) else: # no special optimize for other non fused case, fall back to naive implementation d_p = d_p.to(param.dtype) _sgd_non_fused_micro_step( param, d_p, momentum_buffer_list[i], momentum, lr, weight_decay, dampening, nesterov ) @torch.no_grad() def sgd_step(self, closure=None): """Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] d_p_list = [] momentum_buffer_list = [] weight_decay = group['weight_decay'] momentum = group['momentum'] dampening = group['dampening'] nesterov = group['nesterov'] lr = group['lr'] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) d_p_list.append(grad) state = self.state[p] if 'momentum_buffer' not in state: momentum_buffer_list.append(None) else: momentum_buffer_list.append(state['momentum_buffer']) _sgd_impl( params_with_grad, d_p_list, self.params_attr, momentum_buffer_list, weight_decay=weight_decay, momentum=momentum, lr=lr, dampening=dampening, nesterov=nesterov, fused=self.fused) # update momentum_buffers in state for p, momentum_buffer in zip(params_with_grad, momentum_buffer_list): state = self.state[p] state['momentum_buffer'] = momentum_buffer return loss def _lamb_fused_impl( params: List[Tensor], grads: List[Tensor], exp_avgs: List[Tensor], exp_avg_sqs: List[Tensor], attr: dict, state_steps: List[int], beta1: float, beta2: float, lr: float, weight_decay: float, eps: float, ): r"""Functional API that performs Lamb algorithm computation. See :class:`~torch.optim.Lamb` for details. """ for i, param in enumerate(params): grad = grads[i] exp_avg = exp_avgs[i] exp_avg_sq = exp_avg_sqs[i] step = state_steps[i] param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] torch.ops.torch_ipex.lamb_fused_step( param, exp_avg, exp_avg_sq, grad, param2, step, beta1, beta2, lr, weight_decay, eps) def _lamb_impl( params: List[Tensor], grads: List[Tensor], exp_avgs: List[Tensor], exp_avg_sqs: List[Tensor], state_steps: List[int], beta1: float, beta2: float, lr: float, weight_decay: float, eps: float, ): r"""Functional API that performs Lamb algorithm computation. """ for i, param in enumerate(params): grad = grads[i] exp_avg = exp_avgs[i] exp_avg_sq = exp_avg_sqs[i] step = state_steps[i] bias_correction1 = 1 - beta1 * step bias_correction2 = 1 - beta2 ** step grad = grad.to(exp_avg.dtype) # Decay the first and second moment running average coefficient exp_avg.mul_(beta1).add_(grad, alpha=1 - beta1) exp_avg_sq.mul_(beta2).addcmul_(grad, grad, value=1 - beta2) adam_step = (exp_avg / bias_correction1) / ((exp_avg_sq / bias_correction2).sqrt() + eps) if weight_decay != 0: adam_step.add_(param, alpha=weight_decay) weight_norm = param.norm(p=2) rtw_norm = adam_step.norm(p=2) true_ratio = weight_norm / rtw_norm param.add_(adam_step, alpha=-lr * true_ratio) @torch.no_grad() def lamb_step(self, closure=None): """Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] grads = [] exp_avgs = [] exp_avg_sqs = [] trails = [] state_steps = [] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) if grad.is_sparse: raise RuntimeError('Lamb does not support sparse gradients') if grad.device != torch.device('cpu'): raise RuntimeError('Lamb supports only CPU device') grads.append(grad) state = self.state[p] # Lazy state initialization if len(state) == 0: state['step'] = 0 buffer_dtype = p.dtype if p.dtype is torch.float64 else torch.float state['exp_avg'] = torch.zeros(p.shape, dtype=buffer_dtype) state['exp_avg_sq'] = torch.zeros(p.shape, dtype=buffer_dtype) exp_avgs.append(state['exp_avg']) exp_avg_sqs.append(state['exp_avg_sq']) # update the steps for each param group update state['step'] += 1 # record the step after step update state_steps.append(state['step']) beta1, beta2 = group['betas'] _lamb_fused_impl( params_with_grad, grads, exp_avgs, exp_avg_sqs, self.params_attr, state_steps, beta1, beta2, group['lr'], group['weight_decay'], group['eps']) return loss	@torch.no_grad() def adagrad_step(self, closure=None):
pandora.py	""" Component for controlling Pandora stations through the pianobar client. For more details about this platform, please refer to the documentation https://home-assistant.io/components/media_player.pandora/ """ import logging import re import os import signal from datetime import timedelta import shutil from homeassistant.const import EVENT_HOMEASSISTANT_STOP from homeassistant.components.media_player import ( SUPPORT_NEXT_TRACK, SUPPORT_PAUSE, MEDIA_TYPE_MUSIC, SUPPORT_TURN_OFF, SUPPORT_TURN_ON, SUPPORT_PLAY, SUPPORT_SELECT_SOURCE, SERVICE_MEDIA_NEXT_TRACK, SERVICE_MEDIA_PLAY_PAUSE, SERVICE_MEDIA_PLAY, SERVICE_VOLUME_UP, SERVICE_VOLUME_DOWN, MediaPlayerDevice) from homeassistant.const import (STATE_OFF, STATE_PAUSED, STATE_PLAYING, STATE_IDLE) from homeassistant import util REQUIREMENTS = ['pexpect==4.0.1'] _LOGGER = logging.getLogger(__name__) # SUPPORT_VOLUME_SET is close to available but we need volume up/down # controls in the GUI. PANDORA_SUPPORT = \ SUPPORT_PAUSE \| \ SUPPORT_TURN_ON \| SUPPORT_TURN_OFF \| SUPPORT_NEXT_TRACK \| \ SUPPORT_SELECT_SOURCE \| SUPPORT_PLAY CMD_MAP = {SERVICE_MEDIA_NEXT_TRACK: 'n', SERVICE_MEDIA_PLAY_PAUSE: 'p', SERVICE_MEDIA_PLAY: 'p', SERVICE_VOLUME_UP: ')', SERVICE_VOLUME_DOWN: '('} MIN_TIME_BETWEEN_UPDATES = timedelta(seconds=2) CURRENT_SONG_PATTERN = re.compile(r'"(.?)"\s+by\s+"(.?)"\son\s+"(.?)"', re.MULTILINE) STATION_PATTERN = re.compile(r'Station\s"(.+?)"', re.MULTILINE) # pylint: disable=unused-argument def setup_platform(hass, config, add_devices, discovery_info=None): """Setup the media player pandora platform.""" if not _pianobar_exists(): return False pandora = PandoraMediaPlayer('Pandora') # make sure we end the pandora subprocess on exit in case user doesn't # power it down. def _stop_pianobar(_event): pandora.turn_off() hass.bus.listen_once(EVENT_HOMEASSISTANT_STOP, _stop_pianobar) add_devices([pandora]) class PandoraMediaPlayer(MediaPlayerDevice): """A media player that uses the Pianobar interface to Pandora.""" def __init__(self, name): """Initialize the demo device.""" MediaPlayerDevice.__init__(self) self._name = name self._player_state = STATE_OFF self._station = '' self._media_title = '' self._media_artist = '' self._media_album = '' self._stations = [] self._time_remaining = 0 self._media_duration = 0 self._pianobar = None @property def should_poll(self): """Should be polled for current state.""" return True @property def name(self): """Return the name of the media player.""" return self._name @property def state(self): """Return the state of the player.""" return self._player_state def turn_on(self): """Turn the media player on.""" import pexpect if self._player_state != STATE_OFF: return self._pianobar = pexpect.spawn('pianobar') _LOGGER.info('Started pianobar subprocess') mode = self._pianobar.expect(['Receiving new playlist', 'Select station:', 'Email:']) if mode == 1: # station list was presented. dismiss it. self._pianobar.sendcontrol('m') elif mode == 2: _LOGGER.warning('The pianobar client is not configured to log in. ' 'Please create a config file for it as described ' 'at https://home-assistant.io' '/components/media_player.pandora/') # pass through the email/password prompts to quit cleanly self._pianobar.sendcontrol('m') self._pianobar.sendcontrol('m') self._pianobar.terminate() self._pianobar = None return self._update_stations() self.update_playing_status() self._player_state = STATE_IDLE self.schedule_update_ha_state() def turn_off(self): """Turn the media player off.""" import pexpect if self._pianobar is None: _LOGGER.info('Pianobar subprocess already stopped') return self._pianobar.send('q') try: _LOGGER.info('Stopped Pianobar subprocess') self._pianobar.terminate() except pexpect.exceptions.TIMEOUT: # kill the process group os.killpg(os.getpgid(self._pianobar.pid), signal.SIGTERM) _LOGGER.info('Killed Pianobar subprocess') self._pianobar = None self._player_state = STATE_OFF self.schedule_update_ha_state() def media_play(self): """Send play command.""" self._send_pianobar_command(SERVICE_MEDIA_PLAY_PAUSE) self._player_state = STATE_PLAYING self.schedule_update_ha_state() def media_pause(self): """Send pause command.""" self._send_pianobar_command(SERVICE_MEDIA_PLAY_PAUSE) self._player_state = STATE_PAUSED self.schedule_update_ha_state() def media_next_track(self): """Go to next track.""" self._send_pianobar_command(SERVICE_MEDIA_NEXT_TRACK) self.schedule_update_ha_state() @property def supported_features(self): """Flag media player features that are supported.""" return PANDORA_SUPPORT @property def source(self): """Name of the current input source.""" return self._station @property def source_list(self): """List of available input sources.""" return self._stations @property def media_title(self): """Title of current playing media.""" self.update_playing_status() return self._media_title @property def media_content_type(self): """Content type of current playing media.""" return MEDIA_TYPE_MUSIC @property def media_artist(self): """Artist of current playing media, music track only.""" return self._media_artist @property def media_album_name(self): """Album name of current playing media, music track only.""" return self._media_album @property def media_duration(self): """Duration of current playing media in seconds.""" return self._media_duration def select_source(self, source): """Choose a different Pandora station and play it.""" try: station_index = self._stations.index(source) except ValueError: _LOGGER.warning('Station `%s` is not in list', source) return _LOGGER.info('Setting station %s, %d', source, station_index) self._send_station_list_command() self._pianobar.sendline('{}'.format(station_index)) self._pianobar.expect('\r\n') self._player_state = STATE_PLAYING def _send_station_list_command(self): """Send a station list command.""" import pexpect self._pianobar.send('s') try: self._pianobar.expect('Select station:', timeout=1) except pexpect.exceptions.TIMEOUT: # try again. Buffer was contaminated. self._clear_buffer() self._pianobar.send('s') self._pianobar.expect('Select station:') def update_playing_status(self): """Query pianobar for info about current media_title, station.""" response = self._query_for_playing_status() if not response: return self._update_current_station(response) self._update_current_song(response) self._update_song_position() def _query_for_playing_status(self): """Query system for info about current track.""" import pexpect self._clear_buffer() self._pianobar.send('i') try: match_idx = self._pianobar.expect([br'(\d\d):(\d\d)/(\d\d):(\d\d)', 'No song playing', 'Select station', 'Receiving new playlist']) except pexpect.exceptions.EOF: _LOGGER.info('Pianobar process already exited.') return None self._log_match() if match_idx == 1: # idle. response = None elif match_idx == 2: # stuck on a station selection dialog. Clear it. _LOGGER.warning('On unexpected station list page.') self._pianobar.sendcontrol('m') # press enter self._pianobar.sendcontrol('m') # do it again b/c an 'i' got in response = self.update_playing_status() elif match_idx == 3: _LOGGER.debug('Received new playlist list.') response = self.update_playing_status() else: response = self._pianobar.before.decode('utf-8') return response def _update_current_station(self, response): """Update current station.""" station_match = re.search(STATION_PATTERN, response) if station_match: self._station = station_match.group(1) _LOGGER.debug('Got station as: %s', self._station) else: _LOGGER.warning('No station match. ') def _update_current_song(self, response): """Update info about current song.""" song_match = re.search(CURRENT_SONG_PATTERN, response) if song_match: (self._media_title, self._media_artist, self._media_album) = song_match.groups() _LOGGER.debug('Got song as: %s', self._media_title) else: _LOGGER.warning('No song match.') @util.Throttle(MIN_TIME_BETWEEN_UPDATES) def _update_song_position(self): """ Get the song position and duration. It's hard to predict whether or not the music will start during init so we have to detect state by checking the ticker. """ (cur_minutes, cur_seconds, total_minutes, total_seconds) = self._pianobar.match.groups() time_remaining = int(cur_minutes) 60 + int(cur_seconds) self._media_duration = int(total_minutes) * 60 + int(total_seconds) if (time_remaining != self._time_remaining and time_remaining != self._media_duration): self._player_state = STATE_PLAYING elif self._player_state == STATE_PLAYING: self._player_state = STATE_PAUSED self._time_remaining = time_remaining def _log_match(self): """Log grabbed values from console.""" _LOGGER.debug('Before: %s\nMatch: %s\nAfter: %s', repr(self._pianobar.before), repr(self._pianobar.match), repr(self._pianobar.after)) def _send_pianobar_command(self, service_cmd): """Send a command to Pianobar.""" command = CMD_MAP.get(service_cmd) _LOGGER.debug('Sending pinaobar command %s for %s', command, service_cmd) if command is None: _LOGGER.info('Command %s not supported yet', service_cmd) self._clear_buffer() self._pianobar.sendline(command) def _update_stations(self):	def _clear_buffer(self): """ Clear buffer from pexpect. This is necessary because there are a bunch of 00:00 in the buffer """ import pexpect try: while not self._pianobar.expect('.+', timeout=0.1): pass except pexpect.exceptions.TIMEOUT: pass except pexpect.exceptions.EOF: pass def _pianobar_exists(): """Verify that Pianobar is properly installed.""" pianobar_exe = shutil.which('pianobar') if pianobar_exe: return True else: _LOGGER.warning('The Pandora component depends on the Pianobar ' 'client, which cannot be found. Please install ' 'using instructions at' 'https://home-assistant.io' '/components/media_player.pandora/') return False	"""List defined Pandora stations.""" self._send_station_list_command() station_lines = self._pianobar.before.decode('utf-8') _LOGGER.debug('Getting stations: %s', station_lines) self._stations = [] for line in station_lines.split('\r\n'): match = re.search(r'\d+\).....(.+)', line) if match: station = match.group(1).strip() _LOGGER.debug('Found station %s', station) self._stations.append(station) else: _LOGGER.debug('No station match on `%s`', line) self._pianobar.sendcontrol('m') # press enter with blank line self._pianobar.sendcontrol('m') # do it twice in case an 'i' got in
models.py	from django.db import models # Create your models here. class Question(models.Model):		question_text = models.CharField(max_length = 200) pub_date = models.DateTime
interface.rs	use crate::discriminative::model as m; use std::ffi::CString; use float_ord::FloatOrd; use friday_inference; use friday_error::{frierr, propagate, FridayError}; use friday_logging; use friday_storage; use friday_web; use std::path::PathBuf; use std::collections::HashMap; use std::sync::{Arc, RwLock}; use serde_derive::Deserialize; use serde_json; #[derive(Deserialize)] pub struct Config { export_dir: PathBuf, sensitivity: f32, class_map: HashMap<String, i32> } pub struct Discriminative { model: m::Model, input: m::Tensor, output: m::Tensor, class_map: Arc<RwLock<Vec<String>>>, sensitivity: Arc<RwLock<f32>> } fn class_map_to_class_vec(map: HashMap<String, i32>) -> Vec<String> { // TODO is there a better way to convert it // We just want to take a map // "hi: 0 // "why": 1 // "who": 2 // ... // and convert into // ["hi", "why", "who"] // Such that the order is preserved let mut class_map_mappings_vec: Vec<(String, i32)> = map .iter() .map(\|k\| (k.0.clone(), k.1.clone())) .collect(); class_map_mappings_vec.sort_by_key(\|k\| k.1); // Finally we have the class_map return class_map_mappings_vec.iter().map(\|k\| k.0.clone()).collect(); } impl Discriminative { pub fn new() -> Result<Discriminative, FridayError> { return friday_storage::config::get_config("discriminative.json").map_or_else( propagate!("Failed to create discriminative model"), Discriminative::model_from_config ); } fn model_from_config(config: Config) -> Result<Discriminative, FridayError> { let maybe_input = CString::new("input"); let maybe_output = CString::new("output"); let class_map : Vec<String> = class_map_to_class_vec(config.class_map.clone()); return m::Model::new(config.export_dir.as_path()) .map_or_else( \|\| frierr!("Failed to create model"), \|model\| Discriminative::make_discriminative( class_map, config.sensitivity, model, maybe_input.unwrap(), maybe_output.unwrap())); } fn make_discriminative(class_map: Vec<String>, sensitivity: f32, m: m::Model, input_cstring: CString, output_cstring: CString) -> Result<Discriminative, FridayError> { let input_tensor = m::Tensor::new(&m, &input_cstring); let output_tensor = m::Tensor::new(&m, &output_cstring); output_tensor .dims .clone() .first() .map_or_else( \|\| frierr!("Failed to read dimension of output tensor"), \|dim\| { if dim.clone() as usize != class_map.len() { return frierr!("Class map size ({}) \ not matching output dimension of tensor ({})", class_map.len(), dim); } return Ok(Discriminative { model: m, input: input_tensor, output: output_tensor, // Storing this behind a lock because the WebDiscriminativemight read it // in another thread. class_map: Arc::new(RwLock::new(class_map.clone())), sensitivity: Arc::new(RwLock::new(sensitivity)) }); }) } } impl friday_inference::Model for Discriminative { fn predict(&mut self, v :&Vec<i16>) -> Result<friday_inference::Prediction, FridayError> { match self.class_map.read() { Ok(class_map) => match self.sensitivity.read() { Ok(sensitivity) => { self.input.set_data(&v); self.model.run(&mut self.input, &mut self.output); let probabilities = self.output.get_data::<f32>(); let pred = probabilities .iter() .enumerate() .max_by_key(\|k\| FloatOrd(k.1.clone())) .map(\|k\| k.0) .expect("failed to get max").clone(); friday_logging::info!("P({}) = {}", class_map[pred], probabilities[pred]); if pred == 0 { return Ok(friday_inference::Prediction::Silence); } if probabilities[pred] > sensitivity.clone() { return Ok(friday_inference::Prediction::Result { class: class_map[pred].clone(), }) } return Ok(friday_inference::Prediction::Inconclusive); }, Err(err) => frierr!("Failed to read RWLocked sensitivity - Reason: {}", err) }, Err(err) => frierr!("Failed to read RWLocked class_map - Reason: {}", err) } } fn expected_frame_size(&self) -> usize { return self.input .dims .first() .expect("(tensorflow-models): Failed to extract input dims from model") .clone() as usize; } fn reset(&mut self) -> Result<(), FridayError> { Ok(()) } } pub struct WebDiscriminative{ endpoints: Vec<friday_web::endpoint::Endpoint>, // These are shared with the Discriminative class_map: Arc<RwLock<Vec<String>>>, sensitivity: Arc<RwLock<f32>> } impl WebDiscriminative{ pub fn new(d: &Discriminative) -> WebDiscriminative{ WebDiscriminative{ endpoints: vec![ friday_web::endpoint::Endpoint{ name: "classes".to_owned(), methods: vec![friday_web::core::Method::Get], path: friday_web::path::Path::safe_new( "/friday-inference/tensorflow-models/discriminative/classes") }, friday_web::endpoint::Endpoint{ name: "sensitivity".to_owned(), methods: vec![friday_web::core::Method::Get], path: friday_web::path::Path::safe_new( "/friday-inference/tensorflow-models/discriminative/sensitivity") } ], class_map: d.class_map.clone(), sensitivity: d.sensitivity.clone() } } fn class_map_response(&self) -> Result<friday_web::core::Response, FridayError> { match self.class_map.read() { Ok(class_map) => serde_json::to_string(&class_map.clone()).map_or_else( \|err\| frierr!( "Failed to serialize class_map - {:?} - to json - Reason: {}", class_map, err), \|content\| Ok(friday_web::core::Response::JSON { status: 200, content })), Err(err) => frierr!("Failed to read RWLocked class_map - Reason: {}", err) } } fn sensitivity_response(&self) -> Result<friday_web::core::Response, FridayError> { match self.sensitivity.read() { Ok(sensitivity) => serde_json::to_string(&sensitivity.clone()).map_or_else( \|err\| frierr!( "Failed to serialize sensitivity - {:?} - to json - Reason: {}", sensitivity, err), \|content\| Ok(friday_web::core::Response::JSON { status: 200, content })), Err(err) => frierr!("Failed to read RWLocked sensitivity - Reason: {}", err) } } } impl friday_web::vendor::Vendor for WebDiscriminative{ fn name(&self) -> String { return "friday-inference/tensorflow-models/discriminative".to_owned() } fn endpoints(&self) -> Vec<friday_web::endpoint::Endpoint>	fn handle(&mut self, r: &mut dyn friday_web::core::FridayRequest) -> Result<friday_web::core::Response, FridayError> { friday_web::get_name(r, &self.endpoints).map_or_else( propagate!("Failed to get 'Discriminiative' endpoint for {}", r.url()), \|name\| match name.as_str() { "classes" => self.class_map_response(), "sensitivity" => self.sensitivity_response(), _ => frierr!("Unknown endpoint name {}", name) }) } } #[cfg(test)] mod tests { use super::*; use friday_inference::Model; use std::path::PathBuf; use std::sync::Mutex; use ureq; #[test] fn discriminative_model() { let config = Config { export_dir: PathBuf::from("test-resources/1603634879"), class_map: [ (String::from("Silence"), 0), (String::from("a"), 1), (String::from("b"), 2), (String::from("c"), 3), (String::from("d"), 4), (String::from("e"), 5), (String::from("f"), 6), (String::from("g"), 7), (String::from("h"), 8), (String::from("i"), 9)].iter().cloned().collect(), sensitivity: 0.0 }; let mut model = Discriminative::model_from_config(config).expect("Failed to load Config"); let v: Vec<i16> = vec![1; 16000]; let pred: friday_inference::Prediction = model.predict(&v).expect("Failed to predict"); match pred { friday_inference::Prediction::Result { class, } => assert_eq!(class, String::from("Silence")), friday_inference::Prediction::Silence => friday_logging::info!("Got Silence"), friday_inference::Prediction::Inconclusive => friday_logging::info!("Got Inconclusive") } } use std::env; #[test] fn discriminative_web() { env::set_var("FRIDAY_GUI", "."); let config = Config { export_dir: PathBuf::from("test-resources/1603634879"), class_map: [ (String::from("Silence"), 0), (String::from("a"), 1), (String::from("b"), 2), (String::from("c"), 3), (String::from("d"), 4), (String::from("e"), 5), (String::from("f"), 6), (String::from("g"), 7), (String::from("h"), 8), (String::from("i"), 9)].iter().cloned().collect(), sensitivity: 0.0 }; let model = Discriminative::model_from_config(config).expect("Failed to load Config"); let web = WebDiscriminative::new(&model); let mut server = friday_web::server::Server::new().expect("Failed to create web friday server"); server.register(vec![ Arc::new(Mutex::new(web)) ]).expect("Failed to register discriminative web vendor"); let handle = server.listen("0.0.0.0:8000").expect("Failed to start server"); std::thread::sleep(std::time::Duration::from_millis(2000)); let resp = ureq::get( "http://0.0.0.0:8000/friday-inference/tensorflow-models/discriminative/classes").call(); let class_map : Vec<String> = resp.into_json_deserialize::<Vec<String>>() .expect("Failed to parse json response"); friday_logging::info!("Got class_map response: {:?}", class_map); assert_eq!(class_map, model.class_map.read().unwrap().clone()); let resp = ureq::get( "http://0.0.0.0:8000/friday-inference/tensorflow-models/discriminative/sensitivity").call(); let sensitivity : f32 = resp.into_json_deserialize::<f32>() .expect("Failed to parse json response"); friday_logging::info!("Got sensitivity response: {:?}", sensitivity); assert_eq!(sensitivity, model.sensitivity.read().unwrap().clone()); handle.stop(); } }	{ return self.endpoints.clone(); }
icon_shopping_basket.rs	pub struct IconShoppingBasket { props: crate::Props, } impl yew::Component for IconShoppingBasket { type Properties = crate::Props; type Message = (); fn create(props: Self::Properties, _: yew::prelude::ComponentLink<Self>) -> Self { Self { props } } fn	(&mut self, _: Self::Message) -> yew::prelude::ShouldRender { true } fn change(&mut self, _: Self::Properties) -> yew::prelude::ShouldRender { false } fn view(&self) -> yew::prelude::Html { yew::prelude::html! { <svg class=self.props.class.unwrap_or("") width=self.props.size.unwrap_or(24).to_string() height=self.props.size.unwrap_or(24).to_string() viewBox="0 0 24 24" fill=self.props.fill.unwrap_or("none") stroke=self.props.color.unwrap_or("currentColor") stroke-width=self.props.stroke_width.unwrap_or(2).to_string() stroke-linecap=self.props.stroke_linecap.unwrap_or("round") stroke-linejoin=self.props.stroke_linejoin.unwrap_or("round") > <svg xmlns="http://www.w3.org/2000/svg" height="24" viewBox="0 0 24 24" width="24"><path d="M0 0h24v24H0z" fill="none"/><path d="M17.21 9l-4.38-6.56c-.19-.28-.51-.42-.83-.42-.32 0-.64.14-.83.43L6.79 9H2c-.55 0-1 .45-1 1 0 .09.01.18.04.27l2.54 9.27c.23.84 1 1.46 1.92 1.46h13c.92 0 1.69-.62 1.93-1.46l2.54-9.27L23 10c0-.55-.45-1-1-1h-4.79zM9 9l3-4.4L15 9H9zm3 8c-1.1 0-2-.9-2-2s.9-2 2-2 2 .9 2 2-.9 2-2 2z"/></svg> </svg> } } }	update
glog.go	//go:generate depstubber -vendor github.com/golang/glog "" Error,ErrorDepth,Errorf,Errorln,Exit,ExitDepth,Exitf,Exitln,Fatal,FatalDepth,Fatalf,Fatalln,Info,InfoDepth,Infof,Infoln,Warning,WarningDepth,Warningf,Warningln //go:generate depstubber -vendor k8s.io/klog "" Error,ErrorDepth,Errorf,Errorln,Exit,ExitDepth,Exitf,Exitln,Fatal,FatalDepth,Fatalf,Fatalln,Info,InfoDepth,Infof,Infoln,Warning,WarningDepth,Warningf,Warningln package main import ( "github.com/golang/glog" "k8s.io/klog" ) func	() { glog.Error(text) // $logger=text glog.ErrorDepth(0, text) // $f-:logger=text glog.Errorf(fmt, text) // $logger=fmt $logger=text glog.Errorln(text) // $logger=text glog.Exit(text) // $logger=text glog.ExitDepth(0, text) // $f-:logger=text glog.Exitf(fmt, text) // $logger=fmt $logger=text glog.Exitln(text) // $logger=text glog.Fatal(text) // $logger=text glog.FatalDepth(0, text) // $f-:logger=text glog.Fatalf(fmt, text) // $logger=fmt $logger=text glog.Fatalln(text) // $logger=text glog.Info(text) // $logger=text glog.InfoDepth(0, text) // $f-:logger=text glog.Infof(fmt, text) // $logger=fmt $logger=text glog.Infoln(text) // $logger=text glog.Warning(text) // $logger=text glog.WarningDepth(0, text) // $f-:logger=text glog.Warningf(fmt, text) // $logger=fmt $logger=text glog.Warningln(text) // $logger=text klog.Error(text) // $logger=text klog.ErrorDepth(0, text) // $f-:logger=text klog.Errorf(fmt, text) // $logger=fmt $logger=text klog.Errorln(text) // $logger=text klog.Exit(text) // $logger=text klog.ExitDepth(0, text) // $f-:logger=text klog.Exitf(fmt, text) // $logger=fmt $logger=text klog.Exitln(text) // $logger=text klog.Fatal(text) // $logger=text klog.FatalDepth(0, text) // $f-:logger=text klog.Fatalf(fmt, text) // $logger=fmt $logger=text klog.Fatalln(text) // $logger=text klog.Info(text) // $logger=text klog.InfoDepth(0, text) // $f-:logger=text klog.Infof(fmt, text) // $logger=fmt $logger=text klog.Infoln(text) // $logger=text klog.Warning(text) // $logger=text klog.WarningDepth(0, text) // $f-:logger=text klog.Warningf(fmt, text) // $logger=fmt $logger=text klog.Warningln(text) // $logger=text }	glogTest
rayon.rs	//! Parallelism for Units collection. use super::{cmp, cmp_by2, Container, FxIndexMap, Units}; use crate::{distance::Distance, geometry::Point2, ids::UnitTypeId, unit::Unit}; use indexmap::map::rayon::{ParIter, ParIterMut, ParKeys, ParValues, ParValuesMut}; use rayon::{iter::plumbing::, prelude::}; use std::{borrow::Borrow, cmp::Ordering, iter::Sum}; #[inline] fn cmp_by<U, T, F>(f: F) -> impl Fn(&&U, &&U) -> Ordering where T: PartialOrd, F: Fn(&U) -> T + Send + Sync, { move \|a, b\| f(a).partial_cmp(&f(b)).unwrap() } impl Units { /// Returns parallel iterator over the units of the collection. #[inline] pub fn par_iter(&self) -> ParValues<u64, Unit> { self.0.par_values() } /// Returns mutable parallel iterator over the units of the collection. #[inline] pub fn par_iter_mut(&mut self) -> ParValuesMut<u64, Unit> { self.0.par_values_mut() } /// Returns parallel iterator over (tag, unit) pairs of the collection. #[inline] pub fn par_pairs(&self) -> ParIter<u64, Unit> { self.0.par_iter() } /// Returns mutable parallel iterator over (tag, unit) pairs of the collection. #[inline] pub fn par_pairs_mut(&mut self) -> ParIterMut<u64, Unit> { self.0.par_iter_mut() } /// Returns parallel iterator over unit tags of the collection. #[inline] pub fn par_tags(&self) -> ParKeys<u64, Unit> { self.0.par_keys() } /// Leaves only units that match given predicate and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`filter`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`filter`]: Iterator::filter pub fn filter<F>(&self, f: F) -> Self where F: Fn(&&Unit) -> bool + Sync + Send, { Self(self.par_iter().filter(f).map(\|u\| (u.tag, u.clone())).collect()) } /// Leaves only units of given types and makes a new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`of_types`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`of_types`]: super::UnitsIterator::of_types pub fn of_types<T: Container<UnitTypeId> + Sync>(&self, types: &T) -> Self { self.filter(\|u\| types.contains(&u.type_id)) } /// Excludes units of given types and makes a new collection of remaining units. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`exclude_types`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`exclude_types`]: super::UnitsIterator::exclude_types pub fn exclude_types<T: Container<UnitTypeId> + Sync>(&self, types: &T) -> Self { self.filter(\|u\| !types.contains(&u.type_id)) } /// Leaves only units closer than given distance to target and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`closer`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`closer`]: crate::distance::DistanceIterator::closer pub fn closer<P: Into<Point2> + Copy + Sync>(&self, distance: f32, target: P) -> Self { self.filter(\|u\| u.is_closer(distance, target)) } /// Leaves only units further than given distance to target and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`further`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`further`]: crate::distance::DistanceIterator::further pub fn further<P: Into<Point2> + Copy + Sync>(&self, distance: f32, target: P) -> Self { self.filter(\|u\| u.is_further(distance, target)) } /// Returns closest from the collection unit to given target. pub fn closest<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<&Unit> { self.min(\|u\| u.distance_squared(target)) } /// Returns furthest from the collection unit to given target. pub fn furthest<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<&Unit> { self.max(\|u\| u.distance_squared(target)) } /// Returns distance from closest unit in the collection to given target. pub fn closest_distance<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.min_value(\|u\| u.distance_squared(target)) .map(\|dist\| dist.sqrt()) } /// Returns distance from furthest unit in the collection to given target. pub fn furthest_distance<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.max_value(\|u\| u.distance_squared(target)) .map(\|dist\| dist.sqrt()) } /// Returns squared distance from closest unit in the collection to given target. pub fn closest_distance_squared<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.min_value(\|u\| u.distance_squared(target)) } /// Returns squared distance from furthest unit in the collection to given target. pub fn furthest_distance_squared<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.max_value(\|u\| u.distance_squared(target)) } /// Returns sum of given unit values. pub fn sum<T, F>(&self, f: F) -> T where T: Sum + Send, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().map(f).sum::<T>() } /// Returns unit with minimum given predicate. pub fn min<T, F>(&self, f: F) -> Option<&Unit> where T: PartialOrd, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().min_by(cmp_by(f)) } /// Returns minimum of given unit values. pub fn min_value<T, F>(&self, f: F) -> Option<T> where T: PartialOrd + Send, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().map(f).min_by(cmp) } /// Returns unit with maximum given predicate. pub fn max<T, F>(&self, f: F) -> Option<&Unit> where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { self.par_iter().max_by(cmp_by(f)) } /// Returns maximum of given unit values. pub fn max_value<T, F>(&self, f: F) -> Option<T> where T: PartialOrd + Send, F: Fn(&Unit) -> T + Sync + Send, { self.par_iter().map(f).max_by(cmp) } /// Parallelly sorts the collection by given function. pub fn par_sort<T, F>(&mut self, f: F) where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { self.0.par_sort_by(cmp_by2(f)); } /// Makes new collection parallelly sorted by given function. /// Leaves original collection untouched. pub fn par_sorted<T, F>(&self, f: F) -> Self where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { let mut sorted = self.clone(); sorted.0.par_sort_by(cmp_by2(f)); sorted } } impl IntoParallelIterator for Units { type Item = Unit; type Iter = IntoParUnits; #[inline] fn into_par_iter(self) -> Self::Iter { IntoParUnits(self.0) } } impl<'a> IntoParallelIterator for &'a Units { type Item = &'a Unit; type Iter = ParValues<'a, u64, Unit>; #[inline] fn into_par_iter(self) -> Self::Iter { self.0.par_values() } } impl<'a> IntoParallelIterator for &'a mut Units { type Item = &'a mut Unit; type Iter = ParValuesMut<'a, u64, Unit>; #[inline] fn into_par_iter(self) -> Self::Iter { self.0.par_values_mut() } } impl ParallelExtend<Unit> for Units { #[inline] fn par_extend<T: IntoParallelIterator<Item = Unit>>(&mut self, par_iter: T) { self.0.par_extend(par_iter.into_par_iter().map(\|u\| (u.tag, u))); } } impl ParallelExtend<(u64, Unit)> for Units { #[inline] fn par_extend<T: IntoParallelIterator<Item = (u64, Unit)>>(&mut self, par_iter: T) { self.0.par_extend(par_iter); } } impl FromParallelIterator<Unit> for Units { #[inline] fn from_par_iter<I: IntoParallelIterator<Item = Unit>>(par_iter: I) -> Self { Self(par_iter.into_par_iter().map(\|u\| (u.tag, u)).collect()) } } impl FromParallelIterator<(u64, Unit)> for Units { #[inline] fn from_par_iter<I: IntoParallelIterator<Item = (u64, Unit)>>(par_iter: I) -> Self { Self(par_iter.into_par_iter().collect()) } } /// Helper trait for parallel iterators over units. pub trait ParUnitsIterator: ParallelIterator where Self::Item: Borrow<Unit>, { /// Searches for unit with given tag and returns it if found. fn find_tag(self, tag: u64) -> Option<Self::Item> { self.find_any(\|u\| u.borrow().tag == tag) } /// Leaves only units with given tags. fn find_tags<T: Container<u64>>(self, tags: &T) -> FindTags<Self, T> { FindTags::new(self, tags) } /// Leaves only units of given type. fn of_type(self, unit_type: UnitTypeId) -> OfType<Self> { OfType::new(self, unit_type) } /// Excludes units of given type. fn exclude_type(self, unit_type: UnitTypeId) -> ExcludeType<Self> { ExcludeType::new(self, unit_type) } /// Leaves only units of given types. fn of_types<T: Container<UnitTypeId>>(self, types: &T) -> OfTypes<Self, T> { OfTypes::new(self, types) } /// Excludes units of given types. fn exclude_types<T: Container<UnitTypeId>>(self, types: &T) -> ExcludeTypes<Self, T> { ExcludeTypes::new(self, types) } /// Leaves only non-flying units. fn ground(self) -> Ground<Self> { Ground::new(self) } /// Leaves only flying units. fn flying(self) -> Flying<Self> { Flying::new(self) } /// Leaves only ready structures. fn ready(self) -> Ready<Self> { Ready::new(self) } /// Leaves only structures in-progress. fn not_ready(self) -> NotReady<Self> { NotReady::new(self) } /// Leaves only units with no orders. fn idle(self) -> Idle<Self> { Idle::new(self) } /// Leaves only units with no orders or that almost finished their orders. fn almost_idle(self) -> AlmostIdle<Self> { AlmostIdle::new(self) } /// Leaves only units with no orders. /// Unlike [`idle`](Self::idle) this takes reactor on terran buildings into account. fn unused(self) -> Unused<Self> { Unused::new(self) } /// Leaves only units with no orders or that almost finished their orders. /// Unlike [`almost_idle`](Self::almost_idle) this takes reactor on terran buildings into account. fn almost_unused(self) -> AlmostUnused<Self> { AlmostUnused::new(self) } /// Leaves only units visible on current step. fn visible(self) -> Visible<Self> { Visible::new(self) } /// Leaves only units in attack range of given unit. fn in_range_of(self, unit: &Unit, gap: f32) -> InRangeOf<Self> { InRangeOf::new(self, unit, gap) } /// Leaves only units that are close enough to attack given unit. fn in_range(self, unit: &Unit, gap: f32) -> InRange<Self> { InRange::new(self, unit, gap) } /// Leaves only units in attack range of given unit. /// Unlike [`in_range_of`](Self::in_range_of) this takes range upgrades into account. fn in_real_range_of(self, unit: &Unit, gap: f32) -> InRealRangeOf<Self> { InRealRangeOf::new(self, unit, gap) } /// Leaves only units that are close enough to attack given unit. /// Unlike [`in_range`](Self::in_range) this takes range upgrades into account. fn in_real_range(self, unit: &Unit, gap: f32) -> InRealRange<Self> { InRealRange::new(self, unit, gap) } } impl<I> ParUnitsIterator for I where I: ParallelIterator, I::Item: Borrow<Unit>, { } /// Owned parallel iterator over Units. pub struct IntoParUnits(FxIndexMap<u64, Unit>); impl ParallelIterator for IntoParUnits { type Item = Unit; fn drive_unindexed<C>(self, consumer: C) -> C::Result where C: UnindexedConsumer<Self::Item>, { self.0.into_par_iter().map(\|x\| x.1).drive_unindexed(consumer) } fn opt_len(&self) -> Option<usize> { Some(self.0.len()) } } impl IndexedParallelIterator for IntoParUnits { fn drive<C>(self, consumer: C) -> C::Result where C: Consumer<Self::Item>, { self.0.into_par_iter().map(\|x\| x.1).drive(consumer) } fn len(&self) -> usize { self.0.len() } fn with_producer<CB>(self, callback: CB) -> CB::Output where CB: ProducerCallback<Self::Item>, { self.0.into_par_iter().map(\|x\| x.1).with_producer(callback) } } // Macros to generate parallel iterator implementation here macro_rules! iterator_methods { () => { fn drive_unindexed<C>(self, consumer: C) -> C::Result where C: UnindexedConsumer<Self::Item>, { let pred = self.predicate(); self.iter .drive_unindexed(FilterConsumer::new(consumer, &pred)) } }; } macro_rules! impl_simple_iterator { ($name:ident $(<$a:lifetime>)?) => { impl<$($a,)? I> ParallelIterator for $name<$($a,)? I> where I: ParallelIterator, I::Item: Borrow<Unit>, { type Item = I::Item; iterator_methods!(); } }; } macro_rules! make_simple_iterator { ($(#[$attr:meta])* $name:ident, $pred:expr) => { $(#[$attr])* #[derive(Clone)] pub struct $name<I> { iter: I, } impl<I> $name<I> { pub(super) fn new(iter: I) -> Self { Self { iter } } fn predicate(&self) -> impl Fn(&Unit) -> bool { $pred } } impl_simple_iterator!($name); }; } // Consumer implementation struct FilterConsumer<'p, C, P> { base: C, filter_op: &'p P, } impl<'p, C, P> FilterConsumer<'p, C, P> { fn new(base: C, filter_op: &'p P) -> Self { FilterConsumer { base, filter_op } } } impl<'p, T, C, P: 'p> Consumer<T> for FilterConsumer<'p, C, P> where C: Consumer<T>, P: Fn(&Unit) -> bool + Sync, T: Borrow<Unit>, { type Folder = FilterFolder<'p, C::Folder, P>; type Reducer = C::Reducer; type Result = C::Result; fn split_at(self, index: usize) -> (Self, Self, C::Reducer) { let (left, right, reducer) = self.base.split_at(index); ( FilterConsumer::new(left, self.filter_op), FilterConsumer::new(right, self.filter_op), reducer, ) } fn into_folder(self) -> Self::Folder { FilterFolder { base: self.base.into_folder(), filter_op: self.filter_op, } } fn full(&self) -> bool { self.base.full() } } impl<'p, T, C, P: 'p> UnindexedConsumer<T> for FilterConsumer<'p, C, P> where C: UnindexedConsumer<T>, P: Fn(&Unit) -> bool + Sync, T: Borrow<Unit>, { fn split_off_left(&self) -> Self { FilterConsumer::new(self.base.split_off_left(), &self.filter_op) } fn to_reducer(&self) -> Self::Reducer { self.base.to_reducer() } } struct FilterFolder<'p, C, P> { base: C, filter_op: &'p P, } impl<'p, C, P, T> Folder<T> for FilterFolder<'p, C, P> where C: Folder<T>, P: Fn(&Unit) -> bool + 'p, T: Borrow<Unit>, { type Result = C::Result; fn consume(self, item: T) -> Self { let filter_op = self.filter_op; if filter_op(item.borrow()) { let base = self.base.consume(item); FilterFolder { base, filter_op } } else	} fn complete(self) -> Self::Result { self.base.complete() } fn full(&self) -> bool { self.base.full() } } // Parallel Iterator adaptors here /// An iterator that filters units with given tags. #[derive(Clone)] pub struct FindTags<'a, I, T> { iter: I, tags: &'a T, } impl<'a, I, T: Container<u64>> FindTags<'a, I, T> { pub(super) fn new(iter: I, tags: &'a T) -> Self { Self { iter, tags } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let tags = self.tags; move \|u\| tags.contains(&u.tag) } } impl<'a, I, T> ParallelIterator for FindTags<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<u64> + Sync, { type Item = I::Item; iterator_methods!(); } /// An iterator that filters units of given type. #[derive(Clone)] pub struct OfType<I> { iter: I, unit_type: UnitTypeId, } impl<I> OfType<I> { pub(super) fn new(iter: I, unit_type: UnitTypeId) -> Self { Self { iter, unit_type } } fn predicate(&self) -> impl Fn(&Unit) -> bool { let unit_type = self.unit_type; move \|u\| u.type_id == unit_type } } impl_simple_iterator!(OfType); /// An iterator that filters out units of given type. #[derive(Clone)] pub struct ExcludeType<I> { iter: I, unit_type: UnitTypeId, } impl<I> ExcludeType<I> { pub(super) fn new(iter: I, unit_type: UnitTypeId) -> Self { Self { iter, unit_type } } fn predicate(&self) -> impl Fn(&Unit) -> bool { let unit_type = self.unit_type; move \|u\| u.type_id != unit_type } } impl_simple_iterator!(ExcludeType); /// An iterator that filters units of given types. #[derive(Clone)] pub struct OfTypes<'a, I, T> { iter: I, types: &'a T, } impl<'a, I, T: Container<UnitTypeId>> OfTypes<'a, I, T> { pub(super) fn new(iter: I, types: &'a T) -> Self { Self { iter, types } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let types = self.types; move \|u\| types.contains(&u.type_id) } } impl<'a, I, T> ParallelIterator for OfTypes<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<UnitTypeId> + Sync, { type Item = I::Item; iterator_methods!(); } /// An iterator that filters out units of given types. #[derive(Clone)] pub struct ExcludeTypes<'a, I, T> { iter: I, types: &'a T, } impl<'a, I, T: Container<UnitTypeId>> ExcludeTypes<'a, I, T> { pub(super) fn new(iter: I, types: &'a T) -> Self { Self { iter, types } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let types = self.types; move \|u\| !types.contains(&u.type_id) } } impl<'a, I, T> ParallelIterator for ExcludeTypes<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<UnitTypeId> + Sync, { type Item = I::Item; iterator_methods!(); } make_simple_iterator!( /// An iterator that filters ground units. Ground, \|u\| !u.is_flying ); make_simple_iterator!( /// An iterator that filters flying units. Flying, \|u\| u.is_flying ); make_simple_iterator!( /// An iterator that filters ready units and structures. Ready, \|u\| u.is_ready() ); make_simple_iterator!( /// An iterator that filters units structures in-progress. NotReady, \|u\| !u.is_ready() ); make_simple_iterator!( /// An iterator that filters units with no orders. Idle, \|u\| u.is_idle() ); make_simple_iterator!( /// An iterator that filters units with no orders or almost finished orders. AlmostIdle, \|u\| u.is_almost_idle() ); make_simple_iterator!( /// An iterator that filters units with no orders (this also handles buildings with reactor). Unused, \|u\| u.is_unused() ); make_simple_iterator!( /// An iterator that filters units with no orders or almost finished orders /// (this also handles buildings with reactor). AlmostUnused, \|u\| u.is_almost_unused() ); make_simple_iterator!( /// An iterator that filters units units visible on current step. Visible, \|u\| u.is_visible() ); /// An iterator that filters units in attack range of given unit. #[derive(Clone)] pub struct InRangeOf<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRangeOf<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move \|u\| unit.in_range(u, gap) } } impl_simple_iterator!(InRangeOf<'a>); /// An iterator that filters units close enough to attack given unit. #[derive(Clone)] pub struct InRange<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRange<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move \|u\| u.in_range(unit, gap) } } impl_simple_iterator!(InRange<'a>); /// An iterator that filters units in attack range of given unit (this also handles range upgrades). #[derive(Clone)] pub struct InRealRangeOf<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRealRangeOf<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move \|u\| unit.in_real_range(u, gap) } } impl_simple_iterator!(InRealRangeOf<'a>); /// An iterator that filters units close enough to attack given unit (this also handles range upgrades). #[derive(Clone)] pub struct InRealRange<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRealRange<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move \|u\| u.in_real_range(unit, gap) } } impl_simple_iterator!(InRealRange<'a>);	{ self }
main.rs	use rustc_hash::FxHashMap; use std::fs; use std::io::BufWriter; use std::path::PathBuf; use std::time::{Duration, SystemTime, UNIX_EPOCH}; use analyzeme::{ProfilingData, Timestamp}; use serde::ser::SerializeSeq; use serde::{Serialize, Serializer}; use serde_json::json; use std::cmp; use structopt::StructOpt; fn as_micros<S: Serializer>(d: &Duration, s: S) -> Result<S::Ok, S::Error> { let v = (d.as_secs() * 1_000_000) + (d.subsec_nanos() as u64 / 1_000); s.serialize_u64(v) } #[derive(Clone, Copy, Eq, PartialEq, Serialize)] enum EventType { #[serde(rename = "X")] Complete, } #[derive(Serialize)] struct Event { name: String, #[serde(rename = "cat")] category: String, #[serde(rename = "ph")] event_type: EventType, #[serde(rename = "ts", serialize_with = "as_micros")] #[serde()] timestamp: Duration, #[serde(rename = "dur", serialize_with = "as_micros")] duration: Duration, #[serde(rename = "pid")] process_id: u32, #[serde(rename = "tid")] thread_id: u32, args: Option<FxHashMap<String, String>>, } #[derive(StructOpt, Debug)] struct Opt { #[structopt(required_unless = "dir")] file_prefix: Vec<PathBuf>, /// all event trace files in dir will be merged to one chrome_profiler.json file #[structopt(long = "dir")] dir: Option<PathBuf>, /// collapse threads without overlapping events #[structopt(long = "collapse-threads")] collapse_threads: bool, /// filter out events with shorter duration (in microseconds) #[structopt(long = "minimum-duration")] minimum_duration: Option<u128>, } // generate mapping from thread_id to collapsed thread_id or an empty map fn generate_thread_to_collapsed_thread_mapping( opt: &Opt, data: &ProfilingData, ) -> FxHashMap<u32, u32> { let mut thread_to_collapsed_thread: FxHashMap<u32, u32> = FxHashMap::default(); if opt.collapse_threads { // collect start and end times for all threads let mut thread_start_and_end: FxHashMap<u32, (SystemTime, SystemTime)> = FxHashMap::default(); for event in data.iter() { thread_start_and_end .entry(event.thread_id) .and_modify(\|(thread_start, thread_end)\| { let (event_min, event_max) = timestamp_to_min_max(event.timestamp); thread_start = cmp::min(thread_start, event_min); thread_end = cmp::max(thread_end, event_max); }) .or_insert_with(\|\| timestamp_to_min_max(event.timestamp)); } // collect the the threads in order of the end time let mut end_and_thread = thread_start_and_end .iter() .map(\|(&thread_id, &(_start, end))\| (end, thread_id)) .collect::<Vec<_>>(); end_and_thread.sort_unstable_by_key(\|&(end, _thread_id)\| end); let mut next_end_iter = end_and_thread.iter().peekable(); // collect the the threads in order of the start time let mut start_and_thread = thread_start_and_end .iter() .map(\|(&thread_id, &(start, _end))\| (start, thread_id)) .collect::<Vec<_>>(); start_and_thread.sort_unstable_by_key(\|&(start, _thread_id)\| start); let mut current_thread_id = 0; // use new thread_ids to avoid strange gaps in the numbers for &(start, thread_id) in start_and_thread.iter() { // safe to unwrap due to end_and_thread and start_and_thread have the same length let (next_end, next_thread_id) = next_end_iter.peek().unwrap(); if start > next_end { next_end_iter.next(); // need to lookup the thread_id due to new and collapsed threads let mapped_thread_id = thread_to_collapsed_thread .get(&next_thread_id) .unwrap_or(&next_thread_id); thread_to_collapsed_thread.insert(thread_id, mapped_thread_id); } else { thread_to_collapsed_thread.insert(thread_id, current_thread_id); current_thread_id += 1; } } } thread_to_collapsed_thread } fn get_args(full_event: &analyzeme::Event) -> Option<FxHashMap<String, String>>	fn main() -> Result<(), Box<dyn std::error::Error>> { let opt = Opt::from_args(); let chrome_file = BufWriter::new(fs::File::create("chrome_profiler.json")?); let mut serializer = serde_json::Serializer::new(chrome_file); let mut seq = serializer.serialize_seq(None)?; let dir_paths = file_prefixes_in_dir(&opt)?; for file_prefix in opt.file_prefix.iter().chain(dir_paths.iter()) { let data = ProfilingData::new(&file_prefix)?; let thread_to_collapsed_thread = generate_thread_to_collapsed_thread_mapping(&opt, &data); // Chrome does not seem to like how many QueryCacheHit events we generate // only handle Interval events for now for event in data.iter().filter(\|e\| !e.timestamp.is_instant()) { let duration = event.duration().unwrap(); if let Some(minimum_duration) = opt.minimum_duration { if duration.as_micros() < minimum_duration { continue; } } let full_event = event.to_event(); let crox_event = Event { name: full_event.label.clone().into_owned(), category: full_event.event_kind.clone().into_owned(), event_type: EventType::Complete, timestamp: event.timestamp.start().duration_since(UNIX_EPOCH).unwrap(), duration, process_id: data.metadata.process_id, thread_id: thread_to_collapsed_thread .get(&event.thread_id) .unwrap_or(&event.thread_id), args: get_args(&full_event), }; seq.serialize_element(&crox_event)?; } // add crate name for the process_id let index_of_crate_name = data .metadata .cmd .find(" --crate-name ") .map(\|index\| index + 14); if let Some(index) = index_of_crate_name { let (_, last) = data.metadata.cmd.split_at(index); let (crate_name, _) = last.split_at(last.find(" ").unwrap_or(last.len())); let process_name = json!({ "name": "process_name", "ph" : "M", "ts" : 0, "tid" : 0, "cat" : "", "pid" : data.metadata.process_id, "args": { "name" : crate_name } }); seq.serialize_element(&process_name)?; } // sort the processes after start time let process_name = json!({ "name": "process_sort_index", "ph" : "M", "ts" : 0, "tid" : 0, "cat" : "", "pid" : data.metadata.process_id, "args": { "sort_index" : data.metadata.start_time.duration_since(UNIX_EPOCH).unwrap().as_micros() as u64 } }); seq.serialize_element(&process_name)?; } seq.end()?; Ok(()) } fn file_prefixes_in_dir(opt: &Opt) -> Result<Vec<PathBuf>, std::io::Error> { let mut result = Vec::new(); if let Some(dir_path) = &opt.dir { for entry in fs::read_dir(dir_path)? { let entry = entry?; let path = entry.path(); if path.extension().filter(\|e\| e == "events").is_some() { result.push(path) } } } Ok(result) } fn timestamp_to_min_max(timestamp: Timestamp) -> (SystemTime, SystemTime) { match timestamp { Timestamp::Instant(t) => (t, t), Timestamp::Interval { start, end } => { // Usually start should always be greater than end, but let's not // choke on invalid data here. (cmp::min(start, end), cmp::max(start, end)) } } }	{ if !full_event.additional_data.is_empty() { Some( full_event .additional_data .iter() .enumerate() .map(\|(i, arg)\| (format!("arg{}", i).to_string(), arg.to_string())) .collect(), ) } else { None } }
test_simple_storage.py	from brownie import SimpleStorage, accounts def test_deploy(): # Arrange account = accounts[0] # Act simple_storage = SimpleStorage.deploy({"from": account}) starting_value = simple_storage.retrieve() expected = 0 # Assert assert starting_value == expected def testupdating_storage(): # Arrange		account = accounts[0] simple_storage = SimpleStorage.deploy({"from": account}) # Act store_value = 100 transaction = simple_storage.store(store_value, {"from": account}) updated_value = simple_storage.retrieve() # Assert assert updated_value == store_value
upload.go	package cmd import ( "context" "errors" "fmt" "io/ioutil" stencilv1beta1 "github.com/odpf/stencil/server/odpf/stencil/v1beta1" "github.com/spf13/cobra" "google.golang.org/grpc" "google.golang.org/grpc/status" ) // UploadCmd creates a new cobra command for upload func	() cobra.Command { var host, filePath string var req stencilv1beta1.CreateSchemaRequest var format, compatibility string cmd := &cobra.Command{ Use: "upload", Short: "Upload filedescriptorset file", Args: cobra.NoArgs, Annotations: map[string]string{ "group:core": "true", }, RunE: func(cmd cobra.Command, args []string) error { fileData, err := ioutil.ReadFile(filePath) if err != nil { return err } req.Data = fileData conn, err := grpc.Dial(host, grpc.WithInsecure()) if err != nil { return err } defer conn.Close() client := stencilv1beta1.NewStencilServiceClient(conn) req.Compatibility = stencilv1beta1.Schema_Compatibility(stencilv1beta1.Schema_Compatibility_value[compatibility]) req.Format = stencilv1beta1.Schema_Format(stencilv1beta1.Schema_Format_value[format]) _, err = client.CreateSchema(context.Background(), &req) if err != nil { errStatus := status.Convert(err) return errors.New(errStatus.Message()) } fmt.Println("success") return nil }, } cmd.Flags().StringVar(&host, "host", "", "stencil host address eg: localhost:8000") cmd.MarkFlagRequired("host") cmd.Flags().StringVar(&req.NamespaceId, "namespace", "", "provide namespace/group or entity name") cmd.MarkFlagRequired("namespace") cmd.Flags().StringVar(&req.SchemaId, "name", "", "provide proto repo name") cmd.MarkFlagRequired("name") cmd.Flags().StringVar(&filePath, "file", "", "provide path to fully contained file descriptor set file") cmd.MarkFlagRequired("file") cmd.Flags().StringVar(&format, "format", "", "schema format. Valid values are FORMAT_PROTOBUF,FORMAT_AVRO,FORMAT_JSON") cmd.Flags().StringVar(&compatibility, "compatibility", "COMPATIBILITY_FULL", "schema compatibility. Valid values are COMPATIBILITY_FULL") return cmd }	UploadCmd
rewrite-if-into-ternary.js	let result; if (a + b < 4) { result = 'Below'; } else { result = 'Over'; } let result = (a + b < 4) ? 'Below' : 'Over';	//another task let message; if (login == 'Employee') { message = 'Hello'; } else if (login == 'Director') { message = 'Greetings'; } else if (login == '') { message = 'No login'; } else { message = ''; } let message = login == 'Employee' ? 'Hello' : login == 'Director' ? 'Greetings' : login == '' ? 'No login' : ''
repo.rs	use std::path::{Path, PathBuf}; use crate::fs; use crate::git; use crate::ignore::Ignorer; #[derive(Debug)] pub struct RepositoryFilter { pub dirty: bool, pub unpushed: bool, pub ignorer: Ignorer, } #[derive(Debug)] pub struct Repository { path: PathBuf, } impl Repository { pub fn run(&self, args: &[String]) -> bool { git::run_in_context(&self.path, args).unwrap_or(false) } pub fn get_path(&self, base: &Path, absolute: bool) -> &Path { if absolute { &self.path } else { self.rel_path(base) } } fn	(&self, base: &Path) -> &Path { let name = self.path.strip_prefix(base).unwrap(); if name.components().next().is_none() { Path::new(".") } else { name } } } pub fn list_from_vec(filter: &RepositoryFilter, base_dir: &Path, paths: Vec<PathBuf>) -> Vec<Repository> { let paths = paths .into_iter() .map(\|path\| { if path.is_absolute() { path } else { base_dir.join(path) } }) .collect(); mkrepos(filter, paths) } pub fn list_from_fs(filter: &RepositoryFilter, base_dir: &Path) -> Vec<Repository> { mkrepos(filter, fs::list_repos(base_dir).unwrap()) } fn mkrepos(filter: &RepositoryFilter, paths: Vec<PathBuf>) -> Vec<Repository> { use rayon::prelude::*; paths .into_par_iter() .filter_map(\|path\| { if filter.ignorer.is_match(&path) \|\| !git::is_actual(&path) \|\| (filter.dirty && !git::is_dirty(&path)) \|\| (filter.unpushed && !git::is_unpushed(&path)) { None } else { Some(Repository { path }) } }) .collect() }	rel_path
handshake.go	package dist import ( "bytes" "crypto/md5" "encoding/binary" "fmt" "io" "math/rand" "time" "github.com/ergo-services/ergo/lib" "github.com/ergo-services/ergo/node" ) const ( DistHandshakeVersion5 node.HandshakeVersion = 5 DistHandshakeVersion6 node.HandshakeVersion = 6 DefaultDistHandshakeVersion = DistHandshakeVersion5 // distribution flags are defined here https://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-flags flagPublished nodeFlagId = 0x1 flagAtomCache = 0x2 flagExtendedReferences = 0x4 flagDistMonitor = 0x8 flagFunTags = 0x10 flagDistMonitorName = 0x20 flagHiddenAtomCache = 0x40 flagNewFunTags = 0x80 flagExtendedPidsPorts = 0x100 flagExportPtrTag = 0x200 flagBitBinaries = 0x400 flagNewFloats = 0x800 flagUnicodeIO = 0x1000 flagDistHdrAtomCache = 0x2000 flagSmallAtomTags = 0x4000 flagUTF8Atoms = 0x10000 flagMapTag = 0x20000 flagBigCreation = 0x40000 flagSendSender = 0x80000 // since OTP.21 enable replacement for SEND (distProtoSEND by distProtoSEND_SENDER) flagBigSeqTraceLabels = 0x100000 flagExitPayload = 0x400000 // since OTP.22 enable replacement for EXIT, EXIT2, MONITOR_P_EXIT flagFragments = 0x800000 flagHandshake23 = 0x1000000 // new connection setup handshake (version 6) introduced in OTP 23 flagUnlinkID = 0x2000000 // for 64bit flags flagSpawn = 1 << 32 flagNameMe = 1 << 33 flagV4NC = 1 << 34 flagAlias = 1 << 35 ) type nodeFlagId uint64 type nodeFlags nodeFlagId func (nf nodeFlags) toUint32() uint32 { return uint32(nf) } func (nf nodeFlags) toUint64() uint64 { return uint64(nf) } func (nf nodeFlags) isSet(f nodeFlagId) bool { return (uint64(nf) & uint64(f)) != 0 } func toNodeFlags(f ...nodeFlagId) nodeFlags { var flags uint64 for _, v := range f { flags \|= uint64(v) } return nodeFlags(flags) } // DistHandshake implements Erlang handshake type DistHandshake struct { node.Handshake nodename string creation uint32 challenge uint32 timeout time.Duration options DistHandshakeOptions } type DistHandshakeOptions struct { Version node.HandshakeVersion // 5 or 6 Cookie string } func	(timeout time.Duration, options DistHandshakeOptions) node.HandshakeInterface { // must be 5 or 6 if options.Version != DistHandshakeVersion5 && options.Version != DistHandshakeVersion6 { options.Version = DefaultDistHandshakeVersion } return &DistHandshake{ options: options, challenge: rand.Uint32(), } } // Init implements Handshake interface mothod func (dh DistHandshake) Init(nodename string, creation uint32) error { dh.nodename = nodename dh.creation = creation return nil } func (dh DistHandshake) Version() node.HandshakeVersion { return dh.options.Version } func (dh DistHandshake) Start(conn io.ReadWriter, tls bool) (node.ProtoOptions, error) { var peer_challenge uint32 var peer_name string var peer_flags nodeFlags var protoOptions node.ProtoOptions flags := toNodeFlags( flagPublished, flagUnicodeIO, flagDistMonitor, flagDistMonitorName, flagExtendedPidsPorts, flagExtendedReferences, flagAtomCache, flagDistHdrAtomCache, flagHiddenAtomCache, flagNewFunTags, flagSmallAtomTags, flagUTF8Atoms, flagMapTag, flagFragments, flagHandshake23, flagBigCreation, flagSpawn, flagV4NC, flagAlias, ) b := lib.TakeBuffer() defer lib.ReleaseBuffer(b) var await []byte if dh.options.Version == DistHandshakeVersion5 { dh.composeName(b, tls, flags) // the next message must be send_status 's' or send_challenge 'n' (for // handshake version 5) or 'N' (for handshake version 6) await = []byte{'s', 'n', 'N'} } else { dh.composeNameVersion6(b, tls, flags) await = []byte{'s', 'N'} } if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // define timeout for the handshaking timer := time.NewTimer(dh.timeout) defer timer.Stop() asyncReadChannel := make(chan error, 2) asyncRead := func() { _, e := b.ReadDataFrom(conn, 512) asyncReadChannel <- e } // http://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-handshake // Every message in the handshake starts with a 16-bit big-endian integer, // which contains the message length (not counting the two initial bytes). // In Erlang this corresponds to option {packet, 2} in gen_tcp(3). Notice // that after the handshake, the distribution switches to 4 byte packet headers. expectingBytes := 2 if tls { // TLS connection has 4 bytes packet length header expectingBytes = 4 } for { go asyncRead() select { case <-timer.C: return protoOptions, fmt.Errorf("handshake timeout") case e := <-asyncReadChannel: if e != nil { return protoOptions, e } next: l := binary.BigEndian.Uint16(b.B[expectingBytes-2 : expectingBytes]) buffer := b.B[expectingBytes:] if len(buffer) < int(l) { return protoOptions, fmt.Errorf("malformed handshake (wrong packet length)") } // chech if we got correct message type regarding to 'await' value if bytes.Count(await, buffer[0:1]) == 0 { return protoOptions, fmt.Errorf("malformed handshake (wrong response)") } switch buffer[0] { case 'n': // 'n' + 2 (version) + 4 (flags) + 4 (challenge) + name... if len(b.B) < 12 { return protoOptions, fmt.Errorf("malformed handshake ('n')") } peer_challenge, peer_name, peer_flags = dh.readChallenge(b.B[1:]) if peer_challenge == 0 { return protoOptions, fmt.Errorf("malformed handshake (mismatch handshake version") } b.Reset() dh.composeChallengeReply(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // add 's' status for the case if we got it after 'n' or 'N' message // yes, sometime it happens await = []byte{'s', 'a'} case 'N': // Peer support version 6. // The new challenge message format (version 6) // 8 (flags) + 4 (Creation) + 2 (NameLen) + Name if len(buffer) < 16 { return protoOptions, fmt.Errorf("malformed handshake ('N' length)") } peer_challenge, peer_name, peer_flags = dh.readChallengeVersion6(buffer[1:]) b.Reset() if dh.options.Version == DistHandshakeVersion5 { // upgrade handshake to version 6 by sending complement message dh.composeComplement(b, flags, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } } dh.composeChallengeReply(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // add 's' (send_status message) for the case if we got it after 'n' or 'N' message await = []byte{'s', 'a'} case 'a': // 'a' + 16 (digest) if len(buffer) != 17 { return protoOptions, fmt.Errorf("malformed handshake ('a' length of digest)") } // 'a' + 16 (digest) digest := genDigest(dh.challenge, dh.options.Cookie) if bytes.Compare(buffer[1:17], digest) != 0 { return protoOptions, fmt.Errorf("malformed handshake ('a' digest)") } // handshaked //FIXME protoOptions = node.DefaultProtoOptions(0, false) return protoOptions, nil case 's': if dh.readStatus(buffer[1:]) == false { return protoOptions, fmt.Errorf("handshake negotiation failed") } await = []byte{'n', 'N'} // "sok" if len(buffer) > 4 { b.B = b.B[expectingBytes+3:] goto next } b.Reset() default: return protoOptions, fmt.Errorf("malformed handshake ('%c' digest)", buffer[0]) } } } } func (dh DistHandshake) Accept(conn io.ReadWriter, tls bool) (string, node.ProtoOptions, error) { var peer_challenge uint32 var peer_name string var peer_flags nodeFlags var protoOptions node.ProtoOptions var err error flags := toNodeFlags( flagPublished, flagUnicodeIO, flagDistMonitor, flagDistMonitorName, flagExtendedPidsPorts, flagExtendedReferences, flagAtomCache, flagDistHdrAtomCache, flagHiddenAtomCache, flagNewFunTags, flagSmallAtomTags, flagUTF8Atoms, flagMapTag, flagFragments, flagHandshake23, flagBigCreation, flagSpawn, flagV4NC, flagAlias, ) b := lib.TakeBuffer() defer lib.ReleaseBuffer(b) var await []byte // define timeout for the handshaking timer := time.NewTimer(dh.timeout) defer timer.Stop() asyncReadChannel := make(chan error, 2) asyncRead := func() { _, e := b.ReadDataFrom(conn, 512) asyncReadChannel <- e } // http://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-handshake // Every message in the handshake starts with a 16-bit big-endian integer, // which contains the message length (not counting the two initial bytes). // In Erlang this corresponds to option {packet, 2} in gen_tcp(3). Notice // that after the handshake, the distribution switches to 4 byte packet headers. expectingBytes := 2 if tls { // TLS connection has 4 bytes packet length header expectingBytes = 4 } // the comming message must be 'receive_name' as an answer for the // 'send_name' message request we just sent await = []byte{'n', 'N'} for { go asyncRead() select { case <-timer.C: return peer_name, protoOptions, fmt.Errorf("handshake accept timeout") case e := <-asyncReadChannel: if e != nil { return peer_name, protoOptions, e } if b.Len() < expectingBytes+1 { return peer_name, protoOptions, fmt.Errorf("malformed handshake (too short packet)") } next: l := binary.BigEndian.Uint16(b.B[expectingBytes-2 : expectingBytes]) buffer := b.B[expectingBytes:] if len(buffer) < int(l) { return peer_name, protoOptions, fmt.Errorf("malformed handshake (wrong packet length)") } if bytes.Count(await, buffer[0:1]) == 0 { return peer_name, protoOptions, fmt.Errorf("malformed handshake (wrong response %d)", buffer[0]) } switch buffer[0] { case 'n': if len(buffer) < 8 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('n' length)") } peer_name, peer_flags, err = dh.readName(buffer[1:]) if err != nil { return peer_name, protoOptions, err } b.Reset() dh.composeStatus(b, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('n' accept name)") } b.Reset() if peer_flags.isSet(flagHandshake23) { dh.composeChallengeVersion6(b, tls, flags) await = []byte{'s', 'r', 'c'} } else { dh.composeChallenge(b, tls, flags) await = []byte{'s', 'r'} } if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } case 'N': // The new challenge message format (version 6) // 8 (flags) + 4 (Creation) + 2 (NameLen) + Name if len(buffer) < 16 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('N' length)") } peer_name, peer_flags, err = dh.readNameVersion6(buffer[1:]) if err != nil { return peer_name, protoOptions, err } b.Reset() dh.composeStatus(b, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('N' accept name)") } b.Reset() dh.composeChallengeVersion6(b, tls, flags) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } await = []byte{'s', 'r'} case 'c': if len(buffer) < 9 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('c' length)") } peer_flags = dh.readComplement(buffer[1:], peer_flags) await = []byte{'r'} if len(buffer) > 9 { b.B = b.B[expectingBytes+9:] goto next } b.Reset() case 'r': if len(buffer) < 19 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('r' length)") } peer_challenge, valid := dh.validateChallengeReply(buffer[1:]) if valid == false { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('r' invalid reply)") } b.Reset() dh.composeChallengeAck(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } // handshaked // FIXME protoOptions = node.DefaultProtoOptions(0, false) return peer_name, protoOptions, nil case 's': if dh.readStatus(buffer[1:]) == false { return peer_name, protoOptions, fmt.Errorf("link status != ok") } await = []byte{'c', 'r'} if len(buffer) > 4 { b.B = b.B[expectingBytes+3:] goto next } b.Reset() default: return peer_name, protoOptions, fmt.Errorf("malformed handshake (unknown code %d)", b.B[0]) } } } } // private functions func (dh DistHandshake) composeName(b lib.Buffer, tls bool, flags nodeFlags) { version := uint16(dh.options.Version) if tls { b.Allocate(11) dataLength := 7 + len(dh.nodename) // byte + uint16 + uint32 + len(dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'n' binary.BigEndian.PutUint16(b.B[5:7], version) // uint16 binary.BigEndian.PutUint32(b.B[7:11], flags.toUint32()) // uint32 b.Append([]byte(dh.nodename)) return } b.Allocate(9) dataLength := 7 + len(dh.nodename) // byte + uint16 + uint32 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'n' binary.BigEndian.PutUint16(b.B[3:5], version) // uint16 binary.BigEndian.PutUint32(b.B[5:9], flags.toUint32()) // uint32 b.Append([]byte(dh.nodename)) } func (dh DistHandshake) composeNameVersion6(b lib.Buffer, tls bool, flags nodeFlags) { creation := uint32(dh.creation) if tls { b.Allocate(19) dataLength := 15 + len(dh.nodename) // 1 + 8 (flags) + 4 (creation) + 2 (len dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'N' binary.BigEndian.PutUint64(b.B[5:13], flags.toUint64()) // uint64 binary.BigEndian.PutUint32(b.B[13:17], creation) //uint32 binary.BigEndian.PutUint16(b.B[17:19], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) return } b.Allocate(17) dataLength := 15 + len(dh.nodename) // 1 + 8 (flags) + 4 (creation) + 2 (len dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'N' binary.BigEndian.PutUint64(b.B[3:11], flags.toUint64()) // uint64 binary.BigEndian.PutUint32(b.B[11:15], creation) // uint32 binary.BigEndian.PutUint16(b.B[15:17], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) } func (dh DistHandshake) readName(b []byte) (string, nodeFlags, error) { if len(b[6:]) > 250 { return "", 0, fmt.Errorf("Malformed node name") } nodename := string(b[6:]) flags := nodeFlags(binary.BigEndian.Uint32(b[2:6])) // don't care of version value. its always == 5 according to the spec // version := binary.BigEndian.Uint16(b[0:2]) return nodename, flags, nil } func (dh DistHandshake) readNameVersion6(b []byte) (string, nodeFlags, error) { nameLen := int(binary.BigEndian.Uint16(b[12:14])) if nameLen > 250 { return "", 0, fmt.Errorf("Malformed node name") } nodename := string(b[14 : 14+nameLen]) flags := nodeFlags(binary.BigEndian.Uint64(b[0:8])) // don't care of peer creation value // creation:= binary.BigEndian.Uint32(b[8:12]), return nodename, flags, nil } func (dh DistHandshake) composeStatus(b lib.Buffer, tls bool) { // there are few options for the status: ok, ok_simultaneous, nok, not_allowed, alive // More details here: https://erlang.org/doc/apps/erts/erl_dist_protocol.html#the-handshake-in-detail // support "ok" only, in any other cases link will be just closed if tls { b.Allocate(4) dataLength := 3 // 's' + "ok" binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.Append([]byte("sok")) return } b.Allocate(2) dataLength := 3 // 's' + "ok" binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.Append([]byte("sok")) } func (dh DistHandshake) readStatus(msg []byte) bool { if string(msg[:2]) == "ok" { return true } return false } func (dh DistHandshake) composeChallenge(b lib.Buffer, tls bool, flags nodeFlags) { if tls { b.Allocate(15) dataLength := uint32(11 + len(dh.nodename)) binary.BigEndian.PutUint32(b.B[0:4], dataLength) b.B[4] = 'n' binary.BigEndian.PutUint16(b.B[5:7], uint16(dh.options.Version)) // uint16 binary.BigEndian.PutUint32(b.B[7:11], flags.toUint32()) // uint32 binary.BigEndian.PutUint32(b.B[11:15], dh.challenge) // uint32 b.Append([]byte(dh.nodename)) return } b.Allocate(13) dataLength := 11 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'n' binary.BigEndian.PutUint16(b.B[3:5], uint16(dh.options.Version)) // uint16 binary.BigEndian.PutUint32(b.B[5:9], flags.toUint32()) // uint32 binary.BigEndian.PutUint32(b.B[9:13], dh.challenge) // uint32 b.Append([]byte(dh.nodename)) } func (dh DistHandshake) composeChallengeVersion6(b lib.Buffer, tls bool, flags nodeFlags) { if tls { // 1 ('N') + 8 (flags) + 4 (chalange) + 4 (creation) + 2 (len(dh.nodename)) b.Allocate(23) dataLength := 19 + len(dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'N' binary.BigEndian.PutUint64(b.B[5:13], uint64(flags)) // uint64 binary.BigEndian.PutUint32(b.B[13:17], dh.challenge) // uint32 binary.BigEndian.PutUint32(b.B[17:21], dh.creation) // uint32 binary.BigEndian.PutUint16(b.B[21:23], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) return } // 1 ('N') + 8 (flags) + 4 (chalange) + 4 (creation) + 2 (len(dh.nodename)) b.Allocate(21) dataLength := 19 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'N' binary.BigEndian.PutUint64(b.B[3:11], uint64(flags)) // uint64 binary.BigEndian.PutUint32(b.B[11:15], dh.challenge) // uint32 binary.BigEndian.PutUint32(b.B[15:19], dh.creation) // uint32 binary.BigEndian.PutUint16(b.B[19:21], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) } // returns challange, nodename, nodeFlags func (dh DistHandshake) readChallenge(msg []byte) (challenge uint32, nodename string, flags nodeFlags) { version := binary.BigEndian.Uint16(msg[0:2]) if version != uint16(DistHandshakeVersion5) { return } challenge = binary.BigEndian.Uint32(msg[6:10]) nodename = string(msg[10:]) flags = nodeFlags(binary.BigEndian.Uint32(msg[2:6])) return } func (dh DistHandshake) readChallengeVersion6(msg []byte) (challenge uint32, nodename string, flags nodeFlags) { lenName := int(binary.BigEndian.Uint16(msg[16:18])) challenge = binary.BigEndian.Uint32(msg[8:12]) nodename = string(msg[18 : 18+lenName]) flags = nodeFlags(binary.BigEndian.Uint64(msg[0:8])) // don't care about 'creation' // creation := binary.BigEndian.Uint32(msg[12:16]), return } func (dh DistHandshake) readComplement(msg []byte, peer_flags nodeFlags) nodeFlags { flags := uint64(binary.BigEndian.Uint32(msg[0:4])) << 32 peer_flags = nodeFlags(peer_flags.toUint64() \| flags) // creation = binary.BigEndian.Uint32(msg[4:8]) return peer_flags } func (dh DistHandshake) validateChallengeReply(b []byte) (uint32, bool) { challenge := binary.BigEndian.Uint32(b[:4]) digestB := b[4:] digestA := genDigest(dh.challenge, dh.options.Cookie) return challenge, bytes.Equal(digestA[:], digestB) } func (dh DistHandshake) composeChallengeAck(b lib.Buffer, peer_challenge uint32, tls bool) { if tls { b.Allocate(5) dataLength := uint32(17) // 'a' + 16 (digest) binary.BigEndian.PutUint32(b.B[0:4], dataLength) b.B[4] = 'a' digest := genDigest(peer_challenge, dh.options.Cookie) b.Append(digest) return } b.Allocate(3) dataLength := uint16(17) // 'a' + 16 (digest) binary.BigEndian.PutUint16(b.B[0:2], dataLength) b.B[2] = 'a' digest := genDigest(peer_challenge, dh.options.Cookie) b.Append(digest) } func (dh DistHandshake) composeChallengeReply(b lib.Buffer, challenge uint32, tls bool) { if tls { digest := genDigest(challenge, dh.options.Cookie) b.Allocate(9) dataLength := 5 + len(digest) // 1 (byte) + 4 (challenge) + 16 (digest) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'r' binary.BigEndian.PutUint32(b.B[5:9], dh.challenge) // uint32 b.Append(digest) return } b.Allocate(7) digest := genDigest(challenge, dh.options.Cookie) dataLength := 5 + len(digest) // 1 (byte) + 4 (challenge) + 16 (digest) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'r' binary.BigEndian.PutUint32(b.B[3:7], dh.challenge) // uint32 b.Append(digest) } func (dh DistHandshake) composeComplement(b *lib.Buffer, flags nodeFlags, tls bool) { // cast must cast creation to int32 in order to follow the // erlang's handshake. Ergo don't care of it. node_flags := uint32(flags.toUint64() >> 32) if tls { b.Allocate(13) dataLength := 9 // 1 + 4 (flag high) + 4 (creation) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'c' binary.BigEndian.PutUint32(b.B[5:9], node_flags) binary.BigEndian.PutUint32(b.B[9:13], dh.creation) return } dataLength := 9 // 1 + 4 (flag high) + 4 (creation) b.Allocate(11) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'c' binary.BigEndian.PutUint32(b.B[3:7], node_flags) binary.BigEndian.PutUint32(b.B[7:11], dh.creation) } func genDigest(challenge uint32, cookie string) []byte { s := fmt.Sprintf("%s%d", cookie, challenge) digest := md5.Sum([]byte(s)) return digest[:] }	CreateDistHandshake
exceptions.py	# """ Texar defined exceptions. """ from __future__ import absolute_import from __future__ import print_function from __future__ import division __all__ = [ "TexarError" ] class	(Exception): """ Texar error. """ pass	TexarError
index.ts	import {Component} from '@angular/core'; import {FormControl, FormGroup} from '@angular/forms'; import {TuiTime} from '@taiga-ui/cdk'; import {changeDetection} from '../../../../../change-detection-strategy'; import {encapsulation} from '../../../../../view-encapsulation'; @Component({ selector: 'tui-input-time-example-1', templateUrl: './index.html', changeDetection, encapsulation, }) export class	{ readonly testForm = new FormGroup({ testValue: new FormControl(new TuiTime(12, 30)), }); }	TuiInputTimeExample1
binaries_test.go	package binaries import ( "fmt" "io/ioutil" "log" "os" "testing" "time" "github.com/stretchr/testify/assert" ) func tmpDir(t testing.T) string { dir, err := ioutil.TempDir("/tmp", "prisma-client-go-test-fetchEngine-") if err != nil { t.Fatal(err) } return dir } func TestFetch(t testing.T) { dir := tmpDir(t) //goland:noinspection GoUnhandledErrorResult defer os.RemoveAll(dir) if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine failed: %s", err) } } func TestFetch_localDir(t testing.T) { wd, err := os.Getwd() if err != nil { t.Fatal(err) } if err := FetchNative(wd); err != nil { t.Fatalf("fetchEngine failed: %s", err) } } func TestFetch_withCache(t testing.T) { dir := tmpDir(t) //goland:noinspection GoUnhandledErrorResult defer os.RemoveAll(dir) start := time.Now() if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine 1 failed: %s", err) } log.Printf("first fetchEngine took %s", time.Since(start)) start = time.Now() if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine 2 failed: %s", err) } log.Printf("second fetchEngine took %s", time.Since(start))	} func TestFetch_relativeDir(t *testing.T) { actual := FetchNative(".") expected := fmt.Errorf("toDir must be absolute") assert.Equal(t, expected, actual) }	if time.Since(start) > 10*time.Millisecond { t.Fatalf("second fetchEngine took more than 10ms") }
server.py	from flask import Flask, send_from_directory import os import connexion from connexion.resolver import RestyResolver from flask_socketio import SocketIO, send, emit # Constants STATIC_FILES_DIR = 'static' # The application server app = connexion.FlaskApp(__name__, specification_dir='swagger/', resolver=RestyResolver('VrDemoServer.api')) flask_app = app.app # We define the websocket feature socketio = SocketIO(flask_app) @socketio.on('message') def handle_message(message):	# We add the OpenApi definitions app.add_api('demo2.yaml') # we define that all static content will be served from the STATIC_FILES_DIR subdirectory static_files_dir_path = os.path.join(os.path.dirname(os.path.realpath(__file__)), STATIC_FILES_DIR) app.static_folder = STATIC_FILES_DIR app.add_url_rule( app.app.static_url_path + "/<path:filename>", endpoint="static", view_func=app.app.send_static_file, ) # we redirect the root index.thml to the app_index.html @app.route('/', methods=['GET']) def serve_index(): return send_from_directory(static_files_dir_path, 'app_index.html') # function to launch the server def run_server(ip, port=8080, debug=False): # print('starting rest api') # app.run(host=ip, port=port, debug=debug) print('starting websocket') socketio.run(flask_app, host=ip, port=port, debug=debug)	print('received message: ' + message) emit('my response', "res"+message)
timestamp.ts	import {Operator} from '../Operator'; import {Observable} from '../Observable'; import {Subscriber} from '../Subscriber'; import {Scheduler} from '../Scheduler'; import {async} from '../scheduler/async'; /** * @param scheduler * @return {Observable<Timestamp<any>>\|WebSocketSubject<T>\|Observable<T>} * @method timestamp * @owner Observable */ export function timestamp<T>(scheduler: Scheduler = async): Observable<Timestamp<T>> { return this.lift(new TimestampOperator(scheduler)); } export interface TimestampSignature<T> { (scheduler?: Scheduler): Observable<Timestamp<T>>; } export class Timestamp<T> { constructor(public value: T, public timestamp: number) { } }; class	<T> implements Operator<T, Timestamp<T>> { constructor(private scheduler: Scheduler) { } call(observer: Subscriber<Timestamp<T>>): Subscriber<T> { return new TimestampSubscriber(observer, this.scheduler); } } class TimestampSubscriber<T> extends Subscriber<T> { constructor(destination: Subscriber<Timestamp<T>>, private scheduler: Scheduler) { super(destination); } protected _next(value: T): void { const now = this.scheduler.now(); this.destination.next(new Timestamp(value, now)); } }	TimestampOperator
validation.go	package operator import ( "fmt" "net" "os" "k8s.io/apimachinery/pkg/util/errors" ) // IsValidConfig checks the validity of all configuration options. func IsValidConfig(cfg Config) error { errs := []error{} errs = append(errs, IsValidNamespaceConfig(cfg)) errs = append(errs, IsValidListenConfig(cfg)) errs = append(errs, IsValidPrestoConfig(cfg)) errs = append(errs, IsValidHiveConfig(cfg)) errs = append(errs, IsValidKubeConfig(cfg.Kubeconfig)) errs = append(errs, IsValidPrometheusConfig(cfg)) if err := isValidTLSConfig(&cfg.APITLSConfig); err != nil { errs = append(errs, fmt.Errorf("error validating apiTLSConfig: %s", err.Error())) } if err := isValidTLSConfig(&cfg.MetricsTLSConfig); err != nil { errs = append(errs, fmt.Errorf("error validating metricsTLSConfig: %s", err.Error())) } if len(errs) != 0 { return errors.NewAggregate(errs) } return nil } // IsValidNamespaceConfig ensures that if you are using target namespaces the all namespace field is correct. func IsValidNamespaceConfig(cfg Config) error { if len(cfg.TargetNamespaces) > 1 && !cfg.AllNamespaces { return fmt.Errorf("must set allNamespaces if more than one namespace is passed to targetNamespaces") } return nil } // IsValidListenConfig ensures all Listen fields are set to valid host/ports if they have a value set. func IsValidListenConfig(cfg Config) error { errs := []error{} errs = append(errs, isValidHostPort(cfg.APIListen, "apiListen")) if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidPrestoConfig ensure all Presto* fields are valid if provided. func IsValidPrestoConfig(cfg Config) error { errs := []error{} if !cfg.PrestoUseTLS { if cfg.PrestoUseClientCertAuth { errs = append(errs, fmt.Errorf("prestoUseClientCertAuth cannot be set to true if prestoUseTLS is false")) } if len(cfg.PrestoCAFile) > 0 { errs = append(errs, fmt.Errorf("prestoCAFile cannot be set if prestoUseTLS is false")) } } if len(cfg.PrestoCAFile) > 0 { if _, err := os.Stat(cfg.PrestoCAFile); err != nil { errs = append(errs, err) } } if (len(cfg.PrestoClientCertFile) > 0 && len(cfg.PrestoClientKeyFile) == 0) \|\| (len(cfg.PrestoClientKeyFile) > 0 && len(cfg.PrestoClientCertFile) == 0) { errs = append(errs, fmt.Errorf("prestoClientCertFile and prestoClientKeyFile must both be specified or neither specified")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidHiveConfig ensure all Hive fields are valid if provided. func IsValidHiveConfig(cfg Config) error { errs := []error{} if !cfg.HiveUseTLS { if cfg.HiveUseClientCertAuth { errs = append(errs, fmt.Errorf("hiveUseClientCertAuth cannot be set to true if hiveUseTLS is false")) } if len(cfg.HiveCAFile) > 0 { errs = append(errs, fmt.Errorf("hiveCAFile cannot be set if hiveUseTLS is false")) } } if len(cfg.HiveCAFile) > 0 { if _, err := os.Stat(cfg.HiveCAFile); err != nil { errs = append(errs, err) } } if (len(cfg.HiveClientCertFile) > 0 && len(cfg.HiveClientKeyFile) == 0) \|\| (len(cfg.HiveClientKeyFile) > 0 && len(cfg.HiveClientCertFile) == 0) { errs = append(errs, fmt.Errorf("hiveClientCertFile and hiveClientKeyFile must both be specified or neither specified")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidKubeConfig ensures the kube config is set to a valid file if provided. func IsValidKubeConfig(kubeconfig string) error { if len(kubeconfig) > 0 { if _, err := os.Stat(kubeconfig); err != nil { return err } } return nil } // IsValidPrometheusConfig ensures prometheus configuration is valid. func IsValidPrometheusConfig(cfg Config) error { errs := []error{} if cfg.PrometheusConfig.CAFile != "" { if _, err := os.Stat(cfg.PrometheusConfig.CAFile); err != nil { errs = append(errs, err) } } // PrometheusDataSourceMaxBackfillImportDuration overrides PrometheusDataSourceGlobalImportFromTime // don't set both. if cfg.PrometheusDataSourceGlobalImportFromTime != nil && cfg.PrometheusDataSourceMaxBackfillImportDuration > 0 { errs = append(errs, fmt.Errorf("prometheusDataSourceGlobalImportFromTime and prometheusDataSourceMaxBackfillImportDuration cannot both be set")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidTLSConfig ensures the TLS config is valid. func	(cfg *TLSConfig) error { if cfg.UseTLS { if cfg.TLSCert == "" { return fmt.Errorf("must set TLS certificate if TLS is enabled") } if cfg.TLSKey == "" { return fmt.Errorf("must set TLS private key if TLS is enabled") } } return nil } // isValidHostPort attempts to split a non empty hp into host and port, returning any errors found. // TODO this is only validating non-empty strings. We may want to check for empty strings an report errors. // TODO this requires a port to be specified, is that one of our requirements? func isValidHostPort(hp string, name string) error { if len(hp) > 0 { if _, _, err := net.SplitHostPort(hp); err != nil { return fmt.Errorf("invalid %s: %s", name, err.Error()) } } return nil }	isValidTLSConfig
ToolStripContentPanelRenderEventHandler.py	class ToolStripContentPanelRenderEventHandler(MulticastDelegate,ICloneable,ISerializable): """ Represents the method that will handle the System.Windows.Forms.ToolStripContentPanel.RendererChanged event of a System.Windows.Forms.ToolStripContentPanel. ToolStripContentPanelRenderEventHandler(object: object,method: IntPtr) """ def BeginInvoke(self,sender,e,callback,object): """ BeginInvoke(self: ToolStripContentPanelRenderEventHandler,sender: object,e: ToolStripContentPanelRenderEventArgs,callback: AsyncCallback,object: object) -> IAsyncResult """ pass def CombineImpl(self,args): """ CombineImpl(self: MulticastDelegate,follow: Delegate) -> Delegate Combines this System.Delegate with the specified System.Delegate to form a new delegate. follow: The delegate to combine with this delegate. Returns: A delegate that is the new root of the System.MulticastDelegate invocation list. """ pass def DynamicInvokeImpl(self,args): """ DynamicInvokeImpl(self: Delegate,args: Array[object]) -> object Dynamically invokes (late-bound) the method represented by the current delegate. args: An array of objects that are the arguments to pass to the method represented by the current delegate.-or- null,if the method represented by the current delegate does not require arguments. Returns: The object returned by the method represented by the delegate. """ pass def EndInvoke(self,result): """ EndInvoke(self: ToolStripContentPanelRenderEventHandler,result: IAsyncResult) """ pass def GetMethodImpl(self,*args): """ GetMethodImpl(self: MulticastDelegate) -> MethodInfo	Returns a static method represented by the current System.MulticastDelegate. Returns: A static method represented by the current System.MulticastDelegate. """ pass def Invoke(self,sender,e): """ Invoke(self: ToolStripContentPanelRenderEventHandler,sender: object,e: ToolStripContentPanelRenderEventArgs) """ pass def RemoveImpl(self,args): """ RemoveImpl(self: MulticastDelegate,value: Delegate) -> Delegate Removes an element from the invocation list of this System.MulticastDelegate that is equal to the specified delegate. value: The delegate to search for in the invocation list. Returns: If value is found in the invocation list for this instance,then a new System.Delegate without value in its invocation list; otherwise,this instance with its original invocation list. """ pass def __init__(self,args): """ x.__init__(...) initializes x; see x.__class__.__doc__ for signaturex.__init__(...) initializes x; see x.__class__.__doc__ for signaturex.__init__(...) initializes x; see x.__class__.__doc__ for signature """ pass @staticmethod def __new__(self,object,method): """ __new__(cls: type,object: object,method: IntPtr) """ pass def __reduce_ex__(self,*args): pass
traits.rs	// Copyright 2017 Parity Technologies (UK) Ltd. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER // DEALINGS IN THE SOFTWARE. use bytes::Bytes; use futures::future::Future; use std::{io::Error as IoError, ops::Not}; use Multiaddr; /// Type of connection for the upgrade. #[derive(Debug, Copy, Clone, PartialEq, Eq, Hash)] pub enum Endpoint { /// The socket comes from a dialer. Dialer, /// The socket comes from a listener. Listener, } impl Not for Endpoint { type Output = Endpoint; fn	(self) -> Self::Output { match self { Endpoint::Dialer => Endpoint::Listener, Endpoint::Listener => Endpoint::Dialer } } } /// Implemented on structs that describe a possible upgrade to a connection between two peers. /// /// The generic `C` is the type of the incoming connection before it is upgraded. /// /// > Note: The `upgrade` method of this trait uses `self` and not `&self` or `&mut self`. /// > This has been designed so that you would implement this trait on `&Foo` or /// > `&mut Foo` instead of directly on `Foo`. pub trait ConnectionUpgrade<C> { /// Iterator returned by `protocol_names`. type NamesIter: Iterator<Item = (Bytes, Self::UpgradeIdentifier)>; /// Type that serves as an identifier for the protocol. This type only exists to be returned /// by the `NamesIter` and then be passed to `upgrade`. /// /// This is only useful on implementations that dispatch between multiple possible upgrades. /// Any basic implementation will probably just use the `()` type. type UpgradeIdentifier; /// Returns the name of the protocols to advertise to the remote. fn protocol_names(&self) -> Self::NamesIter; /// Type of the stream that has been upgraded. Generally wraps around `C` and `Self`. /// /// > Note: For upgrades that add an intermediary layer (such as `secio` or `multiplex`), /// > this associated type must implement `AsyncRead + AsyncWrite`. type Output; /// Type of the future that will resolve to `Self::Output`. type Future: Future<Item = Self::Output, Error = IoError>; /// This method is called after protocol negotiation has been performed. /// /// Because performing the upgrade may not be instantaneous (eg. it may require a handshake), /// this function returns a future instead of the direct output. fn upgrade( self, socket: C, id: Self::UpgradeIdentifier, ty: Endpoint, remote_addr: &Multiaddr, ) -> Self::Future; }	not
cmd.go	package cmd import ( "flag" "fmt" "log" "os" "github.com/orange-lightsaber/pretty-safe-backup/run" ) func Exec(version string)		{ v := flag.Bool("v", false, "Print version.") loadProfileDefault := "/path/to/profile" loadProfile := flag.String("L", loadProfileDefault, "Load a profile.") flag.Parse() if v { fmt.Printf("psb v%s\n", version) os.Exit(0) } if loadProfile != loadProfileDefault { rc, err := run.DecodeRunConfig(*loadProfile) if err != nil { log.Fatal(err.Error()) } newRunConfigFile, err := rc.WriteRunConfig() if err != nil { log.Fatal(err.Error()) } fmt.Printf("Run config created: %s\n", newRunConfigFile) os.Exit(0) } run.Daemonize() }
convert_test.go	package utils import ( "sort" "testing" tt "github.com/verlandz/go-pkg/tester" ) func TestParseInt(t testing.T) { var tcs = []struct { name string input string expected int }{ { name: tt.Name{ Given: "string", When: "the value is valid", Then: "return valid int", }.Construct(), input: "123", expected: 123, }, { name: tt.Name{ Given: "string", When: "the value is invalid", Then: "return empty int", }.Construct(), input: "123x", expected: 0, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := ParseInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestParseInt64(t testing.T) { var tcs = []struct { name string input string expected int64 }{ { name: tt.Name{ Given: "string", When: "the value is valid", Then: "return valid int64", }.Construct(), input: "123", expected: 123, }, { name: tt.Name{ Given: "string", When: "the value is invalid", Then: "return empty int64", }.Construct(), input: "123x", expected: 0, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := ParseInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestParseSliceInt(t *testing.T)	func TestParseSliceInt64(t testing.T) { var tcs = []struct { name string input []string expected []int64 }{ { name: tt.Name{ Given: "slice of string", When: "the value is valid", Then: "return valid slice of int64", }.Construct(), input: []string{"1", "2"}, expected: []int64{1, 2}, }, { name: tt.Name{ Given: "slice of string", When: "the value is invalid", Then: "return invalid slice of int64", }.Construct(), input: []string{"x", "y"}, expected: []int64{0, 0}, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := ParseSliceInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatInt(t testing.T) { var tcs = []struct { name string input int expected string }{ { name: tt.Name{ Given: "int", When: "the value is valid", Then: "return valid string", }.Construct(), input: 123, expected: "123", }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := FormatInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatInt64(t testing.T) { var tcs = []struct { name string input int64 expected string }{ { name: tt.Name{ Given: "int", When: "the value is valid", Then: "return valid string", }.Construct(), input: 123, expected: "123", }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := FormatInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatSliceInt(t testing.T) { var tcs = []struct { name string input []int expected []string }{ { name: tt.Name{ Given: "slice of int", When: "the value is valid", Then: "return valid slice of string", }.Construct(), input: []int{1, 2, 0}, expected: []string{"1", "2", "0"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := FormatSliceInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatSliceInt64(t testing.T) { var tcs = []struct { name string input []int64 expected []string }{ { name: tt.Name{ Given: "slice of int64", When: "the value is valid", Then: "return valid slice of string", }.Construct(), input: []int64{1, 2, 0}, expected: []string{"1", "2", "0"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := FormatSliceInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestConvertMapStringStringToStrings(t testing.T) { type in struct { mp map[string]string delimiter string } var tcs = []struct { name string input in expected []string }{ { name: tt.Name{ Given: "map[string]string and delimiter", When: "map is empty", Then: "return converted data", }.Construct(), input: in{ delimiter: ":", }, expected: []string{}, }, { name: tt.Name{ Given: "map[string]string and delimiter", When: "delimiter is empty", Then: "return converted data", }.Construct(), input: in{ mp: map[string]string{ "hello": "world", "user": "pass", }, }, expected: []string{"helloworld", "userpass"}, }, { name: tt.Name{ Given: "map[string]string and delimiter", When: "both not empty", Then: "return converted data", }.Construct(), input: in{ mp: map[string]string{ "hello": "world", "user": "pass", }, delimiter: ":", }, expected: []string{"hello:world", "user:pass"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t testing.T) { actual := ConvertMapStringStringToStrings(tc.input.mp, tc.input.delimiter) // Sort to avoid mismatch. sort.Slice(actual[:], func(i, j int) bool { return actual[i] > actual[j] }) sort.Slice(tc.expected[:], func(i, j int) bool { return tc.expected[i] > tc.expected[j] }) tt.Equal(t, tc.expected, actual) }) } }	{ var tcs = []struct { name string input []string expected []int }{ { name: tt.Name{ Given: "slice of string", When: "the value is valid", Then: "return valid slice of int", }.Construct(), input: []string{"1", "2"}, expected: []int{1, 2}, }, { name: tt.Name{ Given: "slice of string", When: "the value is invalid", Then: "return invalid slice of int", }.Construct(), input: []string{"x", "y"}, expected: []int{0, 0}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ParseSliceInt(tc.input) tt.Equal(t, tc.expected, actual) }) } }
golden.rs	// The golden image is as follows: // - the image name is "GOLDEN IMAGE" // - the first exa is named AB // - mode global, maximized window // - sprite is empty // - script is "COPY 1 X\nNOOP" // - the second exa is named CD // - mode local, maximized window // - custom sprite, activated pixels are the 4 corners // - script is "NOTE I AM A GOLDEN GOD\nHALT" mod common; use common::*; #[test] fn	() { let mut bench = TestBench::redshift_vm_from_image("./tests/golden.png".to_string()); let e1 = bench.get_exa("AB"); let e2 = bench.get_exa("CD"); bench.assert_exa_global_mode(&e1); bench.assert_exa_local_mode(&e2); bench.assert_exa_sprite(&e2, vec![0, 1, 8, 1, 80, 1, 8, 1]); bench.run_cycle(); bench.assert_exa_register(&e1, "x", 1); }	test_golden
__init__.py	#MIT License # #Copyright (c) 2020 signag # #Permission is hereby granted, free of charge, to any person obtaining a copy #of this software and associated documentation files (the "Software"), to deal #in the Software without restriction, including without limitation the rights #to use, copy, modify, merge, publish, distribute, sublicense, and/or sell #copies of the Software, and to permit persons to whom the Software is #furnished to do so, subject to the following conditions: # #The above copyright notice and this permission notice shall be included in all #copies or substantial portions of the Software. # #THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR #IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, #FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE #AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER #LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, #OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE #SOFTWARE. """ `logging_plus` - Add-on to Python logging This module extends the standard Python logging module for the following aspects: - Subclassing Logger allows customization of logging messages depending on context - This is used for automatic indentation depending on call stack level - The module provides also the capability to generically log function entry and exit """ import logging import inspect import sys import atexit #--------------------------------------------------------------------------- # Miscellaneous module data #--------------------------------------------------------------------------- # #This parameter controls whether or not logging inside infrastructure modules is activated. #The following modules are affected: inspect, logging, logging-plus # noInfrastructureLogging = True class Manager(logging.Manager): """ Subclassing logging.Manager supports instantiating the subclassed Logger instead of the standard Logger. """ def __init__(self, rootnode): """ Initialize the manager """ super().__init__(rootnode) def getLogger(self, name): """ Return the subclassed Logger rather than the standard Logger """ rv = None if not isinstance(name, str): raise TypeError('A logger name must be a string') logging._acquireLock() try: if name in self.loggerDict: rv = self.loggerDict[name] if isinstance(rv, logging.PlaceHolder): ph = rv rv = (self.loggerClass or _loggerClass)(name) rv.manager = self self.loggerDict[name] = rv self._fixupChildren(ph, rv) self._fixupParents(rv) else: rv = (self.loggerClass or _loggerClass)(name) rv.manager = self self.loggerDict[name] = rv self._fixupParents(rv) finally: logging._releaseLock() return rv def cleanupLoggers(self): """ Remove registered file handlers from all available loggers """ lgr = root for hdl in reversed(lgr.handlers): if isinstance(hdl, logging.FileHandler): lgr.removeHandler(hdl) for lgName in self.loggerDict: lgr = self.getLogger(lgName) for hdl in lgr.handlers: if isinstance(hdl, logging.FileHandler): lgr.removeHandler(hdl) class Logger(logging.Logger): def __init__(self, name, level=logging.NOTSET): """ Initialize the subclassed Logger """ super().__init__(name, level) def debug(self, msg, args, kwargs): """ Indent DEBUG message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " indent + msg super().debug(msg, args, kwargs) def info(self, msg, args, *kwargs): """ Indent INFO message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " indent + msg super().info(msg, args, *kwargs) def	(self, msg, args, kwargs): """ Indent WARNING message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " indent + msg super().warning(msg, args, kwargs) def error(self, msg, args, *kwargs): """ Indent ERROR message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " indent + msg super().error(msg, args, kwargs) def logEntry(self, msg, args, *kwargs): """ Log function entry with DEBUG sverity """ indent = len(inspect.stack()) - 2 if indent < 0: indent = 0 msg = " " indent + ">>> Entry " + msg super().debug(msg, args, kwargs) def autoLogEntry(self, msg, args, *kwargs): """ Log function entry with DEBUG sverity in case of automatic logging """ indent = len(inspect.stack()) - 3 if indent < 0: indent = 0 msg = " " indent + ">>> Entry " + msg super().debug(msg, args, kwargs) def logExit(self, msg, args, *kwargs): """ Log function exit with DEBUG sverity """ indent = len(inspect.stack()) - 2 if indent < 0: indent = 0 msg = " " indent + "<<< Exit " + msg super().debug(msg, args, kwargs) def autoLogExit(self, msg, args, *kwargs): """ Log function exit with DEBUG sverity in case of automatic logging """ indent = len(inspect.stack()) - 3 if indent < 0: indent = 0 msg = " " indent + "<<< Exit " + msg super().debug(msg, args, *kwargs) class RootLogger(Logger): """ This is the extended root logger """ def __init__(self, level): """ Initialize the logger with the name "root". """ Logger.__init__(self, "root", level) _loggerClass = Logger root = RootLogger(logging.WARNING) Logger.root = root Logger.manager = Manager(Logger.root) def getLogger(name=None): """ Return an extended logger with the specified name, creating it if necessary. If no name is specified, return the root logger. """ if not name or isinstance(name, str) and name == root.name: return root return Logger.manager.getLogger(name) def excludeFromLogging(frame): """ Check whether frame shall be excluded from logging. This is the case if the module of the frame itself or on of its outer frames belongs to the inspect or logging infrastructure """ if not frame: return False module = inspect.getmodule(frame) if not module: return False moduleName = module.__name__ if (moduleName == "inspect") \ or (moduleName == "logging") \ or (moduleName == __name__): #Do not log inside infrastructure modules return True else: oframe = frame.f_back if not oframe: return False return excludeFromLogging(oframe) def autoLogIgnore(frame, event, arg): """ Function to register as trace function for scopes where logging shall be deactivated. The function is used to log entry to a new scope ('call') or exit from a scope ('return'). """ if (event == 'call'): #Only call needs to be sensed return autoLogIgnore def autoLogEntryExit(frame, event, arg): """ Function to register as trace function for the current scope. The function is used to log entry to a new scope ('call') or exit from a scope ('return'). """ if (event == 'call') or (event == 'return'): #Only call and return events are sensed if not frame: return autoLogIgnore code_obj = frame.f_code func_name = code_obj.co_name file_name = code_obj.co_filename file_line = code_obj.co_firstlineno module = inspect.getmodule(frame) if not module: return autoLogIgnore moduleName = module.__name__ if event == 'call': #System has been entering a new scope. if noInfrastructureLogging: if excludeFromLogging(frame): return autoLogIgnore getLogger(moduleName).autoLogEntry('%s (%s - line %s - module %s)', func_name, file_name, file_line, moduleName) #The function returns a reference to itself, in order to register itself as trace functuion for the new scope return autoLogEntryExit elif event == 'return': #System is about to exit a scope (function or other code block). arg is the value being returned. getLogger(moduleName).autoLogExit ('%s : Return value: %s', func_name, arg) def removeFileHandlers(): """This function removes file handlers from available loggers in order to avoid a race condition during shutdown The Python shutdown sequence is as follows: 1. Stop main thread 2. Close open file handlers 3. Wait for termination of non-daemon threads 4. Execute registered atexit functions 5. Garbage collection 6. Process termination If class __del__ functions include logging with file handlers, and if ojects are destroyed during garbage collection (5), file output will lead to an exception because open file handlers have already been closed (2). Note: This applies only to explicit logging within the __del__ functions. Automatic logging of entry and exit has already been switched off at this time through unregisterAutoLogEntryExit. """ mgr = getLogger().manager mgr.cleanupLoggers() def registerAutoLogEntryExit(): """ Register autoLogEntryExit as system trace function This will issue logging whenever a function scope is entered or exited """ sys.settrace(autoLogEntryExit) def unregisterAutoLogEntryExit(): """ Clear system trace function This will stop logging function entry / exit """ sys.settrace(None) #Register unregisterAutoLogEntryExit to avoid logging exceptions during module shutdown atexit.register(removeFileHandlers) atexit.register(unregisterAutoLogEntryExit)	warning
hub.go	package quic import ( "context" "time" quic "github.com/lucas-clemente/quic-go" "v2ray.com/core/common" "v2ray.com/core/common/net" "v2ray.com/core/common/protocol/tls/cert" "v2ray.com/core/common/signal/done" "v2ray.com/core/transport/internet" "v2ray.com/core/transport/internet/tls" ) // Listener is an internet.Listener that listens for TCP connections. type Listener struct { rawConn sysConn listener quic.Listener done done.Instance addConn internet.ConnHandler } func (l Listener) acceptStreams(session quic.Session) { for { stream, err := session.AcceptStream() if err != nil { newError("failed to accept stream").Base(err).WriteToLog() select { case <-session.Context().Done(): return case <-l.done.Wait(): session.Close() return default: time.Sleep(time.Second) continue } } conn := &interConn{ stream: stream, local: session.LocalAddr(), remote: session.RemoteAddr(), } l.addConn(conn) } } func (l Listener) keepAccepting() { for { conn, err := l.listener.Accept() if err != nil { newError("failed to accept QUIC sessions").Base(err).WriteToLog() if l.done.Done() { break } time.Sleep(time.Second) continue } go l.acceptStreams(conn) } } // Addr implements internet.Listener.Addr. func (l Listener) Addr() net.Addr { return l.listener.Addr() } // Close implements internet.Listener.Close. func (l Listener) Close() error { l.done.Close() l.listener.Close() l.rawConn.Close() return nil } // Listen creates a new Listener based on configurations. func Listen(ctx context.Context, address net.Address, port net.Port, streamSettings internet.MemoryStreamConfig, handler internet.ConnHandler) (internet.Listener, error) { if address.Family().IsDomain() { return nil, newError("domain address is not allows for listening quic") } tlsConfig := tls.ConfigFromStreamSettings(streamSettings) if tlsConfig == nil { tlsConfig = &tls.Config{ Certificate: []tls.Certificate{tls.ParseCertificate(cert.MustGenerate(nil, cert.DNSNames(internalDomain), cert.CommonName(internalDomain)))}, } } config := streamSettings.ProtocolSettings.(Config) rawConn, err := internet.ListenSystemPacket(context.Background(), &net.UDPAddr{ IP: address.IP(), Port: int(port), }, streamSettings.SocketSettings) if err != nil { return nil, err } quicConfig := &quic.Config{ ConnectionIDLength: 12, HandshakeTimeout: time.Second 8, IdleTimeout: time.Second * 120, MaxIncomingStreams: 256, MaxIncomingUniStreams: -1, } conn, err := wrapSysConn(rawConn, config) if err != nil { conn.Close() return nil, err } qListener, err := quic.Listen(conn, tlsConfig.GetTLSConfig(), quicConfig) if err != nil { conn.Close() return nil, err } listener := &Listener{ done: done.New(), rawConn: conn, listener: qListener, addConn: handler, } go listener.keepAccepting() return listener, nil } func	() { common.Must(internet.RegisterTransportListener(protocolName, Listen)) }	init
foo.rs	// Copyright 2014 The Rust Project Developers. See the COPYRIGHT // file at the top-level directory of this distribution and at // http://rust-lang.org/COPYRIGHT.	// Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. fn main() { }	//
block.py	"""CSC148 Assignment 2 === CSC148 Winter 2020 === Department of Computer Science, University of Toronto This code is provided solely for the personal and private use of students taking the CSC148 course at the University of Toronto. Copying for purposes other than this use is expressly prohibited. All forms of distribution of this code, whether as given or with any changes, are expressly prohibited. Authors: Diane Horton, David Liu, Mario Badr, Sophia Huynh, Misha Schwartz, and Jaisie Sin All of the files in this directory and all subdirectories are: Copyright (c) Diane Horton, David Liu, Mario Badr, Sophia Huynh, Misha Schwartz, and Jaisie Sin === Module Description === This file contains the Block class, the main data structure used in the game. """ from __future__ import annotations from typing import Optional, Tuple, List import random import math from settings import colour_name, COLOUR_LIST def generate_board(max_depth: int, size: int) -> Block:	class Block: """A square Block in the Blocky game, represented as a tree. In addition to its tree-related attributes, a Block also contains attributes that describe how the Block appears on a Cartesian plane. All positions describe the upper left corner (x, y), and the origin is at (0, 0). All positions and sizes are in the unit of pixels. When a block has four children, the order of its children impacts each child's position. Indices 0, 1, 2, and 3 are the upper-right child, upper-left child, lower-left child, and lower-right child, respectively. === Public Attributes === position: The (x, y) coordinates of the upper left corner of this Block. size: The height and width of this square Block. colour: If this block is not subdivided, <colour> stores its colour. Otherwise, <colour> is None. level: The level of this block within the overall block structure. The outermost block, corresponding to the root of the tree, is at level zero. If a block is at level i, its children are at level i+1. max_depth: The deepest level allowed in the overall block structure. children: The blocks into which this block is subdivided. The children are stored in this order: upper-right child, upper-left child, lower-left child, lower-right child. === Representation Invariants=== - len(children) == 0 or len(children) == 4 - If this Block has children: - their max_depth is the same as that of this Block. - their size is half that of this Block. - their level is one greater than that of this Block. - their position is determined by the position and size of this Block, and their index in this Block's list of children. - this Block's colour is None. - If this Block has no children: - its colour is not None. - level <= max_depth """ position: Tuple[int, int] size: int colour: Optional[Tuple[int, int, int]] level: int max_depth: int children: List[Block] def __init__(self, position: Tuple[int, int], size: int, colour: Optional[Tuple[int, int, int]], level: int, max_depth: int) -> None: """Initialize this block with <position>, dimensions <size> by <size>, the given <colour>, at <level>, and with no children. Preconditions: - position[0] >= 0 and position[1] >= 0 - size > 0 - level >= 0 - max_depth >= level """ self.position = position self.size = size self.colour = colour self.level = level self.max_depth = max_depth self.children = [] def __str__(self) -> str: """Return this Block in a string format. >>> block = Block((0, 0), 750, (0, 0, 0), 0, 1) >>> str(block) 'Leaf: colour=Black, pos=(0, 0), size=750, level=0\\n' """ if len(self.children) == 0: indents = '\t' * self.level colour = colour_name(self.colour) return f'{indents}Leaf: colour={colour}, pos={self.position}, ' \ f'size={self.size}, level={self.level}\n' else: indents = '\t' * self.level result = f'{indents}Parent: pos={self.position},' \ f'size={self.size}, level={self.level}\n' for child in self.children: result += str(child) return result def __eq__(self, other: Block) -> bool: """Return True iff this Block and all its descendents are equivalent to the <other> Block and all its descendents. """ if len(self.children) == 0 and len(other.children) == 0: # Both self and other are leaves. return self.position == other.position and \ self.size == other.size and \ self.colour == other.colour and \ self.level == other.level and \ self.max_depth == other.max_depth elif len(self.children) != len(other.children): # One of self or other is a leaf while the other is not. return False else: # Both self and other have four children. for i in range(4): # The != operator also uses the __eq__ special method. if self.children[i] != other.children[i]: return False return True def _child_size(self) -> int: """Return the size of this Block's children. """ return round(self.size / 2.0) def _children_positions(self) -> List[Tuple[int, int]]: """Return the positions of this Block's four children. The positions are returned in this order: upper-right child, upper-left child, lower-left child, lower-right child. """ x = self.position[0] y = self.position[1] size = self._child_size() return [(x + size, y), (x, y), (x, y + size), (x + size, y + size)] def _update_children_positions(self, position: Tuple[int, int]) -> None: """Set the position of this Block to <position> and update all its descendants to have positions consistent with this Block's. <position> is the (x, y) coordinates of the upper-left corner of this Block. """ if len(self.children) == 0: self.position = position[0], position[1] else: self.position = position[0], position[1] for i in range(4): self.children[i]._update_children_positions( self._children_positions()[i]) def smashable(self) -> bool: """Return True iff this block can be smashed. A block can be smashed if it has no children and its level is not at max_depth. """ return self.level != self.max_depth and len(self.children) == 0 def smash(self) -> bool: """Sub-divide this block so that it has four randomly generated children. If this Block's level is <max_depth>, do nothing. If this block has children, do nothing. Return True iff the smash was performed. """ if not self.smashable(): return False else: self.colour = None for i in range(4): position = self._children_positions()[i] size = self._child_size() colour = COLOUR_LIST[random.randint(0, len(COLOUR_LIST)-1)] level = self.level + 1 child = Block(position, size, colour, level, self.max_depth) self.children.append(child) for child in self.children: subdivide = random.random() if subdivide < math.exp(-0.25 * child.level): child.smash() return True def swap(self, direction: int) -> bool: """Swap the child Blocks of this Block. If this Block has no children, do nothing. Otherwise, if <direction> is 1, swap vertically. If <direction> is 0, swap horizontally. Return True iff the swap was performed. Precondition: <direction> is either 0 or 1 """ if len(self.children) == 0: return False else: # store original positions positions = self._children_positions() if direction == 1: # vertically swapping the children in self.children self.children[1], self.children[2], = self.children[2], \ self.children[1] self.children[0], self.children[3] = self.children[3], \ self.children[0] else: # horizontally swapping the children in self.children self.children[1], self.children[0] = self.children[0], \ self.children[1] self.children[2], self.children[3] = self.children[3], \ self.children[2] # updating children's positions self.children[0]._update_children_positions(positions[0]) self.children[1]._update_children_positions(positions[1]) self.children[2]._update_children_positions(positions[2]) self.children[3]._update_children_positions(positions[3]) return True def rotate(self, direction: int) -> bool: """Rotate this Block and all its descendants. If this Block has no children, do nothing. If <direction> is 1, rotate clockwise. If <direction> is 3, rotate counter-clockwise. Return True iff the rotate was performed. Precondition: <direction> is either 1 or 3. """ if len(self.children) == 0: return False elif direction == 1: # rotate clockwise positions = self._children_positions() for i in range(4): self.children[i].rotate(direction) self.children[i]._update_children_positions(positions[i - 1]) self.children[0], self.children[1], self.children[2], \ self.children[3] = self.children[1], self.children[2], \ self.children[3], self.children[0] return True else: # rotate counterclockwise positions = self._children_positions() for i in range(4): self.children[i].rotate(direction) self.children[i]._update_children_positions(positions[i - 3]) self.children[0], self.children[1], self.children[2], \ self.children[3] = self.children[3], self.children[0], \ self.children[1], self.children[2] return True def paint(self, colour: Tuple[int, int, int]) -> bool: """Change this Block's colour iff it is a leaf at a level of max_depth and its colour is different from <colour>. Return True iff this Block's colour was changed. """ if len(self.children) == 0 and self.level == self.max_depth and \ self.colour != colour: self.colour = colour return True return False def combine(self) -> bool: """Turn this Block into a leaf based on the majority colour of its children. The majority colour is the colour with the most child blocks of that colour. A tie does not constitute a majority (e.g., if there are two red children and two blue children, then there is no majority colour). If there is no majority colour, do nothing. If this block is not at a level of max_depth - 1, or this block has no children, do nothing. Return True iff this Block was turned into a leaf node. """ if self.level != self.max_depth - 1 or len(self.children) == 0: return False else: majority_colour = [] colours = [] for child in self.children: colours.append(child.colour) for colour in colours: if colours.count(colour) >= 2 and colour not in majority_colour: majority_colour.append(colour) if len(majority_colour) == 1: self.children = [] self.colour = majority_colour[0] return True return False def create_copy(self) -> Block: """Return a new Block that is a deep copy of this Block. Remember that a deep copy has new blocks (not aliases) at every level. """ if len(self.children) == 0: return Block(self.position, self.size, self.colour, self.level, self.max_depth) else: copy = Block(self.position, self.size, self.colour, self.level, self.max_depth) for child in self.children: copy.children.append(child.create_copy()) return copy if __name__ == '__main__': import python_ta python_ta.check_all(config={ 'allowed-import-modules': [ 'doctest', 'python_ta', 'random', 'typing', '__future__', 'math', 'settings' ], 'max-attributes': 15, 'max-args': 6 }) # This is a board consisting of only one block. b1 = Block((0, 0), 750, COLOUR_LIST[0], 0, 1) print("=== tiny board ===") print(b1) # Now let's make a random board. b2 = generate_board(3, 750) print("\n=== random board ===") print(b2)	"""Return a new game board with a depth of <max_depth> and dimensions of <size> by <size>. >>> board = generate_board(3, 750) >>> board.max_depth 3 >>> board.size 750 >>> len(board.children) == 4 True """ board = Block((0, 0), size, random.choice(COLOUR_LIST), 0, max_depth) board.smash() return board
set_request_builder.go	package set import ( i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f "github.com/microsoft/kiota-abstractions-go" i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459 "github.com/microsoftgraph/msgraph-beta-sdk-go/models/odataerrors" i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8 "github.com/microsoftgraph/msgraph-beta-sdk-go/models/termstore" ) // SetRequestBuilder provides operations to manage the set property of the microsoft.graph.termStore.term entity. type SetRequestBuilder struct { // Path parameters for the request pathParameters map[string]string // The request adapter to use to execute the requests. requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter // Url template to use to build the URL for the current request builder urlTemplate string } // SetRequestBuilderGetQueryParameters the [set] in which the term is created. type SetRequestBuilderGetQueryParameters struct { // Expand related entities Expand []string `uriparametername:"%24expand"` // Select properties to be returned Select []string `uriparametername:"%24select"` } // SetRequestBuilderGetRequestConfiguration configuration for the request such as headers, query parameters, and middleware options. type SetRequestBuilderGetRequestConfiguration struct { // Request headers Headers map[string]string // Request options Options []i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestOption // Request query parameters QueryParameters SetRequestBuilderGetQueryParameters } // NewSetRequestBuilderInternal instantiates a new SetRequestBuilder and sets the default values. func NewSetRequestBuilderInternal(pathParameters map[string]string, requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter)(SetRequestBuilder)	// NewSetRequestBuilder instantiates a new SetRequestBuilder and sets the default values. func NewSetRequestBuilder(rawUrl string, requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter)(SetRequestBuilder) { urlParams := make(map[string]string) urlParams["request-raw-url"] = rawUrl return NewSetRequestBuilderInternal(urlParams, requestAdapter) } // CreateGetRequestInformation the [set] in which the term is created. func (m SetRequestBuilder) CreateGetRequestInformation()(i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestInformation, error) { return m.CreateGetRequestInformationWithRequestConfiguration(nil); } // CreateGetRequestInformationWithRequestConfiguration the [set] in which the term is created. func (m SetRequestBuilder) CreateGetRequestInformationWithRequestConfiguration(requestConfiguration SetRequestBuilderGetRequestConfiguration)(i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestInformation, error) { requestInfo := i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.NewRequestInformation() requestInfo.UrlTemplate = m.urlTemplate requestInfo.PathParameters = m.pathParameters requestInfo.Method = i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.GET if requestConfiguration != nil { if requestConfiguration.QueryParameters != nil { requestInfo.AddQueryParameters((requestConfiguration.QueryParameters)) } requestInfo.AddRequestHeaders(requestConfiguration.Headers) requestInfo.AddRequestOptions(requestConfiguration.Options) } return requestInfo, nil } // Get the [set] in which the term is created. func (m SetRequestBuilder) Get()(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable, error) { return m.GetWithRequestConfigurationAndResponseHandler(nil, nil); } // GetWithRequestConfigurationAndResponseHandler the [set] in which the term is created. func (m SetRequestBuilder) GetWithRequestConfigurationAndResponseHandler(requestConfiguration SetRequestBuilderGetRequestConfiguration, responseHandler i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.ResponseHandler)(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable, error) { requestInfo, err := m.CreateGetRequestInformationWithRequestConfiguration(requestConfiguration); if err != nil { return nil, err } errorMapping := i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.ErrorMappings { "4XX": i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459.CreateODataErrorFromDiscriminatorValue, "5XX": i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459.CreateODataErrorFromDiscriminatorValue, } res, err := m.requestAdapter.SendAsync(requestInfo, i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.CreateSetFromDiscriminatorValue, responseHandler, errorMapping) if err != nil { return nil, err } return res.(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable), nil }	{ m := &SetRequestBuilder{ } m.urlTemplate = "{+baseurl}/users/{user%2Did}/joinedGroups/{group%2Did}/sites/{site%2Did}/termStore/groups/{group%2Did1}/sets/{set%2Did}/children/{term%2Did}/children/{term%2Did1}/set{?%24select,%24expand}"; urlTplParams := make(map[string]string) for idx, item := range pathParameters { urlTplParams[idx] = item } m.pathParameters = urlTplParams; m.requestAdapter = requestAdapter; return m }
formanggota.js	function validateForm() { var nmlengkap = document.forms["myForm"]["nmlengkap"].value; var notelp = document.forms["myForm"]["notelp"].value; var tempat = document.forms["myForm"]["tempat"].value; var tgllahir = document.forms["myForm"]["tgllahir"].value; var umur = document.forms["myForm"]["umur"].value; var alamat = document.forms["myForm"]["alamat"].value; if (nmlengkap == "") { validasi('Nama Lengkap wajib di isi!', 'warning'); return false; } else if (tempat == '') { validasi('Tempat Lahir wajib di isi!', 'warning'); return false; } else if (notelp == '') { validasi('NO.Telepon wajib di isi!', 'warning'); return false; } else if (tgllahir == '') { validasi('Tanggal Lahir wajib di isi!', 'warning'); return false; } else if (umur == '') { validasi('Umur wajib di isi!', 'warning'); return false; } else if (alamat == '') { validasi('Alamat wajib di isi!', 'warning'); return false; } } function validasi(judul, status) { swal.fire({ title: judul, icon: status, confirmButtonColor: '#4e73df', }); } function fileIsValid(fileName) { var ext = fileName.match(/\.([^\.]+)$/)[1]; ext = ext.toLowerCase(); var isValid = true; switch (ext) { case 'png': case 'jpeg': case 'jpg': case 'tiff': case 'gif': case 'tif': case 'pdf': break; default: this.value = ''; isValid = false; } return isValid; } function	() { var file = document.getElementById('GetFile').files[0]; if (file != null) { var fileName = file.name; if (fileIsValid(fileName) == false) { validasi('Format bukan gambar!', 'warning'); document.getElementById('GetFile').value = null; return false; } var content; var size = file.size; if ((size != null) && ((size / (1024 * 1024)) > 3)) { validasi('Ukuran maximum 1024px', 'warning'); document.getElementById('GetFile').value = null; return false; } var ext = fileName.match(/\.([^\.]+)$/)[1]; ext = ext.toLowerCase(); if (ext == 'pdf') { $('#pdf').show(); $('#img').hide(); $(".custom-file-label").addClass("selected").html(file.name); document.getElementById('outputPdf').src = window.URL.createObjectURL(file); } else { $('#pdf').hide(); $('#img').show(); $(".custom-file-label").addClass("selected").html(file.name); document.getElementById('outputImg').src = window.URL.createObjectURL(file); } return true; } else return false; }	VerifyFileNameAndFileSize
main.go	// Copyright 2018 David Sansome // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package main import ( "flag" "log" "github.com/davidsansome/tsurukame/api" "github.com/davidsansome/tsurukame/converter" "github.com/davidsansome/tsurukame/encoding" "github.com/davidsansome/tsurukame/jsonapi" "github.com/davidsansome/tsurukame/utils" ) var ( out = flag.String("out", "data", "Output directory") cookie = flag.String("cookie", "", "Wanikani HTTP cookie") apiToken = flag.String("api-token", "", "Wanikani API v2 token") ) func main()	type Scraper struct { apiClient api.Client jsonClient jsonapi.Client directory encoding.ReadWriter } func (s *Scraper) GetAll() error { cur := s.apiClient.Subjects("") SubjectLoop: for { subject, err := cur.Next() if err != nil { return err } if subject == nil { break SubjectLoop } if subject.Data.HiddenAt != "" { continue } spb, err := converter.SubjectToProto(subject) if err != nil { return err } // Fetch the other bits. We only need to do this for Radicals now that // more data is included in the real WaniKani API. if spb.Radical != nil { if s.directory.HasSubject(subject.ID) { continue SubjectLoop } r, err := s.jsonClient.GetRadical(subject.ID) if err != nil { log.Printf("Error getting radical %d: %v", subject.ID, err) continue SubjectLoop } converter.AddRadical(spb, r) } // Write it to a file. if err := s.directory.WriteSubject(subject.ID, spb); err != nil { return err } } return nil }	{ flag.Parse() // Create API clients. apiClient, err := api.New(apiToken) utils.Must(err) jsonClient, err := jsonapi.New(cookie) utils.Must(err) // Open directory. directory, err := encoding.OpenDirectory(*out) utils.Must(err) s := Scraper{apiClient, jsonClient, directory} if err := s.GetAll(); err != nil { panic(err) } }
_gen_defs_linux_64.py	# Automatically generated from system headers. # DO NOT EDIT. import ctypes from .syscalldef import CType, SysCallSig, SysCallParamSig PTRACE_TRACEME = 0 PTRACE_PEEKTEXT = 1 PTRACE_PEEKDATA = 2 PTRACE_PEEKUSER = 3 PTRACE_POKETEXT = 4 PTRACE_POKEDATA = 5 PTRACE_POKEUSER = 6 PTRACE_CONT = 7 PTRACE_KILL = 8 PTRACE_SINGLESTEP = 9 PTRACE_GETREGS = 12 PTRACE_SETREGS = 13 PTRACE_GETFPREGS = 14 PTRACE_SETFPREGS = 15 PTRACE_ATTACH = 16 PTRACE_DETACH = 17 PTRACE_GETFPXREGS = 18 PTRACE_SETFPXREGS = 19 PTRACE_SYSCALL = 24 PTRACE_SETOPTIONS = 0x4200 PTRACE_GETEVENTMSG = 0x4201 PTRACE_GETSIGINFO = 0x4202 PTRACE_SETSIGINFO = 0x4203 PTRACE_GETREGSET = 0x4204 PTRACE_SETREGSET = 0x4205 PTRACE_SEIZE = 0x4206 PTRACE_INTERRUPT = 0x4207 PTRACE_LISTEN = 0x4208 PTRACE_PEEKSIGINFO = 0x4209 PTRACE_GETSIGMASK = 0x420a PTRACE_SETSIGMASK = 0x420b PTRACE_SECCOMP_GET_FILTER = 0x420c PTRACE_SEIZE_DEVEL = 0x80000000 PTRACE_O_TRACESYSGOOD = 0x00000001 PTRACE_O_TRACEFORK = 0x00000002 PTRACE_O_TRACEVFORK = 0x00000004 PTRACE_O_TRACECLONE = 0x00000008 PTRACE_O_TRACEEXEC = 0x00000010 PTRACE_O_TRACEVFORKDONE = 0x00000020 PTRACE_O_TRACEEXIT = 0x00000040 PTRACE_O_TRACESECCOMP = 0x00000080 PTRACE_O_EXITKILL = 0x00100000 PTRACE_O_SUSPEND_SECCOMP = 0x00200000 PTRACE_O_MASK = 0x003000ff PTRACE_EVENT_FORK = 1 PTRACE_EVENT_VFORK = 2 PTRACE_EVENT_CLONE = 3 PTRACE_EVENT_EXEC = 4 PTRACE_EVENT_VFORK_DONE = 5 PTRACE_EVENT_EXIT = 6 PTRACE_EVENT_SECCOMP = 7 PTRACE_PEEKSIGINFO_SHARED = 1 << 0 class __ptrace_peeksiginfo_args(ctypes.Structure): _fields_ = ( ('off', ctypes.c_ulong), ('flags', ctypes.c_uint), ('nr', ctypes.c_int), ) class user_fpregs_struct(ctypes.Structure): _fields_ = ( ('cwd', ctypes.c_ushort), ('swd', ctypes.c_ushort), ('ftw', ctypes.c_ushort), ('fop', ctypes.c_ushort), ('rip', ctypes.c_ulonglong), ('rdp', ctypes.c_ulonglong), ('mxcsr', ctypes.c_uint), ('mxcr_mask', ctypes.c_uint), ('st_space', ctypes.c_uint * 32), ('xmm_space', ctypes.c_uint * 64), ('padding', ctypes.c_uint * 24), ) class user_regs_struct(ctypes.Structure): _fields_ = ( ('r15', ctypes.c_ulonglong), ('r14', ctypes.c_ulonglong), ('r13', ctypes.c_ulonglong), ('r12', ctypes.c_ulonglong), ('rbp', ctypes.c_ulonglong), ('rbx', ctypes.c_ulonglong), ('r11', ctypes.c_ulonglong), ('r10', ctypes.c_ulonglong), ('r9', ctypes.c_ulonglong), ('r8', ctypes.c_ulonglong), ('rax', ctypes.c_ulonglong), ('rcx', ctypes.c_ulonglong), ('rdx', ctypes.c_ulonglong), ('rsi', ctypes.c_ulonglong), ('rdi', ctypes.c_ulonglong), ('orig_rax', ctypes.c_ulonglong), ('rip', ctypes.c_ulonglong), ('cs', ctypes.c_ulonglong), ('eflags', ctypes.c_ulonglong), ('rsp', ctypes.c_ulonglong), ('ss', ctypes.c_ulonglong), ('fs_base', ctypes.c_ulonglong), ('gs_base', ctypes.c_ulonglong), ('ds', ctypes.c_ulonglong), ('es', ctypes.c_ulonglong), ('fs', ctypes.c_ulonglong), ('gs', ctypes.c_ulonglong), ) class _anon_2(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ) class _anon_3(ctypes.Structure): _fields_ = ( ('si_tid', ctypes.c_int), ('si_overrun', ctypes.c_int), ('si_sigval', ctypes.c_void_p), ) class _anon_4(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ('si_sigval', ctypes.c_void_p), ) class _anon_5(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ('si_status', ctypes.c_int), ('si_utime', ctypes.c_long), ('si_stime', ctypes.c_long), ) class _anon_7(ctypes.Structure): _fields_ = ( ('_lower', ctypes.c_void_p), ('_upper', ctypes.c_void_p), ) class _anon_6(ctypes.Structure): _fields_ = ( ('si_addr', ctypes.c_void_p), ('si_addr_lsb', ctypes.c_short), ('si_addr_bnd', _anon_7), ) class _anon_8(ctypes.Structure):	class _anon_9(ctypes.Structure): _fields_ = ( ('_call_addr', ctypes.c_void_p), ('_syscall', ctypes.c_int), ('_arch', ctypes.c_uint), ) class _anon_1(ctypes.Union): _fields_ = ( ('_pad', ctypes.c_int * 28), ('_kill', _anon_2), ('_timer', _anon_3), ('_rt', _anon_4), ('_sigchld', _anon_5), ('_sigfault', _anon_6), ('_sigpoll', _anon_8), ('_sigsys', _anon_9), ) class siginfo_t(ctypes.Structure): _fields_ = ( ('si_signo', ctypes.c_int), ('si_errno', ctypes.c_int), ('si_code', ctypes.c_int), ('_sifields', _anon_1), ) SYSCALLS = { 'time': SysCallSig( 'time', params=[ SysCallParamSig( 'tloc', CType( ['time_t', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'stime': SysCallSig( 'stime', params=[ SysCallParamSig( 'tptr', CType( ['time_t', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gettimeofday': SysCallSig( 'gettimeofday', params=[ SysCallParamSig( 'tv', CType( ['struct', 'timeval', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tz', CType( ['struct', 'timezone', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'settimeofday': SysCallSig( 'settimeofday', params=[ SysCallParamSig( 'tv', CType( ['struct', 'timeval', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tz', CType( ['struct', 'timezone', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'adjtimex': SysCallSig( 'adjtimex', params=[ SysCallParamSig( 'txc_p', CType( ['struct', 'timex', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'times': SysCallSig( 'times', params=[ SysCallParamSig( 'tbuf', CType( ['struct', 'tms', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gettid': SysCallSig( 'gettid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'nanosleep': SysCallSig( 'nanosleep', params=[ SysCallParamSig( 'rqtp', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'rmtp', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'alarm': SysCallSig( 'alarm', params=[ SysCallParamSig( 'seconds', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpid': SysCallSig( 'getpid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getppid': SysCallSig( 'getppid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getuid': SysCallSig( 'getuid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'geteuid': SysCallSig( 'geteuid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getgid': SysCallSig( 'getgid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getegid': SysCallSig( 'getegid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getresuid': SysCallSig( 'getresuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'euid', CType( ['uid_t', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'suid', CType( ['uid_t', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getresgid': SysCallSig( 'getresgid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'egid', CType( ['gid_t', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'sgid', CType( ['gid_t', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpgid': SysCallSig( 'getpgid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpgrp': SysCallSig( 'getpgrp', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsid': SysCallSig( 'getsid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getgroups': SysCallSig( 'getgroups', params=[ SysCallParamSig( 'gidsetsize', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'grouplist', CType( ['gid_t', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setregid': SysCallSig( 'setregid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'egid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setgid': SysCallSig( 'setgid', params=[ SysCallParamSig( 'gid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setreuid': SysCallSig( 'setreuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'euid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setuid': SysCallSig( 'setuid', params=[ SysCallParamSig( 'uid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setresuid': SysCallSig( 'setresuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'euid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'suid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setresgid': SysCallSig( 'setresgid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'egid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'sgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setfsuid': SysCallSig( 'setfsuid', params=[ SysCallParamSig( 'uid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setfsgid': SysCallSig( 'setfsgid', params=[ SysCallParamSig( 'gid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setpgid': SysCallSig( 'setpgid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setsid': SysCallSig( 'setsid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setgroups': SysCallSig( 'setgroups', params=[ SysCallParamSig( 'gidsetsize', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'grouplist', CType( ['gid_t', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'acct': SysCallSig( 'acct', params=[ SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'capget': SysCallSig( 'capget', params=[ SysCallParamSig( 'header', CType( ['cap_user_header_t'], ctypes.c_long, 1 ) ), SysCallParamSig( 'dataptr', CType( ['cap_user_data_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'capset': SysCallSig( 'capset', params=[ SysCallParamSig( 'header', CType( ['cap_user_header_t'], ctypes.c_long, 1 ) ), SysCallParamSig( 'data', CType( ['const', 'cap_user_data_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'personality': SysCallSig( 'personality', params=[ SysCallParamSig( 'personality', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigpending': SysCallSig( 'sigpending', params=[ SysCallParamSig( 'set', CType( ['old_sigset_t', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigprocmask': SysCallSig( 'sigprocmask', params=[ SysCallParamSig( 'how', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'set', CType( ['old_sigset_t', ''], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'oset', CType( ['old_sigset_t', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigaltstack': SysCallSig( 'sigaltstack', params=[ SysCallParamSig( 'uss', CType( ['const', 'struct', 'sigaltstack', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uoss', CType( ['struct', 'sigaltstack', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getitimer': SysCallSig( 'getitimer', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'value', CType( ['struct', 'itimerval', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setitimer': SysCallSig( 'setitimer', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'value', CType( ['struct', 'itimerval', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'ovalue', CType( ['struct', 'itimerval', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_create': SysCallSig( 'timer_create', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timer_event_spec', CType( ['struct', 'sigevent', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'created_timer_id', CType( ['timer_t', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_gettime': SysCallSig( 'timer_gettime', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'setting', CType( ['struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_getoverrun': SysCallSig( 'timer_getoverrun', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_settime': SysCallSig( 'timer_settime', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'new_setting', CType( ['const', 'struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'old_setting', CType( ['struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_delete': SysCallSig( 'timer_delete', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_settime': SysCallSig( 'clock_settime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_gettime': SysCallSig( 'clock_gettime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_adjtime': SysCallSig( 'clock_adjtime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tx', CType( ['struct', 'timex', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_getres': SysCallSig( 'clock_getres', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_nanosleep': SysCallSig( 'clock_nanosleep', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'rqtp', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'rmtp', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'nice': SysCallSig( 'nice', params=[ SysCallParamSig( 'increment', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setscheduler': SysCallSig( 'sched_setscheduler', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setparam': SysCallSig( 'sched_setparam', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setattr': SysCallSig( 'sched_setattr', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'sched_attr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getscheduler': SysCallSig( 'sched_getscheduler', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getparam': SysCallSig( 'sched_getparam', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getattr': SysCallSig( 'sched_getattr', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'sched_attr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setaffinity': SysCallSig( 'sched_setaffinity', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user_mask_ptr', CType( ['unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getaffinity': SysCallSig( 'sched_getaffinity', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user_mask_ptr', CType( ['unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_yield': SysCallSig( 'sched_yield', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_get_priority_max': SysCallSig( 'sched_get_priority_max', params=[ SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_get_priority_min': SysCallSig( 'sched_get_priority_min', params=[ SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_rr_get_interval': SysCallSig( 'sched_rr_get_interval', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'interval', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setpriority': SysCallSig( 'setpriority', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'niceval', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpriority': SysCallSig( 'getpriority', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shutdown': SysCallSig( 'shutdown', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'reboot': SysCallSig( 'reboot', params=[ SysCallParamSig( 'magic1', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'magic2', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'restart_syscall': SysCallSig( 'restart_syscall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kexec_load': SysCallSig( 'kexec_load', params=[ SysCallParamSig( 'entry', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'nr_segments', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'segments', CType( ['struct', 'kexec_segment', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kexec_file_load': SysCallSig( 'kexec_file_load', params=[ SysCallParamSig( 'kernel_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'initrd_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmdline_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'cmdline_ptr', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'exit': SysCallSig( 'exit', params=[ SysCallParamSig( 'error_code', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'exit_group': SysCallSig( 'exit_group', params=[ SysCallParamSig( 'error_code', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'wait4': SysCallSig( 'wait4', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'stat_addr', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'waitid': SysCallSig( 'waitid', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'infop', CType( ['struct', 'siginfo', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'waitpid': SysCallSig( 'waitpid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'stat_addr', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_tid_address': SysCallSig( 'set_tid_address', params=[ SysCallParamSig( 'tidptr', CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'futex': SysCallSig( 'futex', params=[ SysCallParamSig( 'uaddr', CType( ['u32', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'op', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'val', CType( ['u32'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'utime', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uaddr2', CType( ['u32', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'val3', CType( ['u32'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'init_module': SysCallSig( 'init_module', params=[ SysCallParamSig( 'umod', CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'delete_module': SysCallSig( 'delete_module', params=[ SysCallParamSig( 'name_user', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigsuspend': SysCallSig( 'rt_sigsuspend', params=[ SysCallParamSig( 'unewset', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigaction': SysCallSig( 'rt_sigaction', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['const', 'struct', 'sigaction', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sigaction', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigprocmask': SysCallSig( 'rt_sigprocmask', params=[ SysCallParamSig( 'how', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'set', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'oset', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigpending': SysCallSig( 'rt_sigpending', params=[ SysCallParamSig( 'set', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigtimedwait': SysCallSig( 'rt_sigtimedwait', params=[ SysCallParamSig( 'uthese', CType( ['const', 'sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uts', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_tgsigqueueinfo': SysCallSig( 'rt_tgsigqueueinfo', params=[ SysCallParamSig( 'tgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kill': SysCallSig( 'kill', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tgkill': SysCallSig( 'tgkill', params=[ SysCallParamSig( 'tgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tkill': SysCallSig( 'tkill', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigqueueinfo': SysCallSig( 'rt_sigqueueinfo', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sgetmask': SysCallSig( 'sgetmask', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ssetmask': SysCallSig( 'ssetmask', params=[ SysCallParamSig( 'newmask', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signal': SysCallSig( 'signal', params=[ SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'handler', CType( ['__sighandler_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pause': SysCallSig( 'pause', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync': SysCallSig( 'sync', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fsync': SysCallSig( 'fsync', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fdatasync': SysCallSig( 'fdatasync', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bdflush': SysCallSig( 'bdflush', params=[ SysCallParamSig( 'func', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'data', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mount': SysCallSig( 'mount', params=[ SysCallParamSig( 'dev_name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'dir_name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'type', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'data', CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'umount': SysCallSig( 'umount', params=[ SysCallParamSig( 'name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'oldumount': SysCallSig( 'oldumount', params=[ SysCallParamSig( 'name', CType( ['char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'truncate': SysCallSig( 'truncate', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'length', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ftruncate': SysCallSig( 'ftruncate', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'length', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'stat': SysCallSig( 'stat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statfs': SysCallSig( 'statfs', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statfs64': SysCallSig( 'statfs64', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'sz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs64', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstatfs': SysCallSig( 'fstatfs', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstatfs64': SysCallSig( 'fstatfs64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'sz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs64', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lstat': SysCallSig( 'lstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstat': SysCallSig( 'fstat', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newstat': SysCallSig( 'newstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newlstat': SysCallSig( 'newlstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newfstat': SysCallSig( 'newfstat', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ustat': SysCallSig( 'ustat', params=[ SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'ubuf', CType( ['struct', 'ustat', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setxattr': SysCallSig( 'setxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lsetxattr': SysCallSig( 'lsetxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fsetxattr': SysCallSig( 'fsetxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getxattr': SysCallSig( 'getxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lgetxattr': SysCallSig( 'lgetxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fgetxattr': SysCallSig( 'fgetxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'listxattr': SysCallSig( 'listxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'list', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'llistxattr': SysCallSig( 'llistxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'list', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'flistxattr': SysCallSig( 'flistxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'list', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'removexattr': SysCallSig( 'removexattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lremovexattr': SysCallSig( 'lremovexattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fremovexattr': SysCallSig( 'fremovexattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'brk': SysCallSig( 'brk', params=[ SysCallParamSig( 'brk', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mprotect': SysCallSig( 'mprotect', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mremap': SysCallSig( 'mremap', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'old_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'new_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'new_addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'remap_file_pages': SysCallSig( 'remap_file_pages', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pgoff', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msync': SysCallSig( 'msync', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fadvise64': SysCallSig( 'fadvise64', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'advice', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fadvise64_64': SysCallSig( 'fadvise64_64', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'advice', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munmap': SysCallSig( 'munmap', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlock': SysCallSig( 'mlock', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munlock': SysCallSig( 'munlock', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlockall': SysCallSig( 'mlockall', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munlockall': SysCallSig( 'munlockall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'madvise': SysCallSig( 'madvise', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'behavior', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mincore': SysCallSig( 'mincore', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'vec', CType( ['unsigned', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pivot_root': SysCallSig( 'pivot_root', params=[ SysCallParamSig( 'new_root', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'put_old', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chroot': SysCallSig( 'chroot', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mknod': SysCallSig( 'mknod', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'link': SysCallSig( 'link', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'symlink': SysCallSig( 'symlink', params=[ SysCallParamSig( 'old', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'new', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unlink': SysCallSig( 'unlink', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rename': SysCallSig( 'rename', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chmod': SysCallSig( 'chmod', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchmod': SysCallSig( 'fchmod', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fcntl': SysCallSig( 'fcntl', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pipe': SysCallSig( 'pipe', params=[ SysCallParamSig( 'fildes', CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pipe2': SysCallSig( 'pipe2', params=[ SysCallParamSig( 'fildes', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup': SysCallSig( 'dup', params=[ SysCallParamSig( 'fildes', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup2': SysCallSig( 'dup2', params=[ SysCallParamSig( 'oldfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'newfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup3': SysCallSig( 'dup3', params=[ SysCallParamSig( 'oldfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'newfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioperm': SysCallSig( 'ioperm', params=[ SysCallParamSig( 'from', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'num', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'on', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioctl': SysCallSig( 'ioctl', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'flock': SysCallSig( 'flock', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_setup': SysCallSig( 'io_setup', params=[ SysCallParamSig( 'nr_reqs', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'ctx', CType( ['aio_context_t', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_destroy': SysCallSig( 'io_destroy', params=[ SysCallParamSig( 'ctx', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_getevents': SysCallSig( 'io_getevents', params=[ SysCallParamSig( 'ctx_id', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'min_nr', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'nr', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'io_event', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'timeout', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_submit': SysCallSig( 'io_submit', params=[ SysCallParamSig( None, CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( '__foo', CType( ['struct', 'iocb', '', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_cancel': SysCallSig( 'io_cancel', params=[ SysCallParamSig( 'ctx_id', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'iocb', CType( ['struct', 'iocb', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'result', CType( ['struct', 'io_event', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendfile': SysCallSig( 'sendfile', params=[ SysCallParamSig( 'out_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'in_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['off_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendfile64': SysCallSig( 'sendfile64', params=[ SysCallParamSig( 'out_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'in_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readlink': SysCallSig( 'readlink', params=[ SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'bufsiz', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'creat': SysCallSig( 'creat', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'open': SysCallSig( 'open', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'close': SysCallSig( 'close', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'access': SysCallSig( 'access', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vhangup': SysCallSig( 'vhangup', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chown': SysCallSig( 'chown', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lchown': SysCallSig( 'lchown', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchown': SysCallSig( 'fchown', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utime': SysCallSig( 'utime', params=[ SysCallParamSig( 'filename', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'times', CType( ['struct', 'utimbuf', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utimes': SysCallSig( 'utimes', params=[ SysCallParamSig( 'filename', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timeval', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lseek': SysCallSig( 'lseek', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset', CType( ['off_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'whence', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'llseek': SysCallSig( 'llseek', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset_high', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'offset_low', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'result', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'whence', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'read': SysCallSig( 'read', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readahead': SysCallSig( 'readahead', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readv': SysCallSig( 'readv', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'write': SysCallSig( 'write', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'writev': SysCallSig( 'writev', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pread64': SysCallSig( 'pread64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'pos', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwrite64': SysCallSig( 'pwrite64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'pos', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'preadv': SysCallSig( 'preadv', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'preadv2': SysCallSig( 'preadv2', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwritev': SysCallSig( 'pwritev', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwritev2': SysCallSig( 'pwritev2', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getcwd': SysCallSig( 'getcwd', params=[ SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mkdir': SysCallSig( 'mkdir', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chdir': SysCallSig( 'chdir', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchdir': SysCallSig( 'fchdir', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rmdir': SysCallSig( 'rmdir', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lookup_dcookie': SysCallSig( 'lookup_dcookie', params=[ SysCallParamSig( 'cookie64', CType( ['u64'], ctypes.c_ulonglong, 0 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'quotactl': SysCallSig( 'quotactl', params=[ SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'special', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'id', CType( ['qid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'addr', CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getdents': SysCallSig( 'getdents', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'dirent', CType( ['struct', 'linux_dirent', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getdents64': SysCallSig( 'getdents64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'dirent', CType( ['struct', 'linux_dirent64', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setsockopt': SysCallSig( 'setsockopt', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'level', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optname', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optval', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'optlen', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsockopt': SysCallSig( 'getsockopt', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'level', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optname', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optval', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'optlen', CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bind': SysCallSig( 'bind', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'connect': SysCallSig( 'connect', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'accept': SysCallSig( 'accept', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'accept4': SysCallSig( 'accept4', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsockname': SysCallSig( 'getsockname', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpeername': SysCallSig( 'getpeername', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'send': SysCallSig( 'send', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendto': SysCallSig( 'sendto', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendmsg': SysCallSig( 'sendmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'user_msghdr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendmmsg': SysCallSig( 'sendmmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'mmsghdr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recv': SysCallSig( 'recv', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvfrom': SysCallSig( 'recvfrom', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvmsg': SysCallSig( 'recvmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'user_msghdr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvmmsg': SysCallSig( 'recvmmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'mmsghdr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socket': SysCallSig( 'socket', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socketpair': SysCallSig( 'socketpair', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socketcall': SysCallSig( 'socketcall', params=[ SysCallParamSig( 'call', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'args', CType( ['unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'listen': SysCallSig( 'listen', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'poll': SysCallSig( 'poll', params=[ SysCallParamSig( 'ufds', CType( ['struct', 'pollfd', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nfds', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'select': SysCallSig( 'select', params=[ SysCallParamSig( 'n', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'inp', CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'outp', CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'exp', CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tvp', CType( ['struct', 'timeval', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_select': SysCallSig( 'old_select', params=[ SysCallParamSig( 'arg', CType( ['struct', 'sel_arg_struct', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_create': SysCallSig( 'epoll_create', params=[ SysCallParamSig( 'size', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_create1': SysCallSig( 'epoll_create1', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_ctl': SysCallSig( 'epoll_ctl', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'op', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'event', CType( ['struct', 'epoll_event', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_wait': SysCallSig( 'epoll_wait', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'epoll_event', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'maxevents', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_pwait': SysCallSig( 'epoll_pwait', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'epoll_event', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'maxevents', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sigmask', CType( ['const', 'sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gethostname': SysCallSig( 'gethostname', params=[ SysCallParamSig( 'name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sethostname': SysCallSig( 'sethostname', params=[ SysCallParamSig( 'name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setdomainname': SysCallSig( 'setdomainname', params=[ SysCallParamSig( 'name', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newuname': SysCallSig( 'newuname', params=[ SysCallParamSig( 'name', CType( ['struct', 'new_utsname', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'uname': SysCallSig( 'uname', params=[ SysCallParamSig( None, CType( ['struct', 'old_utsname', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'olduname': SysCallSig( 'olduname', params=[ SysCallParamSig( None, CType( ['struct', 'oldold_utsname', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrlimit': SysCallSig( 'getrlimit', params=[ SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'rlim', CType( ['struct', 'rlimit', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setrlimit': SysCallSig( 'setrlimit', params=[ SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'rlim', CType( ['struct', 'rlimit', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'prlimit64': SysCallSig( 'prlimit64', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'new_rlim', CType( ['const', 'struct', 'rlimit64', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'old_rlim', CType( ['struct', 'rlimit64', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrusage': SysCallSig( 'getrusage', params=[ SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'umask': SysCallSig( 'umask', params=[ SysCallParamSig( 'mask', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgget': SysCallSig( 'msgget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgsnd': SysCallSig( 'msgsnd', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgp', CType( ['struct', 'msgbuf', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'msgsz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgrcv': SysCallSig( 'msgrcv', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgp', CType( ['struct', 'msgbuf', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'msgsz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msgtyp', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgctl': SysCallSig( 'msgctl', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'msqid_ds', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semget': SysCallSig( 'semget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nsems', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'semflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semop': SysCallSig( 'semop', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sops', CType( ['struct', 'sembuf', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nsops', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semctl': SysCallSig( 'semctl', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'semnum', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semtimedop': SysCallSig( 'semtimedop', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sops', CType( ['struct', 'sembuf', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nsops', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmat': SysCallSig( 'shmat', params=[ SysCallParamSig( 'shmid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'shmaddr', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'shmflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmget': SysCallSig( 'shmget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmdt': SysCallSig( 'shmdt', params=[ SysCallParamSig( 'shmaddr', CType( ['char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmctl': SysCallSig( 'shmctl', params=[ SysCallParamSig( 'shmid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'shmid_ds', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ipc': SysCallSig( 'ipc', params=[ SysCallParamSig( 'call', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'first', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'second', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'third', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'ptr', CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'fifth', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_open': SysCallSig( 'mq_open', params=[ SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'oflag', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'mq_attr', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_unlink': SysCallSig( 'mq_unlink', params=[ SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_timedsend': SysCallSig( 'mq_timedsend', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg_ptr', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'msg_len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msg_prio', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'abs_timeout', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_timedreceive': SysCallSig( 'mq_timedreceive', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg_ptr', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'msg_len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msg_prio', CType( ['unsigned', 'int', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'abs_timeout', CType( ['const', 'struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_notify': SysCallSig( 'mq_notify', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'notification', CType( ['const', 'struct', 'sigevent', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_getsetattr': SysCallSig( 'mq_getsetattr', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mqstat', CType( ['const', 'struct', 'mq_attr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'omqstat', CType( ['struct', 'mq_attr', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_iobase': SysCallSig( 'pciconfig_iobase', params=[ SysCallParamSig( 'which', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'devfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_read': SysCallSig( 'pciconfig_read', params=[ SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'dfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'off', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'buf', CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_write': SysCallSig( 'pciconfig_write', params=[ SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'dfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'off', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'buf', CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'prctl': SysCallSig( 'prctl', params=[ SysCallParamSig( 'option', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg3', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg4', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg5', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'swapon': SysCallSig( 'swapon', params=[ SysCallParamSig( 'specialfile', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'swap_flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'swapoff': SysCallSig( 'swapoff', params=[ SysCallParamSig( 'specialfile', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysctl': SysCallSig( 'sysctl', params=[ SysCallParamSig( 'args', CType( ['struct', '__sysctl_args', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysinfo': SysCallSig( 'sysinfo', params=[ SysCallParamSig( 'info', CType( ['struct', 'sysinfo', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysfs': SysCallSig( 'sysfs', params=[ SysCallParamSig( 'option', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg1', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'syslog': SysCallSig( 'syslog', params=[ SysCallParamSig( 'type', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'uselib': SysCallSig( 'uselib', params=[ SysCallParamSig( 'library', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ni_syscall': SysCallSig( 'ni_syscall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ptrace': SysCallSig( 'ptrace', params=[ SysCallParamSig( 'request', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'pid', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'data', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'add_key': SysCallSig( 'add_key', params=[ SysCallParamSig( '_type', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( '_description', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( '_payload', CType( ['const', 'void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( 'plen', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'destringid', CType( ['key_serial_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'request_key': SysCallSig( 'request_key', params=[ SysCallParamSig( '_type', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( '_description', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( '_callout_info', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'destringid', CType( ['key_serial_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'keyctl': SysCallSig( 'keyctl', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg3', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg4', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg5', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioprio_set': SysCallSig( 'ioprio_set', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ioprio', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioprio_get': SysCallSig( 'ioprio_get', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_mempolicy': SysCallSig( 'set_mempolicy', params=[ SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nmask', CType( ['const', 'unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'migrate_pages': SysCallSig( 'migrate_pages', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'from', CType( ['const', 'unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'to', CType( ['const', 'unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'move_pages': SysCallSig( 'move_pages', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nr_pages', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pages', CType( ['const', 'void', '', ''], ctypes.c_long, 2 ) ), SysCallParamSig( 'nodes', CType( ['const', 'int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'status', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mbind': SysCallSig( 'mbind', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'mode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'nmask', CType( ['const', 'unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_mempolicy': SysCallSig( 'get_mempolicy', params=[ SysCallParamSig( 'policy', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'nmask', CType( ['unsigned', 'long', ''], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_init': SysCallSig( 'inotify_init', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_init1': SysCallSig( 'inotify_init1', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_add_watch': SysCallSig( 'inotify_add_watch', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mask', CType( ['u32'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_rm_watch': SysCallSig( 'inotify_rm_watch', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'wd', CType( ['__s32'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'spu_run': SysCallSig( 'spu_run', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'unpc', CType( ['__u32', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'ustatus', CType( ['__u32', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'spu_create': SysCallSig( 'spu_create', params=[ SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mknodat': SysCallSig( 'mknodat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mkdirat': SysCallSig( 'mkdirat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unlinkat': SysCallSig( 'unlinkat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'symlinkat': SysCallSig( 'symlinkat', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'linkat': SysCallSig( 'linkat', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'renameat': SysCallSig( 'renameat', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'renameat2': SysCallSig( 'renameat2', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'futimesat': SysCallSig( 'futimesat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timeval', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'faccessat': SysCallSig( 'faccessat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchmodat': SysCallSig( 'fchmodat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchownat': SysCallSig( 'fchownat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'openat': SysCallSig( 'openat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newfstatat': SysCallSig( 'newfstatat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readlinkat': SysCallSig( 'readlinkat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'bufsiz', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utimensat': SysCallSig( 'utimensat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unshare': SysCallSig( 'unshare', params=[ SysCallParamSig( 'unshare_flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'splice': SysCallSig( 'splice', params=[ SysCallParamSig( 'fd_in', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_in', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'fd_out', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_out', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vmsplice': SysCallSig( 'vmsplice', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'iov', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nr_segs', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tee': SysCallSig( 'tee', params=[ SysCallParamSig( 'fdin', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'fdout', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync_file_range': SysCallSig( 'sync_file_range', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'nbytes', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync_file_range2': SysCallSig( 'sync_file_range2', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'nbytes', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_robust_list': SysCallSig( 'get_robust_list', params=[ SysCallParamSig( 'pid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'head_ptr', CType( ['struct', 'robust_list_head', '', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'len_ptr', CType( ['size_t', ''], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_robust_list': SysCallSig( 'set_robust_list', params=[ SysCallParamSig( 'head', CType( ['struct', 'robust_list_head', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getcpu': SysCallSig( 'getcpu', params=[ SysCallParamSig( 'cpu', CType( ['unsigned', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'node', CType( ['unsigned', ''], ctypes.c_uint, 1 ) ), SysCallParamSig( 'cache', CType( ['struct', 'getcpu_cache', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signalfd': SysCallSig( 'signalfd', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'user_mask', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sizemask', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signalfd4': SysCallSig( 'signalfd4', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'user_mask', CType( ['sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sizemask', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_create': SysCallSig( 'timerfd_create', params=[ SysCallParamSig( 'clockid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_settime': SysCallSig( 'timerfd_settime', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'utmr', CType( ['const', 'struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'otmr', CType( ['struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_gettime': SysCallSig( 'timerfd_gettime', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'otmr', CType( ['struct', 'itimerspec', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'eventfd': SysCallSig( 'eventfd', params=[ SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'eventfd2': SysCallSig( 'eventfd2', params=[ SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'memfd_create': SysCallSig( 'memfd_create', params=[ SysCallParamSig( 'uname_ptr', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'userfaultfd': SysCallSig( 'userfaultfd', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fallocate': SysCallSig( 'fallocate', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_readdir': SysCallSig( 'old_readdir', params=[ SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'old_linux_dirent', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pselect6': SysCallSig( 'pselect6', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['fd_set', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ppoll': SysCallSig( 'ppoll', params=[ SysCallParamSig( None, CType( ['struct', 'pollfd', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'timespec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['const', 'sigset_t', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fanotify_init': SysCallSig( 'fanotify_init', params=[ SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'event_f_flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fanotify_mark': SysCallSig( 'fanotify_mark', params=[ SysCallParamSig( 'fanotify_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mask', CType( ['u64'], ctypes.c_ulonglong, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'syncfs': SysCallSig( 'syncfs', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fork': SysCallSig( 'fork', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vfork': SysCallSig( 'vfork', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clone': SysCallSig( 'clone', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'execve': SysCallSig( 'execve', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'argv', CType( ['const', 'const', 'char', '', ''], ctypes.c_char, 2 ) ), SysCallParamSig( 'envp', CType( ['const', 'const', 'char', '', ''], ctypes.c_char, 2 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'perf_event_open': SysCallSig( 'perf_event_open', params=[ SysCallParamSig( 'attr_uptr', CType( ['struct', 'perf_event_attr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cpu', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'group_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mmap_pgoff': SysCallSig( 'mmap_pgoff', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pgoff', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_mmap': SysCallSig( 'old_mmap', params=[ SysCallParamSig( 'arg', CType( ['struct', 'mmap_arg_struct', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'name_to_handle_at': SysCallSig( 'name_to_handle_at', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'handle', CType( ['struct', 'file_handle', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'mnt_id', CType( ['int', ''], ctypes.c_int, 1 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'open_by_handle_at': SysCallSig( 'open_by_handle_at', params=[ SysCallParamSig( 'mountdirfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'handle', CType( ['struct', 'file_handle', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setns': SysCallSig( 'setns', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nstype', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'process_vm_readv': SysCallSig( 'process_vm_readv', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'lvec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'liovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'rvec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'riovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'process_vm_writev': SysCallSig( 'process_vm_writev', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'lvec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'liovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'rvec', CType( ['const', 'struct', 'iovec', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'riovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kcmp': SysCallSig( 'kcmp', params=[ SysCallParamSig( 'pid1', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid2', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'type', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'idx1', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'idx2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'finit_module': SysCallSig( 'finit_module', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'seccomp': SysCallSig( 'seccomp', params=[ SysCallParamSig( 'op', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrandom': SysCallSig( 'getrandom', params=[ SysCallParamSig( 'buf', CType( ['char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bpf': SysCallSig( 'bpf', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['union', 'bpf_attr', ''], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'execveat': SysCallSig( 'execveat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'argv', CType( ['const', 'const', 'char', '', ''], ctypes.c_char, 2 ) ), SysCallParamSig( 'envp', CType( ['const', 'const', 'char', '', ''], ctypes.c_char, 2 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'membarrier': SysCallSig( 'membarrier', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'copy_file_range': SysCallSig( 'copy_file_range', params=[ SysCallParamSig( 'fd_in', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_in', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'fd_out', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_out', CType( ['loff_t', ''], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlock2': SysCallSig( 'mlock2', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_mprotect': SysCallSig( 'pkey_mprotect', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pkey', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_alloc': SysCallSig( 'pkey_alloc', params=[ SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'init_val', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_free': SysCallSig( 'pkey_free', params=[ SysCallParamSig( 'pkey', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statx': SysCallSig( 'statx', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', ''], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mask', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buffer', CType( ['struct', 'statx', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioperm': SysCallSig( 'ioperm', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'iopl': SysCallSig( 'iopl', params=[ SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'modify_ldt': SysCallSig( 'modify_ldt', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', ''], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['int'], ctypes.c_int, 0) ), 'rt_sigreturn': SysCallSig( 'rt_sigreturn', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_thread_area': SysCallSig( 'set_thread_area', params=[ SysCallParamSig( None, CType( ['struct', 'user_desc', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_thread_area': SysCallSig( 'get_thread_area', params=[ SysCallParamSig( None, CType( ['struct', 'user_desc', ''], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'arch_prctl': SysCallSig( 'arch_prctl', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mmap': SysCallSig( 'mmap', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), } SYSCALL_NUMBERS = { 0: 'read', 1: 'write', 2: 'open', 3: 'close', 4: 'stat', 5: 'fstat', 6: 'lstat', 7: 'poll', 8: 'lseek', 9: 'mmap', 10: 'mprotect', 11: 'munmap', 12: 'brk', 13: 'rt_sigaction', 14: 'rt_sigprocmask', 15: 'rt_sigreturn', 16: 'ioctl', 17: 'pread64', 18: 'pwrite64', 19: 'readv', 20: 'writev', 21: 'access', 22: 'pipe', 23: 'select', 24: 'sched_yield', 25: 'mremap', 26: 'msync', 27: 'mincore', 28: 'madvise', 29: 'shmget', 30: 'shmat', 31: 'shmctl', 32: 'dup', 33: 'dup2', 34: 'pause', 35: 'nanosleep', 36: 'getitimer', 37: 'alarm', 38: 'setitimer', 39: 'getpid', 40: 'sendfile', 41: 'socket', 42: 'connect', 43: 'accept', 44: 'sendto', 45: 'recvfrom', 46: 'sendmsg', 47: 'recvmsg', 48: 'shutdown', 49: 'bind', 50: 'listen', 51: 'getsockname', 52: 'getpeername', 53: 'socketpair', 54: 'setsockopt', 55: 'getsockopt', 56: 'clone', 57: 'fork', 58: 'vfork', 59: 'execve', 60: 'exit', 61: 'wait4', 62: 'kill', 63: 'uname', 64: 'semget', 65: 'semop', 66: 'semctl', 67: 'shmdt', 68: 'msgget', 69: 'msgsnd', 70: 'msgrcv', 71: 'msgctl', 72: 'fcntl', 73: 'flock', 74: 'fsync', 75: 'fdatasync', 76: 'truncate', 77: 'ftruncate', 78: 'getdents', 79: 'getcwd', 80: 'chdir', 81: 'fchdir', 82: 'rename', 83: 'mkdir', 84: 'rmdir', 85: 'creat', 86: 'link', 87: 'unlink', 88: 'symlink', 89: 'readlink', 90: 'chmod', 91: 'fchmod', 92: 'chown', 93: 'fchown', 94: 'lchown', 95: 'umask', 96: 'gettimeofday', 97: 'getrlimit', 98: 'getrusage', 99: 'sysinfo', 100: 'times', 101: 'ptrace', 102: 'getuid', 103: 'syslog', 104: 'getgid', 105: 'setuid', 106: 'setgid', 107: 'geteuid', 108: 'getegid', 109: 'setpgid', 110: 'getppid', 111: 'getpgrp', 112: 'setsid', 113: 'setreuid', 114: 'setregid', 115: 'getgroups', 116: 'setgroups', 117: 'setresuid', 118: 'getresuid', 119: 'setresgid', 120: 'getresgid', 121: 'getpgid', 122: 'setfsuid', 123: 'setfsgid', 124: 'getsid', 125: 'capget', 126: 'capset', 127: 'rt_sigpending', 128: 'rt_sigtimedwait', 129: 'rt_sigqueueinfo', 130: 'rt_sigsuspend', 131: 'sigaltstack', 132: 'utime', 133: 'mknod', 134: 'uselib', 135: 'personality', 136: 'ustat', 137: 'statfs', 138: 'fstatfs', 139: 'sysfs', 140: 'getpriority', 141: 'setpriority', 142: 'sched_setparam', 143: 'sched_getparam', 144: 'sched_setscheduler', 145: 'sched_getscheduler', 146: 'sched_get_priority_max', 147: 'sched_get_priority_min', 148: 'sched_rr_get_interval', 149: 'mlock', 150: 'munlock', 151: 'mlockall', 152: 'munlockall', 153: 'vhangup', 154: 'modify_ldt', 155: 'pivot_root', 156: '_sysctl', 157: 'prctl', 158: 'arch_prctl', 159: 'adjtimex', 160: 'setrlimit', 161: 'chroot', 162: 'sync', 163: 'acct', 164: 'settimeofday', 165: 'mount', 166: 'umount2', 167: 'swapon', 168: 'swapoff', 169: 'reboot', 170: 'sethostname', 171: 'setdomainname', 172: 'iopl', 173: 'ioperm', 174: 'create_module', 175: 'init_module', 176: 'delete_module', 177: 'get_kernel_syms', 178: 'query_module', 179: 'quotactl', 180: 'nfsservctl', 181: 'getpmsg', 182: 'putpmsg', 183: 'afs_syscall', 184: 'tuxcall', 185: 'security', 186: 'gettid', 187: 'readahead', 188: 'setxattr', 189: 'lsetxattr', 190: 'fsetxattr', 191: 'getxattr', 192: 'lgetxattr', 193: 'fgetxattr', 194: 'listxattr', 195: 'llistxattr', 196: 'flistxattr', 197: 'removexattr', 198: 'lremovexattr', 199: 'fremovexattr', 200: 'tkill', 201: 'time', 202: 'futex', 203: 'sched_setaffinity', 204: 'sched_getaffinity', 205: 'set_thread_area', 206: 'io_setup', 207: 'io_destroy', 208: 'io_getevents', 209: 'io_submit', 210: 'io_cancel', 211: 'get_thread_area', 212: 'lookup_dcookie', 213: 'epoll_create', 214: 'epoll_ctl_old', 215: 'epoll_wait_old', 216: 'remap_file_pages', 217: 'getdents64', 218: 'set_tid_address', 219: 'restart_syscall', 220: 'semtimedop', 221: 'fadvise64', 222: 'timer_create', 223: 'timer_settime', 224: 'timer_gettime', 225: 'timer_getoverrun', 226: 'timer_delete', 227: 'clock_settime', 228: 'clock_gettime', 229: 'clock_getres', 230: 'clock_nanosleep', 231: 'exit_group', 232: 'epoll_wait', 233: 'epoll_ctl', 234: 'tgkill', 235: 'utimes', 236: 'vserver', 237: 'mbind', 238: 'set_mempolicy', 239: 'get_mempolicy', 240: 'mq_open', 241: 'mq_unlink', 242: 'mq_timedsend', 243: 'mq_timedreceive', 244: 'mq_notify', 245: 'mq_getsetattr', 246: 'kexec_load', 247: 'waitid', 248: 'add_key', 249: 'request_key', 250: 'keyctl', 251: 'ioprio_set', 252: 'ioprio_get', 253: 'inotify_init', 254: 'inotify_add_watch', 255: 'inotify_rm_watch', 256: 'migrate_pages', 257: 'openat', 258: 'mkdirat', 259: 'mknodat', 260: 'fchownat', 261: 'futimesat', 262: 'newfstatat', 263: 'unlinkat', 264: 'renameat', 265: 'linkat', 266: 'symlinkat', 267: 'readlinkat', 268: 'fchmodat', 269: 'faccessat', 270: 'pselect6', 271: 'ppoll', 272: 'unshare', 273: 'set_robust_list', 274: 'get_robust_list', 275: 'splice', 276: 'tee', 277: 'sync_file_range', 278: 'vmsplice', 279: 'move_pages', 280: 'utimensat', 281: 'epoll_pwait', 282: 'signalfd', 283: 'timerfd_create', 284: 'eventfd', 285: 'fallocate', 286: 'timerfd_settime', 287: 'timerfd_gettime', 288: 'accept4', 289: 'signalfd4', 290: 'eventfd2', 291: 'epoll_create1', 292: 'dup3', 293: 'pipe2', 294: 'inotify_init1', 295: 'preadv', 296: 'pwritev', 297: 'rt_tgsigqueueinfo', 298: 'perf_event_open', 299: 'recvmmsg', 300: 'fanotify_init', 301: 'fanotify_mark', 302: 'prlimit64', 303: 'name_to_handle_at', 304: 'open_by_handle_at', 305: 'clock_adjtime', 306: 'syncfs', 307: 'sendmmsg', 308: 'setns', 309: 'getcpu', 310: 'process_vm_readv', 311: 'process_vm_writev', 312: 'kcmp', 313: 'finit_module', 314: 'sched_setattr', 315: 'sched_getattr', 316: 'renameat2', 317: 'seccomp', 318: 'getrandom', 319: 'memfd_create', 320: 'kexec_file_load', 321: 'bpf', 322: 'execveat', 323: 'userfaultfd', 324: 'membarrier', 325: 'mlock2', 326: 'copy_file_range', 327: 'preadv2', 328: 'pwritev2', 329: 'pkey_mprotect', 330: 'pkey_alloc', 331: 'pkey_free', 332: 'statx', }	_fields_ = ( ('si_band', ctypes.c_long), ('si_fd', ctypes.c_int), )
test.py	# flake8: noqa # DEV: Skip linting, we lint with Python 2, we'll get SyntaxErrors from `yield from` # stdlib import time import asyncio # 3p import aiopg from psycopg2 import extras # project from ddtrace.constants import ANALYTICS_SAMPLE_RATE_KEY from ddtrace.contrib.aiopg.patch import patch, unpatch from ddtrace import Pin # testing from tests.opentracer.utils import init_tracer from tests.contrib.config import POSTGRES_CONFIG from tests.test_tracer import get_dummy_tracer from tests.contrib.asyncio.utils import AsyncioTestCase, mark_asyncio TEST_PORT = str(POSTGRES_CONFIG['port']) class AiopgTestCase(AsyncioTestCase): # default service TEST_SERVICE = 'postgres' def setUp(self): super().setUp() self._conn = None patch() def tearDown(self): super().tearDown() if self._conn and not self._conn.closed: self._conn.close() unpatch() @asyncio.coroutine def _get_conn_and_tracer(self): conn = self._conn = yield from aiopg.connect(*POSTGRES_CONFIG) Pin.get_from(conn).clone(tracer=self.tracer).onto(conn) return conn, self.tracer @asyncio.coroutine def assert_conn_is_traced(self, tracer, db, service): # ensure the trace aiopg client doesn't add non-standard # methods try: yield from db.execute('select \'foobar\'') except AttributeError: pass writer = tracer.writer # Ensure we can run a query and it's correctly traced q = 'select \'foobarblah\'' start = time.time() cursor = yield from db.cursor() yield from cursor.execute(q) rows = yield from cursor.fetchall() end = time.time() assert rows == [('foobarblah',)] assert rows spans = writer.pop() assert spans assert len(spans) == 1 span = spans[0] assert span.name == 'postgres.query' assert span.resource == q assert span.service == service assert span.meta['sql.query'] == q assert span.error == 0 assert span.span_type == 'sql' assert start <= span.start <= end assert span.duration <= end - start # Ensure OpenTracing compatibility ot_tracer = init_tracer('aiopg_svc', tracer) with ot_tracer.start_active_span('aiopg_op'): cursor = yield from db.cursor() yield from cursor.execute(q) rows = yield from cursor.fetchall() assert rows == [('foobarblah',)] spans = writer.pop() assert len(spans) == 2 ot_span, dd_span = spans # confirm the parenting assert ot_span.parent_id == None assert dd_span.parent_id == ot_span.span_id assert ot_span.name == 'aiopg_op' assert ot_span.service == 'aiopg_svc' assert dd_span.name == 'postgres.query' assert dd_span.resource == q assert dd_span.service == service assert dd_span.meta['sql.query'] == q assert dd_span.error == 0 assert dd_span.span_type == 'sql' # run a query with an error and ensure all is well q = 'select from some_non_existant_table' cur = yield from db.cursor() try: yield from cur.execute(q) except Exception: pass else: assert 0, 'should have an error' spans = writer.pop() assert spans, spans assert len(spans) == 1 span = spans[0] assert span.name == 'postgres.query' assert span.resource == q assert span.service == service assert span.meta['sql.query'] == q assert span.error == 1 # assert span.meta['out.host'] == 'localhost' assert span.meta['out.port'] == TEST_PORT assert span.span_type == 'sql' @mark_asyncio def test_disabled_execute(self): conn, tracer = yield from self._get_conn_and_tracer() tracer.enabled = False # these calls were crashing with a previous version of the code. yield from (yield from conn.cursor()).execute(query='select \'blah\'') yield from (yield from conn.cursor()).execute('select \'blah\'') assert not tracer.writer.pop() @mark_asyncio def test_manual_wrap_extension_types(self): conn, _ = yield from self._get_conn_and_tracer() # NOTE: this will crash if it doesn't work. # _ext.register_type(_ext.UUID, conn_or_curs) # TypeError: argument 2 must be a connection, cursor or None extras.register_uuid(conn_or_curs=conn) @mark_asyncio def	(self): tracer = get_dummy_tracer() services = ['db', 'another'] for service in services: conn, _ = yield from self._get_conn_and_tracer() Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from self.assert_conn_is_traced(tracer, conn, service) conn.close() # ensure we have the service types service_meta = tracer.writer.pop_services() expected = {} assert service_meta == expected @mark_asyncio def test_patch_unpatch(self): tracer = get_dummy_tracer() writer = tracer.writer # Test patch idempotence patch() patch() service = 'fo' conn = yield from aiopg.connect(POSTGRES_CONFIG) Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert spans, spans assert len(spans) == 1 # Test unpatch unpatch() conn = yield from aiopg.connect(POSTGRES_CONFIG) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert not spans, spans # Test patch again patch() conn = yield from aiopg.connect(**POSTGRES_CONFIG) Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert spans, spans assert len(spans) == 1 class AiopgAnalyticsTestCase(AiopgTestCase): @asyncio.coroutine def trace_spans(self): service = 'db' conn, _ = yield from self._get_conn_and_tracer() Pin.get_from(conn).clone(service='db', tracer=self.tracer).onto(conn) cursor = yield from conn.cursor() yield from cursor.execute('select \'foobar\'') rows = yield from cursor.fetchall() assert rows return self.get_spans() @mark_asyncio def test_analytics_default(self): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertIsNone(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY)) @mark_asyncio def test_analytics_with_rate(self): with self.override_config( 'aiopg', dict(analytics_enabled=True, analytics_sample_rate=0.5) ): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertEqual(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY), 0.5) @mark_asyncio def test_analytics_without_rate(self): with self.override_config( 'aiopg', dict(analytics_enabled=True) ): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertEqual(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY), 1.0)	test_connect_factory
slidesReducer.ts	import {SlideAPIInfo, SlideReducerAction, SlideReducerState, SlideSection} from "../types/slideTypes"; export const slideReducerInitialState: SlideReducerState = { templateSectionTitles: [ { title: "Introduction", subtitles: ["Background", "Problem", "Workflow"]}, { title: "EDA", subtitles: ["Data Source", "Preview the raw data values", "Data cleaning", "Exploratory data analysis", "Exploratory data analysis: Example"]}, { title: "Feature Engineering", subtitles: ["Feature Engineering Summarization", "Feature Engineering Example"]}, { title: "Model Details", subtitles: ['Model Input', 'Model Output', 'Optimization', 'Model Alternatives', "Model Details"]}, { title: "Model Performance", subtitles: ['Metrics', 'Performance']}, { title: "Conclusion", subtitles: ['Suggestions', 'Ethical & Legal consideration', "Limitation & Risks"]} ], sectionSubtitles: {}, sectionTitles: [], sectionPoints: {}, sectionCodeCells: {}, sectionImages: {}, exampleSubsections: [] } function	(state: SlideReducerState, action: SlideReducerAction): SlideReducerState { switch (action.type) { case "updateSlides": updateSlides(state, action.payload) return state } } function updateSlides(state: SlideReducerState, payload: SlideAPIInfo) { console.log("Update slides") state.sectionTitles = [] state.templateSectionTitles = payload.template state.templateSectionTitles.forEach((section: SlideSection) => { if (section.title in payload) { state.sectionTitles.push(section.title) const points = payload.slidesContent[section.title].points const cells = payload.slidesContent[section.title].cells // @ts-ignore state.sectionPoints[title] = points // @ts-ignore state.sectionCodeCells[title] = cells } }) console.log("state", state) } export default slideReducer;	slideReducer
link.ts	/** * Swaggy Jenkins * Jenkins API clients generated from Swagger / Open API specification * * OpenAPI spec version: 1.1.1 * Contact: [email protected] * * NOTE: This class is auto generated by OpenAPI Generator (https://openapi-generator.tech). * https://openapi-generator.tech * Do not edit the class manually. */ export class Link { '_class'?: string;	static attributeTypeMap: Array<{name: string, baseName: string, type: string}> = [ { "name": "_class", "baseName": "_class", "type": "string" }, { "name": "href", "baseName": "href", "type": "string" } ]; static getAttributeTypeMap() { return Link.attributeTypeMap; } }	'href'?: string; static discriminator: string \| undefined = undefined;
bin.py	import os, json, sys, re, random, time import requests, inquirer from jinja2 import Template from termcolor import colored root = os.path.dirname(os.path.realpath(__file__)) JSON_FILE = root + '/json.json' ARR_FILE = root + '/arr.json' MAP = { '名词': 'n.', '动词': 'vt.', '形容词': 'adj.', '副词': 'adv.', '介词': 'prep.', '代词': 'pron.' } def isChinese(text): if u'\u	text <= u'\u9fff': return True return False def translate(text): params = { 'client': 'gtx', 'sl': 'en', 'tl': 'zh-CN', 'q': text, 'ie': 'UTF-8' # 'format': 'text', # 'model': 'base', # 'target': 'zh-CN', # 'key': '' } if isChinese(text) == True: params['sl'] = 'zh-CN' params['tl'] = 'en' # t - 源text的翻译 # at - 会额外返回一些近义词 # ex - examples # ss - 如果翻译的是单个词，会返回与该词相关的动词、形容词、名词 # md - 如果翻译的是单个词，返回该词的定义 # rw - 组词 # bd - 词义 # rm - 发音 req = requests.get('http://translate.google.cn/translate_a/single?dt=t&dt=rm&dt=bd&dt=rw&dt=ex', params=params) # req = requests.post('https://translation.googleapis.com/language/translate/v2', params=params) content = json.loads(req.content) leng = len(content) # print(content) target = '' source = '' phonetic = '' word = [] phrase = [] example = [] try: if 1 < leng and content[1]: for w in content[1]: ww = { 'type': w[0], 'text': '；'.join(w[1]) } if w[0] in MAP: ww['type'] = MAP[w[0]] word.append(ww) if 14 < leng and content[14] and content[14][0]: phrase = [ph for ph in content[14][0]] if 13 < leng and content[13] and content[13][0]: example = [ex[0] for ex in content[13][0]] target = content[0][0][0] source = content[0][0][1] phonetic = content[0][1][3] except IndexError as e: print(e) pass result = { 'target': target, 'source': source, 'phonetic': phonetic, 'word': word, 'phrase': phrase, 'example': example } return result def cmdText(content): print( colored(content['source'], 'red') + colored(' [' + content['phonetic'] + '] ' + content['target'], 'green') + '\n') for w in content['word']: print(colored(w['type'], 'cyan') + ' ' + colored(w['text'], 'red')) print('\n' + colored('词组：', 'cyan') + colored('[' + '] ['.join(content['phrase']) + ']', 'yellow') + '\n') leng = len(content['example']) if leng > 5: leng = 5 for i in range(leng): ex = content['example'][i] w = re.sub(r'^(.)<b>(.+)</b>(.)$', lambda a: a[1] + colored(a[2], 'red') + a[3], ex) print(colored('ex：', 'cyan') + ' ' + w) def saveWord(content): leng = len(content['word']) if isChinese(content['source']) == True or leng == 0: return word = content['source'] saveFile([word]) def saveFile(words): with open(JSON_FILE, 'r') as f: j = json.load(f) with open(ARR_FILE, 'r') as f: a = json.load(f) for word in words: if word in j: break else: j[word] = True a.append(word) with open(JSON_FILE, 'w') as f: json.dump(j, f) with open(ARR_FILE, 'w') as f: json.dump(a, f) def getWord(num=50): with open(ARR_FILE, 'r') as f: a = json.load(f) if len(a) < num: num = len(a) words = [] tmpJson = {} def getRandomWord(): index = random.randint(0, num - 1) word = a[index] if word in tmpJson: return getRandomWord() words.append(word) tmpJson[word] = True return word for index in range(num): getRandomWord() return words def getWordData(arr): contents = [translate(word) for word in arr] return contents def makeWordList(argv=sys.argv): num = 50 if len(argv) >= 2: num = int(argv[1]) str = '' with open(root + '/_index.html', 'r') as f: str = f.read() firstTime = time.time() data = getWordData(getWord(num)) temp = Template(str) htmlStr = temp.render({"data": data}) fileName = 'words_' + time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()) + '.html' with open(os.getcwd() + '/' + fileName, 'w') as f: f.write(htmlStr) lastTime = time.time() print(lastTime - firstTime) print('make html: ' + fileName) sys.exit(0) def copyWords(argv=sys.argv): fileName = 'copy.json' if len(argv) >= 2: fileName = argv[1] with open(ARR_FILE, 'r') as f: a = json.load(f) with open(os.getcwd() + '/' + fileName, 'w') as f: json.dump(a, f) print('make json: ' + fileName) sys.exit(0) def joinWords(argv=sys.argv): fileName = 'join.json' if len(argv) >= 2: fileName = argv[1] with open(os.getcwd() + '/' + fileName, 'r') as f: a = json.load(f) if isinstance(a, list) == False: print(fileName+' is error') return saveFile(a) print('copy json: ' + fileName) sys.exit(0) def removeWord(): message = '' questions = [ inquirer.Text('ask', message=message) ] answers = inquirer.prompt(questions) try: word = answers['ask'] except Exception: sys.exit(1) print(word) sys.exit(0) def execute(argv=sys.argv): ''' 启动函数 :param argv: 参数列表(默认为sys.argv参数) :return: None ''' content = translate(' '.join(argv[1:])) cmdText(content) saveWord(content) sys.exit(0)	4e00' <=
admin.py	import traceback from utils import * async def assign_default_role(client, member, role_name): roles = list(filter(lambda k: k.name == role_name, member.server.roles)) if len(roles) == 0: return await client.add_roles(member, roles[0]) async def notify_of_leaving_person(client, member): bot_channel = get_server(member.server).bot_channel await client.send_message(bot_channel, '{} just left {}. Bye, bye!'.format(member.name, member.server)) async def notify_of_joining_person(client, member): bot_channel = get_server(member.server).bot_channel await client.send_message(bot_channel, '{} just joined {}. Welcome!'.format(member.name, member.server)) # Used for broadcasting Ohminator announcements @register_command("broadcast") async def broadcast(message, bot_channel, client): await client.delete_message(message) if message.author.id != "159315181288030208": await client.send_message(bot_channel, "{}: Sorry, this command is only for the author of Ohminator!".format( message.author.name)) return split_message = message.content.split() if len(split_message) > 2: # If all is written instead of channel id, all bot-spam channels will be messaged if split_message[1] == "all": for channel in map(lambda s: s.bot_channel, server_list): await client.send_message(channel, "Announcement: {}".format(" ".join(split_message[2:]))) else: channel = client.get_channel(split_message[1]) if channel: await client.send_message(channel, "Announcement: {}".format(" ".join(split_message[2:]))) else: servers = list(filter(lambda s: s.name == split_message[1] or s.id == split_message[1], server_list)) if len(servers) > 0: for server in servers: await client.send_message(server.bot_channel, "Announcement: {}".format(" ".join(split_message[2:]))) else: await client.send_message(bot_channel, "{}: No channel with the given ID or server with the given ID or name." .format(message.author.name)) else: await client.send_message(bot_channel, "{}: Use: !broadcast [all/channel id/server name] [announcement]" .format(message.author.name)) @register_command("move") async def move(message, bot_channel, client): await client.delete_message(message) parameters = message.content.split() if message.author.id == "184635136724303873" or message.author.id == "159315181288030208": member = message.author.server.get_member("159315181288030208") if member and message.author.voice_channel and member.voice_channel: channel = message.author.voice_channel if len(parameters) > 1: try: channel = message.author.server.get_channel(parameters[1]) except: return try: await client.move_member(member=member, channel=channel) except: traceback.print_exc() @register_command("settings") async def settings(message, bot_channel, client): await client.delete_message(message) tokens = message.content.split() if len(tokens) < 2: await client.send_message(message.channel, '{}: Usage !settings [client name or id] [([permission to change]' ' [value to change to])]'.format(message.author.name)) return server = get_server(message.server) if tokens[1] == message.server.id: settings_source = server else: settings_source = server.get_channel(tokens[1]) if len(tokens) < 3: # No other arguments -> list all settings for given channel settings_str = "Settings for {} {}:".format("server" if settings_source == server else "channel", settings_source.name) for key, val in settings_source.list_settings().items(): settings_str += "\n{}: {}".format(key, val) await client.send_message(message.channel, '{}: {}'.format(message.author.name, settings_str)) elif len(tokens) < 4: await client.send_message(message.channel, '{}: Usage !settings [client/server name or id] [([permission to change]' ' [value to change to])]'.format(message.author.name)) else: if tokens[2] in settings_source.list_settings().keys(): settings_source.change_settings({tokens[2] : tokens[3]}) await client.send_message(message.channel, '{}: The setting {} har been changed to {}.'.format(message.author.name, tokens[2], tokens[3])) else: await client.send_message(message.channel, '{}: The setting {} does not exist.'.format(message.author.name, tokens[2])) @register_command("getbotinvite", "gbi") async def get_bot_invite(message, bot_channel, client): await client.delete_message(message) permissions = discord.Permissions.all() await client.send_message(message.channel, '{}: {}'.format(message.author.name, discord.utils.oauth_url('176432800331857920', permissions=permissions))) @register_command("suggest") async def	(message, bot_channel, client): suggestion = message.content[9:] if len(suggestion) < 3: await client.send_message(bot_channel, "{}: Please suggest something proper.".format(message.author.mention)) return server = get_server(message.server) member = server.get_member(message.author.id) suggestion_loc = 'suggestions.txt'.format(server.server_loc, member.member_loc) with open(suggestion_loc, 'a') as f: f.write("Suggestion from {} on server {}:\n{}\n".format(message.author, message.server, suggestion)) await client.send_message(bot_channel, '{}: Your suggestion has been noted. Thank you!'.format(message.author.mention)) async def print_page(resource, message, bot_channel, client, prefix_user=True): if resource == 'web-page-ad': content = "Go to http://www.ohminator.com for a web version of the documentation." else: with open('resources/{}'.format(resource)) as f: content = f.read() help_page = "{}{}".format("{}:\n".format(message.author.name) if prefix_user else "", content) await client.send_message(bot_channel, help_page) @register_command("help", "commands", "command", "info") async def help(message, bot_channel, client): await client.delete_message(message) async def print_help_page(help_resource, prefix_user=True): return await print_page(help_resource, message, bot_channel, client, prefix_user) if message.content.lower().startswith('!help audio'): await print_help_page('help_audio.txt') elif message.content.lower().startswith('!help intro'): await print_help_page('help_intro.txt') elif message.content.lower().startswith('!help util'): await print_help_page('help_utils.txt') elif message.content.lower().startswith('!help other'): await print_help_page('help_others.txt') elif message.content.lower().startswith('!help all'): await print_help_page('help_all_1.txt') await print_help_page('help_all_2.txt', False) await print_help_page('help_all_3.txt', False) elif message.content.lower().startswith('!help wow'): await print_help_page('help_wow.txt') else: await print_help_page('web-page-ad') await print_help_page('help.txt', False) await print_help_page('summary.txt', False) @register_command("summary") async def summary(message, bot_channel, client): await client.delete_message(message) return await print_page('summary.txt', message, bot_channel, client) @register_command("showtotalusers") async def show_total_number_users(message, bot_channel, client): await client.delete_message(message) servers = sum(1 for _ in client.servers) users = sum(1 for _ in client.get_all_members()) await client.send_message(bot_channel, "{}: Ohminator is currently serving {} server{}, {} user{}.".format( message.author.name, servers, "s" if servers != 1 else "", users, "s" if users != 1 else ""))	suggest
lib.rs	use crate::javascript_service::JavascriptService; use crate::js_value::object::JsObject; use crate::runtime::JsRuntime; use fruity_core::resource::resource_container::ResourceContainer; use fruity_core::settings::Settings; use std::sync::Arc; mod bridge; pub mod error; mod exception; pub mod javascript_service; mod js_value; mod module_map; mod normalize_path; mod runtime; mod serialize; mod thread_scope_stack; /// The module name pub static MODULE_NAME: &str = "fruity_javascript"; // #[no_mangle] pub fn initialize(resource_container: Arc<ResourceContainer>, _settings: &Settings)		{ let javascript_service = JavascriptService::new(resource_container.clone()); resource_container.add::<JavascriptService>("javascript_service", Box::new(javascript_service)); }
models.py	from django.db import models from django.utils.encoding import python_2_unicode_compatible from jsngram.users import models as user_models from jsngram.images import models as image_models class Notification(image_models.TimeStampedModel):		TYPE_CHOICES = ( ('like', 'Like'), # 첫 번째는 데이터베이스를 위해, 두 번째는 어드민 패널을 위해 쓰는 것. ('comment', 'Comment'), ('follow', 'Follow') ) creator = models.ForeignKey(user_models.User, on_delete=models.PROTECT, related_name='creator') to = models.ForeignKey(user_models.User, on_delete=models.PROTECT, related_name='to') notification_type = models.CharField(max_length=20, choices=TYPE_CHOICES) image = models.ForeignKey(image_models.Image, on_delete=models.PROTECT, null=True, blank=True) comment = models.TextField(null=True, blank=True) class Meta: ordering = ['-created_at'] def __str__(self): return 'From: {} - To: {}'.format(self.creator, self.to)
test_med2img.py	from unittest import TestCase from unittest import mock from med2img.med2img import Med2img class	(TestCase): """ Test Med2img. """ def setUp(self): self.app = Med2img() def test_run(self): """ Test the run code. """ args = [] if self.app.TYPE == 'ds': args.append('inputdir') # you may want to change this inputdir mock args.append('outputdir') # you may want to change this outputdir mock # you may want to add more of your custom defined optional arguments to test # your app with # eg. # args.append('--custom-int') # args.append(10) options = self.app.parse_args(args) self.app.run(options) # write your own assertions self.assertEqual(options.outputdir, 'outputdir')	Med2imgTests
input-duration-slider.component.ts	import { ChangeDetectionStrategy, ChangeDetectorRef, Component, ElementRef, EventEmitter, Input, OnDestroy, OnInit, Output, ViewChild } from '@angular/core'; import shortid from 'shortid'; import * as moment from 'moment-mini'; import { dotAnimation } from './dot.ani'; @Component({ selector: 'input-duration-slider', templateUrl: './input-duration-slider.component.html', styleUrls: ['./input-duration-slider.component.scss'], changeDetection: ChangeDetectionStrategy.OnPush, animations: [dotAnimation], }) export class InputDurationSliderComponent implements OnInit, OnDestroy { minutesBefore = 0; dots: any[]; uid: string = 'duration-input-slider' + shortid(); el: HTMLElement; startHandler: (ev: any) => void; endHandler: () => void; moveHandler: (ev: any) => void; @ViewChild('circleEl') circleEl: ElementRef; @Input() label: string; @Output() modelChange: EventEmitter<number> = new EventEmitter(); constructor( private _el: ElementRef, private _cd: ChangeDetectorRef, ) { this.el = _el.nativeElement; } _model: number; @Input() set model(val) { if (this._model !== val) { this._model = val; this.setRotationFromValue(val); } } ngOnInit() { this.startHandler = (ev) => { // don't execute when clicked on label or input if (ev.target.tagName === 'LABEL' \|\| ev.target.tagName === 'INPUT') { this.endHandler(); return; } this.el.addEventListener('mousemove', this.moveHandler); document.addEventListener('mouseup', this.endHandler); this.el.addEventListener('touchmove', this.moveHandler); document.addEventListener('touchend', this.endHandler); this.el.classList.add('is-dragging'); }; this.moveHandler = (ev) => { if (ev.type === 'click' && (ev.target.tagName === 'LABEL' \|\| ev.target.tagName === 'INPUT')) { return; } // prevent touchmove ev.preventDefault(); function	(theta_) { return 90 - theta_; } const centerX = this.circleEl.nativeElement.offsetWidth / 2; const centerY = this.circleEl.nativeElement.offsetHeight / 2; let offsetX; let offsetY; if (ev.type === 'touchmove') { const rect = ev.target.getBoundingClientRect(); offsetX = ev.targetTouches[0].pageX - rect.left; offsetY = ev.targetTouches[0].pageY - rect.top; } else { offsetX = ev.offsetX; offsetY = ev.offsetY; } const x = offsetX - centerX; const y = -1 * (offsetY - centerY); const theta = Math.atan2(y, x) * (180 / Math.PI); const cssDegrees = Math.round(convertThetaToCssDegrees(theta)); this.setValueFromRotation(cssDegrees); }; this.endHandler = () => { this.el.classList.remove('is-dragging'); this.el.removeEventListener('mousemove', this.moveHandler); document.removeEventListener('mouseup', this.endHandler); this.el.removeEventListener('touchmove', this.moveHandler); document.removeEventListener('touchend', this.endHandler); }; this.el.addEventListener('mousedown', this.startHandler); this.el.addEventListener('touchstart', this.startHandler); this.el.addEventListener('click', this.moveHandler); this.setRotationFromValue(); } ngOnDestroy() { // remove mouse events this.el.removeEventListener('mousedown', this.startHandler); this.el.removeEventListener('mousemove', this.moveHandler); document.removeEventListener('mouseup', this.endHandler); // remove touch events this.el.removeEventListener('touchstart', this.startHandler); this.el.removeEventListener('touchmove', this.moveHandler); document.removeEventListener('touchend', this.endHandler); } setCircleRotation(cssDegrees) { this.circleEl.nativeElement.style.transform = 'rotate(' + cssDegrees + 'deg)'; } setDots(hours = 0) { if (hours > 12) { hours = 12; } this.dots = new Array(hours); } setValueFromRotation(degrees) { const THRESHOLD = 40; let minutesFromDegrees; // NOTE: values are negative for the last quadrant if (degrees >= 0) { minutesFromDegrees = (degrees / 360 * 60); } else { minutesFromDegrees = ((degrees + 360) / 360 * 60); } minutesFromDegrees = parseInt(minutesFromDegrees, 10); minutesFromDegrees = Math.round(minutesFromDegrees / 5) * 5; if (minutesFromDegrees >= 60) { minutesFromDegrees = 0; } let hours = Math.floor(moment.duration({ milliseconds: this._model }).asHours()); const minuteDelta = minutesFromDegrees - this.minutesBefore; if (minuteDelta > THRESHOLD) { hours--; } else if ((-1 * minuteDelta) > THRESHOLD) { hours++; } if (hours < 0) { hours = 0; minutesFromDegrees = 0; this.setCircleRotation(0); } else { this.setCircleRotation(minutesFromDegrees * 6); } this.minutesBefore = minutesFromDegrees; this.setDots(hours); this._model = moment.duration({ hours: hours, minutes: minutesFromDegrees }).asMilliseconds(); this.modelChange.emit(this._model); this._cd.detectChanges(); } onInputChange($event) { this._model = $event; this.modelChange.emit(this._model); this.setRotationFromValue(); } setRotationFromValue(val = this._model) { const momentVal = moment.duration({ milliseconds: val }); const minutes = momentVal.minutes(); this.setDots(Math.floor(momentVal.asHours())); const degrees = minutes * 360 / 60; this.minutesBefore = minutes; this.setCircleRotation(degrees); this._cd.detectChanges(); } }	convertThetaToCssDegrees
schedule_test.go	// Copyright Project Harbor Authors // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package sync import ( "context" "sync" "testing" "github.com/goharbor/harbor/src/common/dao" "github.com/goharbor/harbor/src/jobservice/env" "github.com/goharbor/harbor/src/jobservice/mgt" "github.com/goharbor/harbor/src/jobservice/period" "github.com/goharbor/harbor/src/lib/q" "github.com/goharbor/harbor/src/pkg/scheduler" "github.com/goharbor/harbor/src/pkg/task" "github.com/goharbor/harbor/src/testing/mock" ts "github.com/goharbor/harbor/src/testing/pkg/scheduler" tt "github.com/goharbor/harbor/src/testing/pkg/task" "github.com/stretchr/testify/suite" ) // WorkerTestSuite is test suite for testing sync.Worker. type WorkerTestSuite struct { suite.Suite worker *Worker } // TestWorker is the entry method of WorkerTestSuite. func	(t testing.T) { suite.Run(t, &WorkerTestSuite{}) } // SetupSuite sets up suite. func (suite WorkerTestSuite) SetupSuite() { sysContext := context.TODO() dao.PrepareTestForPostgresSQL() getPolicies := func() ([]period.Policy, error) { return []period.Policy{ // Dirty data in js datastore. { ID: "8ff2aabb977077b84b4d5f1b", JobName: scheduler.JobNameScheduler, CronSpec: "0 0 0 * * 0", WebHookURL: "http://core:8080/service/notifications/tasks/250", NumericID: 1630667250, }, }, nil } // Mock methods // tss := &ts.Scheduler{} tss.On("ListSchedules", mock.Anything, mock.Anything).Return([]scheduler.Schedule{ { ID: 550, CRON: "0 0 0 * ", }, }, nil) // The missing schedule in database. tte := &tt.ExecutionManager{} tte.On("List", mock.Anything, &q.Query{ Keywords: map[string]interface{}{ "vendor_type": scheduler.JobNameScheduler, "vendor_id": (int64)(550), }, }).Return([]task.Execution{ { ID: 1550, }, }, nil) ttm := &tt.Manager{} ttm.On("List", mock.Anything, &q.Query{ Keywords: map[string]interface{}{ "execution_id": (int64)(1550), }, }).Return([]task.Task{ { ID: 2550, ExecutionID: 1550, JobID: "f754ccdd123664b2acb971d9", }, }, nil) pms := &period.MockScheduler{} pms.On("Schedule", &period.Policy{ ID: "f754ccdd123664b2acb971d9", JobName: scheduler.JobNameScheduler, CronSpec: "0 0 0 * ", WebHookURL: "http://core:8080/service/notifications/tasks/2550", }).Return((int64)(1630667500), nil) pms.On("UnSchedule", "8ff2aabb977077b84b4d5f1b").Return(nil) mmm := &mgt.MockManager{} mmm.On("SaveJob", mock.Anything).Return(nil) suite.worker = New(3). WithContext(&env.Context{ SystemContext: sysContext, WG: &sync.WaitGroup{}, ErrorChan: make(chan error, 1), }).UseCoreScheduler(tss). UseCoreExecutionManager(tte). UseCoreTaskManager(ttm). UseScheduler(pms). UseManager(mmm). WithCoreInternalAddr("http://core:8080"). WithPolicyLoader(getPolicies) } // TestStart test Start(). func (suite WorkerTestSuite) TestStart() { err := suite.worker.Start() suite.NoError(err, "start worker") } // TestRun test Run(). func (suite *WorkerTestSuite) TestRun() { err := suite.worker.Run(context.TODO()) suite.NoError(err, "run worker") }	TestWorker
queue_manager_test.go	// Copyright 2013 The Prometheus Authors // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package remote import ( "context" "fmt" "io/ioutil" "math" "os" "reflect" "sort" "strconv" "sync" "sync/atomic" "testing" "time" "github.com/go-kit/kit/log" "github.com/gogo/protobuf/proto" "github.com/golang/snappy" "github.com/stretchr/testify/require" "github.com/prometheus/common/model" "github.com/prometheus/prometheus/config" "github.com/prometheus/prometheus/pkg/labels" "github.com/prometheus/prometheus/prompb" "github.com/prometheus/prometheus/util/testutil" "github.com/prometheus/tsdb" tsdbLabels "github.com/prometheus/tsdb/labels" ) const defaultFlushDeadline = 1 * time.Minute func TestSampleDelivery(t testing.T) { // Let's create an even number of send batches so we don't run into the // batch timeout case. n := config.DefaultQueueConfig.Capacity 2 samples, series := createTimeseries(n) c := NewTestStorageClient() c.expectSamples(samples[:len(samples)/2], series) cfg := config.DefaultQueueConfig cfg.BatchSendDeadline = model.Duration(100 * time.Millisecond) cfg.MaxShards = 1 dir, err := ioutil.TempDir("", "TestSampleDeliver") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) // These should be received by the client. m.Start() m.Append(samples[:len(samples)/2]) defer m.Stop() c.waitForExpectedSamples(t) m.Append(samples[len(samples)/2:]) c.expectSamples(samples[len(samples)/2:], series) c.waitForExpectedSamples(t) } func TestSampleDeliveryTimeout(t testing.T) { // Let's send one less sample than batch size, and wait the timeout duration n := 9 samples, series := createTimeseries(n) c := NewTestStorageClient() cfg := config.DefaultQueueConfig cfg.MaxShards = 1 cfg.BatchSendDeadline = model.Duration(100 time.Millisecond) dir, err := ioutil.TempDir("", "TestSampleDeliveryTimeout") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() // Send the samples twice, waiting for the samples in the meantime. c.expectSamples(samples, series) m.Append(samples) c.waitForExpectedSamples(t) c.expectSamples(samples, series) m.Append(samples) c.waitForExpectedSamples(t) } func TestSampleDeliveryOrder(t testing.T) { ts := 10 n := config.DefaultQueueConfig.MaxSamplesPerSend ts samples := make([]tsdb.RefSample, 0, n) series := make([]tsdb.RefSeries, 0, n) for i := 0; i < n; i++ { name := fmt.Sprintf("test_metric_%d", i%ts) samples = append(samples, tsdb.RefSample{ Ref: uint64(i), T: int64(i), V: float64(i), }) series = append(series, tsdb.RefSeries{ Ref: uint64(i), Labels: tsdbLabels.Labels{tsdbLabels.Label{Name: "__name__", Value: name}}, }) } c := NewTestStorageClient() c.expectSamples(samples, series) dir, err := ioutil.TempDir("", "TestSampleDeliveryOrder") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() // These should be received by the client. m.Append(samples) c.waitForExpectedSamples(t) } func TestShutdown(t testing.T) { deadline := 1 time.Second c := NewTestBlockedStorageClient() dir, err := ioutil.TempDir("", "TestShutdown") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, deadline) samples, series := createTimeseries(2 * config.DefaultQueueConfig.MaxSamplesPerSend) m.StoreSeries(series, 0) m.Start() // Append blocks to guarantee delivery, so we do it in the background. go func() { m.Append(samples) }() time.Sleep(100 * time.Millisecond) // Test to ensure that Stop doesn't block. start := time.Now() m.Stop() // The samples will never be delivered, so duration should // be at least equal to deadline, otherwise the flush deadline // was not respected. duration := time.Since(start) if duration > time.Duration(deadline+(deadline/10)) { t.Errorf("Took too long to shutdown: %s > %s", duration, deadline) } if duration < time.Duration(deadline) { t.Errorf("Shutdown occurred before flush deadline: %s < %s", duration, deadline) } } func TestSeriesReset(t testing.T) { c := NewTestBlockedStorageClient() deadline := 5 time.Second numSegments := 4 numSeries := 25 dir, err := ioutil.TempDir("", "TestSeriesReset") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, deadline) for i := 0; i < numSegments; i++ { series := []tsdb.RefSeries{} for j := 0; j < numSeries; j++ { series = append(series, tsdb.RefSeries{Ref: uint64((i * 100) + j), Labels: tsdbLabels.Labels{{Name: "a", Value: "a"}}}) } m.StoreSeries(series, i) } testutil.Equals(t, numSegmentsnumSeries, len(m.seriesLabels)) m.SeriesReset(2) testutil.Equals(t, numSegmentsnumSeries/2, len(m.seriesLabels)) } func TestReshard(t testing.T) { size := 10 // Make bigger to find more races. n := config.DefaultQueueConfig.Capacity size samples, series := createTimeseries(n) c := NewTestStorageClient() c.expectSamples(samples, series) cfg := config.DefaultQueueConfig cfg.MaxShards = 1 dir, err := ioutil.TempDir("", "TestReshard") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() go func() { for i := 0; i < len(samples); i += config.DefaultQueueConfig.Capacity { sent := m.Append(samples[i : i+config.DefaultQueueConfig.Capacity]) require.True(t, sent) time.Sleep(100 * time.Millisecond) } }() for i := 1; i < len(samples)/config.DefaultQueueConfig.Capacity; i++ { m.shards.stop() m.shards.start(i) time.Sleep(100 * time.Millisecond) } c.waitForExpectedSamples(t) } func TestReshardRaceWithStop(t testing.T) { c := NewTestStorageClient() var m QueueManager h := sync.Mutex{} h.Lock() go func() { for { m = NewQueueManager(nil, "", newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, defaultFlushDeadline) m.Start() h.Unlock() h.Lock() m.Stop() } }() for i := 1; i < 100; i++ {	m.reshardChan <- i h.Unlock() } } func createTimeseries(n int) ([]tsdb.RefSample, []tsdb.RefSeries) { samples := make([]tsdb.RefSample, 0, n) series := make([]tsdb.RefSeries, 0, n) for i := 0; i < n; i++ { name := fmt.Sprintf("test_metric_%d", i) samples = append(samples, tsdb.RefSample{ Ref: uint64(i), T: int64(i), V: float64(i), }) series = append(series, tsdb.RefSeries{ Ref: uint64(i), Labels: tsdbLabels.Labels{{Name: "__name__", Value: name}}, }) } return samples, series } func getSeriesNameFromRef(r tsdb.RefSeries) string { for _, l := range r.Labels { if l.Name == "__name__" { return l.Value } } return "" } type TestStorageClient struct { receivedSamples map[string][]prompb.Sample expectedSamples map[string][]prompb.Sample wg sync.WaitGroup mtx sync.Mutex } func NewTestStorageClient() TestStorageClient { return &TestStorageClient{ receivedSamples: map[string][]prompb.Sample{}, expectedSamples: map[string][]prompb.Sample{}, } } func (c TestStorageClient) expectSamples(ss []tsdb.RefSample, series []tsdb.RefSeries) { c.mtx.Lock() defer c.mtx.Unlock() c.expectedSamples = map[string][]prompb.Sample{} c.receivedSamples = map[string][]prompb.Sample{} for _, s := range ss { seriesName := getSeriesNameFromRef(series[s.Ref]) c.expectedSamples[seriesName] = append(c.expectedSamples[seriesName], prompb.Sample{ Timestamp: s.T, Value: s.V, }) } c.wg.Add(len(ss)) } func (c TestStorageClient) waitForExpectedSamples(t testing.T) { c.wg.Wait() c.mtx.Lock() defer c.mtx.Unlock() for ts, expectedSamples := range c.expectedSamples { if !reflect.DeepEqual(expectedSamples, c.receivedSamples[ts]) { t.Fatalf("%s: Expected %v, got %v", ts, expectedSamples, c.receivedSamples[ts]) } } } func (c TestStorageClient) Store(_ context.Context, req []byte) error { c.mtx.Lock() defer c.mtx.Unlock() reqBuf, err := snappy.Decode(nil, req) if err != nil { return err } var reqProto prompb.WriteRequest if err := proto.Unmarshal(reqBuf, &reqProto); err != nil { return err } count := 0 for _, ts := range reqProto.Timeseries { var seriesName string labels := labelProtosToLabels(ts.Labels) for _, label := range labels { if label.Name == "__name__" { seriesName = label.Value } } for _, sample := range ts.Samples { count++ c.receivedSamples[seriesName] = append(c.receivedSamples[seriesName], sample) } } c.wg.Add(-count) return nil } func (c TestStorageClient) Name() string { return "teststorageclient" } // TestBlockingStorageClient is a queue_manager StorageClient which will block // on any calls to Store(), until the request's Context is cancelled, at which // point the `numCalls` property will contain a count of how many times Store() // was called. type TestBlockingStorageClient struct { numCalls uint64 } func NewTestBlockedStorageClient() TestBlockingStorageClient { return &TestBlockingStorageClient{} } func (c TestBlockingStorageClient) Store(ctx context.Context, _ []byte) error { atomic.AddUint64(&c.numCalls, 1) <-ctx.Done() return nil } func (c TestBlockingStorageClient) NumCalls() uint64 { return atomic.LoadUint64(&c.numCalls) } func (c TestBlockingStorageClient) Name() string { return "testblockingstorageclient" } func BenchmarkStartup(b testing.B) { dir := os.Getenv("WALDIR") if dir == "" { return } // Find the second largest segment; we will replay up to this. // (Second largest as WALWatcher will start tailing the largest). dirents, err := ioutil.ReadDir(dir) testutil.Ok(b, err) var segments []int for _, dirent := range dirents { if i, err := strconv.Atoi(dirent.Name()); err != nil { segments = append(segments, i) } } sort.Ints(segments) logger := log.NewLogfmtLogger(log.NewSyncWriter(os.Stdout)) logger = log.With(logger, "caller", log.DefaultCaller) for n := 0; n < b.N; n++ { c := NewTestBlockedStorageClient() m := NewQueueManager(logger, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, 1time.Minute) m.watcher.startTime = math.MaxInt64 m.watcher.maxSegment = segments[len(segments)-2] err := m.watcher.run() testutil.Ok(b, err) } } func TestProcessExternalLabels(t *testing.T) { for _, tc := range []struct { labels tsdbLabels.Labels externalLabels labels.Labels expected labels.Labels }{ // Test adding labels at the end. { labels: tsdbLabels.Labels{{Name: "a", Value: "b"}}, externalLabels: labels.Labels{{Name: "c", Value: "d"}}, expected: labels.Labels{{Name: "a", Value: "b"}, {Name: "c", Value: "d"}}, }, // Test adding labels at the beginning. { labels: tsdbLabels.Labels{{Name: "c", Value: "d"}}, externalLabels: labels.Labels{{Name: "a", Value: "b"}}, expected: labels.Labels{{Name: "a", Value: "b"}, {Name: "c", Value: "d"}}, }, // Test we don't override existing labels. { labels: tsdbLabels.Labels{{Name: "a", Value: "b"}}, externalLabels: labels.Labels{{Name: "a", Value: "c"}}, expected: labels.Labels{{Name: "a", Value: "b"}}, }, } { require.Equal(t, tc.expected, processExternalLabels(tc.labels, tc.externalLabels)) } }	h.Lock()
transport.go	/* Copyright 2020 Gravitational, Inc. Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. / package app import ( "context" "crypto/tls" "net" "net/http" "net/url" "path" "github.com/gravitational/teleport" "github.com/gravitational/teleport/api/types" apievents "github.com/gravitational/teleport/api/types/events" "github.com/gravitational/teleport/api/types/wrappers" "github.com/gravitational/teleport/lib" "github.com/gravitational/teleport/lib/defaults" "github.com/gravitational/teleport/lib/events" "github.com/gravitational/teleport/lib/services" "github.com/gravitational/teleport/lib/utils" "github.com/gravitational/oxy/forward" "github.com/gravitational/trace" "github.com/sirupsen/logrus" ) // transportConfig is configuration for a rewriting transport. type transportConfig struct { uri string publicAddr string publicPort string insecureSkipVerify bool cipherSuites []uint16 jwt string rewrite types.Rewrite w events.StreamWriter traits wrappers.Traits log logrus.FieldLogger } // Check validates configuration. func (c transportConfig) Check() error { if c.w == nil { return trace.BadParameter("stream writer missing") } if c.uri == "" { return trace.BadParameter("uri missing") } if c.publicAddr == "" { return trace.BadParameter("public addr missing") } if c.publicPort == "" { return trace.BadParameter("public port missing") } if c.jwt == "" { return trace.BadParameter("jwt missing") } if c.log == nil { c.log = logrus.WithField(trace.Component, "transport") } return nil } // transport is a rewriting http.RoundTripper that can audit and forward // requests to an internal application. type transport struct { closeContext context.Context c transportConfig tr http.RoundTripper uri url.URL ws websocketTransport } // newTransport creates a new transport. func newTransport(ctx context.Context, c transportConfig) (transport, error) { if err := c.Check(); err != nil { return nil, trace.Wrap(err) } // Parse the target address once then inject it into all requests. uri, err := url.Parse(c.uri) if err != nil { return nil, trace.Wrap(err) } // Clone and configure the transport. tr, err := defaults.Transport() if err != nil { return nil, trace.Wrap(err) } tr.TLSClientConfig, err = configureTLS(c) if err != nil { return nil, trace.Wrap(err) } return &transport{ closeContext: ctx, c: c, uri: uri, tr: tr, ws: newWebsocketTransport(uri, tr.TLSClientConfig), }, nil } // RoundTrip will rewrite the request, forward the request to the target // application, emit an event to the audit log, then rewrite the response. func (t transport) RoundTrip(r http.Request) (http.Response, error) { // Check if the request path needs re-writing. This occurs when the URI // contains a path like http://localhost:8080/app/acme, but the request comes // to https://publicAddr. In that case do a 302 to the correct path instead // of doing path re-writing on all requests. This is a workaround to make // sure Teleport does not break SPA. if location, ok := t.needsPathRedirect(r); ok { return &http.Response{ Status: http.StatusText(http.StatusFound), StatusCode: http.StatusFound, Proto: r.Proto, ProtoMajor: r.ProtoMajor, ProtoMinor: r.ProtoMinor, Body: http.NoBody, Header: http.Header{ "Location": []string{location}, }, TLS: r.TLS, }, nil } // Perform any request rewriting needed before forwarding the request. if err := t.rewriteRequest(r); err != nil { return nil, trace.Wrap(err) } // Forward the request to the target application and emit an audit event. resp, err := t.tr.RoundTrip(r) if err != nil { return nil, trace.Wrap(err) } // Emit the event to the audit log. if err := t.emitAuditEvent(r, resp); err != nil { return nil, trace.Wrap(err) } // Perform any response rewriting needed before returning the request. if err := t.rewriteResponse(resp); err != nil { return nil, trace.Wrap(err) } return resp, nil } // rewriteRequest applies any rewriting rules to the request before it's forwarded. func (t transport) rewriteRequest(r http.Request) error { // Update the target address of the request so it's forwarded correctly. r.URL.Scheme = t.uri.Scheme r.URL.Host = t.uri.Host // Add headers from rewrite configuration. if t.c.rewrite != nil && len(t.c.rewrite.Headers) > 0 { t.rewriteHeaders(r) } // Add in JWT headers. r.Header.Set(teleport.AppJWTHeader, t.c.jwt) r.Header.Set(teleport.AppCFHeader, t.c.jwt) return nil } // rewriteHeaders applies headers rewrites from the application configuration. func (t transport) rewriteHeaders(r *http.Request) { for _, header := range t.c.rewrite.Headers { if IsReservedHeader(header.Name) { t.c.log.Debugf("Not rewriting Teleport header %q.", header.Name) continue } values, err := services.ApplyValueTraits(header.Value, t.c.traits) if err != nil { t.c.log.Debugf("Failed to apply traits to %q: %v.", header.Value, err) continue } r.Header.Del(header.Name) for _, value := range values { switch http.CanonicalHeaderKey(header.Name) { case teleport.HostHeader: r.Host = value default: r.Header.Add(header.Name, value) } } } } // ReservedHeaders is a list of headers injected by Teleport. var ReservedHeaders = []string{ teleport.AppJWTHeader, teleport.AppCFHeader, forward.XForwardedFor, forward.XForwardedHost, forward.XForwardedProto, forward.XForwardedServer, } // IsReservedHeader returns true if the provided header is one of headers // injected by Teleport. func IsReservedHeader(header string) bool { for _, h := range ReservedHeaders { if http.CanonicalHeaderKey(header) == http.CanonicalHeaderKey(h) { return true } } return false } // needsPathRedirect checks if the request should be redirected to a different path. // At the moment, the only time a redirect happens is if URI specified is not	if uriPath == "." { uriPath = "/" } if uriPath == "/" { return "", false } // For simplicity, only support redirecting to the URI path if the root path // is requested. reqPath := path.Clean(r.URL.Path) if reqPath == "." { reqPath = "/" } if reqPath != "/" { return "", false } u := url.URL{ Scheme: "https", Host: net.JoinHostPort(t.c.publicAddr, t.c.publicPort), Path: uriPath, } return u.String(), true } // rewriteResponse applies any rewriting rules to the response before returning it. func (t transport) rewriteResponse(resp http.Response) error { switch { case t.c.rewrite != nil && len(t.c.rewrite.Redirect) > 0: err := t.rewriteRedirect(resp) if err != nil { return trace.Wrap(err) } default: } return nil } // rewriteRedirect applies redirect rules to the response. func (t transport) rewriteRedirect(resp http.Response) error { if isRedirect(resp.StatusCode) { // Parse the "Location" header. u, err := url.Parse(resp.Header.Get("Location")) if err != nil { return trace.Wrap(err) } // If the redirect location is one of the hosts specified in the list of // redirects, rewrite the header. if utils.SliceContainsStr(t.c.rewrite.Redirect, host(u.Host)) { u.Scheme = "https" u.Host = net.JoinHostPort(t.c.publicAddr, t.c.publicPort) } resp.Header.Set("Location", u.String()) } return nil } // emitAuditEvent writes the request and response to audit stream. func (t transport) emitAuditEvent(req http.Request, resp http.Response) error { appSessionRequestEvent := &apievents.AppSessionRequest{ Metadata: apievents.Metadata{ Type: events.AppSessionRequestEvent, Code: events.AppSessionRequestCode, }, Method: req.Method, Path: req.URL.Path, RawQuery: req.URL.RawQuery, StatusCode: uint32(resp.StatusCode), } if err := t.c.w.EmitAuditEvent(t.closeContext, appSessionRequestEvent); err != nil { return trace.Wrap(err) } return nil } // configureTLS creates and configures a tls.Config that will be used for // mutual authentication. func configureTLS(c transportConfig) (tls.Config, error) { tlsConfig := utils.TLSConfig(c.cipherSuites) // Don't verify the server's certificate if Teleport was started with // the --insecure flag, or 'insecure_skip_verify' was specifically requested in // the application config. tlsConfig.InsecureSkipVerify = (lib.IsInsecureDevMode() \|\| c.insecureSkipVerify) return tlsConfig, nil } // host returns the host from a host:port string. func host(addr string) string { host, _, err := net.SplitHostPort(addr) if err != nil { return addr } return host } // isRedirect returns true if the status code is a 3xx code. func isRedirect(code int) bool { if code >= http.StatusMultipleChoices && code <= http.StatusPermanentRedirect { return true } return false } // websocketTransport combines parameters for websockets transport. // // Implements forward.ReqRewriter. type websocketTransport struct { uri url.URL dialer forward.Dialer } // newWebsocketTransport returns transport that knows how to rewrite and // dial websocket requests. func newWebsocketTransport(uri url.URL, tlsConfig tls.Config) websocketTransport { return &websocketTransport{ uri: uri, dialer: func(network, address string) (net.Conn, error) { // Request is going to "wss://". if uri.Scheme == "https" { return tls.Dial(network, address, tlsConfig) } // Request is going to "ws://". return net.Dial(network, address) }, } } // Rewrite rewrites the websocket request. func (r websocketTransport) Rewrite(req http.Request) { // Update scheme and host to those of the target app's to make sure // it's forwarded correctly. req.URL.Scheme = "ws" if r.uri.Scheme == "https" { req.URL.Scheme = "wss" } req.URL.Host = r.uri.Host req.Host = r.uri.Host }	// "/" and the public address being requested is "/". func (t transport) needsPathRedirect(r http.Request) (string, bool) { // If the URI for the application has no path specified, nothing to be done. uriPath := path.Clean(t.uri.Path)
test_Vllgamma.py	import unittest import flavio from wilson import Wilson from .Vllgamma import * ### implement test class	(unittest.TestCase): def test_np(self): wc,br=Wilson({'CVRR_muecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),8.3949e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->muegamma)',wc), br,delta=0.01br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->muegamma)',wc),flavio.np_prediction('BR(J/psi->muegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001br) wc,br=Wilson({'CSRR_muecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),6.2935e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->muegamma)',wc), br,delta=0.01br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->muegamma)',wc),flavio.np_prediction('BR(J/psi->muegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001br) wc,br=Wilson({'CVRR_tauecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),1.2887e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->tauegamma)',wc), br,delta=0.01br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->tauegamma)',wc),flavio.np_prediction('BR(J/psi->tauegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001br) wc,br=Wilson({'CSRR_tauecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),9.1097e-7 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->tauegamma)',wc), br,delta=0.01br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->tauegamma)',wc),flavio.np_prediction('BR(J/psi->tauegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001br)	TestVllgamma
Medium.d.ts	import * as React from 'react'; import { StyledIconProps } from '../../StyledIconBase'; export declare const Medium: React.ForwardRefExoticComponent<Pick<StyledIconProps, "string" \| "max" \| "accumulate" \| "origin" \| "end" \| "hanging" \| "alphabetic" \| "ideographic" \| "media" \| "style" \| "title" \| "clipPath" \| "filter" \| "mask" \| "result" \| "local" \| "color" \| "clip" \| "size" \| "fill" \| "stroke" \| "mathematical" \| "additive" \| "key" \| "children" \| "cursor" \| "direction" \| "display" \| "fontFamily" \| "fontSize" \| "fontSizeAdjust" \| "fontStretch" \| "fontStyle" \| "fontVariant" \| "fontWeight" \| "height" \| "imageRendering" \| "letterSpacing" \| "opacity" \| "order" \| "overflow" \| "paintOrder" \| "pointerEvents" \| "rotate" \| "scale" \| "textRendering" \| "transform" \| "unicodeBidi" \| "visibility" \| "width" \| "wordSpacing" \| "writingMode" \| "offset" \| "textDecoration" \| "alignmentBaseline" \| "baselineShift" \| "clipRule" \| "colorInterpolation" \| "colorRendering" \| "dominantBaseline" \| "fillOpacity" \| "fillRule" \| "floodColor" \| "floodOpacity" \| "glyphOrientationVertical" \| "lightingColor" \| "markerEnd" \| "markerMid" \| "markerStart" \| "shapeRendering" \| "stopColor" \| "stopOpacity" \| "strokeDasharray" \| "strokeDashoffset" \| "strokeLinecap" \| "strokeLinejoin" \| "strokeMiterlimit" \| "strokeOpacity" \| "strokeWidth" \| "textAnchor" \| "vectorEffect" \| "className" \| "id" \| "lang" \| "method" \| "min" \| "name" \| "target" \| "type" \| "role" \| "tabIndex" \| "accentHeight" \| "allowReorder" \| "amplitude" \| "arabicForm" \| "ascent" \| "attributeName" \| "attributeType" \| "autoReverse" \| "azimuth" \| "baseFrequency" \| "baseProfile" \| "bbox" \| "begin" \| "bias" \| "by" \| "calcMode" \| "capHeight" \| "clipPathUnits" \| "colorInterpolationFilters" \| "colorProfile" \| "contentScriptType" \| "contentStyleType" \| "cx" \| "cy" \| "d" \| "decelerate" \| "descent" \| "diffuseConstant" \| "divisor" \| "dur" \| "dx" \| "dy" \| "edgeMode" \| "elevation" \| "enableBackground" \| "exponent" \| "externalResourcesRequired" \| "filterRes" \| "filterUnits" \| "focusable" \| "format" \| "from" \| "fx" \| "fy" \| "g1" \| "g2" \| "glyphName" \| "glyphOrientationHorizontal" \| "glyphRef" \| "gradientTransform" \| "gradientUnits" \| "horizAdvX" \| "horizOriginX" \| "href" \| "in2" \| "in" \| "intercept" \| "k1" \| "k2" \| "k3" \| "k4" \| "k" \| "kernelMatrix" \| "kernelUnitLength" \| "kerning" \| "keyPoints" \| "keySplines" \| "keyTimes" \| "lengthAdjust" \| "limitingConeAngle" \| "markerHeight" \| "markerUnits" \| "markerWidth" \| "maskContentUnits" \| "maskUnits" \| "mode" \| "numOctaves" \| "operator" \| "orient" \| "orientation" \| "overlinePosition" \| "overlineThickness" \| "panose1" \| "pathLength" \| "patternContentUnits" \| "patternTransform" \| "patternUnits" \| "points" \| "pointsAtX" \| "pointsAtY" \| "pointsAtZ" \| "preserveAlpha" \| "preserveAspectRatio" \| "primitiveUnits" \| "r" \| "radius" \| "refX" \| "refY" \| "renderingIntent" \| "repeatCount" \| "repeatDur" \| "requiredExtensions" \| "requiredFeatures" \| "restart" \| "rx" \| "ry" \| "seed" \| "slope" \| "spacing" \| "specularConstant" \| "specularExponent" \| "speed" \| "spreadMethod" \| "startOffset" \| "stdDeviation" \| "stemh" \| "stemv" \| "stitchTiles" \| "strikethroughPosition" \| "strikethroughThickness" \| "surfaceScale" \| "systemLanguage" \| "tableValues" \| "targetX" \| "targetY" \| "textLength" \| "to" \| "u1" \| "u2" \| "underlinePosition" \| "underlineThickness" \| "unicode" \| "unicodeRange" \| "unitsPerEm" \| "vAlphabetic" \| "values" \| "version" \| "vertAdvY" \| "vertOriginX" \| "vertOriginY" \| "vHanging" \| "vIdeographic" \| "viewBox" \| "viewTarget" \| "vMathematical" \| "widths" \| "x1" \| "x2" \| "x" \| "xChannelSelector" \| "xHeight" \| "xlinkActuate" \| "xlinkArcrole" \| "xlinkHref" \| "xlinkRole" \| "xlinkShow" \| "xlinkTitle" \| "xlinkType" \| "xmlBase" \| "xmlLang" \| "xmlns" \| "xmlnsXlink" \| "xmlSpace" \| "y1" \| "y2" \| "y" \| "yChannelSelector" \| "z" \| "zoomAndPan" \| "aria-activedescendant" \| "aria-atomic" \| "aria-autocomplete" \| "aria-busy" \| "aria-checked" \| "aria-colcount" \| "aria-colindex" \| "aria-colspan" \| "aria-controls" \| "aria-current" \| "aria-describedby" \| "aria-details" \| "aria-disabled" \| "aria-dropeffect" \| "aria-errormessage" \| "aria-expanded" \| "aria-flowto" \| "aria-grabbed" \| "aria-haspopup" \| "aria-hidden" \| "aria-invalid" \| "aria-keyshortcuts" \| "aria-label" \| "aria-labelledby" \| "aria-level" \| "aria-live" \| "aria-modal" \| "aria-multiline" \| "aria-multiselectable" \| "aria-orientation" \| "aria-owns" \| "aria-placeholder" \| "aria-posinset" \| "aria-pressed" \| "aria-readonly" \| "aria-relevant" \| "aria-required" \| "aria-roledescription" \| "aria-rowcount" \| "aria-rowindex" \| "aria-rowspan" \| "aria-selected" \| "aria-setsize" \| "aria-sort" \| "aria-valuemax" \| "aria-valuemin" \| "aria-valuenow" \| "aria-valuetext" \| "dangerouslySetInnerHTML" \| "onCopy" \| "onCopyCapture" \| "onCut" \| "onCutCapture" \| "onPaste" \| "onPasteCapture" \| "onCompositionEnd" \| "onCompositionEndCapture" \| "onCompositionStart" \| "onCompositionStartCapture" \| "onCompositionUpdate" \| "onCompositionUpdateCapture" \| "onFocus" \| "onFocusCapture" \| "onBlur" \| "onBlurCapture" \| "onChange" \| "onChangeCapture" \| "onBeforeInput" \| "onBeforeInputCapture" \| "onInput" \| "onInputCapture" \| "onReset" \| "onResetCapture" \| "onSubmit" \| "onSubmitCapture" \| "onInvalid" \| "onInvalidCapture" \| "onLoad" \| "onLoadCapture" \| "onError" \| "onErrorCapture" \| "onKeyDown" \| "onKeyDownCapture" \| "onKeyPress" \| "onKeyPressCapture" \| "onKeyUp" \| "onKeyUpCapture" \| "onAbort" \| "onAbortCapture" \| "onCanPlay" \| "onCanPlayCapture" \| "onCanPlayThrough" \| "onCanPlayThroughCapture" \| "onDurationChange" \| "onDurationChangeCapture" \| "onEmptied" \| "onEmptiedCapture" \| "onEncrypted" \| "onEncryptedCapture" \| "onEnded" \| "onEndedCapture" \| "onLoadedData" \| "onLoadedDataCapture" \| "onLoadedMetadata" \| "onLoadedMetadataCapture" \| "onLoadStart" \| "onLoadStartCapture" \| "onPause" \| "onPauseCapture" \| "onPlay" \| "onPlayCapture" \| "onPlaying" \| "onPlayingCapture" \| "onProgress" \| "onProgressCapture" \| "onRateChange" \| "onRateChangeCapture" \| "onSeeked" \| "onSeekedCapture" \| "onSeeking" \| "onSeekingCapture" \| "onStalled" \| "onStalledCapture" \| "onSuspend" \| "onSuspendCapture" \| "onTimeUpdate" \| "onTimeUpdateCapture" \| "onVolumeChange" \| "onVolumeChangeCapture" \| "onWaiting" \| "onWaitingCapture" \| "onAuxClick" \| "onAuxClickCapture" \| "onClick" \| "onClickCapture" \| "onContextMenu" \| "onContextMenuCapture" \| "onDoubleClick" \| "onDoubleClickCapture" \| "onDrag" \| "onDragCapture" \| "onDragEnd" \| "onDragEndCapture" \| "onDragEnter" \| "onDragEnterCapture" \| "onDragExit" \| "onDragExitCapture" \| "onDragLeave" \| "onDragLeaveCapture" \| "onDragOver" \| "onDragOverCapture" \| "onDragStart" \| "onDragStartCapture" \| "onDrop" \| "onDropCapture" \| "onMouseDown" \| "onMouseDownCapture" \| "onMouseEnter" \| "onMouseLeave" \| "onMouseMove" \| "onMouseMoveCapture" \| "onMouseOut" \| "onMouseOutCapture" \| "onMouseOver" \| "onMouseOverCapture" \| "onMouseUp" \| "onMouseUpCapture" \| "onSelect" \| "onSelectCapture" \| "onTouchCancel" \| "onTouchCancelCapture" \| "onTouchEnd" \| "onTouchEndCapture" \| "onTouchMove" \| "onTouchMoveCapture" \| "onTouchStart" \| "onTouchStartCapture" \| "onPointerDown" \| "onPointerDownCapture" \| "onPointerMove" \| "onPointerMoveCapture" \| "onPointerUp" \| "onPointerUpCapture" \| "onPointerCancel" \| "onPointerCancelCapture" \| "onPointerEnter" \| "onPointerEnterCapture" \| "onPointerLeave" \| "onPointerLeaveCapture" \| "onPointerOver" \| "onPointerOverCapture" \| "onPointerOut" \| "onPointerOutCapture" \| "onGotPointerCapture" \| "onGotPointerCaptureCapture" \| "onLostPointerCapture" \| "onLostPointerCaptureCapture" \| "onScroll" \| "onScrollCapture" \| "onWheel" \| "onWheelCapture" \| "onAnimationStart" \| "onAnimationStartCapture" \| "onAnimationEnd" \| "onAnimationEndCapture" \| "onAnimationIteration" \| "onAnimationIterationCapture" \| "onTransitionEnd" \| "onTransitionEndCapture"> & React.RefAttributes<SVGSVGElement>>; export declare const MediumDimensions: {	width: number; };	height: number;
ads.ts	import {Entity, Column, PrimaryGeneratedColumn} from 'typeorm'; import {Length} from 'class-validator'; @Entity() export class	{ @PrimaryGeneratedColumn() id: number @Column({ length: 80, comment: '廣告名稱', }) @Length(10, 80) name: string @Column({ length: 80, comment: '檔案名稱', }) @Length(10, 80) filename: string @Column({type: 'int', comment: '順序'}) order: number } export const adsSchema = { id: {type: 'number', required: true, example: 1}, name: {type: 'string', required: true, example: '好喝茶'}, filename: {type: 'string', required: true, example: '好喝茶.jpg'}, order: {type: 'number', required: true, example: 1}, };	Ads
baseApi.js	/* eslint-disable no-prototype-builtins,no-restricted-syntax */ import 'whatwg-fetch'; import auth from '../common/auth'; import { API_ROOT } from '../configs/config'; import { SYMBOL_FOR_FETCH_API } from '../constants/fetchType'; import methodType from '../constants/methodType'; function isEnableBody(method) { return method !== methodType.GET; } export default function	() { return (next) => (action) => { const API_OPTIONS = action[SYMBOL_FOR_FETCH_API]; const fetchOptions = {}; let queryString = ''; if (typeof API_OPTIONS === 'undefined') { return next(action); } const { types, uri, method, body, onSuccess, onFail } = API_OPTIONS; const [requestType, successType, failureType] = types; next( Object.assign({}, action, { type: requestType, body, }) ); Object.assign(fetchOptions, { method, headers: { Accept: 'application/json', 'Content-Type': 'application/json', Authorization: `Bearer ${auth.getAccessToken()}`, }, }); if (isEnableBody(method)) { fetchOptions.body = JSON.stringify(body); } if (!isEnableBody(method) && typeof body === 'object') { queryString = []; for (const key in body) { if (body.hasOwnProperty(key)) { queryString.push( `${key}=${encodeURIComponent( typeof body[key] === 'object' ? JSON.stringify(body[key]) : body[key] )}` ); } } queryString = queryString.join('&'); if (uri.indexOf('?') === -1) { queryString = `?${queryString}`; } } return fetch(API_ROOT + uri + queryString, fetchOptions) .then((response) => response.text().then((text) => { try { return { json: JSON.parse(text), response, }; } catch (e) { return { json: text, response, }; } }) ) .then(({ json, response }) => { if (!response.ok) { return Promise.reject(json); } return json; }) .then( (response) => { const data = Object.assign({}, action, { response, type: successType, body, }); if (typeof onSuccess === 'function') { onSuccess(data); } return next(data); }, (error) => { const data = Object.assign({}, action, { type: failureType, error: typeof error === 'object' ? error.message \|\| 'Unknown Error' : error, body, }); if (typeof onFail === 'function') { onFail(data); } return next(data); } ); }; }	thunkMiddleware
zero_test.go	package zero import ( "bytes" "fmt" "reflect" "testing" ) type TestDetailParam struct { ID int } type TestDetailSubStructure struct { ID int Params []TestDetailParam } type TestDetail struct { ID int Detail Detail Data TestDetailSubStructure } type Detail interface{} func TestZero(t testing.T) { one, zeroInt := 1, 0 ch1 := make(chan int) var zeroChan chan int type myString string var interface1, interfaceZero interface{} = &one, &zeroInt var ( zeroDetail1 Detail = &struct{}{} zeroDetail2 Detail = &TestDetail{} zeroDetail3 Detail = struct{}{} zeroDetail4 Detail = &TestDetail{} zeroDetail5 Detail = &TestDetail{Data: TestDetailSubStructure{Params: nil}} zeroDetail6 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: make([]TestDetailParam, 0, 10)}, } nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: []TestDetailParam{TestDetailParam{55}}}, } nonZeroDetail2 Detail = &TestDetail{Data: TestDetailSubStructure{ID: 1234}} nonZeroDetail3 Detail = &TestDetail{ID: 1234} nonZeroDetail4 Detail = &TestDetail{Detail: nonZeroDetail3} ) for i, test := range []struct { v interface{} want bool }{ // basic types {0, true}, {complex(0, 0), true}, {1, false}, {1.0, false}, {true, false}, {0.0, true}, {"foo", false}, {"", true}, {myString(""), true}, // different types {myString("foo"), false}, // different types // slices {[]string{"foo"}, false}, {[]string(nil), true}, {[]string{}, true}, // maps {map[string][]int{"foo": {1, 2, 3}}, false}, {map[string][]int{"foo": {1, 2, 3}}, false}, {map[string][]int{}, true}, {map[string][]int(nil), true}, // pointers {&one, false}, {&zeroInt, true}, {new(bytes.Buffer), true}, // functions {(func())(nil), true}, {func() {}, false}, // arrays {[...]int{1, 2, 3}, false}, // channels {ch1, false}, {zeroChan, true}, // interfaces {&interface1, false}, {&interfaceZero, true}, // special case for structures {zeroDetail1, true}, {zeroDetail2, true}, {zeroDetail3, true}, {zeroDetail4, true}, {zeroDetail5, true}, {zeroDetail6, true}, {nonZeroDetail1, false}, {nonZeroDetail2, false}, {nonZeroDetail3, false}, {nonZeroDetail4, false}, } { if IsZero(test.v) != test.want { t.Errorf("Zero(%v)[%d] = %t", test.v, i, !test.want) } } } func BenchmarkDetail(b testing.B) { var nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: []TestDetailParam{TestDetailParam{55}}}, } for i := 0; i < b.N; i++ { IsZero(nonZeroDetail1) } } func BenchmarkDetailSimple(b *testing.B) { var nonZeroDetail1 Detail = &TestDetailParam{}	} } func isEmptyValue(v reflect.Value) bool { switch v.Kind() { case reflect.Array, reflect.Map, reflect.Slice, reflect.String: return v.Len() == 0 case reflect.Bool: return !v.Bool() case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64: return v.Int() == 0 case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64, reflect.Uintptr: return v.Uint() == 0 case reflect.Float32, reflect.Float64: return v.Float() == 0 case reflect.Interface, reflect.Ptr: return v.IsNil() } return false } func IsEmptyDetail(detail Detail) bool { v := reflect.ValueOf(detail).Elem() for i := 0; i < v.NumField(); i++ { if !isEmptyValue(v.Field(i)) { return false } } return true } func BenchmarkIsEmpty(b testing.B) { var nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{Params: []TestDetailParam{TestDetailParam{55}}}} for i := 0; i < b.N; i++ { IsEmptyDetail(nonZeroDetail1) } } func BenchmarkIsEmptySimple(b testing.B) { var nonZeroDetail1 Detail = &TestDetailParam{} for i := 0; i < b.N; i++ { IsEmptyDetail(nonZeroDetail1) } } type Structure struct { ID int } func ExampleStructure() { zeroStructure := Structure{} zeroStructurePointer := &zeroStructure nonZero := Structure{ID: 1} nonZeroPointer := &nonZero fmt.Println(IsZero(zeroStructure)) // true fmt.Println(IsZero(zeroStructurePointer)) // true fmt.Println(IsZero(nonZero)) // false fmt.Println(IsZero(nonZeroPointer)) // false // Output: // true // true // false // false }	for i := 0; i < b.N; i++ { IsZero(nonZeroDetail1)

rate_limit_config_reconciler.sk.go

// Code generated by solo-kit. DO NOT EDIT. package v1alpha1 import ( "github.com/solo-io/go-utils/contextutils" "github.com/solo-io/solo-kit/pkg/api/v1/clients" "github.com/solo-io/solo-kit/pkg/api/v1/reconcile" "github.com/solo-io/solo-kit/pkg/api/v1/resources" ) // Option to copy anything from the original to the desired before writing. Return value of false means don't update type TransitionRateLimitConfigFunc func(original, desired *RateLimitConfig) (bool, error) type RateLimitConfigReconciler interface { Reconcile(namespace string, desiredResources RateLimitConfigList, transition TransitionRateLimitConfigFunc, opts clients.ListOpts) error } func rateLimitConfigsToResources(list RateLimitConfigList) resources.ResourceList {

for _, rateLimitConfig := range list { resourceList = append(resourceList, rateLimitConfig) } return resourceList } func NewRateLimitConfigReconciler(client RateLimitConfigClient) RateLimitConfigReconciler { return &rateLimitConfigReconciler{ base: reconcile.NewReconciler(client.BaseClient()), } } type rateLimitConfigReconciler struct { base reconcile.Reconciler } func (r *rateLimitConfigReconciler) Reconcile(namespace string, desiredResources RateLimitConfigList, transition TransitionRateLimitConfigFunc, opts clients.ListOpts) error { opts = opts.WithDefaults() opts.Ctx = contextutils.WithLogger(opts.Ctx, "rateLimitConfig_reconciler") var transitionResources reconcile.TransitionResourcesFunc if transition != nil { transitionResources = func(original, desired resources.Resource) (bool, error) { return transition(original.(*RateLimitConfig), desired.(*RateLimitConfig)) } } return r.base.Reconcile(namespace, rateLimitConfigsToResources(desiredResources), transitionResources, opts) }

var resourceList resources.ResourceList

mod.rs

mod project_task; use crate::{Client, Result}; use project_task::ProjectTask;

let project_assignments = client.get_project_assignments().await?; let project_tasks = ProjectTask::from(&project_assignments); for project_task in project_tasks { println!("{}", project_task); } Ok(()) }

pub async fn list(client: &Client) -> Result<()> {

code_cr.py

import re import numpy as np import pandas as pd import requests #웹통신 import json from pmdarima.arima import ndiffs import pmdarima as pm from pykrx import stock from bs4 import BeautifulSoup import html5lib # ============== # 업종 분류 # ============== # -------- 동일 업종 기업 출력 # TODO(미완성) 동일 업종 선택 def select_same_industry(corp_name): indus=com_df[com_df['nm']==corp_name]['industry'].values[0] # TODO(df 확인) # print(com_df.groupby(by='industry')['nm'].nunique().max()) # 동종업계 최대 151개 -> 151개 재무제표 크롤링? list_com=com_df[com_df['industry']==indus]['corp_name'].values.tolist() return list_com # -------- 네이버증권 연관기업 코드(hjh) def relate_code_crawl(co): #연관 종목코드 있는 페이지 불러오기 url='https://finance.naver.com/item/main.naver?code='+str(co) page=pd.read_html(url,encoding='CP949') #연관 종목명과 종목코드 뽑아내기(code_list[0]은 '종목명'이어서 제외) code_list=page[4].columns.tolist() code_list=code_list[1:] #종목코드 리스트 반환 codes=[] for word in (code_list): codes.append(word[-6:]) #print(codes) return codes #relate_code_crawl('000660') # ============== # 기업 이름 코드 변환 # ============== # -------- 네이버 재무제표 크롤링 용 gicode로 변환 def nm_to_bs_gicode(corp_name): gi=com_df[com_df['nm']==corp_name]['cd'] gi=gi.values[0] return gi def stc_code_to_bs_gicode(stock_code): gi = com_df[com_df['stock_code'] == stock_code]['cd'] gi = gi.values[0] return gi def yh_code_to_bs_gicode(yh_code): gi = com_df[com_df['yh_code'] == yhcode]['cd'] gi = gi.values[0] return gi # -------- 네이버 금융 크롤링 용 gicode로 변환 def nm_to_fn_gicode(corp_name): gi=com_df[com_df['nm']==corp_name]['stock_code'] gi=gi.values[0] return gi def yh_code_to_fn_gicode(yh_code): gi=com_df[com_df['yh_code']==yh_code]['stock_code'] gi=gi.values[0] return gi # -------- 코드를 기업이름으로 변환 def stc_code_to_nm(stock_code): gi = com_df[com_df['stock_code'] == stock_code]['nm'] gi = gi.values[0] return gi def yh_code_to_nm(yh_code): gi = com_df[com_df['yh_code'] == yh_code]['nm'] gi = gi.values[0] return gi # ============== # 데이터 수집 # ============== # -------- Balance Sheets API call # def bs_api(corp_name=None, yh_code=None, stock_code=None): # print('haha') # -------- Balance Sheets Crawling(재무제표 크롤링) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) kind로 특정 테이블 지정하는 대신 데이터프레임 리스트 전체 반환 # 3) '~계산에 참여한 계정 펼치기' 제거는 선택사항으로 둠 def bs_craw(stock_code, clear_name=False): # ------- 검색과 연동해서 입력 변수 설정 """ # kind : 0 (연간 포괄손익계산서), 1 (분기별 포괄손익계산서) 2 (연간 재무상태표), 3 (분기별 재무상태표) 4 (연간 현금흐름표), 5 (분기별 현금프름표) """ # ------- 검색과 연동해서 입력되는 변수 따라 gicode(네이버에서 분류하는 기업 코드)로 변환 gcode = stc_code_to_bs_gicode(stock_code) url = f"http://comp.fnguide.com/SVO2/ASP/SVD_Finance.asp?NewMenuID=103&gicode={gcode}" table_list = pd.read_html(url, encoding='UTF-8') # 항목에서 불필요한 부분 제거('계산에 참여한 계정 펼치기') if clear_name == False: return table_list else: new_table_list = [] for tbl in table_list: for i, idx in enumerate(tbl.iloc[:, 0]): m = idx.replace('계산에 참여한 계정 펼치기', '') tbl.iloc[i, 0] = m new_table_list.append(tbl) return new_table_list # ------- 네이버 금융 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) kind로 특정 테이블 지정하는 대신 데이터프레임 리스트 전체 반환 def fn_craw(stock_code): """ # kind : 0 (전일&당일 상한가, 하한가, 거래량 등) #TODO 가공 필요 1 (증권사 별 매도 매수 정보) #TODO 가공 필요(컬럼이름) 2 (외국인, 기관 거래 정보) #TODO 가공 필요 3 (기업실적분석(연도별 분기별 주요재무 정보)) #TODO 가공 필요? 4 (동일업종비교) #TODO 가공 필요? 5 (시가총액, 주식수, 액면가 정보) #TODO 가공 필요 6 (외국인 주식 한도, 보유 정보) 7 (목표주가 정보) #TODO 가공 필요 8 (PER, PBR 배당수익률 정보) (주가 따라 변동) #TODO 가공 필요 9 (동일업종 PER, 등락률 정보) #TODO 가공 필요 10 (호가 10단계) 11 (인기 검색 종목: 코스피) #TODO 가공 필요 12 (인기 검색 종목: 코스닥) #TODO 가공 필요 """ gcode = str(stock_code) url = f"https://finance.naver.com/item/main.naver?code={gcode}" table_list = pd.read_html(url, encoding='euc-kr') return table_list # ============== # 지표 선정 # ============== # 220222 날씨 수정 시작 --------------------------------------------- # -------- 지표 선정 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 데이터프레임 하나가 아닌 리스트로 받아오기때문에 kind 제거하고 직접 선택해줌 # 3) sli_df_y, sil_df_q 에서 '-' 가공 시 if 조건에 따라 처리하는 대신 lambda와 re.sub 이용 # 4) dict 대신 array로 반환, 기업 이름(nm도 반환) def idv_radar_weather_data(stock_code): """ # <지표 설명> # 1. 배당 분석 -> 배당성향(배당 커버리지의 역수.) # 2. 유동성 분석(단기채무지급능력) -> 당좌비율(당좌자산 / 유동부채) # 3. 재무건전성 분석(레버리지 비율) -> 부채비율(총부채 / 자기자본)의 역수 # 4. 수익성분석 -> 매출수익성(당기순이익/매출액)) # 5. 성장성분석 -> 순이익성장률 """ gcode = stock_code nm = stc_code_to_nm(stock_code) sil_df = fn_craw(gcode)[3] # 3: 기업실적정보 재무제표 (220220 수정) foreign_ms = fn_craw(gcode)[2].loc[1, '외국인'] # 2 : 외국인, 기관 거래 정보 giguan_ms = fn_craw(gcode)[2].loc[1, '기관'] # 2 : 외국인, 기관 거래 정보 if (sil_df.iloc[0:8, 3].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass elif (sil_df.iloc[0:8, 9].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass else: # 0. 재무정보는 최신 분기 실공시 기준 # 0. 단, 배당은 1년에 한 번 이루어지기 때문에 최신 년도 공시 기준임 sil_df_y = sil_df['최근 연간 실적'].iloc[:, 2] # 느리지만 .iloc으로 하는 이유는 공시 날짜가 다른 기업이 있기 때문 sil_df_q = sil_df['최근 분기 실적'].iloc[:, 4] sil_df_y = sil_df_y.fillna(0) sil_df_q = sil_df_q.fillna(0) if sil_df_y.dtype == 'O': sil_df_y = sil_df_y.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_y = sil_df_y.astype('float') if sil_df_q.dtype == 'O': sil_df_q = sil_df_q.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_q = sil_df_q.astype('float') # 1. 배당성향(bd_tend) bd_tend = sil_df_y[15] # 실제 배당 성향 # 2. 유동성 분석 - 당좌비율(당좌자산/유동부채) # 당좌자산 = (유동자산 - 재고자산) dj_rate = sil_df_q[7] # 당좌비율 # 3. 재무건전성 분석 - 부채비율(총부채/자기자본)의 역수 bch_rate = sil_df_q[6] / 100 # 부채비율 bch_rate = round((1 / bch_rate) * 100, 2) # 4. 수익성 분석 - 매출수익성(당기순이익/매출액) # TODO 매출액 0인 애들은? dg_bene = sil_df_q[2] mch = sil_df_q[0] suyk = round((dg_bene / mch) * 100, 2) # 5. 성장성 분석 - 순이익성장률(지속성장 가능률) # (1-배당성향)*자기자본순이익률(ROE) # 유보율 roe = sil_df_y[5] / 100 ubo = (100 - bd_tend) / 100 grth = round(roe * ubo * 100, 2) data_arr = np.array([bd_tend, dj_rate, bch_rate, suyk, grth]) # weather part---------------- # PER? weather_per = sil_df_y[10] # PBR weather_pbr = sil_df_y[12] # ROE weather_roe = sil_df_y[5] # EPS weather_eps = sil_df_y[9] # BPS weather_bps = sil_df_y[11] # array weather_arr = np.array([weather_per, weather_pbr, weather_roe, weather_eps, weather_bps]) return data_arr, weather_arr, nm, foreign_ms, giguan_ms # 수정수정수정 # -------- 관련 기업 지표 선정(상대적 비율 기준) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) dict 대신 array로 반환, 기업 이름(nm도 반환) # 220222 날씨 def relate_radar_weather_data(stock_code): label_list = ['배당성향', '유동성', '건전성', '수익성', '성장성'] arr_list = [] # 주식 코드,이름으로 변환 gcode = stock_code relate_corp = relate_code_crawl(co=gcode) # 다섯 개 회사가 안에 있다 arr_list = [idv_radar_weather_data(stock_code=stcd) for stcd in relate_corp] # arr_list에서 데이터 분리 radar_list = [x[0] for x in arr_list if x is not None] weather_list = [x[1] for x in arr_list if x is not None] nm_list = [x[2] for x in arr_list if x is not None] # 외인 매수, 기관 매수 try: foreign_ms = arr_list[0][3] except TypeError: foreign_ms=0.01 try: giguan_ms = arr_list[0][4] except TypeError: giguan_ms=0.01 # radar_chart_data radar_list = np.array(radar_list) radar_list[:, 0] = (radar_list[:, 0] / radar_list[:, 0].mean()) * 100 radar_list[:, 1] = (radar_list[:, 1] / radar_list[:, 1].mean()) * 100 radar_list[:, 2] = (radar_list[:, 2] / radar_list[:, 2].mean()) * 100 radar_list[:, 3] = (radar_list[:, 3] / radar_list[:, 3].mean()) * 100 radar_list[:, 4] = (radar_list[:, 4] / radar_list[:, 4].mean()) * 100 # radar_chart_dict radar_dict_list = [] for i, nm in enumerate(nm_list): dic = {} dic[nm] = radar_list[i, :].tolist() radar_dict_list.append(dic) # weather_chart_data weather_list = np.array(weather_list) weather_list[:, 0] = (weather_list[:, 0] / weather_list[:, 0].mean()) # 각 기업의 평균 대비 PER weather_list[:, 1] = (weather_list[:, 1] / weather_list[:, 1].mean()) # 각 기업의 평균 대비 PBR weather_list[:, 2] = (weather_list[:, 2] / weather_list[:, 2].mean()) # 각 기업의 평균 대비 ROE weather_list[:, 3] = (weather_list[:, 3] / weather_list[:, 3].mean()) # 각 기업의 평균 대비 EPS weather_list[:, 4] = (weather_list[:, 4] / weather_list[:, 4].mean()) # 각 기업의 평균 대비 BPS weather_list=np.round(weather_list, 2) return label_list, radar_dict_list, weather_list[0], foreign_ms, giguan_ms # 220222 날씨 수정 끝 --------------------------------------------- # ============== # 지표 선정 # ============== # -------- 지표 선정 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 데이터프레임 하나가 아닌 리스트로 받아오기때문에 kind 제거하고 직접 선택해줌 # 3) sli_df_y, sil_df_q 에서 '-' 가공 시 if 조건에 따라 처리하는 대신 lambda와 re.sub 이용 # 4) dict 대신 array로 반환, 기업 이름(nm도 반환) def idv_radar_data(stock_code): """ # <지표 설명> # 1. 배당 분석 -> 배당성향(배당 커버리지의 역수.) # 2. 유동성 분석(단기채무지급능력) -> 당좌비율(당좌자산 / 유동부채) # 3. 재무건전성 분석(레버리지 비율) -> 부채비율(총부채 / 자기자본)의 역수 # 4. 수익성분석 -> 매출수익성(당기순이익/매출액)) # 5. 성장성분석 -> 순이익성장률 """ gcode = stock_code nm = stc_code_to_nm(stock_code) sil_df = fn_craw(gcode)[3] # 3: 기업실적정보 재무제표 (220220 수정) if (sil_df.iloc[0:8, 3].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass elif (sil_df.iloc[0:8, 9].isna().sum()) > 0: # 표 안 가르고 계산하는 건 신규 상장 기업은 정보가 아예 없기 때문 pass else: # 0. 재무정보는 최신 분기 실공시 기준 # 0. 단, 배당은 1년에 한 번 이루어지기 때문에 최신 년도 공시 기준임 sil_df_y = sil_df['최근 연간 실적'].iloc[:, 2] # 느리지만 .iloc으로 하는 이유는 공시 날짜가 다른 기업이 있기 때문 sil_df_q = sil_df['최근 분기 실적'].iloc[:, 4] sil_df_y = sil_df_y.fillna(0) sil_df_q = sil_df_q.fillna(0) if sil_df_y.dtype == 'O': sil_df_y = sil_df_y.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_y = sil_df_y.astype('float') if sil_df_q.dtype == 'O': sil_df_q = sil_df_q.apply(lambda x: re.sub('^-$', '0', '{}'.format(x))) sil_df_q = sil_df_q.astype('float') # 1. 배당성향(bd_tend) bd_tend = sil_df_y[15] # 실제 배당 성향 # 2. 유동성 분석 - 당좌비율(당좌자산/유동부채) # 당좌자산 = (유동자산 - 재고자산) dj_rate = sil_df_q[7] # 당좌비율 # 3. 재무건전성 분석 - 부채비율(총부채/자기자본)의 역수 bch_rate = sil_df_q[6] / 100 # 부채비율 bch_rate = round((1 / bch_rate) * 100, 2) # 4. 수익성 분석 - 매출수익성(당기순이익/매출액) # TODO 매출액 0인 애들은? dg_bene = sil_df_q[2] mch = sil_df_q[0] suyk = round((dg_bene / mch) * 100, 2) # 5. 성장성 분석 - 순이익성장률(지속성장 가능률) # (1-배당성향)*자기자본순이익률(ROE) # 유보율 roe = sil_df_y[5] / 100 ubo = (100 - bd_tend) / 100 grth = round(roe * ubo * 100, 2) data_arr = np.array([bd_tend, dj_rate, bch_rate, suyk, grth]) return data_arr, nm # -------- 관련 기업 지표 선정(상대적 비율 기준) # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) dict 대신 array로 반환, 기업 이름(nm도 반환) def relate_radar_data(stock_code): label_list = ['배당성향', '유동성', '건전성', '수익성', '성장성'] arr_list = [] # 주식 코드,이름으로 변환 gcode = stock_code relate_corp = relate_code_crawl(co=gcode) arr_list = [idv_radar_data(stock_code=stcd) for stcd in relate_corp] nm_list = [x[1]

ist if x is not None] arr_list = [x[0] for x in arr_list if x is not None] arr_list = np.array(arr_list) arr_list[:, 0] = (arr_list[:, 0] / arr_list[:, 0].mean()) * 100 arr_list[:, 1] = (arr_list[:, 1] / arr_list[:, 1].mean()) * 100 arr_list[:, 2] = (arr_list[:, 2] / arr_list[:, 2].mean()) * 100 arr_list[:, 3] = (arr_list[:, 3] / arr_list[:, 3].mean()) * 100 arr_list[:, 4] = (arr_list[:, 4] / arr_list[:, 4].mean()) * 100 dict_list = [] for i, nm in enumerate(nm_list): dic = {} dic[nm] = arr_list[i, :].tolist() dict_list.append(dic) return label_list, dict_list # -------- 관련 기업 지표 선정(원본) # def relate_radar_data(yh_code=None, corp_name=None, stock_code=None): # label_list=['배당성향', '유동성', '건전성', '수익성', '성장성'] # dict_list = [] # # # 주식 코드로 변환 # gcode = 0 # if yh_code != None: # gcode = yh_code_to_fn_gicode(yh_code) # elif corp_name != None: # gcode = nm_to_fn_gicode(corp_name) # elif stock_code != None: # gcode = stock_code # # relate_corp = relate_code_crawl(co=gcode) # # dict_list = [idv_radar_data(stock_code=stcd) for stcd in relate_corp] # # dict_list = [x for x in dict_list if x is not None] # # # return label_list, dict_list # ============== # 시각화 # ============== # -------- 매출, 당기순이익 추이 그래프 # 220220 수정 # 1) 매개변수 stock_code로 축약 # 2) 크롤링한 데이터는 list로 받아오므로 kind 없애고 직접 인덱스 처리 def mch_dg(stock_code): gcode = stock_code nm = stc_code_to_nm(stock_code) bs_df = bs_craw(stock_code=gcode)[0] label_list = bs_df.columns[1:6].tolist() # 네 분기 + 전년동기 mch_list = bs_df.loc[0, label_list].tolist() # 매출액 dg_list = bs_df.loc[15, label_list].tolist() # 당기순이익 return label_list, mch_list, dg_list def icon_selection(index_array): res=[] for idx in index_array: if 3<idx : res.append("RAIN") elif ( 1.2<idx and idx<=3 ): res.append("CLOUDY") elif ( 0.8<idx and idx<=1.2 ): res.append("PARTLY_CLOUDY_DAY") elif ( 0<idx and idx<=0.8 ): res.append("CLEAR_DAY") else: res.append("SNOW") return res def foreign_giguan(index_array): res = [] for idx in index_array: if idx >0: res.append("CLEAR_DAY") elif idx==0: res.append("CLOUDY") else: res.append("RAIN") return res # ==================================================== # 데이터 # ==================================================== # -------- 병합 파일 불러오기 com_df=pd.read_csv('com_df.csv', dtype={'stock_code': 'str', '표준코드': 'str', '단축코드': 'str', 'stock_code_ori':'str'}, parse_dates=['listed_date', '상장일']) # -------- 뉴스 크롤링 def news_crawl(gi): tot_list = [] for p in range(1): # 뉴스 기사 모인 페이지 url = 'https://m.stock.naver.com/domestic/stock/' + str(gi) + '/news/title' # https://m.stock.naver.com/domestic/stock/003550/total #F12누르면 나오는 네트워크상에서 찾아온 경로 #https://m.stock.naver.com/api/news/stock/005930?pageSize=20&page=1&searchMethod=title_entity_id.basic url = "https://m.stock.naver.com/api/news/stock/"+str(gi)+"?pageSize=5&searchMethod=title_entity_id.basic&page=1" res = requests.get(url) news_list = json.loads(res.text) #페이지에서 가져온 전체 뉴스기사를 for문으로 분리 #print(news_list[0]) for i, news in enumerate(news_list) : #신문사 id a=news['items'][0]['officeId'] #기사 id b=news['items'][0]['articleId'] list = [] list.append(news['items'][0]['officeName']) #신문사 list.append(news['items'][0]['datetime'][:8]) #날짜 list.append(news['items'][0]['title'].replace('"','\"')) #제목 list.append(news['items'][0]['imageOriginLink']) #이미지 list.append(news['items'][0]['body'].replace('"','\"')) # 기사 내용 list.append('https://m.stock.naver.com/domestic/stock/005930/news/view/'+str(a)+'/'+str(b)) #기사 url tot_list.append(list) news_df = pd.DataFrame(data=tot_list, columns=['offname','rdate','title','imgsrc','content','url']) news_df['title'] = news_df['title'].str.replace('&', '&') news_df['content'] = news_df['content'].str.replace('&', '&') #news_df['title'] = [re.sub('[^A-Za-z0-9가-힣]', '' ,s) for s in news_df['title']] #news_df.to_csv('css.csv',index=False) return news_df #co-종목코드 def relate_code_crawl(co): #연관 종목코드 있는 페이지 불러오기 url='https://finance.naver.com/item/main.naver?code='+str(co) page=pd.read_html(url,encoding='CP949') #연관 종목명과 종목코드 뽑아내기(code_list[0]은 '종목명'이어서 제외) code_list=page[4].columns.tolist() code_list=code_list[1:] #종목코드 리스트 반환 codes=[] for word in (code_list): codes.append(word[-6:]) #print(codes) return codes # def before_1w_kospi(date): # before1w=date-timedelta(days=7) # return fdr.DataReader('KS11',before1w)[['Close']]#, fdr.DataReader('KQ11',before1w) def invest_opinion(gcode): url='https://finance.naver.com/item/coinfo.naver?code='+str(gcode) page=pd.read_html(url,encoding='CP949') try: a,b=page[3][1].tolist()[0][:4].split('.') return ((int(a)+int(b)/100)/5)*100 #의견 점수 구한 후 백분율로 다시 변환 except ValueError: return 0.1 #최상현 함수 def crawl_ifrs(gcode): url = "http://comp.fnguide.com/SVO2/ASP/SVD_Main.asp?pGB=1&gicode=A"+gcode+"&cID=&MenuYn=Y&ReportGB=&NewMenuID=11&stkGb=701" table_list = pd.read_html(url, encoding='UTF-8') ifrs = table_list[10] ifrs = ifrs.fillna('9999999999') for i in range(1, 5): if ifrs.iloc[:, i].dtype == 'O': ifrs.iloc[:, i] = ifrs.iloc[:, i].apply(lambda x: '9999999999' if type(x) == str else x) print(ifrs.iloc[:, i]) ifrs.iloc[:, i] = ifrs.iloc[:, i].astype('float') ifrs.iloc[:, i] = ifrs.iloc[:, i].apply(lambda x: format(float(x), ',')) ifrs = pd.concat([ifrs.iloc[:, 0], ifrs['Annual']], axis=1) ifrs = ifrs.astype(str) for i in range(1, 5): ifrs.iloc[:12, i] = ifrs.iloc[:12, i].apply(lambda x: x[:-2]) ifrs.iloc[18:21, i] = ifrs.iloc[18:21, i].apply(lambda x: x[:-2]) ifrs.iloc[23:24, i] = ifrs.iloc[23:24, i].apply(lambda x: x[:-2]) ifrs = ifrs.replace(['9,999,999,999', '9,999,999,999.0'], ['-', '-']) ifrs.rename(columns={'IFRS(연결)': ''}, inplace=True) ifrs = ifrs.to_html(justify="right", index=False, classes="table") ifrs = ifrs.replace('border="1"', 'border="0"') pd.options.display.float_format = '{:,.0f}'.format ifrs = ifrs.replace('<td>', '<td align="right">') ifrs = ifrs.replace('<th>', '<th style="text-align: right;">') ifrs = ifrs.replace('halign="left"', 'style="text-align: center;"') ifrs = ifrs.replace('class ="dataframe table"', 'class ="dataframe table" style = "table-layout:fixed;word-break:break-all;"') return (ifrs) def ori_code(yh_code): origin_stock=com_df[com_df['yh_code']==yh_code]['stock_code_ori'].values[0] return origin_stock # 아리마 모델 def stock_predict(code,ptype): data = stock.get_market_ohlcv_by_date(fromdate="20220101", todate="20220222", ticker=str(code)) print(data.head()) data=data[[ptype]] y_train=data y_test=data kpss_diffs = ndiffs(y_train, alpha=0.05, test='kpss', max_d=6) adf_diffs = ndiffs(y_train, alpha=0.05, test='adf', max_d=6) n_diffs = max(adf_diffs, kpss_diffs) print(f"추정된 차수 d = {n_diffs}") model=pm.auto_arima(y_train,d=n_diffs,seasonal=False,trace=True) model.fit(y_train) print(model.summary()) def forecast_one_step(): fc, conf_int = model.predict(n_periods=1 # 한 스텝씩! , return_conf_int=True) # 신뢰구간 출력 return ( fc.tolist()[0], np.asarray(conf_int).tolist()[0] ) forecasts = [] y_pred = [] pred_upper = [] pred_lower = [] for new_ob in y_test[ptype]: fc, conf = forecast_one_step() y_pred.append(int(fc)) pred_upper.append(conf[1]) pred_lower.append(conf[0]) ## 모형 업데이트 !! model.update(new_ob) fc_last = model.predict(n_periods=1 # 한 스텝씩! ) df=pd.DataFrame({"test": y_test[ptype], "pred": y_pred}) print(df.tail()) def MAE(y_test, y_pred): return np.mean(np.abs((df['test']-df['pred'])/df['test']))*100 mae=np.round(MAE(y_test, y_pred).astype('float'),4) print(f"MAE: {MAE(y_test, y_pred):.3f}") price_list=[] return int(fc_last),mae

for x in arr_l

store.rs

use graph_chain_ethereum::{Mapping, MappingABI}; use graph_mock::MockMetricsRegistry; use hex_literal::hex; use lazy_static::lazy_static; use std::time::Duration; use std::{collections::HashSet, sync::Mutex}; use std::{marker::PhantomData, str::FromStr}; use test_store::*; use graph::components::store::{DeploymentLocator, WritableStore}; use graph::data::subgraph::*; use graph::prelude::*; use graph::{ blockchain::DataSource, components::store::{ BlockStore as _, EntityFilter, EntityKey, EntityOrder, EntityQuery, EntityType, StatusStore, SubscriptionManager as _, }, prelude::ethabi::Contract, }; use graph::{data::store::scalar, semver::Version}; use graph_store_postgres::layout_for_tests::STRING_PREFIX_SIZE; use graph_store_postgres::{Store as DieselStore, SubgraphStore as DieselSubgraphStore}; use web3::types::{Address, H256}; const USER_GQL: &str = " interface ColorAndAge { id: ID!, age: Int, favorite_color: String } type User implements ColorAndAge @entity { id: ID!, name: String, bin_name: Bytes, email: String, age: Int, seconds_age: BigInt, weight: BigDecimal, coffee: Boolean, favorite_color: String } type Person implements ColorAndAge @entity { id: ID!, name: String, age: Int, favorite_color: String } type Manual @entity { id: ID!, text: String } "; const USER: &str = "User"; lazy_static! { static ref TEST_SUBGRAPH_ID_STRING: String = String::from("testsubgraph"); static ref TEST_SUBGRAPH_ID: DeploymentHash = DeploymentHash::new(TEST_SUBGRAPH_ID_STRING.as_str()).unwrap(); static ref TEST_SUBGRAPH_SCHEMA: Schema = Schema::parse(USER_GQL, TEST_SUBGRAPH_ID.clone()).expect("Failed to parse user schema"); static ref TEST_BLOCK_0_PTR: BlockPtr = ( H256::from(hex!( "bd34884280958002c51d3f7b5f853e6febeba33de0f40d15b0363006533c924f" )), 0u64 ) .into(); static ref TEST_BLOCK_1_PTR: BlockPtr = ( H256::from(hex!( "8511fa04b64657581e3f00e14543c1d522d5d7e771b54aa3060b662ade47da13" )), 1u64 ) .into(); static ref TEST_BLOCK_2_PTR: BlockPtr = ( H256::from(hex!( "b98fb783b49de5652097a989414c767824dff7e7fd765a63b493772511db81c1" )), 2u64 ) .into(); static ref TEST_BLOCK_3_PTR: BlockPtr = ( H256::from(hex!( "977c084229c72a0fa377cae304eda9099b6a2cb5d83b25cdf0f0969b69874255" )), 3u64 ) .into(); static ref TEST_BLOCK_3A_PTR: BlockPtr = ( H256::from(hex!( "d163aec0592c7cb00c2700ab65dcaac93289f5d250b3b889b39198b07e1fbe4a" )), 3u64 ) .into(); static ref TEST_BLOCK_4_PTR: BlockPtr = ( H256::from(hex!( "007a03cdf635ebb66f5e79ae66cc90ca23d98031665649db056ff9c6aac2d74d" )), 4u64 ) .into(); static ref TEST_BLOCK_4A_PTR: BlockPtr = ( H256::from(hex!( "8fab27e9e9285b0a39110f4d9877f05d0f43d2effa157e55f4dcc49c3cf8cbd7" )), 4u64 ) .into(); static ref TEST_BLOCK_5_PTR: BlockPtr = ( H256::from(hex!( "e8b3b02b936c4a4a331ac691ac9a86e197fb7731f14e3108602c87d4dac55160" )), 5u64 ) .into(); } /// Test harness for running database integration tests. fn run_test<R, F>(test: F) where F: FnOnce(Arc<DieselStore>, Arc<dyn WritableStore>, DeploymentLocator) -> R + Send + 'static, R: std::future::Future<Output = ()> + Send + 'static, { run_test_sequentially(|store| async move { let subgraph_store = store.subgraph_store(); // Reset state before starting remove_test_data(subgraph_store.clone()); // Seed database with test data let deployment = insert_test_data(subgraph_store.clone()); let writable = store .subgraph_store() .writable(LOGGER.clone(), deployment.id) .await .expect("we can get a writable store"); // Run test test(store, writable, deployment).await }); } /// Inserts test data into the store. /// /// Inserts data in test blocks `GENESIS_PTR`, `TEST_BLOCK_1_PTR`, and /// `TEST_BLOCK_2_PTR` fn insert_test_data(store: Arc<DieselSubgraphStore>) -> DeploymentLocator { let manifest = SubgraphManifest::<graph_chain_ethereum::Chain> { id: TEST_SUBGRAPH_ID.clone(), spec_version: Version::new(1, 0, 0), features: Default::default(), description: None, repository: None, schema: TEST_SUBGRAPH_SCHEMA.clone(), data_sources: vec![], graft: None, templates: vec![], chain: PhantomData, }; // Create SubgraphDeploymentEntity let deployment = SubgraphDeploymentEntity::new(&manifest, false, None); let name = SubgraphName::new("test/store").unwrap(); let node_id = NodeId::new("test").unwrap(); let deployment = store .create_subgraph_deployment( name, &TEST_SUBGRAPH_SCHEMA, deployment, node_id, NETWORK_NAME.to_string(), SubgraphVersionSwitchingMode::Instant, ) .unwrap(); let test_entity_1 = create_test_entity( "1", USER, "Johnton", "[email protected]", 67 as i32, 184.4, false, None, ); transact_entity_operations( &store, &deployment, GENESIS_PTR.clone(), vec![test_entity_1], ) .unwrap(); let test_entity_2 = create_test_entity( "2", USER, "Cindini", "[email protected]", 43 as i32, 159.1, true, Some("red"), ); let test_entity_3_1 = create_test_entity( "3", USER, "Shaqueeena", "[email protected]", 28 as i32, 111.7, false, Some("blue"), ); transact_entity_operations( &store, &deployment, TEST_BLOCK_1_PTR.clone(), vec![test_entity_2, test_entity_3_1], ) .unwrap(); let test_entity_3_2 = create_test_entity( "3", USER, "Shaqueeena", "[email protected]", 28 as i32, 111.7, false, None, ); transact_entity_operations( &store, &deployment, TEST_BLOCK_2_PTR.clone(), vec![test_entity_3_2], ) .unwrap(); deployment } /// Creates a test entity. fn create_test_entity( id: &str, entity_type: &str, name: &str, email: &str, age: i32, weight: f64, coffee: bool, favorite_color: Option<&str>, ) -> EntityOperation

/// Removes test data from the database behind the store. fn remove_test_data(store: Arc<DieselSubgraphStore>) { store .delete_all_entities_for_test_use_only() .expect("deleting test entities succeeds"); } fn get_entity_count(store: Arc<DieselStore>, subgraph_id: &DeploymentHash) -> u64 { let info = store .status(status::Filter::Deployments(vec![subgraph_id.to_string()])) .unwrap(); let info = info.first().unwrap(); info.entity_count } #[test] fn delete_entity() { run_test(|store, writable, deployment| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "3".to_owned()); // Check that there is an entity to remove. writable.get(&entity_key).unwrap().unwrap(); let count = get_entity_count(store.clone(), &&deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Remove { key: entity_key.clone(), }], ) .unwrap(); assert_eq!( count, get_entity_count(store.clone(), &&deployment.hash) + 1 ); // Check that that the deleted entity id is not present assert!(writable.get(&entity_key).unwrap().is_none()); }) } /// Check that user 1 was inserted correctly #[test] fn get_entity_1() { run_test(|_, writable, deployment| async move { let key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let result = writable.get(&key).unwrap(); let mut expected_entity = Entity::new(); expected_entity.insert("__typename".to_owned(), USER.into()); expected_entity.insert("id".to_owned(), "1".into()); expected_entity.insert("name".to_owned(), "Johnton".into()); expected_entity.insert( "bin_name".to_owned(), Value::Bytes("Johnton".as_bytes().into()), ); expected_entity.insert("email".to_owned(), "[email protected]".into()); expected_entity.insert("age".to_owned(), Value::Int(67 as i32)); expected_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(2114359200)), ); expected_entity.insert("weight".to_owned(), Value::BigDecimal(184.4.into())); expected_entity.insert("coffee".to_owned(), Value::Bool(false)); // "favorite_color" was set to `Null` earlier and should be absent // Check that the expected entity was returned assert_eq!(result, Some(expected_entity)); }) } /// Check that user 3 was updated correctly #[test] fn get_entity_3() { run_test(|_, writable, deployment| async move { let key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "3".to_owned()); let result = writable.get(&key).unwrap(); let mut expected_entity = Entity::new(); expected_entity.insert("__typename".to_owned(), USER.into()); expected_entity.insert("id".to_owned(), "3".into()); expected_entity.insert("name".to_owned(), "Shaqueeena".into()); expected_entity.insert( "bin_name".to_owned(), Value::Bytes("Shaqueeena".as_bytes().into()), ); expected_entity.insert("email".to_owned(), "[email protected]".into()); expected_entity.insert("age".to_owned(), Value::Int(28 as i32)); expected_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(883612800)), ); expected_entity.insert("weight".to_owned(), Value::BigDecimal(111.7.into())); expected_entity.insert("coffee".to_owned(), Value::Bool(false)); // "favorite_color" was set to `Null` earlier and should be absent // Check that the expected entity was returned assert_eq!(result, Some(expected_entity)); }) } #[test] fn insert_entity() { run_test(|store, writable, deployment| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "7".to_owned()); let test_entity = create_test_entity( "7", USER, "Wanjon", "[email protected]", 76 as i32, 111.7, true, Some("green"), ); let count = get_entity_count(store.clone(), &&deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![test_entity], ) .unwrap(); assert_eq!(count + 1, get_entity_count(store.clone(), &deployment.hash)); // Check that new record is in the store writable.get(&entity_key).unwrap().unwrap(); }) } #[test] fn update_existing() { run_test(|store, writable, deployment| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let op = create_test_entity( "1", USER, "Wanjon", "[email protected]", 76 as i32, 111.7, true, Some("green"), ); let mut new_data = match op { EntityOperation::Set { ref data, .. } => data.clone(), _ => unreachable!(), }; // Verify that the entity before updating is different from what we expect afterwards assert_ne!(writable.get(&entity_key).unwrap().unwrap(), new_data); // Set test entity; as the entity already exists an update should be performed let count = get_entity_count(store.clone(), &deployment.hash); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![op], ) .unwrap(); assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); // Verify that the entity in the store has changed to what we have set. let bin_name = match new_data.get("bin_name") { Some(Value::Bytes(bytes)) => bytes.clone(), _ => unreachable!(), }; new_data.insert("__typename".to_owned(), USER.into()); new_data.insert("bin_name".to_owned(), Value::Bytes(bin_name)); assert_eq!(writable.get(&entity_key).unwrap(), Some(new_data)); }) } #[test] fn partially_update_existing() { run_test(|store, writable, deployment| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); let original_entity = writable .get(&entity_key) .unwrap() .expect("entity not found"); // Set test entity; as the entity already exists an update should be performed transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Set { key: entity_key.clone(), data: partial_entity.clone(), }], ) .unwrap(); // Obtain the updated entity from the store let updated_entity = writable .get(&entity_key) .unwrap() .expect("entity not found"); // Verify that the values of all attributes we have set were either unset // (in the case of Value::Null) or updated to the new values assert_eq!(updated_entity.get("id"), partial_entity.get("id")); assert_eq!(updated_entity.get(USER), partial_entity.get(USER)); assert_eq!(updated_entity.get("email"), None); // Verify that all attributes we have not set have remained at their old values assert_eq!(updated_entity.get("age"), original_entity.get("age")); assert_eq!(updated_entity.get("weight"), original_entity.get("weight")); assert_eq!(updated_entity.get("coffee"), original_entity.get("coffee")); }) } struct QueryChecker { store: Arc<DieselStore>, } impl QueryChecker { fn new(store: Arc<DieselStore>) -> Self { Self { store } } fn check(self, expected_entity_ids: Vec<&str>, query: EntityQuery) -> Self { let expected_entity_ids: Vec<String> = expected_entity_ids.into_iter().map(str::to_owned).collect(); let entities = self .store .subgraph_store() .find(query) .expect("store.find failed to execute query"); let entity_ids: Vec<_> = entities .into_iter() .map(|entity| match entity.get("id") { Some(Value::String(id)) => id.to_owned(), Some(_) => panic!("store.find returned entity with non-string ID attribute"), None => panic!("store.find returned entity with no ID attribute"), }) .collect(); assert_eq!(entity_ids, expected_entity_ids); self } } fn user_query() -> EntityQuery { EntityQuery::new( TEST_SUBGRAPH_ID.clone(), BLOCK_NUMBER_MAX, EntityCollection::All(vec![(EntityType::from(USER), AttributeNames::All)]), ) } trait EasyOrder { fn asc(self, attr: &str) -> Self; fn desc(self, attr: &str) -> Self; } impl EasyOrder for EntityQuery { fn asc(self, attr: &str) -> Self { // The ValueType doesn't matter since relational layouts ignore it self.order(EntityOrder::Ascending(attr.to_owned(), ValueType::String)) } fn desc(self, attr: &str) -> Self { // The ValueType doesn't matter since relational layouts ignore it self.order(EntityOrder::Descending(attr.to_owned(), ValueType::String)) } } #[test] fn find() { run_test(|store, _, _| async move { // Filter tests with string attributes QueryChecker::new(store.clone()) .check( vec!["2"], user_query().filter(EntityFilter::Contains("name".into(), "ind".into())), ) .check( vec!["2"], user_query().filter(EntityFilter::Equal("name".to_owned(), "Cindini".into())), ) .check( vec!["1", "3"], user_query() .filter(EntityFilter::Not("name".to_owned(), "Cindini".into())) .asc("name"), ) .check( vec!["3"], user_query().filter(EntityFilter::GreaterThan("name".to_owned(), "Kundi".into())), ) .check( vec!["2", "1"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "Kundi".into())) .asc("name"), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "Kundi".into())) .desc("name"), ) .check( vec!["1"], user_query() .filter(EntityFilter::LessThan("name".to_owned(), "ZZZ".into())) .desc("name") .first(1) .skip(1), ) .check( vec!["2"], user_query() .filter(EntityFilter::And(vec![ EntityFilter::LessThan("name".to_owned(), "Cz".into()), EntityFilter::Equal("name".to_owned(), "Cindini".into()), ])) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::EndsWith("name".to_owned(), "ini".into())) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::NotEndsWith("name".to_owned(), "ini".into())) .desc("name"), ) .check( vec!["1"], user_query() .filter(EntityFilter::In("name".to_owned(), vec!["Johnton".into()])) .desc("name"), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::NotIn( "name".to_owned(), vec!["Shaqueeena".into()], )) .desc("name"), ); // Filter tests with float attributes QueryChecker::new(store.clone()) .check( vec!["1"], user_query().filter(EntityFilter::Equal( "weight".to_owned(), Value::BigDecimal(184.4.into()), )), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::Not( "weight".to_owned(), Value::BigDecimal(184.4.into()), )) .desc("name"), ) .check( vec!["1"], user_query().filter(EntityFilter::GreaterThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )) .asc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(160.0.into()), )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::LessThan( "weight".to_owned(), Value::BigDecimal(161.0.into()), )) .desc("name") .first(1) .skip(1), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::In( "weight".to_owned(), vec![ Value::BigDecimal(184.4.into()), Value::BigDecimal(111.7.into()), ], )) .desc("name") .first(5), ) .check( vec!["2"], user_query() .filter(EntityFilter::NotIn( "weight".to_owned(), vec![ Value::BigDecimal(184.4.into()), Value::BigDecimal(111.7.into()), ], )) .desc("name") .first(5), ); // Filter tests with int attributes QueryChecker::new(store.clone()) .check( vec!["1"], user_query() .filter(EntityFilter::Equal("age".to_owned(), Value::Int(67 as i32))) .desc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::Not("age".to_owned(), Value::Int(67 as i32))) .desc("name"), ) .check( vec!["1"], user_query().filter(EntityFilter::GreaterThan( "age".to_owned(), Value::Int(43 as i32), )), ) .check( vec!["2", "1"], user_query() .filter(EntityFilter::GreaterOrEqual( "age".to_owned(), Value::Int(43 as i32), )) .asc("name"), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(50 as i32), )) .asc("name"), ) .check( vec!["2", "3"], user_query() .filter(EntityFilter::LessOrEqual( "age".to_owned(), Value::Int(43 as i32), )) .asc("name"), ) .check( vec!["3", "2"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(50 as i32), )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::LessThan( "age".to_owned(), Value::Int(67 as i32), )) .desc("name") .first(1) .skip(1), ) .check( vec!["1", "2"], user_query() .filter(EntityFilter::In( "age".to_owned(), vec![Value::Int(67 as i32), Value::Int(43 as i32)], )) .desc("name") .first(5), ) .check( vec!["3"], user_query() .filter(EntityFilter::NotIn( "age".to_owned(), vec![Value::Int(67 as i32), Value::Int(43 as i32)], )) .desc("name") .first(5), ); // Filter tests with bool attributes QueryChecker::new(store.clone()) .check( vec!["2"], user_query() .filter(EntityFilter::Equal("coffee".to_owned(), Value::Bool(true))) .desc("name"), ) .check( vec!["1", "3"], user_query() .filter(EntityFilter::Not("coffee".to_owned(), Value::Bool(true))) .asc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::In( "coffee".to_owned(), vec![Value::Bool(true)], )) .desc("name") .first(5), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::NotIn( "coffee".to_owned(), vec![Value::Bool(true)], )) .desc("name") .first(5), ); // Misc filter tests QueryChecker::new(store) .check( vec!["1"], user_query() .filter(EntityFilter::Equal( "bin_name".to_owned(), Value::Bytes("Johnton".as_bytes().into()), )) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::Equal( "favorite_color".to_owned(), Value::Null, )) .desc("name"), ) .check( vec!["3", "1"], user_query() .filter(EntityFilter::Equal( "favorite_color".to_owned(), Value::Null, )) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::Not("favorite_color".to_owned(), Value::Null)) .desc("name"), ) .check( vec!["2"], user_query() .filter(EntityFilter::NotIn( "favorite_color".to_owned(), vec![Value::Null], )) .desc("name"), ) .check(vec!["3", "2", "1"], user_query().asc("weight")) .check(vec!["1", "2", "3"], user_query().desc("weight")) .check(vec!["1", "2", "3"], user_query().asc("id")) .check(vec!["3", "2", "1"], user_query().desc("id")) .check(vec!["3", "2", "1"], user_query().asc("age")) .check(vec!["1", "2", "3"], user_query().desc("age")) .check(vec!["2", "1", "3"], user_query().asc("name")) .check(vec!["3", "1", "2"], user_query().desc("name")) .check( vec!["1", "2"], user_query() .filter(EntityFilter::And(vec![EntityFilter::Or(vec![ EntityFilter::Equal("id".to_owned(), Value::from("1")), EntityFilter::Equal("id".to_owned(), Value::from("2")), ])])) .asc("id"), ); }); } fn make_entity_change(entity_type: &str) -> EntityChange { EntityChange::Data { subgraph_id: TEST_SUBGRAPH_ID.clone(), entity_type: EntityType::new(entity_type.to_owned()), } } // Get as events until we've seen all the expected events or we time out waiting async fn check_events( stream: StoreEventStream<impl Stream<Item = Arc<StoreEvent>, Error = ()> + Send>, expected: Vec<StoreEvent>, ) { fn as_set(events: Vec<Arc<StoreEvent>>) -> HashSet<EntityChange> { events.into_iter().fold(HashSet::new(), |mut set, event| { set.extend(event.changes.iter().map(|change| change.clone())); set }) } let expected = Mutex::new(as_set( expected.into_iter().map(|event| Arc::new(event)).collect(), )); // Capture extra changes here; this is only needed for debugging, really. // It's permissible that we get more changes than we expected because of // how store events group changes together let extra: Mutex<HashSet<EntityChange>> = Mutex::new(HashSet::new()); // Get events from the store until we've either seen all the changes we // expected or we timed out waiting for them stream .take_while(|event| { let mut expected = expected.lock().unwrap(); for change in &event.changes { if !expected.remove(&change) { extra.lock().unwrap().insert(change.clone()); } } future::ok(!expected.is_empty()) }) .collect() .compat() .timeout(Duration::from_secs(3)) .await .expect(&format!( "timed out waiting for events\n still waiting for {:?}\n got extra events {:?}", expected.lock().unwrap().clone(), extra.lock().unwrap().clone() )) .expect("something went wrong getting events"); // Check again that we really got everything assert_eq!(HashSet::new(), expected.lock().unwrap().clone()); } // Subscribe to store events fn subscribe( subgraph: &DeploymentHash, entity_type: &str, ) -> StoreEventStream<impl Stream<Item = Arc<StoreEvent>, Error = ()> + Send> { let subscription = SUBSCRIPTION_MANAGER.subscribe(vec![SubscriptionFilter::Entities( subgraph.clone(), EntityType::new(entity_type.to_owned()), )]); StoreEventStream::new(subscription) } async fn check_basic_revert( store: Arc<DieselStore>, expected: StoreEvent, deployment: &DeploymentLocator, entity_type: &str, ) { let this_query = user_query() .filter(EntityFilter::Equal( "name".to_owned(), Value::String("Shaqueeena".to_owned()), )) .desc("name"); let subscription = subscribe(&deployment.hash, entity_type); let state = deployment_state(store.as_ref(), &deployment.hash).await; assert_eq!(&deployment.hash, &state.id); // Revert block 3 revert_block(&store, &deployment, &*TEST_BLOCK_1_PTR).await; let returned_entities = store .subgraph_store() .find(this_query.clone()) .expect("store.find operation failed"); // There should be 1 user returned in results assert_eq!(1, returned_entities.len()); // Check if the first user in the result vector has email "[email protected]" let returned_name = returned_entities[0].get(&"email".to_owned()); let test_value = Value::String("[email protected]".to_owned()); assert!(returned_name.is_some()); assert_eq!(&test_value, returned_name.unwrap()); let state = deployment_state(store.as_ref(), &deployment.hash).await; assert_eq!(&deployment.hash, &state.id); check_events(subscription, vec![expected]).await } #[test] fn revert_block_basic_user() { run_test(|store, _, deployment| async move { let expected = StoreEvent::new(vec![make_entity_change(USER)]); let count = get_entity_count(store.clone(), &deployment.hash); check_basic_revert(store.clone(), expected, &deployment, USER).await; assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); }) } #[test] fn revert_block_with_delete() { run_test(|store, _, deployment| async move { let this_query = user_query() .filter(EntityFilter::Equal( "name".to_owned(), Value::String("Cindini".to_owned()), )) .desc("name"); // Delete entity with id=2 let del_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "2".to_owned()); // Process deletion transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Remove { key: del_key }], ) .unwrap(); let subscription = subscribe(&deployment.hash, USER); // Revert deletion let count = get_entity_count(store.clone(), &deployment.hash); revert_block(&store, &deployment, &*TEST_BLOCK_2_PTR).await; assert_eq!(count + 1, get_entity_count(store.clone(), &deployment.hash)); // Query after revert let returned_entities = store .subgraph_store() .find(this_query.clone()) .expect("store.find operation failed"); // There should be 1 entity returned in results assert_eq!(1, returned_entities.len()); // Check if "[email protected]" is in result set let returned_name = returned_entities[0].get(&"email".to_owned()); let test_value = Value::String("[email protected]".to_owned()); assert!(returned_name.is_some()); assert_eq!(&test_value, returned_name.unwrap()); // Check that the subscription notified us of the changes let expected = StoreEvent::new(vec![make_entity_change(USER)]); // The last event is the one for the reversion check_events(subscription, vec![expected]).await }) } #[test] fn revert_block_with_partial_update() { run_test(|store, writable, deployment| async move { let entity_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); let original_entity = writable.get(&entity_key).unwrap().expect("missing entity"); // Set test entity; as the entity already exists an update should be performed transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![EntityOperation::Set { key: entity_key.clone(), data: partial_entity.clone(), }], ) .unwrap(); let subscription = subscribe(&deployment.hash, USER); // Perform revert operation, reversing the partial update let count = get_entity_count(store.clone(), &deployment.hash); revert_block(&store, &deployment, &*TEST_BLOCK_2_PTR).await; assert_eq!(count, get_entity_count(store.clone(), &deployment.hash)); // Obtain the reverted entity from the store let reverted_entity = writable.get(&entity_key).unwrap().expect("missing entity"); // Verify that the entity has been returned to its original state assert_eq!(reverted_entity, original_entity); // Check that the subscription notified us of the changes let expected = StoreEvent::new(vec![make_entity_change(USER)]); check_events(subscription, vec![expected]).await }) } fn mock_data_source() -> graph_chain_ethereum::DataSource { graph_chain_ethereum::DataSource { kind: String::from("ethereum/contract"), name: String::from("example data source"), network: Some(String::from("mainnet")), source: Source { address: Some(Address::from_str("0123123123012312312301231231230123123123").unwrap()), abi: String::from("123123"), start_block: 0, }, mapping: Mapping { kind: String::from("ethereum/events"), api_version: Version::parse("0.1.0").unwrap(), language: String::from("wasm/assemblyscript"), entities: vec![], abis: vec![], event_handlers: vec![], call_handlers: vec![], block_handlers: vec![], link: Link { link: "link".to_owned(), }, runtime: Arc::new(Vec::new()), }, context: Default::default(), creation_block: None, contract_abi: Arc::new(mock_abi()), } } fn mock_abi() -> MappingABI { MappingABI { name: "mock_abi".to_string(), contract: Contract::load( r#"[ { "inputs": [ { "name": "a", "type": "address" } ], "type": "constructor" } ]"# .as_bytes(), ) .unwrap(), } } #[test] fn revert_block_with_dynamic_data_source_operations() { run_test(|store, writable, deployment| async move { let subgraph_store = store.subgraph_store(); // Create operations to add a user let user_key = EntityKey::data(deployment.hash.clone(), USER.to_owned(), "1".to_owned()); let partial_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ("email", Value::Null), ]); // Get the original user for comparisons let original_user = writable.get(&user_key).unwrap().expect("missing entity"); // Create operations to add a dynamic data source let data_source = mock_data_source(); let ops = vec![EntityOperation::Set { key: user_key.clone(), data: partial_entity.clone(), }]; // Add user and dynamic data source to the store transact_entities_and_dynamic_data_sources( &subgraph_store, deployment.clone(), TEST_BLOCK_3_PTR.clone(), vec![data_source.as_stored_dynamic_data_source()], ops, ) .unwrap(); // Verify that the user is no longer the original assert_ne!( writable.get(&user_key).unwrap().expect("missing entity"), original_user ); // Verify that the dynamic data source exists afterwards let loaded_dds = writable.load_dynamic_data_sources().await.unwrap(); assert_eq!(1, loaded_dds.len()); assert_eq!(data_source.source, loaded_dds[0].source); let subscription = subscribe(&deployment.hash, USER); // Revert block that added the user and the dynamic data source revert_block(&store, &deployment, &*TEST_BLOCK_2_PTR).await; // Verify that the user is the original again assert_eq!( writable.get(&user_key).unwrap().expect("missing entity"), original_user ); // Verify that the dynamic data source is gone after the reversion let loaded_dds = writable.load_dynamic_data_sources().await.unwrap(); assert_eq!(0, loaded_dds.len()); // Verify that the right change events were emitted for the reversion let expected_events = vec![StoreEvent { tag: 3, changes: HashSet::from_iter( vec![EntityChange::Data { subgraph_id: DeploymentHash::new("testsubgraph").unwrap(), entity_type: EntityType::new(USER.into()), }] .into_iter(), ), }]; check_events(subscription, expected_events).await }) } #[test] fn entity_changes_are_fired_and_forwarded_to_subscriptions() { run_test(|store, _, _| async move { let subgraph_id = DeploymentHash::new("EntityChangeTestSubgraph").unwrap(); let schema = Schema::parse(USER_GQL, subgraph_id.clone()).expect("Failed to parse user schema"); let manifest = SubgraphManifest::<graph_chain_ethereum::Chain> { id: subgraph_id.clone(), spec_version: Version::new(1, 0, 0), features: Default::default(), description: None, repository: None, schema: schema.clone(), data_sources: vec![], graft: None, templates: vec![], chain: PhantomData, }; // Create SubgraphDeploymentEntity let deployment_entity = SubgraphDeploymentEntity::new(&manifest, false, Some(TEST_BLOCK_0_PTR.clone())); let name = SubgraphName::new("test/entity-changes-are-fired").unwrap(); let node_id = NodeId::new("test").unwrap(); let deployment = store .subgraph_store() .create_subgraph_deployment( name, &schema, deployment_entity, node_id, NETWORK_NAME.to_string(), SubgraphVersionSwitchingMode::Instant, ) .unwrap(); let subscription = subscribe(&subgraph_id, USER); // Add two entities to the store let added_entities = vec![ ( "1".to_owned(), Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny Boy")), ]), ), ( "2".to_owned(), Entity::from(vec![ ("id", Value::from("2")), ("name", Value::from("Tessa")), ]), ), ]; transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_1_PTR.clone(), added_entities .iter() .map(|(id, data)| EntityOperation::Set { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), id.to_owned()), data: data.to_owned(), }) .collect(), ) .unwrap(); // Update an entity in the store let updated_entity = Entity::from(vec![ ("id", Value::from("1")), ("name", Value::from("Johnny")), ]); let update_op = EntityOperation::Set { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), "1".to_owned()), data: updated_entity.clone(), }; // Delete an entity in the store let delete_op = EntityOperation::Remove { key: EntityKey::data(subgraph_id.clone(), USER.to_owned(), "2".to_owned()), }; // Commit update & delete ops transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_2_PTR.clone(), vec![update_op, delete_op], ) .unwrap(); // We're expecting two events to be written to the subscription stream let user_type = EntityType::new(USER.to_owned()); let expected = vec![ StoreEvent::new(vec![ EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, ]), StoreEvent::new(vec![ EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, EntityChange::Data { subgraph_id: subgraph_id.clone(), entity_type: user_type.clone(), }, ]), ]; check_events(subscription, expected).await }) } #[test] fn throttle_subscription_delivers() { run_test(|store, _, deployment| async move { let subscription = subscribe(&deployment.hash, USER) .throttle_while_syncing( &*LOGGER, store .clone() .query_store(deployment.hash.clone().into(), true) .await .unwrap(), Duration::from_millis(500), ) .await; let user4 = create_test_entity( "4", USER, "Steve", "[email protected]", 72 as i32, 120.7, false, None, ); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![user4], ) .unwrap(); let expected = StoreEvent::new(vec![make_entity_change(USER)]); check_events(subscription, vec![expected]).await }) } #[test] fn throttle_subscription_throttles() { run_test(|store, _, deployment| async move { // Throttle for a very long time (30s) let subscription = subscribe(&deployment.hash, USER) .throttle_while_syncing( &*LOGGER, store .clone() .query_store(deployment.hash.clone().into(), true) .await .unwrap(), Duration::from_secs(30), ) .await; let user4 = create_test_entity( "4", USER, "Steve", "[email protected]", 72 as i32, 120.7, false, None, ); transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), vec![user4], ) .unwrap(); // Make sure we time out waiting for the subscription let res = subscription .take(1) .collect() .compat() .timeout(Duration::from_millis(500)) .await; assert!(res.is_err()); }) } #[test] fn subgraph_schema_types_have_subgraph_id_directive() { run_test(|store, _, deployment| async move { let schema = store .subgraph_store() .api_schema(&deployment.hash) .expect("test subgraph should have a schema"); for typedef in schema .document() .definitions .iter() .filter_map(|def| match def { s::Definition::TypeDefinition(typedef) => Some(typedef), _ => None, }) { // Verify that all types have a @subgraphId directive on them let directive = match typedef { s::TypeDefinition::Object(t) => &t.directives, s::TypeDefinition::Interface(t) => &t.directives, s::TypeDefinition::Enum(t) => &t.directives, s::TypeDefinition::Scalar(t) => &t.directives, s::TypeDefinition::Union(t) => &t.directives, s::TypeDefinition::InputObject(t) => &t.directives, } .iter() .find(|directive| directive.name == "subgraphId") .expect("all subgraph schema types should have a @subgraphId directive"); // Verify that all @subgraphId directives match the subgraph assert_eq!( directive.arguments, [( String::from("id"), s::Value::String(TEST_SUBGRAPH_ID_STRING.to_string()) )] ); } }) } #[test] fn handle_large_string_with_index() { const NAME: &str = "name"; const ONE: &str = "large_string_one"; const TWO: &str = "large_string_two"; fn make_insert_op(id: &str, name: &str) -> EntityModification { let mut data = Entity::new(); data.set("id", id); data.set(NAME, name); let key = EntityKey::data(TEST_SUBGRAPH_ID.clone(), USER.to_owned(), id.to_owned()); EntityModification::Insert { key, data } } run_test(|store, writable, deployment| async move { // We have to produce a massive string (1_000_000 chars) because // the repeated text compresses so well. This leads to an error // 'index row requires 11488 bytes, maximum size is 8191' if // used with a btree index without size limitation let long_text = std::iter::repeat("Quo usque tandem") .take(62500) .collect::<String>(); let other_text = long_text.clone() + "X"; let metrics_registry = Arc::new(MockMetricsRegistry::new()); let stopwatch_metrics = StopwatchMetrics::new( Logger::root(slog::Discard, o!()), deployment.hash.clone(), metrics_registry.clone(), ); writable .transact_block_operations( TEST_BLOCK_3_PTR.clone(), None, vec![ make_insert_op(ONE, &long_text), make_insert_op(TWO, &other_text), ], stopwatch_metrics, Vec::new(), Vec::new(), ) .expect("Failed to insert large text"); let query = user_query() .first(5) .filter(EntityFilter::Equal( NAME.to_owned(), long_text.clone().into(), )) .asc(NAME); let ids = store .subgraph_store() .find(query) .expect("Could not find entity") .iter() .map(|e| e.id()) .collect::<Result<Vec<_>, _>>() .expect("Found entities without an id"); assert_eq!(vec![ONE], ids); // Make sure we check the full string and not just a prefix let mut prefix = long_text.clone(); prefix.truncate(STRING_PREFIX_SIZE); let query = user_query() .first(5) .filter(EntityFilter::LessOrEqual(NAME.to_owned(), prefix.into())) .asc(NAME); let ids = store .subgraph_store() .find(query) .expect("Could not find entity") .iter() .map(|e| e.id()) .collect::<Result<Vec<_>, _>>() .expect("Found entities without an id"); // Users with name 'Cindini' and 'Johnton' assert_eq!(vec!["2", "1"], ids); }) } #[derive(Clone)] struct WindowQuery(EntityQuery, Arc<DieselSubgraphStore>); impl WindowQuery { fn new(store: &Arc<DieselStore>) -> Self { WindowQuery( user_query() .filter(EntityFilter::GreaterThan("age".into(), Value::from(0))) .first(10), store.subgraph_store(), ) .default_window() } fn default_window(mut self) -> Self { let entity_types = match self.0.collection { EntityCollection::All(entity_types) => entity_types, EntityCollection::Window(_) => { unreachable!("we do not use this method with a windowed collection") } }; let windows = entity_types .into_iter() .map(|(child_type, column_names)| { let attribute = WindowAttribute::Scalar("favorite_color".to_owned()); let link = EntityLink::Direct(attribute, ChildMultiplicity::Many); let ids = vec!["red", "green", "yellow", "blue"] .into_iter() .map(String::from) .collect(); EntityWindow { child_type, ids, link, column_names, } }) .collect(); self.0.collection = EntityCollection::Window(windows); self } fn first(self, first: u32) -> Self { WindowQuery(self.0.first(first), self.1) } fn skip(self, skip: u32) -> Self { WindowQuery(self.0.skip(skip), self.1) } fn asc(self, attr: &str) -> Self { WindowQuery( self.0 .order(EntityOrder::Ascending(attr.to_owned(), ValueType::String)), self.1, ) } fn desc(self, attr: &str) -> Self { WindowQuery( self.0 .order(EntityOrder::Descending(attr.to_owned(), ValueType::String)), self.1, ) } fn unordered(self) -> Self { WindowQuery(self.0.order(EntityOrder::Unordered), self.1) } fn above(self, age: i32) -> Self { WindowQuery( self.0 .filter(EntityFilter::GreaterThan("age".into(), Value::from(age))), self.1, ) } fn against_color_and_age(self) -> Self { let mut query = self.0; query.collection = EntityCollection::All(vec![ (EntityType::from(USER), AttributeNames::All), (EntityType::from("Person"), AttributeNames::All), ]); WindowQuery(query, self.1).default_window() } fn expect(&self, mut expected_ids: Vec<&str>, qid: &str) { let query = self.0.clone(); let store = &self.1; let unordered = matches!(query.order, EntityOrder::Unordered); let mut entity_ids = store .find(query) .expect("store.find failed to execute query") .into_iter() .map(|entity| match entity.get("id") { Some(Value::String(id)) => id.to_owned(), Some(_) => panic!("store.find returned entity with non-string ID attribute"), None => panic!("store.find returned entity with no ID attribute"), }) .collect::<Vec<_>>(); if unordered { entity_ids.sort(); expected_ids.sort(); } assert_eq!(expected_ids, entity_ids, "Failed query: {}", qid); } } #[test] fn window() { fn make_color_end_age(entity_type: &str, id: &str, color: &str, age: i32) -> EntityOperation { let mut entity = Entity::new(); entity.set("id", id.to_owned()); entity.set("age", age); entity.set("favorite_color", color); EntityOperation::Set { key: EntityKey::data( TEST_SUBGRAPH_ID.clone(), entity_type.to_owned(), id.to_owned(), ), data: entity, } } fn make_user(id: &str, color: &str, age: i32) -> EntityOperation { make_color_end_age(USER, id, color, age) } fn make_person(id: &str, color: &str, age: i32) -> EntityOperation { make_color_end_age("Person", id, color, age) } let ops = vec![ make_user("4", "green", 34), make_user("5", "green", 17), make_user("6", "green", 41), make_user("7", "red", 25), make_user("8", "red", 45), make_user("9", "yellow", 37), make_user("10", "blue", 27), make_user("11", "blue", 19), make_person("p1", "green", 12), make_person("p2", "red", 15), ]; run_test(|store, _, deployment| async move { transact_entity_operations( &store.subgraph_store(), &deployment, TEST_BLOCK_3_PTR.clone(), ops, ) .expect("Failed to create test users"); // Get the first 2 entries in each 'color group' WindowQuery::new(&store) .first(2) .expect(vec!["10", "11", "4", "5", "2", "7", "9"], "q1"); WindowQuery::new(&store) .first(1) .expect(vec!["10", "4", "2", "9"], "q2"); WindowQuery::new(&store) .first(1) .skip(1) .expect(vec!["11", "5", "7"], "q3"); WindowQuery::new(&store) .first(1) .skip(1) .desc("id") .expect(vec!["10", "5", "7"], "q4"); WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .expect(vec!["10", "5", "7"], "q5"); WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .above(25) .expect(vec!["4", "2"], "q6"); // Check queries for interfaces WindowQuery::new(&store) .first(1) .skip(1) .desc("favorite_color") .above(12) .against_color_and_age() .expect(vec!["10", "5", "8"], "q7"); WindowQuery::new(&store) .first(1) .asc("age") .above(12) .against_color_and_age() .expect(vec!["11", "5", "p2", "9"], "q8"); WindowQuery::new(&store) .unordered() .above(12) .against_color_and_age() .expect( vec!["10", "11", "2", "4", "5", "6", "7", "8", "9", "p2"], "q9", ); }); } #[test] fn find_at_block() { fn shaqueeena_at_block(block: BlockNumber, email: &'static str) { run_test(move |store, _, _| async move { let mut query = user_query() .filter(EntityFilter::Equal("name".to_owned(), "Shaqueeena".into())) .desc("name"); query.block = block; let entities = store .subgraph_store() .find(query) .expect("store.find failed to execute query"); assert_eq!(1, entities.len()); let entity = entities.first().unwrap(); assert_eq!(Some(&Value::from(email)), entity.get("email")); }) } shaqueeena_at_block(1, "[email protected]"); shaqueeena_at_block(2, "[email protected]"); shaqueeena_at_block(7000, "[email protected]"); } #[test] fn cleanup_cached_blocks() { if store_is_sharded() { // When the store is sharded, the setup in main.rs makes sure we // don't ever try to clean up cached blocks println!("store is sharded, skipping test"); return; } run_test(|store, _, _| async move { use block_store::*; // The test subgraph is at block 2. Since we don't ever delete // the genesis block, the only block eligible for cleanup is BLOCK_ONE // and the first retained block is block 2. block_store::set_chain( vec![&*GENESIS_BLOCK, &*BLOCK_ONE, &*BLOCK_TWO, &*BLOCK_THREE], NETWORK_NAME, ); let chain_store = store .block_store() .chain_store(NETWORK_NAME) .expect("fake chain store"); let cleaned = chain_store .cleanup_cached_blocks(10) .expect("cleanup succeeds"); assert_eq!(Some((2, 1)), cleaned); }) } #[test] fn reorg_tracking() { fn update_john( store: &Arc<DieselSubgraphStore>, deployment: &DeploymentLocator, age: i32, block: &BlockPtr, ) { let test_entity_1 = create_test_entity( "1", USER, "Johnton", "[email protected]", age, 184.4, false, None, ); transact_entity_operations(store, deployment, block.clone(), vec![test_entity_1]).unwrap(); } macro_rules! check_state { ($store:expr, $reorg_count: expr, $max_reorg_depth:expr, $latest_ethereum_block_number:expr) => { let subgraph_id = TEST_SUBGRAPH_ID.to_owned(); let state = deployment_state($store.as_ref(), &subgraph_id).await; assert_eq!(&subgraph_id, &state.id, "subgraph_id"); assert_eq!($reorg_count, state.reorg_count, "reorg_count"); assert_eq!($max_reorg_depth, state.max_reorg_depth, "max_reorg_depth"); assert_eq!( $latest_ethereum_block_number, state.latest_ethereum_block_number, "latest_ethereum_block_number" ); }; } // Check that reorg_count, max_reorg_depth, and latest_ethereum_block_number // are reported correctly in DeploymentState run_test(|store, _, deployment| async move { let subgraph_store = store.subgraph_store(); check_state!(store, 0, 0, 2); // Jump to block 4 transact_entity_operations( &subgraph_store, &deployment, TEST_BLOCK_4_PTR.clone(), vec![], ) .unwrap(); check_state!(store, 0, 0, 4); // Back to block 3 revert_block(&store, &deployment, &*TEST_BLOCK_3_PTR).await; check_state!(store, 1, 1, 3); // Back to block 2 revert_block(&store, &deployment, &*TEST_BLOCK_2_PTR).await; check_state!(store, 2, 2, 2); // Forward to block 3 update_john(&subgraph_store, &deployment, 70, &TEST_BLOCK_3_PTR); check_state!(store, 2, 2, 3); // Forward to block 4 update_john(&subgraph_store, &deployment, 71, &TEST_BLOCK_4_PTR); check_state!(store, 2, 2, 4); // Forward to block 5 update_john(&subgraph_store, &deployment, 72, &TEST_BLOCK_5_PTR); check_state!(store, 2, 2, 5); // Revert all the way back to block 2 revert_block(&store, &deployment, &*TEST_BLOCK_4_PTR).await; check_state!(store, 3, 2, 4); revert_block(&store, &deployment, &*TEST_BLOCK_3_PTR).await; check_state!(store, 4, 2, 3); revert_block(&store, &deployment, &*TEST_BLOCK_2_PTR).await; check_state!(store, 5, 3, 2); }) }

{ let mut test_entity = Entity::new(); test_entity.insert("id".to_owned(), Value::String(id.to_owned())); test_entity.insert("name".to_owned(), Value::String(name.to_owned())); let bin_name = scalar::Bytes::from_str(&hex::encode(name)).unwrap(); test_entity.insert("bin_name".to_owned(), Value::Bytes(bin_name)); test_entity.insert("email".to_owned(), Value::String(email.to_owned())); test_entity.insert("age".to_owned(), Value::Int(age)); test_entity.insert( "seconds_age".to_owned(), Value::BigInt(BigInt::from(age) * 31557600.into()), ); test_entity.insert("weight".to_owned(), Value::BigDecimal(weight.into())); test_entity.insert("coffee".to_owned(), Value::Bool(coffee)); test_entity.insert( "favorite_color".to_owned(), favorite_color .map(|s| Value::String(s.to_owned())) .unwrap_or(Value::Null), ); EntityOperation::Set { key: EntityKey::data( TEST_SUBGRAPH_ID.clone(), entity_type.to_owned(), id.to_owned(), ), data: test_entity, } }

karma.conf.js

module.exports = function(config) { config.set({ files: [ 'node_modules/jquery/dist/jquery.js', 'dist/jquery.boilerplate.min.js', 'test/setup.js', 'test/spec/*'

}); };

], frameworks: ['qunit'], autoWatch: true

singleton.py

#!/usr/bin/env python """ SINGLETON Use the Singleton pattern when: 1. there must be exactly one instance of a class, and it must be accessible to clients from a well-known access point. 2. the sole instance should be extensible by subclassing, and clients should be able to use an extended instance without modifying their code. """ import logging class Connection(object): """ Singleton 1. Defines an Instance operation that lets clients access its unique instance.

""" def __new__(type): if not '_connection' in type.__dict__: type._connection = object.__new__(type) logging.basicConfig(level=logging.INFO) logging.info('New database connection created!') logging.info('Connection established.') return type._connection if __name__ == "__main__": c = Connection() d = Connection()

2. May be responsible for creating its own unique instance.

crd.go

package v1 import ( "fmt" "reflect" "time" apiextensionsv1beta1 "k8s.io/apiextensions-apiserver/pkg/apis/apiextensions/v1beta1" apiextensionsclientset "k8s.io/apiextensions-apiserver/pkg/client/clientset/clientset" apierrors "k8s.io/apimachinery/pkg/api/errors" metav1 "k8s.io/apimachinery/pkg/apis/meta/v1" "k8s.io/apimachinery/pkg/util/errors" "k8s.io/apimachinery/pkg/util/wait" ) // CreateCustomResourceDefinition creates the CRD and add it into Kubernetes. If there is error, // it will do some clean up. func CreateCustomResourceDefinition(namespace string, clientSet apiextensionsclientset.Interface) (*apiextensionsv1beta1.CustomResourceDefinition, error) { crd := &apiextensionsv1beta1.CustomResourceDefinition{ ObjectMeta: metav1.ObjectMeta{ Name: CRDName, Namespace: namespace, }, Spec: apiextensionsv1beta1.CustomResourceDefinitionSpec{ Group: GroupName, Version: SchemeGroupVersion.Version, Scope: apiextensionsv1beta1.NamespaceScoped, Names: apiextensionsv1beta1.CustomResourceDefinitionNames{ Plural: Plural, Kind: reflect.TypeOf(SnapshotGroup{}).Name(), }, }, } _, err := clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Create(crd) if err == nil { fmt.Println("CRD SnapshotGroup is created") } else if apierrors.IsAlreadyExists(err) { fmt.Println("CRD SnapshotGroup already exists") } else { fmt.Printf("Fail to create CRD SnapshotGroup: %+v\n", err) return nil, err } // Wait for CRD creation. err = wait.Poll(5*time.Second, 60*time.Second, func() (bool, error) { crd, err = clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Get(CRDName, metav1.GetOptions{}) if err != nil { fmt.Printf("Fail to wait for CRD SnapshotGroup creation: %+v\n", err) return false, err } for _, cond := range crd.Status.Conditions { switch cond.Type { case apiextensionsv1beta1.Established: if cond.Status == apiextensionsv1beta1.ConditionTrue { return true, err } case apiextensionsv1beta1.NamesAccepted: if cond.Status == apiextensionsv1beta1.ConditionFalse

} } return false, err }) // If there is an error, delete the object to keep it clean. if err != nil { fmt.Println("Try to cleanup") deleteErr := clientSet.ApiextensionsV1beta1().CustomResourceDefinitions().Delete(CRDName, nil) if deleteErr != nil { fmt.Printf("Fail to delete CRD SnapshotGroup: %+v\n", deleteErr) return nil, errors.NewAggregate([]error{err, deleteErr}) } return nil, err } return crd, nil }

{ fmt.Printf("Name conflict while wait for CRD SnapshotGroup creation: %s, %+v\n", cond.Reason, err) }

simulated_propagation.py

#!/usr/bin/python3 __author__ = "Mark H. Meng" __copyright__ = "Copyright 2021, National University of S'pore and A*STAR" __credits__ = ["G. Bai", "H. Guo", "S. G. Teo", "J. S. Dong"] __license__ = "MIT" import paoding.utility.interval_arithmetic as ia import paoding.utility.utils as utils import math def calculate_bounds_of_output(model, intervals, loc): # Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) num_layers = len(model.layers) # Just return these intervals if current location is at the 2nd last layer if loc == num_layers - 1: return intervals total_pruned_count = 0 propagated_next_layer_interval = None while loc < num_layers - 1: # Exclude non FC layers num_curr_neurons = len(w[loc + 1][0]) num_next_neurons = len(w[loc + 1][0][0]) relu_activation = g[loc]['activation'] == 'relu' if len(intervals) != num_curr_neurons: raise Exception("Error: input intervals are not in expected shape -", num_curr_neurons, "expected, not", len(intervals)) # No activation at the output layer if loc + 1 == num_layers - 1: propagated_next_layer_interval = ia.forward_propogation(intervals, w[loc + 1][0], w[loc + 1][1], activation=False) else: propagated_next_layer_interval = ia.forward_propogation(intervals, w[loc + 1][0], w[loc + 1][1], activation=True, relu_activation=relu_activation) intervals = propagated_next_layer_interval loc += 1 return propagated_next_layer_interval # Return the evaluation of the impact in a pair of real numbers as interval def calculate_impact_of_pruning_next_layer(model, big_map, pruning_pairs, loc, cumulative_next_layer_intervals=None, kaggle_credit=False): # Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) # Each pruning pair is in form of a tuple (a,b), in which "a" is the hidden unit to be pruned, and "b" # is the one to remain. The Delta produced by this pruning is as follow: # Delta = [b * (w_a + w_b) + 2 * bias_b] - [a * w_a + bias_a + b * w_b + bias_b] # = (b-a) * w_a + (bias_b - bias_a) # or if we omit the impact of bias: # Delta = [b * (w_a + w_b)] - [a * w_a + b * w_b] # = (b-a) * w_a # The Delta produced by each pruning is presented at the next layer, and the propagation # simulates the impact of Delta to the output layer # In case there is a single unit pruning, s.t. b = -1 # the Delta will be -1 * (a * w_a) next_layer_size = len(w[loc+1][0][0]) if cumulative_next_layer_intervals is None: empty_interval = (0,0) cumulative_next_layer_intervals = [empty_interval for i in range(0, next_layer_size)] num_layers = len(model.layers) for (a, b) in pruning_pairs: (a_lo, a_hi) = big_map[loc][a] # DEPRECATED # (a_lo, a_hi) = get_definition_interval(a, loc, parameters=w, relu_activation=use_relu, kaggle_credit=kaggle_credit) # Check if there is a pair pruning or single unit pruning (b=-1) if b != -1: (b_lo, b_hi) = big_map[loc][b] # DEPRECATED # (b_lo, b_hi) = get_definition_interval(b, loc, parameters=w, relu_activation=use_relu, kaggle_credit=kaggle_credit) # approximate the result of (a-b) (a_minus_b_lo, a_minus_b_hi) = ia.interval_minus((a_lo, a_hi), (b_lo, b_hi)) w_a = w[loc + 1][0][a] if len(w_a) is not next_layer_size: raise Exception("Inconsistent size of parameters") impact_to_next_layer = [ia.interval_scale((a_minus_b_lo, a_minus_b_hi), k) for k in w_a] else: w_a = w[loc + 1][0][a] if len(w_a) is not next_layer_size: raise Exception("Inconsistent size of parameters") impact_to_next_layer = [ia.interval_scale((a_lo, a_hi), -1*k) for k in w_a] if len(impact_to_next_layer) is not next_layer_size: raise Exception("Inconsistent size of parameters") for index, interval in enumerate(cumulative_next_layer_intervals): cumulative_next_layer_intervals[index] = ia.interval_add(interval, impact_to_next_layer[index]) #print(cumulative_next_layer_intervals) return cumulative_next_layer_intervals def get_definition_map(model, definition_dict=None, input_interval=(0, 1)): # First locate the dense (FC) layers, starting from the input layer/flatten layer until the second last layer ## Load the parameters and configuration of the input model (w, g) = utils.load_param_and_config(model) num_layers = len(model.layers) layer_idx = 0 starting_layer_index = -1 ending_layer_index = -1 while layer_idx < num_layers - 1: if "dense" in model.layers[layer_idx].name: if starting_layer_index < 0: starting_layer_index = layer_idx - 1 if ending_layer_index < layer_idx: ending_layer_index = layer_idx layer_idx += 1 if (starting_layer_index < 0) or (ending_layer_index < 0): raise Exception("Fully connected layers not identified") # Now let's create a hash table as dictionary to store all definition intervals of FC neurons if definition_dict is None: definition_dict = {} definition_dict[starting_layer_index] = {} for i in range(0, len(w[starting_layer_index + 1][0])): definition_dict[starting_layer_index][i] = input_interval for i in range(starting_layer_index + 1, ending_layer_index + 1): num_prev_neurons = len(w[i][0]) num_curr_neurons = len(w[i][0][0]) if i not in definition_dict.keys(): definition_dict[i] = {} curr_activation = g[i]['activation'] for m in range(0, num_curr_neurons): (sum_lo, sum_hi) = (0, 0) for n in range(0, num_prev_neurons): affine_w_x = ia.interval_scale(definition_dict[i-1][n], w[i][0][n][m]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), affine_w_x) bias = (w[i][1][m], w[i][1][m]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), bias) if curr_activation == 'relu': definition_dict[i][m] = (0, sum_hi) else: # Assume it is sigmoid sum_hi = 1 / (1 + math.exp(-1 * sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) definition_dict[i][m] = (sum_lo, sum_hi) return definition_dict # DEPRECATED - Replaced by initialize_definition_map def get_definition_interval(unit_index, layer_index, parameters, relu_activation=True, kaggle_credit=False):

if kaggle_credit: input_definition_interval = (-5, 5) else: input_definition_interval = (0, 1) # input_size = len(parameters[1][0]) # Starting from input layer (MLP) or the last flatten layer (CNN) if layer_index == 1 or (layer_index>1 and not parameters[layer_index-1]): #print(">> DEBUG: unit_index:", unit_index, " & layer_index:", layer_index) weights = [parameters[layer_index][0][j][unit_index] for j in range(0, len(parameters[layer_index][0]))] bias = parameters[layer_index][1][unit_index] (sum_lo, sum_hi) = ia.interval_sum([ia.interval_scale(input_definition_interval, w) for w in weights]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), (bias, bias)) if relu_activation: if sum_hi < 0: sum_hi = 0 if sum_lo < 0: sum_lo = 0 else: sum_hi = 1 / (1 + math.exp(-1 * sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) return (sum_lo, sum_hi) # Temp Wordaround: no definition algorithm avaliable for nodes after the 2nd layer, set as [-1,1] else: weights = [parameters[layer_index][0][j][unit_index] for j in range(0, len(parameters[layer_index][0]))] bias = parameters[layer_index][1][unit_index] (sum_lo, sum_hi) = ia.interval_sum([ia.interval_scale(input_definition_interval, w) for w in weights]) (sum_lo, sum_hi) = ia.interval_add((sum_lo, sum_hi), (bias, bias)) if relu_activation: if sum_hi < 0: sum_hi = 0 if sum_lo < 0: sum_lo = 0 else: sum_hi = 1 / (1 + math.exp(-1 * sum_hi)) sum_lo = 1 / (1 + math.exp(-1 * sum_lo)) return (sum_lo, sum_hi) return None

version.go

package gocv /* #include <stdlib.h> #include "version.h" */ import "C" // GoCVVersion of this package, for display purposes. const GoCVVersion = "0.11.0" // Version returns the current golang package version func Version() string { return GoCVVersion } // OpenCVVersion returns the current OpenCV lib version func

() string { return C.GoString(C.openCVVersion()) }

OpenCVVersion

bonding.go

package netconf import ( "io/ioutil" "os" "os/exec" "strings" "time" "github.com/burmilla/os/pkg/log" "github.com/vishvananda/netlink" ) const ( base = "/sys/class/net/" bondingMasters = "/sys/class/net/bonding_masters" ) type Bonding struct { name string } func (b *Bonding) init() error { _, err := os.Stat(bondingMasters) if os.IsNotExist(err) { log.Info("Loading bonding kernel module") cmd := exec.Command("modprobe", "bonding") cmd.Stderr = os.Stderr cmd.Stdout = os.Stdin err = cmd.Run() if err != nil { for i := 0; i < 30; i++ { if _, err = os.Stat(bondingMasters); err == nil { break } time.Sleep(100 * time.Millisecond) } } } _, err = os.Stat(bondingMasters) return err } func contains(file, word string) (bool, error) { words, err := ioutil.ReadFile(file) if err != nil { return false, err } for _, s := range strings.Split(strings.TrimSpace(string(words)), " ") { if s == strings.TrimSpace(word) { return true, nil } } return false, nil } func (b *Bonding) linkDown() error { link, err := netlink.LinkByName(b.name) if err != nil { return err } return netlink.LinkSetDown(link) } func (b *Bonding) ListSlaves() ([]string, error) { file := base + b.name + "/bonding/slaves" words, err := ioutil.ReadFile(file) if err != nil { return nil, err } result := []string{} for _, s := range strings.Split(strings.TrimSpace(string(words)), " ") { if s != "" { result = append(result, s) } } return result, nil } func (b *Bonding) RemoveSlave(slave string) error { if ok, err := contains(base+b.name+"/bonding/slaves", slave); err != nil { return err } else if !ok { return nil } p := base + b.name + "/bonding/slaves" log.Infof("Removing slave %s from master %s", slave, b.name) return ioutil.WriteFile(p, []byte("-"+slave), 0644) } func (b *Bonding) AddSlave(slave string) error { if ok, err := contains(base+b.name+"/bonding/slaves", slave); err != nil { return err } else if ok { return nil } p := base + b.name + "/bonding/slaves" log.Infof("Adding slave %s to master %s", slave, b.name) return ioutil.WriteFile(p, []byte("+"+slave), 0644) } func (b *Bonding) Opt(key, value string) error { if key == "mode" { // Don't care about errors here b.linkDown() slaves, _ := b.ListSlaves() for _, slave := range slaves { b.RemoveSlave(slave) } } p := base + b.name + "/bonding/" + key if err := ioutil.WriteFile(p, []byte(value), 0644); err != nil { log.Errorf("Failed to set %s=%s on %s: %v", key, value, b.name, err) return err } log.Infof("Set %s=%s on %s", key, value, b.name) return nil } func

(name string) (*Bonding, error) { b := &Bonding{name: name} if err := b.init(); err != nil { return nil, err } if ok, err := contains(bondingMasters, name); err != nil { return nil, err } else if ok { return b, nil } log.Infof("Creating bond %s", name) return b, ioutil.WriteFile(bondingMasters, []byte("+"+name), 0644) }

Bond

view.py

from rest_framework import mixins, generics from rest_framework.response import Response from service_user.exports import get_user_instance_with_token_id from service_application.exports import get_app_instance_with_app_id from service_application.models import UsingApplicationModel from utils import log, ParameterKeys class UninstallAPI(generics.GenericAPIView, mixins.DestroyModelMixin): def delete(self, request): log(self.delete, params=request.query_params) # get user instance _ui = get_user_instance_with_token_id( user_id=request.query_params.get(ParameterKeys.USER_ID, None), token_id=request.query_params.get(ParameterKeys.TOKEN_ID, None) ) if _ui is None: return Response({

}) # get application instance _ai = get_app_instance_with_app_id( app_id=request.query_params.get(ParameterKeys.APPLICATION_ID) ) if _ai is None: return Response({ ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_APPLICATION }) # response try: _i = UsingApplicationModel.objects.get( application_id=_ai.id, user_id=_ui.id ) except UsingApplicationModel.DoesNotExist: return Response({ ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_APPLICATION }) self.perform_destroy(_i) return Response({ ParameterKeys.STATUS: ParameterKeys.SUCCESS, ParameterKeys.APPLICATION_ID: str(_ai.app_id) })

ParameterKeys.STATUS: ParameterKeys.INVALID, ParameterKeys.CODE: ParameterKeys.INVALID_USER

namespace_mock.go

// Code generated by MockGen. DO NOT EDIT. // Source: github.com/m3db/m3/src/dbnode/storage/namespace/types.go // Copyright (c) 2018 Uber Technologies, Inc. // // Permission is hereby granted, free of charge, to any person obtaining a copy // of this software and associated documentation files (the "Software"), to deal // in the Software without restriction, including without limitation the rights // to use, copy, modify, merge, publish, distribute, sublicense, and/or sell // copies of the Software, and to permit persons to whom the Software is // furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, // OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN // THE SOFTWARE. // Package namespace is a generated GoMock package. package namespace import ( "reflect" "time" "github.com/m3db/m3/src/cluster/client" "github.com/m3db/m3/src/dbnode/retention" "github.com/m3db/m3x/ident" "github.com/m3db/m3x/instrument" "github.com/golang/mock/gomock" ) // MockOptions is a mock of Options interface type MockOptions struct { ctrl *gomock.Controller recorder *MockOptionsMockRecorder } // MockOptionsMockRecorder is the mock recorder for MockOptions type MockOptionsMockRecorder struct { mock *MockOptions } // NewMockOptions creates a new mock instance func NewMockOptions(ctrl *gomock.Controller) *MockOptions { mock := &MockOptions{ctrl: ctrl} mock.recorder = &MockOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockOptions) EXPECT() *MockOptionsMockRecorder { return m.recorder } // Validate mocks base method func (m *MockOptions) Validate() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Validate") ret0, _ := ret[0].(error) return ret0 } // Validate indicates an expected call of Validate func (mr *MockOptionsMockRecorder) Validate() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Validate", reflect.TypeOf((*MockOptions)(nil).Validate)) } // Equal mocks base method func (m *MockOptions) Equal(value Options) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr *MockOptionsMockRecorder) Equal(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((*MockOptions)(nil).Equal), value) } // SetBootstrapEnabled mocks base method func (m *MockOptions) SetBootstrapEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetBootstrapEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetBootstrapEnabled indicates an expected call of SetBootstrapEnabled func (mr *MockOptionsMockRecorder) SetBootstrapEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetBootstrapEnabled", reflect.TypeOf((*MockOptions)(nil).SetBootstrapEnabled), value) } // BootstrapEnabled mocks base method func (m *MockOptions) BootstrapEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "BootstrapEnabled") ret0, _ := ret[0].(bool) return ret0 } // BootstrapEnabled indicates an expected call of BootstrapEnabled func (mr *MockOptionsMockRecorder) BootstrapEnabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "BootstrapEnabled", reflect.TypeOf((*MockOptions)(nil).BootstrapEnabled)) } // SetFlushEnabled mocks base method func (m *MockOptions) SetFlushEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetFlushEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetFlushEnabled indicates an expected call of SetFlushEnabled func (mr *MockOptionsMockRecorder) SetFlushEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetFlushEnabled", reflect.TypeOf((*MockOptions)(nil).SetFlushEnabled), value) } // FlushEnabled mocks base method func (m *MockOptions) FlushEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "FlushEnabled") ret0, _ := ret[0].(bool) return ret0 } // FlushEnabled indicates an expected call of FlushEnabled func (mr *MockOptionsMockRecorder) FlushEnabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "FlushEnabled", reflect.TypeOf((*MockOptions)(nil).FlushEnabled)) } // SetSnapshotEnabled mocks base method func (m *MockOptions) SetSnapshotEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetSnapshotEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetSnapshotEnabled indicates an expected call of SetSnapshotEnabled func (mr *MockOptionsMockRecorder) SetSnapshotEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetSnapshotEnabled", reflect.TypeOf((*MockOptions)(nil).SetSnapshotEnabled), value) } // SnapshotEnabled mocks base method func (m *MockOptions) SnapshotEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SnapshotEnabled") ret0, _ := ret[0].(bool) return ret0 } // SnapshotEnabled indicates an expected call of SnapshotEnabled func (mr *MockOptionsMockRecorder) SnapshotEnabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SnapshotEnabled", reflect.TypeOf((*MockOptions)(nil).SnapshotEnabled)) } // SetWritesToCommitLog mocks base method func (m *MockOptions) SetWritesToCommitLog(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetWritesToCommitLog", value) ret0, _ := ret[0].(Options) return ret0 } // SetWritesToCommitLog indicates an expected call of SetWritesToCommitLog func (mr *MockOptionsMockRecorder) SetWritesToCommitLog(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetWritesToCommitLog", reflect.TypeOf((*MockOptions)(nil).SetWritesToCommitLog), value) } // WritesToCommitLog mocks base method func (m *MockOptions) WritesToCommitLog() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "WritesToCommitLog") ret0, _ := ret[0].(bool) return ret0 } // WritesToCommitLog indicates an expected call of WritesToCommitLog func (mr *MockOptionsMockRecorder) WritesToCommitLog() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "WritesToCommitLog", reflect.TypeOf((*MockOptions)(nil).WritesToCommitLog)) } // SetCleanupEnabled mocks base method func (m *MockOptions) SetCleanupEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetCleanupEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetCleanupEnabled indicates an expected call of SetCleanupEnabled func (mr *MockOptionsMockRecorder) SetCleanupEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetCleanupEnabled", reflect.TypeOf((*MockOptions)(nil).SetCleanupEnabled), value) } // CleanupEnabled mocks base method func (m *MockOptions) CleanupEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "CleanupEnabled") ret0, _ := ret[0].(bool) return ret0 } // CleanupEnabled indicates an expected call of CleanupEnabled func (mr *MockOptionsMockRecorder) CleanupEnabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "CleanupEnabled", reflect.TypeOf((*MockOptions)(nil).CleanupEnabled)) } // SetRepairEnabled mocks base method func (m *MockOptions) SetRepairEnabled(value bool) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetRepairEnabled", value) ret0, _ := ret[0].(Options) return ret0 } // SetRepairEnabled indicates an expected call of SetRepairEnabled func (mr *MockOptionsMockRecorder) SetRepairEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetRepairEnabled", reflect.TypeOf((*MockOptions)(nil).SetRepairEnabled), value) } // RepairEnabled mocks base method func (m *MockOptions) RepairEnabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "RepairEnabled") ret0, _ := ret[0].(bool) return ret0 } // RepairEnabled indicates an expected call of RepairEnabled func (mr *MockOptionsMockRecorder) RepairEnabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "RepairEnabled", reflect.TypeOf((*MockOptions)(nil).RepairEnabled)) } // SetRetentionOptions mocks base method func (m *MockOptions) SetRetentionOptions(value retention.Options) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetRetentionOptions", value) ret0, _ := ret[0].(Options) return ret0 } // SetRetentionOptions indicates an expected call of SetRetentionOptions func (mr *MockOptionsMockRecorder) SetRetentionOptions(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetRetentionOptions", reflect.TypeOf((*MockOptions)(nil).SetRetentionOptions), value) } // RetentionOptions mocks base method func (m *MockOptions) RetentionOptions() retention.Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "RetentionOptions") ret0, _ := ret[0].(retention.Options) return ret0 } // RetentionOptions indicates an expected call of RetentionOptions func (mr *MockOptionsMockRecorder) RetentionOptions() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "RetentionOptions", reflect.TypeOf((*MockOptions)(nil).RetentionOptions)) } // SetIndexOptions mocks base method func (m *MockOptions) SetIndexOptions(value IndexOptions) Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetIndexOptions", value) ret0, _ := ret[0].(Options) return ret0 } // SetIndexOptions indicates an expected call of SetIndexOptions func (mr *MockOptionsMockRecorder) SetIndexOptions(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetIndexOptions", reflect.TypeOf((*MockOptions)(nil).SetIndexOptions), value) } // IndexOptions mocks base method func (m *MockOptions) IndexOptions() IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "IndexOptions") ret0, _ := ret[0].(IndexOptions) return ret0 } // IndexOptions indicates an expected call of IndexOptions func (mr *MockOptionsMockRecorder) IndexOptions() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "IndexOptions", reflect.TypeOf((*MockOptions)(nil).IndexOptions)) } // MockIndexOptions is a mock of IndexOptions interface type MockIndexOptions struct { ctrl *gomock.Controller recorder *MockIndexOptionsMockRecorder } // MockIndexOptionsMockRecorder is the mock recorder for MockIndexOptions type MockIndexOptionsMockRecorder struct { mock *MockIndexOptions } // NewMockIndexOptions creates a new mock instance func NewMockIndexOptions(ctrl *gomock.Controller) *MockIndexOptions { mock := &MockIndexOptions{ctrl: ctrl} mock.recorder = &MockIndexOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockIndexOptions) EXPECT() *MockIndexOptionsMockRecorder { return m.recorder } // Equal mocks base method func (m *MockIndexOptions) Equal(value IndexOptions) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr *MockIndexOptionsMockRecorder) Equal(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((*MockIndexOptions)(nil).Equal), value) } // SetEnabled mocks base method func (m *MockIndexOptions) SetEnabled(value bool) IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetEnabled", value) ret0, _ := ret[0].(IndexOptions) return ret0 } // SetEnabled indicates an expected call of SetEnabled func (mr *MockIndexOptionsMockRecorder) SetEnabled(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetEnabled", reflect.TypeOf((*MockIndexOptions)(nil).SetEnabled), value) } // Enabled mocks base method func (m *MockIndexOptions) Enabled() bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Enabled") ret0, _ := ret[0].(bool) return ret0 } // Enabled indicates an expected call of Enabled func (mr *MockIndexOptionsMockRecorder) Enabled() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Enabled", reflect.TypeOf((*MockIndexOptions)(nil).Enabled)) } // SetBlockSize mocks base method func (m *MockIndexOptions) SetBlockSize(value time.Duration) IndexOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetBlockSize", value) ret0, _ := ret[0].(IndexOptions) return ret0 } // SetBlockSize indicates an expected call of SetBlockSize func (mr *MockIndexOptionsMockRecorder) SetBlockSize(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetBlockSize", reflect.TypeOf((*MockIndexOptions)(nil).SetBlockSize), value) } // BlockSize mocks base method func (m *MockIndexOptions) BlockSize() time.Duration { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "BlockSize") ret0, _ := ret[0].(time.Duration) return ret0 } // BlockSize indicates an expected call of BlockSize func (mr *MockIndexOptionsMockRecorder) BlockSize() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "BlockSize", reflect.TypeOf((*MockIndexOptions)(nil).BlockSize)) } // MockMetadata is a mock of Metadata interface type MockMetadata struct { ctrl *gomock.Controller recorder *MockMetadataMockRecorder } // MockMetadataMockRecorder is the mock recorder for MockMetadata type MockMetadataMockRecorder struct { mock *MockMetadata } // NewMockMetadata creates a new mock instance func NewMockMetadata(ctrl *gomock.Controller) *MockMetadata { mock := &MockMetadata{ctrl: ctrl} mock.recorder = &MockMetadataMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockMetadata) EXPECT() *MockMetadataMockRecorder { return m.recorder } // Equal mocks base method func (m *MockMetadata) Equal(value Metadata) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr *MockMetadataMockRecorder) Equal(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((*MockMetadata)(nil).Equal), value) } // ID mocks base method func (m *MockMetadata) ID() ident.ID { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "ID") ret0, _ := ret[0].(ident.ID) return ret0 } // ID indicates an expected call of ID func (mr *MockMetadataMockRecorder) ID() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "ID", reflect.TypeOf((*MockMetadata)(nil).ID)) } // Options mocks base method func (m *MockMetadata) Options() Options { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Options") ret0, _ := ret[0].(Options) return ret0 } // Options indicates an expected call of Options func (mr *MockMetadataMockRecorder) Options() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Options", reflect.TypeOf((*MockMetadata)(nil).Options)) } // MockMap is a mock of Map interface type MockMap struct { ctrl *gomock.Controller recorder *MockMapMockRecorder } // MockMapMockRecorder is the mock recorder for MockMap type MockMapMockRecorder struct { mock *MockMap } // NewMockMap creates a new mock instance func NewMockMap(ctrl *gomock.Controller) *MockMap { mock := &MockMap{ctrl: ctrl} mock.recorder = &MockMapMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockMap) EXPECT() *MockMapMockRecorder { return m.recorder } // Equal mocks base method func (m *MockMap) Equal(value Map) bool { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Equal", value) ret0, _ := ret[0].(bool) return ret0 } // Equal indicates an expected call of Equal func (mr *MockMapMockRecorder) Equal(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Equal", reflect.TypeOf((*MockMap)(nil).Equal), value) } // Get mocks base method func (m *MockMap) Get(arg0 ident.ID) (Metadata, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Get", arg0) ret0, _ := ret[0].(Metadata) ret1, _ := ret[1].(error) return ret0, ret1 } // Get indicates an expected call of Get func (mr *MockMapMockRecorder) Get(arg0 interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Get", reflect.TypeOf((*MockMap)(nil).Get), arg0) } // IDs mocks base method func (m *MockMap) IDs() []ident.ID { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "IDs") ret0, _ := ret[0].([]ident.ID) return ret0 } // IDs indicates an expected call of IDs func (mr *MockMapMockRecorder) IDs() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "IDs", reflect.TypeOf((*MockMap)(nil).IDs)) } // Metadatas mocks base method func (m *MockMap) Metadatas() []Metadata { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Metadatas") ret0, _ := ret[0].([]Metadata) return ret0 } // Metadatas indicates an expected call of Metadatas func (mr *MockMapMockRecorder) Metadatas() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Metadatas", reflect.TypeOf((*MockMap)(nil).Metadatas)) } // MockWatch is a mock of Watch interface type MockWatch struct { ctrl *gomock.Controller recorder *MockWatchMockRecorder } // MockWatchMockRecorder is the mock recorder for MockWatch type MockWatchMockRecorder struct { mock *MockWatch } // NewMockWatch creates a new mock instance func NewMockWatch(ctrl *gomock.Controller) *MockWatch { mock := &MockWatch{ctrl: ctrl} mock.recorder = &MockWatchMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockWatch) EXPECT() *MockWatchMockRecorder { return m.recorder } // C mocks base method func (m *MockWatch) C() <-chan struct{} { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "C") ret0, _ := ret[0].(<-chan struct{}) return ret0 } // C indicates an expected call of C func (mr *MockWatchMockRecorder) C() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "C", reflect.TypeOf((*MockWatch)(nil).C)) } // Get mocks base method func (m *MockWatch) Get() Map { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Get") ret0, _ := ret[0].(Map) return ret0 } // Get indicates an expected call of Get func (mr *MockWatchMockRecorder) Get() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Get", reflect.TypeOf((*MockWatch)(nil).Get)) } // Close mocks base method func (m *MockWatch) Close() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Close") ret0, _ := ret[0].(error) return ret0 } // Close indicates an expected call of Close func (mr *MockWatchMockRecorder) Close() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Close", reflect.TypeOf((*MockWatch)(nil).Close)) } // MockRegistry is a mock of Registry interface type MockRegistry struct { ctrl *gomock.Controller recorder *MockRegistryMockRecorder } // MockRegistryMockRecorder is the mock recorder for MockRegistry type MockRegistryMockRecorder struct { mock *MockRegistry } // NewMockRegistry creates a new mock instance func NewMockRegistry(ctrl *gomock.Controller) *MockRegistry { mock := &MockRegistry{ctrl: ctrl} mock.recorder = &MockRegistryMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockRegistry) EXPECT() *MockRegistryMockRecorder { return m.recorder } // Watch mocks base method func (m *MockRegistry) Watch() (Watch, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Watch") ret0, _ := ret[0].(Watch) ret1, _ := ret[1].(error) return ret0, ret1 } // Watch indicates an expected call of Watch func (mr *MockRegistryMockRecorder) Watch() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Watch", reflect.TypeOf((*MockRegistry)(nil).Watch)) } // Close mocks base method func (m *MockRegistry) Close() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Close") ret0, _ := ret[0].(error) return ret0 } // Close indicates an expected call of Close func (mr *MockRegistryMockRecorder) Close() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Close", reflect.TypeOf((*MockRegistry)(nil).Close)) } // MockInitializer is a mock of Initializer interface type MockInitializer struct { ctrl *gomock.Controller recorder *MockInitializerMockRecorder } // MockInitializerMockRecorder is the mock recorder for MockInitializer type MockInitializerMockRecorder struct { mock *MockInitializer } // NewMockInitializer creates a new mock instance func NewMockInitializer(ctrl *gomock.Controller) *MockInitializer { mock := &MockInitializer{ctrl: ctrl} mock.recorder = &MockInitializerMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockInitializer) EXPECT() *MockInitializerMockRecorder { return m.recorder } // Init mocks base method func (m *MockInitializer) Init() (Registry, error) { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Init") ret0, _ := ret[0].(Registry) ret1, _ := ret[1].(error) return ret0, ret1 } // Init indicates an expected call of Init func (mr *MockInitializerMockRecorder) Init() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Init", reflect.TypeOf((*MockInitializer)(nil).Init)) } // MockDynamicOptions is a mock of DynamicOptions interface type MockDynamicOptions struct { ctrl *gomock.Controller recorder *MockDynamicOptionsMockRecorder } // MockDynamicOptionsMockRecorder is the mock recorder for MockDynamicOptions type MockDynamicOptionsMockRecorder struct { mock *MockDynamicOptions } // NewMockDynamicOptions creates a new mock instance func NewMockDynamicOptions(ctrl *gomock.Controller) *MockDynamicOptions { mock := &MockDynamicOptions{ctrl: ctrl} mock.recorder = &MockDynamicOptionsMockRecorder{mock} return mock } // EXPECT returns an object that allows the caller to indicate expected use func (m *MockDynamicOptions) EXPECT() *MockDynamicOptionsMockRecorder { return m.recorder } // Validate mocks base method func (m *MockDynamicOptions) Validate() error { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "Validate") ret0, _ := ret[0].(error) return ret0 } // Validate indicates an expected call of Validate func (mr *MockDynamicOptionsMockRecorder) Validate() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "Validate", reflect.TypeOf((*MockDynamicOptions)(nil).Validate)) } // SetInstrumentOptions mocks base method func (m *MockDynamicOptions) SetInstrumentOptions(value instrument.Options) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetInstrumentOptions", value) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetInstrumentOptions indicates an expected call of SetInstrumentOptions func (mr *MockDynamicOptionsMockRecorder) SetInstrumentOptions(value interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetInstrumentOptions", reflect.TypeOf((*MockDynamicOptions)(nil).SetInstrumentOptions), value) } // InstrumentOptions mocks base method func (m *MockDynamicOptions) InstrumentOptions() instrument.Options { m.ctrl.T.Helper()

ret := m.ctrl.Call(m, "InstrumentOptions") ret0, _ := ret[0].(instrument.Options) return ret0 } // InstrumentOptions indicates an expected call of InstrumentOptions func (mr *MockDynamicOptionsMockRecorder) InstrumentOptions() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "InstrumentOptions", reflect.TypeOf((*MockDynamicOptions)(nil).InstrumentOptions)) } // SetConfigServiceClient mocks base method func (m *MockDynamicOptions) SetConfigServiceClient(c client.Client) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetConfigServiceClient", c) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetConfigServiceClient indicates an expected call of SetConfigServiceClient func (mr *MockDynamicOptionsMockRecorder) SetConfigServiceClient(c interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetConfigServiceClient", reflect.TypeOf((*MockDynamicOptions)(nil).SetConfigServiceClient), c) } // ConfigServiceClient mocks base method func (m *MockDynamicOptions) ConfigServiceClient() client.Client { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "ConfigServiceClient") ret0, _ := ret[0].(client.Client) return ret0 } // ConfigServiceClient indicates an expected call of ConfigServiceClient func (mr *MockDynamicOptionsMockRecorder) ConfigServiceClient() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "ConfigServiceClient", reflect.TypeOf((*MockDynamicOptions)(nil).ConfigServiceClient)) } // SetNamespaceRegistryKey mocks base method func (m *MockDynamicOptions) SetNamespaceRegistryKey(k string) DynamicOptions { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "SetNamespaceRegistryKey", k) ret0, _ := ret[0].(DynamicOptions) return ret0 } // SetNamespaceRegistryKey indicates an expected call of SetNamespaceRegistryKey func (mr *MockDynamicOptionsMockRecorder) SetNamespaceRegistryKey(k interface{}) *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "SetNamespaceRegistryKey", reflect.TypeOf((*MockDynamicOptions)(nil).SetNamespaceRegistryKey), k) } // NamespaceRegistryKey mocks base method func (m *MockDynamicOptions) NamespaceRegistryKey() string { m.ctrl.T.Helper() ret := m.ctrl.Call(m, "NamespaceRegistryKey") ret0, _ := ret[0].(string) return ret0 } // NamespaceRegistryKey indicates an expected call of NamespaceRegistryKey func (mr *MockDynamicOptionsMockRecorder) NamespaceRegistryKey() *gomock.Call { mr.mock.ctrl.T.Helper() return mr.mock.ctrl.RecordCallWithMethodType(mr.mock, "NamespaceRegistryKey", reflect.TypeOf((*MockDynamicOptions)(nil).NamespaceRegistryKey)) }

reader.go

// Copyright The OpenTelemetry Authors // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package file import ( "bufio" "context" "fmt" "io" "os" "path/filepath" "go.uber.org/zap" "golang.org/x/text/encoding" "golang.org/x/text/transform" "github.com/open-telemetry/opentelemetry-log-collection/errors" ) // Reader manages a single file type Reader struct { Fingerprint *Fingerprint Offset int64 Path string generation int fileInput *InputOperator file *os.File decoder *encoding.Decoder decodeBuffer []byte *zap.SugaredLogger `json:"-"` } // NewReader creates a new file reader func (f *InputOperator) NewReader(path string, file *os.File, fp *Fingerprint) (*Reader, error) { r := &Reader{ Fingerprint: fp, file: file, Path: path, fileInput: f, SugaredLogger: f.SugaredLogger.With("path", path), decoder: f.encoding.NewDecoder(), decodeBuffer: make([]byte, 1<<12), } return r, nil } // Copy creates a deep copy of a Reader func (f *Reader) Copy(file *os.File) (*Reader, error) { reader, err := f.fileInput.NewReader(f.Path, file, f.Fingerprint.Copy()) if err != nil { return nil, err } reader.Offset = f.Offset return reader, nil } // InitializeOffset sets the starting offset func (f *Reader) InitializeOffset(startAtBeginning bool) error { if !startAtBeginning { info, err := f.file.Stat() if err != nil { return fmt.Errorf("stat: %s", err) } f.Offset = info.Size() } return nil } // ReadToEnd will read until the end of the file func (f *Reader) ReadToEnd(ctx context.Context) { defer f.file.Close() if _, err := f.file.Seek(f.Offset, 0); err != nil { f.Errorw("Failed to seek", zap.Error(err)) return } fr := NewFingerprintUpdatingReader(f.file, f.Offset, f.Fingerprint, f.fileInput.fingerprintSize) scanner := NewPositionalScanner(fr, f.fileInput.MaxLogSize, f.Offset, f.fileInput.SplitFunc) // Iterate over the tokenized file, emitting entries as we go for { select { case <-ctx.Done(): return default: } ok := scanner.Scan() if !ok { if err := getScannerError(scanner); err != nil { f.Errorw("Failed during scan", zap.Error(err)) } break } if err := f.emit(ctx, scanner.Bytes()); err != nil

f.Offset = scanner.Pos() } } // Emit creates an entry with the decoded message and sends it to the next // operator in the pipeline func (f *Reader) emit(ctx context.Context, msgBuf []byte) error { // Skip the entry if it's empty if len(msgBuf) == 0 { return nil } msg, err := f.decode(msgBuf) if err != nil { return fmt.Errorf("decode: %s", err) } e, err := f.fileInput.NewEntry(msg) if err != nil { return fmt.Errorf("create entry: %s", err) } if err := e.Set(f.fileInput.FilePathField, f.Path); err != nil { return err } if err := e.Set(f.fileInput.FileNameField, filepath.Base(f.Path)); err != nil { return err } f.fileInput.Write(ctx, e) return nil } // decode converts the bytes in msgBuf to utf-8 from the configured encoding func (f *Reader) decode(msgBuf []byte) (string, error) { for { f.decoder.Reset() nDst, _, err := f.decoder.Transform(f.decodeBuffer, msgBuf, true) if err != nil && err == transform.ErrShortDst { f.decodeBuffer = make([]byte, len(f.decodeBuffer)*2) continue } else if err != nil { return "", fmt.Errorf("transform encoding: %s", err) } return string(f.decodeBuffer[:nDst]), nil } } func getScannerError(scanner *PositionalScanner) error { err := scanner.Err() if err == bufio.ErrTooLong { return errors.NewError("log entry too large", "increase max_log_size or ensure that multiline regex patterns terminate") } else if err != nil { return errors.Wrap(err, "scanner error") } return nil } // NewFingerprintUpdatingReader creates a new FingerprintUpdatingReader starting starting at the given offset func NewFingerprintUpdatingReader(r io.Reader, offset int64, f *Fingerprint, fingerprintSize int) *FingerprintUpdatingReader { return &FingerprintUpdatingReader{ fingerprint: f, fingerprintSize: fingerprintSize, reader: r, offset: offset, } } // FingerprintUpdatingReader wraps another reader, and updates the fingerprint // with each read in the first fingerPrintSize bytes type FingerprintUpdatingReader struct { fingerprint *Fingerprint fingerprintSize int reader io.Reader offset int64 } // Read reads from the wrapped reader, saving the read bytes to the fingerprint func (f *FingerprintUpdatingReader) Read(dst []byte) (int, error) { if len(f.fingerprint.FirstBytes) == f.fingerprintSize { return f.reader.Read(dst) } n, err := f.reader.Read(dst) appendCount := min0(n, f.fingerprintSize-int(f.offset)) f.fingerprint.FirstBytes = append(f.fingerprint.FirstBytes[:f.offset], dst[:appendCount]...) f.offset += int64(n) return n, err } func min0(a, b int) int { if a < 0 || b < 0 { return 0 } if a < b { return a } return b }

{ f.Error("Failed to emit entry", zap.Error(err)) }

options.go

package nsqlookupd import ( "log" "os" "time" ) type nsqlookupdOptions struct { Verbose bool `flag:"verbose"` TCPAddress string `flag:"tcp-address"` HTTPAddress string `flag:"http-address"` TCPBroadcastAddress string `flag:"tcp-broadcast-address"` HTTPBroadcastAddress string `flag:"http-broadcast-address"` InactiveProducerTimeout time.Duration `flag:"inactive-producer-timeout"` TombstoneLifetime time.Duration `flag:"tombstone-lifetime"` Logger logger } func NewNSQLookupdOptions() *nsqlookupdOptions { hostname, err := os.Hostname() if err != nil

return &nsqlookupdOptions{ TCPAddress: "0.0.0.0:4160", HTTPAddress: "0.0.0.0:4161", TCPBroadcastAddress: hostname, HTTPBroadcastAddress: hostname, InactiveProducerTimeout: 300 * time.Second, TombstoneLifetime: 45 * time.Second, Logger: log.New(os.Stderr, "[nsqlookupd] ", log.Ldate|log.Ltime|log.Lmicroseconds), } }

{ log.Fatal(err) }

main.go

package main import ( "errors" "fmt" "google.golang.org/grpc" "log" "net" "os" "os/signal" "runtime/debug" "syscall" "telegram_boxes/services/core/app" "telegram_boxes/services/core/app/admin" "telegram_boxes/services/core/app/box" "telegram_boxes/services/core/app/db" slog "telegram_boxes/services/core/app/log" "telegram_boxes/services/core/protobuf" ) func main() { logger, errLogger := slog.CreateLogger(os.Getenv("LOGS_HOST"), os.Getenv("LOGS_PORT")) if errLogger != nil { log.Fatal(errLogger) return } dbConnect, err := db.InitDatabaseConnect( os.Getenv("MONGO_HOST"), os.Getenv("MONGO_PORT"), os.Getenv("MONGO_USERNAME"), os.Getenv("MONGO_PASSWORD"), os.Getenv("MONGO_DATABASE"), os.Getenv("MONGO_MECHANISM"), ) if err != nil { _ = logger.System(err.Error()) return } defer dbConnect.Close() adminClient, errAdmin := admin.CreateClient(os.Getenv("ADMIN_HOST"), os.Getenv("ADMIN_PORT")) if errAdmin != nil { _ = logger.System(errAdmin.Error()) return } //Create new server s := protobuf.CreateServer(dbConnect, logger, adminClient, box.CreateClients(dbConnect)) // defer recovery(s.Log()) go waitForShutdown(s) lis, errCreateConn := net.Listen("tcp", fmt.Sprintf(":%s", os.Getenv("CORE_PORT"))) if errCreateConn != nil { _ = logger.System(fmt.Sprintf("failed to listen: %v", err)) return } GRPCServer := grpc.NewServer( grpc.UnaryInterceptor(logger.Interceptor), ) protobuf.RegisterServersServer(GRPCServer, s) protobuf.RegisterTasksServer(GRPCServer, s) _ = logger.System(fmt.Sprintf("Protobuf CORE started on :%s", os.Getenv("CORE_PORT"))) err = GRPCServer.Serve(lis) if err != nil { _ = logger.System(fmt.Sprintf("failed to serve: %s" + err.Error())) } return } func

(b protobuf.MainServer) { interruptChan := make(chan os.Signal, 1) signal.Notify(interruptChan, os.Interrupt, syscall.SIGINT, syscall.SIGTERM) // Block until we receive our signal. <-interruptChan session := b.DB().GetMainSession().Clone() defer session.Close() servers , _ := b.DB().Models().Bots().GetAll(session) for _ , s := range servers { s.Status = app.StatusFatal.String() b.DB().Models().Bots().UpdateBot(s,session) _ = b.Admin().SendError(s.Status, s.UserName, "Выключение ядра") } os.Exit(0) } //Recovery application out of panic func recovery(l slog.Client) { var err error r := recover() if r != nil { switch t := r.(type) { case string: err = errors.New(t) case error: err = t default: err = errors.New("Unknown error ") } _ = l.System("RECOVERY :" + err.Error() + "\n" + string(debug.Stack())) } }

waitForShutdown

$.tsx

import { ButtonGroup } from '@trussworks/react-uswds' import type { LoaderFunction } from '@remix-run/node' import { Link } from '@remix-run/react' export const loader: LoaderFunction = function () { throw new Response(null, { status: 404 }) } export function CatchBoundary() { return (

<h1>Error 404: Page not found</h1> We're sorry, we can't find the page you're looking for. It might have been removed, changed its name, or is otherwise unavailable. Visit our homepage for helpful tools and resources, or contact us and we'll point you in the right direction. <ButtonGroup> <Link to="/" className="usa-button"> Visit homepage </Link> <a href="https://heasarc.gsfc.nasa.gov/cgi-bin/Feedback?selected=kafkagcn" className="usa-button usa-button--outline" > Contact us </a> </ButtonGroup> </> ) } export default function () {}

<>

bitcoin_ky.ts

<?xml version="1.0" ?><!DOCTYPE TS><TS language="ky" version="2.1"> <context> <name>AboutDialog</name> <message> <location filename="../forms/aboutdialog.ui" line="+14"/> <source>About Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+39"/> <source>Mavro version</source> <translation type="unfinished"/> </message> <message> <location line="+41"/> <source>Copyright © 2009-2014 The Bitcoin developers Copyright © 2012-2014 The NovaCoin developers Copyright © 2014 The Mavro developers</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source> This is experimental software. Distributed under the MIT/X11 software license, see the accompanying file COPYING or http://www.opensource.org/licenses/mit-license.php. This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/) and cryptographic software written by Eric Young ([email protected]) and UPnP software written by Thomas Bernard.</source> <translation type="unfinished"/> </message> </context> <context> <name>AddressBookPage</name> <message> <location filename="../forms/addressbookpage.ui" line="+14"/> <source>Address Book</source> <translation type="unfinished"/> </message> <message> <location line="+22"/> <source>Double-click to edit address or label</source> <translation type="unfinished"/> </message> <message> <location line="+27"/> <source>Create a new address</source> <translation>Жаң даректи жасоо</translation> </message> <message> <location line="+14"/> <source>Copy the currently selected address to the system clipboard</source> <translation type="unfinished"/> </message> <message> <location line="-11"/> <source>&New Address</source> <translation type="unfinished"/> </message> <message> <location line="-46"/> <source>These are your Mavro addresses for receiving payments. You may want to give a different one to each sender so you can keep track of who is paying you.</source> <translation type="unfinished"/> </message> <message> <location line="+60"/> <source>&Copy Address</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Show &QR Code</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Sign a message to prove you own a Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Sign &Message</source> <translation type="unfinished"/> </message> <message> <location line="+25"/> <source>Delete the currently selected address from the list</source> <translation type="unfinished"/> </message> <message> <location line="-14"/> <source>Verify a message to ensure it was signed with a specified Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>&Verify Message</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>&Delete</source> <translation>Ө&чүрүү</translation> </message> <message> <location filename="../addressbookpage.cpp" line="+65"/> <source>Copy &Label</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Edit</source> <translation type="unfinished"/> </message> <message> <location line="+250"/> <source>Export Address Book Data</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Comma separated file (*.csv)</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Error exporting</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Could not write to file %1.</source> <translation type="unfinished"/> </message> </context> <context> <name>AddressTableModel</name> <message> <location filename="../addresstablemodel.cpp" line="+144"/> <source>Label</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Address</source> <translation>Дарек</translation> </message> <message> <location line="+36"/> <source>(no label)</source> <translation>(аты жок)</translation> </message> </context> <context> <name>AskPassphraseDialog</name> <message> <location filename="../forms/askpassphrasedialog.ui" line="+26"/> <source>Passphrase Dialog</source> <translation type="unfinished"/> </message> <message> <location line="+21"/> <source>Enter passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>New passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Repeat new passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+33"/> <source>Serves to disable the trivial sendmoney when OS account compromised. Provides no real security.</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>For staking only</source> <translation type="unfinished"/> </message> <message> <location filename="../askpassphrasedialog.cpp" line="+35"/> <source>Enter the new passphrase to the wallet. Please use a passphrase of 10 or more random characters, or eight or more words.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Encrypt wallet</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>This operation needs your wallet passphrase to unlock the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Unlock wallet</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>This operation needs your wallet passphrase to decrypt the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Decrypt wallet</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Change passphrase</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Enter the old and new passphrase to the wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+46"/> <source>Confirm wallet encryption</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Warning: If you encrypt your wallet and lose your passphrase, you will LOSE ALL OF YOUR COINS!</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Are you sure you wish to encrypt your wallet?</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>IMPORTANT: Any previous backups you have made of your wallet file should be replaced with the newly generated, encrypted wallet file. For security reasons, previous backups of the unencrypted wallet file will become useless as soon as you start using the new, encrypted wallet.</source> <translation type="unfinished"/> </message> <message> <location line="+103"/> <location line="+24"/> <source>Warning: The Caps Lock key is on!</source> <translation type="unfinished"/> </message> <message> <location line="-133"/> <location line="+60"/> <source>Wallet encrypted</source> <translation type="unfinished"/> </message> <message> <location line="-58"/> <source>Mavro will close now to finish the encryption process. Remember that encrypting your wallet cannot fully protect your coins from being stolen by malware infecting your computer.</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+7"/> <location line="+44"/> <location line="+6"/> <source>Wallet encryption failed</source> <translation type="unfinished"/> </message> <message> <location line="-56"/> <source>Wallet encryption failed due to an internal error. Your wallet was not encrypted.</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <location line="+50"/> <source>The supplied passphrases do not match.</source> <translation type="unfinished"/> </message> <message> <location line="-38"/> <source>Wallet unlock failed</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <location line="+12"/> <location line="+19"/> <source>The passphrase entered for the wallet decryption was incorrect.</source> <translation type="unfinished"/> </message> <message> <location line="-20"/> <source>Wallet decryption failed</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Wallet passphrase was successfully changed.</source> <translation type="unfinished"/> </message> </context> <context> <name>BitcoinGUI</name> <message> <location filename="../bitcoingui.cpp" line="+282"/> <source>Sign &message...</source> <translation type="unfinished"/> </message> <message> <location line="+251"/> <source>Synchronizing with network...</source> <translation type="unfinished"/> </message> <message> <location line="-319"/> <source>&Overview</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show general overview of wallet</source> <translation type="unfinished"/> </message> <message> <location line="+17"/> <source>&Transactions</source> <translation>&Транзакциялар</translation> </message> <message> <location line="+1"/> <source>Browse transaction history</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>&Address Book</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Edit the list of stored addresses and labels</source> <translation type="unfinished"/> </message> <message> <location line="-13"/> <source>&Receive coins</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show the list of addresses for receiving payments</source> <translation type="unfinished"/> </message> <message> <location line="-7"/> <source>&Send coins</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>E&xit</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Quit application</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>Show information about Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>About &Qt</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show information about Qt</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Options...</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>&Encrypt Wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>&Backup Wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>&Change Passphrase...</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+259"/> <source>~%n block(s) remaining</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+6"/> <source>Downloaded %1 of %2 blocks of transaction history (%3% done).</source> <translation type="unfinished"/> </message> <message> <location line="-256"/> <source>&Export...</source> <translation type="unfinished"/> </message> <message> <location line="-64"/> <source>Send coins to a Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+47"/> <source>Modify configuration options for Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>Export the data in the current tab to a file</source> <translation type="unfinished"/> </message> <message> <location line="-14"/> <source>Encrypt or decrypt wallet</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Backup wallet to another location</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Change the passphrase used for wallet encryption</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>&Debug window</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Open debugging and diagnostic console</source> <translation type="unfinished"/> </message> <message> <location line="-5"/> <source>&Verify message...</source> <translation>Билдирүүнү &текшерүү...</translation> </message> <message> <location line="-202"/> <source>Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Wallet</source> <translation>Капчык</translation> </message> <message> <location line="+180"/> <source>&About Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+9"/> <source>&Show / Hide</source> <translation type="unfinished"/> </message> <message> <location line="+9"/> <source>Unlock wallet</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>&Lock Wallet</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Lock wallet</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>&File</source> <translation>&Файл</translation> </message> <message> <location line="+8"/> <source>&Settings</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>&Help</source> <translation>&Жардам</translation> </message> <message> <location line="+12"/> <source>Tabs toolbar</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Actions toolbar</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+9"/> <source>[testnet]</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <location line="+60"/> <source>Mavro client</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+75"/> <source>%n active connection(s) to Mavro network</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+40"/> <source>Downloaded %1 blocks of transaction history.</source> <translation type="unfinished"/> </message> <message> <location line="+413"/> <source>Staking. Your weight is %1 Network weight is %2 Expected time to earn reward is %3</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>Not staking because wallet is locked</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Not staking because wallet is offline</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Not staking because wallet is syncing</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Not staking because you don't have mature coins</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="-403"/> <source>%n second(s) ago</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="-312"/> <source>About Mavro card</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Show information about Mavro card</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>&Unlock Wallet...</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+297"/> <source>%n minute(s) ago</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message numerus="yes"> <location line="+4"/> <source>%n hour(s) ago</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message numerus="yes"> <location line="+4"/> <source>%n day(s) ago</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+6"/> <source>Up to date</source> <translation>Жаңыланган</translation> </message> <message> <location line="+7"/> <source>Catching up...</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Last received block was generated %1.</source> <translation type="unfinished"/> </message> <message> <location line="+59"/> <source>This transaction is over the size limit. You can still send it for a fee of %1, which goes to the nodes that process your transaction and helps to support the network. Do you want to pay the fee?</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Confirm transaction fee</source> <translation type="unfinished"/> </message> <message> <location line="+27"/> <source>Sent transaction</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Incoming transaction</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Date: %1 Amount: %2 Type: %3 Address: %4 </source> <translation type="unfinished"/> </message> <message> <location line="+100"/> <location line="+15"/> <source>URI handling</source> <translation type="unfinished"/> </message> <message> <location line="-15"/> <location line="+15"/> <source>URI can not be parsed! This can be caused by an invalid Mavro address or malformed URI parameters.</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>Wallet is encrypted and currently unlocked</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Wallet is encrypted and currently locked</source> <translation type="unfinished"/> </message> <message> <location line="+25"/> <source>Backup Wallet</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Wallet Data (*.dat)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Backup Failed</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>There was an error trying to save the wallet data to the new location.</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="+76"/> <source>%n second(s)</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message numerus="yes"> <location line="+4"/> <source>%n minute(s)</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message numerus="yes"> <location line="+4"/> <source>%n hour(s)</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message numerus="yes"> <location line="+4"/> <source>%n day(s)</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+18"/> <source>Not staking</source> <translation type="unfinished"/> </message> <message> <location filename="../bitcoin.cpp" line="+109"/> <source>A fatal error occurred. Mavro can no longer continue safely and will quit.</source> <translation type="unfinished"/> </message> </context> <context> <name>ClientModel</name> <message> <location filename="../clientmodel.cpp" line="+90"/> <source>Network Alert</source> <translation type="unfinished"/> </message> </context> <context> <name>CoinControlDialog</name> <message> <location filename="../forms/coincontroldialog.ui" line="+14"/> <source>Coin Control</source> <translation type="unfinished"/> </message> <message> <location line="+31"/> <source>Quantity:</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>Bytes:</source> <translation type="unfinished"/> </message> <message> <location line="+48"/> <source>Amount:</source> <translation type="unfinished"/> </message> <message> <location line="+32"/> <source>Priority:</source> <translation type="unfinished"/> </message> <message> <location line="+48"/> <source>Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Low Output:</source> <translation type="unfinished"/> </message> <message> <location filename="../coincontroldialog.cpp" line="+551"/> <source>no</source> <translation type="unfinished"/> </message> <message> <location filename="../forms/coincontroldialog.ui" line="+51"/> <source>After Fee:</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>Change:</source> <translation type="unfinished"/> </message> <message> <location line="+69"/> <source>(un)select all</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Tree mode</source> <translation type="unfinished"/> </message> <message> <location line="+16"/> <source>List mode</source> <translation type="unfinished"/> </message> <message> <location line="+45"/> <source>Amount</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Label</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Address</source> <translation>Дарек</translation> </message> <message> <location line="+5"/> <source>Date</source> <translation>Дата</translation> </message> <message> <location line="+5"/> <source>Confirmations</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Confirmed</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Priority</source> <translation type="unfinished"/> </message> <message> <location filename="../coincontroldialog.cpp" line="-515"/> <source>Copy address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy label</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <location line="+26"/> <source>Copy amount</source> <translation type="unfinished"/> </message> <message> <location line="-25"/> <source>Copy transaction ID</source> <translation type="unfinished"/> </message> <message> <location line="+24"/> <source>Copy quantity</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Copy fee</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy after fee</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy bytes</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy priority</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy low output</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Copy change</source> <translation type="unfinished"/> </message> <message> <location line="+317"/> <source>highest</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>high</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>medium-high</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>medium</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>low-medium</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>low</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>lowest</source> <translation type="unfinished"/> </message> <message> <location line="+155"/> <source>DUST</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>yes</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>This label turns red, if the transaction size is bigger than 10000 bytes. 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This means a fee of at least %2 is required.</source> <translation type="unfinished"/> </message> <message> <location line="+37"/> <location line="+66"/> <source>(no label)</source> <translation>(аты жок)</translation> </message> <message> <location line="-9"/> <source>change from %1 (%2)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>(change)</source> <translation type="unfinished"/> </message> </context> <context> <name>EditAddressDialog</name> <message> <location filename="../forms/editaddressdialog.ui" line="+14"/> <source>Edit Address</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>&Label</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>The label associated with this address book entry</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>&Address</source> <translation>&Дарек</translation> </message> <message> <location line="+10"/> <source>The address associated with this address book entry. 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This can take a few seconds for large log files.</source> <translation type="unfinished"/> </message> <message> <location line="+102"/> <source>Clear console</source> <translation>Консолду тазалоо</translation> </message> <message> <location filename="../rpcconsole.cpp" line="-33"/> <source>Welcome to the Mavro RPC console.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Use up and down arrows to navigate history, and Ctrl-L to clear screen.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Type help for an overview of available commands.</source> <translation type="unfinished"/> </message> </context> <context> <name>SendCoinsDialog</name> <message> <location filename="../forms/sendcoinsdialog.ui" line="+14"/> <location filename="../sendcoinsdialog.cpp" line="+182"/> <location line="+5"/> <location line="+5"/> <location line="+5"/> <location line="+6"/> <location line="+5"/> <location line="+5"/> 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<source>Send to multiple recipients at once</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Add &Recipient</source> <translation type="unfinished"/> </message> <message> <location line="+20"/> <source>Remove all transaction fields</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Clear &All</source> <translation>&Бардыгын тазалоо</translation> </message> <message> <location line="+28"/> <source>Balance:</source> <translation type="unfinished"/> </message> <message> <location line="+16"/> <source>123.456 hack</source> <translation type="unfinished"/> </message> <message> <location line="+31"/> <source>Confirm the send action</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>S&end</source> <translation>&Жөнөтүү</translation> </message> <message> <location filename="../sendcoinsdialog.cpp" line="-173"/> <source>Enter a Mavro address (e.g. 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<translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Confirm send coins</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Are you sure you want to send %1?</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source> and </source> <translation type="unfinished"/> </message> <message> <location line="+29"/> <source>The recipient address is not valid, please recheck.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>The amount to pay must be larger than 0.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>The amount exceeds your balance.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>The total exceeds your balance when the %1 transaction fee is included.</source> <translation type="unfinished"/> </message>

<location line="+6"/> <source>Duplicate address found, can only send to each address once per send operation.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Error: Transaction creation failed.</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Error: The transaction was rejected. This might happen if some of the coins in your wallet were already spent, such as if you used a copy of wallet.dat and coins were spent in the copy but not marked as spent here.</source> <translation type="unfinished"/> </message> <message> <location line="+251"/> <source>WARNING: Invalid Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>(no label)</source> <translation>(аты жок)</translation> </message> <message> <location line="+4"/> <source>WARNING: unknown change address</source> <translation type="unfinished"/> </message> </context> <context> <name>SendCoinsEntry</name> <message> <location filename="../forms/sendcoinsentry.ui" line="+14"/> <source>Form</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>A&mount:</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <source>Pay &To:</source> <translation type="unfinished"/> </message> <message> <location line="+24"/> <location filename="../sendcoinsentry.cpp" line="+25"/> <source>Enter a label for this address to add it to your address book</source> <translation type="unfinished"/> </message> <message> <location line="+9"/> <source>&Label:</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>The address to send the payment to (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Choose address from address book</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <source>Alt+A</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>Paste address from clipboard</source> <translation>Даректи алмашуу буферинен коюу</translation> </message> <message> <location line="+10"/> <source>Alt+P</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>Remove this recipient</source> <translation type="unfinished"/> </message> <message> <location filename="../sendcoinsentry.cpp" line="+1"/> <source>Enter a Mavro address (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> </context> <context> <name>SignVerifyMessageDialog</name> <message> <location filename="../forms/signverifymessagedialog.ui" line="+14"/> <source>Signatures - Sign / Verify a Message</source> <translation type="unfinished"/> </message> <message> <location line="+13"/> <location line="+124"/> <source>&Sign Message</source> <translation type="unfinished"/> </message> <message> <location line="-118"/> <source>You can sign messages with your addresses to prove you own them. Be careful not to sign anything vague, as phishing attacks may try to trick you into signing your identity over to them. Only sign fully-detailed statements you agree to.</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>The address to sign the message with (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> <message> <location line="+10"/> <location line="+203"/> <source>Choose an address from the address book</source> <translation type="unfinished"/> </message> <message> <location line="-193"/> <location line="+203"/> <source>Alt+A</source> <translation type="unfinished"/> </message> <message> <location line="-193"/> <source>Paste address from clipboard</source> <translation>Даректи алмашуу буферинен коюу</translation> </message> <message> <location line="+10"/> <source>Alt+P</source> <translation type="unfinished"/> </message> <message> <location line="+12"/> <source>Enter the message you want to sign here</source> <translation type="unfinished"/> </message> <message> <location line="+24"/> <source>Copy the current signature to the system clipboard</source> <translation type="unfinished"/> </message> <message> <location line="+21"/> <source>Sign the message to prove you own this Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+17"/> <source>Reset all sign message fields</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <location line="+146"/> <source>Clear &All</source> <translation>&Бардыгын тазалоо</translation> </message> <message> <location line="-87"/> <location line="+70"/> <source>&Verify Message</source> <translation type="unfinished"/> </message> <message> <location line="-64"/> <source>Enter the signing address, message (ensure you copy line breaks, spaces, tabs, etc. exactly) and signature below to verify the message. Be careful not to read more into the signature than what is in the signed message itself, to avoid being tricked by a man-in-the-middle attack.</source> <translation type="unfinished"/> </message> <message> <location line="+21"/> <source>The address the message was signed with (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> <message> <location line="+40"/> <source>Verify the message to ensure it was signed with the specified Mavro address</source> <translation type="unfinished"/> </message> <message> <location line="+17"/> <source>Reset all verify message fields</source> <translation type="unfinished"/> </message> <message> <location filename="../signverifymessagedialog.cpp" line="+27"/> <location line="+3"/> <source>Enter a Mavro address (e.g. BinCoinfwYhBmGXcFP2Po1NpRUEiK8km2)</source> <translation type="unfinished"/> </message> <message> <location line="-2"/> <source>Click "Sign Message" to generate signature</source> <translation 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When you generated this block, it was broadcast to the network to be added to the block chain. If it fails to get into the chain, its state will change to "not accepted" and it won't be spendable. This may occasionally happen if another node generates a block within a few seconds of yours.</source> <translation type="unfinished"/> </message> <message> <location line="+7"/> <source>Debug information</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Transaction</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Inputs</source> <translation type="unfinished"/> </message> <message> <location line="+23"/> <source>Amount</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>true</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>false</source> <translation type="unfinished"/> </message> <message> <location line="-211"/> <source>, has not been successfully broadcast yet</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>unknown</source> <translation type="unfinished"/> </message> </context> <context> <name>TransactionDescDialog</name> <message> <location filename="../forms/transactiondescdialog.ui" line="+14"/> <source>Transaction details</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>This pane shows a detailed description of the transaction</source> <translation type="unfinished"/> </message> </context> <context> <name>TransactionTableModel</name> <message> <location filename="../transactiontablemodel.cpp" line="+226"/> <source>Date</source> <translation>Дата</translation> </message> <message> <location line="+0"/> <source>Type</source> <translation type="unfinished"/> </message> <message> <location line="+0"/> <source>Address</source> <translation>Дарек</translation> </message> <message> <location line="+0"/> <source>Amount</source> <translation type="unfinished"/> </message> <message> <location line="+60"/> <source>Open until %1</source> <translation type="unfinished"/> </message> <message> <location line="+12"/> <source>Confirmed (%1 confirmations)</source> <translation type="unfinished"/> </message> <message numerus="yes"> <location line="-15"/> <source>Open for %n more block(s)</source> <translation type="unfinished"><numerusform></numerusform></translation> </message> <message> <location line="+6"/> <source>Offline</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Unconfirmed</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Confirming (%1 of %2 recommended confirmations)</source> <translation type="unfinished"/> </message> <message> <location line="+6"/> <source>Conflicted</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Immature (%1 confirmations, will be available after %2)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>This block was not received by any other nodes and will probably not be accepted!</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Generated but not accepted</source> <translation type="unfinished"/> </message> <message> <location line="+42"/> <source>Received with</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Received from</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Sent to</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Payment to yourself</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Mined</source> <translation type="unfinished"/> </message> <message> <location line="+38"/> <source>(n/a)</source> <translation type="unfinished"/> </message> <message> <location line="+190"/> <source>Transaction status. 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<location line="+6"/> <source>Listen for connections on <port> (default: 15714 or testnet: 25714)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Maintain at most <n> connections to peers (default: 125)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Connect to a node to retrieve peer addresses, and disconnect</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Specify your own public address</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Bind to given address. Use [host]:port notation for IPv6</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Stake your coins to support network and gain reward (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Threshold for disconnecting misbehaving peers (default: 100)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Number of seconds to keep misbehaving peers from reconnecting (default: 86400)</source> <translation type="unfinished"/> </message> <message> <location line="-44"/> <source>An error occurred while setting up the RPC port %u for listening on IPv4: %s</source> <translation type="unfinished"/> </message> <message> <location line="+51"/> <source>Detach block and address databases. Increases shutdown time (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+109"/> <source>Error: The transaction was rejected. This might happen if some of the coins in your wallet were already spent, such as if you used a copy of wallet.dat and coins were spent in the copy but not marked as spent here.</source> <translation type="unfinished"/> </message> <message> <location line="-5"/> <source>Error: This transaction requires a transaction fee of at least %s because of its amount, complexity, or use of recently received funds </source> <translation type="unfinished"/> </message> <message> <location line="-87"/> <source>Listen for JSON-RPC connections on <port> (default: 15715 or testnet: 25715)</source> <translation type="unfinished"/> </message> <message> <location line="-11"/> <source>Accept command line and JSON-RPC commands</source> <translation type="unfinished"/> </message> <message> <location line="+101"/> <source>Error: Transaction creation failed </source> <translation type="unfinished"/> </message> <message> <location line="-5"/> <source>Error: Wallet locked, unable to create transaction </source> <translation type="unfinished"/> </message> <message> <location line="-8"/> <source>Importing blockchain data file.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Importing bootstrap blockchain data file.</source> <translation type="unfinished"/> </message> <message> <location line="-88"/> <source>Run in the background as a daemon and accept commands</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Use the test network</source> <translation type="unfinished"/> </message> <message> <location line="-24"/> <source>Accept connections from outside (default: 1 if no -proxy or -connect)</source> <translation type="unfinished"/> </message> <message> <location line="-38"/> <source>An error occurred while setting up the RPC port %u for listening on IPv6, falling back to IPv4: %s</source> <translation type="unfinished"/> </message> <message> <location line="+117"/> <source>Error initializing database environment %s! To recover, BACKUP THAT DIRECTORY, then remove everything from it except for wallet.dat.</source> <translation type="unfinished"/> </message> <message> <location line="-20"/> <source>Set maximum size of high-priority/low-fee transactions in bytes (default: 27000)</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Warning: -paytxfee is set very high! This is the transaction fee you will pay if you send a transaction.</source> <translation type="unfinished"/> </message> <message> <location line="+61"/> <source>Warning: Please check that your computer's date and time are correct! If your clock is wrong Mavro will not work properly.</source> <translation type="unfinished"/> </message> <message> <location line="-31"/> <source>Warning: error reading wallet.dat! All keys read correctly, but transaction data or address book entries might be missing or incorrect.</source> <translation type="unfinished"/> </message> <message> <location line="-18"/> <source>Warning: wallet.dat corrupt, data salvaged! Original wallet.dat saved as wallet.{timestamp}.bak in %s; if your balance or transactions are incorrect you should restore from a backup.</source> <translation type="unfinished"/> </message> <message> <location line="-30"/> <source>Attempt to recover private keys from a corrupt wallet.dat</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Block creation options:</source> <translation type="unfinished"/> </message> <message> <location line="-62"/> <source>Connect only to the specified node(s)</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Discover own IP address (default: 1 when listening and no -externalip)</source> <translation type="unfinished"/> </message> <message> <location line="+94"/> <source>Failed to listen on any port. Use -listen=0 if you want this.</source> <translation type="unfinished"/> </message> <message> <location line="-90"/> <source>Find peers using DNS lookup (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Sync checkpoints policy (default: strict)</source> <translation type="unfinished"/> </message> <message> <location line="+83"/> <source>Invalid -tor address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Invalid amount for -reservebalance=<amount></source> <translation type="unfinished"/> </message> <message> <location line="-82"/> <source>Maximum per-connection receive buffer, <n>*1000 bytes (default: 5000)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Maximum per-connection send buffer, <n>*1000 bytes (default: 1000)</source> <translation type="unfinished"/> </message> <message> <location line="-16"/> <source>Only connect to nodes in network <net> (IPv4, IPv6 or Tor)</source> <translation type="unfinished"/> </message> <message> <location line="+28"/> <source>Output extra debugging information. Implies all other -debug* options</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Output extra network debugging information</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Prepend debug output with timestamp</source> <translation type="unfinished"/> </message> <message> <location line="+35"/> <source>SSL options: (see the Bitcoin Wiki for SSL setup instructions)</source> <translation type="unfinished"/> </message> <message> <location line="-74"/> <source>Select the version of socks proxy to use (4-5, default: 5)</source> <translation type="unfinished"/> </message> <message> <location line="+41"/> <source>Send trace/debug info to console instead of debug.log file</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Send trace/debug info to debugger</source> <translation type="unfinished"/> </message> <message> <location line="+28"/> <source>Set maximum block size in bytes (default: 250000)</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Set minimum block size in bytes (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="-29"/> <source>Shrink debug.log file on client startup (default: 1 when no -debug)</source> <translation type="unfinished"/> </message> <message> <location line="-42"/> <source>Specify connection timeout in milliseconds (default: 5000)</source> <translation type="unfinished"/> </message> <message> <location line="+109"/> <source>Unable to sign checkpoint, wrong checkpointkey? </source> <translation type="unfinished"/> </message> <message> <location line="-80"/> <source>Use UPnP to map the listening port (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Use UPnP to map the listening port (default: 1 when listening)</source> <translation type="unfinished"/> </message> <message> <location line="-25"/> <source>Use proxy to reach tor hidden services (default: same as -proxy)</source> <translation type="unfinished"/> </message> <message> <location line="+42"/> <source>Username for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="+47"/> <source>Verifying database integrity...</source> <translation type="unfinished"/> </message> <message> <location line="+57"/> <source>WARNING: syncronized checkpoint violation detected, but skipped!</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Warning: Disk space is low!</source> <translation type="unfinished"/> </message> <message> <location line="-2"/> <source>Warning: This version is obsolete, upgrade required!</source> <translation type="unfinished"/> </message> <message> <location line="-48"/> <source>wallet.dat corrupt, salvage failed</source> <translation type="unfinished"/> </message> <message> <location line="-54"/> <source>Password for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="-84"/> <source>%s, you must set a rpcpassword in the configuration file: %s It is recommended you use the following random password: rpcuser=BinCoinrpc rpcpassword=%s (you do not need to remember this password) The username and password MUST NOT be the same. If the file does not exist, create it with owner-readable-only file permissions. It is also recommended to set alertnotify so you are notified of problems; for example: alertnotify=echo %%s | mail -s "Mavro Alert" [email protected] </source> <translation type="unfinished"/> </message> <message> <location line="+51"/> <source>Find peers using internet relay chat (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Sync time with other nodes. Disable if time on your system is precise e.g. syncing with NTP (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+15"/> <source>When creating transactions, ignore inputs with value less than this (default: 0.01)</source> <translation type="unfinished"/> </message> <message> <location line="+16"/> <source>Allow JSON-RPC connections from specified IP address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Send commands to node running on <ip> (default: 127.0.0.1)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Execute command when the best block changes (%s in cmd is replaced by block hash)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Execute command when a wallet transaction changes (%s in cmd is replaced by TxID)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Require a confirmations for change (default: 0)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Enforce transaction scripts to use canonical PUSH operators (default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Execute command when a relevant alert is received (%s in cmd is replaced by message)</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Upgrade wallet to latest format</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Set key pool size to <n> (default: 100)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Rescan the block chain for missing wallet transactions</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>How many blocks to check at startup (default: 2500, 0 = all)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>How thorough the block verification is (0-6, default: 1)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Imports blocks from external blk000?.dat file</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Use OpenSSL (https) for JSON-RPC connections</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Server certificate file (default: server.cert)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Server private key (default: server.pem)</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Acceptable ciphers (default: TLSv1+HIGH:!SSLv2:!aNULL:!eNULL:!AH:!3DES:@STRENGTH)</source> <translation type="unfinished"/> </message> <message> <location line="+53"/> <source>Error: Wallet unlocked for staking only, unable to create transaction.</source> <translation type="unfinished"/> </message> <message> <location line="+18"/> <source>WARNING: Invalid checkpoint found! Displayed transactions may not be correct! You may need to upgrade, or notify developers.</source> <translation type="unfinished"/> </message> <message> <location line="-158"/> <source>This help message</source> <translation type="unfinished"/> </message> <message> <location line="+95"/> <source>Wallet %s resides outside data directory %s.</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot obtain a lock on data directory %s. Mavro is probably already running.</source> <translation type="unfinished"/> </message> <message> <location line="-98"/> <source>Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+140"/> <source>Unable to bind to %s on this computer (bind returned error %d, %s)</source> <translation type="unfinished"/> </message> <message> <location line="-130"/> <source>Connect through socks proxy</source> <translation type="unfinished"/> </message> <message> <location line="+3"/> <source>Allow DNS lookups for -addnode, -seednode and -connect</source> <translation type="unfinished"/> </message> <message> <location line="+122"/> <source>Loading addresses...</source> <translation type="unfinished"/> </message> <message> <location line="-15"/> <source>Error loading blkindex.dat</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Error loading wallet.dat: Wallet corrupted</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Error loading wallet.dat: Wallet requires newer version of Mavro</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Wallet needed to be rewritten: restart Mavro to complete</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Error loading wallet.dat</source> <translation type="unfinished"/> </message> <message> <location line="-16"/> <source>Invalid -proxy address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Unknown network specified in -onlynet: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-1"/> <source>Unknown -socks proxy version requested: %i</source> <translation type="unfinished"/> </message> <message> <location line="+4"/> <source>Cannot resolve -bind address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+2"/> <source>Cannot resolve -externalip address: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="-24"/> <source>Invalid amount for -paytxfee=<amount>: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+44"/> <source>Error: could not start node</source> <translation type="unfinished"/> </message> <message> <location line="+11"/> <source>Sending...</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Invalid amount</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Insufficient funds</source> <translation type="unfinished"/> </message> <message> <location line="-34"/> <source>Loading block index...</source> <translation type="unfinished"/> </message> <message> <location line="-103"/> <source>Add a node to connect to and attempt to keep the connection open</source> <translation type="unfinished"/> </message> <message> <location line="+122"/> <source>Unable to bind to %s on this computer. Mavro is probably already running.</source> <translation type="unfinished"/> </message> <message> <location line="-97"/> <source>Fee per KB to add to transactions you send</source> <translation type="unfinished"/> </message> <message> <location line="+55"/> <source>Invalid amount for -mininput=<amount>: '%s'</source> <translation type="unfinished"/> </message> <message> <location line="+25"/> <source>Loading wallet...</source> <translation type="unfinished"/> </message> <message> <location line="+8"/> <source>Cannot downgrade wallet</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot initialize keypool</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Cannot write default address</source> <translation type="unfinished"/> </message> <message> <location line="+1"/> <source>Rescanning...</source> <translation type="unfinished"/> </message> <message> <location line="+5"/> <source>Done loading</source> <translation type="unfinished"/> </message> <message> <location line="-167"/> <source>To use the %s option</source> <translation type="unfinished"/> </message> <message> <location line="+14"/> <source>Error</source> <translation>Ката</translation> </message> <message> <location line="+6"/> <source>You must set rpcpassword=<password> in the configuration file: %s If the file does not exist, create it with owner-readable-only file permissions.</source> <translation type="unfinished"/> </message> </context> </TS>

typeFromAST.ts

import { DefinitionNode, EnumTypeDefinitionNode, FieldDefinitionNode, GraphQLEnumType, GraphQLInputObjectType, GraphQLInterfaceType, GraphQLNamedType, GraphQLObjectType, GraphQLScalarType, GraphQLUnionType, InputObjectTypeDefinitionNode, InputValueDefinitionNode, InterfaceTypeDefinitionNode, Kind, ObjectTypeDefinitionNode, ScalarTypeDefinitionNode, UnionTypeDefinitionNode, GraphQLDirective, DirectiveDefinitionNode, DirectiveLocationEnum, DirectiveLocation, GraphQLFieldConfig, StringValueNode, Location, TokenKind, GraphQLEnumValueConfigMap, GraphQLFieldConfigArgumentMap, valueFromASTUntyped, EnumValueDefinitionNode, getDirectiveValues, GraphQLDeprecatedDirective, } from 'graphql'; import { createStub, createNamedStub, Maybe } from '@graphql-tools/utils'; const backcompatOptions = { commentDescriptions: true }; export default function typeFromAST(node: DefinitionNode): GraphQLNamedType | GraphQLDirective | null { switch (node.kind) { case Kind.OBJECT_TYPE_DEFINITION: return makeObjectType(node); case Kind.INTERFACE_TYPE_DEFINITION: return makeInterfaceType(node); case Kind.ENUM_TYPE_DEFINITION: return makeEnumType(node); case Kind.UNION_TYPE_DEFINITION: return makeUnionType(node); case Kind.SCALAR_TYPE_DEFINITION: return makeScalarType(node); case Kind.INPUT_OBJECT_TYPE_DEFINITION: return makeInputObjectType(node); case Kind.DIRECTIVE_DEFINITION: return makeDirective(node); default: return null; } } function makeObjectType(node: ObjectTypeDefinitionNode): GraphQLObjectType { const config = { name: node.name.value, description: getDescription(node, backcompatOptions), interfaces: () => node.interfaces?.map(iface => createNamedStub(iface.name.value, 'interface')), fields: () => (node.fields != null ? makeFields(node.fields) : {}), astNode: node, }; return new GraphQLObjectType(config); } function makeInterfaceType(node: InterfaceTypeDefinitionNode): GraphQLInterfaceType { const config = { name: node.name.value, description: getDescription(node, backcompatOptions), interfaces: (node as unknown as ObjectTypeDefinitionNode).interfaces?.map(iface => createNamedStub(iface.name.value, 'interface') ), fields: () => (node.fields != null ? makeFields(node.fields) : {}), astNode: node, }; return new GraphQLInterfaceType(config); } function makeEnumType(node: EnumTypeDefinitionNode): GraphQLEnumType { const values = node.values?.reduce<GraphQLEnumValueConfigMap>( (prev, value) => ({ ...prev, [value.name.value]: { description: getDescription(value, backcompatOptions), deprecationReason: getDeprecationReason(value), astNode: value, }, }), {} ) ?? {}; return new GraphQLEnumType({ name: node.name.value, description: getDescription(node, backcompatOptions), values, astNode: node, }); } function makeUnionType(node: UnionTypeDefinitionNode): GraphQLUnionType { return new GraphQLUnionType({ name: node.name.value, description: getDescription(node, backcompatOptions), types: () => node.types?.map(type => createNamedStub(type.name.value, 'object')) ?? [], astNode: node, }); } function makeScalarType(node: ScalarTypeDefinitionNode): GraphQLScalarType { return new GraphQLScalarType({ name: node.name.value, description: getDescription(node, backcompatOptions), astNode: node, // TODO: serialize default property setting can be dropped once // upstream graphql-js TypeScript typings are updated, likely in v16 serialize: value => value, }); } function makeInputObjectType(node: InputObjectTypeDefinitionNode): GraphQLInputObjectType { return new GraphQLInputObjectType({ name: node.name.value, description: getDescription(node, backcompatOptions), fields: () => (node.fields ? makeValues(node.fields) : {}), astNode: node, }); } function makeFields(nodes: ReadonlyArray<FieldDefinitionNode>): Record<string, GraphQLFieldConfig<any, any>> { return nodes.reduce( (prev, node) => ({ ...prev, [node.name.value]: { type: createStub(node.type, 'output'), description: getDescription(node, backcompatOptions), args: makeValues(node.arguments ?? []), deprecationReason: getDeprecationReason(node), astNode: node, }, }), {} ); } function makeValues(nodes: ReadonlyArray<InputValueDefinitionNode>): GraphQLFieldConfigArgumentMap { return nodes.reduce( (prev, node) => ({ ...prev, [node.name.value]: { type: createStub(node.type, 'input'), defaultValue: node.defaultValue !== undefined ? valueFromASTUntyped(node.defaultValue) : undefined, description: getDescription(node, backcompatOptions), astNode: node, }, }), {} ); } function makeDirective(node: DirectiveDefinitionNode): GraphQLDirective { const locations: Array<DirectiveLocationEnum> = []; for (const location of node.locations) { if (location.value in DirectiveLocation) { locations.push(location.value as DirectiveLocationEnum); } } return new GraphQLDirective({ name: node.name.value, description: node.description != null ? node.description.value : null, locations, isRepeatable: node.repeatable, args: makeValues(node.arguments ?? []), astNode: node, }); } // graphql < v13 does not export getDescription function getDescription( node: { description?: StringValueNode; loc?: Location }, options?: { commentDescriptions?: boolean } ): string | undefined { if (node.description != null) { return node.description.value; } if (options?.commentDescriptions) { const rawValue = getLeadingCommentBlock(node); if (rawValue !== undefined) { return dedentBlockStringValue(`\n${rawValue as string}`); } } } function

(node: { description?: StringValueNode; loc?: Location }): void | string { const loc = node.loc; if (!loc) { return; } const comments = []; let token = loc.startToken.prev; while ( token != null && token.kind === TokenKind.COMMENT && token.next != null && token.prev != null && token.line + 1 === token.next.line && token.line !== token.prev.line ) { const value = String(token.value); comments.push(value); token = token.prev; } return comments.length > 0 ? comments.reverse().join('\n') : undefined; } function dedentBlockStringValue(rawString: string): string { // Expand a block string's raw value into independent lines. const lines = rawString.split(/\r\n|[\n\r]/g); // Remove common indentation from all lines but first. const commonIndent = getBlockStringIndentation(lines); if (commonIndent !== 0) { for (let i = 1; i < lines.length; i++) { lines[i] = lines[i].slice(commonIndent); } } // Remove leading and trailing blank lines. while (lines.length > 0 && isBlank(lines[0])) { lines.shift(); } while (lines.length > 0 && isBlank(lines[lines.length - 1])) { lines.pop(); } // Return a string of the lines joined with U+000A. return lines.join('\n'); } /** * @internal */ export function getBlockStringIndentation(lines: ReadonlyArray<string>): number { let commonIndent = null; for (let i = 1; i < lines.length; i++) { const line = lines[i]; const indent = leadingWhitespace(line); if (indent === line.length) { continue; // skip empty lines } if (commonIndent === null || indent < commonIndent) { commonIndent = indent; if (commonIndent === 0) { break; } } } return commonIndent === null ? 0 : commonIndent; } function leadingWhitespace(str: string) { let i = 0; while (i < str.length && (str[i] === ' ' || str[i] === '\t')) { i++; } return i; } function isBlank(str: string) { return leadingWhitespace(str) === str.length; } function getDeprecationReason(node: EnumValueDefinitionNode | FieldDefinitionNode): Maybe<string> { const deprecated = getDirectiveValues(GraphQLDeprecatedDirective, node); return deprecated?.['reason']; }

getLeadingCommentBlock

data_utils.py

""" This is the Data Loading Pipeline for Sentence Classifier Task from https://github.com/google-research/bert/blob/master/run_classifier.py """ # coding=utf-8 # Copyright 2018 The Google AI Language Team Authors. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import os import csv import collections import sys sys.path.append(os.path.dirname(__file__)) import tokenization import tensorflow as tf class InputExample(): """A single training/test example for simple sequence classification.""" def __init__(self, guid, text_a, text_b=None, label=None): """Constructs a InputExample. Args: guid: Unique id for the example. text_a: string. The untokenized text of the first sequence. For single sequence tasks, only this sequence must be specified. text_b: (Optional) string. The untokenized text of the second sequence. Only must be specified for sequence pair tasks. label: (Optional) string. The label of the example. This should be specified for train and dev examples, but not for test examples. """ self.guid = guid self.text_a = text_a self.text_b = text_b self.label = label class InputFeatures(): """A single set of features of data.""" def __init__(self, input_ids, input_mask, segment_ids, label_id): self.input_ids = input_ids self.input_mask = input_mask self.segment_ids = segment_ids self.label_id = label_id class DataProcessor(object): """Base class for data converters for sequence classification data sets.""" def get_train_examples(self, data_dir): """Gets a collection of `InputExample`s for the train set.""" raise NotImplementedError() def get_dev_examples(self, data_dir): """Gets a collection of `InputExample`s for the dev set.""" raise NotImplementedError() def get_test_examples(self, data_dir): """Gets a collection of `InputExample`s for prediction.""" raise NotImplementedError() def get_labels(self): """Gets the list of labels for this data set.""" raise NotImplementedError() @classmethod def _read_tsv(cls, input_file, quotechar=None): """Reads a tab separated value file.""" with tf.gfile.Open(input_file, "r") as f: reader = csv.reader(f, delimiter="\t", quotechar=quotechar) lines = [] for line in reader: lines.append(line) return lines class SSTProcessor(DataProcessor): """Processor for the MRPC data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] if set_type == 'train' or set_type == 'dev': for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[0]) # Single sentence classification, text_b doesn't exist text_b = None label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) if set_type == 'test': for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[1]) # Single sentence classification, text_b doesn't exist text_b = None label = '0' # arbitrary set as 0 examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class XnliProcessor(DataProcessor): """Processor for the XNLI data set.""" def __init__(self): self.language = "zh" def get_train_examples(self, data_dir): """See base class.""" lines = self._read_tsv( os.path.join(data_dir, "multinli", "multinli.train.%s.tsv" % self.language)) examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "train-%d" % (i) text_a = tokenization.convert_to_unicode(line[0]) text_b = tokenization.convert_to_unicode(line[1]) label = tokenization.convert_to_unicode(line[2]) if label == tokenization.convert_to_unicode("contradictory"): label = tokenization.convert_to_unicode("contradiction") examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples def get_dev_examples(self, data_dir): """See base class.""" lines = self._read_tsv(os.path.join(data_dir, "xnli.dev.tsv")) examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "dev-%d" % (i) language = tokenization.convert_to_unicode(line[0]) if language != tokenization.convert_to_unicode(self.language): continue text_a = tokenization.convert_to_unicode(line[6]) text_b = tokenization.convert_to_unicode(line[7]) label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples def get_labels(self): """See base class.""" return ["contradiction", "entailment", "neutral"] class MnliProcessor(DataProcessor): """Processor for the MultiNLI data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev_matched.tsv")), "dev_matched") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test_matched.tsv")), "test") def get_labels(self): """See base class.""" return ["contradiction", "entailment", "neutral"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, tokenization.convert_to_unicode(line[0])) text_a = tokenization.convert_to_unicode(line[8]) text_b = tokenization.convert_to_unicode(line[9]) if set_type == "test": label = "contradiction" else: label = tokenization.convert_to_unicode(line[-1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class MrpcProcessor(DataProcessor): """Processor for the MRPC data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def _create_examples(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): if i == 0: continue guid = "%s-%s" % (set_type, i) text_a = tokenization.convert_to_unicode(line[3]) text_b = tokenization.convert_to_unicode(line[4]) if set_type == "test": label = "0" else: label = tokenization.convert_to_unicode(line[0]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=text_b, label=label)) return examples class ColaProcessor(DataProcessor): """Processor for the CoLA data set (GLUE version).""" def get_train_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "train.tsv")), "train") def get_dev_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "dev.tsv")), "dev") def get_test_examples(self, data_dir): """See base class.""" return self._create_examples( self._read_tsv(os.path.join(data_dir, "test.tsv")), "test") def get_labels(self): """See base class.""" return ["0", "1"] def

(self, lines, set_type): """Creates examples for the training and dev sets.""" examples = [] for (i, line) in enumerate(lines): # Only the test set has a header if set_type == "test" and i == 0: continue guid = "%s-%s" % (set_type, i) if set_type == "test": text_a = tokenization.convert_to_unicode(line[1]) label = "0" else: text_a = tokenization.convert_to_unicode(line[3]) label = tokenization.convert_to_unicode(line[1]) examples.append(InputExample(guid=guid, text_a=text_a, text_b=None, label=label)) return examples def convert_single_example(ex_index, example, label_list, max_seq_length, tokenizer): """Converts a single `InputExample` into a single `InputFeatures`.""" label_map = {} for (i, label) in enumerate(label_list): label_map[label] = i tokens_a = tokenizer.tokenize(example.text_a) tokens_b = None if example.text_b: tokens_b = tokenizer.tokenize(example.text_b) if tokens_b: # Modifies `tokens_a` and `tokens_b` in place so that the total # length is less than the specified length. # Account for [CLS], [SEP], [SEP] with "- 3" _truncate_seq_pair(tokens_a, tokens_b, max_seq_length - 3) else: # Account for [CLS] and [SEP] with "- 2" if len(tokens_a) > max_seq_length - 2: tokens_a = tokens_a[0:(max_seq_length - 2)] # The convention rule is: # (a) For sequence pairs: # tokens: [CLS] is this jack ##son ##ville ? [SEP] no it is not . [SEP] # segment_ids: 0 0 0 0 0 0 0 0 1 1 1 1 1 1 # (b) For single sequences: # tokens: [CLS] the dog is hairy . [SEP] # sigment_ids: 0 0 0 0 0 0 0 # # Where "segment_ids" are used to indicate whether this is the first # sequence or the second sequence. The embedding vectors for `type=0` and # `type=1` were learned during pre-training and are added to the wordpiece # embedding vector (and position vector). This is not *strictly* necessary # since the [SEP] token unambiguously separates the sequences, but it makes # it easier for the model to learn the concept of sequences. # # For classification tasks, the first vector (corresponding to [CLS]) is # used as as the "sentence vector". Note that this only makes sense because # the entire model is fine-tuned. tokens = [] segment_ids = [] tokens.append("[CLS]") segment_ids.append(0) for token in tokens_a: tokens.append(token) segment_ids.append(0) tokens.append("[SEP]") segment_ids.append(0) if tokens_b: for token in tokens_b: tokens.append(token) segment_ids.append(1) tokens.append("[SEP]") segment_ids.append(1) input_ids = tokenizer.convert_tokens_to_ids(tokens) # The mask has 1 for real tokens and 0 for padding tokens. Only real # tokens are attended to. input_mask = [1] * len(input_ids) # Zero-pad up to the sequence length. while len(input_ids) < max_seq_length: input_ids.append(0) input_mask.append(0) segment_ids.append(0) assert len(input_ids) == max_seq_length assert len(input_mask) == max_seq_length assert len(segment_ids) == max_seq_length label_id = label_map[example.label] # here we disable the verbose printing of the data if ex_index < 0: tf.logging.info("*** Example ***") tf.logging.info("guid: %s" % (example.guid)) tf.logging.info("tokens: %s" % " ".join( [tokenization.printable_text(x) for x in tokens])) tf.logging.info("input_ids: %s" % " ".join([str(x) for x in input_ids])) tf.logging.info("input_ids length: %d" % len(input_ids)) tf.logging.info("input_mask: %s" %\ " ".join([str(x) for x in input_mask])) tf.logging.info("segment_ids: %s" %\ " ".join([str(x) for x in segment_ids])) tf.logging.info("label: %s (id = %d)" % (example.label, label_id)) feature = InputFeatures(input_ids=input_ids, input_mask=input_mask, segment_ids=segment_ids, label_id=label_id) return feature def file_based_convert_examples_to_features( examples, label_list, max_seq_length, tokenizer, output_file): """Convert a set of `InputExample`s to a TFRecord file.""" writer = tf.python_io.TFRecordWriter(output_file) for (ex_index, example) in enumerate(examples): feature = convert_single_example(ex_index, example, label_list, max_seq_length, tokenizer) def create_int_feature(values): return tf.train.Feature( int64_list=tf.train.Int64List(value=list(values))) features = collections.OrderedDict() features["input_ids"] = create_int_feature(feature.input_ids) features["input_mask"] = create_int_feature(feature.input_mask) features["segment_ids"] = create_int_feature(feature.segment_ids) features["label_ids"] = create_int_feature([feature.label_id]) tf_example = tf.train.Example( features=tf.train.Features(feature=features)) writer.write(tf_example.SerializeToString()) def _truncate_seq_pair(tokens_a, tokens_b, max_length): """Truncates a sequence pair in place to the maximum length.""" # This is a simple heuristic which will always truncate the longer sequence # one token at a time. This makes more sense than truncating an equal # percent of tokens from each, since if one sequence is very short then # each token that's truncated likely contains more information than a # longer sequence. while True: total_length = len(tokens_a) + len(tokens_b) if total_length <= max_length: break if len(tokens_a) > len(tokens_b): tokens_a.pop() else: tokens_b.pop() def prepare_TFRecord_data(processor, tokenizer, data_dir, max_seq_length, output_dir): """ Args: processor: Data Preprocessor, which must have get_lables, get_train/dev/test/examples methods defined. tokenizer: The Sentence Tokenizer. Generally should be SentencePiece Model. data_dir: The input data directory. max_seq_length: Max sequence length. batch_size: mini-batch size. model: `train`, `eval` or `test`. output_dir: The directory to save the TFRecord in. """ label_list = processor.get_labels() train_examples = processor.get_train_examples(data_dir) train_file = os.path.join(output_dir, "train.tf_record") file_based_convert_examples_to_features( train_examples, label_list, max_seq_length, tokenizer, train_file) eval_examples = processor.get_dev_examples(data_dir) eval_file = os.path.join(output_dir, "eval.tf_record") file_based_convert_examples_to_features( eval_examples, label_list, max_seq_length, tokenizer, eval_file) test_examples = processor.get_test_examples(data_dir) test_file = os.path.join(output_dir, "predict.tf_record") file_based_convert_examples_to_features( test_examples, label_list, max_seq_length, tokenizer, test_file)

_create_examples

scaffold-project-and-build.ts

/* * Copyright by LunaSec (owned by Refinery Labs, Inc) * * Licensed under the Business Source License v1.1 * (the "License"); you may not use this file except in compliance with the * License. You may obtain a copy of the License at * * https://github.com/lunasec-io/lunasec/blob/master/licenses/BSL-LunaTrace.txt * * See the License for the specific language governing permissions and * limitations under the License. * */ import { db } from '../database/db';

const existingProject = await db.oneOrNone(` SELECT id, name FROM public.projects WHERE name = 'Automatic Project' LIMIT 1 `); const project_id = existingProject?.id || (await db.one(`INSERT INTO public.projects(name) VALUES ('Automatic Project') RETURNING id `)).id; // INSERT INTO public.builds(project_id) VALUES ((INSERT INTO public.projects(name) VALUES ('Automatic Project') RETURNING id)) RETURNING id; return (await db.one(`INSERT INTO public.builds(project_id) VALUES ('${project_id as string}') RETURNING id`)) .id as string; }

export async function scaffoldBuild() { console.log('scaffolding project with a build and scan');

carbonserver.go

/* * Copyright 2013-2016 Fabian Groffen, Damian Gryski, Vladimir Smirnov * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ package carbonserver import ( "bufio" "compress/gzip" "context" "encoding/binary" "encoding/json" "errors" "fmt" "math" "net" "net/http" _ "net/http/pprof" "os" "path/filepath" "regexp" "runtime" "runtime/debug" "sort" "strconv" "strings" "sync" "sync/atomic" "syscall" "time" prom "github.com/prometheus/client_golang/prometheus" "go.uber.org/zap" "github.com/NYTimes/gziphandler" "github.com/dgryski/go-expirecache" "github.com/dgryski/go-trigram" "github.com/dgryski/httputil" "github.com/go-graphite/go-carbon/helper" "github.com/go-graphite/go-carbon/helper/stat" "github.com/go-graphite/go-carbon/points" protov3 "github.com/go-graphite/protocol/carbonapi_v3_pb" "github.com/lomik/zapwriter" "github.com/syndtr/goleveldb/leveldb" "github.com/syndtr/goleveldb/leveldb/filter" "github.com/syndtr/goleveldb/leveldb/opt" ) type metricStruct struct { RenderRequests uint64 RenderErrors uint64 NotFound uint64 FindRequests uint64 FindErrors uint64 FindZero uint64 InfoRequests uint64 InfoErrors uint64 ListRequests uint64 ListErrors uint64 ListQueryRequests uint64 ListQueryErrors uint64 DetailsRequests uint64 DetailsErrors uint64 CacheHit uint64 CacheMiss uint64 CacheRequestsTotal uint64 CacheWorkTimeNS uint64 CacheWaitTimeFetchNS uint64 DiskWaitTimeNS uint64 DiskRequests uint64 PointsReturned uint64 MetricsReturned uint64 MetricsKnown uint64 FileScanTimeNS uint64 IndexBuildTimeNS uint64 MetricsFetched uint64 MetricsFound uint64 FetchSize uint64 QueryCacheHit uint64 QueryCacheMiss uint64 FindCacheHit uint64 FindCacheMiss uint64 TrieNodes uint64 TrieFiles uint64 TrieDirs uint64 TrieCountNodesTimeNs uint64 QuotaApplyTimeNs uint64 UsageRefreshTimeNs uint64 InflightRequests uint64 RejectedTooManyRequests uint64 } type requestsTimes struct { sync.RWMutex list []int64 } const ( QueryIsPending uint64 = 1 << iota DataIsAvailable ) type QueryItem struct { Data atomic.Value Flags uint64 // DataIsAvailable or QueryIsPending QueryFinished chan struct{} } // type GlobResponse struct { type ExpandedGlobResponse struct { Name string Files []string Leafs []bool Err error } var statusCodes = map[string][]uint64{ "combined": make([]uint64, 5), "find": make([]uint64, 5), "list": make([]uint64, 5), "render": make([]uint64, 5), "details": make([]uint64, 5), "info": make([]uint64, 5), "capabilities": make([]uint64, 5), } // interface to retrive retention and aggregation // schema from persister. type configRetriever interface { MetricRetentionPeriod(string) (int, bool) MetricAggrConf(string) (string, float64, bool) } type responseWriterWithStatus struct { http.ResponseWriter statusCode int } func (rw responseWriterWithStatus) statusCodeMajor() int { return rw.statusCode/100 - 1 } func newResponseWriterWithStatus(w http.ResponseWriter) *responseWriterWithStatus { return &responseWriterWithStatus{ w, http.StatusOK, } } func (w *responseWriterWithStatus) WriteHeader(code int) { w.statusCode = code w.ResponseWriter.WriteHeader(code) } func (q *QueryItem) FetchOrLock() (interface{}, bool) { d := q.Data.Load() if d != nil { return d, true } ok := atomic.CompareAndSwapUint64(&q.Flags, 0, QueryIsPending) if ok { // We are the leader now and will be fetching the data return nil, false } select { //nolint:gosimple // TODO: Add timeout support case <-q.QueryFinished: break } return q.Data.Load(), true } func (q *QueryItem) StoreAbort() { oldChan := q.QueryFinished q.QueryFinished = make(chan struct{}) close(oldChan) atomic.StoreUint64(&q.Flags, 0) } func (q *QueryItem) StoreAndUnlock(data interface{}) { q.Data.Store(data) atomic.StoreUint64(&q.Flags, DataIsAvailable) close(q.QueryFinished) } type queryCache struct { ec *expirecache.Cache } func (q *queryCache) getQueryItem(k string, size uint64, expire int32) *QueryItem { emptyQueryItem := &QueryItem{QueryFinished: make(chan struct{})} return q.ec.GetOrSet(k, emptyQueryItem, size, expire).(*QueryItem) } type CarbonserverListener struct { helper.Stoppable cacheGet func(key string) []points.Point readTimeout time.Duration idleTimeout time.Duration writeTimeout time.Duration requestTimeout time.Duration whisperData string buckets int maxGlobs int emptyResultOk bool failOnMaxGlobs bool percentiles []int scanFrequency time.Duration forceScanChan chan struct{} metricsAsCounters bool tcpListener *net.TCPListener logger *zap.Logger accessLogger *zap.Logger internalStatsDir string flock bool compressed bool removeEmptyFile bool maxMetricsGlobbed int maxMetricsRendered int queryCacheEnabled bool queryCacheSizeMB int queryCache queryCache findCacheEnabled bool findCache queryCache trigramIndex bool trieIndex bool concurrentIndex bool fileListCache string realtimeIndex int newMetricsChan chan string fileIdx atomic.Value fileIdxMutex sync.Mutex metrics *metricStruct requestsTimes requestsTimes exitChan chan struct{} timeBuckets []uint64 cacheGetRecentMetrics func() []map[string]struct{} whisperGetConfig configRetriever prometheus prometheus db *leveldb.DB quotas []*Quota estimateSize func(metric string) (size, dataPoints int64) quotaAndUsageMetrics chan []points.Points quotaUsageReportFrequency time.Duration interfalInfoCallbacks map[string]func() map[string]interface{} // resource control MaxInflightRequests uint64 // TODO: to deprecate NoServiceWhenIndexIsNotReady bool apiPerPathRatelimiter map[string]*ApiPerPathRatelimiter globQueryRateLimiters []*GlobQueryRateLimiter } type prometheus struct { enabled bool requests *prom.CounterVec request func(string, int) durations prom.Histogram duration func(time.Duration) cacheRequests *prom.CounterVec cacheRequest func(string, bool) cacheDurations *prom.HistogramVec cacheDuration func(string, time.Duration) diskRequests prom.Counter diskRequest func() cancelledRequests prom.Counter cancelledRequest func() timeoutRequests prom.Counter timeoutRequest func() diskWaitDurations prom.Histogram diskWaitDuration func(time.Duration) returnedMetrics prom.Counter returnedMetric func() returnedPoints prom.Counter returnedPoint func(int) } func (c *CarbonserverListener) InitPrometheus(reg prom.Registerer) { c.prometheus = prometheus{ enabled: true, requests: prom.NewCounterVec( prom.CounterOpts{ Name: "http_requests_total", Help: "How many HTTP requests processed, partitioned by status code and handler", }, []string{"code", "handler"}, ), cacheRequests: prom.NewCounterVec( prom.CounterOpts{ Name: "cache_requests_total", Help: "Cache counts, partitioned by type and hit/miss", }, []string{"type", "hit"}, ), durations: prom.NewHistogram( prom.HistogramOpts{ Name: "http_request_duration_seconds_exp", Help: "Duration of HTTP requests (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, ), cacheDurations: prom.NewHistogramVec( prom.HistogramOpts{ Name: "cache_duration_seconds_exp", Help: "Time spent in cache (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, []string{"type"}, ), diskRequests: prom.NewCounter(prom.CounterOpts{ Name: "disk_requests_total", Help: "Number of times disk has been hit", }), cancelledRequests: prom.NewCounter(prom.CounterOpts{ Name: "cancelled_requests_total", Help: "Number of times a request has been cancelled", }), timeoutRequests: prom.NewCounter(prom.CounterOpts{ Name: "timeout_requests_total", Help: "Number of times a request has been timeout", }), diskWaitDurations: prom.NewHistogram( prom.HistogramOpts{ Name: "disk_wait_seconds_exp", Help: "Duration of disk wait times (exponential buckets)", Buckets: prom.ExponentialBuckets(time.Millisecond.Seconds(), 2.0, 20), }, ), returnedMetrics: prom.NewCounter(prom.CounterOpts{ Name: "returned_metrics_total", Help: "Number of metrics returned", }), returnedPoints: prom.NewCounter(prom.CounterOpts{ Name: "returned_points_total", Help: "Number of points returned", }), } c.prometheus.request = func(endpoint string, code int) { c.prometheus.requests.WithLabelValues(strconv.Itoa(code), endpoint).Inc() } c.prometheus.cacheRequest = func(kind string, hit bool) { c.prometheus.cacheRequests.WithLabelValues(kind, strconv.FormatBool(hit)) } c.prometheus.duration = func(t time.Duration) { c.prometheus.durations.Observe(t.Seconds()) } c.prometheus.cacheDuration = func(kind string, t time.Duration) { c.prometheus.cacheDurations.WithLabelValues(kind).Observe(t.Seconds()) } c.prometheus.diskRequest = func() { c.prometheus.diskRequests.Inc() } c.prometheus.cancelledRequest = func() { c.prometheus.cancelledRequests.Inc() } c.prometheus.timeoutRequest = func() { c.prometheus.timeoutRequests.Inc() } c.prometheus.diskWaitDuration = func(t time.Duration) { c.prometheus.diskWaitDurations.Observe(t.Seconds()) } c.prometheus.returnedMetric = func() { c.prometheus.returnedMetrics.Inc() } c.prometheus.returnedPoint = func(i int) { c.prometheus.returnedPoints.Add(float64(i)) } reg.MustRegister(c.prometheus.requests) reg.MustRegister(c.prometheus.cacheRequests) reg.MustRegister(c.prometheus.cancelledRequests) reg.MustRegister(c.prometheus.timeoutRequests) reg.MustRegister(c.prometheus.durations) reg.MustRegister(c.prometheus.diskRequests) reg.MustRegister(c.prometheus.diskWaitDurations) reg.MustRegister(c.prometheus.returnedMetrics) reg.MustRegister(c.prometheus.returnedPoints) } type metricDetailsFlat struct { *protov3.MetricDetails Name string } type jsonMetricDetailsResponse struct { Metrics []metricDetailsFlat FreeSpace uint64 TotalSpace uint64 } type fileIndex struct { typ int //nolint:unused,structcheck idx trigram.Index files []string trieIdx *trieIndex details map[string]*protov3.MetricDetails accessTimes map[string]int64 freeSpace uint64 totalSpace uint64 } func

(cacheGetFunc func(key string) []points.Point) *CarbonserverListener { return &CarbonserverListener{ // Config variables metrics: &metricStruct{}, metricsAsCounters: false, cacheGet: cacheGetFunc, logger: zapwriter.Logger("carbonserver"), accessLogger: zapwriter.Logger("access"), findCache: queryCache{ec: expirecache.New(0)}, trigramIndex: true, percentiles: []int{100, 99, 98, 95, 75, 50}, prometheus: prometheus{ request: func(string, int) {}, duration: func(time.Duration) {}, cacheRequest: func(string, bool) {}, cacheDuration: func(string, time.Duration) {}, diskRequest: func() {}, cancelledRequest: func() {}, timeoutRequest: func() {}, diskWaitDuration: func(time.Duration) {}, returnedMetric: func() {}, returnedPoint: func(int) {}, }, quotaAndUsageMetrics: make(chan []points.Points, 1), apiPerPathRatelimiter: map[string]*ApiPerPathRatelimiter{}, } } func (listener *CarbonserverListener) SetWhisperData(whisperData string) { listener.whisperData = strings.TrimRight(whisperData, "/") } func (listener *CarbonserverListener) SetMaxGlobs(maxGlobs int) { listener.maxGlobs = maxGlobs } func (listener *CarbonserverListener) SetEmptyResultOk(emptyResultOk bool) { listener.emptyResultOk = emptyResultOk } func (listener *CarbonserverListener) SetFailOnMaxGlobs(failOnMaxGlobs bool) { listener.failOnMaxGlobs = failOnMaxGlobs } func (listener *CarbonserverListener) SetMaxMetricsGlobbed(max int) { listener.maxMetricsGlobbed = max } func (listener *CarbonserverListener) SetMaxMetricsRendered(max int) { listener.maxMetricsRendered = max } func (listener *CarbonserverListener) SetFLock(flock bool) { listener.flock = flock } func (listener *CarbonserverListener) SetBuckets(buckets int) { listener.buckets = buckets } func (listener *CarbonserverListener) SetScanFrequency(scanFrequency time.Duration) { listener.scanFrequency = scanFrequency } func (listener *CarbonserverListener) SetQuotaUsageReportFrequency(quotaUsageReportFrequency time.Duration) { listener.quotaUsageReportFrequency = quotaUsageReportFrequency } func (listener *CarbonserverListener) SetReadTimeout(readTimeout time.Duration) { listener.readTimeout = readTimeout } func (listener *CarbonserverListener) SetIdleTimeout(idleTimeout time.Duration) { listener.idleTimeout = idleTimeout } func (listener *CarbonserverListener) SetWriteTimeout(writeTimeout time.Duration) { listener.writeTimeout = writeTimeout } func (listener *CarbonserverListener) SetRequestTimeout(requestTimeout time.Duration) { listener.requestTimeout = requestTimeout } func (listener *CarbonserverListener) SetCompressed(compressed bool) { listener.compressed = compressed } func (listener *CarbonserverListener) SetRemoveEmptyFile(remove bool) { listener.removeEmptyFile = remove } func (listener *CarbonserverListener) SetMetricsAsCounters(metricsAsCounters bool) { listener.metricsAsCounters = metricsAsCounters } func (listener *CarbonserverListener) SetQueryCacheEnabled(enabled bool) { listener.queryCacheEnabled = enabled } func (listener *CarbonserverListener) SetQueryCacheSizeMB(size int) { listener.queryCacheSizeMB = size } func (listener *CarbonserverListener) SetFindCacheEnabled(enabled bool) { listener.findCacheEnabled = enabled } func (listener *CarbonserverListener) SetTrigramIndex(enabled bool) { listener.trigramIndex = enabled } func (listener *CarbonserverListener) SetTrieIndex(enabled bool) { listener.trieIndex = enabled } func (listener *CarbonserverListener) SetCacheGetMetricsFunc(recentMetricsFunc func() []map[string]struct{}) { listener.cacheGetRecentMetrics = recentMetricsFunc } func (listener *CarbonserverListener) SetConfigRetriever(retriever configRetriever) { listener.whisperGetConfig = retriever } func (listener *CarbonserverListener) SetConcurrentIndex(enabled bool) { listener.concurrentIndex = enabled } func (listener *CarbonserverListener) SetRealtimeIndex(num int) chan string { listener.realtimeIndex = num listener.newMetricsChan = make(chan string, num) return listener.newMetricsChan } func (listener *CarbonserverListener) SetFileListCache(path string) { listener.fileListCache = path } func (listener *CarbonserverListener) SetInternalStatsDir(dbPath string) { listener.internalStatsDir = dbPath } func (listener *CarbonserverListener) SetPercentiles(percentiles []int) { listener.percentiles = percentiles } func (listener *CarbonserverListener) SetEstimateSize(f func(metric string) (size, dataPoints int64)) { listener.estimateSize = f } func (listener *CarbonserverListener) SetQuotas(quotas []*Quota) { listener.quotas = quotas } func (listener *CarbonserverListener) isQuotaEnabled() bool { return listener.quotas != nil } func (listener *CarbonserverListener) ShouldThrottleMetric(ps *points.Points, inCache bool) bool { fidx := listener.CurrentFileIndex() if fidx == nil || fidx.trieIdx == nil { return false } var throttled = fidx.trieIdx.throttle(ps, inCache) return throttled } func (listener *CarbonserverListener) SetMaxInflightRequests(max uint64) { listener.MaxInflightRequests = max } func (listener *CarbonserverListener) SetNoServiceWhenIndexIsNotReady(no bool) { listener.NoServiceWhenIndexIsNotReady = no } func (listener *CarbonserverListener) SetHeavyGlobQueryRateLimiters(rls []*GlobQueryRateLimiter) { listener.globQueryRateLimiters = rls } func (listener *CarbonserverListener) SetAPIPerPathRateLimiter(rls map[string]*ApiPerPathRatelimiter) { listener.apiPerPathRatelimiter = rls } // skipcq: RVV-B0011 func (listener *CarbonserverListener) CurrentFileIndex() *fileIndex { p := listener.fileIdx.Load() if p == nil { return nil } return p.(*fileIndex) } func (listener *CarbonserverListener) UpdateFileIndex(fidx *fileIndex) { listener.fileIdx.Store(fidx) } // skipcq: RVV-A0005 func (listener *CarbonserverListener) UpdateMetricsAccessTimes(metrics map[string]int64, initial bool) { idx := listener.CurrentFileIndex() if idx == nil { return } listener.fileIdxMutex.Lock() defer listener.fileIdxMutex.Unlock() batch := new(leveldb.Batch) for m, t := range metrics { if _, ok := idx.details[m]; ok { idx.details[m].RdTime = t } else { idx.details[m] = &protov3.MetricDetails{RdTime: t} } idx.accessTimes[m] = t if !initial && listener.db != nil { buf := make([]byte, 10) binary.PutVarint(buf, t) batch.Put([]byte(m), buf) } } if !initial && listener.db != nil { err := listener.db.Write(batch, nil) if err != nil { listener.logger.Info("Error updating database", zap.Error(err), ) } } } func (listener *CarbonserverListener) UpdateMetricsAccessTimesByRequest(metrics []string) { now := time.Now().Unix() accessTimes := make(map[string]int64) for _, m := range metrics { accessTimes[m] = now } listener.UpdateMetricsAccessTimes(accessTimes, false) } func splitAndInsert(cacheMetricNames map[string]struct{}, newCacheMetricNames []map[string]struct{}) map[string]struct{} { // splits each new metric from cache-scan and inserts // into the current cacheMetricNames map // in: new.metric.name1 --> split by "." // insert "/new" , "/new/metric", "/new/metric/name1.wsp" into the // metricsName map. This is inline with the inserts // during filescan walk for _, shardAddMap := range newCacheMetricNames { for newMetric := range shardAddMap { split := strings.Split(newMetric, ".") fileName := "/" for i, seg := range split { fileName = filepath.Join(fileName, seg) if i == len(split)-1 { fileName += ".wsp" } if _, ok := cacheMetricNames[fileName]; !ok { cacheMetricNames[fileName] = struct{}{} } } } } return cacheMetricNames } func (listener *CarbonserverListener) fileListUpdater(dir string, scanFrequency <-chan time.Time, force <-chan struct{}, exit <-chan struct{}) { cacheMetricNames := make(map[string]struct{}) var knownMetricsStatTicker, quotaAndUsageStatTicker <-chan time.Time if listener.isQuotaEnabled() { ticker := time.NewTicker(listener.quotaUsageReportFrequency) defer ticker.Stop() quotaAndUsageStatTicker = ticker.C } else if listener.trieIndex && listener.concurrentIndex && listener.realtimeIndex > 0 { ticker := time.NewTicker(time.Minute) defer ticker.Stop() knownMetricsStatTicker = ticker.C } uloop: for { select { case <-exit: return case <-scanFrequency: case <-force: case <-knownMetricsStatTicker: // It's only useful when uisng realtime index as the // scanFrequency should be a long interval/duration // like 2 hours or more, and with concurrent and // realtime index, indexed metrics would grow even without disk scanning. listener.statKnonwnMetrics(knownMetricsStatTicker) continue uloop case <-quotaAndUsageStatTicker: listener.refreshQuotaAndUsage(quotaAndUsageStatTicker) continue uloop case m := <-listener.newMetricsChan: // listener.newMetricsChan might have high traffic, but // in theory, there should be no starvation on other channels: // https://groups.google.com/g/golang-nuts/c/4BR2Sdb6Zzk (2015) fidx := listener.CurrentFileIndex() if listener.trieIndex && listener.concurrentIndex && fidx != nil && fidx.trieIdx != nil { metric := "/" + filepath.Clean(strings.ReplaceAll(m, ".", "/")+".wsp") if err := fidx.trieIdx.insert(metric, 0, 0, 0); err != nil { listener.logTrieInsertError(listener.logger, "failed to insert new metrics for realtime indexing", metric, err) } } continue uloop } if listener.cacheGetRecentMetrics != nil { // cacheMetricNames maintains all new metric names added in cache // when cache-scan is enabled in conf newCacheMetricNames := listener.cacheGetRecentMetrics() cacheMetricNames = splitAndInsert(cacheMetricNames, newCacheMetricNames) } if listener.updateFileList(dir, cacheMetricNames, quotaAndUsageStatTicker) { listener.logger.Info("file list updated with cache, starting a new scan immediately") listener.updateFileList(dir, cacheMetricNames, quotaAndUsageStatTicker) } } } func (listener *CarbonserverListener) statKnonwnMetrics(knownMetricsStatTicker <-chan time.Time) { defer func() { // drain remaining blocked tickers for { select { case <-knownMetricsStatTicker: default: return } } }() fidx := listener.CurrentFileIndex() if fidx == nil || fidx.trieIdx == nil { return } start := time.Now() count, files, dirs, _, _, _, _, _ := fidx.trieIdx.countNodes() atomic.StoreUint64(&listener.metrics.TrieNodes, uint64(count)) atomic.StoreUint64(&listener.metrics.TrieFiles, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieDirs, uint64(dirs)) // set using the indexed files, instead of returning on-disk files. // // WHY: with concurrent and realtime index, disk scan should be set at // am interval like 2 hours or longer. counting the files in trie index // gives us more timely visibilitty on how many metrics are known now. atomic.StoreUint64(&listener.metrics.MetricsKnown, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieCountNodesTimeNs, uint64(time.Since(start))) listener.logger.Debug( "trieIndex.countNodes", zap.Duration("trie_count_nodes_time", time.Since(start)), ) } func (listener *CarbonserverListener) refreshQuotaAndUsage(quotaAndUsageStatTicker <-chan time.Time) { defer func() { // drain remaining blocked tickers for { select { case <-quotaAndUsageStatTicker: default: return } } }() fidx := listener.CurrentFileIndex() if !listener.isQuotaEnabled() || !listener.concurrentIndex || listener.realtimeIndex <= 0 || fidx == nil || fidx.trieIdx == nil { return } quotaStart := time.Now() throughputs, err := fidx.trieIdx.applyQuotas(listener.quotaUsageReportFrequency, listener.quotas...) if err != nil { listener.logger.Error( "refreshQuotaAndUsage", zap.Error(err), ) } quotaTime := uint64(time.Since(quotaStart)) atomic.StoreUint64(&listener.metrics.QuotaApplyTimeNs, quotaTime) usageStart := time.Now() files := fidx.trieIdx.refreshUsage(throughputs) usageTime := uint64(time.Since(usageStart)) atomic.StoreUint64(&listener.metrics.UsageRefreshTimeNs, usageTime) // set using the indexed files, instead of returning on-disk files. // // WHY: quota subsystem atm can only be enabled along with concurrent // and realtime idnex, and with concurrent and realtime index, disk // scan should be set at an interval like 2 hours or longer. counting // the files in trie index gives us more timely visibilitty into how // many metrics are known now. atomic.StoreUint64(&listener.metrics.MetricsKnown, files) // WHY select: avoid potential block select { case listener.quotaAndUsageMetrics <- fidx.trieIdx.qauMetrics: default: } fidx.trieIdx.qauMetrics = nil listener.logger.Debug( "refreshQuotaAndUsage", zap.Uint64("quota_apply_time", quotaTime), zap.Uint64("usage_refresh_time", usageTime), ) } func (listener *CarbonserverListener) updateFileList(dir string, cacheMetricNames map[string]struct{}, quotaAndUsageStatTicker <-chan time.Time) (readFromCache bool) { logger := listener.logger.With(zap.String("handler", "fileListUpdated")) defer func() { if r := recover(); r != nil { logger.Error("panic encountered", zap.Stack("stack"), zap.Any("error", r), ) } }() var t0 = time.Now() var fidx = listener.CurrentFileIndex() var files []string var filesLen int var details = make(map[string]*protov3.MetricDetails) var trieIdx *trieIndex var metricsKnown uint64 var infos []zap.Field if listener.trieIndex { if fidx == nil || !listener.concurrentIndex { trieIdx = newTrie(".wsp", listener.estimateSize) } else { trieIdx = fidx.trieIdx trieIdx.root.gen++ } } // populate index for all the metric names in cache // the iteration takes place only when cache-scan is enabled in conf var tcache = time.Now() var cacheMetricLen = len(cacheMetricNames) for fileName := range cacheMetricNames { if listener.trieIndex { if err := trieIdx.insert(fileName, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "error populating index from cache indexMap", fileName, err) } } else { files = append(files, fileName) } if strings.HasSuffix(fileName, ".wsp") { metricsKnown++ } } cacheIndexRuntime := time.Since(tcache) // readFromCache hould only occur once at the start of the program if fidx == nil && listener.fileListCache != "" { fileListCache, err := newFileListCache(listener.fileListCache, 'r') if err != nil { if !os.IsNotExist(err) { logger.Error("failed to read file list cache", zap.Error(err)) } } else { readFromCache = true for fileListCache.scanner.Scan() { entry := fileListCache.scanner.Text() if entry == "" { continue } if err := trieIdx.insert(entry, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "failed to read from file list cache", entry, err) readFromCache = false trieIdx = newTrie(".wsp", listener.estimateSize) break } filesLen++ if strings.HasSuffix(entry, ".wsp") { metricsKnown++ } } if err := fileListCache.close(); err != nil { logger.Error("failed to close file list cache", zap.Error(err)) } } } if !readFromCache { var flc *fileListCache if listener.fileListCache != "" { var err error flc, err = newFileListCache(listener.fileListCache, 'w') if err != nil { if !os.IsNotExist(err) { logger.Error("failed to create file list cache", zap.Error(err)) } } else { defer func() { // flc could be reset to nil during filepath walk if flc != nil { if err := flc.close(); err != nil { logger.Error("failed to close flie list cache", zap.Error(err)) } } }() } } if fi, err := os.Lstat(dir); err != nil { logger.Error("failed to stat whisper data directory", zap.String("path", dir), zap.Error(err)) } else if fi.Mode()&os.ModeSymlink == 1 { logger.Error("can't index symlink data dir", zap.String("path", dir)) } err := filepath.Walk(dir, func(p string, info os.FileInfo, err error) error { if err != nil { logger.Info("error processing", zap.String("path", p), zap.Error(err)) return nil } // WHY: as filepath.walk could potentially taking a long // time to complete (>= 5 minutes or more), depending // on how many files are there on disk. It's nice to // have consistent quota and usage metrics produced as // regularly as possible according to the // quotaUsageReportFrequency specified in the config. if listener.isQuotaEnabled() { select { case <-quotaAndUsageStatTicker: listener.refreshQuotaAndUsage(quotaAndUsageStatTicker) default: } } // WHY: as filepath.walk could potentially taking a long // time to complete (>= 5 minutes or more), depending // on how many files are there on disk. It's nice to // try to flush newMetricsChan if possible. // // TODO: only trigger enter the loop when it's half full? // len(listener.newMetricsChan) >= cap(listener.newMetricsChan)/2 if listener.trieIndex && listener.concurrentIndex && listener.newMetricsChan != nil { newMetricsLoop: for { select { case m := <-listener.newMetricsChan: fileName := "/" + filepath.Clean(strings.ReplaceAll(m, ".", "/")+".wsp") if err := trieIdx.insert(fileName, 0, 0, 0); err != nil { listener.logTrieInsertError(logger, "failed to update realtime trie index", m, err) } default: break newMetricsLoop } } } isFullMetric := strings.HasSuffix(info.Name(), ".wsp") if info.IsDir() || isFullMetric { trimmedName := strings.TrimPrefix(p, listener.whisperData) filesLen++ if flc != nil { // TODO: include metadata like physical/logical size, data points if err := flc.write(trimmedName); err != nil { logger.Error("failed to write to file list cache", zap.Error(err)) if err := flc.close(); err != nil { logger.Error("failed to close flie list cache", zap.Error(err)) } flc = nil } } // use cacheMetricNames to check and prevent appending duplicate metrics // into the index when cacheMetricNamesIndex is enabled if _, present := cacheMetricNames[trimmedName]; present { delete(cacheMetricNames, trimmedName) } else { if listener.trieIndex { // WHY: // * this would only affects empty directories // * indexing empty directories causes an strange bug in trie index // * empty dir isn't useful (at least most of the time)? if isFullMetric { var dataPoints int64 if listener.estimateSize != nil { m := strings.ReplaceAll(trimmedName, "/", ".") m = m[1 : len(m)-4] _, dataPoints = listener.estimateSize(m) } var physicalSize = info.Size() if stat, ok := info.Sys().(*syscall.Stat_t); ok { physicalSize = stat.Blocks * 512 } if err := trieIdx.insert(trimmedName, info.Size(), physicalSize, dataPoints); err != nil { // It's better to just log an error than stop indexing listener.logTrieInsertError(logger, "updateFileList.trie: failed to index path", trimmedName, err) } } } else { files = append(files, trimmedName) } if isFullMetric { metricsKnown++ } } if isFullMetric && listener.internalStatsDir != "" { i := stat.GetStat(info) trimmedName = strings.ReplaceAll(trimmedName[1:len(trimmedName)-4], "/", ".") details[trimmedName] = &protov3.MetricDetails{ Size_: i.Size, ModTime: i.MTime, ATime: i.ATime, RealSize: i.RealSize, } } } return nil }) if err != nil { logger.Error("error getting file list", zap.Error(err), ) } } if listener.concurrentIndex && trieIdx != nil { trieIdx.prune() } var stat syscall.Statfs_t if err := syscall.Statfs(dir, &stat); err != nil { logger.Info("error getting FS Stats", zap.String("dir", dir), zap.Error(err), ) return } var freeSpace uint64 // diskspace can be negative and Bavail is therefore int64 if stat.Bavail >= 0 { // nolint:staticcheck // skipcq: SCC-SA4003 freeSpace = uint64(stat.Bavail) * uint64(stat.Bsize) } totalSpace := stat.Blocks * uint64(stat.Bsize) fileScanRuntime := time.Since(t0) atomic.StoreUint64(&listener.metrics.MetricsKnown, metricsKnown) atomic.AddUint64(&listener.metrics.FileScanTimeNS, uint64(fileScanRuntime.Nanoseconds())) nfidx := &fileIndex{ details: details, freeSpace: freeSpace, totalSpace: totalSpace, accessTimes: make(map[string]int64), } var pruned int var indexType = "trigram" var tindex = time.Now() var indexSize int if listener.trieIndex { indexType = "trie" nfidx.trieIdx = trieIdx infos = append( infos, zap.Int("trie_depth", int(nfidx.trieIdx.depth)), zap.String("longest_metric", nfidx.trieIdx.longestMetric), ) if listener.trigramIndex && !listener.concurrentIndex { start := time.Now() nfidx.trieIdx.setTrigrams() infos = append(infos, zap.Duration("set_trigram_time", time.Since(start))) } start := time.Now() count, files, dirs, _, _, _, _, _ := trieIdx.countNodes() atomic.StoreUint64(&listener.metrics.TrieNodes, uint64(count)) atomic.StoreUint64(&listener.metrics.TrieFiles, uint64(files)) atomic.StoreUint64(&listener.metrics.TrieDirs, uint64(dirs)) infos = append(infos, zap.Duration("trie_count_nodes_time", time.Since(start))) indexSize = count } else { nfidx.files = files nfidx.idx = trigram.NewIndex(files) pruned = nfidx.idx.Prune(0.95) indexSize = len(nfidx.idx) } indexingRuntime := time.Since(tindex) // note: no longer meaningful for trie index atomic.AddUint64(&listener.metrics.IndexBuildTimeNS, uint64(indexingRuntime.Nanoseconds())) var tl = time.Now() if fidx != nil && listener.internalStatsDir != "" { listener.fileIdxMutex.Lock() for m := range fidx.accessTimes { if d, ok := details[m]; ok { d.RdTime = fidx.accessTimes[m] } else { delete(fidx.accessTimes, m) if listener.db != nil { listener.db.Delete([]byte(m), nil) } } } nfidx.accessTimes = fidx.accessTimes listener.fileIdxMutex.Unlock() } var rdTimeUpdateRuntime = time.Since(tl) listener.UpdateFileIndex(nfidx) infos = append(infos, zap.Duration("file_scan_runtime", fileScanRuntime), zap.Duration("indexing_runtime", indexingRuntime), zap.Duration("rdtime_update_runtime", rdTimeUpdateRuntime), zap.Duration("cache_index_runtime", cacheIndexRuntime), zap.Duration("total_runtime", time.Since(t0)), zap.Int("Files", filesLen), zap.Int("index_size", indexSize), zap.Int("pruned_trigrams", pruned), zap.Int("cache_metric_len_before", cacheMetricLen), zap.Int("cache_metric_len_after", len(cacheMetricNames)), zap.Uint64("metrics_known", metricsKnown), zap.String("index_type", indexType), zap.Bool("read_from_cache", readFromCache), ) logger.Info("file list updated", infos...) return } func (*CarbonserverListener) logTrieInsertError(logger *zap.Logger, msg, metric string, err error) { zfields := []zap.Field{zap.Error(err), zap.String("metric", metric)} if ierr, ok := err.(*trieInsertError); ok { zfields = append(zfields, zap.String("err_info", ierr.info)) } logger.Error(msg, zfields...) } func (listener *CarbonserverListener) expandGlobs(ctx context.Context, query string, resultCh chan<- *ExpandedGlobResponse) { defer func() { if err := recover(); err != nil { resultCh <- &ExpandedGlobResponse{query, nil, nil, fmt.Errorf("%s\n%s", err, debug.Stack())} } }() // Rate limit heavy globbing queries like: *.*.*.*keyword*. // // Why: it's expensive to scan the whole index while looking for // keywords, especially for trie and file system glob. for _, rl := range listener.globQueryRateLimiters { if !rl.pattern.MatchString(query) { continue } if cap(rl.maxInflightRequests) == 0 { err := fmt.Errorf("rejected by query rate limiter: %s", rl.pattern.String()) resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return } rl.maxInflightRequests <- struct{}{} defer func() { <-rl.maxInflightRequests }() // why: no need to continue execution if the request is already timeout. select { case <-ctx.Done(): switch ctx.Err() { case context.DeadlineExceeded: listener.prometheus.timeoutRequest() case context.Canceled: listener.prometheus.cancelledRequest() } err := fmt.Errorf("time out due to heavy glob query rate limiter: %s", rl.pattern.String()) resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return default: } break } logger := TraceContextToZap(ctx, listener.logger) matchedCount := 0 defer func(start time.Time) { dur := time.Now().Sub(start) //nolint:gosimple if dur <= time.Second { return } var itype string if listener.trieIndex { itype = "trie" if listener.trigramIndex { itype = "trie-trigram" } } else if listener.trigramIndex { itype = "trigram" } logger.Info("slow_expand_globs", zap.Duration("time", dur), zap.String("query", query), zap.Int("matched_count", matchedCount), zap.String("index_type", itype)) }(time.Now()) if listener.trieIndex && listener.CurrentFileIndex() != nil { files, leafs, err := listener.expandGlobsTrie(query) resultCh <- &ExpandedGlobResponse{query, files, leafs, err} return } var useGlob bool // TODO: Find out why we have set 'useGlob' if 'star == -1' if star := strings.IndexByte(query, '*'); listener.cacheGetRecentMetrics == nil && strings.IndexByte(query, '[') == -1 && strings.IndexByte(query, '?') == -1 && (star == -1 || star == len(query)-1) { useGlob = true } logger = logger.With(zap.Bool("use_glob", useGlob)) /* things to glob: * - carbon.relays -> carbon.relays * - carbon.re -> carbon.relays, carbon.rewhatever * - carbon.[rz] -> carbon.relays, carbon.zipper * - carbon.{re,zi} -> carbon.relays, carbon.zipper * - match is either dir or .wsp file * unfortunately, filepath.Glob doesn't handle the curly brace * expansion for us */ query = strings.ReplaceAll(query, ".", "/") var globs []string if !strings.HasSuffix(query, "*") { globs = append(globs, query+".wsp") logger.Debug("appending file to globs struct", zap.Strings("globs", globs), ) } globs = append(globs, query) globs, err := listener.expandGlobBraces(globs) if err != nil { resultCh <- &ExpandedGlobResponse{query, nil, nil, err} return } fidx := listener.CurrentFileIndex() var files []string fallbackToFS := false if !listener.trigramIndex || fidx == nil || len(fidx.files) == 0 { fallbackToFS = true } if fidx != nil && !useGlob { // use the index docs := make(map[trigram.DocID]struct{}) for _, g := range globs { gpath := "/" + g ts := extractTrigrams(g) // TODO(dgryski): If we have 'not enough trigrams' we // should bail and use the file-system glob instead ids := fidx.idx.QueryTrigrams(ts) for _, id := range ids { docid := trigram.DocID(id) if _, ok := docs[docid]; !ok { matched, err := filepath.Match(gpath, fidx.files[id]) if err == nil && matched { docs[docid] = struct{}{} } } } } for id := range docs { files = append(files, listener.whisperData+fidx.files[id]) } sort.Strings(files) } // Not an 'else' clause because the trigram-searching code might want // to fall back to the file-system glob if useGlob || fallbackToFS { // no index or we were asked to hit the filesystem for _, g := range globs { nfiles, err := filepath.Glob(listener.whisperData + "/" + g) if err == nil { files = append(files, nfiles...) } } } leafs := make([]bool, len(files)) for i, p := range files { s, err := os.Stat(p) switch { case err == nil: // exists on disk p = p[len(listener.whisperData+"/"):] if !s.IsDir() && strings.HasSuffix(p, ".wsp") { p = p[:len(p)-4] leafs[i] = true } else { leafs[i] = false } files[i] = strings.ReplaceAll(p, "/", ".") case os.IsNotExist(err): // cache-only, so no fileinfo // mark "leafs" based on wsp suffix p = p[len(listener.whisperData+"/"):] if strings.HasSuffix(p, ".wsp") { p = p[:len(p)-4] leafs[i] = true } else { leafs[i] = false } files[i] = strings.ReplaceAll(p, "/", ".") default: continue } } matchedCount = len(files) resultCh <- &ExpandedGlobResponse{query, files, leafs, nil} } // TODO(dgryski): add tests func (listener *CarbonserverListener) expandGlobBraces(globs []string) ([]string, error) { for { bracematch := false var newglobs []string for _, glob := range globs { lbrace := strings.Index(glob, "{") rbrace := -1 if lbrace > -1 { rbrace = strings.Index(glob[lbrace:], "}") if rbrace > -1 { rbrace += lbrace } } if lbrace > -1 && rbrace > -1 { bracematch = true expansion := glob[lbrace+1 : rbrace] parts := strings.Split(expansion, ",") for _, sub := range parts { if len(newglobs) > listener.maxGlobs { if listener.failOnMaxGlobs { return nil, errMaxGlobsExhausted } break } newglobs = append(newglobs, glob[:lbrace]+sub+glob[rbrace+1:]) } } else { if len(newglobs) > listener.maxGlobs { if listener.failOnMaxGlobs { return nil, errMaxGlobsExhausted } break } newglobs = append(newglobs, glob) } } globs = newglobs if !bracematch { break } } return globs, nil } func (listener *CarbonserverListener) Stat(send helper.StatCallback) { senderRaw := helper.SendUint64 sender := helper.SendAndSubstractUint64 if listener.metricsAsCounters { sender = helper.SendUint64 } var m runtime.MemStats runtime.ReadMemStats(&m) pauseNS := uint64(m.PauseTotalNs) alloc := uint64(m.Alloc) totalAlloc := uint64(m.TotalAlloc) numGC := uint64(m.NumGC) sender("render_requests", &listener.metrics.RenderRequests, send) sender("render_errors", &listener.metrics.RenderErrors, send) sender("notfound", &listener.metrics.NotFound, send) sender("find_requests", &listener.metrics.FindRequests, send) sender("find_errors", &listener.metrics.FindErrors, send) sender("find_zero", &listener.metrics.FindZero, send) sender("list_requests", &listener.metrics.ListRequests, send) sender("list_errors", &listener.metrics.ListErrors, send) sender("details_requests", &listener.metrics.DetailsRequests, send) sender("details_errors", &listener.metrics.DetailsErrors, send) sender("cache_hit", &listener.metrics.CacheHit, send) sender("cache_miss", &listener.metrics.CacheMiss, send) sender("cache_work_time_ns", &listener.metrics.CacheWorkTimeNS, send) sender("cache_wait_time_fetch_ns", &listener.metrics.CacheWaitTimeFetchNS, send) sender("cache_requests", &listener.metrics.CacheRequestsTotal, send) sender("disk_wait_time_ns", &listener.metrics.DiskWaitTimeNS, send) sender("disk_requests", &listener.metrics.DiskRequests, send) sender("points_returned", &listener.metrics.PointsReturned, send) sender("metrics_returned", &listener.metrics.MetricsReturned, send) sender("metrics_found", &listener.metrics.MetricsFound, send) sender("fetch_size_bytes", &listener.metrics.FetchSize, send) senderRaw("metrics_known", &listener.metrics.MetricsKnown, send) sender("index_build_time_ns", &listener.metrics.IndexBuildTimeNS, send) sender("file_scan_time_ns", &listener.metrics.FileScanTimeNS, send) sender("query_cache_hit", &listener.metrics.QueryCacheHit, send) sender("query_cache_miss", &listener.metrics.QueryCacheMiss, send) sender("find_cache_hit", &listener.metrics.FindCacheHit, send) sender("find_cache_miss", &listener.metrics.FindCacheMiss, send) sender("inflight_requests_count", &listener.metrics.InflightRequests, send) sender("inflight_requests_limit", &listener.MaxInflightRequests, send) sender("rejected_too_many_requests", &listener.metrics.RejectedTooManyRequests, send) if listener.concurrentIndex { senderRaw("trie_index_nodes", &listener.metrics.TrieNodes, send) senderRaw("trie_index_files", &listener.metrics.TrieFiles, send) senderRaw("trie_index_dirs", &listener.metrics.TrieDirs, send) senderRaw("trie_count_nodes_time_ns", &listener.metrics.TrieCountNodesTimeNs, send) } if listener.isQuotaEnabled() { senderRaw("quota_apply_time_ns", &listener.metrics.QuotaApplyTimeNs, send) senderRaw("usage_refresh_time_ns", &listener.metrics.UsageRefreshTimeNs, send) } sender("alloc", &alloc, send) sender("total_alloc", &totalAlloc, send) sender("num_gc", &numGC, send) sender("pause_ns", &pauseNS, send) for name, codes := range statusCodes { for i := range codes { sender(fmt.Sprintf("request_codes.%s.%vxx", name, i+1), &codes[i], send) } } for i := 0; i <= listener.buckets; i++ { sender(fmt.Sprintf("requests_in_%dms_to_%dms", i*100, (i+1)*100), &listener.timeBuckets[i], send) } // Computing response percentiles if len(listener.percentiles) > 0 { listener.requestsTimes.Lock() list := listener.requestsTimes.list listener.requestsTimes.list = make([]int64, 0, len(list)) listener.requestsTimes.Unlock() if len(list) == 0 { for _, p := range listener.percentiles { send(fmt.Sprintf("request_time_%vth_percentile_ns", p), 0) } } else { sort.Slice(list, func(i, j int) bool { return list[i] < list[j] }) for _, p := range listener.percentiles { key := int(float64(p)/100*float64(len(list))) - 1 if key < 0 { key = 0 } send(fmt.Sprintf("request_time_%vth_percentile_ns", p), float64(list[key])) } } } // WHY select: avoid potential block select { case qauMetrics := <-listener.quotaAndUsageMetrics: for _, ps := range qauMetrics { send(ps.Metric, float64(ps.Data[0].Value)) } default: } } func (listener *CarbonserverListener) Stop() error { close(listener.forceScanChan) close(listener.exitChan) if listener.db != nil { listener.db.Close() } listener.tcpListener.Close() return nil } func removeDirectory(dir string) error { // A small safety check, it doesn't cover all the cases, but will help a little bit in case of misconfiguration switch strings.TrimSuffix(dir, "/") { case "/", "/etc", "/usr", "/bin", "/sbin", "/lib", "/lib64", "/usr/lib", "/usr/lib64", "/usr/bin", "/usr/sbin", "C:", "C:\\": return fmt.Errorf("Can't remove system directory: %s", dir) } d, err := os.Open(dir) if err != nil { return err } defer d.Close() files, err := d.Readdirnames(-1) if err != nil { return err } for _, f := range files { err = os.RemoveAll(filepath.Join(dir, f)) if err != nil { return err } } return nil } func (listener *CarbonserverListener) initStatsDB() error { var err error if listener.internalStatsDir != "" { o := &opt.Options{ Filter: filter.NewBloomFilter(10), } listener.db, err = leveldb.OpenFile(listener.internalStatsDir, o) if err != nil { listener.logger.Error("Can't open statistics database", zap.Error(err), ) err = removeDirectory(listener.internalStatsDir) if err != nil { listener.logger.Error("Can't remove old statistics database", zap.Error(err), ) return err } listener.db, err = leveldb.OpenFile(listener.internalStatsDir, o) if err != nil { listener.logger.Error("Can't recreate statistics database", zap.Error(err), ) return err } } } return nil } func (listener *CarbonserverListener) rateLimitRequest(h http.HandlerFunc) http.HandlerFunc { return func(wr http.ResponseWriter, req *http.Request) { // Can't use http.TimeoutHandler here due to supporting per-path timeout if ratelimiter, ok := listener.apiPerPathRatelimiter[req.URL.Path]; listener.requestTimeout > 0 || (ok && ratelimiter.timeout > 0) { timeout := listener.requestTimeout if ok && ratelimiter.timeout > 0 { timeout = ratelimiter.timeout } ctx, cancel := context.WithTimeout(req.Context(), timeout) defer cancel() req = req.WithContext(ctx) } t0 := time.Now() ctx := req.Context() accessLogger := TraceContextToZap(ctx, listener.accessLogger.With( zap.String("handler", "rate_limit"), zap.String("url", req.URL.RequestURI()), zap.String("peer", req.RemoteAddr), )) if listener.NoServiceWhenIndexIsNotReady && listener.CurrentFileIndex() == nil { accessLogger.Error("request denied", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "index not ready"), zap.Int("http_code", http.StatusServiceUnavailable), ) http.Error(wr, "Service unavailable (index not ready)", http.StatusServiceUnavailable) return } if ratelimiter, ok := listener.apiPerPathRatelimiter[req.URL.Path]; ok { if cap(ratelimiter.maxInflightRequests) == 0 { http.Error(wr, "Bad request (blocked by api per path rate limiter)", http.StatusBadRequest) return } ratelimiter.maxInflightRequests <- struct{}{} defer func() { select { case <-ratelimiter.maxInflightRequests: default: } }() // why: if the request is already timeout, there is no // need to resume execution. select { case <-ctx.Done(): switch ctx.Err() { case context.DeadlineExceeded: listener.prometheus.timeoutRequest() case context.Canceled: listener.prometheus.cancelledRequest() } accessLogger.Error("request timeout due to per url rate limiting", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "timeout due to per url rate limiting"), zap.Int("http_code", http.StatusRequestTimeout), ) http.Error(wr, "Bad request (timeout due to maxInflightRequests)", http.StatusRequestTimeout) return default: } } // TODO: to deprecate as it's replaced by per-path rate limiting? // // rate limit inflight requests inflights := atomic.AddUint64(&listener.metrics.InflightRequests, 1) defer atomic.AddUint64(&listener.metrics.InflightRequests, ^uint64(0)) if listener.MaxInflightRequests > 0 && inflights > listener.MaxInflightRequests { atomic.AddUint64(&listener.metrics.RejectedTooManyRequests, 1) accessLogger.Error("request denied", zap.Duration("runtime_seconds", time.Since(t0)), zap.String("reason", "too many requests"), zap.Int("http_code", http.StatusTooManyRequests), ) http.Error(wr, "Bad request (too many requests)", http.StatusTooManyRequests) return } h(wr, req) } } func (listener *CarbonserverListener) Listen(listen string) error { logger := listener.logger logger.Info("starting carbonserver", zap.String("listen", listen), zap.String("whisperData", listener.whisperData), zap.Int("maxGlobs", listener.maxGlobs), zap.String("scanFrequency", listener.scanFrequency.String()), ) listener.exitChan = make(chan struct{}) if (listener.trigramIndex || listener.trieIndex) && listener.scanFrequency != 0 { listener.forceScanChan = make(chan struct{}) go listener.fileListUpdater(listener.whisperData, time.Tick(listener.scanFrequency), listener.forceScanChan, listener.exitChan) //nolint:staticcheck listener.forceScanChan <- struct{}{} } listener.queryCache = queryCache{ec: expirecache.New(uint64(listener.queryCacheSizeMB))} // +1 to track every over the number of buckets we track listener.timeBuckets = make([]uint64, listener.buckets+1) carbonserverMux := http.NewServeMux() wrapHandler := func(h http.HandlerFunc, handlerStatusCodes []uint64) http.HandlerFunc { return httputil.TrackConnections( httputil.TimeHandler( TraceHandler( listener.rateLimitRequest(h), statusCodes["combined"], handlerStatusCodes, listener.prometheus.request, ), listener.bucketRequestTimes, ), ) } carbonserverMux.HandleFunc("/_internal/capabilities/", wrapHandler(listener.capabilityHandler, statusCodes["capabilities"])) carbonserverMux.HandleFunc("/metrics/find/", wrapHandler(listener.findHandler, statusCodes["find"])) carbonserverMux.HandleFunc("/metrics/list/", wrapHandler(listener.listHandler, statusCodes["list"])) carbonserverMux.HandleFunc("/metrics/list_query/", wrapHandler(listener.listQueryHandler, statusCodes["list"])) carbonserverMux.HandleFunc("/metrics/details/", wrapHandler(listener.detailsHandler, statusCodes["details"])) carbonserverMux.HandleFunc("/render/", wrapHandler(listener.renderHandler, statusCodes["render"])) carbonserverMux.HandleFunc("/info/", wrapHandler(listener.infoHandler, statusCodes["info"])) carbonserverMux.HandleFunc("/forcescan", func(w http.ResponseWriter, r *http.Request) { select { case listener.forceScanChan <- struct{}{}: w.WriteHeader(http.StatusAccepted) case <-time.After(time.Second): w.WriteHeader(http.StatusServiceUnavailable) } }) carbonserverMux.HandleFunc("/admin/quota", func(w http.ResponseWriter, r *http.Request) { w.Header().Add("Content-Type", "text/plain") fidx := listener.CurrentFileIndex() if fidx == nil && fidx.trieIdx == nil { fmt.Fprintf(w, "index doesn't exist.") return } fidx.trieIdx.getQuotaTree(w) }) carbonserverMux.HandleFunc("/admin/info", func(w http.ResponseWriter, r *http.Request) { // URL: /admin/info?scopes=cache,config w.Header().Add("Content-Type", "application/json") // Parameter "scopes" is a csv string. Valid values: cache, config. // By default, /admin/info returns all admin info var scopes map[string]bool if fs := strings.TrimSpace(r.URL.Query().Get("scopes")); fs != "" { scopes = map[string]bool{} for _, f := range strings.Split(fs, ",") { scopes[strings.TrimSpace(f)] = true } } infos := map[string]map[string]interface{}{} for name, f := range listener.interfalInfoCallbacks { if scopes != nil && !scopes[name] { continue } infos[name] = f() } json.NewEncoder(w).Encode(infos) }) carbonserverMux.HandleFunc("/robots.txt", func(w http.ResponseWriter, r *http.Request) { fmt.Fprintln(w, "User-agent: *\nDisallow: /") }) tcpAddr, err := net.ResolveTCPAddr("tcp", listen) if err != nil { return err } listener.tcpListener, err = net.ListenTCP("tcp", tcpAddr) if err != nil { return err } if listener.internalStatsDir != "" { err = listener.initStatsDB() if err != nil { logger.Error("Failed to reinitialize statistics database") } else { accessTimes := make(map[string]int64) iter := listener.db.NewIterator(nil, nil) for iter.Next() { // Remember that the contents of the returned slice should not be modified, and // only valid until the next call to Next. key := iter.Key() value := iter.Value() v, r := binary.Varint(value) if r <= 0 { logger.Error("Can't parse value", zap.String("key", string(key)), ) continue } accessTimes[string(key)] = v } iter.Release() err = iter.Error() if err != nil { logger.Info("Error reading from statistics database", zap.Error(err), ) listener.db.Close() err = removeDirectory(listener.internalStatsDir) if err != nil { logger.Error("Failed to reinitialize statistics database", zap.Error(err), ) } else { err = listener.initStatsDB() if err != nil { logger.Error("Failed to reinitialize statistics database", zap.Error(err), ) } } } listener.UpdateMetricsAccessTimes(accessTimes, true) } } go listener.queryCache.ec.StoppableApproximateCleaner(10*time.Second, listener.exitChan) srv := &http.Server{ Handler: gziphandler.GzipHandler(carbonserverMux), ReadTimeout: listener.readTimeout, IdleTimeout: listener.idleTimeout, WriteTimeout: listener.writeTimeout, } go srv.Serve(listener.tcpListener) return nil } func (listener *CarbonserverListener) bucketRequestTimes(req *http.Request, t time.Duration) { listener.prometheus.duration(t) ms := t.Nanoseconds() / int64(time.Millisecond) if len(listener.percentiles) > 0 { listener.requestsTimes.Lock() listener.requestsTimes.list = append(listener.requestsTimes.list, t.Nanoseconds()) listener.requestsTimes.Unlock() } bucket := int(math.Log(float64(ms)) * math.Log10E) if bucket < 0 { bucket = 0 } if bucket < listener.buckets { atomic.AddUint64(&listener.timeBuckets[bucket], 1) } else { // Too big? Increment overflow bucket and log atomic.AddUint64(&listener.timeBuckets[listener.buckets], 1) listener.logger.Info("slow request", zap.String("url", req.URL.RequestURI()), zap.String("peer", req.RemoteAddr), ) } } func extractTrigrams(query string) []trigram.T { if len(query) < 3 { return nil } var start int var i int var trigrams []trigram.T for i < len(query) { if query[i] == '[' || query[i] == '*' || query[i] == '?' { trigrams = trigram.Extract(query[start:i], trigrams) if query[i] == '[' { for i < len(query) && query[i] != ']' { i++ } } start = i + 1 } i++ } if start < i { trigrams = trigram.Extract(query[start:i], trigrams) } return trigrams } type fileListCache struct { path string mode byte file *os.File scanner *bufio.Scanner writer *gzip.Writer } func newFileListCache(p string, mode byte) (*fileListCache, error) { var flc fileListCache var err error flc.path = p flc.mode = mode if mode == 'r' { flc.file, err = os.Open(p) if err != nil { return nil, err } r, err := gzip.NewReader(flc.file) if err != nil { return nil, err } flc.scanner = bufio.NewScanner(r) } if mode == 'w' { flc.file, err = os.Create(p + ".tmp") if err != nil { return nil, err } flc.writer = gzip.NewWriter(flc.file) } return &flc, err } func (flc *fileListCache) write(p string) error { _, err := flc.writer.Write([]byte(p + "\n")) return err } func (flc *fileListCache) close() error { var errs []string if flc.mode == 'w' { if err := flc.writer.Flush(); err != nil { errs = append(errs, fmt.Sprintf("gzip.flush: %s", err)) } if err := flc.writer.Close(); err != nil { errs = append(errs, fmt.Sprintf("gzip.close: %s", err)) } if err := flc.file.Sync(); err != nil { errs = append(errs, fmt.Sprintf("file.sync: %s", err)) } } if err := flc.file.Close(); err != nil { errs = append(errs, fmt.Sprintf("file.sync: %s", err)) } if flc.mode == 'w' && len(errs) == 0 { if err := os.Rename(flc.path+".tmp", flc.path); err != nil { errs = append(errs, fmt.Sprintf("file.rename: %s", err)) } } if len(errs) > 0 { return errors.New(strings.Join(errs, ";")) } return nil } func (listener *CarbonserverListener) RegisterInternalInfoHandler(name string, f func() map[string]interface{}) { if listener.interfalInfoCallbacks == nil { listener.interfalInfoCallbacks = map[string]func() map[string]interface{}{} } listener.interfalInfoCallbacks[name] = f } type GlobQueryRateLimiter struct { pattern *regexp.Regexp maxInflightRequests chan struct{} } func NewGlobQueryRateLimiter(pattern string, max uint) (*GlobQueryRateLimiter, error) { exp, err := regexp.Compile(pattern) if err != nil { return nil, err } return &GlobQueryRateLimiter{pattern: exp, maxInflightRequests: make(chan struct{}, max)}, nil } type ApiPerPathRatelimiter struct { maxInflightRequests chan struct{} timeout time.Duration } func NewApiPerPathRatelimiter(maxInflightRequests uint, timeout time.Duration) *ApiPerPathRatelimiter { return &ApiPerPathRatelimiter{ maxInflightRequests: make(chan struct{}, maxInflightRequests), timeout: timeout, } }

NewCarbonserverListener

expr.rs

// Copyright 2012-2014 The Rust Project Developers. See the COPYRIGHT // file at the top-level directory of this distribution and at // http://rust-lang.org/COPYRIGHT. // // Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. //! # Translation of Expressions //! //! The expr module handles translation of expressions. The most general //! translation routine is `trans()`, which will translate an expression //! into a datum. `trans_into()` is also available, which will translate //! an expression and write the result directly into memory, sometimes //! avoiding the need for a temporary stack slot. Finally, //! `trans_to_lvalue()` is available if you'd like to ensure that the //! result has cleanup scheduled. //! //! Internally, each of these functions dispatches to various other //! expression functions depending on the kind of expression. We divide //! up expressions into: //! //! - **Datum expressions:** Those that most naturally yield values. //! Examples would be `22`, `box x`, or `a + b` (when not overloaded). //! - **DPS expressions:** Those that most naturally write into a location //! in memory. Examples would be `foo()` or `Point { x: 3, y: 4 }`. //! - **Statement expressions:** That that do not generate a meaningful //! result. Examples would be `while { ... }` or `return 44`. //! //! Public entry points: //! //! - `trans_into(bcx, expr, dest) -> bcx`: evaluates an expression, //! storing the result into `dest`. This is the preferred form, if you //! can manage it. //! //! - `trans(bcx, expr) -> DatumBlock`: evaluates an expression, yielding //! `Datum` with the result. You can then store the datum, inspect //! the value, etc. This may introduce temporaries if the datum is a //! structural type. //! //! - `trans_to_lvalue(bcx, expr, "...") -> DatumBlock`: evaluates an //! expression and ensures that the result has a cleanup associated with it, //! creating a temporary stack slot if necessary. //! //! - `trans_local_var -> Datum`: looks up a local variable or upvar. #![allow(non_camel_case_types)] pub use self::Dest::*; use self::lazy_binop_ty::*; use back::abi; use llvm::{self, ValueRef, TypeKind}; use middle::check_const; use middle::def; use middle::lang_items::CoerceUnsizedTraitLangItem; use middle::subst::{Substs, VecPerParamSpace}; use middle::traits; use trans::{_match, adt, asm, base, callee, closure, consts, controlflow}; use trans::base::*; use trans::build::*; use trans::cleanup::{self, CleanupMethods}; use trans::common::*; use trans::datum::*; use trans::debuginfo::{self, DebugLoc, ToDebugLoc}; use trans::glue; use trans::machine; use trans::meth; use trans::monomorphize; use trans::tvec; use trans::type_of; use middle::cast::{CastKind, CastTy}; use middle::ty::{AdjustDerefRef, AdjustReifyFnPointer, AdjustUnsafeFnPointer}; use middle::ty::{self, Ty}; use middle::ty::MethodCall; use util::common::indenter; use trans::machine::{llsize_of, llsize_of_alloc}; use trans::type_::Type; use syntax::{ast, ast_util, codemap}; use syntax::parse::token::InternedString; use syntax::ptr::P; use syntax::parse::token; use std::mem; // Destinations // These are passed around by the code generating functions to track the // destination of a computation's value. #[derive(Copy, Clone, PartialEq)] pub enum Dest { SaveIn(ValueRef), Ignore, } impl Dest { pub fn to_string(&self, ccx: &CrateContext) -> String { match *self { SaveIn(v) => format!("SaveIn({})", ccx.tn().val_to_string(v)), Ignore => "Ignore".to_string() } } } /// This function is equivalent to `trans(bcx, expr).store_to_dest(dest)` but it may generate /// better optimized LLVM code. pub fn trans_into<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, dest: Dest) -> Block<'blk, 'tcx> { let mut bcx = bcx; debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); if bcx.tcx().tables.borrow().adjustments.contains_key(&expr.id) { // use trans, which may be less efficient but // which will perform the adjustments: let datum = unpack_datum!(bcx, trans(bcx, expr)); return datum.store_to_dest(bcx, dest, expr.id); } let qualif = *bcx.tcx().const_qualif_map.borrow().get(&expr.id).unwrap(); if !qualif.intersects( check_const::ConstQualif::NOT_CONST | check_const::ConstQualif::NEEDS_DROP ) { if !qualif.intersects(check_const::ConstQualif::PREFER_IN_PLACE) { if let SaveIn(lldest) = dest { let global = consts::get_const_expr_as_global(bcx.ccx(), expr, qualif, bcx.fcx.param_substs); // Cast pointer to destination, because constants // have different types. let lldest = PointerCast(bcx, lldest, val_ty(global)); memcpy_ty(bcx, lldest, global, expr_ty_adjusted(bcx, expr)); return bcx; } // Even if we don't have a value to emit, and the expression // doesn't have any side-effects, we still have to translate the // body of any closures. // FIXME: Find a better way of handling this case. } else { // The only way we're going to see a `const` at this point is if // it prefers in-place instantiation, likely because it contains // `[x; N]` somewhere within. match expr.node { ast::ExprPath(..) => { match bcx.def(expr.id) { def::DefConst(did) => { let const_expr = consts::get_const_expr(bcx.ccx(), did, expr); // Temporarily get cleanup scopes out of the way, // as they require sub-expressions to be contained // inside the current AST scope. // These should record no cleanups anyways, `const` // can't have destructors. let scopes = mem::replace(&mut *bcx.fcx.scopes.borrow_mut(), vec![]); // Lock emitted debug locations to the location of // the constant reference expression. debuginfo::with_source_location_override(bcx.fcx, expr.debug_loc(), || { bcx = trans_into(bcx, const_expr, dest) }); let scopes = mem::replace(&mut *bcx.fcx.scopes.borrow_mut(), scopes); assert!(scopes.is_empty()); return bcx; } _ => {} } } _ => {} } } } debug!("trans_into() expr={:?}", expr); let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), expr.id, expr.span, false); bcx.fcx.push_ast_cleanup_scope(cleanup_debug_loc); let kind = expr_kind(bcx.tcx(), expr); bcx = match kind { ExprKind::Lvalue | ExprKind::RvalueDatum => { trans_unadjusted(bcx, expr).store_to_dest(dest, expr.id) } ExprKind::RvalueDps => { trans_rvalue_dps_unadjusted(bcx, expr, dest) } ExprKind::RvalueStmt => { trans_rvalue_stmt_unadjusted(bcx, expr) } }; bcx.fcx.pop_and_trans_ast_cleanup_scope(bcx, expr.id) } /// Translates an expression, returning a datum (and new block) encapsulating the result. When /// possible, it is preferred to use `trans_into`, as that may avoid creating a temporary on the /// stack. pub fn trans<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { debug!("trans(expr={:?})", expr); let mut bcx = bcx; let fcx = bcx.fcx; let qualif = *bcx.tcx().const_qualif_map.borrow().get(&expr.id).unwrap(); let adjusted_global = !qualif.intersects(check_const::ConstQualif::NON_STATIC_BORROWS); let global = if !qualif.intersects( check_const::ConstQualif::NOT_CONST | check_const::ConstQualif::NEEDS_DROP ) { let global = consts::get_const_expr_as_global(bcx.ccx(), expr, qualif, bcx.fcx.param_substs); if qualif.intersects(check_const::ConstQualif::HAS_STATIC_BORROWS) { // Is borrowed as 'static, must return lvalue. // Cast pointer to global, because constants have different types. let const_ty = expr_ty_adjusted(bcx, expr); let llty = type_of::type_of(bcx.ccx(), const_ty); let global = PointerCast(bcx, global, llty.ptr_to()); let datum = Datum::new(global, const_ty, Lvalue); return DatumBlock::new(bcx, datum.to_expr_datum()); } // Otherwise, keep around and perform adjustments, if needed. let const_ty = if adjusted_global { expr_ty_adjusted(bcx, expr) } else { expr_ty(bcx, expr) }; // This could use a better heuristic. Some(if type_is_immediate(bcx.ccx(), const_ty) { // Cast pointer to global, because constants have different types. let llty = type_of::type_of(bcx.ccx(), const_ty); let global = PointerCast(bcx, global, llty.ptr_to()); // Maybe just get the value directly, instead of loading it? immediate_rvalue(load_ty(bcx, global, const_ty), const_ty) } else { let llty = type_of::type_of(bcx.ccx(), const_ty); // HACK(eddyb) get around issues with lifetime intrinsics. let scratch = alloca_no_lifetime(bcx, llty, "const"); let lldest = if !const_ty.is_structural() { // Cast pointer to slot, because constants have different types. PointerCast(bcx, scratch, val_ty(global)) } else { // In this case, memcpy_ty calls llvm.memcpy after casting both // source and destination to i8*, so we don't need any casts. scratch }; memcpy_ty(bcx, lldest, global, const_ty); Datum::new(scratch, const_ty, Rvalue::new(ByRef)) }) } else { None }; let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), expr.id, expr.span, false); fcx.push_ast_cleanup_scope(cleanup_debug_loc); let datum = match global { Some(rvalue) => rvalue.to_expr_datum(), None => unpack_datum!(bcx, trans_unadjusted(bcx, expr)) }; let datum = if adjusted_global { datum // trans::consts already performed adjustments. } else { unpack_datum!(bcx, apply_adjustments(bcx, expr, datum)) }; bcx = fcx.pop_and_trans_ast_cleanup_scope(bcx, expr.id); return DatumBlock::new(bcx, datum); } pub fn get_len(bcx: Block, fat_ptr: ValueRef) -> ValueRef { GEPi(bcx, fat_ptr, &[0, abi::FAT_PTR_EXTRA]) } pub fn get_dataptr(bcx: Block, fat_ptr: ValueRef) -> ValueRef { GEPi(bcx, fat_ptr, &[0, abi::FAT_PTR_ADDR]) } pub fn copy_fat_ptr(bcx: Block, src_ptr: ValueRef, dst_ptr: ValueRef) { Store(bcx, Load(bcx, get_dataptr(bcx, src_ptr)), get_dataptr(bcx, dst_ptr)); Store(bcx, Load(bcx, get_len(bcx, src_ptr)), get_len(bcx, dst_ptr)); } /// Retrieve the information we are losing (making dynamic) in an unsizing /// adjustment. /// /// The `old_info` argument is a bit funny. It is intended for use /// in an upcast, where the new vtable for an object will be drived /// from the old one. pub fn unsized_info<'ccx, 'tcx>(ccx: &CrateContext<'ccx, 'tcx>, source: Ty<'tcx>, target: Ty<'tcx>, old_info: Option<ValueRef>, param_substs: &'tcx Substs<'tcx>) -> ValueRef { let (source, target) = ccx.tcx().struct_lockstep_tails(source, target); match (&source.sty, &target.sty) { (&ty::TyArray(_, len), &ty::TySlice(_)) => C_uint(ccx, len), (&ty::TyTrait(_), &ty::TyTrait(_)) => { // For now, upcasts are limited to changes in marker // traits, and hence never actually require an actual // change to the vtable. old_info.expect("unsized_info: missing old info for trait upcast") } (_, &ty::TyTrait(box ty::TraitTy { ref principal, .. })) => { // Note that we preserve binding levels here: let substs = principal.0.substs.with_self_ty(source).erase_regions(); let substs = ccx.tcx().mk_substs(substs); let trait_ref = ty::Binder(ty::TraitRef { def_id: principal.def_id(), substs: substs }); consts::ptrcast(meth::get_vtable(ccx, trait_ref, param_substs), Type::vtable_ptr(ccx)) } _ => ccx.sess().bug(&format!("unsized_info: invalid unsizing {:?} -> {:?}", source, target)) } } /// Helper for trans that apply adjustments from `expr` to `datum`, which should be the unadjusted /// translation of `expr`. fn apply_adjustments<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let mut datum = datum; let adjustment = match bcx.tcx().tables.borrow().adjustments.get(&expr.id).cloned() { None => { return DatumBlock::new(bcx, datum); } Some(adj) => { adj } }; debug!("unadjusted datum for expr {:?}: {} adjustment={:?}", expr, datum.to_string(bcx.ccx()), adjustment); match adjustment { AdjustReifyFnPointer => { // FIXME(#19925) once fn item types are // zero-sized, we'll need to do something here } AdjustUnsafeFnPointer => { // purely a type-level thing } AdjustDerefRef(ref adj) => { let skip_reborrows = if adj.autoderefs == 1 && adj.autoref.is_some() { // We are a bit paranoid about adjustments and thus might have a re- // borrow here which merely derefs and then refs again (it might have // a different region or mutability, but we don't care here). match datum.ty.sty { // Don't skip a conversion from Box<T> to &T, etc. ty::TyRef(..) => { if bcx.tcx().is_overloaded_autoderef(expr.id, 0) { // Don't skip an overloaded deref. 0 } else { 1 } } _ => 0 } } else { 0 }; if adj.autoderefs > skip_reborrows { // Schedule cleanup. let lval = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "auto_deref", expr.id)); datum = unpack_datum!(bcx, deref_multiple(bcx, expr, lval.to_expr_datum(), adj.autoderefs - skip_reborrows)); } // (You might think there is a more elegant way to do this than a // skip_reborrows bool, but then you remember that the borrow checker exists). if skip_reborrows == 0 && adj.autoref.is_some() { if !type_is_sized(bcx.tcx(), datum.ty) { // Arrange cleanup let lval = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "ref_fat_ptr", expr.id)); datum = unpack_datum!(bcx, ref_fat_ptr(bcx, lval)); } else { datum = unpack_datum!(bcx, auto_ref(bcx, datum, expr)); } } if let Some(target) = adj.unsize { // We do not arrange cleanup ourselves; if we already are an // L-value, then cleanup will have already been scheduled (and // the `datum.to_rvalue_datum` call below will emit code to zero // the drop flag when moving out of the L-value). If we are an // R-value, then we do not need to schedule cleanup. let source_datum = unpack_datum!(bcx, datum.to_rvalue_datum(bcx, "__coerce_source")); let target = bcx.monomorphize(&target); let llty = type_of::type_of(bcx.ccx(), target); // HACK(eddyb) get around issues with lifetime intrinsics. let scratch = alloca_no_lifetime(bcx, llty, "__coerce_target"); let target_datum = Datum::new(scratch, target, Rvalue::new(ByRef)); bcx = coerce_unsized(bcx, expr.span, source_datum, target_datum); datum = Datum::new(scratch, target, RvalueExpr(Rvalue::new(ByRef))); } } } debug!("after adjustments, datum={}", datum.to_string(bcx.ccx())); DatumBlock::new(bcx, datum) } fn coerce_unsized<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, span: codemap::Span, source: Datum<'tcx, Rvalue>, target: Datum<'tcx, Rvalue>) -> Block<'blk, 'tcx> { let mut bcx = bcx; debug!("coerce_unsized({} -> {})", source.to_string(bcx.ccx()), target.to_string(bcx.ccx())); match (&source.ty.sty, &target.ty.sty) { (&ty::TyBox(a), &ty::TyBox(b)) | (&ty::TyRef(_, ty::TypeAndMut { ty: a, .. }), &ty::TyRef(_, ty::TypeAndMut { ty: b, .. })) | (&ty::TyRef(_, ty::TypeAndMut { ty: a, .. }), &ty::TyRawPtr(ty::TypeAndMut { ty: b, .. })) | (&ty::TyRawPtr(ty::TypeAndMut { ty: a, .. }), &ty::TyRawPtr(ty::TypeAndMut { ty: b, .. })) => { let (inner_source, inner_target) = (a, b); let (base, old_info) = if !type_is_sized(bcx.tcx(), inner_source) { // Normally, the source is a thin pointer and we are // adding extra info to make a fat pointer. The exception // is when we are upcasting an existing object fat pointer // to use a different vtable. In that case, we want to // load out the original data pointer so we can repackage // it. (Load(bcx, get_dataptr(bcx, source.val)), Some(Load(bcx, get_len(bcx, source.val)))) } else { let val = if source.kind.is_by_ref() { load_ty(bcx, source.val, source.ty) } else { source.val }; (val, None) }; let info = unsized_info(bcx.ccx(), inner_source, inner_target, old_info, bcx.fcx.param_substs); // Compute the base pointer. This doesn't change the pointer value, // but merely its type. let ptr_ty = type_of::in_memory_type_of(bcx.ccx(), inner_target).ptr_to(); let base = PointerCast(bcx, base, ptr_ty); Store(bcx, base, get_dataptr(bcx, target.val)); Store(bcx, info, get_len(bcx, target.val)); } // This can be extended to enums and tuples in the future. // (&ty::TyEnum(def_id_a, _), &ty::TyEnum(def_id_b, _)) | (&ty::TyStruct(def_id_a, _), &ty::TyStruct(def_id_b, _)) => { assert_eq!(def_id_a, def_id_b); // The target is already by-ref because it's to be written to. let source = unpack_datum!(bcx, source.to_ref_datum(bcx)); assert!(target.kind.is_by_ref()); let trait_substs = Substs::erased(VecPerParamSpace::new(vec![target.ty], vec![source.ty], Vec::new())); let trait_ref = ty::Binder(ty::TraitRef { def_id: langcall(bcx, Some(span), "coercion", CoerceUnsizedTraitLangItem), substs: bcx.tcx().mk_substs(trait_substs) }); let kind = match fulfill_obligation(bcx.ccx(), span, trait_ref) { traits::VtableImpl(traits::VtableImplData { impl_def_id, .. }) => { bcx.tcx().custom_coerce_unsized_kind(impl_def_id) } vtable => { bcx.sess().span_bug(span, &format!("invalid CoerceUnsized vtable: {:?}", vtable)); } }; let repr_source = adt::represent_type(bcx.ccx(), source.ty); let src_fields = match &*repr_source { &adt::Repr::Univariant(ref s, _) => &s.fields, _ => bcx.sess().span_bug(span, &format!("Non univariant struct? (repr_source: {:?})", repr_source)), }; let repr_target = adt::represent_type(bcx.ccx(), target.ty); let target_fields = match &*repr_target { &adt::Repr::Univariant(ref s, _) => &s.fields, _ => bcx.sess().span_bug(span, &format!("Non univariant struct? (repr_target: {:?})", repr_target)), }; let coerce_index = match kind { ty::CustomCoerceUnsized::Struct(i) => i }; assert!(coerce_index < src_fields.len() && src_fields.len() == target_fields.len()); let iter = src_fields.iter().zip(target_fields).enumerate(); for (i, (src_ty, target_ty)) in iter { let ll_source = adt::trans_field_ptr(bcx, &repr_source, source.val, 0, i); let ll_target = adt::trans_field_ptr(bcx, &repr_target, target.val, 0, i); // If this is the field we need to coerce, recurse on it. if i == coerce_index { coerce_unsized(bcx, span, Datum::new(ll_source, src_ty, Rvalue::new(ByRef)), Datum::new(ll_target, target_ty, Rvalue::new(ByRef))); } else { // Otherwise, simply copy the data from the source. assert_eq!(src_ty, target_ty); memcpy_ty(bcx, ll_target, ll_source, src_ty); } } } _ => bcx.sess().bug(&format!("coerce_unsized: invalid coercion {:?} -> {:?}", source.ty, target.ty)) } bcx } /// Translates an expression in "lvalue" mode -- meaning that it returns a reference to the memory /// that the expr represents. /// /// If this expression is an rvalue, this implies introducing a temporary. In other words, /// something like `x().f` is translated into roughly the equivalent of /// /// { tmp = x(); tmp.f } pub fn trans_to_lvalue<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, name: &str) -> DatumBlock<'blk, 'tcx, Lvalue> { let mut bcx = bcx; let datum = unpack_datum!(bcx, trans(bcx, expr)); return datum.to_lvalue_datum(bcx, name, expr.id); } /// A version of `trans` that ignores adjustments. You almost certainly do not want to call this /// directly. fn trans_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; debug!("trans_unadjusted(expr={:?})", expr); let _indenter = indenter(); debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); return match expr_kind(bcx.tcx(), expr) { ExprKind::Lvalue | ExprKind::RvalueDatum => { let datum = unpack_datum!(bcx, { trans_datum_unadjusted(bcx, expr) }); DatumBlock {bcx: bcx, datum: datum} } ExprKind::RvalueStmt => { bcx = trans_rvalue_stmt_unadjusted(bcx, expr); nil(bcx, expr_ty(bcx, expr)) } ExprKind::RvalueDps => { let ty = expr_ty(bcx, expr); if type_is_zero_size(bcx.ccx(), ty) { bcx = trans_rvalue_dps_unadjusted(bcx, expr, Ignore); nil(bcx, ty) } else { let scratch = rvalue_scratch_datum(bcx, ty, ""); bcx = trans_rvalue_dps_unadjusted( bcx, expr, SaveIn(scratch.val)); // Note: this is not obviously a good idea. It causes // immediate values to be loaded immediately after a // return from a call or other similar expression, // which in turn leads to alloca's having shorter // lifetimes and hence larger stack frames. However, // in turn it can lead to more register pressure. // Still, in practice it seems to increase // performance, since we have fewer problems with // morestack churn. let scratch = unpack_datum!( bcx, scratch.to_appropriate_datum(bcx)); DatumBlock::new(bcx, scratch.to_expr_datum()) } } }; fn nil<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ty: Ty<'tcx>) -> DatumBlock<'blk, 'tcx, Expr> { let llval = C_undef(type_of::type_of(bcx.ccx(), ty)); let datum = immediate_rvalue(llval, ty); DatumBlock::new(bcx, datum.to_expr_datum()) } } fn trans_datum_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let fcx = bcx.fcx; let _icx = push_ctxt("trans_datum_unadjusted"); match expr.node { ast::ExprParen(ref e) => { trans(bcx, &**e) } ast::ExprPath(..) => { trans_def(bcx, expr, bcx.def(expr.id)) } ast::ExprField(ref base, ident) => { trans_rec_field(bcx, &**base, ident.node.name) } ast::ExprTupField(ref base, idx) => { trans_rec_tup_field(bcx, &**base, idx.node) } ast::ExprIndex(ref base, ref idx) => { trans_index(bcx, expr, &**base, &**idx, MethodCall::expr(expr.id)) } ast::ExprBox(_, ref contents) => { // Special case for `Box<T>` let box_ty = expr_ty(bcx, expr); let contents_ty = expr_ty(bcx, &**contents); match box_ty.sty { ty::TyBox(..) => { trans_uniq_expr(bcx, expr, box_ty, &**contents, contents_ty) } _ => bcx.sess().span_bug(expr.span, "expected unique box") } } ast::ExprLit(ref lit) => trans_immediate_lit(bcx, expr, &**lit), ast::ExprBinary(op, ref lhs, ref rhs) => { trans_binary(bcx, expr, op, &**lhs, &**rhs) } ast::ExprUnary(op, ref x) => { trans_unary(bcx, expr, op, &**x) } ast::ExprAddrOf(_, ref x) => { match x.node { ast::ExprRepeat(..) | ast::ExprVec(..) => { // Special case for slices. let cleanup_debug_loc = debuginfo::get_cleanup_debug_loc_for_ast_node(bcx.ccx(), x.id, x.span, false); fcx.push_ast_cleanup_scope(cleanup_debug_loc); let datum = unpack_datum!( bcx, tvec::trans_slice_vec(bcx, expr, &**x)); bcx = fcx.pop_and_trans_ast_cleanup_scope(bcx, x.id); DatumBlock::new(bcx, datum) } _ => { trans_addr_of(bcx, expr, &**x) } } } ast::ExprCast(ref val, _) => { // Datum output mode means this is a scalar cast: trans_imm_cast(bcx, &**val, expr.id) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_datum_unadjusted reached \ fall-through case: {:?}", expr.node)); } } } fn trans_field<'blk, 'tcx, F>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, get_idx: F) -> DatumBlock<'blk, 'tcx, Expr> where F: FnOnce(&'blk ty::ctxt<'tcx>, &[ty::Field<'tcx>]) -> usize, { let mut bcx = bcx; let _icx = push_ctxt("trans_rec_field"); let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, base, "field")); let bare_ty = base_datum.ty; let repr = adt::represent_type(bcx.ccx(), bare_ty); with_field_tys(bcx.tcx(), bare_ty, None, move |discr, field_tys| { let ix = get_idx(bcx.tcx(), field_tys); let d = base_datum.get_element( bcx, field_tys[ix].mt.ty, |srcval| adt::trans_field_ptr(bcx, &*repr, srcval, discr, ix)); if type_is_sized(bcx.tcx(), d.ty) { DatumBlock { datum: d.to_expr_datum(), bcx: bcx } } else { let scratch = rvalue_scratch_datum(bcx, d.ty, ""); Store(bcx, d.val, get_dataptr(bcx, scratch.val)); let info = Load(bcx, get_len(bcx, base_datum.val)); Store(bcx, info, get_len(bcx, scratch.val)); // Always generate an lvalue datum, because this pointer doesn't own // the data and cleanup is scheduled elsewhere. DatumBlock::new(bcx, Datum::new(scratch.val, scratch.ty, LvalueExpr)) } }) } /// Translates `base.field`. fn trans_rec_field<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, field: ast::Name) -> DatumBlock<'blk, 'tcx, Expr> { trans_field(bcx, base, |tcx, field_tys| tcx.field_idx_strict(field, field_tys)) } /// Translates `base.<idx>`. fn trans_rec_tup_field<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, base: &ast::Expr, idx: usize) -> DatumBlock<'blk, 'tcx, Expr> { trans_field(bcx, base, |_, _| idx) } fn trans_index<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, index_expr: &ast::Expr, base: &ast::Expr, idx: &ast::Expr, method_call: MethodCall) -> DatumBlock<'blk, 'tcx, Expr> { //! Translates `base[idx]`. let _icx = push_ctxt("trans_index"); let ccx = bcx.ccx(); let mut bcx = bcx; let index_expr_debug_loc = index_expr.debug_loc(); // Check for overloaded index. let method_ty = ccx.tcx() .tables .borrow() .method_map .get(&method_call) .map(|method| method.ty); let elt_datum = match method_ty { Some(method_ty) => { let method_ty = monomorphize_type(bcx, method_ty); let base_datum = unpack_datum!(bcx, trans(bcx, base)); // Translate index expression. let ix_datum = unpack_datum!(bcx, trans(bcx, idx)); let ref_ty = // invoked methods have LB regions instantiated: bcx.tcx().no_late_bound_regions(&method_ty.fn_ret()).unwrap().unwrap(); let elt_ty = match ref_ty.builtin_deref(true) { None => { bcx.tcx().sess.span_bug(index_expr.span, "index method didn't return a \ dereferenceable type?!") } Some(elt_tm) => elt_tm.ty, }; // Overloaded. Evaluate `trans_overloaded_op`, which will // invoke the user's index() method, which basically yields // a `&T` pointer. We can then proceed down the normal // path (below) to dereference that `&T`. let scratch = rvalue_scratch_datum(bcx, ref_ty, "overloaded_index_elt"); unpack_result!(bcx, trans_overloaded_op(bcx, index_expr, method_call, base_datum, Some((ix_datum, idx.id)), Some(SaveIn(scratch.val)), false)); let datum = scratch.to_expr_datum(); if type_is_sized(bcx.tcx(), elt_ty) { Datum::new(datum.to_llscalarish(bcx), elt_ty, LvalueExpr) } else { Datum::new(datum.val, elt_ty, LvalueExpr) } } None => { let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, base, "index")); // Translate index expression and cast to a suitable LLVM integer. // Rust is less strict than LLVM in this regard. let ix_datum = unpack_datum!(bcx, trans(bcx, idx)); let ix_val = ix_datum.to_llscalarish(bcx); let ix_size = machine::llbitsize_of_real(bcx.ccx(), val_ty(ix_val)); let int_size = machine::llbitsize_of_real(bcx.ccx(), ccx.int_type()); let ix_val = { if ix_size < int_size { if expr_ty(bcx, idx).is_signed() { SExt(bcx, ix_val, ccx.int_type()) } else { ZExt(bcx, ix_val, ccx.int_type()) } } else if ix_size > int_size { Trunc(bcx, ix_val, ccx.int_type()) } else { ix_val } }; let unit_ty = base_datum.ty.sequence_element_type(bcx.tcx()); let (base, len) = base_datum.get_vec_base_and_len(bcx); debug!("trans_index: base {}", bcx.val_to_string(base)); debug!("trans_index: len {}", bcx.val_to_string(len)); let bounds_check = ICmp(bcx, llvm::IntUGE, ix_val, len, index_expr_debug_loc); let expect = ccx.get_intrinsic(&("llvm.expect.i1")); let expected = Call(bcx, expect, &[bounds_check, C_bool(ccx, false)], None, index_expr_debug_loc); bcx = with_cond(bcx, expected, |bcx| { controlflow::trans_fail_bounds_check(bcx, expr_info(index_expr), ix_val, len) }); let elt = InBoundsGEP(bcx, base, &[ix_val]); let elt = PointerCast(bcx, elt, type_of::type_of(ccx, unit_ty).ptr_to()); Datum::new(elt, unit_ty, LvalueExpr) } }; DatumBlock::new(bcx, elt_datum) } fn trans_def<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ref_expr: &ast::Expr, def: def::Def) -> DatumBlock<'blk, 'tcx, Expr> { //! Translates a reference to a path. let _icx = push_ctxt("trans_def_lvalue"); match def { def::DefFn(..) | def::DefMethod(..) | def::DefStruct(_) | def::DefVariant(..) => { let datum = trans_def_fn_unadjusted(bcx.ccx(), ref_expr, def, bcx.fcx.param_substs); DatumBlock::new(bcx, datum.to_expr_datum()) } def::DefStatic(did, _) => { // There are two things that may happen here: // 1) If the static item is defined in this crate, it will be // translated using `get_item_val`, and we return a pointer to // the result. // 2) If the static item is defined in another crate then we add // (or reuse) a declaration of an external global, and return a // pointer to that. let const_ty = expr_ty(bcx, ref_expr); // For external constants, we don't inline. let val = if did.krate == ast::LOCAL_CRATE { // Case 1. // The LLVM global has the type of its initializer, // which may not be equal to the enum's type for // non-C-like enums. let val = base::get_item_val(bcx.ccx(), did.node); let pty = type_of::type_of(bcx.ccx(), const_ty).ptr_to(); PointerCast(bcx, val, pty) } else { // Case 2. base::get_extern_const(bcx.ccx(), did, const_ty) }; DatumBlock::new(bcx, Datum::new(val, const_ty, LvalueExpr)) } def::DefConst(_) => { bcx.sess().span_bug(ref_expr.span, "constant expression should not reach expr::trans_def") } _ => { DatumBlock::new(bcx, trans_local_var(bcx, def).to_expr_datum()) } } } fn trans_rvalue_stmt_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr) -> Block<'blk, 'tcx> { let mut bcx = bcx; let _icx = push_ctxt("trans_rvalue_stmt"); if bcx.unreachable.get() { return bcx; } debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); match expr.node { ast::ExprParen(ref e) => { trans_into(bcx, &**e, Ignore) } ast::ExprBreak(label_opt) => { controlflow::trans_break(bcx, expr, label_opt) } ast::ExprAgain(label_opt) => { controlflow::trans_cont(bcx, expr, label_opt) } ast::ExprRet(ref ex) => { // Check to see if the return expression itself is reachable. // This can occur when the inner expression contains a return let reachable = if let Some(ref cfg) = bcx.fcx.cfg { cfg.node_is_reachable(expr.id) } else { true }; if reachable { controlflow::trans_ret(bcx, expr, ex.as_ref().map(|e| &**e)) } else { // If it's not reachable, just translate the inner expression // directly. This avoids having to manage a return slot when // it won't actually be used anyway. if let &Some(ref x) = ex { bcx = trans_into(bcx, &**x, Ignore); } // Mark the end of the block as unreachable. Once we get to // a return expression, there's no more we should be doing // after this. Unreachable(bcx); bcx } } ast::ExprWhile(ref cond, ref body, _) => { controlflow::trans_while(bcx, expr, &**cond, &**body) } ast::ExprLoop(ref body, _) => { controlflow::trans_loop(bcx, expr, &**body) } ast::ExprAssign(ref dst, ref src) => { let src_datum = unpack_datum!(bcx, trans(bcx, &**src)); let dst_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, &**dst, "assign")); if bcx.fcx.type_needs_drop(dst_datum.ty) { // If there are destructors involved, make sure we // are copying from an rvalue, since that cannot possible // alias an lvalue. We are concerned about code like: // // a = a // // but also // // a = a.b // // where e.g. a : Option<Foo> and a.b : // Option<Foo>. In that case, freeing `a` before the // assignment may also free `a.b`! // // We could avoid this intermediary with some analysis // to determine whether `dst` may possibly own `src`. debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); let src_datum = unpack_datum!( bcx, src_datum.to_rvalue_datum(bcx, "ExprAssign")); bcx = glue::drop_ty(bcx, dst_datum.val, dst_datum.ty, expr.debug_loc()); src_datum.store_to(bcx, dst_datum.val) } else { src_datum.store_to(bcx, dst_datum.val) } } ast::ExprAssignOp(op, ref dst, ref src) => { trans_assign_op(bcx, expr, op, &**dst, &**src) } ast::ExprInlineAsm(ref a) => { asm::trans_inline_asm(bcx, a) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_stmt_unadjusted reached \ fall-through case: {:?}", expr.node)); } } } fn trans_rvalue_dps_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_rvalue_dps_unadjusted"); let mut bcx = bcx; let tcx = bcx.tcx(); debuginfo::set_source_location(bcx.fcx, expr.id, expr.span); match expr.node { ast::ExprParen(ref e) => { trans_into(bcx, &**e, dest) } ast::ExprPath(..) => { trans_def_dps_unadjusted(bcx, expr, bcx.def(expr.id), dest) } ast::ExprIf(ref cond, ref thn, ref els) => { controlflow::trans_if(bcx, expr.id, &**cond, &**thn, els.as_ref().map(|e| &**e), dest) } ast::ExprMatch(ref discr, ref arms, _) => { _match::trans_match(bcx, expr, &**discr, &arms[..], dest) } ast::ExprBlock(ref blk) => { controlflow::trans_block(bcx, &**blk, dest) } ast::ExprStruct(_, ref fields, ref base) => { trans_struct(bcx, &fields[..], base.as_ref().map(|e| &**e), expr.span, expr.id, node_id_type(bcx, expr.id), dest) } ast::ExprRange(ref start, ref end) => { // FIXME it is just not right that we are synthesising ast nodes in // trans. Shudder. fn make_field(field_name: &str, expr: P<ast::Expr>) -> ast::Field { ast::Field { ident: codemap::dummy_spanned(token::str_to_ident(field_name)), expr: expr, span: codemap::DUMMY_SP, } } // A range just desugars into a struct. // Note that the type of the start and end may not be the same, but // they should only differ in their lifetime, which should not matter // in trans. let (did, fields, ty_params) = match (start, end) { (&Some(ref start), &Some(ref end)) => { // Desugar to Range let fields = vec![make_field("start", start.clone()), make_field("end", end.clone())]; (tcx.lang_items.range_struct(), fields, vec![node_id_type(bcx, start.id)]) } (&Some(ref start), &None) => { // Desugar to RangeFrom let fields = vec![make_field("start", start.clone())]; (tcx.lang_items.range_from_struct(), fields, vec![node_id_type(bcx, start.id)]) } (&None, &Some(ref end)) => { // Desugar to RangeTo let fields = vec![make_field("end", end.clone())]; (tcx.lang_items.range_to_struct(), fields, vec![node_id_type(bcx, end.id)]) } _ => { // Desugar to RangeFull (tcx.lang_items.range_full_struct(), vec![], vec![]) } }; if let Some(did) = did { let substs = Substs::new_type(ty_params, vec![]); trans_struct(bcx, &fields, None, expr.span, expr.id, tcx.mk_struct(did, tcx.mk_substs(substs)), dest) } else { tcx.sess.span_bug(expr.span, "No lang item for ranges (how did we get this far?)") } } ast::ExprTup(ref args) => { let numbered_fields: Vec<(usize, &ast::Expr)> = args.iter().enumerate().map(|(i, arg)| (i, &**arg)).collect(); trans_adt(bcx, expr_ty(bcx, expr), 0, &numbered_fields[..], None, dest, expr.debug_loc()) } ast::ExprLit(ref lit) => { match lit.node { ast::LitStr(ref s, _) => { tvec::trans_lit_str(bcx, expr, (*s).clone(), dest) } _ => { bcx.tcx() .sess .span_bug(expr.span, "trans_rvalue_dps_unadjusted shouldn't be \ translating this type of literal") } } } ast::ExprVec(..) | ast::ExprRepeat(..) => { tvec::trans_fixed_vstore(bcx, expr, dest) } ast::ExprClosure(_, ref decl, ref body) => { let dest = match dest { SaveIn(lldest) => closure::Dest::SaveIn(bcx, lldest), Ignore => closure::Dest::Ignore(bcx.ccx()) }; closure::trans_closure_expr(dest, decl, body, expr.id, bcx.fcx.param_substs) .unwrap_or(bcx) } ast::ExprCall(ref f, ref args) => { if bcx.tcx().is_method_call(expr.id) { trans_overloaded_call(bcx, expr, &**f, &args[..], Some(dest)) } else { callee::trans_call(bcx, expr, &**f, callee::ArgExprs(&args[..]), dest) } } ast::ExprMethodCall(_, _, ref args) => { callee::trans_method_call(bcx, expr, &*args[0], callee::ArgExprs(&args[..]), dest) } ast::ExprBinary(op, ref lhs, ref rhs) => { // if not overloaded, would be RvalueDatumExpr let lhs = unpack_datum!(bcx, trans(bcx, &**lhs)); let rhs_datum = unpack_datum!(bcx, trans(bcx, &**rhs)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), lhs, Some((rhs_datum, rhs.id)), Some(dest), !ast_util::is_by_value_binop(op.node)).bcx } ast::ExprUnary(op, ref subexpr) => { // if not overloaded, would be RvalueDatumExpr let arg = unpack_datum!(bcx, trans(bcx, &**subexpr)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), arg, None, Some(dest), !ast_util::is_by_value_unop(op)).bcx } ast::ExprIndex(ref base, ref idx) => { // if not overloaded, would be RvalueDatumExpr let base = unpack_datum!(bcx, trans(bcx, &**base)); let idx_datum = unpack_datum!(bcx, trans(bcx, &**idx)); trans_overloaded_op(bcx, expr, MethodCall::expr(expr.id), base, Some((idx_datum, idx.id)), Some(dest), true).bcx } ast::ExprCast(..) => { // Trait casts used to come this way, now they should be coercions. bcx.tcx().sess.span_bug(expr.span, "DPS expr_cast (residual trait cast?)") } ast::ExprAssignOp(op, ref dst, ref src) => { trans_assign_op(bcx, expr, op, &**dst, &**src) } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("trans_rvalue_dps_unadjusted reached fall-through \ case: {:?}", expr.node)); } } } fn trans_def_dps_unadjusted<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, ref_expr: &ast::Expr, def: def::Def, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_def_dps_unadjusted"); let lldest = match dest { SaveIn(lldest) => lldest, Ignore => { return bcx; } }; match def { def::DefVariant(tid, vid, _) => { let variant_info = bcx.tcx().enum_variant_with_id(tid, vid); if !variant_info.args.is_empty() { // N-ary variant. let llfn = callee::trans_fn_ref(bcx.ccx(), vid, ExprId(ref_expr.id), bcx.fcx.param_substs).val; Store(bcx, llfn, lldest); return bcx; } else { // Nullary variant. let ty = expr_ty(bcx, ref_expr); let repr = adt::represent_type(bcx.ccx(), ty); adt::trans_set_discr(bcx, &*repr, lldest, variant_info.disr_val); return bcx; } } def::DefStruct(_) => { let ty = expr_ty(bcx, ref_expr); match ty.sty { ty::TyStruct(did, _) if bcx.tcx().has_dtor(did) => { let repr = adt::represent_type(bcx.ccx(), ty); adt::trans_set_discr(bcx, &*repr, lldest, 0); } _ => {} } bcx } _ => { bcx.tcx().sess.span_bug(ref_expr.span, &format!( "Non-DPS def {:?} referened by {}", def, bcx.node_id_to_string(ref_expr.id))); } } } pub fn trans_def_fn_unadjusted<'a, 'tcx>(ccx: &CrateContext<'a, 'tcx>, ref_expr: &ast::Expr, def: def::Def, param_substs: &'tcx Substs<'tcx>) -> Datum<'tcx, Rvalue> { let _icx = push_ctxt("trans_def_datum_unadjusted"); match def { def::DefFn(did, _) | def::DefStruct(did) | def::DefVariant(_, did, _) | def::DefMethod(did, def::FromImpl(_)) => { callee::trans_fn_ref(ccx, did, ExprId(ref_expr.id), param_substs) } def::DefMethod(impl_did, def::FromTrait(trait_did)) => { meth::trans_static_method_callee(ccx, impl_did, trait_did, ref_expr.id, param_substs) } _ => { ccx.tcx().sess.span_bug(ref_expr.span, &format!( "trans_def_fn_unadjusted invoked on: {:?} for {:?}", def, ref_expr)); } } } /// Translates a reference to a local variable or argument. This always results in an lvalue datum. pub fn trans_local_var<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, def: def::Def) -> Datum<'tcx, Lvalue> { let _icx = push_ctxt("trans_local_var"); match def { def::DefUpvar(nid, _) => { // Can't move upvars, so this is never a ZeroMemLastUse. let local_ty = node_id_type(bcx, nid); match bcx.fcx.llupvars.borrow().get(&nid) { Some(&val) => Datum::new(val, local_ty, Lvalue), None => { bcx.sess().bug(&format!( "trans_local_var: no llval for upvar {} found", nid)); } } } def::DefLocal(nid) => { let datum = match bcx.fcx.lllocals.borrow().get(&nid) { Some(&v) => v, None => { bcx.sess().bug(&format!( "trans_local_var: no datum for local/arg {} found", nid)); } }; debug!("take_local(nid={}, v={}, ty={})", nid, bcx.val_to_string(datum.val), datum.ty); datum } _ => { bcx.sess().unimpl(&format!( "unsupported def type in trans_local_var: {:?}", def)); } } } /// Helper for enumerating the field types of structs, enums, or records. The optional node ID here /// is the node ID of the path identifying the enum variant in use. If none, this cannot possibly /// an enum variant (so, if it is and `node_id_opt` is none, this function panics). pub fn with_field_tys<'tcx, R, F>(tcx: &ty::ctxt<'tcx>, ty: Ty<'tcx>, node_id_opt: Option<ast::NodeId>, op: F) -> R where F: FnOnce(ty::Disr, &[ty::Field<'tcx>]) -> R, { match ty.sty { ty::TyStruct(did, substs) => { let fields = tcx.struct_fields(did, substs); let fields = monomorphize::normalize_associated_type(tcx, &fields); op(0, &fields[..]) } ty::TyTuple(ref v) => { let fields: Vec<_> = v.iter().enumerate().map(|(i, &f)| { ty::Field { name: token::intern(&i.to_string()), mt: ty::TypeAndMut { ty: f, mutbl: ast::MutImmutable } } }).collect(); op(0, &fields) } ty::TyEnum(_, substs) => { // We want the *variant* ID here, not the enum ID. match node_id_opt { None => { tcx.sess.bug(&format!( "cannot get field types from the enum type {:?} \ without a node ID", ty)); } Some(node_id) => { let def = tcx.def_map.borrow().get(&node_id).unwrap().full_def(); match def { def::DefVariant(enum_id, variant_id, _) => { let variant_info = tcx.enum_variant_with_id(enum_id, variant_id); let fields = tcx.struct_fields(variant_id, substs); let fields = monomorphize::normalize_associated_type(tcx, &fields); op(variant_info.disr_val, &fields[..]) } _ => { tcx.sess.bug("resolve didn't map this expr to a \ variant ID") } } } } } _ => { tcx.sess.bug(&format!( "cannot get field types from the type {:?}", ty)); } } } fn trans_struct<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, fields: &[ast::Field], base: Option<&ast::Expr>, expr_span: codemap::Span, expr_id: ast::NodeId, ty: Ty<'tcx>, dest: Dest) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_rec"); let tcx = bcx.tcx(); with_field_tys(tcx, ty, Some(expr_id), |discr, field_tys| { let mut need_base = vec![true; field_tys.len()]; let numbered_fields = fields.iter().map(|field| { let opt_pos = field_tys.iter().position(|field_ty| field_ty.name == field.ident.node.name); let result = match opt_pos { Some(i) => { need_base[i] = false; (i, &*field.expr) } None => { tcx.sess.span_bug(field.span, "Couldn't find field in struct type") } }; result }).collect::<Vec<_>>(); let optbase = match base { Some(base_expr) => { let mut leftovers = Vec::new(); for (i, b) in need_base.iter().enumerate() { if *b { leftovers.push((i, field_tys[i].mt.ty)); } } Some(StructBaseInfo {expr: base_expr, fields: leftovers }) } None => { if need_base.iter().any(|b| *b) { tcx.sess.span_bug(expr_span, "missing fields and no base expr") } None } }; trans_adt(bcx, ty, discr, &numbered_fields, optbase, dest, DebugLoc::At(expr_id, expr_span)) }) } /// Information that `trans_adt` needs in order to fill in the fields /// of a struct copied from a base struct (e.g., from an expression /// like `Foo { a: b, ..base }`. /// /// Note that `fields` may be empty; the base expression must always be /// evaluated for side-effects. pub struct StructBaseInfo<'a, 'tcx> { /// The base expression; will be evaluated after all explicit fields. expr: &'a ast::Expr, /// The indices of fields to copy paired with their types. fields: Vec<(usize, Ty<'tcx>)> } /// Constructs an ADT instance: /// /// - `fields` should be a list of field indices paired with the /// expression to store into that field. The initializers will be /// evaluated in the order specified by `fields`. /// /// - `optbase` contains information on the base struct (if any) from /// which remaining fields are copied; see comments on `StructBaseInfo`. pub fn trans_adt<'a, 'blk, 'tcx>(mut bcx: Block<'blk, 'tcx>, ty: Ty<'tcx>, discr: ty::Disr, fields: &[(usize, &ast::Expr)], optbase: Option<StructBaseInfo<'a, 'tcx>>, dest: Dest, debug_location: DebugLoc) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_adt"); let fcx = bcx.fcx; let repr = adt::represent_type(bcx.ccx(), ty); debug_location.apply(bcx.fcx); // If we don't care about the result, just make a // temporary stack slot let addr = match dest { SaveIn(pos) => pos, Ignore => alloc_ty(bcx, ty, "temp"), }; // This scope holds intermediates that must be cleaned should // panic occur before the ADT as a whole is ready. let custom_cleanup_scope = fcx.push_custom_cleanup_scope(); if ty.is_simd(bcx.tcx()) { // Issue 23112: The original logic appeared vulnerable to same // order-of-eval bug. But, SIMD values are tuple-structs; // i.e. functional record update (FRU) syntax is unavailable. // // To be safe, double-check that we did not get here via FRU. assert!(optbase.is_none()); // This is the constructor of a SIMD type, such types are // always primitive machine types and so do not have a // destructor or require any clean-up. let llty = type_of::type_of(bcx.ccx(), ty); // keep a vector as a register, and running through the field // `insertelement`ing them directly into that register // (i.e. avoid GEPi and `store`s to an alloca) . let mut vec_val = C_undef(llty); for &(i, ref e) in fields { let block_datum = trans(bcx, &**e); bcx = block_datum.bcx; let position = C_uint(bcx.ccx(), i); let value = block_datum.datum.to_llscalarish(bcx); vec_val = InsertElement(bcx, vec_val, value, position); } Store(bcx, vec_val, addr); } else if let Some(base) = optbase { // Issue 23112: If there is a base, then order-of-eval // requires field expressions eval'ed before base expression. // First, trans field expressions to temporary scratch values. let scratch_vals: Vec<_> = fields.iter().map(|&(i, ref e)| { let datum = unpack_datum!(bcx, trans(bcx, &**e)); (i, datum) }).collect(); debug_location.apply(bcx.fcx); // Second, trans the base to the dest. assert_eq!(discr, 0); match expr_kind(bcx.tcx(), &*base.expr) { ExprKind::RvalueDps | ExprKind::RvalueDatum if !bcx.fcx.type_needs_drop(ty) => { bcx = trans_into(bcx, &*base.expr, SaveIn(addr)); }, ExprKind::RvalueStmt => { bcx.tcx().sess.bug("unexpected expr kind for struct base expr") } _ => { let base_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, &*base.expr, "base")); for &(i, t) in &base.fields { let datum = base_datum.get_element( bcx, t, |srcval| adt::trans_field_ptr(bcx, &*repr, srcval, discr, i)); assert!(type_is_sized(bcx.tcx(), datum.ty)); let dest = adt::trans_field_ptr(bcx, &*repr, addr, discr, i); bcx = datum.store_to(bcx, dest); } } } // Finally, move scratch field values into actual field locations for (i, datum) in scratch_vals { let dest = adt::trans_field_ptr(bcx, &*repr, addr, discr, i); bcx = datum.store_to(bcx, dest); } } else { // No base means we can write all fields directly in place. for &(i, ref e) in fields { let dest = adt::trans_field_ptr(bcx, &*repr, addr, discr, i); let e_ty = expr_ty_adjusted(bcx, &**e); bcx = trans_into(bcx, &**e, SaveIn(dest)); let scope = cleanup::CustomScope(custom_cleanup_scope); fcx.schedule_lifetime_end(scope, dest); fcx.schedule_drop_mem(scope, dest, e_ty); } } adt::trans_set_discr(bcx, &*repr, addr, discr); fcx.pop_custom_cleanup_scope(custom_cleanup_scope); // If we don't care about the result drop the temporary we made match dest { SaveIn(_) => bcx, Ignore => { bcx = glue::drop_ty(bcx, addr, ty, debug_location); base::call_lifetime_end(bcx, addr); bcx } } } fn trans_immediate_lit<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, lit: &ast::Lit) -> DatumBlock<'blk, 'tcx, Expr> { // must not be a string constant, that is a RvalueDpsExpr let _icx = push_ctxt("trans_immediate_lit"); let ty = expr_ty(bcx, expr); let v = consts::const_lit(bcx.ccx(), expr, lit); immediate_rvalue_bcx(bcx, v, ty).to_expr_datumblock() } fn trans_unary<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::UnOp, sub_expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let ccx = bcx.ccx(); let mut bcx = bcx; let _icx = push_ctxt("trans_unary_datum"); let method_call = MethodCall::expr(expr.id); // The only overloaded operator that is translated to a datum // is an overloaded deref, since it is always yields a `&T`. // Otherwise, we should be in the RvalueDpsExpr path. assert!(op == ast::UnDeref || !ccx.tcx().is_method_call(expr.id)); let un_ty = expr_ty(bcx, expr); let debug_loc = expr.debug_loc(); match op { ast::UnNot => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); let llresult = Not(bcx, datum.to_llscalarish(bcx), debug_loc); immediate_rvalue_bcx(bcx, llresult, un_ty).to_expr_datumblock() } ast::UnNeg => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); let val = datum.to_llscalarish(bcx); let (bcx, llneg) = { if un_ty.is_fp() { let result = FNeg(bcx, val, debug_loc); (bcx, result) } else { let is_signed = un_ty.is_signed(); let result = Neg(bcx, val, debug_loc); let bcx = if bcx.ccx().check_overflow() && is_signed { let (llty, min) = base::llty_and_min_for_signed_ty(bcx, un_ty); let is_min = ICmp(bcx, llvm::IntEQ, val, C_integral(llty, min, true), debug_loc); with_cond(bcx, is_min, |bcx| { let msg = InternedString::new( "attempted to negate with overflow"); controlflow::trans_fail(bcx, expr_info(expr), msg) }) } else { bcx }; (bcx, result) } }; immediate_rvalue_bcx(bcx, llneg, un_ty).to_expr_datumblock() } ast::UnUniq => { trans_uniq_expr(bcx, expr, un_ty, sub_expr, expr_ty(bcx, sub_expr)) } ast::UnDeref => { let datum = unpack_datum!(bcx, trans(bcx, sub_expr)); deref_once(bcx, expr, datum, method_call) } } } fn trans_uniq_expr<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, box_expr: &ast::Expr, box_ty: Ty<'tcx>, contents: &ast::Expr, contents_ty: Ty<'tcx>) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_uniq_expr"); let fcx = bcx.fcx; assert!(type_is_sized(bcx.tcx(), contents_ty)); let llty = type_of::type_of(bcx.ccx(), contents_ty); let size = llsize_of(bcx.ccx(), llty); let align = C_uint(bcx.ccx(), type_of::align_of(bcx.ccx(), contents_ty)); let llty_ptr = llty.ptr_to(); let Result { bcx, val } = malloc_raw_dyn(bcx, llty_ptr, box_ty, size, align, box_expr.debug_loc()); // Unique boxes do not allocate for zero-size types. The standard library // may assume that `free` is never called on the pointer returned for // `Box<ZeroSizeType>`. let bcx = if llsize_of_alloc(bcx.ccx(), llty) == 0 { trans_into(bcx, contents, SaveIn(val)) } else { let custom_cleanup_scope = fcx.push_custom_cleanup_scope(); fcx.schedule_free_value(cleanup::CustomScope(custom_cleanup_scope), val, cleanup::HeapExchange, contents_ty); let bcx = trans_into(bcx, contents, SaveIn(val)); fcx.pop_custom_cleanup_scope(custom_cleanup_scope); bcx }; immediate_rvalue_bcx(bcx, val, box_ty).to_expr_datumblock() } fn ref_fat_ptr<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lval: Datum<'tcx, Lvalue>) -> DatumBlock<'blk, 'tcx, Expr> { let dest_ty = bcx.tcx().mk_imm_ref(bcx.tcx().mk_region(ty::ReStatic), lval.ty); let scratch = rvalue_scratch_datum(bcx, dest_ty, "__fat_ptr"); memcpy_ty(bcx, scratch.val, lval.val, scratch.ty); DatumBlock::new(bcx, scratch.to_expr_datum()) } fn trans_addr_of<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, subexpr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_addr_of"); let mut bcx = bcx; let sub_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, subexpr, "addr_of")); if !type_is_sized(bcx.tcx(), sub_datum.ty) { // DST lvalue, close to a fat pointer ref_fat_ptr(bcx, sub_datum) } else { // Sized value, ref to a thin pointer let ty = expr_ty(bcx, expr); immediate_rvalue_bcx(bcx, sub_datum.val, ty).to_expr_datumblock() } } // Important to get types for both lhs and rhs, because one might be _|_ // and the other not. fn trans_eager_binop<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, binop_expr: &ast::Expr, binop_ty: Ty<'tcx>, op: ast::BinOp, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs_t: Ty<'tcx>, rhs: ValueRef) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_eager_binop"); let tcx = bcx.tcx(); let is_simd = lhs_t.is_simd(tcx); let intype = if is_simd { lhs_t.simd_type(tcx) } else { lhs_t }; let is_float = intype.is_fp(); let is_signed = intype.is_signed(); let info = expr_info(binop_expr); let binop_debug_loc = binop_expr.debug_loc(); let mut bcx = bcx; let val = match op.node { ast::BiAdd => { if is_float { FAdd(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Add(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Add, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiSub => { if is_float { FSub(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Sub(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Sub, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiMul => { if is_float { FMul(bcx, lhs, rhs, binop_debug_loc) } else if is_simd { Mul(bcx, lhs, rhs, binop_debug_loc) } else { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Mul, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } } ast::BiDiv => { if is_float { FDiv(bcx, lhs, rhs, binop_debug_loc) } else { // Only zero-check integers; fp /0 is NaN bcx = base::fail_if_zero_or_overflows(bcx, expr_info(binop_expr), op, lhs, rhs, rhs_t); if is_signed { SDiv(bcx, lhs, rhs, binop_debug_loc) } else { UDiv(bcx, lhs, rhs, binop_debug_loc) } } } ast::BiRem => { if is_float { FRem(bcx, lhs, rhs, binop_debug_loc) } else { // Only zero-check integers; fp %0 is NaN bcx = base::fail_if_zero_or_overflows(bcx, expr_info(binop_expr), op, lhs, rhs, rhs_t); if is_signed { SRem(bcx, lhs, rhs, binop_debug_loc) } else { URem(bcx, lhs, rhs, binop_debug_loc) } } } ast::BiBitOr => Or(bcx, lhs, rhs, binop_debug_loc), ast::BiBitAnd => And(bcx, lhs, rhs, binop_debug_loc), ast::BiBitXor => Xor(bcx, lhs, rhs, binop_debug_loc), ast::BiShl => { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Shl, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } ast::BiShr => { let (newbcx, res) = with_overflow_check( bcx, OverflowOp::Shr, info, lhs_t, lhs, rhs, binop_debug_loc); bcx = newbcx; res } ast::BiEq | ast::BiNe | ast::BiLt | ast::BiGe | ast::BiLe | ast::BiGt => { if is_simd { base::compare_simd_types(bcx, lhs, rhs, intype, op.node, binop_debug_loc) } else { base::compare_scalar_types(bcx, lhs, rhs, intype, op.node, binop_debug_loc) } } _ => { bcx.tcx().sess.span_bug(binop_expr.span, "unexpected binop"); } }; immediate_rvalue_bcx(bcx, val, binop_ty).to_expr_datumblock() } // refinement types would obviate the need for this enum lazy_binop_ty { lazy_and, lazy_or, } fn trans_lazy_binop<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, binop_expr: &ast::Expr, op: lazy_binop_ty, a: &ast::Expr, b: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_lazy_binop"); let binop_ty = expr_ty(bcx, binop_expr); let fcx = bcx.fcx; let DatumBlock {bcx: past_lhs, datum: lhs} = trans(bcx, a); let lhs = lhs.to_llscalarish(past_lhs); if past_lhs.unreachable.get() { return immediate_rvalue_bcx(past_lhs, lhs, binop_ty).to_expr_datumblock(); } let join = fcx.new_id_block("join", binop_expr.id); let before_rhs = fcx.new_id_block("before_rhs", b.id); match op { lazy_and => CondBr(past_lhs, lhs, before_rhs.llbb, join.llbb, DebugLoc::None), lazy_or => CondBr(past_lhs, lhs, join.llbb, before_rhs.llbb, DebugLoc::None) } let DatumBlock {bcx: past_rhs, datum: rhs} = trans(before_rhs, b); let rhs = rhs.to_llscalarish(past_rhs); if past_rhs.unreachable.get() { return immediate_rvalue_bcx(join, lhs, binop_ty).to_expr_datumblock(); } Br(past_rhs, join.llbb, DebugLoc::None); let phi = Phi(join, Type::i1(bcx.ccx()), &[lhs, rhs], &[past_lhs.llbb, past_rhs.llbb]); return immediate_rvalue_bcx(join, phi, binop_ty).to_expr_datumblock(); } fn trans_binary<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::BinOp, lhs: &ast::Expr, rhs: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let _icx = push_ctxt("trans_binary"); let ccx = bcx.ccx(); // if overloaded, would be RvalueDpsExpr assert!(!ccx.tcx().is_method_call(expr.id)); match op.node { ast::BiAnd => { trans_lazy_binop(bcx, expr, lazy_and, lhs, rhs) } ast::BiOr => { trans_lazy_binop(bcx, expr, lazy_or, lhs, rhs) } _ => { let mut bcx = bcx; let lhs_datum = unpack_datum!(bcx, trans(bcx, lhs)); let rhs_datum = unpack_datum!(bcx, trans(bcx, rhs)); let binop_ty = expr_ty(bcx, expr); debug!("trans_binary (expr {}): lhs_datum={}", expr.id, lhs_datum.to_string(ccx)); let lhs_ty = lhs_datum.ty; let lhs = lhs_datum.to_llscalarish(bcx); debug!("trans_binary (expr {}): rhs_datum={}", expr.id, rhs_datum.to_string(ccx)); let rhs_ty = rhs_datum.ty; let rhs = rhs_datum.to_llscalarish(bcx); trans_eager_binop(bcx, expr, binop_ty, op, lhs_ty, lhs, rhs_ty, rhs) } } } fn trans_overloaded_op<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, method_call: MethodCall, lhs: Datum<'tcx, Expr>, rhs: Option<(Datum<'tcx, Expr>, ast::NodeId)>, dest: Option<Dest>, autoref: bool) -> Result<'blk, 'tcx> { callee::trans_call_inner(bcx, expr.debug_loc(), |bcx, arg_cleanup_scope| { meth::trans_method_callee(bcx, method_call, None, arg_cleanup_scope) }, callee::ArgOverloadedOp(lhs, rhs, autoref), dest) } fn trans_overloaded_call<'a, 'blk, 'tcx>(mut bcx: Block<'blk, 'tcx>, expr: &ast::Expr, callee: &'a ast::Expr, args: &'a [P<ast::Expr>], dest: Option<Dest>) -> Block<'blk, 'tcx> { debug!("trans_overloaded_call {}", expr.id); let method_call = MethodCall::expr(expr.id); let mut all_args = vec!(callee); all_args.extend(args.iter().map(|e| &**e)); unpack_result!(bcx, callee::trans_call_inner(bcx, expr.debug_loc(), |bcx, arg_cleanup_scope| { meth::trans_method_callee( bcx, method_call, None, arg_cleanup_scope) }, callee::ArgOverloadedCall(all_args), dest)); bcx } pub fn cast_is_noop<'tcx>(tcx: &ty::ctxt<'tcx>, expr: &ast::Expr, t_in: Ty<'tcx>, t_out: Ty<'tcx>) -> bool { if let Some(&CastKind::CoercionCast) = tcx.cast_kinds.borrow().get(&expr.id) { return true; } match (t_in.builtin_deref(true), t_out.builtin_deref(true)) { (Some(ty::TypeAndMut{ ty: t_in, .. }), Some(ty::TypeAndMut{ ty: t_out, .. })) => { t_in == t_out } _ => { // This condition isn't redundant with the check for CoercionCast: // different types can be substituted into the same type, and // == equality can be overconservative if there are regions. t_in == t_out } } } fn

<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, id: ast::NodeId) -> DatumBlock<'blk, 'tcx, Expr> { use middle::cast::CastTy::*; use middle::cast::IntTy::*; fn int_cast(bcx: Block, lldsttype: Type, llsrctype: Type, llsrc: ValueRef, signed: bool) -> ValueRef { let _icx = push_ctxt("int_cast"); let srcsz = llsrctype.int_width(); let dstsz = lldsttype.int_width(); return if dstsz == srcsz { BitCast(bcx, llsrc, lldsttype) } else if srcsz > dstsz { TruncOrBitCast(bcx, llsrc, lldsttype) } else if signed { SExtOrBitCast(bcx, llsrc, lldsttype) } else { ZExtOrBitCast(bcx, llsrc, lldsttype) } } fn float_cast(bcx: Block, lldsttype: Type, llsrctype: Type, llsrc: ValueRef) -> ValueRef { let _icx = push_ctxt("float_cast"); let srcsz = llsrctype.float_width(); let dstsz = lldsttype.float_width(); return if dstsz > srcsz { FPExt(bcx, llsrc, lldsttype) } else if srcsz > dstsz { FPTrunc(bcx, llsrc, lldsttype) } else { llsrc }; } let _icx = push_ctxt("trans_cast"); let mut bcx = bcx; let ccx = bcx.ccx(); let t_in = expr_ty_adjusted(bcx, expr); let t_out = node_id_type(bcx, id); debug!("trans_cast({:?} as {:?})", t_in, t_out); let mut ll_t_in = type_of::arg_type_of(ccx, t_in); let ll_t_out = type_of::arg_type_of(ccx, t_out); // Convert the value to be cast into a ValueRef, either by-ref or // by-value as appropriate given its type: let mut datum = unpack_datum!(bcx, trans(bcx, expr)); let datum_ty = monomorphize_type(bcx, datum.ty); if cast_is_noop(bcx.tcx(), expr, datum_ty, t_out) { datum.ty = t_out; return DatumBlock::new(bcx, datum); } if type_is_fat_ptr(bcx.tcx(), t_in) { assert!(datum.kind.is_by_ref()); if type_is_fat_ptr(bcx.tcx(), t_out) { return DatumBlock::new(bcx, Datum::new( PointerCast(bcx, datum.val, ll_t_out.ptr_to()), t_out, Rvalue::new(ByRef) )).to_expr_datumblock(); } else { // Return the address return immediate_rvalue_bcx(bcx, PointerCast(bcx, Load(bcx, get_dataptr(bcx, datum.val)), ll_t_out), t_out).to_expr_datumblock(); } } let r_t_in = CastTy::from_ty(bcx.tcx(), t_in).expect("bad input type for cast"); let r_t_out = CastTy::from_ty(bcx.tcx(), t_out).expect("bad output type for cast"); let (llexpr, signed) = if let Int(CEnum) = r_t_in { let repr = adt::represent_type(ccx, t_in); let datum = unpack_datum!( bcx, datum.to_lvalue_datum(bcx, "trans_imm_cast", expr.id)); let llexpr_ptr = datum.to_llref(); let discr = adt::trans_get_discr(bcx, &*repr, llexpr_ptr, Some(Type::i64(ccx))); ll_t_in = val_ty(discr); (discr, adt::is_discr_signed(&*repr)) } else { (datum.to_llscalarish(bcx), t_in.is_signed()) }; let newval = match (r_t_in, r_t_out) { (Ptr(_), Ptr(_)) | (FnPtr, Ptr(_)) | (RPtr(_), Ptr(_)) => { PointerCast(bcx, llexpr, ll_t_out) } (Ptr(_), Int(_)) | (FnPtr, Int(_)) => PtrToInt(bcx, llexpr, ll_t_out), (Int(_), Ptr(_)) => IntToPtr(bcx, llexpr, ll_t_out), (Int(_), Int(_)) => int_cast(bcx, ll_t_out, ll_t_in, llexpr, signed), (Float, Float) => float_cast(bcx, ll_t_out, ll_t_in, llexpr), (Int(_), Float) if signed => SIToFP(bcx, llexpr, ll_t_out), (Int(_), Float) => UIToFP(bcx, llexpr, ll_t_out), (Float, Int(I)) => FPToSI(bcx, llexpr, ll_t_out), (Float, Int(_)) => FPToUI(bcx, llexpr, ll_t_out), _ => ccx.sess().span_bug(expr.span, &format!("translating unsupported cast: \ {:?} -> {:?}", t_in, t_out) ) }; return immediate_rvalue_bcx(bcx, newval, t_out).to_expr_datumblock(); } fn trans_assign_op<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, op: ast::BinOp, dst: &ast::Expr, src: &ast::Expr) -> Block<'blk, 'tcx> { let _icx = push_ctxt("trans_assign_op"); let mut bcx = bcx; debug!("trans_assign_op(expr={:?})", expr); // User-defined operator methods cannot be used with `+=` etc right now assert!(!bcx.tcx().is_method_call(expr.id)); // Evaluate LHS (destination), which should be an lvalue let dst_datum = unpack_datum!(bcx, trans_to_lvalue(bcx, dst, "assign_op")); assert!(!bcx.fcx.type_needs_drop(dst_datum.ty)); let dst_ty = dst_datum.ty; let dst = load_ty(bcx, dst_datum.val, dst_datum.ty); // Evaluate RHS let rhs_datum = unpack_datum!(bcx, trans(bcx, &*src)); let rhs_ty = rhs_datum.ty; let rhs = rhs_datum.to_llscalarish(bcx); // Perform computation and store the result let result_datum = unpack_datum!( bcx, trans_eager_binop(bcx, expr, dst_datum.ty, op, dst_ty, dst, rhs_ty, rhs)); return result_datum.store_to(bcx, dst_datum.val); } fn auto_ref<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, datum: Datum<'tcx, Expr>, expr: &ast::Expr) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; // Ensure cleanup of `datum` if not already scheduled and obtain // a "by ref" pointer. let lv_datum = unpack_datum!(bcx, datum.to_lvalue_datum(bcx, "autoref", expr.id)); // Compute final type. Note that we are loose with the region and // mutability, since those things don't matter in trans. let referent_ty = lv_datum.ty; let ptr_ty = bcx.tcx().mk_imm_ref(bcx.tcx().mk_region(ty::ReStatic), referent_ty); // Get the pointer. let llref = lv_datum.to_llref(); // Construct the resulting datum, using what was the "by ref" // ValueRef of type `referent_ty` to be the "by value" ValueRef // of type `&referent_ty`. // Pointers to DST types are non-immediate, and therefore still use ByRef. let kind = if type_is_sized(bcx.tcx(), referent_ty) { ByValue } else { ByRef }; DatumBlock::new(bcx, Datum::new(llref, ptr_ty, RvalueExpr(Rvalue::new(kind)))) } fn deref_multiple<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>, times: usize) -> DatumBlock<'blk, 'tcx, Expr> { let mut bcx = bcx; let mut datum = datum; for i in 0..times { let method_call = MethodCall::autoderef(expr.id, i as u32); datum = unpack_datum!(bcx, deref_once(bcx, expr, datum, method_call)); } DatumBlock { bcx: bcx, datum: datum } } fn deref_once<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, expr: &ast::Expr, datum: Datum<'tcx, Expr>, method_call: MethodCall) -> DatumBlock<'blk, 'tcx, Expr> { let ccx = bcx.ccx(); debug!("deref_once(expr={:?}, datum={}, method_call={:?})", expr, datum.to_string(ccx), method_call); let mut bcx = bcx; // Check for overloaded deref. let method_ty = ccx.tcx() .tables .borrow() .method_map .get(&method_call).map(|method| method.ty); let datum = match method_ty { Some(method_ty) => { let method_ty = monomorphize_type(bcx, method_ty); // Overloaded. Evaluate `trans_overloaded_op`, which will // invoke the user's deref() method, which basically // converts from the `Smaht<T>` pointer that we have into // a `&T` pointer. We can then proceed down the normal // path (below) to dereference that `&T`. let datum = if method_call.autoderef == 0 { datum } else { // Always perform an AutoPtr when applying an overloaded auto-deref unpack_datum!(bcx, auto_ref(bcx, datum, expr)) }; let ref_ty = // invoked methods have their LB regions instantiated ccx.tcx().no_late_bound_regions(&method_ty.fn_ret()).unwrap().unwrap(); let scratch = rvalue_scratch_datum(bcx, ref_ty, "overloaded_deref"); unpack_result!(bcx, trans_overloaded_op(bcx, expr, method_call, datum, None, Some(SaveIn(scratch.val)), false)); scratch.to_expr_datum() } None => { // Not overloaded. We already have a pointer we know how to deref. datum } }; let r = match datum.ty.sty { ty::TyBox(content_ty) => { // Make sure we have an lvalue datum here to get the // proper cleanups scheduled let datum = unpack_datum!( bcx, datum.to_lvalue_datum(bcx, "deref", expr.id)); if type_is_sized(bcx.tcx(), content_ty) { let ptr = load_ty(bcx, datum.val, datum.ty); DatumBlock::new(bcx, Datum::new(ptr, content_ty, LvalueExpr)) } else { // A fat pointer and a DST lvalue have the same representation // just different types. Since there is no temporary for `*e` // here (because it is unsized), we cannot emulate the sized // object code path for running drop glue and free. Instead, // we schedule cleanup for `e`, turning it into an lvalue. let datum = Datum::new(datum.val, content_ty, LvalueExpr); DatumBlock::new(bcx, datum) } } ty::TyRawPtr(ty::TypeAndMut { ty: content_ty, .. }) | ty::TyRef(_, ty::TypeAndMut { ty: content_ty, .. }) => { if type_is_sized(bcx.tcx(), content_ty) { let ptr = datum.to_llscalarish(bcx); // Always generate an lvalue datum, even if datum.mode is // an rvalue. This is because datum.mode is only an // rvalue for non-owning pointers like &T or *T, in which // case cleanup *is* scheduled elsewhere, by the true // owner (or, in the case of *T, by the user). DatumBlock::new(bcx, Datum::new(ptr, content_ty, LvalueExpr)) } else { // A fat pointer and a DST lvalue have the same representation // just different types. DatumBlock::new(bcx, Datum::new(datum.val, content_ty, LvalueExpr)) } } _ => { bcx.tcx().sess.span_bug( expr.span, &format!("deref invoked on expr of illegal type {:?}", datum.ty)); } }; debug!("deref_once(expr={}, method_call={:?}, result={})", expr.id, method_call, r.datum.to_string(ccx)); return r; } #[derive(Debug)] enum OverflowOp { Add, Sub, Mul, Shl, Shr, } impl OverflowOp { fn codegen_strategy(&self) -> OverflowCodegen { use self::OverflowCodegen::{ViaIntrinsic, ViaInputCheck}; match *self { OverflowOp::Add => ViaIntrinsic(OverflowOpViaIntrinsic::Add), OverflowOp::Sub => ViaIntrinsic(OverflowOpViaIntrinsic::Sub), OverflowOp::Mul => ViaIntrinsic(OverflowOpViaIntrinsic::Mul), OverflowOp::Shl => ViaInputCheck(OverflowOpViaInputCheck::Shl), OverflowOp::Shr => ViaInputCheck(OverflowOpViaInputCheck::Shr), } } } enum OverflowCodegen { ViaIntrinsic(OverflowOpViaIntrinsic), ViaInputCheck(OverflowOpViaInputCheck), } enum OverflowOpViaInputCheck { Shl, Shr, } #[derive(Debug)] enum OverflowOpViaIntrinsic { Add, Sub, Mul, } impl OverflowOpViaIntrinsic { fn to_intrinsic<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, lhs_ty: Ty) -> ValueRef { let name = self.to_intrinsic_name(bcx.tcx(), lhs_ty); bcx.ccx().get_intrinsic(&name) } fn to_intrinsic_name(&self, tcx: &ty::ctxt, ty: Ty) -> &'static str { use syntax::ast::IntTy::*; use syntax::ast::UintTy::*; use middle::ty::{TyInt, TyUint}; let new_sty = match ty.sty { TyInt(TyIs) => match &tcx.sess.target.target.target_pointer_width[..] { "32" => TyInt(TyI32), "64" => TyInt(TyI64), _ => panic!("unsupported target word size") }, TyUint(TyUs) => match &tcx.sess.target.target.target_pointer_width[..] { "32" => TyUint(TyU32), "64" => TyUint(TyU64), _ => panic!("unsupported target word size") }, ref t @ TyUint(_) | ref t @ TyInt(_) => t.clone(), _ => panic!("tried to get overflow intrinsic for {:?} applied to non-int type", *self) }; match *self { OverflowOpViaIntrinsic::Add => match new_sty { TyInt(TyI8) => "llvm.sadd.with.overflow.i8", TyInt(TyI16) => "llvm.sadd.with.overflow.i16", TyInt(TyI32) => "llvm.sadd.with.overflow.i32", TyInt(TyI64) => "llvm.sadd.with.overflow.i64", TyUint(TyU8) => "llvm.uadd.with.overflow.i8", TyUint(TyU16) => "llvm.uadd.with.overflow.i16", TyUint(TyU32) => "llvm.uadd.with.overflow.i32", TyUint(TyU64) => "llvm.uadd.with.overflow.i64", _ => unreachable!(), }, OverflowOpViaIntrinsic::Sub => match new_sty { TyInt(TyI8) => "llvm.ssub.with.overflow.i8", TyInt(TyI16) => "llvm.ssub.with.overflow.i16", TyInt(TyI32) => "llvm.ssub.with.overflow.i32", TyInt(TyI64) => "llvm.ssub.with.overflow.i64", TyUint(TyU8) => "llvm.usub.with.overflow.i8", TyUint(TyU16) => "llvm.usub.with.overflow.i16", TyUint(TyU32) => "llvm.usub.with.overflow.i32", TyUint(TyU64) => "llvm.usub.with.overflow.i64", _ => unreachable!(), }, OverflowOpViaIntrinsic::Mul => match new_sty { TyInt(TyI8) => "llvm.smul.with.overflow.i8", TyInt(TyI16) => "llvm.smul.with.overflow.i16", TyInt(TyI32) => "llvm.smul.with.overflow.i32", TyInt(TyI64) => "llvm.smul.with.overflow.i64", TyUint(TyU8) => "llvm.umul.with.overflow.i8", TyUint(TyU16) => "llvm.umul.with.overflow.i16", TyUint(TyU32) => "llvm.umul.with.overflow.i32", TyUint(TyU64) => "llvm.umul.with.overflow.i64", _ => unreachable!(), }, } } fn build_intrinsic_call<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { let llfn = self.to_intrinsic(bcx, lhs_t); let val = Call(bcx, llfn, &[lhs, rhs], None, binop_debug_loc); let result = ExtractValue(bcx, val, 0); // iN operation result let overflow = ExtractValue(bcx, val, 1); // i1 "did it overflow?" let cond = ICmp(bcx, llvm::IntEQ, overflow, C_integral(Type::i1(bcx.ccx()), 1, false), binop_debug_loc); let expect = bcx.ccx().get_intrinsic(&"llvm.expect.i1"); Call(bcx, expect, &[cond, C_integral(Type::i1(bcx.ccx()), 0, false)], None, binop_debug_loc); let bcx = base::with_cond(bcx, cond, |bcx| controlflow::trans_fail(bcx, info, InternedString::new("arithmetic operation overflowed"))); (bcx, result) } } impl OverflowOpViaInputCheck { fn build_with_input_check<'blk, 'tcx>(&self, bcx: Block<'blk, 'tcx>, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { let lhs_llty = val_ty(lhs); let rhs_llty = val_ty(rhs); // Panic if any bits are set outside of bits that we always // mask in. // // Note that the mask's value is derived from the LHS type // (since that is where the 32/64 distinction is relevant) but // the mask's type must match the RHS type (since they will // both be fed into a and-binop) let invert_mask = shift_mask_val(bcx, lhs_llty, rhs_llty, true); let outer_bits = And(bcx, rhs, invert_mask, binop_debug_loc); let cond = build_nonzero_check(bcx, outer_bits, binop_debug_loc); let result = match *self { OverflowOpViaInputCheck::Shl => build_unchecked_lshift(bcx, lhs, rhs, binop_debug_loc), OverflowOpViaInputCheck::Shr => build_unchecked_rshift(bcx, lhs_t, lhs, rhs, binop_debug_loc), }; let bcx = base::with_cond(bcx, cond, |bcx| controlflow::trans_fail(bcx, info, InternedString::new("shift operation overflowed"))); (bcx, result) } } fn shift_mask_val<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, llty: Type, mask_llty: Type, invert: bool) -> ValueRef { let kind = llty.kind(); match kind { TypeKind::Integer => { // i8/u8 can shift by at most 7, i16/u16 by at most 15, etc. let val = llty.int_width() - 1; if invert { C_integral(mask_llty, !val, true) } else { C_integral(mask_llty, val, false) } }, TypeKind::Vector => { let mask = shift_mask_val(bcx, llty.element_type(), mask_llty.element_type(), invert); VectorSplat(bcx, mask_llty.vector_length(), mask) }, _ => panic!("shift_mask_val: expected Integer or Vector, found {:?}", kind), } } // Check if an integer or vector contains a nonzero element. fn build_nonzero_check<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, value: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let llty = val_ty(value); let kind = llty.kind(); match kind { TypeKind::Integer => ICmp(bcx, llvm::IntNE, value, C_null(llty), binop_debug_loc), TypeKind::Vector => { // Check if any elements of the vector are nonzero by treating // it as a wide integer and checking if the integer is nonzero. let width = llty.vector_length() as u64 * llty.element_type().int_width(); let int_value = BitCast(bcx, value, Type::ix(bcx.ccx(), width)); build_nonzero_check(bcx, int_value, binop_debug_loc) }, _ => panic!("build_nonzero_check: expected Integer or Vector, found {:?}", kind), } } // To avoid UB from LLVM, these two functions mask RHS with an // appropriate mask unconditionally (i.e. the fallback behavior for // all shifts). For 32- and 64-bit types, this matches the semantics // of Java. (See related discussion on #1877 and #10183.) fn build_unchecked_lshift<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let rhs = base::cast_shift_expr_rhs(bcx, ast::BinOp_::BiShl, lhs, rhs); // #1877, #10183: Ensure that input is always valid let rhs = shift_mask_rhs(bcx, rhs, binop_debug_loc); Shl(bcx, lhs, rhs, binop_debug_loc) } fn build_unchecked_rshift<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> ValueRef { let rhs = base::cast_shift_expr_rhs(bcx, ast::BinOp_::BiShr, lhs, rhs); // #1877, #10183: Ensure that input is always valid let rhs = shift_mask_rhs(bcx, rhs, binop_debug_loc); let tcx = bcx.tcx(); let is_simd = lhs_t.is_simd(tcx); let intype = if is_simd { lhs_t.simd_type(tcx) } else { lhs_t }; let is_signed = intype.is_signed(); if is_signed { AShr(bcx, lhs, rhs, binop_debug_loc) } else { LShr(bcx, lhs, rhs, binop_debug_loc) } } fn shift_mask_rhs<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, rhs: ValueRef, debug_loc: DebugLoc) -> ValueRef { let rhs_llty = val_ty(rhs); And(bcx, rhs, shift_mask_val(bcx, rhs_llty, rhs_llty, false), debug_loc) } fn with_overflow_check<'blk, 'tcx>(bcx: Block<'blk, 'tcx>, oop: OverflowOp, info: NodeIdAndSpan, lhs_t: Ty<'tcx>, lhs: ValueRef, rhs: ValueRef, binop_debug_loc: DebugLoc) -> (Block<'blk, 'tcx>, ValueRef) { if bcx.unreachable.get() { return (bcx, _Undef(lhs)); } if bcx.ccx().check_overflow() { match oop.codegen_strategy() { OverflowCodegen::ViaIntrinsic(oop) => oop.build_intrinsic_call(bcx, info, lhs_t, lhs, rhs, binop_debug_loc), OverflowCodegen::ViaInputCheck(oop) => oop.build_with_input_check(bcx, info, lhs_t, lhs, rhs, binop_debug_loc), } } else { let res = match oop { OverflowOp::Add => Add(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Sub => Sub(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Mul => Mul(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Shl => build_unchecked_lshift(bcx, lhs, rhs, binop_debug_loc), OverflowOp::Shr => build_unchecked_rshift(bcx, lhs_t, lhs, rhs, binop_debug_loc), }; (bcx, res) } } /// We categorize expressions into three kinds. The distinction between /// lvalue/rvalue is fundamental to the language. The distinction between the /// two kinds of rvalues is an artifact of trans which reflects how we will /// generate code for that kind of expression. See trans/expr.rs for more /// information. #[derive(Copy, Clone)] enum ExprKind { Lvalue, RvalueDps, RvalueDatum, RvalueStmt } fn expr_kind(tcx: &ty::ctxt, expr: &ast::Expr) -> ExprKind { if tcx.is_method_call(expr.id) { // Overloaded operations are generally calls, and hence they are // generated via DPS, but there are a few exceptions: return match expr.node { // `a += b` has a unit result. ast::ExprAssignOp(..) => ExprKind::RvalueStmt, // the deref method invoked for `*a` always yields an `&T` ast::ExprUnary(ast::UnDeref, _) => ExprKind::Lvalue, // the index method invoked for `a[i]` always yields an `&T` ast::ExprIndex(..) => ExprKind::Lvalue, // in the general case, result could be any type, use DPS _ => ExprKind::RvalueDps }; } match expr.node { ast::ExprPath(..) => { match tcx.resolve_expr(expr) { def::DefStruct(_) | def::DefVariant(..) => { if let ty::TyBareFn(..) = tcx.node_id_to_type(expr.id).sty { // ctor function ExprKind::RvalueDatum } else { ExprKind::RvalueDps } } // Special case: A unit like struct's constructor must be called without () at the // end (like `UnitStruct`) which means this is an ExprPath to a DefFn. But in case // of unit structs this is should not be interpreted as function pointer but as // call to the constructor. def::DefFn(_, true) => ExprKind::RvalueDps, // Fn pointers are just scalar values. def::DefFn(..) | def::DefMethod(..) => ExprKind::RvalueDatum, // Note: there is actually a good case to be made that // DefArg's, particularly those of immediate type, ought to // considered rvalues. def::DefStatic(..) | def::DefUpvar(..) | def::DefLocal(..) => ExprKind::Lvalue, def::DefConst(..) | def::DefAssociatedConst(..) => ExprKind::RvalueDatum, def => { tcx.sess.span_bug( expr.span, &format!("uncategorized def for expr {}: {:?}", expr.id, def)); } } } ast::ExprUnary(ast::UnDeref, _) | ast::ExprField(..) | ast::ExprTupField(..) | ast::ExprIndex(..) => { ExprKind::Lvalue } ast::ExprCall(..) | ast::ExprMethodCall(..) | ast::ExprStruct(..) | ast::ExprRange(..) | ast::ExprTup(..) | ast::ExprIf(..) | ast::ExprMatch(..) | ast::ExprClosure(..) | ast::ExprBlock(..) | ast::ExprRepeat(..) | ast::ExprVec(..) => { ExprKind::RvalueDps } ast::ExprIfLet(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprIfLet"); } ast::ExprWhileLet(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprWhileLet"); } ast::ExprForLoop(..) => { tcx.sess.span_bug(expr.span, "non-desugared ExprForLoop"); } ast::ExprLit(ref lit) if ast_util::lit_is_str(&**lit) => { ExprKind::RvalueDps } ast::ExprBreak(..) | ast::ExprAgain(..) | ast::ExprRet(..) | ast::ExprWhile(..) | ast::ExprLoop(..) | ast::ExprAssign(..) | ast::ExprInlineAsm(..) | ast::ExprAssignOp(..) => { ExprKind::RvalueStmt } ast::ExprLit(_) | // Note: LitStr is carved out above ast::ExprUnary(..) | ast::ExprBox(None, _) | ast::ExprAddrOf(..) | ast::ExprBinary(..) | ast::ExprCast(..) => { ExprKind::RvalueDatum } ast::ExprBox(Some(ref place), _) => { // Special case `Box<T>` for now: let def_id = match tcx.def_map.borrow().get(&place.id) { Some(def) => def.def_id(), None => panic!("no def for place"), }; if tcx.lang_items.exchange_heap() == Some(def_id) { ExprKind::RvalueDatum } else { ExprKind::RvalueDps } } ast::ExprParen(ref e) => expr_kind(tcx, &**e), ast::ExprMac(..) => { tcx.sess.span_bug( expr.span, "macro expression remains after expansion"); } } }

trans_imm_cast

baseline_blog.py

from django import template from baselinecore.models import BlogPage register = template.Library() @register.simple_tag(takes_context=True) def

(context): context.update( {'latest_blog_posts': BlogPage.objects.live().order_by('-datetime')[:5]} ) return ""

get_latest_posts

ContentModelsDataList.tsx

import React, { useCallback, useRef } from "react"; import TimeAgo from "timeago-react"; import { useRouter } from "@webiny/react-router"; import { css } from "emotion"; import get from "lodash/get"; import { ConfirmationDialog } from "@webiny/ui/ConfirmationDialog"; import { DeleteIcon, EditIcon } from "@webiny/ui/List/DataList/icons"; import { ReactComponent as ViewListIcon } from "@webiny/app-headless-cms/admin/icons/view_list.svg"; import { DELETE_CONTENT_MODEL } from "../../viewsGraphql"; import { useApolloClient } from "@webiny/app-headless-cms/admin/hooks"; import { useSnackbar } from "@webiny/app-admin/hooks/useSnackbar"; import CurrentEnvironmentLabel from "./../../components/CurrentEnvironmentLabel"; import { DataList, List, ListItem, ListItemText, ListItemTextSecondary, ListItemMeta, ListActions } from "@webiny/ui/List"; import { IconButton } from "@webiny/ui/Button"; import { Tooltip } from "@webiny/ui/Tooltip"; import { i18n } from "@webiny/app/i18n"; const t = i18n.namespace("FormsApp.ContentModelsDataList"); const rightAlign = css({ alignItems: "flex-end !important", justifyContent: "center !important" }); const listItemMinHeight = css({ minHeight: "66px !important" }); const viewEntriesIconStyles = css({ color: "var(--mdc-theme-text-secondary-on-background)" }); export type ContentModelsDataListProps = { id?: any; dataList: any; }; const ContentModelsDataList = (props: ContentModelsDataListProps) => { const { dataList } = props; const { location, history } = useRouter(); const client = useApolloClient(); const { showSnackbar } = useSnackbar(); const deleteRecord = async item => { const res = await client.mutate({ mutation: DELETE_CONTENT_MODEL, variables: { id: item.id }, awaitRefetchQueries: true, refetchQueries: [ "HeadlessCmsListContentModels", "HeadlessCmsListMenuContentGroupsModels" ] }); const { data, error } = get(res, "data.deleteContentModel"); if (data) { showSnackbar(t`Content model {name} deleted.`({ name: item.name })); } else { showSnackbar(error.message, { title: t`Something unexpected happened.` }); } if (item.id === props.id) { const query = new URLSearchParams(location.search); query.delete("id");

dataList.refresh(); }; const editHandlers = useRef({}); const editRecord = useCallback(contentModel => { if (!editHandlers.current[contentModel.id]) { editHandlers.current[contentModel.id] = async () => { history.push("/cms/content-models/" + contentModel.id); }; } return editHandlers.current[contentModel.id]; }, undefined); const viewContentEntries = useCallback(contentModel => { return () => history.push("/cms/content-models/manage/" + contentModel.modelId); }, undefined); return ( <DataList {...dataList} title={t`Content Models`} actions={<CurrentEnvironmentLabel style={{ justifyContent: "flex-end" }} />} sorters={[ { label: t`Newest to oldest`, sorters: { createdOn: -1 } }, { label: t`Oldest to newest`, sorters: { createdOn: 1 } }, { label: t`Title A-Z`, sorters: { name: 1 } }, { label: t`Title Z-A`, sorters: { name: -1 } } ]} > {({ data = [] }) => ( <List data-testid="default-data-list"> {data.map(contentModel => ( <ListItem key={contentModel.id} className={listItemMinHeight}> <ListItemText> {contentModel.name} {contentModel.createdBy && ( <ListItemTextSecondary> {contentModel.createdBy.firstName && ( <> {t`Created by: {user}.`({ user: contentModel.createdBy.firstName })}{" "} </> )} {t`Last modified: {time}.`({ time: <TimeAgo datetime={contentModel.savedOn} /> })} </ListItemTextSecondary> )} </ListItemText> <ListItemMeta className={rightAlign}> <ListActions> <Tooltip content={t`View content`} placement={"top"}> <IconButton icon={ <ViewListIcon className={viewEntriesIconStyles} /> } label={t`View entries`} onClick={viewContentEntries(contentModel)} /> </Tooltip> <Tooltip content={t`Edit content model`} placement={"top"}> <EditIcon onClick={editRecord(contentModel)} /> </Tooltip> <ConfirmationDialog> {({ showConfirmation }) => ( <Tooltip content={t`Delete content model`} placement={"top"} > <DeleteIcon onClick={() => showConfirmation(async () => deleteRecord(contentModel) ) } /> </Tooltip> )} </ConfirmationDialog> </ListActions> </ListItemMeta> </ListItem> ))} </List> )} </DataList> ); }; export default ContentModelsDataList;

history.push({ search: query.toString() }); }

bitslice.rs

// Copyright 2012-2016 The Rust Project Developers. See the COPYRIGHT // file at the top-level directory of this distribution and at // http://rust-lang.org/COPYRIGHT. // // Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. // FIXME: merge with `bitvec` use std::mem; pub type Word = usize; /// `BitSlice` provides helper methods for treating a `[Word]` /// as a bitvector. pub trait BitSlice { fn clear_bit(&mut self, idx: usize) -> bool; fn set_bit(&mut self, idx: usize) -> bool; fn get_bit(&self, idx: usize) -> bool; } impl BitSlice for [Word] { /// Clears bit at `idx` to 0; returns true iff this changed `self.` fn clear_bit(&mut self, idx: usize) -> bool { let words = self; debug!("clear_bit: words={} idx={}", bits_to_string(words, words.len() * mem::size_of::<Word>()), bit_str(idx)); let BitLookup { word, bit_in_word, bit_mask } = bit_lookup(idx); debug!("word={} bit_in_word={} bit_mask={}", word, bit_in_word, bit_mask); let oldv = words[word]; let newv = oldv & !bit_mask; words[word] = newv; oldv != newv } /// Sets bit at `idx` to 1; returns true iff this changed `self.` fn set_bit(&mut self, idx: usize) -> bool { let words = self; debug!("set_bit: words={} idx={}", bits_to_string(words, words.len() * mem::size_of::<Word>()), bit_str(idx)); let BitLookup { word, bit_in_word, bit_mask } = bit_lookup(idx); debug!("word={} bit_in_word={} bit_mask={}", word, bit_in_word, bit_mask); let oldv = words[word]; let newv = oldv | bit_mask; words[word] = newv; oldv != newv } /// Extracts value of bit at `idx` in `self`. fn get_bit(&self, idx: usize) -> bool { let words = self; let BitLookup { word, bit_mask, .. } = bit_lookup(idx); (words[word] & bit_mask) != 0 } } struct BitLookup { /// An index of the word holding the bit in original `[Word]` of query. word: usize, /// Index of the particular bit within the word holding the bit. bit_in_word: usize, /// Word with single 1-bit set corresponding to where the bit is located. bit_mask: Word, } #[inline] fn bit_lookup(bit: usize) -> BitLookup { let word_bits = mem::size_of::<Word>() * 8; let word = bit / word_bits; let bit_in_word = bit % word_bits; let bit_mask = 1 << bit_in_word; BitLookup { word: word, bit_in_word: bit_in_word, bit_mask: bit_mask } } fn bit_str(bit: Word) -> String

pub fn bits_to_string(words: &[Word], bits: usize) -> String { let mut result = String::new(); let mut sep = '['; // Note: this is a little endian printout of bytes. // i tracks how many bits we have printed so far. let mut i = 0; for &word in words.iter() { let mut v = word; loop { // for each byte in `v`: let remain = bits - i; // If less than a byte remains, then mask just that many bits. let mask = if remain <= 8 { (1 << remain) - 1 } else { 0xFF }; assert!(mask <= 0xFF); let byte = v & mask; result.push(sep); result.push_str(&format!("{:02x}", byte)); if remain <= 8 { break; } v >>= 8; i += 8; sep = '-'; } } result.push(']'); return result } #[inline] pub fn bitwise<Op:BitwiseOperator>(out_vec: &mut [usize], in_vec: &[usize], op: &Op) -> bool { assert_eq!(out_vec.len(), in_vec.len()); let mut changed = false; for (out_elt, in_elt) in out_vec.iter_mut().zip(in_vec) { let old_val = *out_elt; let new_val = op.join(old_val, *in_elt); *out_elt = new_val; changed |= old_val != new_val; } changed } pub trait BitwiseOperator { /// Applies some bit-operation pointwise to each of the bits in the two inputs. fn join(&self, pred1: usize, pred2: usize) -> usize; } pub struct Union; impl BitwiseOperator for Union { #[inline] fn join(&self, a: usize, b: usize) -> usize { a | b } } pub struct Subtract; impl BitwiseOperator for Subtract { #[inline] fn join(&self, a: usize, b: usize) -> usize { a & !b } }

{ let byte = bit >> 3; let lobits = 1 << (bit & 0b111); format!("[{}:{}-{:02x}]", bit, byte, lobits) }

index.ts

export { default, default as AppQuery } from "./AppQuery";

playlist_play.go

package api import ( "sort" "strconv" "github.com/fingerpich/grafana-farsi/pkg/api/dtos" "github.com/fingerpich/grafana-farsi/pkg/bus" _ "github.com/fingerpich/grafana-farsi/pkg/log" m "github.com/fingerpich/grafana-farsi/pkg/models" "github.com/fingerpich/grafana-farsi/pkg/services/search" ) func populateDashboardsById(dashboardByIds []int64, dashboardIdOrder map[int64]int) (dtos.PlaylistDashboardsSlice, error) { result := make(dtos.PlaylistDashboardsSlice, 0) if len(dashboardByIds) > 0 { dashboardQuery := m.GetDashboardsQuery{DashboardIds: dashboardByIds} if err := bus.Dispatch(&dashboardQuery); err != nil { return result, err } for _, item := range dashboardQuery.Result { result = append(result, dtos.PlaylistDashboard{ Id: item.Id, Slug: item.Slug, Title: item.Title, Uri: "db/" + item.Slug, Order: dashboardIdOrder[item.Id], }) } } return result, nil } func populateDashboardsByTag(orgId int64, signedInUser *m.SignedInUser, dashboardByTag []string, dashboardTagOrder map[string]int) dtos.PlaylistDashboardsSlice { result := make(dtos.PlaylistDashboardsSlice, 0) if len(dashboardByTag) > 0 { for _, tag := range dashboardByTag { searchQuery := search.Query{ Title: "", Tags: []string{tag},

SignedInUser: signedInUser, Limit: 100, IsStarred: false, OrgId: orgId, } if err := bus.Dispatch(&searchQuery); err == nil { for _, item := range searchQuery.Result { result = append(result, dtos.PlaylistDashboard{ Id: item.Id, Title: item.Title, Uri: item.Uri, Order: dashboardTagOrder[tag], }) } } } } return result } func LoadPlaylistDashboards(orgId int64, signedInUser *m.SignedInUser, playlistId int64) (dtos.PlaylistDashboardsSlice, error) { playlistItems, _ := LoadPlaylistItems(playlistId) dashboardByIds := make([]int64, 0) dashboardByTag := make([]string, 0) dashboardIdOrder := make(map[int64]int) dashboardTagOrder := make(map[string]int) for _, i := range playlistItems { if i.Type == "dashboard_by_id" { dashboardId, _ := strconv.ParseInt(i.Value, 10, 64) dashboardByIds = append(dashboardByIds, dashboardId) dashboardIdOrder[dashboardId] = i.Order } if i.Type == "dashboard_by_tag" { dashboardByTag = append(dashboardByTag, i.Value) dashboardTagOrder[i.Value] = i.Order } } result := make(dtos.PlaylistDashboardsSlice, 0) var k, _ = populateDashboardsById(dashboardByIds, dashboardIdOrder) result = append(result, k...) result = append(result, populateDashboardsByTag(orgId, signedInUser, dashboardByTag, dashboardTagOrder)...) sort.Sort(result) return result, nil }

0005_metaattributes_image.py

# -*- coding: utf-8 -*- # Generated by Django 1.11.7 on 2018-04-04 05:44 from __future__ import unicode_literals from django.conf import settings from django.db import migrations import django.db.models.deletion import filer.fields.image class

(migrations.Migration): dependencies = [ migrations.swappable_dependency(settings.FILER_IMAGE_MODEL), ('meta', '0004_auto_20180322_1026'), ] operations = [ migrations.AddField( model_name='metaattributes', name='image', field=filer.fields.image.FilerImageField(blank=True, null=True, on_delete=django.db.models.deletion.CASCADE, to=settings.FILER_IMAGE_MODEL), ), ]

Migration

app.py

import pickle import traceback import numpy as np from flask import Flask, request from config import MODELPATH, DEBUG app = Flask(__name__) model = pickle.load(open(MODELPATH, 'rb')) @app.route("/predict", methods=["POST"]) def predict():

if __name__ == "__main__": app.run(debug=DEBUG)

"""{"input": [5.8, 2.8, 5.1, 2.4]}""" try: content = request.json sample = content["input"] sample = np.array(sample).reshape(1, -1) prediction = model.predict(sample).tolist()[0] return {"prediction": prediction} except Exception as e: tb = traceback.format_exc() return {"errorMessages": tb.replace("\n","")}

main.go

package main import ( "fmt" "io" "os" "path" "path/filepath" "strings" "github.com/ethereum/go-ethereum/cmd/utils" "github.com/ethereum/go-ethereum/common" "github.com/ethereum/go-ethereum/log" "github.com/mattn/go-colorable" "github.com/mattn/go-isatty" "github.com/mitchellh/go-homedir" "github.com/olekukonko/tablewriter" "github.com/spf13/cobra" "github.com/spf13/viper" "github.com/eluv-io/contracts/cmds/ethverify/abidiff" "github.com/eluv-io/contracts/cmds/ethverify/gitutils" ) const ( DefaultElvFolder = ".eluvio/ethverify" ) var ( ostream log.Handler glogger = new(log.GlogHandler) config string cmdRoot = &cobra.Command{ Use: "ethverify", Short: "Management and verification of contracts", PersistentPreRunE: readConfig, } cmdGitFind = &cobra.Command{ Use: "git-find <contract_address> <Path/to/contracts/repo> <elvmasterd_rpc_url> ", Short: "Manage and retrieve the contract's git version", Long: `git-find helps to retrieve the git version at which the contract bytecode is present. The parameters can be set using flags or config file.`, Args: cobra.RangeArgs(2,3), RunE: runGitFind, Example: `if running from contracts repo : ethverify git-find 0xCAFE . "http://localhost:8545"`, } cmdAbiDiff = &cobra.Command{ Use: "abi-diff", Short: "To identify changes made to contracts", Long: `abi-diff compares the new abi with stored abi and specifies any critical changes are present. If the changes made are not critical, the store dir has new set of abi. Also, the stored abi can be overwritten with new abi using --overwrite flag. The default path for storedir is "./store", which can be changed using --storedir flag. `, RunE: runAbiDiff, Example: `if run from 'contracts' repo, "ethverify abi-diff" else "ethverify abi-diff --storedir <Path/to/stored/abi/dir>" `, } ) func init() { // cmd flags cmdRoot.PersistentFlags().Int("verbosity", 3, "Logging verbosity: 0=silent, 1=error, 2=warn, 3=info, 4=debug, 5=detail") cmdRoot.PersistentFlags().String("log-file", "", "Output log file") cmdRoot.PersistentFlags().StringVar(&config, "config", "", "Config file path (default=<Homedir>/.eluvio/ethverify/config.toml") cmdAbiDiff.Flags().Bool("overwrite", false, "overwrite 'store' directory with new abi, even if abi-diff throws breaking changes") cmdAbiDiff.Flags().String("storedir", "./store", "directory for stored abi files") _ = viper.BindPFlag("verbosity", cmdRoot.PersistentFlags().Lookup("verbosity")) _ = viper.BindPFlag("log_file", cmdRoot.PersistentFlags().Lookup("log-file")) _ = viper.BindPFlag("git_find.ethurl", cmdGitFind.Flags().Lookup("ethurl")) _ = viper.BindPFlag("git_find.rootdir", cmdGitFind.Flags().Lookup("rootdir")) _ = viper.BindPFlag("git_find.contract", cmdGitFind.Flags().Lookup("contract")) _ = viper.BindPFlag("abi_diff.overwrite", cmdAbiDiff.Flags().Lookup("overwrite")) _ = viper.BindPFlag("abi_diff.storedir", cmdAbiDiff.Flags().Lookup("storedir")) // for env variable replacer := strings.NewReplacer(".", "_") viper.SetEnvKeyReplacer(replacer) viper.AutomaticEnv() cmdRoot.AddCommand(cmdGitFind) cmdRoot.AddCommand(cmdAbiDiff) } func readConfig(cmd *cobra.Command, args []string) error { // if --config is passed, attempt to parse the config file var filename string if config == "" { home, err := homedir.Dir() var folderPath string if err == nil { folderPath = path.Join(home, DefaultElvFolder) _, err := os.Stat(folderPath) if os.IsNotExist(err) { err = os.MkdirAll(folderPath, os.FileMode(0700)) if err != nil { return fmt.Errorf("create config folder failed : folder = %v, err = %v", folderPath, err) } } } file := path.Join(folderPath, "config.toml") // checks if config file exists if _, err := os.Stat(file); !os.IsNotExist(err) { log.Warn("reading from default config file", "filepath", file) filename = filepath.Base(file) viper.SetConfigName(filename[:len(filename)-len(filepath.Ext(filename))]) viper.AddConfigPath(folderPath) err := viper.ReadInConfig() if err != nil { return fmt.Errorf("failed to read config file - %v", err) } } } else { filename = filepath.Base(config) viper.SetConfigName(filename[:len(filename)-len(filepath.Ext(filename))]) viper.AddConfigPath(filepath.Dir(config)) err := viper.ReadInConfig() if err != nil { return fmt.Errorf("failed to read config file - %v", err) } } var output io.Writer usecolor := (isatty.IsTerminal(os.Stderr.Fd()) || isatty.IsCygwinTerminal(os.Stderr.Fd())) && os.Getenv("TERM") != "dumb" logFile := viper.GetString("log_file") verbosity := viper.GetInt("verbosity") var lvl log.Lvl switch verbosity { case 0: lvl = log.LvlCrit case 1: lvl = log.LvlError case 2: lvl = log.LvlWarn case 3: lvl = log.LvlInfo case 4: lvl = log.LvlDebug case 5: lvl = log.LvlTrace } if usecolor { output = colorable.NewColorableStderr() } var err error if logFile != "" { ostream, err = log.FileHandler(logFile, log.TerminalFormat(false)) if err != nil { utils.Fatalf("error setting logger file", err) } } else { output = io.Writer(os.Stdout) ostream = log.StreamHandler(output, log.TerminalFormat(usecolor)) } glogger = log.NewGlogHandler(ostream) glogger.Verbosity(lvl) log.Root().SetHandler(glogger) return nil } func runGitFind(cmd *cobra.Command, args []string) error { contractAddr := args[0] if !common.IsHexAddress(contractAddr) || contractAddr == "" { return fmt.Errorf("contract address provided is invalid, contract addr = %v", contractAddr) } rootDir := args[1] if rootDir == "" { return fmt.Errorf("root directory is nil") } var ethurl string if len(args) > 2 { ethurl = args[2] } else { ethurl = "http://localhost:8545" log.Warn(fmt.Sprintf("elvmasterd_rpc_url:%v",ethurl)) } gitCommits, err := gitutils.GetContractGitCommit(rootDir, ethurl, common.HexToAddress(contractAddr)) if err != nil { return err

if len(gitCommits) > 0 { var table *tablewriter.Table table = tablewriter.NewWriter(os.Stdout) table.SetHeader([]string{"Git Contract Info"}) table.SetRowLine(true) for _, v := range gitCommits { table.Append([]string{v}) } table.Render() } else{ log.Info("No git commits are present for given contract address","contract address",contractAddr) } return nil } func runAbiDiff(cmd *cobra.Command, args []string) error { overwrite := viper.GetBool("abi_diff.overwrite") storeDir := viper.GetString("abi_diff.storedir") diffItem, err := abidiff.VerifyAllABI(overwrite, storeDir) if err != nil { return err } if len(diffItem) == 0 { log.Info("NO DIFFERENCES in abi") return nil } checkForBreakingChanges := false for _, v := range diffItem { if v.Breaking { checkForBreakingChanges = true log.Info("BREAKING Changes", "report", v.Report) } else { log.Info("Changes", "report", v.Report) } } // No Breaking changes, replace the stored abi if !checkForBreakingChanges { _, err = abidiff.VerifyAllABI(true, storeDir) if err != nil { return err } log.Info("No Breaking changes are made, replacing the STORED abi to NEW abi") } return nil } func Execute() error { err := cmdRoot.Execute() if err != nil { log.Error(err.Error()) // seems post-run is not invoked in that case // cleanupServer(nil, nil) } return err } func main() { if err := Execute(); err != nil { os.Exit(1) } log.Info("LEAVING eth-verify...") }

}

query_registry.py

from ted_sws.rml_to_html.resources import get_sparql_query class QueryRegistry: @property def TRIPLE_MAP(self): return get_sparql_query(query_file_name="get_triple_maps.rq") @property def LOGICAL_SOURCE(self): return get_sparql_query(query_file_name="get_logical_source.rq") @property def SUBJECT_MAP(self): return get_sparql_query(query_file_name="get_subject_map.rq") @property def PREDICATE_OBJECT_MAP(self): return get_sparql_query(query_file_name="get_predicate_object_map.rq") \ @property

def TRIPLE_MAP_COMMENT_LABEL(self): return get_sparql_query(query_file_name="get_label_comment.rq")

DashboardMenuConfComponent.ts

import Component from 'vue-class-component'; import { Prop, Vue, Watch } from 'vue-property-decorator'; import ModuleDAO from '../../../../../shared/modules/DAO/ModuleDAO'; import InsertOrDeleteQueryResult from '../../../../../shared/modules/DAO/vos/InsertOrDeleteQueryResult'; import ModuleDashboardBuilder from '../../../../../shared/modules/DashboardBuilder/ModuleDashboardBuilder'; import DashboardVO from '../../../../../shared/modules/DashboardBuilder/vos/DashboardVO'; import MenuElementVO from '../../../../../shared/modules/Menu/vos/MenuElementVO'; import ModuleTranslation from '../../../../../shared/modules/Translation/ModuleTranslation'; import TranslatableTextVO from '../../../../../shared/modules/Translation/vos/TranslatableTextVO'; import TranslationVO from '../../../../../shared/modules/Translation/vos/TranslationVO'; import ConsoleHandler from '../../../../../shared/tools/ConsoleHandler'; import { ModuleTranslatableTextAction } from '../../InlineTranslatableText/TranslatableTextStore'; import MenuController from '../../menu/MenuController'; import MenuOrganizerComponent from '../../menu/organizer/MenuOrganizerComponent'; import VueComponentBase from '../../VueComponentBase'; import './DashboardMenuConfComponent.scss'; @Component({ template: require('./DashboardMenuConfComponent.pug'), components: { Menuorganizercomponent: MenuOrganizerComponent } }) export default class

extends VueComponentBase { @Prop() private dashboard: DashboardVO; @ModuleTranslatableTextAction private set_flat_locale_translation: (translation: { code_text: string, value: string }) => void; private menu_app: { [app_name: string]: number } = {}; private app_names: string[] = []; private is_loading: boolean = true; @Watch('dashboard', { immediate: true }) private async onchange_dashboard() { this.is_loading = true; if (!this.dashboard) { this.menu_app = {}; this.is_loading = false; return; } this.menu_app = {}; this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); for (let i in this.app_names) { let app_name = this.app_names[i]; let db_menu: MenuElementVO = await ModuleDAO.getInstance().getNamedVoByName<MenuElementVO>( MenuElementVO.API_TYPE_ID, 'dashboard__menu__' + app_name + '__' + this.dashboard.id); if (db_menu) { this.menu_app[db_menu.app_name] = db_menu.id; } } this.is_loading = false; } private get_menu(app_name: string): MenuElementVO { if (!this.dashboard) { return null; } let res: MenuElementVO = new MenuElementVO(); res.access_policy_name = ModuleDashboardBuilder.POLICY_FO_ACCESS; res.app_name = app_name; res.fa_class = "fa-area-chart"; res.hidden = true; res.menu_parent_id = null; res.name = 'dashboard__menu__' + app_name + '__' + this.dashboard.id; res.target = 'Dashboard View'; res.target_is_routename = true; res.target_route_params = '{ "dashboard_id": ' + this.dashboard.id + ' }'; res.weight = -1; return res; } private async switch_menu_app(app_name: string) { this.is_loading = true; if (this.dashboard) { let db_menu: MenuElementVO = await ModuleDAO.getInstance().getNamedVoByName<MenuElementVO>( MenuElementVO.API_TYPE_ID, 'dashboard__menu__' + app_name + '__' + this.dashboard.id); if (!!this.menu_app[app_name]) { if (!!db_menu) { await ModuleDAO.getInstance().deleteVOs([db_menu]); await MenuController.getInstance().reload_from_db(); this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); } Vue.set(this.menu_app, app_name, null); } else { if (!!db_menu) { Vue.set(this.menu_app, app_name, db_menu.id); this.is_loading = false; return; } db_menu = this.get_menu(app_name); let translatable_text_menu = await ModuleTranslation.getInstance().getTranslatableText(db_menu.translatable_title); if (!translatable_text_menu) { translatable_text_menu = new TranslatableTextVO(); translatable_text_menu.code_text = db_menu.translatable_title; let insertOrDeleteQueryResulttt: InsertOrDeleteQueryResult = await ModuleDAO.getInstance().insertOrUpdateVO(translatable_text_menu); if ((!insertOrDeleteQueryResulttt) || (!insertOrDeleteQueryResulttt.id)) { ConsoleHandler.getInstance().error('Failed switch_menu_app create translatable text'); this.is_loading = false; return; } translatable_text_menu.id = insertOrDeleteQueryResulttt.id; } /** * On se base sur la trad actuelle du dashboard */ let db_translatable_text = await ModuleTranslation.getInstance().getTranslatableText(this.dashboard.translatable_name_code_text); if (db_translatable_text) { let translations: TranslationVO[] = await ModuleDAO.getInstance().getVosByRefFieldIds<TranslationVO>( TranslationVO.API_TYPE_ID, 'text_id', [db_translatable_text.id]); for (let i in translations) { let translation = translations[i]; let menu_translation: TranslationVO = await ModuleTranslation.getInstance().getTranslation(translation.lang_id, translatable_text_menu.id); if (!menu_translation) { menu_translation = new TranslationVO(); menu_translation.lang_id = translation.lang_id; menu_translation.text_id = translatable_text_menu.id; menu_translation.translated = translation.translated; let resi = await ModuleDAO.getInstance().insertOrUpdateVO(menu_translation); if (resi && resi.id) { this.set_flat_locale_translation({ code_text: translatable_text_menu.code_text, value: translation.translated }); } } } } let insertOrDeleteQueryResult: InsertOrDeleteQueryResult = await ModuleDAO.getInstance().insertOrUpdateVO(this.get_menu(app_name)); if ((!insertOrDeleteQueryResult) || !insertOrDeleteQueryResult.id) { ConsoleHandler.getInstance().error('Failed switch_menu_app create'); this.is_loading = false; return; } Vue.set(this.menu_app, app_name, insertOrDeleteQueryResult.id); await MenuController.getInstance().reload_from_db(); this.app_names = Object.keys(MenuController.getInstance().menus_by_app_names); } } this.is_loading = false; } }

DashboardMenuConfComponent

App_20210511150821.js

import React from 'react'; import API from './API'; import './App.css'; import Navigation from './components/Navigation'; import { BrowserRouter as Router, Switch, Route } from 'react-router-dom'; import Home from './pages/Home'; import Planets from './pages/Planets'; import Starships from './pages/Starships'; import Spinner from './components/Spinner'; import PersonDetails from './components/PersonDetails'; function App() { const [people, setPeople] = React.useState([]); const [planets, setPlanets] = React.useState([]); const [starships, setStarships] = React.useState([]); const [loading, setLoading] = React.useState(true); const [userSearch, setUserSearch] = React.useState(''); const {personId, setPersonId} = React.useState(null) React.useEffect(() => { getPeople(); getPlanets(); getStarships(); setLoading(false); }, []); const handleClick = (id) => { setPersonId(id) } const updateUserSearch = (e) => { setUserSearch(e.target.value); }; const getPeople = () => { API.fetchAllPeople() .then((data) => setPeople(data.results)) .catch((error) => console.error(error)); }; const getPlanets = () => { API.fetchAllPlanets()

.then((data) => setPlanets(data.results)) .catch((error) => console.error(error)); }; const getStarships = () => { API.fetchAllStarships() .then((data) => setStarships(data.results)) .catch((error) => console.error(error)); }; console.log('people', people); console.log('planets', planets); console.log('starships', starships); return ( <> <Router> <Navigation updateUserSearch={updateUserSearch} userSearch={userSearch} /> {loading ? ( <Spinner /> ) : ( <Switch> <Route exact path="/"> <Home people={people} userSearch={userSearch} personId={personId} handleClick={handleClick}/> </Route> <Route exact path="/planets"> <Planets planets={planets} /> </Route> <Route exact path="/starships"> <Starships starships={starships} /> </Route> <Route path={`/people/${setPersonId}/`}> <PersonDetails people={people} personId={setPersonId}/> </Route> </Switch> )} </Router> </> ); } export default App;

piped_deconvolve.py

'''Implements a multiprocessing deconvolution algorithm ''' import os import multiprocessing from collections import deque import ms_peak_picker import ms_deisotope import traceback from ms_deisotope.processor import ( ScanProcessor, MSFileLoader, NoIsotopicClustersError, EmptyScanError) from ms_deisotope.feature_map.quick_index import index as build_scan_index from ms_deisotope.data_source.common import ProcessedScan import logging from glycan_profiling.task import ( TaskBase, log_handle, CallInterval) from glycan_profiling.config import get_configuration from multiprocessing import Process, JoinableQueue try: from Queue import Empty as QueueEmpty except ImportError: from queue import Empty as QueueEmpty logger = logging.getLogger("glycan_profiler.preprocessor") DONE = b"--NO-MORE--" SCAN_STATUS_GOOD = b"good" SCAN_STATUS_SKIP = b"skip" user_config = get_configuration() huge_tree = user_config.get("xml_huge_tree", False) savgol = ms_peak_picker.scan_filter.SavitskyGolayFilter() denoise = ms_peak_picker.scan_filter.FTICRBaselineRemoval(window_length=2.) class ScanIDYieldingProcess(Process): def __init__(self, ms_file_path, queue, start_scan=None, max_scans=None, end_scan=None, no_more_event=None, ignore_tandem_scans=False, batch_size=1): Process.__init__(self) self.daemon = True self.ms_file_path = ms_file_path self.queue = queue self.loader = None self.start_scan = start_scan self.max_scans = max_scans self.end_scan = end_scan self.ignore_tandem_scans = ignore_tandem_scans self.batch_size = batch_size self.no_more_event = no_more_event def _make_scan_batch(self): batch = [] scan_ids = [] for _i in range(self.batch_size): try: bunch = next(self.loader) scan, products = bunch if scan is not None: scan_id = scan.id else: scan_id = None product_scan_ids = [p.id for p in products] except StopIteration: break except Exception as e: log_handle.error("An error occurred in _make_scan_batch", e) break if not self.ignore_tandem_scans: batch.append((scan_id, product_scan_ids, True)) else: batch.append((scan_id, product_scan_ids, False)) scan_ids.append(scan_id) return batch, scan_ids def run(self): self.loader = MSFileLoader( self.ms_file_path, huge_tree=huge_tree, decode_binary=False) if self.start_scan is not None: try: self.loader.start_from_scan( self.start_scan, require_ms1=self.loader.has_ms1_scans(), grouped=True) except IndexError as e: log_handle.error("An error occurred while locating start scan", e) self.loader.reset() self.loader.make_iterator(grouped=True) except AttributeError: log_handle.error("The reader does not support random access, start time will be ignored", e) self.loader.reset() self.loader.make_iterator(grouped=True) else: self.loader.make_iterator(grouped=True) count = 0 last = 0 if self.max_scans is None: max_scans = float('inf') else: max_scans = self.max_scans end_scan = self.end_scan while count < max_scans: try: batch, ids = self._make_scan_batch() if len(batch) > 0: self.queue.put(batch) count += len(ids) if (count - last) > 1000: last = count self.queue.join() if (end_scan in ids and end_scan is not None) or len(ids) == 0: log_handle.log("End Scan Found") break except StopIteration: break except Exception as e: log_handle.error("An error occurred while fetching scans", e) break if self.no_more_event is not None: self.no_more_event.set() log_handle.log("All Scan IDs have been dealt. %d scan bunches." % (count,)) else: self.queue.put(DONE) class ScanBunchLoader(object): def __init__(self, mzml_loader): self.loader = mzml_loader self.queue = deque() def put(self, scan_id, product_scan_ids): self.queue.append((scan_id, product_scan_ids)) def get(self): scan_id, product_scan_ids = self.queue.popleft() if scan_id is not None: precursor = self.loader.get_scan_by_id(scan_id) else: precursor = None products = [self.loader.get_scan_by_id( pid) for pid in product_scan_ids if pid is not None] if precursor: precursor.product_scans = products return (precursor, products) class ScanTransformMixin(object): def log_error(self, error, scan_id, scan, product_scan_ids): tb = traceback.format_exc() self.log_handler( "An %r occurred for %s (index %r) in Process %r\n%s" % ( error, scan_id, scan.index, multiprocessing.current_process(), tb)) def _init_batch_store(self): self._batch_store = deque() def get_work(self, block=True, timeout=30): if self._batch_store: return self._batch_store.popleft() else: batch = self.input_queue.get(block, timeout) self._batch_store.extend(batch) result = self._batch_store.popleft() return result def

(self, message): self.log_handler(message + ", %r" % (multiprocessing.current_process())) def skip_entry(self, index, ms_level): self.output_queue.put((SCAN_STATUS_SKIP, index, ms_level)) def skip_scan(self, scan): self.output_queue.put((SCAN_STATUS_SKIP, scan.index, scan.ms_level)) def send_scan(self, scan): scan = scan.pack() # this attribute is not needed, and for MS1 scans is dangerous # to pickle. # It can pull other scans which may not yet have been packed # into the message sent back to the main process which in # turn can form a reference cycle and eat a lot of memory scan.product_scans = [] self.output_queue.put((scan, scan.index, scan.ms_level)) def all_work_done(self): return self._work_complete.is_set() def make_scan_transformer(self, loader=None): raise NotImplementedError() class ScanTransformingProcess(Process, ScanTransformMixin): """ScanTransformingProcess describes a child process that consumes scan id bunches from a shared input queue, retrieves the relevant scans, and preprocesses them using an instance of :class:`ms_deisotope.processor.ScanProcessor`, sending the reduced result to a shared output queue. Attributes ---------- input_queue : multiprocessing.JoinableQueue A shared input queue which contains payloads of bunches of scan ids ms1_deconvolution_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` ms1_peak_picking_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` msn_deconvolution_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` msn_peak_picking_args : dict Parameters passed to :class:`ms_deisotope.processor.ScanProcessor` mzml_path : str Path to the spectral data file on disk no_more_event : multiprocessing.Event An event which will be set when the process feeding the input queue has run out of items to add, indicating that any QueueEmptyException should be treated as a signal to finish rather than to wait for new input output_queue : multiprocessing.JoinableQueue A shared output queue which this object will put :class:`ms_deisotope.data_source.common.ProcessedScan` bunches onto. """ def __init__(self, mzml_path, input_queue, output_queue, no_more_event=None, ms1_peak_picking_args=None, msn_peak_picking_args=None, ms1_deconvolution_args=None, msn_deconvolution_args=None, envelope_selector=None, ms1_averaging=0, log_handler=None, deconvolute=True, verbose=False): if log_handler is None: def print_message(msg): print(msg) log_handler = print_message if ms1_peak_picking_args is None: ms1_peak_picking_args = { "transforms": [denoise, savgol], "start_mz": 250 } if msn_peak_picking_args is None: msn_peak_picking_args = { "transforms": [] } if ms1_deconvolution_args is None: ms1_deconvolution_args = { "scorer": ms_deisotope.scoring.PenalizedMSDeconVFitter(35., 2), "charge_range": (1, 8), "averagine": ms_deisotope.glycopeptide } if msn_deconvolution_args is None: msn_deconvolution_args = { "scorer": ms_deisotope.scoring.MSDeconVFitter(10.), "charge_range": (1, 8), "averagine": ms_deisotope.glycopeptide } Process.__init__(self) self.verbose = verbose self._init_batch_store() self.daemon = True self.mzml_path = mzml_path self.input_queue = input_queue self.output_queue = output_queue self.ms1_peak_picking_args = ms1_peak_picking_args self.msn_peak_picking_args = msn_peak_picking_args self.ms1_deconvolution_args = ms1_deconvolution_args self.msn_deconvolution_args = msn_deconvolution_args self.envelope_selector = envelope_selector self.ms1_averaging = ms1_averaging self.deconvolute = deconvolute self.transformer = None self.no_more_event = no_more_event self._work_complete = multiprocessing.Event() self.log_handler = log_handler def make_scan_transformer(self, loader=None): transformer = ScanProcessor( loader, ms1_peak_picking_args=self.ms1_peak_picking_args, msn_peak_picking_args=self.msn_peak_picking_args, ms1_deconvolution_args=self.ms1_deconvolution_args, msn_deconvolution_args=self.msn_deconvolution_args, loader_type=lambda x: x, envelope_selector=self.envelope_selector, ms1_averaging=self.ms1_averaging) return transformer def handle_scan_bunch(self, scan, product_scans, scan_id, product_scan_ids, process_msn=True): transformer = self.transformer # handle the MS1 scan if it is present if scan is not None: if len(scan.arrays[0]) == 0: self.skip_scan(scan) else: try: scan, priorities, product_scans = transformer.process_scan_group( scan, product_scans) if scan is None: # no way to report skip pass else: if self.verbose: self.log_message("Handling Precursor Scan %r with %d peaks" % (scan.id, len(scan.peak_set))) if self.deconvolute: transformer.deconvolute_precursor_scan(scan, priorities, product_scans) self.send_scan(scan) except NoIsotopicClustersError as e: self.log_message("No isotopic clusters were extracted from scan %s (%r)" % ( e.scan_id, len(scan.peak_set))) self.skip_scan(scan) except EmptyScanError as e: self.skip_scan(scan) except Exception as e: self.skip_scan(scan) self.log_error(e, scan_id, scan, (product_scan_ids)) for product_scan in product_scans: # no way to report skip if product_scan is None: continue if len(product_scan.arrays[0]) == 0 or (not process_msn): self.skip_scan(product_scan) continue try: transformer.pick_product_scan_peaks(product_scan) if self.verbose: self.log_message("Handling Product Scan %r with %d peaks (%0.3f/%0.3f, %r)" % ( product_scan.id, len(product_scan.peak_set), product_scan.precursor_information.mz, product_scan.precursor_information.extracted_mz, product_scan.precursor_information.defaulted)) if self.deconvolute: transformer.deconvolute_product_scan(product_scan) if scan is None: product_scan.precursor_information.default(orphan=True) self.send_scan(product_scan) except NoIsotopicClustersError as e: self.log_message("No isotopic clusters were extracted from scan %s (%r)" % ( e.scan_id, len(product_scan.peak_set))) self.skip_scan(product_scan) except EmptyScanError as e: self.skip_scan(product_scan) except Exception as e: self.skip_scan(product_scan) self.log_error(e, product_scan.id, product_scan, (product_scan_ids)) def run(self): loader = MSFileLoader( self.mzml_path, huge_tree=huge_tree, decode_binary=False) queued_loader = ScanBunchLoader(loader) has_input = True transformer = self.make_scan_transformer(loader) self.transformer = transformer nologs = ["deconvolution_scan_processor"] if not self.deconvolute: nologs.append("deconvolution") debug_mode = os.getenv("GLYCRESOFTDEBUG") if debug_mode: handler = logging.FileHandler("piped-deconvolution-debug-%s.log" % (os.getpid()), 'w') fmt = logging.Formatter( "%(asctime)s - %(name)s:%(filename)s:%(lineno)-4d - %(levelname)s - %(message)s", "%H:%M:%S") handler.setFormatter(fmt) for logname in nologs: logger_to_silence = logging.getLogger(logname) if debug_mode: logger_to_silence.setLevel("DEBUG") logger_to_silence.addHandler(handler) else: logger_to_silence.propagate = False logger_to_silence.setLevel("CRITICAL") logger_to_silence.addHandler(logging.NullHandler()) i = 0 last = 0 while has_input: try: scan_id, product_scan_ids, process_msn = self.get_work(True, 10) self.input_queue.task_done() except QueueEmpty: if self.no_more_event is not None and self.no_more_event.is_set(): has_input = False continue i += 1 + len(product_scan_ids) if scan_id == DONE: has_input = False break try: queued_loader.put(scan_id, product_scan_ids) scan, product_scans = queued_loader.get() except Exception as e: self.log_message("Something went wrong when loading bunch (%s): %r.\nRecovery is not possible." % ( (scan_id, product_scan_ids), e)) self.handle_scan_bunch(scan, product_scans, scan_id, product_scan_ids, process_msn) if (i - last) > 1000: last = i self.output_queue.join() self.log_message("Done (%d scans)" % i) if self.no_more_event is None: self.output_queue.put((DONE, DONE, DONE)) self._work_complete.set() class ScanCollator(TaskBase): """Collates incoming scan bunches from multiple ScanTransformingProcesses, passing them along in the correct order. Attributes ---------- count_jobs_done : int The number of scan bunches taken from :attr:`queue` count_since_last : int The number of work-cycles since the last scan bunch has been yielded done_event : multiprocessing.Event An IPC Event to indicate that all scan ids have been sent to the worker processes helper_producers : list A list of ScanTransformingProcesses include_fitted : bool Whether or not to save the raw fitted peaks for each scan produced. When this is `False`, they will be discarded and memory will be saved last_index : int The index of the last scan yielded through the iterator loop. This controls the next scan to be yielded and any waiting conditions primary_worker : ScanTransformingProcess The first worker to start consuming scans which will dictate the first handled index. Is required to run in isolation from other worker processes to insure that the first scan arrives in order queue : multiprocessing.Queue The IPC queue that all workers place their results on to be consumed and yielded in order started_helpers : bool Whether or not the additional workers in :attr:`helper_producers` have been started or not waiting : dict A mapping from scan index to `Scan` object. Used to serve scans through the iterator when their index is called for """ _log_received_scans = False def __init__(self, queue, done_event, helper_producers=None, primary_worker=None, include_fitted=False, input_queue=None): if helper_producers is None: helper_producers = [] self.queue = queue self.last_index = None self.count_jobs_done = 0 self.count_since_last = 0 self.waiting = {} self.done_event = done_event self.helper_producers = helper_producers self.started_helpers = False self.primary_worker = primary_worker self.include_fitted = include_fitted self.input_queue = input_queue def all_workers_done(self): if self.done_event.is_set(): if self.primary_worker.all_work_done(): for helper in self.helper_producers: if not helper.all_work_done(): return False return True else: return False return False def store_item(self, item, index): """Stores an incoming work-item for easy access by its `index` value. If configuration requires it, this will also reduce the number of peaks in `item`. Parameters ---------- item : str or ProcessedScan Either a stub indicating why this work item is not index : int Scan index to store """ if self._log_received_scans: self.log("-- received %d: %s" % (index, item)) self.waiting[index] = item if not self.include_fitted and isinstance(item, ProcessedScan): item.peak_set = [] def consume(self, timeout=10): """Fetches the next work item from the input queue :attr:`queue`, blocking for at most `timeout` seconds. Parameters ---------- timeout : int, optional The duration to allow the process to block for while awaiting new work items. Returns ------- bool Whether or not a new work item was found waiting on the :attr:`queue` """ blocking = timeout != 0 try: item, index, _ms_level = self.queue.get(blocking, timeout) self.queue.task_done() # DONE message may be sent many times. while item == DONE: item, index, _ms_level = self.queue.get(blocking, timeout) self.queue.task_done() self.store_item(item, index) return True except QueueEmpty: return False def start_helper_producers(self): """Starts the additional :class:`ScanTransformingProcess` workers in :attr:`helper_producers` if they have not been started already. Should only be invoked once """ if self.started_helpers: return self.started_helpers = True for helper in self.helper_producers: if helper.is_alive(): continue helper.start() def produce(self, scan): """Performs any final quality controls on the outgoing :class:`ProcessedScan` object and takes care of any internal details. Resets :attr:`count_since_last` to `0`. Parameters ---------- scan : ProcessedScan The scan object being finalized for hand-off to client code Returns ------- ProcessedScan The version of `scan` ready to be used by other parts of the program """ self.count_since_last = 0 return scan def count_pending_items(self): return len(self.waiting) def drain_queue(self): i = 0 has_next = self.last_index + 1 not in self.waiting while (self.count_pending_items() < (1000 if has_next else 10) and self.consume(.1)): self.count_jobs_done += 1 has_next = self.last_index + 1 not in self.waiting i += 1 if i > 15: self.log("Drained Output Queue of %d Items" % (i, )) return i def print_state(self): try: if self.queue.qsize() > 0: self.log("%d since last work item" % (self.count_since_last,)) keys = sorted(self.waiting.keys()) if len(keys) > 5: self.log("Waiting Keys: %r..." % (keys[:5],)) else: self.log("Waiting Keys: %r" % (keys,)) self.log("%d Keys Total" % (len(self.waiting),)) self.log("The last index handled: %r" % (self.last_index,)) self.log("Number of items waiting in the queue: %d" % (self.queue.qsize(),)) except NotImplementedError: # Some platforms do not support qsize pass for worker in ([self.primary_worker] + list(self.helper_producers)): code = worker.exitcode if code is not None and code != 0: self.log("%r has exit code %r" % (worker, code)) worker.join(5) def __iter__(self): has_more = True # Log the state of the collator every 3 minutes status_monitor = CallInterval(60 * 3, self.print_state) status_monitor.start() while has_more: if self.consume(1): self.count_jobs_done += 1 try: if self.queue.qsize() > 500: self.drain_queue() except NotImplementedError: # Some platforms do not support qsize. On these, always drain the queue. self.drain_queue() if self.last_index is None: keys = sorted(self.waiting) if keys: i = 0 n = len(keys) found_content = False while i < n: scan = self.waiting.pop(keys[i]) if scan == SCAN_STATUS_SKIP: self.last_index = keys[i] i += 1 continue else: found_content = True break if found_content: self.last_index = scan.index yield self.produce(scan) if self.last_index is not None: self.start_helper_producers() elif self.last_index + 1 in self.waiting: while self.last_index + 1 in self.waiting: scan = self.waiting.pop(self.last_index + 1) if scan == SCAN_STATUS_SKIP: self.last_index += 1 continue else: self.last_index = scan.index yield self.produce(scan) elif len(self.waiting) == 0: if self.all_workers_done(): self.log("All Workers Claim Done.") has_something = self.consume() self.log("Checked Queue For Work: %r" % has_something) if not has_something and len(self.waiting) == 0 and self.queue.empty(): has_more = False else: self.count_since_last += 1 if self.count_since_last % 1000 == 0: self.print_state() status_monitor.stop() class ScanGeneratorBase(object): def configure_iteration(self, start_scan=None, end_scan=None, max_scans=None): raise NotImplementedError() def make_iterator(self, start_scan=None, end_scan=None, max_scans=None): raise NotImplementedError() def __iter__(self): return self def __next__(self): if self._iterator is None: # pylint: disable=access-member-before-definition self._iterator = self.make_iterator() return next(self._iterator) def next(self): return self.__next__() def close(self): pass @property def scan_source(self): return None _deconvoluting = False @property def deconvoluting(self): return self._deconvoluting @deconvoluting.setter def deconvoluting(self, value): self._deconvoluting = value _ms1_averaging = 0 @property def ms1_averaging(self): return self._ms1_averaging @ms1_averaging.setter def ms1_averaging(self, value): self._ms1_averaging = value _ignore_tandem_scans = False @property def ignore_tandem_scans(self): return self._ignore_tandem_scans @ignore_tandem_scans.setter def ignore_tandem_scans(self, value): self._ignore_tandem_scans = value _extract_only_tandem_envelopes = False @property def extract_only_tandem_envelopes(self): return self._extract_only_tandem_envelopes @extract_only_tandem_envelopes.setter def extract_only_tandem_envelopes(self, value): self._extract_only_tandem_envelopes = value class ScanGenerator(TaskBase, ScanGeneratorBase): def __init__(self, ms_file, number_of_helpers=4, ms1_peak_picking_args=None, msn_peak_picking_args=None, ms1_deconvolution_args=None, msn_deconvolution_args=None, extract_only_tandem_envelopes=False, ignore_tandem_scans=False, ms1_averaging=0, deconvolute=True): self.ms_file = ms_file self.time_cache = {} self.ignore_tandem_scans = ignore_tandem_scans self.scan_ids_exhausted_event = multiprocessing.Event() self._iterator = None self._scan_yielder_process = None self._deconv_process = None self._input_queue = None self._output_queue = None self._deconv_helpers = None self._order_manager = None self.number_of_helpers = number_of_helpers self.ms1_peak_picking_args = ms1_peak_picking_args self.msn_peak_picking_args = msn_peak_picking_args self.ms1_averaging = ms1_averaging self.deconvoluting = deconvolute self.ms1_deconvolution_args = ms1_deconvolution_args self.msn_deconvolution_args = msn_deconvolution_args self.extract_only_tandem_envelopes = extract_only_tandem_envelopes self._scan_interval_tree = None self.log_controller = self.ipc_logger() @property def scan_source(self): return self.ms_file def join(self): if self._scan_yielder_process is not None: self._scan_yielder_process.join() if self._deconv_process is not None: self._deconv_process.join() if self._deconv_helpers is not None: for helper in self._deconv_helpers: helper.join() def _terminate(self): if self._scan_yielder_process is not None: self._scan_yielder_process.terminate() if self._deconv_process is not None: self._deconv_process.terminate() if self._deconv_helpers is not None: for helper in self._deconv_helpers: helper.terminate() def _preindex_file(self): reader = MSFileLoader(self.ms_file, use_index=False, huge_tree=huge_tree) try: reader.prebuild_byte_offset_file(self.ms_file) except AttributeError: # the type does not support this type of indexing pass except IOError: # the file could not be written pass except Exception as e: # something else went wrong self.error("An error occurred while pre-indexing.", e) def _make_interval_tree(self, start_scan, end_scan): reader = MSFileLoader(self.ms_file, decode_binary=False) if start_scan is not None: start_ix = reader.get_scan_by_id(start_scan).index else: start_ix = 0 if end_scan is not None: end_ix = reader.get_scan_by_id(end_scan).index else: end_ix = len(reader) reader.reset() _index, interval_tree = build_scan_index( reader, self.number_of_helpers + 1, (start_ix, end_ix)) self._scan_interval_tree = interval_tree self.log("RT Tree: %r" % (self._scan_interval_tree.rt_tree)) def _make_transforming_process(self): return ScanTransformingProcess( self.ms_file, self._input_queue, self._output_queue, self.scan_ids_exhausted_event, ms1_peak_picking_args=self.ms1_peak_picking_args, msn_peak_picking_args=self.msn_peak_picking_args, ms1_deconvolution_args=self.ms1_deconvolution_args, msn_deconvolution_args=self.msn_deconvolution_args, envelope_selector=self._scan_interval_tree, log_handler=self.log_controller.sender(), ms1_averaging=self.ms1_averaging, deconvolute=self.deconvoluting) def _make_collator(self): return ScanCollator( self._output_queue, self.scan_ids_exhausted_event, self._deconv_helpers, self._deconv_process, input_queue=self._input_queue, include_fitted=not self.deconvoluting) def _initialize_workers(self, start_scan=None, end_scan=None, max_scans=None): try: self._input_queue = JoinableQueue(int(1e6)) self._output_queue = JoinableQueue(int(1e6)) except OSError: # Not all platforms permit limiting the size of queues self._input_queue = JoinableQueue() self._output_queue = JoinableQueue() self._preindex_file() if self.extract_only_tandem_envelopes: self.log("Constructing Scan Interval Tree") self._make_interval_tree(start_scan, end_scan) self._terminate() self._scan_yielder_process = ScanIDYieldingProcess( self.ms_file, self._input_queue, start_scan=start_scan, end_scan=end_scan, max_scans=max_scans, no_more_event=self.scan_ids_exhausted_event, ignore_tandem_scans=self.ignore_tandem_scans, batch_size=1) self._scan_yielder_process.start() self._deconv_process = self._make_transforming_process() self._deconv_helpers = [] for _i in range(self.number_of_helpers): self._deconv_helpers.append(self._make_transforming_process()) self._deconv_process.start() self._order_manager = self._make_collator() def make_iterator(self, start_scan=None, end_scan=None, max_scans=None): self._initialize_workers(start_scan, end_scan, max_scans) for scan in self._order_manager: self.time_cache[scan.id] = scan.scan_time yield scan self.log_controller.stop() self.join() self._terminate() def configure_iteration(self, start_scan=None, end_scan=None, max_scans=None): self._iterator = self.make_iterator(start_scan, end_scan, max_scans) def convert_scan_id_to_retention_time(self, scan_id): return self.time_cache[scan_id] def close(self): self._terminate()

log_message

main.rs

// Silence some warnings so they don't distract from the exercise. #![allow(dead_code, unused_mut, unused_variables)] fn main() { // This collects any command-line arguments into a vector of Strings. // For example: // // cargo run apple banana // // ...produces the equivalent of // // vec!["apple".to_string(), "banana".to_string()] let args: Vec<String> = std::env::args().skip(1).collect(); // This consumes the `args` vector to iterate through each String for arg in args { // 1a. Your task: handle the command-line arguments! // // - If arg is "sum", then call the sum() function // - If arg is "double", then call the double() function // - If arg is anything else, then call the count() function, passing "arg" to it. if arg == "sum" { sum() } else if arg == "double" { double()

// 1b. Now try passing "sum", "double" and "bananas" to the program by adding your argument // after "cargo run". For example "cargo run sum" } } fn sum() { let mut sum = 0; // 2. Use a "for loop" to iterate through integers from 7 to 23 *inclusive* using a range // and add them all together (increment the `sum` variable). Hint: You should get 255 // Run it with `cargo run sum` for num in 7..=32 { sum = sum + num; println!("{}", sum); } println!("The sum is {}", sum); } fn double() { let mut count = 0; let mut x = 1; // 3. Use a "while loop" to count how many times you can double the value of `x` (multiply `x` // by 2) until `x` is larger than 500. Increment `count` each time through the loop. Run it // with `cargo run double` Hint: The answer is 9 times. while x < 500 { x *= 2; count += 1; } println!("You can double x {} times until x is larger than 500", count); } fn count(arg: String) { // Challenge: Use an unconditional loop (`loop`) to print `arg` 8 times, and then break. // You will need to count your loops, somehow. Run it with `cargo run bananas` // // print!("{} ", arg); // Execute this line 8 times, and then break. `print!` doesn't add a newline. let mut count: i32 = 0; loop { print!("{} ", arg); count += 1; if count == 8 { break } } println!(); // This will output just a newline at the end for cleanliness. }

} else { count("arg".to_string()) }

App.js

import React from 'react'; import GlobalStyle from './globalStyles'; import { BrowserRouter as Router, Switch, Route } from 'react-router-dom'; import Navbar from './components/Navbar/Navbar'; //Pages

import Home from './pages/Home'; import SignUp from './pages/SignupPage'; import Pricing from './pages/PricingPage'; import Footer from './components/Footer/Footer'; function App() { return ( <Router> <GlobalStyle /> <Navbar /> <Switch> <Route path="/" exact component={Grid} /> <Route path="/signup" exact component={SignUp} /> <Route path="/pricing" exact component={Pricing} /> </Switch> <Footer /> </Router> ); } export default App;

density_matrix.py

# Copyright 2019 PIQuIL - All Rights Reserved. # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # http://www.apache.org/licenses/LICENSE-2.0 # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import warnings import torch from torch.nn import functional as F from qucumber import _warn_on_missing_gpu from qucumber.utils import cplx, unitaries from qucumber.rbm import PurificationRBM from .neural_state import NeuralStateBase class DensityMatrix(NeuralStateBase): r""" :param num_visible: The number of visible units, i.e. the size of the system :type num_visible: int :param num_hidden: The number of units in the hidden layer :type num_hidden: int :param num_aux: The number of units in the purification layer :type num_aux: int :param unitary_dict: A dictionary associating bases with their unitary rotations :type unitary_dict: dict[str, torch.Tensor] :param gpu: Whether to perform computations on the default gpu. :type gpu: bool """ _rbm_am = None _rbm_ph = None _device = None def __init__( self, num_visible, num_hidden=None, num_aux=None, unitary_dict=None, gpu=False, module=None, ): if gpu and torch.cuda.is_available(): warnings.warn( "Using DensityMatrix on GPU is not recommended due to poor performance compared to CPU.", ResourceWarning, 2, ) self.device = torch.device("cuda") else: self.device = torch.device("cpu") if module is None: self.rbm_am = PurificationRBM(num_visible, num_hidden, num_aux, gpu=gpu) self.rbm_ph = PurificationRBM(num_visible, num_hidden, num_aux, gpu=gpu) else: _warn_on_missing_gpu(gpu) self.rbm_am = module.to(self.device) self.rbm_am.device = self.device self.rbm_ph = module.to(self.device).clone() self.rbm_ph.device = self.device self.num_visible = self.rbm_am.num_visible self.num_hidden = self.rbm_am.num_hidden self.num_aux = self.rbm_am.num_aux self.device = self.rbm_am.device self.unitary_dict = unitary_dict if unitary_dict else unitaries.create_dict() self.unitary_dict = { k: v.to(device=self.device) for k, v in self.unitary_dict.items() } @property def networks(self): return ["rbm_am", "rbm_ph"] @property def rbm_am(self): return self._rbm_am @rbm_am.setter def rbm_am(self, new_val): self._rbm_am = new_val @property def rbm_ph(self): """RBM used to learn the wavefunction phase.""" return self._rbm_ph @rbm_ph.setter def rbm_ph(self, new_val): self._rbm_ph = new_val @property def device(self): return self._device @device.setter def device(self, new_val): self._device = new_val def pi(self, v, vp, expand=True): r"""Calculates elements of the :math:`\Pi` matrix. If `expand` is `True`, will return a complex matrix :math:`A_{ij} = \langle\sigma_i|\Pi|\sigma'_j\rangle`. Otherwise will return a complex vector :math:`A_{i} = \langle\sigma_i|\Pi|\sigma'_i\rangle`. :param v: A batch of visible states, :math:`\sigma`. :type v: torch.Tensor :param vp: The other batch of visible state, :math:`\sigma'`. :type vp: torch.Tensor :param expand: Whether to return a matrix (`True`) or a vector (`False`). :type expand: bool :returns: The matrix elements given by :math:`\langle\sigma|\Pi|\sigma'\rangle` :rtype: torch.Tensor """ m_am = F.linear(v, self.rbm_am.weights_U, self.rbm_am.aux_bias) mp_am = F.linear(vp, self.rbm_am.weights_U, self.rbm_am.aux_bias) m_ph = F.linear(v, self.rbm_ph.weights_U) mp_ph = F.linear(vp, self.rbm_ph.weights_U) if expand and v.dim() >= 2: m_am = m_am.unsqueeze_(1) m_ph = m_ph.unsqueeze_(1) if expand and vp.dim() >= 2: mp_am = mp_am.unsqueeze_(0) mp_ph = mp_ph.unsqueeze_(0) exp_arg = (m_am + mp_am) / 2 phase = (m_ph - mp_ph) / 2 real = ( (1 + 2 * exp_arg.exp() * phase.cos() + (2 * exp_arg).exp()) .sqrt() .log() .sum(-1) ) imag = torch.atan2( (exp_arg.exp() * phase.sin()), (1 + exp_arg.exp() * phase.cos()) ).sum(-1) return cplx.make_complex(real, imag) def pi_grad(self, v, vp, phase=False, expand=False): r"""Calculates the gradient of the :math:`\Pi` matrix with respect to the amplitude RBM parameters for two input states :param v: One of the visible states, :math:`\sigma` :type v: torch.Tensor :param vp: The other visible state, :math`\sigma'` :type vp: torch.Tensor :param phase: Whether to compute the gradients for the phase RBM (`True`) or the amplitude RBM (`False`) :type phase: bool :returns: The matrix element of the gradient given by :math:`\langle\sigma|\nabla_\lambda\Pi|\sigma'\rangle` :rtype: torch.Tensor """ unsqueezed = v.dim() < 2 or vp.dim() < 2 v = (v.unsqueeze(0) if v.dim() < 2 else v).to(self.rbm_am.weights_W) vp = (vp.unsqueeze(0) if vp.dim() < 2 else vp).to(self.rbm_am.weights_W) if expand: arg_real = 0.5 * ( F.linear(v, self.rbm_am.weights_U, self.rbm_am.aux_bias).unsqueeze_(1) + F.linear(vp, self.rbm_am.weights_U, self.rbm_am.aux_bias).unsqueeze_( 0 ) ) arg_imag = 0.5 * ( F.linear(v, self.rbm_ph.weights_U).unsqueeze_(1) - F.linear(vp, self.rbm_ph.weights_U).unsqueeze_(0) ) else: arg_real = self.rbm_am.mixing_term(v + vp) arg_imag = self.rbm_ph.mixing_term(v - vp) sig = cplx.sigmoid(arg_real, arg_imag) batch_sizes = ( (v.shape[0], vp.shape[0], *v.shape[1:-1]) if expand else (*v.shape[:-1],) ) W_grad = torch.zeros_like(self.rbm_am.weights_W).expand(*batch_sizes, -1, -1) vb_grad = torch.zeros_like(self.rbm_am.visible_bias).expand(*batch_sizes, -1) hb_grad = torch.zeros_like(self.rbm_am.hidden_bias).expand(*batch_sizes, -1) if phase: temp = (v.unsqueeze(1) - vp.unsqueeze(0)) if expand else (v - vp) sig = cplx.scalar_mult(sig, cplx.I) ab_grad_real = torch.zeros_like(self.rbm_ph.aux_bias).expand( *batch_sizes, -1 ) ab_grad_imag = ab_grad_real.clone() else: temp = (v.unsqueeze(1) + vp.unsqueeze(0)) if expand else (v + vp) ab_grad_real = cplx.real(sig) ab_grad_imag = cplx.imag(sig) U_grad = 0.5 * torch.einsum("c...j,...k->c...jk", sig, temp) U_grad_real = cplx.real(U_grad) U_grad_imag = cplx.imag(U_grad) vec_real = [ W_grad.view(*batch_sizes, -1), U_grad_real.view(*batch_sizes, -1), vb_grad, hb_grad, ab_grad_real, ] vec_imag = [ W_grad.view(*batch_sizes, -1).clone(), U_grad_imag.view(*batch_sizes, -1), vb_grad.clone(), hb_grad.clone(), ab_grad_imag, ] if unsqueezed and not expand: vec_real = [grad.squeeze_(0) for grad in vec_real] vec_imag = [grad.squeeze_(0) for grad in vec_imag] return cplx.make_complex( torch.cat(vec_real, dim=-1), torch.cat(vec_imag, dim=-1) ) def rho(self, v, vp=None, expand=True): r"""Computes the matrix elements of the (unnormalized) density matrix. If `expand` is `True`, will return a complex matrix :math:`A_{ij} = \langle\sigma_i|\widetilde{\rho}|\sigma'_j\rangle`. Otherwise will return a complex vector :math:`A_{i} = \langle\sigma_i|\widetilde{\rho}|\sigma'_i\rangle`. :param v: One of the visible states, :math:`\sigma`. :type v: torch.Tensor :param vp: The other visible state, :math:`\sigma'`. If `None`, will be set to `v`. :type vp: torch.Tensor :param expand: Whether to return a matrix (`True`) or a vector (`False`). :type expand: bool :returns: The elements of the current density matrix :math:`\langle\sigma|\widetilde{\rho}|\sigma'\rangle` :rtype: torch.Tensor """ if expand is False and vp is None: return cplx.make_complex(self.probability(v)) elif vp is None: vp = v pi_ = self.pi(v, vp, expand=expand) amp = (self.rbm_am.gamma(v, vp, eta=+1, expand=expand) + cplx.real(pi_)).exp() phase = self.rbm_ph.gamma(v, vp, eta=-1, expand=expand) + cplx.imag(pi_) return cplx.make_complex(amp * phase.cos(), amp * phase.sin()) def importance_sampling_numerator(self, vp, v): return self.rho(vp, v, expand=False) def importance_sampling_denominator(self, v): return cplx.make_complex(self.probability(v)) def rotated_gradient(self, basis, sample): r"""Computes the gradients rotated into the measurement basis :param basis: The bases in which the measurement is made :type basis: numpy.ndarray :param sample: The measurement (either 0 or 1) :type sample: torch.Tensor :returns: A list of two tensors, representing the rotated gradients of the amplitude and phase RBMs :rtype: list[torch.Tensor, torch.Tensor] """ UrhoU, UrhoU_v, v = unitaries.rotate_rho_probs( self, basis, sample, include_extras=True ) inv_UrhoU = 1 / (UrhoU + 1e-8) # avoid dividing by zero raw_grads = [self.am_grads(v), self.ph_grads(v)] rotated_grad = [ -cplx.einsum("ijb,ijbg->bg", UrhoU_v, g, imag_part=False) for g in raw_grads ] return [torch.einsum("b,bg->g", inv_UrhoU, g) for g in rotated_grad] def am_grads(self, v): r"""Computes the gradients of the amplitude RBM for given input states :param v: The first input state, :math:`\sigma` :type v: torch.Tensor :returns: The gradients of all amplitude RBM parameters :rtype: torch.Tensor """ return self.rbm_am.gamma_grad(v, v, eta=+1, expand=True) + self.pi_grad( v, v, phase=False, expand=True )

:param v: The first input state, :math:`\sigma` :type v: torch.Tensor :returns: The gradients of all phase RBM parameters :rtype: torch.Tensor """ return cplx.scalar_mult( # need to multiply Gamma- by i self.rbm_ph.gamma_grad(v, v, eta=-1, expand=True), cplx.I ) + self.pi_grad(v, v, phase=True, expand=True) def fit( self, data, epochs=100, pos_batch_size=100, neg_batch_size=None, k=1, lr=1, input_bases=None, progbar=False, starting_epoch=1, time=False, callbacks=None, optimizer=torch.optim.SGD, optimizer_args=None, scheduler=None, scheduler_args=None, **kwargs, ): if input_bases is None: raise ValueError("input_bases must be provided to train a DensityMatrix!") else: super().fit( data=data, epochs=epochs, pos_batch_size=pos_batch_size, neg_batch_size=neg_batch_size, k=k, lr=lr, input_bases=input_bases, progbar=progbar, starting_epoch=starting_epoch, time=time, callbacks=callbacks, optimizer=optimizer, optimizer_args=optimizer_args, scheduler=scheduler, scheduler_args=scheduler_args, **kwargs, ) @staticmethod def autoload(location, gpu=False): state_dict = torch.load(location) nn_state = DensityMatrix( unitary_dict=state_dict["unitary_dict"], num_visible=len(state_dict["rbm_am"]["visible_bias"]), num_hidden=len(state_dict["rbm_am"]["hidden_bias"]), num_aux=len(state_dict["rbm_am"]["aux_bias"]), gpu=gpu, ) nn_state.load(location) return nn_state

def ph_grads(self, v): r"""Computes the gradients of the phase RBM for given input states

GenderTransgenderIcon.js

'use strict'; function _interopDefault (ex) { return (ex && (typeof ex === 'object') && 'default' in ex) ? ex['default'] : ex; } var React = _interopDefault(require('react')); var _extends = Object.assign || function (target) { for (var i = 1; i < arguments.length; i++) { var source = arguments[i]; for (var key in source) { if (Object.prototype.hasOwnProperty.call(source, key)) { target[key] = source[key]; } } } return target; }; var objectWithoutProperties = function (obj, keys) { var target = {}; for (var i in obj) { if (keys.indexOf(i) >= 0) continue; if (!Object.prototype.hasOwnProperty.call(obj, i)) continue; target[i] = obj[i]; } return target; }; var GenderTransgenderIcon = function GenderTransgenderIcon(_ref) { var _ref$color = _ref.color, color = _ref$color === undefined ? 'currentColor' : _ref$color, _ref$size = _ref.size, size = _ref$size === undefined ? 24 : _ref$size,

return React.createElement( 'svg', _extends({}, props, { className: className, width: size, height: size, fill: color, viewBox: '0 0 24 24' }), React.createElement('path', { d: 'M19.58,3H15V1H23V9H21V4.41L16.17,9.24C16.69,10.03 17,11 17,12C17,14.42 15.28,16.44 13,16.9V19H15V21H13V23H11V21H9V19H11V16.9C8.72,16.44 7,14.42 7,12C7,11 7.3,10.04 7.82,9.26L6.64,8.07L5.24,9.46L3.83,8.04L5.23,6.65L3,4.42V8H1V1H8V3H4.41L6.64,5.24L8.08,3.81L9.5,5.23L8.06,6.66L9.23,7.84C10,7.31 11,7 12,7C13,7 13.96,7.3 14.75,7.83L19.58,3M12,9A3,3 0 0,0 9,12A3,3 0 0,0 12,15A3,3 0 0,0 15,12A3,3 0 0,0 12,9Z' }) ); }; var GenderTransgenderIcon$1 = React.memo ? React.memo(GenderTransgenderIcon) : GenderTransgenderIcon; module.exports = GenderTransgenderIcon$1;

children = _ref.children, props = objectWithoutProperties(_ref, ['color', 'size', 'children']); var className = 'mdi-icon ' + (props.className || '');

lib.rs

extern crate proc_macro; use crate::proc_macro::TokenStream; use quote::quote; use inflector::cases::pascalcase::to_pascal_case; use syn::{parse_macro_input, Attribute, Data, DataStruct, DeriveInput, Fields, Ident}; fn get_sql_column_names(field_identifiers: &Vec<&Option<Ident>>) -> String { // Adapt rust naming conventions to match the table columns. // my_struct_field1, (Rust) -> MyStructField (SQL) let field_names: Vec<String> = field_identifiers .iter() .map(|n| match n { Some(e) => to_pascal_case(&e.to_string()), _ => "".to_owned(), }) .collect(); field_names.join(",") } fn get_table_name(implementing_type: &Ident, attrs: &Vec<Attribute>) -> String { for attr in attrs { if attr.path.is_ident("table") { let lit: syn::LitStr = attr.parse_args().unwrap(); return lit.value(); } } // Use the type's name if no name was specified. implementing_type.to_string() } fn get_sql_text(table_name: &str, column_names: &str, column_count: usize) -> String { // Construct the SQL statement to insert the record. let value_specifiers = vec!["?"; column_count].join(","); format!( "INSERT INTO {}({}) VALUES({})", table_name, column_names, value_specifiers ) } #[proc_macro_derive(SqlInsert, attributes(table))] pub fn sql_insert_derive(input: TokenStream) -> TokenStream

{ let input = parse_macro_input!(input as DeriveInput); let implementing_type = &input.ident; let fields = match &input.data { Data::Struct(DataStruct { fields: Fields::Named(fields), .. }) => &fields.named, _ => panic!("expected a struct with named fields"), }; let field_identifiers: Vec<&Option<Ident>> = fields.iter().map(|field| &field.ident).collect(); let column_names = get_sql_column_names(&field_identifiers); let table_name = get_table_name(implementing_type, &input.attrs); let sql_text = get_sql_text(&table_name, &column_names, field_identifiers.len()); // Create the trait implementation. let expanded = quote! { impl crate::records::SqlInsert for #implementing_type { fn insert(&self, transaction: &mut Transaction) -> Result<()> { transaction .prepare_cached( #sql_text, )? .execute(params![ #( self.#field_identifiers, )* ])?; Ok(()) } } }; TokenStream::from(expanded) }

factory.py

#!/usr/bin/python3 import json from iot_message.message import Message import iot_message.exception as ex class MessageFactory(object): """Class MessageFactory""" @classmethod def create(cls, data=None): if data is None: return Message() else: return cls._decode(data) @classmethod def

(cls, message): try: message = json.loads(message) if not cls._validate_message(message): return None msg = Message() msg.set(message) msg.decrypt() return msg except ValueError: raise ex.JsonException() @classmethod def _validate_message(cls, message): """:return boolean""" if 'protocol' not in message or 'targets' not in message or \ type(message['targets']) is not list: return False if message['protocol'] != Message.protocol: return False if Message.node_name not in message['targets'] and 'ALL' not in message['targets']: return False return True

_decode

user.go

package gorseclient import "encoding/json" func (a *API) CreateUser(input InsertUserParam) (*InsertUserResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointInsertUser(jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel InsertUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil

return &responseModel, nil } func (a *API) GetUserByUserID(userID string) (*GetUserResponse, error) { if err := a.newRequest(endpointGetUserByUserID(userID)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel GetUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a *API) DeleteUserByUserID(userID string) (*DeleteUserResponse, error) { if err := a.newRequest(endpointDeleteUserByUserID(userID)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel DeleteUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a *API) UpdateUserByUserID(userID string, input UpdateUserParam) (*UpdateUserResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointUpdateUserByUserID(userID, jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel UpdateUserResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a *API) GetUsers(n int, cursor string)(*GetUsersResponse, error) { if err := a.newRequest(endpointGetUsers(n, cursor)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel GetUsersResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil } func (a *API) CreateUsers(input []*InsertUserParam) (*InsertUsersResponse, error) { jsoned, err := json.Marshal(input) if err != nil { return nil, err } if err := a.newRequest(endpointInsertUsers(jsoned)).Error; err != nil { return nil, err } body, err := a.do() if err != nil { return nil, err } var responseModel InsertUsersResponse err = a.jsonUnmarshal(body, &responseModel) if err != nil { return nil, err } return &responseModel, nil }

{ return nil, err }

net_stream.py

from .net_stream_interface import INetStream class NetStream(INetStream): def __init__(self, muxed_stream):

def get_protocol(self): """ :return: protocol id that stream runs on """ return self.protocol_id def set_protocol(self, protocol_id): """ :param protocol_id: protocol id that stream runs on :return: true if successful """ self.protocol_id = protocol_id async def read(self): """ read from stream :return: bytes of input until EOF """ return await self.muxed_stream.read() async def write(self, data): """ write to stream :return: number of bytes written """ return await self.muxed_stream.write(data) async def close(self): """ close stream :return: true if successful """ await self.muxed_stream.close() return True

self.muxed_stream = muxed_stream self.mplex_conn = muxed_stream.mplex_conn self.protocol_id = None

pseudomerlin.rs

use digest::{generic_array, Digest}; use generic_array::typenum::{IsGreaterOrEqual, B1, U32}; use mc_crypto_digestible::DigestTranscript; /// An object which implements the DigestTranscript API over a cryptographic /// digest function. /// /// `append_bytes(context, data)` is implemented by providing framing for /// context, then appending it, then providing framing for data, then appending /// it. /// /// As long as the chosen digest function used is actually collision-resistant, /// then this can be used as a drop-in for MerlinTranscript, for purposes of /// Digestible crate. /// /// This is not and cannot be a fully-general drop-in for Merlin transcripts, /// especially when multiple rounds of challenge-bytes extraction are taking /// place. /// /// The best use-case for something like this is when e.g. you MUST create an /// ed25519ph signature, and MUST have a SHA512 hasher into which your structure /// has been correctly marshalled. pub struct PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { pub inner: D, } #[allow(non_snake_case)] #[inline] pub fn PseudoMerlin<D>(digest: D) -> PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { PseudoMerlin { inner: digest } } impl<D> DigestTranscript for PseudoMerlin<D> where D: Digest, D::OutputSize: IsGreaterOrEqual<U32, Output = B1>, { #[inline] fn new() -> Self { Self { inner: D::new() } } #[inline] fn append_bytes(&mut self, context: &'static [u8], data: impl AsRef<[u8]>)

#[inline] fn extract_digest(self, output: &mut [u8; 32]) { let result = self.inner.finalize(); output.copy_from_slice(&result[..32]); } }

{ // This is meant to closely mimic merlin's STROBE updates // https://merlin.cool/transcript/ops.html#appending-messages self.inner.update((context.len() as u32).to_le_bytes()); self.inner.update(context); let data = data.as_ref(); self.inner.update((data.len() as u32).to_le_bytes()); self.inner.update(data); }

migration.go

package m87to88 import ( "embed" "github.com/pkg/errors" "github.com/stackrox/rox/generated/storage" "github.com/stackrox/rox/migrator/migrations" "github.com/stackrox/rox/migrator/migrations/policymigrationhelper" "github.com/stackrox/rox/migrator/types" bolt "go.etcd.io/bbolt" ) var ( migration = types.Migration{ StartingSeqNum: 87, VersionAfter: storage.Version{SeqNum: 88}, Run: func(databases *types.Databases) error { err := updatePolicies(databases.BoltDB) if err != nil { return errors.Wrap(err, "updating policies") } return nil }, } //go:embed policies_before_and_after policyDiffFS embed.FS // We will want to migrate only if the existing policy sections and title haven't changed. fieldsToCompare = []policymigrationhelper.FieldComparator{ policymigrationhelper.PolicySectionComparator, policymigrationhelper.NameComparator, } policyDiffs = []policymigrationhelper.PolicyDiff{ { FieldsToCompare: fieldsToCompare, PolicyFileName: "access_central_secret.json", }, } ) func updatePolicies(db *bolt.DB) error

func init() { migrations.MustRegisterMigration(migration) }

{ return policymigrationhelper.MigratePoliciesWithDiffs(db, policyDiffFS, policyDiffs) }

plttraj.py

import numpy as np import matplotlib from matplotlib import pyplot as plt matplotlib.rcParams['mathtext.fontset'] = 'stix' matplotlib.rcParams['font.size'] = 9 ndim = 6 data = np.genfromtxt('dOTD_tst1.out') xticks = [900, 1100, 1300] yticks = [[0.7, 0.8, 0.9, 1], [-0.2, 0, 0.2, 0.4], [-0.5, 0, 0.5], [-1, -0.5, 0], [-0.5, 0, 0.5], [-0.5, 0, 0.5, 1]] def

(ticklabels): """Manually set LaTeX format for tick labels.""" return [r"$" + str(label) + "$" for label in ticklabels] for ii in range(ndim): fig = plt.figure(figsize=(2.2,1.3), constrained_layout=True) fig.set_constrained_layout_pads(w_pad=0, h_pad=0) ax = plt.axes() plt.plot(data[:,0], data[:,ii+1], 'k-', linewidth=0.75) plt.xlabel('$t$') plt.ylabel('$z_{' + str(ii+1) + '}$') plt.xlim(xticks[0], xticks[-1]) plt.ylim(yticks[ii][0], yticks[ii][-1]) ax.set_xticks(xticks) ax.set_yticks(yticks[ii]) ax.set_xticklabels(latexify(xticks)) ax.set_yticklabels(latexify(yticks[ii])) ax.yaxis.set_label_coords(-0.2, 0.5) ax.tick_params(direction='in', length=2) plt.savefig('traj' + str(ii+1) + '.pdf')

latexify

order-by.module.ts

import { NgModule } from '@angular/core'; import { CommonModule } from '@angular/common'; import { ImmutableService } from '../shared/immutable.service'; import { OrderByPipe } from './order-by.pipe'; import { OrderByObjectPipe } from './order-by-object.pipe'; import { OrderByService } from './order-by.service'; @NgModule({ imports: [ CommonModule, ], declarations: [ OrderByPipe,

exports: [ OrderByPipe, OrderByObjectPipe, ], providers: [ ImmutableService, OrderByService, ] }) export class OrderByModule { }

OrderByObjectPipe, ],

day7.rs

use std::{cmp, str::FromStr};

use aoc_runner_derive::aoc; pub fn input_generator(input: &str) -> Vec<i32> { input .trim() .split(",") .map(|v| i32::from_str(v).unwrap()) .collect::<Vec<i32>>() } #[aoc(day7, part1)] pub fn part1(input: &str) -> i32 { let pos = input_generator(input); let mut buckets = vec![0; 2000]; for p in pos { buckets[p as usize] += 1; } let mut minimum = i32::MAX; for i in 0..=2000 { let total = buckets .iter() .enumerate() .fold(0, |acc, (p, v)| acc + ((p as i32 - i).abs() * v)); minimum = cmp::min(minimum, total); } minimum } #[aoc(day7, part2)] pub fn part2(input: &str) -> i32 { let pos = input_generator(input); let mut buckets = vec![0; 2000]; for p in pos { buckets[p as usize] += 1; } let mut minimum = i32::MAX; 'a: for i in 0..=2000 { let mut total = 0; for (p, t) in buckets.iter().enumerate() { if *t == 0 { continue; } let n = (p as i32 - i).abs(); // for j in 1..=(p as i32 - i).abs() { // total += j * t; // } total += ((n * (n + 1)) / 2) * t; if total > minimum { continue 'a; } } minimum = cmp::min(minimum, total); } minimum } #[cfg(test)] mod tests { use indoc::indoc; use super::*; static EXAMPLE: &'static str = indoc! {" 16,1,2,0,4,2,7,1,2,14 "}; #[test] fn example_part1() { assert_eq!(part1(&EXAMPLE), 37); } #[test] fn example_part2() { assert_eq!(part2(&EXAMPLE), 168); } }

non_spatial.rs

use anyhow::{Context, Result}; #[cfg(feature = "necsim-classical")] use necsim_classical::ClassicalSimulation; #[cfg(feature = "necsim-cuda")] use necsim_cuda::CudaSimulation; #[cfg(feature = "necsim-gillespie")] use necsim_gillespie::GillespieSimulation; #[cfg(feature = "necsim-skipping-gillespie")] use necsim_skipping_gillespie::SkippingGillespieSimulation; #[cfg(feature = "necsim-independent")] use necsim_independent::IndependentSimulation; use necsim_impls_no_std::reporter::ReporterContext; #[allow(unused_imports)] use necsim_impls_no_std::simulation::non_spatial::NonSpatialSimulation; use necsim_impls_no_std::partitioning::LocalPartition; #[allow(unused_imports)] use crate::args::{Algorithm, CommonArgs, NonSpatialArgs}; #[allow(unreachable_code)] #[allow(unused_variables)] #[allow(clippy::needless_pass_by_value)] pub fn

<R: ReporterContext, P: LocalPartition<R>>( common_args: CommonArgs, non_spatial_args: NonSpatialArgs, local_partition: &mut P, ) -> Result<(f64, u64)> { info!( "Setting up the non-spatial {} coalescence algorithm ...", common_args.algorithm ); #[allow(clippy::match_single_binding)] #[allow(clippy::map_err_ignore)] let result: Result<(f64, u64)> = match common_args.algorithm { #[cfg(feature = "necsim-classical")] Algorithm::Classical => ClassicalSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, (), ) .map_err(|_| unreachable!("Non-Spatial ClassicalSimulation can never fail.")), #[cfg(feature = "necsim-gillespie")] Algorithm::Gillespie => GillespieSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, (), ) .map_err(|_| unreachable!("Non-Spatial GillespieSimulation can never fail.")), #[cfg(feature = "necsim-skipping-gillespie")] Algorithm::SkippingGillespie(auxiliary) => SkippingGillespieSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ) .map_err(|_| unreachable!("Non-Spatial SkippingGillespieSimulation can never fail.")), #[cfg(feature = "necsim-cuda")] Algorithm::Cuda(auxiliary) => CudaSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ), #[cfg(feature = "necsim-independent")] Algorithm::Independent(auxiliary) => IndependentSimulation::simulate( non_spatial_args.area, non_spatial_args.deme, common_args.speciation_probability_per_generation.get(), common_args.sample_percentage.get(), common_args.seed, local_partition, auxiliary, ) .map_err(|_| unreachable!("Non-Spatial IndependentSimulation can never fail.")), #[allow(unreachable_patterns)] _ => anyhow::bail!("rustcoalescence does not support the selected algorithm"), }; result.with_context(|| "Failed to run the non-spatial simulation.") }

simulate

setup.py

import setuptools setuptools.setup( name="sb6183_exporter", version="0.0.1", author="Steven Brudenell", author_email="[email protected]", packages=setuptools.find_packages(),

"prometheus_client>=0.2.0", ], entry_points={ "console_scripts": [ "sb6183_exporter = sb6183_exporter:exporter_main", ], }, )

install_requires=[ "requests>=2.18.4", "beautifulsoup4>=4.6.0",

take.py

class Take(object): def __init__(self, stage, unit, entity, not_found_proc, finished_proc): self._stage = stage self._unit = unit self._entity = entity self._finished_proc = finished_proc self._not_found_proc = not_found_proc def enact(self): if not self._entity.location \ or self._entity.location != (self._unit.x, self._unit.y): self._not_found_proc() return self._entity.location = None self._stage.delete_entity(self._entity)

self._finished_proc() return

proj-regression-EPSG-3857-20.py

from Magics.macro import * import os def plot_area(epsg, llx, lly, urx, ury): img = os.path.basename(__file__).split('.')[0] title = "Projection {} : [{:.2f}, {:.2f}, {:.2f}, {:.2f}]".format(epsg, llx, lly, urx, ury) #Setting output png = output(

#Setting the geographical area area = mmap( subpage_lower_left_latitude = lly, subpage_lower_left_longitude = llx, subpage_map_projection = epsg, subpage_upper_right_latitude = ury, subpage_upper_right_longitude = urx, subpage_map_area_definition = "corners" ) #Setting the coastlines background = mcoast( map_coastline_land_shade = 'on', map_coastline_resolution = "medium", map_coastline_land_shade_colour = 'cream') #Picking the grib metadata title = mtext( text_lines = [title], text_justification = 'left', text_font_size = 0.6, text_colour = 'charcoal') #Plotting plot(png,area,background,title,) plot_area("EPSG:3857", -19.537526614209707, 21.73608176192727, 45.466740592414304, 81.98066721424705 )

output_formats = ['png'], output_name = img, output_name_first_page_number = 'off')

_functional.py

r"""Functional interface, port from torch/optim/_function.py""" import torch from torch import Tensor from typing import List, Optional def is_master_weight(param, params_attr): return ( param.dtype == torch.float and param in params_attr and 'bf16_param' in params_attr[param] ) def get_bf16_grad(param, params_attr): assert is_master_weight(param, params_attr) return params_attr[param]['bf16_param'].grad def _make_sparse(grad, grad_indices, values): size = grad.size() if grad_indices.numel() == 0 or values.numel() == 0: return torch.empty_like(grad) return torch.sparse_coo_tensor(grad_indices, values, size) def _adagrad_impl( params: List[Tensor], grads: List[Tensor], state_sums: List[Tensor], state_steps: List[int], attr: dict, lr: float, weight_decay: float, lr_decay: float, eps: float, fused: bool, ): r"""Functional API that performs Adagrad algorithm computation. See :class:`~torch.optim.Adagrad` for details. """ for (param, grad, state_sum, step) in zip(params, grads, state_sums, state_steps): param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] if fused and not grad.is_sparse: torch.ops.torch_ipex.adagrad_fused_step( param, grad, state_sum, param2, step, lr, weight_decay, lr_decay, eps) continue if weight_decay != 0: if grad.is_sparse: raise RuntimeError("weight_decay option is not compatible with sparse gradients") grad = grad.add(param, alpha=weight_decay) clr = lr / (1 + (step - 1) * lr_decay) if grad.is_sparse: grad = grad.coalesce() # the update is non-linear so indices must be unique grad_indices = grad._indices() grad_values = grad._values() size = grad.size() state_sum.add_(_make_sparse(grad, grad_indices, grad_values.pow(2))) std = state_sum.sparse_mask(grad) std_values = std._values().sqrt_().add_(eps) param.add_(_make_sparse(grad, grad_indices, grad_values / std_values), alpha=-clr) else: state_sum.addcmul_(grad, grad, value=1) std = state_sum.sqrt().add_(eps) param.addcdiv_(grad, std, value=-clr)

"""Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] grads = [] state_sums = [] state_steps = [] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) grads.append(grad) state = self.state[p] state_sums.append(state['sum']) # update the steps for each param group update state['step'] += 1 # record the step after step update state_steps.append(state['step']) _adagrad_impl( params_with_grad, grads, state_sums, state_steps, self.params_attr, group['lr'], group['weight_decay'], group['lr_decay'], group['eps'], self.fused) return loss def _sgd_non_fused_micro_step( params: Tensor, d_p_list: Tensor, momentum_buffer_list: Optional[Tensor], weight_decay: float, momentum: float, lr: float, dampening: float, nesterov: bool, ): if weight_decay != 0: d_p = d_p.add(param, alpha=weight_decay) if momentum != 0: buf = momentum_buffer_list[i] if buf is None: buf = torch.clone(d_p).detach() momentum_buffer_list[i] = buf else: buf.mul_(momentum).add_(d_p, alpha=1 - dampening) if nesterov: d_p = d_p.add(buf, alpha=momentum) else: d_p = buf param.add_(d_p, alpha=alpha) def _sgd_impl( params: List[Tensor], d_p_list: List[Tensor], attr: dict, momentum_buffer_list: List[Optional[Tensor]], *, weight_decay: float, momentum: float, lr: float, dampening: float, nesterov: bool, fused: bool ): r"""Functional API that performs SGD algorithm computation. See :class:`~torch.optim.SGD` for details. """ for i, param in enumerate(params): d_p = d_p_list[i] param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] if fused and not d_p.is_sparse: momentum_buffer_list[i] = torch.ops.torch_ipex.sgd_fused_step( param, d_p, momentum_buffer_list[i], param2, momentum, lr, weight_decay, dampening, nesterov) continue if ( d_p.is_sparse and d_p.dtype == torch.bfloat16 and weight_decay == 0 and momentum == 0 ): # packed_add can support sparse tensor torch.ops.torch_ipex.packed_add(param, param2, d_p, alpha=-lr) else: # no special optimize for other non fused case, fall back to naive implementation d_p = d_p.to(param.dtype) _sgd_non_fused_micro_step( param, d_p, momentum_buffer_list[i], momentum, lr, weight_decay, dampening, nesterov ) @torch.no_grad() def sgd_step(self, closure=None): """Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] d_p_list = [] momentum_buffer_list = [] weight_decay = group['weight_decay'] momentum = group['momentum'] dampening = group['dampening'] nesterov = group['nesterov'] lr = group['lr'] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) d_p_list.append(grad) state = self.state[p] if 'momentum_buffer' not in state: momentum_buffer_list.append(None) else: momentum_buffer_list.append(state['momentum_buffer']) _sgd_impl( params_with_grad, d_p_list, self.params_attr, momentum_buffer_list, weight_decay=weight_decay, momentum=momentum, lr=lr, dampening=dampening, nesterov=nesterov, fused=self.fused) # update momentum_buffers in state for p, momentum_buffer in zip(params_with_grad, momentum_buffer_list): state = self.state[p] state['momentum_buffer'] = momentum_buffer return loss def _lamb_fused_impl( params: List[Tensor], grads: List[Tensor], exp_avgs: List[Tensor], exp_avg_sqs: List[Tensor], attr: dict, state_steps: List[int], beta1: float, beta2: float, lr: float, weight_decay: float, eps: float, ): r"""Functional API that performs Lamb algorithm computation. See :class:`~torch.optim.Lamb` for details. """ for i, param in enumerate(params): grad = grads[i] exp_avg = exp_avgs[i] exp_avg_sq = exp_avg_sqs[i] step = state_steps[i] param2 = torch.Tensor() if param in attr: if 'trail' in attr[param]: assert param.dtype is torch.bfloat16 param2 = attr[param]['trail'] if 'bf16_param' in attr[param]: assert param.dtype is torch.float param2 = attr[param]['bf16_param'] torch.ops.torch_ipex.lamb_fused_step( param, exp_avg, exp_avg_sq, grad, param2, step, beta1, beta2, lr, weight_decay, eps) def _lamb_impl( params: List[Tensor], grads: List[Tensor], exp_avgs: List[Tensor], exp_avg_sqs: List[Tensor], state_steps: List[int], beta1: float, beta2: float, lr: float, weight_decay: float, eps: float, ): r"""Functional API that performs Lamb algorithm computation. """ for i, param in enumerate(params): grad = grads[i] exp_avg = exp_avgs[i] exp_avg_sq = exp_avg_sqs[i] step = state_steps[i] bias_correction1 = 1 - beta1 ** step bias_correction2 = 1 - beta2 ** step grad = grad.to(exp_avg.dtype) # Decay the first and second moment running average coefficient exp_avg.mul_(beta1).add_(grad, alpha=1 - beta1) exp_avg_sq.mul_(beta2).addcmul_(grad, grad, value=1 - beta2) adam_step = (exp_avg / bias_correction1) / ((exp_avg_sq / bias_correction2).sqrt() + eps) if weight_decay != 0: adam_step.add_(param, alpha=weight_decay) weight_norm = param.norm(p=2) rtw_norm = adam_step.norm(p=2) true_ratio = weight_norm / rtw_norm param.add_(adam_step, alpha=-lr * true_ratio) @torch.no_grad() def lamb_step(self, closure=None): """Performs a single optimization step. Args: closure (callable, optional): A closure that reevaluates the model and returns the loss. """ loss = None if closure is not None: with torch.enable_grad(): loss = closure() for group in self.param_groups: params_with_grad = [] grads = [] exp_avgs = [] exp_avg_sqs = [] trails = [] state_steps = [] for p in group['params']: grad = get_bf16_grad(p, self.params_attr) if is_master_weight(p, self.params_attr) else p.grad if grad is not None: params_with_grad.append(p) if grad.is_sparse: raise RuntimeError('Lamb does not support sparse gradients') if grad.device != torch.device('cpu'): raise RuntimeError('Lamb supports only CPU device') grads.append(grad) state = self.state[p] # Lazy state initialization if len(state) == 0: state['step'] = 0 buffer_dtype = p.dtype if p.dtype is torch.float64 else torch.float state['exp_avg'] = torch.zeros(p.shape, dtype=buffer_dtype) state['exp_avg_sq'] = torch.zeros(p.shape, dtype=buffer_dtype) exp_avgs.append(state['exp_avg']) exp_avg_sqs.append(state['exp_avg_sq']) # update the steps for each param group update state['step'] += 1 # record the step after step update state_steps.append(state['step']) beta1, beta2 = group['betas'] _lamb_fused_impl( params_with_grad, grads, exp_avgs, exp_avg_sqs, self.params_attr, state_steps, beta1, beta2, group['lr'], group['weight_decay'], group['eps']) return loss

@torch.no_grad() def adagrad_step(self, closure=None):

pandora.py

""" Component for controlling Pandora stations through the pianobar client. For more details about this platform, please refer to the documentation https://home-assistant.io/components/media_player.pandora/ """ import logging import re import os import signal from datetime import timedelta import shutil from homeassistant.const import EVENT_HOMEASSISTANT_STOP from homeassistant.components.media_player import ( SUPPORT_NEXT_TRACK, SUPPORT_PAUSE, MEDIA_TYPE_MUSIC, SUPPORT_TURN_OFF, SUPPORT_TURN_ON, SUPPORT_PLAY, SUPPORT_SELECT_SOURCE, SERVICE_MEDIA_NEXT_TRACK, SERVICE_MEDIA_PLAY_PAUSE, SERVICE_MEDIA_PLAY, SERVICE_VOLUME_UP, SERVICE_VOLUME_DOWN, MediaPlayerDevice) from homeassistant.const import (STATE_OFF, STATE_PAUSED, STATE_PLAYING, STATE_IDLE) from homeassistant import util REQUIREMENTS = ['pexpect==4.0.1'] _LOGGER = logging.getLogger(__name__) # SUPPORT_VOLUME_SET is close to available but we need volume up/down # controls in the GUI. PANDORA_SUPPORT = \ SUPPORT_PAUSE | \ SUPPORT_TURN_ON | SUPPORT_TURN_OFF | SUPPORT_NEXT_TRACK | \ SUPPORT_SELECT_SOURCE | SUPPORT_PLAY CMD_MAP = {SERVICE_MEDIA_NEXT_TRACK: 'n', SERVICE_MEDIA_PLAY_PAUSE: 'p', SERVICE_MEDIA_PLAY: 'p', SERVICE_VOLUME_UP: ')', SERVICE_VOLUME_DOWN: '('} MIN_TIME_BETWEEN_UPDATES = timedelta(seconds=2) CURRENT_SONG_PATTERN = re.compile(r'"(.*?)"\s+by\s+"(.*?)"\son\s+"(.*?)"', re.MULTILINE) STATION_PATTERN = re.compile(r'Station\s"(.+?)"', re.MULTILINE) # pylint: disable=unused-argument def setup_platform(hass, config, add_devices, discovery_info=None): """Setup the media player pandora platform.""" if not _pianobar_exists(): return False pandora = PandoraMediaPlayer('Pandora') # make sure we end the pandora subprocess on exit in case user doesn't # power it down. def _stop_pianobar(_event): pandora.turn_off() hass.bus.listen_once(EVENT_HOMEASSISTANT_STOP, _stop_pianobar) add_devices([pandora]) class PandoraMediaPlayer(MediaPlayerDevice): """A media player that uses the Pianobar interface to Pandora.""" def __init__(self, name): """Initialize the demo device.""" MediaPlayerDevice.__init__(self) self._name = name self._player_state = STATE_OFF self._station = '' self._media_title = '' self._media_artist = '' self._media_album = '' self._stations = [] self._time_remaining = 0 self._media_duration = 0 self._pianobar = None @property def should_poll(self): """Should be polled for current state.""" return True @property def name(self): """Return the name of the media player.""" return self._name @property def state(self): """Return the state of the player.""" return self._player_state def turn_on(self): """Turn the media player on.""" import pexpect if self._player_state != STATE_OFF: return self._pianobar = pexpect.spawn('pianobar') _LOGGER.info('Started pianobar subprocess') mode = self._pianobar.expect(['Receiving new playlist', 'Select station:', 'Email:']) if mode == 1: # station list was presented. dismiss it. self._pianobar.sendcontrol('m') elif mode == 2: _LOGGER.warning('The pianobar client is not configured to log in. ' 'Please create a config file for it as described ' 'at https://home-assistant.io' '/components/media_player.pandora/') # pass through the email/password prompts to quit cleanly self._pianobar.sendcontrol('m') self._pianobar.sendcontrol('m') self._pianobar.terminate() self._pianobar = None return self._update_stations() self.update_playing_status() self._player_state = STATE_IDLE self.schedule_update_ha_state() def turn_off(self): """Turn the media player off.""" import pexpect if self._pianobar is None: _LOGGER.info('Pianobar subprocess already stopped') return self._pianobar.send('q') try: _LOGGER.info('Stopped Pianobar subprocess') self._pianobar.terminate() except pexpect.exceptions.TIMEOUT: # kill the process group os.killpg(os.getpgid(self._pianobar.pid), signal.SIGTERM) _LOGGER.info('Killed Pianobar subprocess') self._pianobar = None self._player_state = STATE_OFF self.schedule_update_ha_state() def media_play(self): """Send play command.""" self._send_pianobar_command(SERVICE_MEDIA_PLAY_PAUSE) self._player_state = STATE_PLAYING self.schedule_update_ha_state() def media_pause(self): """Send pause command.""" self._send_pianobar_command(SERVICE_MEDIA_PLAY_PAUSE) self._player_state = STATE_PAUSED self.schedule_update_ha_state() def media_next_track(self): """Go to next track.""" self._send_pianobar_command(SERVICE_MEDIA_NEXT_TRACK) self.schedule_update_ha_state() @property def supported_features(self): """Flag media player features that are supported.""" return PANDORA_SUPPORT @property def source(self): """Name of the current input source.""" return self._station @property def source_list(self): """List of available input sources.""" return self._stations @property def media_title(self): """Title of current playing media.""" self.update_playing_status() return self._media_title @property def media_content_type(self): """Content type of current playing media.""" return MEDIA_TYPE_MUSIC @property def media_artist(self): """Artist of current playing media, music track only.""" return self._media_artist @property def media_album_name(self): """Album name of current playing media, music track only.""" return self._media_album @property def media_duration(self): """Duration of current playing media in seconds.""" return self._media_duration def select_source(self, source): """Choose a different Pandora station and play it.""" try: station_index = self._stations.index(source) except ValueError: _LOGGER.warning('Station `%s` is not in list', source) return _LOGGER.info('Setting station %s, %d', source, station_index) self._send_station_list_command() self._pianobar.sendline('{}'.format(station_index)) self._pianobar.expect('\r\n') self._player_state = STATE_PLAYING def _send_station_list_command(self): """Send a station list command.""" import pexpect self._pianobar.send('s') try: self._pianobar.expect('Select station:', timeout=1) except pexpect.exceptions.TIMEOUT: # try again. Buffer was contaminated. self._clear_buffer() self._pianobar.send('s') self._pianobar.expect('Select station:') def update_playing_status(self): """Query pianobar for info about current media_title, station.""" response = self._query_for_playing_status() if not response: return self._update_current_station(response) self._update_current_song(response) self._update_song_position() def _query_for_playing_status(self): """Query system for info about current track.""" import pexpect self._clear_buffer() self._pianobar.send('i') try: match_idx = self._pianobar.expect([br'(\d\d):(\d\d)/(\d\d):(\d\d)', 'No song playing', 'Select station', 'Receiving new playlist']) except pexpect.exceptions.EOF: _LOGGER.info('Pianobar process already exited.') return None self._log_match() if match_idx == 1: # idle. response = None elif match_idx == 2: # stuck on a station selection dialog. Clear it. _LOGGER.warning('On unexpected station list page.') self._pianobar.sendcontrol('m') # press enter self._pianobar.sendcontrol('m') # do it again b/c an 'i' got in response = self.update_playing_status() elif match_idx == 3: _LOGGER.debug('Received new playlist list.') response = self.update_playing_status() else: response = self._pianobar.before.decode('utf-8') return response def _update_current_station(self, response): """Update current station.""" station_match = re.search(STATION_PATTERN, response) if station_match: self._station = station_match.group(1) _LOGGER.debug('Got station as: %s', self._station) else: _LOGGER.warning('No station match. ') def _update_current_song(self, response): """Update info about current song.""" song_match = re.search(CURRENT_SONG_PATTERN, response) if song_match: (self._media_title, self._media_artist, self._media_album) = song_match.groups() _LOGGER.debug('Got song as: %s', self._media_title) else: _LOGGER.warning('No song match.') @util.Throttle(MIN_TIME_BETWEEN_UPDATES) def _update_song_position(self): """ Get the song position and duration. It's hard to predict whether or not the music will start during init so we have to detect state by checking the ticker. """ (cur_minutes, cur_seconds, total_minutes, total_seconds) = self._pianobar.match.groups() time_remaining = int(cur_minutes) * 60 + int(cur_seconds) self._media_duration = int(total_minutes) * 60 + int(total_seconds) if (time_remaining != self._time_remaining and time_remaining != self._media_duration): self._player_state = STATE_PLAYING elif self._player_state == STATE_PLAYING: self._player_state = STATE_PAUSED self._time_remaining = time_remaining def _log_match(self): """Log grabbed values from console.""" _LOGGER.debug('Before: %s\nMatch: %s\nAfter: %s', repr(self._pianobar.before), repr(self._pianobar.match), repr(self._pianobar.after)) def _send_pianobar_command(self, service_cmd): """Send a command to Pianobar.""" command = CMD_MAP.get(service_cmd) _LOGGER.debug('Sending pinaobar command %s for %s', command, service_cmd) if command is None: _LOGGER.info('Command %s not supported yet', service_cmd) self._clear_buffer() self._pianobar.sendline(command) def _update_stations(self):

def _clear_buffer(self): """ Clear buffer from pexpect. This is necessary because there are a bunch of 00:00 in the buffer """ import pexpect try: while not self._pianobar.expect('.+', timeout=0.1): pass except pexpect.exceptions.TIMEOUT: pass except pexpect.exceptions.EOF: pass def _pianobar_exists(): """Verify that Pianobar is properly installed.""" pianobar_exe = shutil.which('pianobar') if pianobar_exe: return True else: _LOGGER.warning('The Pandora component depends on the Pianobar ' 'client, which cannot be found. Please install ' 'using instructions at' 'https://home-assistant.io' '/components/media_player.pandora/') return False

"""List defined Pandora stations.""" self._send_station_list_command() station_lines = self._pianobar.before.decode('utf-8') _LOGGER.debug('Getting stations: %s', station_lines) self._stations = [] for line in station_lines.split('\r\n'): match = re.search(r'\d+\).....(.+)', line) if match: station = match.group(1).strip() _LOGGER.debug('Found station %s', station) self._stations.append(station) else: _LOGGER.debug('No station match on `%s`', line) self._pianobar.sendcontrol('m') # press enter with blank line self._pianobar.sendcontrol('m') # do it twice in case an 'i' got in

models.py

from django.db import models # Create your models here. class Question(models.Model):

question_text = models.CharField(max_length = 200) pub_date = models.DateTime

interface.rs

use crate::discriminative::model as m; use std::ffi::CString; use float_ord::FloatOrd; use friday_inference; use friday_error::{frierr, propagate, FridayError}; use friday_logging; use friday_storage; use friday_web; use std::path::PathBuf; use std::collections::HashMap; use std::sync::{Arc, RwLock}; use serde_derive::Deserialize; use serde_json; #[derive(Deserialize)] pub struct Config { export_dir: PathBuf, sensitivity: f32, class_map: HashMap<String, i32> } pub struct Discriminative { model: m::Model, input: m::Tensor, output: m::Tensor, class_map: Arc<RwLock<Vec<String>>>, sensitivity: Arc<RwLock<f32>> } fn class_map_to_class_vec(map: HashMap<String, i32>) -> Vec<String> { // TODO is there a better way to convert it // We just want to take a map // "hi: 0 // "why": 1 // "who": 2 // ... // and convert into // ["hi", "why", "who"] // Such that the order is preserved let mut class_map_mappings_vec: Vec<(String, i32)> = map .iter() .map(|k| (k.0.clone(), k.1.clone())) .collect(); class_map_mappings_vec.sort_by_key(|k| k.1); // Finally we have the class_map return class_map_mappings_vec.iter().map(|k| k.0.clone()).collect(); } impl Discriminative { pub fn new() -> Result<Discriminative, FridayError> { return friday_storage::config::get_config("discriminative.json").map_or_else( propagate!("Failed to create discriminative model"), Discriminative::model_from_config ); } fn model_from_config(config: Config) -> Result<Discriminative, FridayError> { let maybe_input = CString::new("input"); let maybe_output = CString::new("output"); let class_map : Vec<String> = class_map_to_class_vec(config.class_map.clone()); return m::Model::new(config.export_dir.as_path()) .map_or_else( || frierr!("Failed to create model"), |model| Discriminative::make_discriminative( class_map, config.sensitivity, model, maybe_input.unwrap(), maybe_output.unwrap())); } fn make_discriminative(class_map: Vec<String>, sensitivity: f32, m: m::Model, input_cstring: CString, output_cstring: CString) -> Result<Discriminative, FridayError> { let input_tensor = m::Tensor::new(&m, &input_cstring); let output_tensor = m::Tensor::new(&m, &output_cstring); output_tensor .dims .clone() .first() .map_or_else( || frierr!("Failed to read dimension of output tensor"), |dim| { if dim.clone() as usize != class_map.len() { return frierr!("Class map size ({}) \ not matching output dimension of tensor ({})", class_map.len(), dim); } return Ok(Discriminative { model: m, input: input_tensor, output: output_tensor, // Storing this behind a lock because the WebDiscriminativemight read it // in another thread. class_map: Arc::new(RwLock::new(class_map.clone())), sensitivity: Arc::new(RwLock::new(sensitivity)) }); }) } } impl friday_inference::Model for Discriminative { fn predict(&mut self, v :&Vec<i16>) -> Result<friday_inference::Prediction, FridayError> { match self.class_map.read() { Ok(class_map) => match self.sensitivity.read() { Ok(sensitivity) => { self.input.set_data(&v); self.model.run(&mut self.input, &mut self.output); let probabilities = self.output.get_data::<f32>(); let pred = probabilities .iter() .enumerate() .max_by_key(|k| FloatOrd(k.1.clone())) .map(|k| k.0) .expect("failed to get max").clone(); friday_logging::info!("P({}) = {}", class_map[pred], probabilities[pred]); if pred == 0 { return Ok(friday_inference::Prediction::Silence); } if probabilities[pred] > sensitivity.clone() { return Ok(friday_inference::Prediction::Result { class: class_map[pred].clone(), }) } return Ok(friday_inference::Prediction::Inconclusive); }, Err(err) => frierr!("Failed to read RWLocked sensitivity - Reason: {}", err) }, Err(err) => frierr!("Failed to read RWLocked class_map - Reason: {}", err) } } fn expected_frame_size(&self) -> usize { return self.input .dims .first() .expect("(tensorflow-models): Failed to extract input dims from model") .clone() as usize; } fn reset(&mut self) -> Result<(), FridayError> { Ok(()) } } pub struct WebDiscriminative{ endpoints: Vec<friday_web::endpoint::Endpoint>, // These are shared with the Discriminative class_map: Arc<RwLock<Vec<String>>>, sensitivity: Arc<RwLock<f32>> } impl WebDiscriminative{ pub fn new(d: &Discriminative) -> WebDiscriminative{ WebDiscriminative{ endpoints: vec![ friday_web::endpoint::Endpoint{ name: "classes".to_owned(), methods: vec![friday_web::core::Method::Get], path: friday_web::path::Path::safe_new( "/friday-inference/tensorflow-models/discriminative/classes") }, friday_web::endpoint::Endpoint{ name: "sensitivity".to_owned(), methods: vec![friday_web::core::Method::Get], path: friday_web::path::Path::safe_new( "/friday-inference/tensorflow-models/discriminative/sensitivity") } ], class_map: d.class_map.clone(), sensitivity: d.sensitivity.clone() } } fn class_map_response(&self) -> Result<friday_web::core::Response, FridayError> { match self.class_map.read() { Ok(class_map) => serde_json::to_string(&class_map.clone()).map_or_else( |err| frierr!( "Failed to serialize class_map - {:?} - to json - Reason: {}", class_map, err), |content| Ok(friday_web::core::Response::JSON { status: 200, content })), Err(err) => frierr!("Failed to read RWLocked class_map - Reason: {}", err) } } fn sensitivity_response(&self) -> Result<friday_web::core::Response, FridayError> { match self.sensitivity.read() { Ok(sensitivity) => serde_json::to_string(&sensitivity.clone()).map_or_else( |err| frierr!( "Failed to serialize sensitivity - {:?} - to json - Reason: {}", sensitivity, err), |content| Ok(friday_web::core::Response::JSON { status: 200, content })), Err(err) => frierr!("Failed to read RWLocked sensitivity - Reason: {}", err) } } } impl friday_web::vendor::Vendor for WebDiscriminative{ fn name(&self) -> String { return "friday-inference/tensorflow-models/discriminative".to_owned() } fn endpoints(&self) -> Vec<friday_web::endpoint::Endpoint>

fn handle(&mut self, r: &mut dyn friday_web::core::FridayRequest) -> Result<friday_web::core::Response, FridayError> { friday_web::get_name(r, &self.endpoints).map_or_else( propagate!("Failed to get 'Discriminiative' endpoint for {}", r.url()), |name| match name.as_str() { "classes" => self.class_map_response(), "sensitivity" => self.sensitivity_response(), _ => frierr!("Unknown endpoint name {}", name) }) } } #[cfg(test)] mod tests { use super::*; use friday_inference::Model; use std::path::PathBuf; use std::sync::Mutex; use ureq; #[test] fn discriminative_model() { let config = Config { export_dir: PathBuf::from("test-resources/1603634879"), class_map: [ (String::from("Silence"), 0), (String::from("a"), 1), (String::from("b"), 2), (String::from("c"), 3), (String::from("d"), 4), (String::from("e"), 5), (String::from("f"), 6), (String::from("g"), 7), (String::from("h"), 8), (String::from("i"), 9)].iter().cloned().collect(), sensitivity: 0.0 }; let mut model = Discriminative::model_from_config(config).expect("Failed to load Config"); let v: Vec<i16> = vec![1; 16000]; let pred: friday_inference::Prediction = model.predict(&v).expect("Failed to predict"); match pred { friday_inference::Prediction::Result { class, } => assert_eq!(class, String::from("Silence")), friday_inference::Prediction::Silence => friday_logging::info!("Got Silence"), friday_inference::Prediction::Inconclusive => friday_logging::info!("Got Inconclusive") } } use std::env; #[test] fn discriminative_web() { env::set_var("FRIDAY_GUI", "."); let config = Config { export_dir: PathBuf::from("test-resources/1603634879"), class_map: [ (String::from("Silence"), 0), (String::from("a"), 1), (String::from("b"), 2), (String::from("c"), 3), (String::from("d"), 4), (String::from("e"), 5), (String::from("f"), 6), (String::from("g"), 7), (String::from("h"), 8), (String::from("i"), 9)].iter().cloned().collect(), sensitivity: 0.0 }; let model = Discriminative::model_from_config(config).expect("Failed to load Config"); let web = WebDiscriminative::new(&model); let mut server = friday_web::server::Server::new().expect("Failed to create web friday server"); server.register(vec![ Arc::new(Mutex::new(web)) ]).expect("Failed to register discriminative web vendor"); let handle = server.listen("0.0.0.0:8000").expect("Failed to start server"); std::thread::sleep(std::time::Duration::from_millis(2000)); let resp = ureq::get( "http://0.0.0.0:8000/friday-inference/tensorflow-models/discriminative/classes").call(); let class_map : Vec<String> = resp.into_json_deserialize::<Vec<String>>() .expect("Failed to parse json response"); friday_logging::info!("Got class_map response: {:?}", class_map); assert_eq!(class_map, model.class_map.read().unwrap().clone()); let resp = ureq::get( "http://0.0.0.0:8000/friday-inference/tensorflow-models/discriminative/sensitivity").call(); let sensitivity : f32 = resp.into_json_deserialize::<f32>() .expect("Failed to parse json response"); friday_logging::info!("Got sensitivity response: {:?}", sensitivity); assert_eq!(sensitivity, model.sensitivity.read().unwrap().clone()); handle.stop(); } }

{ return self.endpoints.clone(); }

icon_shopping_basket.rs

pub struct IconShoppingBasket { props: crate::Props, } impl yew::Component for IconShoppingBasket { type Properties = crate::Props; type Message = (); fn create(props: Self::Properties, _: yew::prelude::ComponentLink<Self>) -> Self { Self { props } } fn

(&mut self, _: Self::Message) -> yew::prelude::ShouldRender { true } fn change(&mut self, _: Self::Properties) -> yew::prelude::ShouldRender { false } fn view(&self) -> yew::prelude::Html { yew::prelude::html! { <svg class=self.props.class.unwrap_or("") width=self.props.size.unwrap_or(24).to_string() height=self.props.size.unwrap_or(24).to_string() viewBox="0 0 24 24" fill=self.props.fill.unwrap_or("none") stroke=self.props.color.unwrap_or("currentColor") stroke-width=self.props.stroke_width.unwrap_or(2).to_string() stroke-linecap=self.props.stroke_linecap.unwrap_or("round") stroke-linejoin=self.props.stroke_linejoin.unwrap_or("round") > <svg xmlns="http://www.w3.org/2000/svg" height="24" viewBox="0 0 24 24" width="24"><path d="M0 0h24v24H0z" fill="none"/><path d="M17.21 9l-4.38-6.56c-.19-.28-.51-.42-.83-.42-.32 0-.64.14-.83.43L6.79 9H2c-.55 0-1 .45-1 1 0 .09.01.18.04.27l2.54 9.27c.23.84 1 1.46 1.92 1.46h13c.92 0 1.69-.62 1.93-1.46l2.54-9.27L23 10c0-.55-.45-1-1-1h-4.79zM9 9l3-4.4L15 9H9zm3 8c-1.1 0-2-.9-2-2s.9-2 2-2 2 .9 2 2-.9 2-2 2z"/></svg> </svg> } } }

update

glog.go

//go:generate depstubber -vendor github.com/golang/glog "" Error,ErrorDepth,Errorf,Errorln,Exit,ExitDepth,Exitf,Exitln,Fatal,FatalDepth,Fatalf,Fatalln,Info,InfoDepth,Infof,Infoln,Warning,WarningDepth,Warningf,Warningln //go:generate depstubber -vendor k8s.io/klog "" Error,ErrorDepth,Errorf,Errorln,Exit,ExitDepth,Exitf,Exitln,Fatal,FatalDepth,Fatalf,Fatalln,Info,InfoDepth,Infof,Infoln,Warning,WarningDepth,Warningf,Warningln package main import ( "github.com/golang/glog" "k8s.io/klog" ) func

() { glog.Error(text) // $logger=text glog.ErrorDepth(0, text) // $f-:logger=text glog.Errorf(fmt, text) // $logger=fmt $logger=text glog.Errorln(text) // $logger=text glog.Exit(text) // $logger=text glog.ExitDepth(0, text) // $f-:logger=text glog.Exitf(fmt, text) // $logger=fmt $logger=text glog.Exitln(text) // $logger=text glog.Fatal(text) // $logger=text glog.FatalDepth(0, text) // $f-:logger=text glog.Fatalf(fmt, text) // $logger=fmt $logger=text glog.Fatalln(text) // $logger=text glog.Info(text) // $logger=text glog.InfoDepth(0, text) // $f-:logger=text glog.Infof(fmt, text) // $logger=fmt $logger=text glog.Infoln(text) // $logger=text glog.Warning(text) // $logger=text glog.WarningDepth(0, text) // $f-:logger=text glog.Warningf(fmt, text) // $logger=fmt $logger=text glog.Warningln(text) // $logger=text klog.Error(text) // $logger=text klog.ErrorDepth(0, text) // $f-:logger=text klog.Errorf(fmt, text) // $logger=fmt $logger=text klog.Errorln(text) // $logger=text klog.Exit(text) // $logger=text klog.ExitDepth(0, text) // $f-:logger=text klog.Exitf(fmt, text) // $logger=fmt $logger=text klog.Exitln(text) // $logger=text klog.Fatal(text) // $logger=text klog.FatalDepth(0, text) // $f-:logger=text klog.Fatalf(fmt, text) // $logger=fmt $logger=text klog.Fatalln(text) // $logger=text klog.Info(text) // $logger=text klog.InfoDepth(0, text) // $f-:logger=text klog.Infof(fmt, text) // $logger=fmt $logger=text klog.Infoln(text) // $logger=text klog.Warning(text) // $logger=text klog.WarningDepth(0, text) // $f-:logger=text klog.Warningf(fmt, text) // $logger=fmt $logger=text klog.Warningln(text) // $logger=text }

glogTest

rayon.rs

//! Parallelism for Units collection. use super::{cmp, cmp_by2, Container, FxIndexMap, Units}; use crate::{distance::Distance, geometry::Point2, ids::UnitTypeId, unit::Unit}; use indexmap::map::rayon::{ParIter, ParIterMut, ParKeys, ParValues, ParValuesMut}; use rayon::{iter::plumbing::*, prelude::*}; use std::{borrow::Borrow, cmp::Ordering, iter::Sum}; #[inline] fn cmp_by<U, T, F>(f: F) -> impl Fn(&&U, &&U) -> Ordering where T: PartialOrd, F: Fn(&U) -> T + Send + Sync, { move |a, b| f(a).partial_cmp(&f(b)).unwrap() } impl Units { /// Returns parallel iterator over the units of the collection. #[inline] pub fn par_iter(&self) -> ParValues<u64, Unit> { self.0.par_values() } /// Returns mutable parallel iterator over the units of the collection. #[inline] pub fn par_iter_mut(&mut self) -> ParValuesMut<u64, Unit> { self.0.par_values_mut() } /// Returns parallel iterator over (tag, unit) pairs of the collection. #[inline] pub fn par_pairs(&self) -> ParIter<u64, Unit> { self.0.par_iter() } /// Returns mutable parallel iterator over (tag, unit) pairs of the collection. #[inline] pub fn par_pairs_mut(&mut self) -> ParIterMut<u64, Unit> { self.0.par_iter_mut() } /// Returns parallel iterator over unit tags of the collection. #[inline] pub fn par_tags(&self) -> ParKeys<u64, Unit> { self.0.par_keys() } /// Leaves only units that match given predicate and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`filter`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`filter`]: Iterator::filter pub fn filter<F>(&self, f: F) -> Self where F: Fn(&&Unit) -> bool + Sync + Send, { Self(self.par_iter().filter(f).map(|u| (u.tag, u.clone())).collect()) } /// Leaves only units of given types and makes a new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`of_types`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`of_types`]: super::UnitsIterator::of_types pub fn of_types<T: Container<UnitTypeId> + Sync>(&self, types: &T) -> Self { self.filter(|u| types.contains(&u.type_id)) } /// Excludes units of given types and makes a new collection of remaining units. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`exclude_types`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`exclude_types`]: super::UnitsIterator::exclude_types pub fn exclude_types<T: Container<UnitTypeId> + Sync>(&self, types: &T) -> Self { self.filter(|u| !types.contains(&u.type_id)) } /// Leaves only units closer than given distance to target and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`closer`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`closer`]: crate::distance::DistanceIterator::closer pub fn closer<P: Into<Point2> + Copy + Sync>(&self, distance: f32, target: P) -> Self { self.filter(|u| u.is_closer(distance, target)) } /// Leaves only units further than given distance to target and makes new collection of them. /// /// Warning: This method will clone units in order to create a new collection /// and will be evaluated initially. When applicable prefer using [`further`] /// on the iterator over units, since it's lazily evaluated and doesn't do any cloning operations. /// /// [`further`]: crate::distance::DistanceIterator::further pub fn further<P: Into<Point2> + Copy + Sync>(&self, distance: f32, target: P) -> Self { self.filter(|u| u.is_further(distance, target)) } /// Returns closest from the collection unit to given target. pub fn closest<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<&Unit> { self.min(|u| u.distance_squared(target)) } /// Returns furthest from the collection unit to given target. pub fn furthest<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<&Unit> { self.max(|u| u.distance_squared(target)) } /// Returns distance from closest unit in the collection to given target. pub fn closest_distance<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.min_value(|u| u.distance_squared(target)) .map(|dist| dist.sqrt()) } /// Returns distance from furthest unit in the collection to given target. pub fn furthest_distance<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.max_value(|u| u.distance_squared(target)) .map(|dist| dist.sqrt()) } /// Returns squared distance from closest unit in the collection to given target. pub fn closest_distance_squared<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.min_value(|u| u.distance_squared(target)) } /// Returns squared distance from furthest unit in the collection to given target. pub fn furthest_distance_squared<P: Into<Point2> + Copy + Sync>(&self, target: P) -> Option<f32> { self.max_value(|u| u.distance_squared(target)) } /// Returns sum of given unit values. pub fn sum<T, F>(&self, f: F) -> T where T: Sum + Send, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().map(f).sum::<T>() } /// Returns unit with minimum given predicate. pub fn min<T, F>(&self, f: F) -> Option<&Unit> where T: PartialOrd, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().min_by(cmp_by(f)) } /// Returns minimum of given unit values. pub fn min_value<T, F>(&self, f: F) -> Option<T> where T: PartialOrd + Send, F: Fn(&Unit) -> T + Send + Sync, { self.par_iter().map(f).min_by(cmp) } /// Returns unit with maximum given predicate. pub fn max<T, F>(&self, f: F) -> Option<&Unit> where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { self.par_iter().max_by(cmp_by(f)) } /// Returns maximum of given unit values. pub fn max_value<T, F>(&self, f: F) -> Option<T> where T: PartialOrd + Send, F: Fn(&Unit) -> T + Sync + Send, { self.par_iter().map(f).max_by(cmp) } /// Parallelly sorts the collection by given function. pub fn par_sort<T, F>(&mut self, f: F) where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { self.0.par_sort_by(cmp_by2(f)); } /// Makes new collection parallelly sorted by given function. /// Leaves original collection untouched. pub fn par_sorted<T, F>(&self, f: F) -> Self where T: PartialOrd, F: Fn(&Unit) -> T + Sync + Send, { let mut sorted = self.clone(); sorted.0.par_sort_by(cmp_by2(f)); sorted } } impl IntoParallelIterator for Units { type Item = Unit; type Iter = IntoParUnits; #[inline] fn into_par_iter(self) -> Self::Iter { IntoParUnits(self.0) } } impl<'a> IntoParallelIterator for &'a Units { type Item = &'a Unit; type Iter = ParValues<'a, u64, Unit>; #[inline] fn into_par_iter(self) -> Self::Iter { self.0.par_values() } } impl<'a> IntoParallelIterator for &'a mut Units { type Item = &'a mut Unit; type Iter = ParValuesMut<'a, u64, Unit>; #[inline] fn into_par_iter(self) -> Self::Iter { self.0.par_values_mut() } } impl ParallelExtend<Unit> for Units { #[inline] fn par_extend<T: IntoParallelIterator<Item = Unit>>(&mut self, par_iter: T) { self.0.par_extend(par_iter.into_par_iter().map(|u| (u.tag, u))); } } impl ParallelExtend<(u64, Unit)> for Units { #[inline] fn par_extend<T: IntoParallelIterator<Item = (u64, Unit)>>(&mut self, par_iter: T) { self.0.par_extend(par_iter); } } impl FromParallelIterator<Unit> for Units { #[inline] fn from_par_iter<I: IntoParallelIterator<Item = Unit>>(par_iter: I) -> Self { Self(par_iter.into_par_iter().map(|u| (u.tag, u)).collect()) } } impl FromParallelIterator<(u64, Unit)> for Units { #[inline] fn from_par_iter<I: IntoParallelIterator<Item = (u64, Unit)>>(par_iter: I) -> Self { Self(par_iter.into_par_iter().collect()) } } /// Helper trait for parallel iterators over units. pub trait ParUnitsIterator: ParallelIterator where Self::Item: Borrow<Unit>, { /// Searches for unit with given tag and returns it if found. fn find_tag(self, tag: u64) -> Option<Self::Item> { self.find_any(|u| u.borrow().tag == tag) } /// Leaves only units with given tags. fn find_tags<T: Container<u64>>(self, tags: &T) -> FindTags<Self, T> { FindTags::new(self, tags) } /// Leaves only units of given type. fn of_type(self, unit_type: UnitTypeId) -> OfType<Self> { OfType::new(self, unit_type) } /// Excludes units of given type. fn exclude_type(self, unit_type: UnitTypeId) -> ExcludeType<Self> { ExcludeType::new(self, unit_type) } /// Leaves only units of given types. fn of_types<T: Container<UnitTypeId>>(self, types: &T) -> OfTypes<Self, T> { OfTypes::new(self, types) } /// Excludes units of given types. fn exclude_types<T: Container<UnitTypeId>>(self, types: &T) -> ExcludeTypes<Self, T> { ExcludeTypes::new(self, types) } /// Leaves only non-flying units. fn ground(self) -> Ground<Self> { Ground::new(self) } /// Leaves only flying units. fn flying(self) -> Flying<Self> { Flying::new(self) } /// Leaves only ready structures. fn ready(self) -> Ready<Self> { Ready::new(self) } /// Leaves only structures in-progress. fn not_ready(self) -> NotReady<Self> { NotReady::new(self) } /// Leaves only units with no orders. fn idle(self) -> Idle<Self> { Idle::new(self) } /// Leaves only units with no orders or that almost finished their orders. fn almost_idle(self) -> AlmostIdle<Self> { AlmostIdle::new(self) } /// Leaves only units with no orders. /// Unlike [`idle`](Self::idle) this takes reactor on terran buildings into account. fn unused(self) -> Unused<Self> { Unused::new(self) } /// Leaves only units with no orders or that almost finished their orders. /// Unlike [`almost_idle`](Self::almost_idle) this takes reactor on terran buildings into account. fn almost_unused(self) -> AlmostUnused<Self> { AlmostUnused::new(self) } /// Leaves only units visible on current step. fn visible(self) -> Visible<Self> { Visible::new(self) } /// Leaves only units in attack range of given unit. fn in_range_of(self, unit: &Unit, gap: f32) -> InRangeOf<Self> { InRangeOf::new(self, unit, gap) } /// Leaves only units that are close enough to attack given unit. fn in_range(self, unit: &Unit, gap: f32) -> InRange<Self> { InRange::new(self, unit, gap) } /// Leaves only units in attack range of given unit. /// Unlike [`in_range_of`](Self::in_range_of) this takes range upgrades into account. fn in_real_range_of(self, unit: &Unit, gap: f32) -> InRealRangeOf<Self> { InRealRangeOf::new(self, unit, gap) } /// Leaves only units that are close enough to attack given unit. /// Unlike [`in_range`](Self::in_range) this takes range upgrades into account. fn in_real_range(self, unit: &Unit, gap: f32) -> InRealRange<Self> { InRealRange::new(self, unit, gap) } } impl ParUnitsIterator for I where I: ParallelIterator, I::Item: Borrow<Unit>, { } /// Owned parallel iterator over Units. pub struct IntoParUnits(FxIndexMap<u64, Unit>); impl ParallelIterator for IntoParUnits { type Item = Unit; fn drive_unindexed<C>(self, consumer: C) -> C::Result where C: UnindexedConsumer<Self::Item>, { self.0.into_par_iter().map(|x| x.1).drive_unindexed(consumer) } fn opt_len(&self) -> Option<usize> { Some(self.0.len()) } } impl IndexedParallelIterator for IntoParUnits { fn drive<C>(self, consumer: C) -> C::Result where C: Consumer<Self::Item>, { self.0.into_par_iter().map(|x| x.1).drive(consumer) } fn len(&self) -> usize { self.0.len() } fn with_producer<CB>(self, callback: CB) -> CB::Output where CB: ProducerCallback<Self::Item>, { self.0.into_par_iter().map(|x| x.1).with_producer(callback) } } // Macros to generate parallel iterator implementation here macro_rules! iterator_methods { () => { fn drive_unindexed<C>(self, consumer: C) -> C::Result where C: UnindexedConsumer<Self::Item>, { let pred = self.predicate(); self.iter .drive_unindexed(FilterConsumer::new(consumer, &pred)) } }; } macro_rules! impl_simple_iterator { ($name:ident $(<$a:lifetime>)?) => { impl<$($a,)? I> ParallelIterator for $name<$($a,)? I> where I: ParallelIterator, I::Item: Borrow<Unit>, { type Item = I::Item; iterator_methods!(); } }; } macro_rules! make_simple_iterator { ($(#[$attr:meta])* $name:ident, $pred:expr) => { $(#[$attr])* #[derive(Clone)] pub struct $name { iter: I, } impl $name { pub(super) fn new(iter: I) -> Self { Self { iter } } fn predicate(&self) -> impl Fn(&Unit) -> bool { $pred } } impl_simple_iterator!($name); }; } // Consumer implementation struct FilterConsumer<'p, C, P> { base: C, filter_op: &'p P, } impl<'p, C, P> FilterConsumer<'p, C, P> { fn new(base: C, filter_op: &'p P) -> Self { FilterConsumer { base, filter_op } } } impl<'p, T, C, P: 'p> Consumer<T> for FilterConsumer<'p, C, P> where C: Consumer<T>, P: Fn(&Unit) -> bool + Sync, T: Borrow<Unit>, { type Folder = FilterFolder<'p, C::Folder, P>; type Reducer = C::Reducer; type Result = C::Result; fn split_at(self, index: usize) -> (Self, Self, C::Reducer) { let (left, right, reducer) = self.base.split_at(index); ( FilterConsumer::new(left, self.filter_op), FilterConsumer::new(right, self.filter_op), reducer, ) } fn into_folder(self) -> Self::Folder { FilterFolder { base: self.base.into_folder(), filter_op: self.filter_op, } } fn full(&self) -> bool { self.base.full() } } impl<'p, T, C, P: 'p> UnindexedConsumer<T> for FilterConsumer<'p, C, P> where C: UnindexedConsumer<T>, P: Fn(&Unit) -> bool + Sync, T: Borrow<Unit>, { fn split_off_left(&self) -> Self { FilterConsumer::new(self.base.split_off_left(), &self.filter_op) } fn to_reducer(&self) -> Self::Reducer { self.base.to_reducer() } } struct FilterFolder<'p, C, P> { base: C, filter_op: &'p P, } impl<'p, C, P, T> Folder<T> for FilterFolder<'p, C, P> where C: Folder<T>, P: Fn(&Unit) -> bool + 'p, T: Borrow<Unit>, { type Result = C::Result; fn consume(self, item: T) -> Self { let filter_op = self.filter_op; if filter_op(item.borrow()) { let base = self.base.consume(item); FilterFolder { base, filter_op } } else

} fn complete(self) -> Self::Result { self.base.complete() } fn full(&self) -> bool { self.base.full() } } // Parallel Iterator adaptors here /// An iterator that filters units with given tags. #[derive(Clone)] pub struct FindTags<'a, I, T> { iter: I, tags: &'a T, } impl<'a, I, T: Container<u64>> FindTags<'a, I, T> { pub(super) fn new(iter: I, tags: &'a T) -> Self { Self { iter, tags } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let tags = self.tags; move |u| tags.contains(&u.tag) } } impl<'a, I, T> ParallelIterator for FindTags<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<u64> + Sync, { type Item = I::Item; iterator_methods!(); } /// An iterator that filters units of given type. #[derive(Clone)] pub struct OfType { iter: I, unit_type: UnitTypeId, } impl OfType { pub(super) fn new(iter: I, unit_type: UnitTypeId) -> Self { Self { iter, unit_type } } fn predicate(&self) -> impl Fn(&Unit) -> bool { let unit_type = self.unit_type; move |u| u.type_id == unit_type } } impl_simple_iterator!(OfType); /// An iterator that filters out units of given type. #[derive(Clone)] pub struct ExcludeType { iter: I, unit_type: UnitTypeId, } impl ExcludeType { pub(super) fn new(iter: I, unit_type: UnitTypeId) -> Self { Self { iter, unit_type } } fn predicate(&self) -> impl Fn(&Unit) -> bool { let unit_type = self.unit_type; move |u| u.type_id != unit_type } } impl_simple_iterator!(ExcludeType); /// An iterator that filters units of given types. #[derive(Clone)] pub struct OfTypes<'a, I, T> { iter: I, types: &'a T, } impl<'a, I, T: Container<UnitTypeId>> OfTypes<'a, I, T> { pub(super) fn new(iter: I, types: &'a T) -> Self { Self { iter, types } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let types = self.types; move |u| types.contains(&u.type_id) } } impl<'a, I, T> ParallelIterator for OfTypes<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<UnitTypeId> + Sync, { type Item = I::Item; iterator_methods!(); } /// An iterator that filters out units of given types. #[derive(Clone)] pub struct ExcludeTypes<'a, I, T> { iter: I, types: &'a T, } impl<'a, I, T: Container<UnitTypeId>> ExcludeTypes<'a, I, T> { pub(super) fn new(iter: I, types: &'a T) -> Self { Self { iter, types } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let types = self.types; move |u| !types.contains(&u.type_id) } } impl<'a, I, T> ParallelIterator for ExcludeTypes<'a, I, T> where I: ParallelIterator, I::Item: Borrow<Unit>, T: Container<UnitTypeId> + Sync, { type Item = I::Item; iterator_methods!(); } make_simple_iterator!( /// An iterator that filters ground units. Ground, |u| !u.is_flying ); make_simple_iterator!( /// An iterator that filters flying units. Flying, |u| u.is_flying ); make_simple_iterator!( /// An iterator that filters ready units and structures. Ready, |u| u.is_ready() ); make_simple_iterator!( /// An iterator that filters units structures in-progress. NotReady, |u| !u.is_ready() ); make_simple_iterator!( /// An iterator that filters units with no orders. Idle, |u| u.is_idle() ); make_simple_iterator!( /// An iterator that filters units with no orders or almost finished orders. AlmostIdle, |u| u.is_almost_idle() ); make_simple_iterator!( /// An iterator that filters units with no orders (this also handles buildings with reactor). Unused, |u| u.is_unused() ); make_simple_iterator!( /// An iterator that filters units with no orders or almost finished orders /// (this also handles buildings with reactor). AlmostUnused, |u| u.is_almost_unused() ); make_simple_iterator!( /// An iterator that filters units units visible on current step. Visible, |u| u.is_visible() ); /// An iterator that filters units in attack range of given unit. #[derive(Clone)] pub struct InRangeOf<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRangeOf<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move |u| unit.in_range(u, gap) } } impl_simple_iterator!(InRangeOf<'a>); /// An iterator that filters units close enough to attack given unit. #[derive(Clone)] pub struct InRange<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRange<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move |u| u.in_range(unit, gap) } } impl_simple_iterator!(InRange<'a>); /// An iterator that filters units in attack range of given unit (this also handles range upgrades). #[derive(Clone)] pub struct InRealRangeOf<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRealRangeOf<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move |u| unit.in_real_range(u, gap) } } impl_simple_iterator!(InRealRangeOf<'a>); /// An iterator that filters units close enough to attack given unit (this also handles range upgrades). #[derive(Clone)] pub struct InRealRange<'a, I> { iter: I, unit: &'a Unit, gap: f32, } impl<'a, I> InRealRange<'a, I> { pub(super) fn new(iter: I, unit: &'a Unit, gap: f32) -> Self { Self { iter, unit, gap } } fn predicate(&self) -> impl Fn(&Unit) -> bool + 'a { let unit = self.unit; let gap = self.gap; move |u| u.in_real_range(unit, gap) } } impl_simple_iterator!(InRealRange<'a>);

{ self }

main.rs

use rustc_hash::FxHashMap; use std::fs; use std::io::BufWriter; use std::path::PathBuf; use std::time::{Duration, SystemTime, UNIX_EPOCH}; use analyzeme::{ProfilingData, Timestamp}; use serde::ser::SerializeSeq; use serde::{Serialize, Serializer}; use serde_json::json; use std::cmp; use structopt::StructOpt; fn as_micros<S: Serializer>(d: &Duration, s: S) -> Result<S::Ok, S::Error> { let v = (d.as_secs() * 1_000_000) + (d.subsec_nanos() as u64 / 1_000); s.serialize_u64(v) } #[derive(Clone, Copy, Eq, PartialEq, Serialize)] enum EventType { #[serde(rename = "X")] Complete, } #[derive(Serialize)] struct Event { name: String, #[serde(rename = "cat")] category: String, #[serde(rename = "ph")] event_type: EventType, #[serde(rename = "ts", serialize_with = "as_micros")] #[serde()] timestamp: Duration, #[serde(rename = "dur", serialize_with = "as_micros")] duration: Duration, #[serde(rename = "pid")] process_id: u32, #[serde(rename = "tid")] thread_id: u32, args: Option<FxHashMap<String, String>>, } #[derive(StructOpt, Debug)] struct Opt { #[structopt(required_unless = "dir")] file_prefix: Vec<PathBuf>, /// all event trace files in dir will be merged to one chrome_profiler.json file #[structopt(long = "dir")] dir: Option<PathBuf>, /// collapse threads without overlapping events #[structopt(long = "collapse-threads")] collapse_threads: bool, /// filter out events with shorter duration (in microseconds) #[structopt(long = "minimum-duration")] minimum_duration: Option<u128>, } // generate mapping from thread_id to collapsed thread_id or an empty map fn generate_thread_to_collapsed_thread_mapping( opt: &Opt, data: &ProfilingData, ) -> FxHashMap<u32, u32> { let mut thread_to_collapsed_thread: FxHashMap<u32, u32> = FxHashMap::default(); if opt.collapse_threads { // collect start and end times for all threads let mut thread_start_and_end: FxHashMap<u32, (SystemTime, SystemTime)> = FxHashMap::default(); for event in data.iter() { thread_start_and_end .entry(event.thread_id) .and_modify(|(thread_start, thread_end)| { let (event_min, event_max) = timestamp_to_min_max(event.timestamp); *thread_start = cmp::min(*thread_start, event_min); *thread_end = cmp::max(*thread_end, event_max); }) .or_insert_with(|| timestamp_to_min_max(event.timestamp)); } // collect the the threads in order of the end time let mut end_and_thread = thread_start_and_end .iter() .map(|(&thread_id, &(_start, end))| (end, thread_id)) .collect::<Vec<_>>(); end_and_thread.sort_unstable_by_key(|&(end, _thread_id)| end); let mut next_end_iter = end_and_thread.iter().peekable(); // collect the the threads in order of the start time let mut start_and_thread = thread_start_and_end .iter() .map(|(&thread_id, &(start, _end))| (start, thread_id)) .collect::<Vec<_>>(); start_and_thread.sort_unstable_by_key(|&(start, _thread_id)| start); let mut current_thread_id = 0; // use new thread_ids to avoid strange gaps in the numbers for &(start, thread_id) in start_and_thread.iter() { // safe to unwrap due to end_and_thread and start_and_thread have the same length let (next_end, next_thread_id) = next_end_iter.peek().unwrap(); if start > *next_end { next_end_iter.next(); // need to lookup the thread_id due to new and collapsed threads let mapped_thread_id = *thread_to_collapsed_thread .get(&next_thread_id) .unwrap_or(&next_thread_id); thread_to_collapsed_thread.insert(thread_id, mapped_thread_id); } else { thread_to_collapsed_thread.insert(thread_id, current_thread_id); current_thread_id += 1; } } } thread_to_collapsed_thread } fn get_args(full_event: &analyzeme::Event) -> Option<FxHashMap<String, String>>

fn main() -> Result<(), Box<dyn std::error::Error>> { let opt = Opt::from_args(); let chrome_file = BufWriter::new(fs::File::create("chrome_profiler.json")?); let mut serializer = serde_json::Serializer::new(chrome_file); let mut seq = serializer.serialize_seq(None)?; let dir_paths = file_prefixes_in_dir(&opt)?; for file_prefix in opt.file_prefix.iter().chain(dir_paths.iter()) { let data = ProfilingData::new(&file_prefix)?; let thread_to_collapsed_thread = generate_thread_to_collapsed_thread_mapping(&opt, &data); // Chrome does not seem to like how many QueryCacheHit events we generate // only handle Interval events for now for event in data.iter().filter(|e| !e.timestamp.is_instant()) { let duration = event.duration().unwrap(); if let Some(minimum_duration) = opt.minimum_duration { if duration.as_micros() < minimum_duration { continue; } } let full_event = event.to_event(); let crox_event = Event { name: full_event.label.clone().into_owned(), category: full_event.event_kind.clone().into_owned(), event_type: EventType::Complete, timestamp: event.timestamp.start().duration_since(UNIX_EPOCH).unwrap(), duration, process_id: data.metadata.process_id, thread_id: *thread_to_collapsed_thread .get(&event.thread_id) .unwrap_or(&event.thread_id), args: get_args(&full_event), }; seq.serialize_element(&crox_event)?; } // add crate name for the process_id let index_of_crate_name = data .metadata .cmd .find(" --crate-name ") .map(|index| index + 14); if let Some(index) = index_of_crate_name { let (_, last) = data.metadata.cmd.split_at(index); let (crate_name, _) = last.split_at(last.find(" ").unwrap_or(last.len())); let process_name = json!({ "name": "process_name", "ph" : "M", "ts" : 0, "tid" : 0, "cat" : "", "pid" : data.metadata.process_id, "args": { "name" : crate_name } }); seq.serialize_element(&process_name)?; } // sort the processes after start time let process_name = json!({ "name": "process_sort_index", "ph" : "M", "ts" : 0, "tid" : 0, "cat" : "", "pid" : data.metadata.process_id, "args": { "sort_index" : data.metadata.start_time.duration_since(UNIX_EPOCH).unwrap().as_micros() as u64 } }); seq.serialize_element(&process_name)?; } seq.end()?; Ok(()) } fn file_prefixes_in_dir(opt: &Opt) -> Result<Vec<PathBuf>, std::io::Error> { let mut result = Vec::new(); if let Some(dir_path) = &opt.dir { for entry in fs::read_dir(dir_path)? { let entry = entry?; let path = entry.path(); if path.extension().filter(|e| *e == "events").is_some() { result.push(path) } } } Ok(result) } fn timestamp_to_min_max(timestamp: Timestamp) -> (SystemTime, SystemTime) { match timestamp { Timestamp::Instant(t) => (t, t), Timestamp::Interval { start, end } => { // Usually start should always be greater than end, but let's not // choke on invalid data here. (cmp::min(start, end), cmp::max(start, end)) } } }

{ if !full_event.additional_data.is_empty() { Some( full_event .additional_data .iter() .enumerate() .map(|(i, arg)| (format!("arg{}", i).to_string(), arg.to_string())) .collect(), ) } else { None } }

test_simple_storage.py

from brownie import SimpleStorage, accounts def test_deploy(): # Arrange account = accounts[0] # Act simple_storage = SimpleStorage.deploy({"from": account}) starting_value = simple_storage.retrieve() expected = 0 # Assert assert starting_value == expected def testupdating_storage(): # Arrange

account = accounts[0] simple_storage = SimpleStorage.deploy({"from": account}) # Act store_value = 100 transaction = simple_storage.store(store_value, {"from": account}) updated_value = simple_storage.retrieve() # Assert assert updated_value == store_value

upload.go

package cmd import ( "context" "errors" "fmt" "io/ioutil" stencilv1beta1 "github.com/odpf/stencil/server/odpf/stencil/v1beta1" "github.com/spf13/cobra" "google.golang.org/grpc" "google.golang.org/grpc/status" ) // UploadCmd creates a new cobra command for upload func

() *cobra.Command { var host, filePath string var req stencilv1beta1.CreateSchemaRequest var format, compatibility string cmd := &cobra.Command{ Use: "upload", Short: "Upload filedescriptorset file", Args: cobra.NoArgs, Annotations: map[string]string{ "group:core": "true", }, RunE: func(cmd *cobra.Command, args []string) error { fileData, err := ioutil.ReadFile(filePath) if err != nil { return err } req.Data = fileData conn, err := grpc.Dial(host, grpc.WithInsecure()) if err != nil { return err } defer conn.Close() client := stencilv1beta1.NewStencilServiceClient(conn) req.Compatibility = stencilv1beta1.Schema_Compatibility(stencilv1beta1.Schema_Compatibility_value[compatibility]) req.Format = stencilv1beta1.Schema_Format(stencilv1beta1.Schema_Format_value[format]) _, err = client.CreateSchema(context.Background(), &req) if err != nil { errStatus := status.Convert(err) return errors.New(errStatus.Message()) } fmt.Println("success") return nil }, } cmd.Flags().StringVar(&host, "host", "", "stencil host address eg: localhost:8000") cmd.MarkFlagRequired("host") cmd.Flags().StringVar(&req.NamespaceId, "namespace", "", "provide namespace/group or entity name") cmd.MarkFlagRequired("namespace") cmd.Flags().StringVar(&req.SchemaId, "name", "", "provide proto repo name") cmd.MarkFlagRequired("name") cmd.Flags().StringVar(&filePath, "file", "", "provide path to fully contained file descriptor set file") cmd.MarkFlagRequired("file") cmd.Flags().StringVar(&format, "format", "", "schema format. Valid values are FORMAT_PROTOBUF,FORMAT_AVRO,FORMAT_JSON") cmd.Flags().StringVar(&compatibility, "compatibility", "COMPATIBILITY_FULL", "schema compatibility. Valid values are COMPATIBILITY_FULL") return cmd }

UploadCmd

rewrite-if-into-ternary.js

let result; if (a + b < 4) { result = 'Below'; } else { result = 'Over'; } let result = (a + b < 4) ? 'Below' : 'Over';

//another task let message; if (login == 'Employee') { message = 'Hello'; } else if (login == 'Director') { message = 'Greetings'; } else if (login == '') { message = 'No login'; } else { message = ''; } let message = login == 'Employee' ? 'Hello' : login == 'Director' ? 'Greetings' : login == '' ? 'No login' : ''

repo.rs

use std::path::{Path, PathBuf}; use crate::fs; use crate::git; use crate::ignore::Ignorer; #[derive(Debug)] pub struct RepositoryFilter { pub dirty: bool, pub unpushed: bool, pub ignorer: Ignorer, } #[derive(Debug)] pub struct Repository { path: PathBuf, } impl Repository { pub fn run(&self, args: &[String]) -> bool { git::run_in_context(&self.path, args).unwrap_or(false) } pub fn get_path(&self, base: &Path, absolute: bool) -> &Path { if absolute { &self.path } else { self.rel_path(base) } } fn

(&self, base: &Path) -> &Path { let name = self.path.strip_prefix(base).unwrap(); if name.components().next().is_none() { Path::new(".") } else { name } } } pub fn list_from_vec(filter: &RepositoryFilter, base_dir: &Path, paths: Vec<PathBuf>) -> Vec<Repository> { let paths = paths .into_iter() .map(|path| { if path.is_absolute() { path } else { base_dir.join(path) } }) .collect(); mkrepos(filter, paths) } pub fn list_from_fs(filter: &RepositoryFilter, base_dir: &Path) -> Vec<Repository> { mkrepos(filter, fs::list_repos(base_dir).unwrap()) } fn mkrepos(filter: &RepositoryFilter, paths: Vec<PathBuf>) -> Vec<Repository> { use rayon::prelude::*; paths .into_par_iter() .filter_map(|path| { if filter.ignorer.is_match(&path) || !git::is_actual(&path) || (filter.dirty && !git::is_dirty(&path)) || (filter.unpushed && !git::is_unpushed(&path)) { None } else { Some(Repository { path }) } }) .collect() }

rel_path

handshake.go

package dist import ( "bytes" "crypto/md5" "encoding/binary" "fmt" "io" "math/rand" "time" "github.com/ergo-services/ergo/lib" "github.com/ergo-services/ergo/node" ) const ( DistHandshakeVersion5 node.HandshakeVersion = 5 DistHandshakeVersion6 node.HandshakeVersion = 6 DefaultDistHandshakeVersion = DistHandshakeVersion5 // distribution flags are defined here https://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-flags flagPublished nodeFlagId = 0x1 flagAtomCache = 0x2 flagExtendedReferences = 0x4 flagDistMonitor = 0x8 flagFunTags = 0x10 flagDistMonitorName = 0x20 flagHiddenAtomCache = 0x40 flagNewFunTags = 0x80 flagExtendedPidsPorts = 0x100 flagExportPtrTag = 0x200 flagBitBinaries = 0x400 flagNewFloats = 0x800 flagUnicodeIO = 0x1000 flagDistHdrAtomCache = 0x2000 flagSmallAtomTags = 0x4000 flagUTF8Atoms = 0x10000 flagMapTag = 0x20000 flagBigCreation = 0x40000 flagSendSender = 0x80000 // since OTP.21 enable replacement for SEND (distProtoSEND by distProtoSEND_SENDER) flagBigSeqTraceLabels = 0x100000 flagExitPayload = 0x400000 // since OTP.22 enable replacement for EXIT, EXIT2, MONITOR_P_EXIT flagFragments = 0x800000 flagHandshake23 = 0x1000000 // new connection setup handshake (version 6) introduced in OTP 23 flagUnlinkID = 0x2000000 // for 64bit flags flagSpawn = 1 << 32 flagNameMe = 1 << 33 flagV4NC = 1 << 34 flagAlias = 1 << 35 ) type nodeFlagId uint64 type nodeFlags nodeFlagId func (nf nodeFlags) toUint32() uint32 { return uint32(nf) } func (nf nodeFlags) toUint64() uint64 { return uint64(nf) } func (nf nodeFlags) isSet(f nodeFlagId) bool { return (uint64(nf) & uint64(f)) != 0 } func toNodeFlags(f ...nodeFlagId) nodeFlags { var flags uint64 for _, v := range f { flags |= uint64(v) } return nodeFlags(flags) } // DistHandshake implements Erlang handshake type DistHandshake struct { node.Handshake nodename string creation uint32 challenge uint32 timeout time.Duration options DistHandshakeOptions } type DistHandshakeOptions struct { Version node.HandshakeVersion // 5 or 6 Cookie string } func

(timeout time.Duration, options DistHandshakeOptions) node.HandshakeInterface { // must be 5 or 6 if options.Version != DistHandshakeVersion5 && options.Version != DistHandshakeVersion6 { options.Version = DefaultDistHandshakeVersion } return &DistHandshake{ options: options, challenge: rand.Uint32(), } } // Init implements Handshake interface mothod func (dh *DistHandshake) Init(nodename string, creation uint32) error { dh.nodename = nodename dh.creation = creation return nil } func (dh *DistHandshake) Version() node.HandshakeVersion { return dh.options.Version } func (dh *DistHandshake) Start(conn io.ReadWriter, tls bool) (node.ProtoOptions, error) { var peer_challenge uint32 var peer_name string var peer_flags nodeFlags var protoOptions node.ProtoOptions flags := toNodeFlags( flagPublished, flagUnicodeIO, flagDistMonitor, flagDistMonitorName, flagExtendedPidsPorts, flagExtendedReferences, flagAtomCache, flagDistHdrAtomCache, flagHiddenAtomCache, flagNewFunTags, flagSmallAtomTags, flagUTF8Atoms, flagMapTag, flagFragments, flagHandshake23, flagBigCreation, flagSpawn, flagV4NC, flagAlias, ) b := lib.TakeBuffer() defer lib.ReleaseBuffer(b) var await []byte if dh.options.Version == DistHandshakeVersion5 { dh.composeName(b, tls, flags) // the next message must be send_status 's' or send_challenge 'n' (for // handshake version 5) or 'N' (for handshake version 6) await = []byte{'s', 'n', 'N'} } else { dh.composeNameVersion6(b, tls, flags) await = []byte{'s', 'N'} } if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // define timeout for the handshaking timer := time.NewTimer(dh.timeout) defer timer.Stop() asyncReadChannel := make(chan error, 2) asyncRead := func() { _, e := b.ReadDataFrom(conn, 512) asyncReadChannel <- e } // http://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-handshake // Every message in the handshake starts with a 16-bit big-endian integer, // which contains the message length (not counting the two initial bytes). // In Erlang this corresponds to option {packet, 2} in gen_tcp(3). Notice // that after the handshake, the distribution switches to 4 byte packet headers. expectingBytes := 2 if tls { // TLS connection has 4 bytes packet length header expectingBytes = 4 } for { go asyncRead() select { case <-timer.C: return protoOptions, fmt.Errorf("handshake timeout") case e := <-asyncReadChannel: if e != nil { return protoOptions, e } next: l := binary.BigEndian.Uint16(b.B[expectingBytes-2 : expectingBytes]) buffer := b.B[expectingBytes:] if len(buffer) < int(l) { return protoOptions, fmt.Errorf("malformed handshake (wrong packet length)") } // chech if we got correct message type regarding to 'await' value if bytes.Count(await, buffer[0:1]) == 0 { return protoOptions, fmt.Errorf("malformed handshake (wrong response)") } switch buffer[0] { case 'n': // 'n' + 2 (version) + 4 (flags) + 4 (challenge) + name... if len(b.B) < 12 { return protoOptions, fmt.Errorf("malformed handshake ('n')") } peer_challenge, peer_name, peer_flags = dh.readChallenge(b.B[1:]) if peer_challenge == 0 { return protoOptions, fmt.Errorf("malformed handshake (mismatch handshake version") } b.Reset() dh.composeChallengeReply(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // add 's' status for the case if we got it after 'n' or 'N' message // yes, sometime it happens await = []byte{'s', 'a'} case 'N': // Peer support version 6. // The new challenge message format (version 6) // 8 (flags) + 4 (Creation) + 2 (NameLen) + Name if len(buffer) < 16 { return protoOptions, fmt.Errorf("malformed handshake ('N' length)") } peer_challenge, peer_name, peer_flags = dh.readChallengeVersion6(buffer[1:]) b.Reset() if dh.options.Version == DistHandshakeVersion5 { // upgrade handshake to version 6 by sending complement message dh.composeComplement(b, flags, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } } dh.composeChallengeReply(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return protoOptions, e } // add 's' (send_status message) for the case if we got it after 'n' or 'N' message await = []byte{'s', 'a'} case 'a': // 'a' + 16 (digest) if len(buffer) != 17 { return protoOptions, fmt.Errorf("malformed handshake ('a' length of digest)") } // 'a' + 16 (digest) digest := genDigest(dh.challenge, dh.options.Cookie) if bytes.Compare(buffer[1:17], digest) != 0 { return protoOptions, fmt.Errorf("malformed handshake ('a' digest)") } // handshaked //FIXME protoOptions = node.DefaultProtoOptions(0, false) return protoOptions, nil case 's': if dh.readStatus(buffer[1:]) == false { return protoOptions, fmt.Errorf("handshake negotiation failed") } await = []byte{'n', 'N'} // "sok" if len(buffer) > 4 { b.B = b.B[expectingBytes+3:] goto next } b.Reset() default: return protoOptions, fmt.Errorf("malformed handshake ('%c' digest)", buffer[0]) } } } } func (dh *DistHandshake) Accept(conn io.ReadWriter, tls bool) (string, node.ProtoOptions, error) { var peer_challenge uint32 var peer_name string var peer_flags nodeFlags var protoOptions node.ProtoOptions var err error flags := toNodeFlags( flagPublished, flagUnicodeIO, flagDistMonitor, flagDistMonitorName, flagExtendedPidsPorts, flagExtendedReferences, flagAtomCache, flagDistHdrAtomCache, flagHiddenAtomCache, flagNewFunTags, flagSmallAtomTags, flagUTF8Atoms, flagMapTag, flagFragments, flagHandshake23, flagBigCreation, flagSpawn, flagV4NC, flagAlias, ) b := lib.TakeBuffer() defer lib.ReleaseBuffer(b) var await []byte // define timeout for the handshaking timer := time.NewTimer(dh.timeout) defer timer.Stop() asyncReadChannel := make(chan error, 2) asyncRead := func() { _, e := b.ReadDataFrom(conn, 512) asyncReadChannel <- e } // http://erlang.org/doc/apps/erts/erl_dist_protocol.html#distribution-handshake // Every message in the handshake starts with a 16-bit big-endian integer, // which contains the message length (not counting the two initial bytes). // In Erlang this corresponds to option {packet, 2} in gen_tcp(3). Notice // that after the handshake, the distribution switches to 4 byte packet headers. expectingBytes := 2 if tls { // TLS connection has 4 bytes packet length header expectingBytes = 4 } // the comming message must be 'receive_name' as an answer for the // 'send_name' message request we just sent await = []byte{'n', 'N'} for { go asyncRead() select { case <-timer.C: return peer_name, protoOptions, fmt.Errorf("handshake accept timeout") case e := <-asyncReadChannel: if e != nil { return peer_name, protoOptions, e } if b.Len() < expectingBytes+1 { return peer_name, protoOptions, fmt.Errorf("malformed handshake (too short packet)") } next: l := binary.BigEndian.Uint16(b.B[expectingBytes-2 : expectingBytes]) buffer := b.B[expectingBytes:] if len(buffer) < int(l) { return peer_name, protoOptions, fmt.Errorf("malformed handshake (wrong packet length)") } if bytes.Count(await, buffer[0:1]) == 0 { return peer_name, protoOptions, fmt.Errorf("malformed handshake (wrong response %d)", buffer[0]) } switch buffer[0] { case 'n': if len(buffer) < 8 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('n' length)") } peer_name, peer_flags, err = dh.readName(buffer[1:]) if err != nil { return peer_name, protoOptions, err } b.Reset() dh.composeStatus(b, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('n' accept name)") } b.Reset() if peer_flags.isSet(flagHandshake23) { dh.composeChallengeVersion6(b, tls, flags) await = []byte{'s', 'r', 'c'} } else { dh.composeChallenge(b, tls, flags) await = []byte{'s', 'r'} } if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } case 'N': // The new challenge message format (version 6) // 8 (flags) + 4 (Creation) + 2 (NameLen) + Name if len(buffer) < 16 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('N' length)") } peer_name, peer_flags, err = dh.readNameVersion6(buffer[1:]) if err != nil { return peer_name, protoOptions, err } b.Reset() dh.composeStatus(b, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('N' accept name)") } b.Reset() dh.composeChallengeVersion6(b, tls, flags) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } await = []byte{'s', 'r'} case 'c': if len(buffer) < 9 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('c' length)") } peer_flags = dh.readComplement(buffer[1:], peer_flags) await = []byte{'r'} if len(buffer) > 9 { b.B = b.B[expectingBytes+9:] goto next } b.Reset() case 'r': if len(buffer) < 19 { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('r' length)") } peer_challenge, valid := dh.validateChallengeReply(buffer[1:]) if valid == false { return peer_name, protoOptions, fmt.Errorf("malformed handshake ('r' invalid reply)") } b.Reset() dh.composeChallengeAck(b, peer_challenge, tls) if e := b.WriteDataTo(conn); e != nil { return peer_name, protoOptions, e } // handshaked // FIXME protoOptions = node.DefaultProtoOptions(0, false) return peer_name, protoOptions, nil case 's': if dh.readStatus(buffer[1:]) == false { return peer_name, protoOptions, fmt.Errorf("link status != ok") } await = []byte{'c', 'r'} if len(buffer) > 4 { b.B = b.B[expectingBytes+3:] goto next } b.Reset() default: return peer_name, protoOptions, fmt.Errorf("malformed handshake (unknown code %d)", b.B[0]) } } } } // private functions func (dh *DistHandshake) composeName(b *lib.Buffer, tls bool, flags nodeFlags) { version := uint16(dh.options.Version) if tls { b.Allocate(11) dataLength := 7 + len(dh.nodename) // byte + uint16 + uint32 + len(dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'n' binary.BigEndian.PutUint16(b.B[5:7], version) // uint16 binary.BigEndian.PutUint32(b.B[7:11], flags.toUint32()) // uint32 b.Append([]byte(dh.nodename)) return } b.Allocate(9) dataLength := 7 + len(dh.nodename) // byte + uint16 + uint32 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'n' binary.BigEndian.PutUint16(b.B[3:5], version) // uint16 binary.BigEndian.PutUint32(b.B[5:9], flags.toUint32()) // uint32 b.Append([]byte(dh.nodename)) } func (dh *DistHandshake) composeNameVersion6(b *lib.Buffer, tls bool, flags nodeFlags) { creation := uint32(dh.creation) if tls { b.Allocate(19) dataLength := 15 + len(dh.nodename) // 1 + 8 (flags) + 4 (creation) + 2 (len dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'N' binary.BigEndian.PutUint64(b.B[5:13], flags.toUint64()) // uint64 binary.BigEndian.PutUint32(b.B[13:17], creation) //uint32 binary.BigEndian.PutUint16(b.B[17:19], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) return } b.Allocate(17) dataLength := 15 + len(dh.nodename) // 1 + 8 (flags) + 4 (creation) + 2 (len dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'N' binary.BigEndian.PutUint64(b.B[3:11], flags.toUint64()) // uint64 binary.BigEndian.PutUint32(b.B[11:15], creation) // uint32 binary.BigEndian.PutUint16(b.B[15:17], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) } func (dh *DistHandshake) readName(b []byte) (string, nodeFlags, error) { if len(b[6:]) > 250 { return "", 0, fmt.Errorf("Malformed node name") } nodename := string(b[6:]) flags := nodeFlags(binary.BigEndian.Uint32(b[2:6])) // don't care of version value. its always == 5 according to the spec // version := binary.BigEndian.Uint16(b[0:2]) return nodename, flags, nil } func (dh *DistHandshake) readNameVersion6(b []byte) (string, nodeFlags, error) { nameLen := int(binary.BigEndian.Uint16(b[12:14])) if nameLen > 250 { return "", 0, fmt.Errorf("Malformed node name") } nodename := string(b[14 : 14+nameLen]) flags := nodeFlags(binary.BigEndian.Uint64(b[0:8])) // don't care of peer creation value // creation:= binary.BigEndian.Uint32(b[8:12]), return nodename, flags, nil } func (dh *DistHandshake) composeStatus(b *lib.Buffer, tls bool) { // there are few options for the status: ok, ok_simultaneous, nok, not_allowed, alive // More details here: https://erlang.org/doc/apps/erts/erl_dist_protocol.html#the-handshake-in-detail // support "ok" only, in any other cases link will be just closed if tls { b.Allocate(4) dataLength := 3 // 's' + "ok" binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.Append([]byte("sok")) return } b.Allocate(2) dataLength := 3 // 's' + "ok" binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.Append([]byte("sok")) } func (dh *DistHandshake) readStatus(msg []byte) bool { if string(msg[:2]) == "ok" { return true } return false } func (dh *DistHandshake) composeChallenge(b *lib.Buffer, tls bool, flags nodeFlags) { if tls { b.Allocate(15) dataLength := uint32(11 + len(dh.nodename)) binary.BigEndian.PutUint32(b.B[0:4], dataLength) b.B[4] = 'n' binary.BigEndian.PutUint16(b.B[5:7], uint16(dh.options.Version)) // uint16 binary.BigEndian.PutUint32(b.B[7:11], flags.toUint32()) // uint32 binary.BigEndian.PutUint32(b.B[11:15], dh.challenge) // uint32 b.Append([]byte(dh.nodename)) return } b.Allocate(13) dataLength := 11 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'n' binary.BigEndian.PutUint16(b.B[3:5], uint16(dh.options.Version)) // uint16 binary.BigEndian.PutUint32(b.B[5:9], flags.toUint32()) // uint32 binary.BigEndian.PutUint32(b.B[9:13], dh.challenge) // uint32 b.Append([]byte(dh.nodename)) } func (dh *DistHandshake) composeChallengeVersion6(b *lib.Buffer, tls bool, flags nodeFlags) { if tls { // 1 ('N') + 8 (flags) + 4 (chalange) + 4 (creation) + 2 (len(dh.nodename)) b.Allocate(23) dataLength := 19 + len(dh.nodename) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'N' binary.BigEndian.PutUint64(b.B[5:13], uint64(flags)) // uint64 binary.BigEndian.PutUint32(b.B[13:17], dh.challenge) // uint32 binary.BigEndian.PutUint32(b.B[17:21], dh.creation) // uint32 binary.BigEndian.PutUint16(b.B[21:23], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) return } // 1 ('N') + 8 (flags) + 4 (chalange) + 4 (creation) + 2 (len(dh.nodename)) b.Allocate(21) dataLength := 19 + len(dh.nodename) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'N' binary.BigEndian.PutUint64(b.B[3:11], uint64(flags)) // uint64 binary.BigEndian.PutUint32(b.B[11:15], dh.challenge) // uint32 binary.BigEndian.PutUint32(b.B[15:19], dh.creation) // uint32 binary.BigEndian.PutUint16(b.B[19:21], uint16(len(dh.nodename))) // uint16 b.Append([]byte(dh.nodename)) } // returns challange, nodename, nodeFlags func (dh *DistHandshake) readChallenge(msg []byte) (challenge uint32, nodename string, flags nodeFlags) { version := binary.BigEndian.Uint16(msg[0:2]) if version != uint16(DistHandshakeVersion5) { return } challenge = binary.BigEndian.Uint32(msg[6:10]) nodename = string(msg[10:]) flags = nodeFlags(binary.BigEndian.Uint32(msg[2:6])) return } func (dh *DistHandshake) readChallengeVersion6(msg []byte) (challenge uint32, nodename string, flags nodeFlags) { lenName := int(binary.BigEndian.Uint16(msg[16:18])) challenge = binary.BigEndian.Uint32(msg[8:12]) nodename = string(msg[18 : 18+lenName]) flags = nodeFlags(binary.BigEndian.Uint64(msg[0:8])) // don't care about 'creation' // creation := binary.BigEndian.Uint32(msg[12:16]), return } func (dh *DistHandshake) readComplement(msg []byte, peer_flags nodeFlags) nodeFlags { flags := uint64(binary.BigEndian.Uint32(msg[0:4])) << 32 peer_flags = nodeFlags(peer_flags.toUint64() | flags) // creation = binary.BigEndian.Uint32(msg[4:8]) return peer_flags } func (dh *DistHandshake) validateChallengeReply(b []byte) (uint32, bool) { challenge := binary.BigEndian.Uint32(b[:4]) digestB := b[4:] digestA := genDigest(dh.challenge, dh.options.Cookie) return challenge, bytes.Equal(digestA[:], digestB) } func (dh *DistHandshake) composeChallengeAck(b *lib.Buffer, peer_challenge uint32, tls bool) { if tls { b.Allocate(5) dataLength := uint32(17) // 'a' + 16 (digest) binary.BigEndian.PutUint32(b.B[0:4], dataLength) b.B[4] = 'a' digest := genDigest(peer_challenge, dh.options.Cookie) b.Append(digest) return } b.Allocate(3) dataLength := uint16(17) // 'a' + 16 (digest) binary.BigEndian.PutUint16(b.B[0:2], dataLength) b.B[2] = 'a' digest := genDigest(peer_challenge, dh.options.Cookie) b.Append(digest) } func (dh *DistHandshake) composeChallengeReply(b *lib.Buffer, challenge uint32, tls bool) { if tls { digest := genDigest(challenge, dh.options.Cookie) b.Allocate(9) dataLength := 5 + len(digest) // 1 (byte) + 4 (challenge) + 16 (digest) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'r' binary.BigEndian.PutUint32(b.B[5:9], dh.challenge) // uint32 b.Append(digest) return } b.Allocate(7) digest := genDigest(challenge, dh.options.Cookie) dataLength := 5 + len(digest) // 1 (byte) + 4 (challenge) + 16 (digest) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'r' binary.BigEndian.PutUint32(b.B[3:7], dh.challenge) // uint32 b.Append(digest) } func (dh *DistHandshake) composeComplement(b *lib.Buffer, flags nodeFlags, tls bool) { // cast must cast creation to int32 in order to follow the // erlang's handshake. Ergo don't care of it. node_flags := uint32(flags.toUint64() >> 32) if tls { b.Allocate(13) dataLength := 9 // 1 + 4 (flag high) + 4 (creation) binary.BigEndian.PutUint32(b.B[0:4], uint32(dataLength)) b.B[4] = 'c' binary.BigEndian.PutUint32(b.B[5:9], node_flags) binary.BigEndian.PutUint32(b.B[9:13], dh.creation) return } dataLength := 9 // 1 + 4 (flag high) + 4 (creation) b.Allocate(11) binary.BigEndian.PutUint16(b.B[0:2], uint16(dataLength)) b.B[2] = 'c' binary.BigEndian.PutUint32(b.B[3:7], node_flags) binary.BigEndian.PutUint32(b.B[7:11], dh.creation) } func genDigest(challenge uint32, cookie string) []byte { s := fmt.Sprintf("%s%d", cookie, challenge) digest := md5.Sum([]byte(s)) return digest[:] }

CreateDistHandshake

exceptions.py

# """ Texar defined exceptions. """ from __future__ import absolute_import from __future__ import print_function from __future__ import division __all__ = [ "TexarError" ] class

(Exception): """ Texar error. """ pass

TexarError

index.ts

import {Component} from '@angular/core'; import {FormControl, FormGroup} from '@angular/forms'; import {TuiTime} from '@taiga-ui/cdk'; import {changeDetection} from '../../../../../change-detection-strategy'; import {encapsulation} from '../../../../../view-encapsulation'; @Component({ selector: 'tui-input-time-example-1', templateUrl: './index.html', changeDetection, encapsulation, }) export class

{ readonly testForm = new FormGroup({ testValue: new FormControl(new TuiTime(12, 30)), }); }

TuiInputTimeExample1

binaries_test.go

package binaries import ( "fmt" "io/ioutil" "log" "os" "testing" "time" "github.com/stretchr/testify/assert" ) func tmpDir(t *testing.T) string { dir, err := ioutil.TempDir("/tmp", "prisma-client-go-test-fetchEngine-") if err != nil { t.Fatal(err) } return dir } func TestFetch(t *testing.T) { dir := tmpDir(t) //goland:noinspection GoUnhandledErrorResult defer os.RemoveAll(dir) if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine failed: %s", err) } } func TestFetch_localDir(t *testing.T) { wd, err := os.Getwd() if err != nil { t.Fatal(err) } if err := FetchNative(wd); err != nil { t.Fatalf("fetchEngine failed: %s", err) } } func TestFetch_withCache(t *testing.T) { dir := tmpDir(t) //goland:noinspection GoUnhandledErrorResult defer os.RemoveAll(dir) start := time.Now() if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine 1 failed: %s", err) } log.Printf("first fetchEngine took %s", time.Since(start)) start = time.Now() if err := FetchNative(dir); err != nil { t.Fatalf("fetchEngine 2 failed: %s", err) } log.Printf("second fetchEngine took %s", time.Since(start))

} func TestFetch_relativeDir(t *testing.T) { actual := FetchNative(".") expected := fmt.Errorf("toDir must be absolute") assert.Equal(t, expected, actual) }

if time.Since(start) > 10*time.Millisecond { t.Fatalf("second fetchEngine took more than 10ms") }

server.py

from flask import Flask, send_from_directory import os import connexion from connexion.resolver import RestyResolver from flask_socketio import SocketIO, send, emit # Constants STATIC_FILES_DIR = 'static' # The application server app = connexion.FlaskApp(__name__, specification_dir='swagger/', resolver=RestyResolver('VrDemoServer.api')) flask_app = app.app # We define the websocket feature socketio = SocketIO(flask_app) @socketio.on('message') def handle_message(message):

# We add the OpenApi definitions app.add_api('demo2.yaml') # we define that all static content will be served from the STATIC_FILES_DIR subdirectory static_files_dir_path = os.path.join(os.path.dirname(os.path.realpath(__file__)), STATIC_FILES_DIR) app.static_folder = STATIC_FILES_DIR app.add_url_rule( app.app.static_url_path + "/<path:filename>", endpoint="static", view_func=app.app.send_static_file, ) # we redirect the root index.thml to the app_index.html @app.route('/', methods=['GET']) def serve_index(): return send_from_directory(static_files_dir_path, 'app_index.html') # function to launch the server def run_server(ip, port=8080, debug=False): # print('starting rest api') # app.run(host=ip, port=port, debug=debug) print('starting websocket') socketio.run(flask_app, host=ip, port=port, debug=debug)

print('received message: ' + message) emit('my response', "res"+message)

timestamp.ts

import {Operator} from '../Operator'; import {Observable} from '../Observable'; import {Subscriber} from '../Subscriber'; import {Scheduler} from '../Scheduler'; import {async} from '../scheduler/async'; /** * @param scheduler * @return {Observable<Timestamp<any>>|WebSocketSubject<T>|Observable<T>} * @method timestamp * @owner Observable */ export function timestamp<T>(scheduler: Scheduler = async): Observable<Timestamp<T>> { return this.lift(new TimestampOperator(scheduler)); } export interface TimestampSignature<T> { (scheduler?: Scheduler): Observable<Timestamp<T>>; } export class Timestamp<T> { constructor(public value: T, public timestamp: number) { } }; class

<T> implements Operator<T, Timestamp<T>> { constructor(private scheduler: Scheduler) { } call(observer: Subscriber<Timestamp<T>>): Subscriber<T> { return new TimestampSubscriber(observer, this.scheduler); } } class TimestampSubscriber<T> extends Subscriber<T> { constructor(destination: Subscriber<Timestamp<T>>, private scheduler: Scheduler) { super(destination); } protected _next(value: T): void { const now = this.scheduler.now(); this.destination.next(new Timestamp(value, now)); } }

TimestampOperator

validation.go

package operator import ( "fmt" "net" "os" "k8s.io/apimachinery/pkg/util/errors" ) // IsValidConfig checks the validity of all configuration options. func IsValidConfig(cfg *Config) error { errs := []error{} errs = append(errs, IsValidNamespaceConfig(cfg)) errs = append(errs, IsValidListenConfig(cfg)) errs = append(errs, IsValidPrestoConfig(cfg)) errs = append(errs, IsValidHiveConfig(cfg)) errs = append(errs, IsValidKubeConfig(cfg.Kubeconfig)) errs = append(errs, IsValidPrometheusConfig(cfg)) if err := isValidTLSConfig(&cfg.APITLSConfig); err != nil { errs = append(errs, fmt.Errorf("error validating apiTLSConfig: %s", err.Error())) } if err := isValidTLSConfig(&cfg.MetricsTLSConfig); err != nil { errs = append(errs, fmt.Errorf("error validating metricsTLSConfig: %s", err.Error())) } if len(errs) != 0 { return errors.NewAggregate(errs) } return nil } // IsValidNamespaceConfig ensures that if you are using target namespaces the all namespace field is correct. func IsValidNamespaceConfig(cfg *Config) error { if len(cfg.TargetNamespaces) > 1 && !cfg.AllNamespaces { return fmt.Errorf("must set allNamespaces if more than one namespace is passed to targetNamespaces") } return nil } // IsValidListenConfig ensures all *Listen fields are set to valid host/ports if they have a value set. func IsValidListenConfig(cfg *Config) error { errs := []error{} errs = append(errs, isValidHostPort(cfg.APIListen, "apiListen")) if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidPrestoConfig ensure all Presto* fields are valid if provided. func IsValidPrestoConfig(cfg *Config) error { errs := []error{} if !cfg.PrestoUseTLS { if cfg.PrestoUseClientCertAuth { errs = append(errs, fmt.Errorf("prestoUseClientCertAuth cannot be set to true if prestoUseTLS is false")) } if len(cfg.PrestoCAFile) > 0 { errs = append(errs, fmt.Errorf("prestoCAFile cannot be set if prestoUseTLS is false")) } } if len(cfg.PrestoCAFile) > 0 { if _, err := os.Stat(cfg.PrestoCAFile); err != nil { errs = append(errs, err) } } if (len(cfg.PrestoClientCertFile) > 0 && len(cfg.PrestoClientKeyFile) == 0) || (len(cfg.PrestoClientKeyFile) > 0 && len(cfg.PrestoClientCertFile) == 0) { errs = append(errs, fmt.Errorf("prestoClientCertFile and prestoClientKeyFile must both be specified or neither specified")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidHiveConfig ensure all Hive* fields are valid if provided. func IsValidHiveConfig(cfg *Config) error { errs := []error{} if !cfg.HiveUseTLS { if cfg.HiveUseClientCertAuth { errs = append(errs, fmt.Errorf("hiveUseClientCertAuth cannot be set to true if hiveUseTLS is false")) } if len(cfg.HiveCAFile) > 0 { errs = append(errs, fmt.Errorf("hiveCAFile cannot be set if hiveUseTLS is false")) } } if len(cfg.HiveCAFile) > 0 { if _, err := os.Stat(cfg.HiveCAFile); err != nil { errs = append(errs, err) } } if (len(cfg.HiveClientCertFile) > 0 && len(cfg.HiveClientKeyFile) == 0) || (len(cfg.HiveClientKeyFile) > 0 && len(cfg.HiveClientCertFile) == 0) { errs = append(errs, fmt.Errorf("hiveClientCertFile and hiveClientKeyFile must both be specified or neither specified")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidKubeConfig ensures the kube config is set to a valid file if provided. func IsValidKubeConfig(kubeconfig string) error { if len(kubeconfig) > 0 { if _, err := os.Stat(kubeconfig); err != nil { return err } } return nil } // IsValidPrometheusConfig ensures prometheus configuration is valid. func IsValidPrometheusConfig(cfg *Config) error { errs := []error{} if cfg.PrometheusConfig.CAFile != "" { if _, err := os.Stat(cfg.PrometheusConfig.CAFile); err != nil { errs = append(errs, err) } } // PrometheusDataSourceMaxBackfillImportDuration overrides PrometheusDataSourceGlobalImportFromTime // don't set both. if cfg.PrometheusDataSourceGlobalImportFromTime != nil && cfg.PrometheusDataSourceMaxBackfillImportDuration > 0 { errs = append(errs, fmt.Errorf("prometheusDataSourceGlobalImportFromTime and prometheusDataSourceMaxBackfillImportDuration cannot both be set")) } if len(errs) > 0 { return errors.NewAggregate(errs) } return nil } // IsValidTLSConfig ensures the TLS config is valid. func

(cfg *TLSConfig) error { if cfg.UseTLS { if cfg.TLSCert == "" { return fmt.Errorf("must set TLS certificate if TLS is enabled") } if cfg.TLSKey == "" { return fmt.Errorf("must set TLS private key if TLS is enabled") } } return nil } // isValidHostPort attempts to split a non empty hp into host and port, returning any errors found. // TODO this is only validating non-empty strings. We may want to check for empty strings an report errors. // TODO this requires a port to be specified, is that one of our requirements? func isValidHostPort(hp string, name string) error { if len(hp) > 0 { if _, _, err := net.SplitHostPort(hp); err != nil { return fmt.Errorf("invalid %s: %s", name, err.Error()) } } return nil }

isValidTLSConfig

ToolStripContentPanelRenderEventHandler.py

class ToolStripContentPanelRenderEventHandler(MulticastDelegate,ICloneable,ISerializable): """ Represents the method that will handle the System.Windows.Forms.ToolStripContentPanel.RendererChanged event of a System.Windows.Forms.ToolStripContentPanel. ToolStripContentPanelRenderEventHandler(object: object,method: IntPtr) """ def BeginInvoke(self,sender,e,callback,object): """ BeginInvoke(self: ToolStripContentPanelRenderEventHandler,sender: object,e: ToolStripContentPanelRenderEventArgs,callback: AsyncCallback,object: object) -> IAsyncResult """ pass def CombineImpl(self,*args): """ CombineImpl(self: MulticastDelegate,follow: Delegate) -> Delegate Combines this System.Delegate with the specified System.Delegate to form a new delegate. follow: The delegate to combine with this delegate. Returns: A delegate that is the new root of the System.MulticastDelegate invocation list. """ pass def DynamicInvokeImpl(self,*args): """ DynamicInvokeImpl(self: Delegate,args: Array[object]) -> object Dynamically invokes (late-bound) the method represented by the current delegate. args: An array of objects that are the arguments to pass to the method represented by the current delegate.-or- null,if the method represented by the current delegate does not require arguments. Returns: The object returned by the method represented by the delegate. """ pass def EndInvoke(self,result): """ EndInvoke(self: ToolStripContentPanelRenderEventHandler,result: IAsyncResult) """ pass def GetMethodImpl(self,*args): """ GetMethodImpl(self: MulticastDelegate) -> MethodInfo

Returns a static method represented by the current System.MulticastDelegate. Returns: A static method represented by the current System.MulticastDelegate. """ pass def Invoke(self,sender,e): """ Invoke(self: ToolStripContentPanelRenderEventHandler,sender: object,e: ToolStripContentPanelRenderEventArgs) """ pass def RemoveImpl(self,*args): """ RemoveImpl(self: MulticastDelegate,value: Delegate) -> Delegate Removes an element from the invocation list of this System.MulticastDelegate that is equal to the specified delegate. value: The delegate to search for in the invocation list. Returns: If value is found in the invocation list for this instance,then a new System.Delegate without value in its invocation list; otherwise,this instance with its original invocation list. """ pass def __init__(self,*args): """ x.__init__(...) initializes x; see x.__class__.__doc__ for signaturex.__init__(...) initializes x; see x.__class__.__doc__ for signaturex.__init__(...) initializes x; see x.__class__.__doc__ for signature """ pass @staticmethod def __new__(self,object,method): """ __new__(cls: type,object: object,method: IntPtr) """ pass def __reduce_ex__(self,*args): pass

traits.rs

// Copyright 2017 Parity Technologies (UK) Ltd. // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS // OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER // DEALINGS IN THE SOFTWARE. use bytes::Bytes; use futures::future::Future; use std::{io::Error as IoError, ops::Not}; use Multiaddr; /// Type of connection for the upgrade. #[derive(Debug, Copy, Clone, PartialEq, Eq, Hash)] pub enum Endpoint { /// The socket comes from a dialer. Dialer, /// The socket comes from a listener. Listener, } impl Not for Endpoint { type Output = Endpoint; fn

(self) -> Self::Output { match self { Endpoint::Dialer => Endpoint::Listener, Endpoint::Listener => Endpoint::Dialer } } } /// Implemented on structs that describe a possible upgrade to a connection between two peers. /// /// The generic `C` is the type of the incoming connection before it is upgraded. /// /// > **Note**: The `upgrade` method of this trait uses `self` and not `&self` or `&mut self`. /// > This has been designed so that you would implement this trait on `&Foo` or /// > `&mut Foo` instead of directly on `Foo`. pub trait ConnectionUpgrade<C> { /// Iterator returned by `protocol_names`. type NamesIter: Iterator<Item = (Bytes, Self::UpgradeIdentifier)>; /// Type that serves as an identifier for the protocol. This type only exists to be returned /// by the `NamesIter` and then be passed to `upgrade`. /// /// This is only useful on implementations that dispatch between multiple possible upgrades. /// Any basic implementation will probably just use the `()` type. type UpgradeIdentifier; /// Returns the name of the protocols to advertise to the remote. fn protocol_names(&self) -> Self::NamesIter; /// Type of the stream that has been upgraded. Generally wraps around `C` and `Self`. /// /// > **Note**: For upgrades that add an intermediary layer (such as `secio` or `multiplex`), /// > this associated type must implement `AsyncRead + AsyncWrite`. type Output; /// Type of the future that will resolve to `Self::Output`. type Future: Future<Item = Self::Output, Error = IoError>; /// This method is called after protocol negotiation has been performed. /// /// Because performing the upgrade may not be instantaneous (eg. it may require a handshake), /// this function returns a future instead of the direct output. fn upgrade( self, socket: C, id: Self::UpgradeIdentifier, ty: Endpoint, remote_addr: &Multiaddr, ) -> Self::Future; }

not

cmd.go

package cmd import ( "flag" "fmt" "log" "os" "github.com/orange-lightsaber/pretty-safe-backup/run" ) func Exec(version string)

{ v := flag.Bool("v", false, "Print version.") loadProfileDefault := "/path/to/profile" loadProfile := flag.String("L", loadProfileDefault, "Load a profile.") flag.Parse() if *v { fmt.Printf("psb v%s\n", version) os.Exit(0) } if *loadProfile != loadProfileDefault { rc, err := run.DecodeRunConfig(*loadProfile) if err != nil { log.Fatal(err.Error()) } newRunConfigFile, err := rc.WriteRunConfig() if err != nil { log.Fatal(err.Error()) } fmt.Printf("Run config created: %s\n", newRunConfigFile) os.Exit(0) } run.Daemonize() }

convert_test.go

package utils import ( "sort" "testing" tt "github.com/verlandz/go-pkg/tester" ) func TestParseInt(t *testing.T) { var tcs = []struct { name string input string expected int }{ { name: tt.Name{ Given: "string", When: "the value is valid", Then: "return valid int", }.Construct(), input: "123", expected: 123, }, { name: tt.Name{ Given: "string", When: "the value is invalid", Then: "return empty int", }.Construct(), input: "123x", expected: 0, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ParseInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestParseInt64(t *testing.T) { var tcs = []struct { name string input string expected int64 }{ { name: tt.Name{ Given: "string", When: "the value is valid", Then: "return valid int64", }.Construct(), input: "123", expected: 123, }, { name: tt.Name{ Given: "string", When: "the value is invalid", Then: "return empty int64", }.Construct(), input: "123x", expected: 0, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ParseInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestParseSliceInt(t *testing.T)

func TestParseSliceInt64(t *testing.T) { var tcs = []struct { name string input []string expected []int64 }{ { name: tt.Name{ Given: "slice of string", When: "the value is valid", Then: "return valid slice of int64", }.Construct(), input: []string{"1", "2"}, expected: []int64{1, 2}, }, { name: tt.Name{ Given: "slice of string", When: "the value is invalid", Then: "return invalid slice of int64", }.Construct(), input: []string{"x", "y"}, expected: []int64{0, 0}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ParseSliceInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatInt(t *testing.T) { var tcs = []struct { name string input int expected string }{ { name: tt.Name{ Given: "int", When: "the value is valid", Then: "return valid string", }.Construct(), input: 123, expected: "123", }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := FormatInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatInt64(t *testing.T) { var tcs = []struct { name string input int64 expected string }{ { name: tt.Name{ Given: "int", When: "the value is valid", Then: "return valid string", }.Construct(), input: 123, expected: "123", }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := FormatInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatSliceInt(t *testing.T) { var tcs = []struct { name string input []int expected []string }{ { name: tt.Name{ Given: "slice of int", When: "the value is valid", Then: "return valid slice of string", }.Construct(), input: []int{1, 2, 0}, expected: []string{"1", "2", "0"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := FormatSliceInt(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestFormatSliceInt64(t *testing.T) { var tcs = []struct { name string input []int64 expected []string }{ { name: tt.Name{ Given: "slice of int64", When: "the value is valid", Then: "return valid slice of string", }.Construct(), input: []int64{1, 2, 0}, expected: []string{"1", "2", "0"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := FormatSliceInt64(tc.input) tt.Equal(t, tc.expected, actual) }) } } func TestConvertMapStringStringToStrings(t *testing.T) { type in struct { mp map[string]string delimiter string } var tcs = []struct { name string input in expected []string }{ { name: tt.Name{ Given: "map[string]string and delimiter", When: "map is empty", Then: "return converted data", }.Construct(), input: in{ delimiter: ":", }, expected: []string{}, }, { name: tt.Name{ Given: "map[string]string and delimiter", When: "delimiter is empty", Then: "return converted data", }.Construct(), input: in{ mp: map[string]string{ "hello": "world", "user": "pass", }, }, expected: []string{"helloworld", "userpass"}, }, { name: tt.Name{ Given: "map[string]string and delimiter", When: "both not empty", Then: "return converted data", }.Construct(), input: in{ mp: map[string]string{ "hello": "world", "user": "pass", }, delimiter: ":", }, expected: []string{"hello:world", "user:pass"}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ConvertMapStringStringToStrings(tc.input.mp, tc.input.delimiter) // Sort to avoid mismatch. sort.Slice(actual[:], func(i, j int) bool { return actual[i] > actual[j] }) sort.Slice(tc.expected[:], func(i, j int) bool { return tc.expected[i] > tc.expected[j] }) tt.Equal(t, tc.expected, actual) }) } }

{ var tcs = []struct { name string input []string expected []int }{ { name: tt.Name{ Given: "slice of string", When: "the value is valid", Then: "return valid slice of int", }.Construct(), input: []string{"1", "2"}, expected: []int{1, 2}, }, { name: tt.Name{ Given: "slice of string", When: "the value is invalid", Then: "return invalid slice of int", }.Construct(), input: []string{"x", "y"}, expected: []int{0, 0}, }, } for _, tc := range tcs { t.Run(tc.name, func(t *testing.T) { actual := ParseSliceInt(tc.input) tt.Equal(t, tc.expected, actual) }) } }

golden.rs

// The golden image is as follows: // - the image name is "GOLDEN IMAGE" // - the first exa is named AB // - mode global, maximized window // - sprite is empty // - script is "COPY 1 X\nNOOP" // - the second exa is named CD // - mode local, maximized window // - custom sprite, activated pixels are the 4 corners // - script is "NOTE I AM A GOLDEN GOD\nHALT" mod common; use common::*; #[test] fn

() { let mut bench = TestBench::redshift_vm_from_image("./tests/golden.png".to_string()); let e1 = bench.get_exa("AB"); let e2 = bench.get_exa("CD"); bench.assert_exa_global_mode(&e1); bench.assert_exa_local_mode(&e2); bench.assert_exa_sprite(&e2, vec![0, 1, 8, 1, 80, 1, 8, 1]); bench.run_cycle(); bench.assert_exa_register(&e1, "x", 1); }

test_golden

__init__.py

#MIT License # #Copyright (c) 2020 signag # #Permission is hereby granted, free of charge, to any person obtaining a copy #of this software and associated documentation files (the "Software"), to deal #in the Software without restriction, including without limitation the rights #to use, copy, modify, merge, publish, distribute, sublicense, and/or sell #copies of the Software, and to permit persons to whom the Software is #furnished to do so, subject to the following conditions: # #The above copyright notice and this permission notice shall be included in all #copies or substantial portions of the Software. # #THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR #IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, #FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE #AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER #LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, #OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE #SOFTWARE. """ `logging_plus` - Add-on to Python logging This module extends the standard Python logging module for the following aspects: - Subclassing Logger allows customization of logging messages depending on context - This is used for automatic indentation depending on call stack level - The module provides also the capability to generically log function entry and exit """ import logging import inspect import sys import atexit #--------------------------------------------------------------------------- # Miscellaneous module data #--------------------------------------------------------------------------- # #This parameter controls whether or not logging inside infrastructure modules is activated. #The following modules are affected: inspect, logging, logging-plus # noInfrastructureLogging = True class Manager(logging.Manager): """ Subclassing logging.Manager supports instantiating the subclassed Logger instead of the standard Logger. """ def __init__(self, rootnode): """ Initialize the manager """ super().__init__(rootnode) def getLogger(self, name): """ Return the subclassed Logger rather than the standard Logger """ rv = None if not isinstance(name, str): raise TypeError('A logger name must be a string') logging._acquireLock() try: if name in self.loggerDict: rv = self.loggerDict[name] if isinstance(rv, logging.PlaceHolder): ph = rv rv = (self.loggerClass or _loggerClass)(name) rv.manager = self self.loggerDict[name] = rv self._fixupChildren(ph, rv) self._fixupParents(rv) else: rv = (self.loggerClass or _loggerClass)(name) rv.manager = self self.loggerDict[name] = rv self._fixupParents(rv) finally: logging._releaseLock() return rv def cleanupLoggers(self): """ Remove registered file handlers from all available loggers """ lgr = root for hdl in reversed(lgr.handlers): if isinstance(hdl, logging.FileHandler): lgr.removeHandler(hdl) for lgName in self.loggerDict: lgr = self.getLogger(lgName) for hdl in lgr.handlers: if isinstance(hdl, logging.FileHandler): lgr.removeHandler(hdl) class Logger(logging.Logger): def __init__(self, name, level=logging.NOTSET): """ Initialize the subclassed Logger """ super().__init__(name, level) def debug(self, msg, *args, **kwargs): """ Indent DEBUG message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " * indent + msg super().debug(msg, *args, **kwargs) def info(self, msg, *args, **kwargs): """ Indent INFO message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " * indent + msg super().info(msg, *args, **kwargs) def

(self, msg, *args, **kwargs): """ Indent WARNING message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " * indent + msg super().warning(msg, *args, **kwargs) def error(self, msg, *args, **kwargs): """ Indent ERROR message according to call stack level before logging """ indent = len(inspect.stack()) - 1 msg = " " * indent + msg super().error(msg, *args, **kwargs) def logEntry(self, msg, *args, **kwargs): """ Log function entry with DEBUG sverity """ indent = len(inspect.stack()) - 2 if indent < 0: indent = 0 msg = " " * indent + ">>> Entry " + msg super().debug(msg, *args, **kwargs) def autoLogEntry(self, msg, *args, **kwargs): """ Log function entry with DEBUG sverity in case of automatic logging """ indent = len(inspect.stack()) - 3 if indent < 0: indent = 0 msg = " " * indent + ">>> Entry " + msg super().debug(msg, *args, **kwargs) def logExit(self, msg, *args, **kwargs): """ Log function exit with DEBUG sverity """ indent = len(inspect.stack()) - 2 if indent < 0: indent = 0 msg = " " * indent + "<<< Exit " + msg super().debug(msg, *args, **kwargs) def autoLogExit(self, msg, *args, **kwargs): """ Log function exit with DEBUG sverity in case of automatic logging """ indent = len(inspect.stack()) - 3 if indent < 0: indent = 0 msg = " " * indent + "<<< Exit " + msg super().debug(msg, *args, **kwargs) class RootLogger(Logger): """ This is the extended root logger """ def __init__(self, level): """ Initialize the logger with the name "root". """ Logger.__init__(self, "root", level) _loggerClass = Logger root = RootLogger(logging.WARNING) Logger.root = root Logger.manager = Manager(Logger.root) def getLogger(name=None): """ Return an extended logger with the specified name, creating it if necessary. If no name is specified, return the root logger. """ if not name or isinstance(name, str) and name == root.name: return root return Logger.manager.getLogger(name) def excludeFromLogging(frame): """ Check whether frame shall be excluded from logging. This is the case if the module of the frame itself or on of its outer frames belongs to the inspect or logging infrastructure """ if not frame: return False module = inspect.getmodule(frame) if not module: return False moduleName = module.__name__ if (moduleName == "inspect") \ or (moduleName == "logging") \ or (moduleName == __name__): #Do not log inside infrastructure modules return True else: oframe = frame.f_back if not oframe: return False return excludeFromLogging(oframe) def autoLogIgnore(frame, event, arg): """ Function to register as trace function for scopes where logging shall be deactivated. The function is used to log entry to a new scope ('call') or exit from a scope ('return'). """ if (event == 'call'): #Only call needs to be sensed return autoLogIgnore def autoLogEntryExit(frame, event, arg): """ Function to register as trace function for the current scope. The function is used to log entry to a new scope ('call') or exit from a scope ('return'). """ if (event == 'call') or (event == 'return'): #Only call and return events are sensed if not frame: return autoLogIgnore code_obj = frame.f_code func_name = code_obj.co_name file_name = code_obj.co_filename file_line = code_obj.co_firstlineno module = inspect.getmodule(frame) if not module: return autoLogIgnore moduleName = module.__name__ if event == 'call': #System has been entering a new scope. if noInfrastructureLogging: if excludeFromLogging(frame): return autoLogIgnore getLogger(moduleName).autoLogEntry('%s (%s - line %s - module %s)', func_name, file_name, file_line, moduleName) #The function returns a reference to itself, in order to register itself as trace functuion for the new scope return autoLogEntryExit elif event == 'return': #System is about to exit a scope (function or other code block). arg is the value being returned. getLogger(moduleName).autoLogExit ('%s : Return value: %s', func_name, arg) def removeFileHandlers(): """This function removes file handlers from available loggers in order to avoid a race condition during shutdown The Python shutdown sequence is as follows: 1. Stop main thread 2. Close open file handlers 3. Wait for termination of non-daemon threads 4. Execute registered atexit functions 5. Garbage collection 6. Process termination If class __del__ functions include logging with file handlers, and if ojects are destroyed during garbage collection (5), file output will lead to an exception because open file handlers have already been closed (2). Note: This applies only to explicit logging within the __del__ functions. Automatic logging of entry and exit has already been switched off at this time through unregisterAutoLogEntryExit. """ mgr = getLogger().manager mgr.cleanupLoggers() def registerAutoLogEntryExit(): """ Register autoLogEntryExit as system trace function This will issue logging whenever a function scope is entered or exited """ sys.settrace(autoLogEntryExit) def unregisterAutoLogEntryExit(): """ Clear system trace function This will stop logging function entry / exit """ sys.settrace(None) #Register unregisterAutoLogEntryExit to avoid logging exceptions during module shutdown atexit.register(removeFileHandlers) atexit.register(unregisterAutoLogEntryExit)

warning

hub.go

package quic import ( "context" "time" quic "github.com/lucas-clemente/quic-go" "v2ray.com/core/common" "v2ray.com/core/common/net" "v2ray.com/core/common/protocol/tls/cert" "v2ray.com/core/common/signal/done" "v2ray.com/core/transport/internet" "v2ray.com/core/transport/internet/tls" ) // Listener is an internet.Listener that listens for TCP connections. type Listener struct { rawConn *sysConn listener quic.Listener done *done.Instance addConn internet.ConnHandler } func (l *Listener) acceptStreams(session quic.Session) { for { stream, err := session.AcceptStream() if err != nil { newError("failed to accept stream").Base(err).WriteToLog() select { case <-session.Context().Done(): return case <-l.done.Wait(): session.Close() return default: time.Sleep(time.Second) continue } } conn := &interConn{ stream: stream, local: session.LocalAddr(), remote: session.RemoteAddr(), } l.addConn(conn) } } func (l *Listener) keepAccepting() { for { conn, err := l.listener.Accept() if err != nil { newError("failed to accept QUIC sessions").Base(err).WriteToLog() if l.done.Done() { break } time.Sleep(time.Second) continue } go l.acceptStreams(conn) } } // Addr implements internet.Listener.Addr. func (l *Listener) Addr() net.Addr { return l.listener.Addr() } // Close implements internet.Listener.Close. func (l *Listener) Close() error { l.done.Close() l.listener.Close() l.rawConn.Close() return nil } // Listen creates a new Listener based on configurations. func Listen(ctx context.Context, address net.Address, port net.Port, streamSettings *internet.MemoryStreamConfig, handler internet.ConnHandler) (internet.Listener, error) { if address.Family().IsDomain() { return nil, newError("domain address is not allows for listening quic") } tlsConfig := tls.ConfigFromStreamSettings(streamSettings) if tlsConfig == nil { tlsConfig = &tls.Config{ Certificate: []*tls.Certificate{tls.ParseCertificate(cert.MustGenerate(nil, cert.DNSNames(internalDomain), cert.CommonName(internalDomain)))}, } } config := streamSettings.ProtocolSettings.(*Config) rawConn, err := internet.ListenSystemPacket(context.Background(), &net.UDPAddr{ IP: address.IP(), Port: int(port), }, streamSettings.SocketSettings) if err != nil { return nil, err } quicConfig := &quic.Config{ ConnectionIDLength: 12, HandshakeTimeout: time.Second * 8, IdleTimeout: time.Second * 120, MaxIncomingStreams: 256, MaxIncomingUniStreams: -1, } conn, err := wrapSysConn(rawConn, config) if err != nil { conn.Close() return nil, err } qListener, err := quic.Listen(conn, tlsConfig.GetTLSConfig(), quicConfig) if err != nil { conn.Close() return nil, err } listener := &Listener{ done: done.New(), rawConn: conn, listener: qListener, addConn: handler, } go listener.keepAccepting() return listener, nil } func

() { common.Must(internet.RegisterTransportListener(protocolName, Listen)) }

init

foo.rs

// Licensed under the Apache License, Version 2.0 <LICENSE-APACHE or // http://www.apache.org/licenses/LICENSE-2.0> or the MIT license // <LICENSE-MIT or http://opensource.org/licenses/MIT>, at your // option. This file may not be copied, modified, or distributed // except according to those terms. fn main() { }

//

block.py

"""CSC148 Assignment 2 === CSC148 Winter 2020 === Department of Computer Science, University of Toronto This code is provided solely for the personal and private use of students taking the CSC148 course at the University of Toronto. Copying for purposes other than this use is expressly prohibited. All forms of distribution of this code, whether as given or with any changes, are expressly prohibited. Authors: Diane Horton, David Liu, Mario Badr, Sophia Huynh, Misha Schwartz, and Jaisie Sin All of the files in this directory and all subdirectories are: Copyright (c) Diane Horton, David Liu, Mario Badr, Sophia Huynh, Misha Schwartz, and Jaisie Sin === Module Description === This file contains the Block class, the main data structure used in the game. """ from __future__ import annotations from typing import Optional, Tuple, List import random import math from settings import colour_name, COLOUR_LIST def generate_board(max_depth: int, size: int) -> Block:

class Block: """A square Block in the Blocky game, represented as a tree. In addition to its tree-related attributes, a Block also contains attributes that describe how the Block appears on a Cartesian plane. All positions describe the upper left corner (x, y), and the origin is at (0, 0). All positions and sizes are in the unit of pixels. When a block has four children, the order of its children impacts each child's position. Indices 0, 1, 2, and 3 are the upper-right child, upper-left child, lower-left child, and lower-right child, respectively. === Public Attributes === position: The (x, y) coordinates of the upper left corner of this Block. size: The height and width of this square Block. colour: If this block is not subdivided, <colour> stores its colour. Otherwise, <colour> is None. level: The level of this block within the overall block structure. The outermost block, corresponding to the root of the tree, is at level zero. If a block is at level i, its children are at level i+1. max_depth: The deepest level allowed in the overall block structure. children: The blocks into which this block is subdivided. The children are stored in this order: upper-right child, upper-left child, lower-left child, lower-right child. === Representation Invariants=== - len(children) == 0 or len(children) == 4 - If this Block has children: - their max_depth is the same as that of this Block. - their size is half that of this Block. - their level is one greater than that of this Block. - their position is determined by the position and size of this Block, and their index in this Block's list of children. - this Block's colour is None. - If this Block has no children: - its colour is not None. - level <= max_depth """ position: Tuple[int, int] size: int colour: Optional[Tuple[int, int, int]] level: int max_depth: int children: List[Block] def __init__(self, position: Tuple[int, int], size: int, colour: Optional[Tuple[int, int, int]], level: int, max_depth: int) -> None: """Initialize this block with <position>, dimensions <size> by <size>, the given <colour>, at <level>, and with no children. Preconditions: - position[0] >= 0 and position[1] >= 0 - size > 0 - level >= 0 - max_depth >= level """ self.position = position self.size = size self.colour = colour self.level = level self.max_depth = max_depth self.children = [] def __str__(self) -> str: """Return this Block in a string format. >>> block = Block((0, 0), 750, (0, 0, 0), 0, 1) >>> str(block) 'Leaf: colour=Black, pos=(0, 0), size=750, level=0\\n' """ if len(self.children) == 0: indents = '\t' * self.level colour = colour_name(self.colour) return f'{indents}Leaf: colour={colour}, pos={self.position}, ' \ f'size={self.size}, level={self.level}\n' else: indents = '\t' * self.level result = f'{indents}Parent: pos={self.position},' \ f'size={self.size}, level={self.level}\n' for child in self.children: result += str(child) return result def __eq__(self, other: Block) -> bool: """Return True iff this Block and all its descendents are equivalent to the <other> Block and all its descendents. """ if len(self.children) == 0 and len(other.children) == 0: # Both self and other are leaves. return self.position == other.position and \ self.size == other.size and \ self.colour == other.colour and \ self.level == other.level and \ self.max_depth == other.max_depth elif len(self.children) != len(other.children): # One of self or other is a leaf while the other is not. return False else: # Both self and other have four children. for i in range(4): # The != operator also uses the __eq__ special method. if self.children[i] != other.children[i]: return False return True def _child_size(self) -> int: """Return the size of this Block's children. """ return round(self.size / 2.0) def _children_positions(self) -> List[Tuple[int, int]]: """Return the positions of this Block's four children. The positions are returned in this order: upper-right child, upper-left child, lower-left child, lower-right child. """ x = self.position[0] y = self.position[1] size = self._child_size() return [(x + size, y), (x, y), (x, y + size), (x + size, y + size)] def _update_children_positions(self, position: Tuple[int, int]) -> None: """Set the position of this Block to <position> and update all its descendants to have positions consistent with this Block's. <position> is the (x, y) coordinates of the upper-left corner of this Block. """ if len(self.children) == 0: self.position = position[0], position[1] else: self.position = position[0], position[1] for i in range(4): self.children[i]._update_children_positions( self._children_positions()[i]) def smashable(self) -> bool: """Return True iff this block can be smashed. A block can be smashed if it has no children and its level is not at max_depth. """ return self.level != self.max_depth and len(self.children) == 0 def smash(self) -> bool: """Sub-divide this block so that it has four randomly generated children. If this Block's level is <max_depth>, do nothing. If this block has children, do nothing. Return True iff the smash was performed. """ if not self.smashable(): return False else: self.colour = None for i in range(4): position = self._children_positions()[i] size = self._child_size() colour = COLOUR_LIST[random.randint(0, len(COLOUR_LIST)-1)] level = self.level + 1 child = Block(position, size, colour, level, self.max_depth) self.children.append(child) for child in self.children: subdivide = random.random() if subdivide < math.exp(-0.25 * child.level): child.smash() return True def swap(self, direction: int) -> bool: """Swap the child Blocks of this Block. If this Block has no children, do nothing. Otherwise, if <direction> is 1, swap vertically. If <direction> is 0, swap horizontally. Return True iff the swap was performed. Precondition: <direction> is either 0 or 1 """ if len(self.children) == 0: return False else: # store original positions positions = self._children_positions() if direction == 1: # vertically swapping the children in self.children self.children[1], self.children[2], = self.children[2], \ self.children[1] self.children[0], self.children[3] = self.children[3], \ self.children[0] else: # horizontally swapping the children in self.children self.children[1], self.children[0] = self.children[0], \ self.children[1] self.children[2], self.children[3] = self.children[3], \ self.children[2] # updating children's positions self.children[0]._update_children_positions(positions[0]) self.children[1]._update_children_positions(positions[1]) self.children[2]._update_children_positions(positions[2]) self.children[3]._update_children_positions(positions[3]) return True def rotate(self, direction: int) -> bool: """Rotate this Block and all its descendants. If this Block has no children, do nothing. If <direction> is 1, rotate clockwise. If <direction> is 3, rotate counter-clockwise. Return True iff the rotate was performed. Precondition: <direction> is either 1 or 3. """ if len(self.children) == 0: return False elif direction == 1: # rotate clockwise positions = self._children_positions() for i in range(4): self.children[i].rotate(direction) self.children[i]._update_children_positions(positions[i - 1]) self.children[0], self.children[1], self.children[2], \ self.children[3] = self.children[1], self.children[2], \ self.children[3], self.children[0] return True else: # rotate counterclockwise positions = self._children_positions() for i in range(4): self.children[i].rotate(direction) self.children[i]._update_children_positions(positions[i - 3]) self.children[0], self.children[1], self.children[2], \ self.children[3] = self.children[3], self.children[0], \ self.children[1], self.children[2] return True def paint(self, colour: Tuple[int, int, int]) -> bool: """Change this Block's colour iff it is a leaf at a level of max_depth and its colour is different from <colour>. Return True iff this Block's colour was changed. """ if len(self.children) == 0 and self.level == self.max_depth and \ self.colour != colour: self.colour = colour return True return False def combine(self) -> bool: """Turn this Block into a leaf based on the majority colour of its children. The majority colour is the colour with the most child blocks of that colour. A tie does not constitute a majority (e.g., if there are two red children and two blue children, then there is no majority colour). If there is no majority colour, do nothing. If this block is not at a level of max_depth - 1, or this block has no children, do nothing. Return True iff this Block was turned into a leaf node. """ if self.level != self.max_depth - 1 or len(self.children) == 0: return False else: majority_colour = [] colours = [] for child in self.children: colours.append(child.colour) for colour in colours: if colours.count(colour) >= 2 and colour not in majority_colour: majority_colour.append(colour) if len(majority_colour) == 1: self.children = [] self.colour = majority_colour[0] return True return False def create_copy(self) -> Block: """Return a new Block that is a deep copy of this Block. Remember that a deep copy has new blocks (not aliases) at every level. """ if len(self.children) == 0: return Block(self.position, self.size, self.colour, self.level, self.max_depth) else: copy = Block(self.position, self.size, self.colour, self.level, self.max_depth) for child in self.children: copy.children.append(child.create_copy()) return copy if __name__ == '__main__': import python_ta python_ta.check_all(config={ 'allowed-import-modules': [ 'doctest', 'python_ta', 'random', 'typing', '__future__', 'math', 'settings' ], 'max-attributes': 15, 'max-args': 6 }) # This is a board consisting of only one block. b1 = Block((0, 0), 750, COLOUR_LIST[0], 0, 1) print("=== tiny board ===") print(b1) # Now let's make a random board. b2 = generate_board(3, 750) print("\n=== random board ===") print(b2)

"""Return a new game board with a depth of <max_depth> and dimensions of <size> by <size>. >>> board = generate_board(3, 750) >>> board.max_depth 3 >>> board.size 750 >>> len(board.children) == 4 True """ board = Block((0, 0), size, random.choice(COLOUR_LIST), 0, max_depth) board.smash() return board

set_request_builder.go

package set import ( i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f "github.com/microsoft/kiota-abstractions-go" i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459 "github.com/microsoftgraph/msgraph-beta-sdk-go/models/odataerrors" i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8 "github.com/microsoftgraph/msgraph-beta-sdk-go/models/termstore" ) // SetRequestBuilder provides operations to manage the set property of the microsoft.graph.termStore.term entity. type SetRequestBuilder struct { // Path parameters for the request pathParameters map[string]string // The request adapter to use to execute the requests. requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter // Url template to use to build the URL for the current request builder urlTemplate string } // SetRequestBuilderGetQueryParameters the [set] in which the term is created. type SetRequestBuilderGetQueryParameters struct { // Expand related entities Expand []string `uriparametername:"%24expand"` // Select properties to be returned Select []string `uriparametername:"%24select"` } // SetRequestBuilderGetRequestConfiguration configuration for the request such as headers, query parameters, and middleware options. type SetRequestBuilderGetRequestConfiguration struct { // Request headers Headers map[string]string // Request options Options []i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestOption // Request query parameters QueryParameters *SetRequestBuilderGetQueryParameters } // NewSetRequestBuilderInternal instantiates a new SetRequestBuilder and sets the default values. func NewSetRequestBuilderInternal(pathParameters map[string]string, requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter)(*SetRequestBuilder)

// NewSetRequestBuilder instantiates a new SetRequestBuilder and sets the default values. func NewSetRequestBuilder(rawUrl string, requestAdapter i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestAdapter)(*SetRequestBuilder) { urlParams := make(map[string]string) urlParams["request-raw-url"] = rawUrl return NewSetRequestBuilderInternal(urlParams, requestAdapter) } // CreateGetRequestInformation the [set] in which the term is created. func (m *SetRequestBuilder) CreateGetRequestInformation()(*i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestInformation, error) { return m.CreateGetRequestInformationWithRequestConfiguration(nil); } // CreateGetRequestInformationWithRequestConfiguration the [set] in which the term is created. func (m *SetRequestBuilder) CreateGetRequestInformationWithRequestConfiguration(requestConfiguration *SetRequestBuilderGetRequestConfiguration)(*i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.RequestInformation, error) { requestInfo := i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.NewRequestInformation() requestInfo.UrlTemplate = m.urlTemplate requestInfo.PathParameters = m.pathParameters requestInfo.Method = i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.GET if requestConfiguration != nil { if requestConfiguration.QueryParameters != nil { requestInfo.AddQueryParameters(*(requestConfiguration.QueryParameters)) } requestInfo.AddRequestHeaders(requestConfiguration.Headers) requestInfo.AddRequestOptions(requestConfiguration.Options) } return requestInfo, nil } // Get the [set] in which the term is created. func (m *SetRequestBuilder) Get()(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable, error) { return m.GetWithRequestConfigurationAndResponseHandler(nil, nil); } // GetWithRequestConfigurationAndResponseHandler the [set] in which the term is created. func (m *SetRequestBuilder) GetWithRequestConfigurationAndResponseHandler(requestConfiguration *SetRequestBuilderGetRequestConfiguration, responseHandler i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.ResponseHandler)(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable, error) { requestInfo, err := m.CreateGetRequestInformationWithRequestConfiguration(requestConfiguration); if err != nil { return nil, err } errorMapping := i2ae4187f7daee263371cb1c977df639813ab50ffa529013b7437480d1ec0158f.ErrorMappings { "4XX": i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459.CreateODataErrorFromDiscriminatorValue, "5XX": i20a3050780ee0b0cde0a884a4f35429a20d60067e3bcda382ec5400079147459.CreateODataErrorFromDiscriminatorValue, } res, err := m.requestAdapter.SendAsync(requestInfo, i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.CreateSetFromDiscriminatorValue, responseHandler, errorMapping) if err != nil { return nil, err } return res.(i45fc41673b99130d86c1854da651a8f416ed902eef3acbecd5738f9ef72690a8.Setable), nil }

{ m := &SetRequestBuilder{ } m.urlTemplate = "{+baseurl}/users/{user%2Did}/joinedGroups/{group%2Did}/sites/{site%2Did}/termStore/groups/{group%2Did1}/sets/{set%2Did}/children/{term%2Did}/children/{term%2Did1}/set{?%24select,%24expand}"; urlTplParams := make(map[string]string) for idx, item := range pathParameters { urlTplParams[idx] = item } m.pathParameters = urlTplParams; m.requestAdapter = requestAdapter; return m }

formanggota.js

() { var file = document.getElementById('GetFile').files[0]; if (file != null) { var fileName = file.name; if (fileIsValid(fileName) == false) { validasi('Format bukan gambar!', 'warning'); document.getElementById('GetFile').value = null; return false; } var content; var size = file.size; if ((size != null) && ((size / (1024 * 1024)) > 3)) { validasi('Ukuran maximum 1024px', 'warning'); document.getElementById('GetFile').value = null; return false; } var ext = fileName.match(/\.([^\.]+)$/)[1]; ext = ext.toLowerCase(); if (ext == 'pdf') { $('#pdf').show(); $('#img').hide(); $(".custom-file-label").addClass("selected").html(file.name); document.getElementById('outputPdf').src = window.URL.createObjectURL(file); } else { $('#pdf').hide(); $('#img').show(); $(".custom-file-label").addClass("selected").html(file.name); document.getElementById('outputImg').src = window.URL.createObjectURL(file); } return true; } else return false; }

VerifyFileNameAndFileSize

main.go

// Copyright 2018 David Sansome // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package main import ( "flag" "log" "github.com/davidsansome/tsurukame/api" "github.com/davidsansome/tsurukame/converter" "github.com/davidsansome/tsurukame/encoding" "github.com/davidsansome/tsurukame/jsonapi" "github.com/davidsansome/tsurukame/utils" ) var ( out = flag.String("out", "data", "Output directory") cookie = flag.String("cookie", "", "Wanikani HTTP cookie") apiToken = flag.String("api-token", "", "Wanikani API v2 token") ) func main()

type Scraper struct { apiClient *api.Client jsonClient *jsonapi.Client directory encoding.ReadWriter } func (s *Scraper) GetAll() error { cur := s.apiClient.Subjects("") SubjectLoop: for { subject, err := cur.Next() if err != nil { return err } if subject == nil { break SubjectLoop } if subject.Data.HiddenAt != "" { continue } spb, err := converter.SubjectToProto(subject) if err != nil { return err } // Fetch the other bits. We only need to do this for Radicals now that // more data is included in the real WaniKani API. if spb.Radical != nil { if s.directory.HasSubject(subject.ID) { continue SubjectLoop } r, err := s.jsonClient.GetRadical(subject.ID) if err != nil { log.Printf("Error getting radical %d: %v", subject.ID, err) continue SubjectLoop } converter.AddRadical(spb, r) } // Write it to a file. if err := s.directory.WriteSubject(subject.ID, spb); err != nil { return err } } return nil }

{ flag.Parse() // Create API clients. apiClient, err := api.New(*apiToken) utils.Must(err) jsonClient, err := jsonapi.New(*cookie) utils.Must(err) // Open directory. directory, err := encoding.OpenDirectory(*out) utils.Must(err) s := Scraper{apiClient, jsonClient, directory} if err := s.GetAll(); err != nil { panic(err) } }

_gen_defs_linux_64.py

# Automatically generated from system headers. # DO NOT EDIT. import ctypes from .syscalldef import CType, SysCallSig, SysCallParamSig PTRACE_TRACEME = 0 PTRACE_PEEKTEXT = 1 PTRACE_PEEKDATA = 2 PTRACE_PEEKUSER = 3 PTRACE_POKETEXT = 4 PTRACE_POKEDATA = 5 PTRACE_POKEUSER = 6 PTRACE_CONT = 7 PTRACE_KILL = 8 PTRACE_SINGLESTEP = 9 PTRACE_GETREGS = 12 PTRACE_SETREGS = 13 PTRACE_GETFPREGS = 14 PTRACE_SETFPREGS = 15 PTRACE_ATTACH = 16 PTRACE_DETACH = 17 PTRACE_GETFPXREGS = 18 PTRACE_SETFPXREGS = 19 PTRACE_SYSCALL = 24 PTRACE_SETOPTIONS = 0x4200 PTRACE_GETEVENTMSG = 0x4201 PTRACE_GETSIGINFO = 0x4202 PTRACE_SETSIGINFO = 0x4203 PTRACE_GETREGSET = 0x4204 PTRACE_SETREGSET = 0x4205 PTRACE_SEIZE = 0x4206 PTRACE_INTERRUPT = 0x4207 PTRACE_LISTEN = 0x4208 PTRACE_PEEKSIGINFO = 0x4209 PTRACE_GETSIGMASK = 0x420a PTRACE_SETSIGMASK = 0x420b PTRACE_SECCOMP_GET_FILTER = 0x420c PTRACE_SEIZE_DEVEL = 0x80000000 PTRACE_O_TRACESYSGOOD = 0x00000001 PTRACE_O_TRACEFORK = 0x00000002 PTRACE_O_TRACEVFORK = 0x00000004 PTRACE_O_TRACECLONE = 0x00000008 PTRACE_O_TRACEEXEC = 0x00000010 PTRACE_O_TRACEVFORKDONE = 0x00000020 PTRACE_O_TRACEEXIT = 0x00000040 PTRACE_O_TRACESECCOMP = 0x00000080 PTRACE_O_EXITKILL = 0x00100000 PTRACE_O_SUSPEND_SECCOMP = 0x00200000 PTRACE_O_MASK = 0x003000ff PTRACE_EVENT_FORK = 1 PTRACE_EVENT_VFORK = 2 PTRACE_EVENT_CLONE = 3 PTRACE_EVENT_EXEC = 4 PTRACE_EVENT_VFORK_DONE = 5 PTRACE_EVENT_EXIT = 6 PTRACE_EVENT_SECCOMP = 7 PTRACE_PEEKSIGINFO_SHARED = 1 << 0 class __ptrace_peeksiginfo_args(ctypes.Structure): _fields_ = ( ('off', ctypes.c_ulong), ('flags', ctypes.c_uint), ('nr', ctypes.c_int), ) class user_fpregs_struct(ctypes.Structure): _fields_ = ( ('cwd', ctypes.c_ushort), ('swd', ctypes.c_ushort), ('ftw', ctypes.c_ushort), ('fop', ctypes.c_ushort), ('rip', ctypes.c_ulonglong), ('rdp', ctypes.c_ulonglong), ('mxcsr', ctypes.c_uint), ('mxcr_mask', ctypes.c_uint), ('st_space', ctypes.c_uint * 32), ('xmm_space', ctypes.c_uint * 64), ('padding', ctypes.c_uint * 24), ) class user_regs_struct(ctypes.Structure): _fields_ = ( ('r15', ctypes.c_ulonglong), ('r14', ctypes.c_ulonglong), ('r13', ctypes.c_ulonglong), ('r12', ctypes.c_ulonglong), ('rbp', ctypes.c_ulonglong), ('rbx', ctypes.c_ulonglong), ('r11', ctypes.c_ulonglong), ('r10', ctypes.c_ulonglong), ('r9', ctypes.c_ulonglong), ('r8', ctypes.c_ulonglong), ('rax', ctypes.c_ulonglong), ('rcx', ctypes.c_ulonglong), ('rdx', ctypes.c_ulonglong), ('rsi', ctypes.c_ulonglong), ('rdi', ctypes.c_ulonglong), ('orig_rax', ctypes.c_ulonglong), ('rip', ctypes.c_ulonglong), ('cs', ctypes.c_ulonglong), ('eflags', ctypes.c_ulonglong), ('rsp', ctypes.c_ulonglong), ('ss', ctypes.c_ulonglong), ('fs_base', ctypes.c_ulonglong), ('gs_base', ctypes.c_ulonglong), ('ds', ctypes.c_ulonglong), ('es', ctypes.c_ulonglong), ('fs', ctypes.c_ulonglong), ('gs', ctypes.c_ulonglong), ) class _anon_2(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ) class _anon_3(ctypes.Structure): _fields_ = ( ('si_tid', ctypes.c_int), ('si_overrun', ctypes.c_int), ('si_sigval', ctypes.c_void_p), ) class _anon_4(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ('si_sigval', ctypes.c_void_p), ) class _anon_5(ctypes.Structure): _fields_ = ( ('si_pid', ctypes.c_int), ('si_uid', ctypes.c_uint), ('si_status', ctypes.c_int), ('si_utime', ctypes.c_long), ('si_stime', ctypes.c_long), ) class _anon_7(ctypes.Structure): _fields_ = ( ('_lower', ctypes.c_void_p), ('_upper', ctypes.c_void_p), ) class _anon_6(ctypes.Structure): _fields_ = ( ('si_addr', ctypes.c_void_p), ('si_addr_lsb', ctypes.c_short), ('si_addr_bnd', _anon_7), ) class _anon_8(ctypes.Structure):

class _anon_9(ctypes.Structure): _fields_ = ( ('_call_addr', ctypes.c_void_p), ('_syscall', ctypes.c_int), ('_arch', ctypes.c_uint), ) class _anon_1(ctypes.Union): _fields_ = ( ('_pad', ctypes.c_int * 28), ('_kill', _anon_2), ('_timer', _anon_3), ('_rt', _anon_4), ('_sigchld', _anon_5), ('_sigfault', _anon_6), ('_sigpoll', _anon_8), ('_sigsys', _anon_9), ) class siginfo_t(ctypes.Structure): _fields_ = ( ('si_signo', ctypes.c_int), ('si_errno', ctypes.c_int), ('si_code', ctypes.c_int), ('_sifields', _anon_1), ) SYSCALLS = { 'time': SysCallSig( 'time', params=[ SysCallParamSig( 'tloc', CType( ['time_t', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'stime': SysCallSig( 'stime', params=[ SysCallParamSig( 'tptr', CType( ['time_t', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gettimeofday': SysCallSig( 'gettimeofday', params=[ SysCallParamSig( 'tv', CType( ['struct', 'timeval', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tz', CType( ['struct', 'timezone', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'settimeofday': SysCallSig( 'settimeofday', params=[ SysCallParamSig( 'tv', CType( ['struct', 'timeval', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tz', CType( ['struct', 'timezone', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'adjtimex': SysCallSig( 'adjtimex', params=[ SysCallParamSig( 'txc_p', CType( ['struct', 'timex', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'times': SysCallSig( 'times', params=[ SysCallParamSig( 'tbuf', CType( ['struct', 'tms', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gettid': SysCallSig( 'gettid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'nanosleep': SysCallSig( 'nanosleep', params=[ SysCallParamSig( 'rqtp', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'rmtp', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'alarm': SysCallSig( 'alarm', params=[ SysCallParamSig( 'seconds', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpid': SysCallSig( 'getpid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getppid': SysCallSig( 'getppid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getuid': SysCallSig( 'getuid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'geteuid': SysCallSig( 'geteuid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getgid': SysCallSig( 'getgid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getegid': SysCallSig( 'getegid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getresuid': SysCallSig( 'getresuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'euid', CType( ['uid_t', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'suid', CType( ['uid_t', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getresgid': SysCallSig( 'getresgid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'egid', CType( ['gid_t', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'sgid', CType( ['gid_t', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpgid': SysCallSig( 'getpgid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpgrp': SysCallSig( 'getpgrp', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsid': SysCallSig( 'getsid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getgroups': SysCallSig( 'getgroups', params=[ SysCallParamSig( 'gidsetsize', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'grouplist', CType( ['gid_t', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setregid': SysCallSig( 'setregid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'egid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setgid': SysCallSig( 'setgid', params=[ SysCallParamSig( 'gid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setreuid': SysCallSig( 'setreuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'euid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setuid': SysCallSig( 'setuid', params=[ SysCallParamSig( 'uid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setresuid': SysCallSig( 'setresuid', params=[ SysCallParamSig( 'ruid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'euid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'suid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setresgid': SysCallSig( 'setresgid', params=[ SysCallParamSig( 'rgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'egid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'sgid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setfsuid': SysCallSig( 'setfsuid', params=[ SysCallParamSig( 'uid', CType( ['uid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setfsgid': SysCallSig( 'setfsgid', params=[ SysCallParamSig( 'gid', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setpgid': SysCallSig( 'setpgid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setsid': SysCallSig( 'setsid', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setgroups': SysCallSig( 'setgroups', params=[ SysCallParamSig( 'gidsetsize', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'grouplist', CType( ['gid_t', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'acct': SysCallSig( 'acct', params=[ SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'capget': SysCallSig( 'capget', params=[ SysCallParamSig( 'header', CType( ['cap_user_header_t'], ctypes.c_long, 1 ) ), SysCallParamSig( 'dataptr', CType( ['cap_user_data_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'capset': SysCallSig( 'capset', params=[ SysCallParamSig( 'header', CType( ['cap_user_header_t'], ctypes.c_long, 1 ) ), SysCallParamSig( 'data', CType( ['const', 'cap_user_data_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'personality': SysCallSig( 'personality', params=[ SysCallParamSig( 'personality', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigpending': SysCallSig( 'sigpending', params=[ SysCallParamSig( 'set', CType( ['old_sigset_t', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigprocmask': SysCallSig( 'sigprocmask', params=[ SysCallParamSig( 'how', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'set', CType( ['old_sigset_t', '*'], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'oset', CType( ['old_sigset_t', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sigaltstack': SysCallSig( 'sigaltstack', params=[ SysCallParamSig( 'uss', CType( ['const', 'struct', 'sigaltstack', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uoss', CType( ['struct', 'sigaltstack', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getitimer': SysCallSig( 'getitimer', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'value', CType( ['struct', 'itimerval', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setitimer': SysCallSig( 'setitimer', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'value', CType( ['struct', 'itimerval', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'ovalue', CType( ['struct', 'itimerval', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_create': SysCallSig( 'timer_create', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timer_event_spec', CType( ['struct', 'sigevent', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'created_timer_id', CType( ['timer_t', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_gettime': SysCallSig( 'timer_gettime', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'setting', CType( ['struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_getoverrun': SysCallSig( 'timer_getoverrun', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_settime': SysCallSig( 'timer_settime', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'new_setting', CType( ['const', 'struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'old_setting', CType( ['struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timer_delete': SysCallSig( 'timer_delete', params=[ SysCallParamSig( 'timer_id', CType( ['timer_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_settime': SysCallSig( 'clock_settime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_gettime': SysCallSig( 'clock_gettime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_adjtime': SysCallSig( 'clock_adjtime', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tx', CType( ['struct', 'timex', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_getres': SysCallSig( 'clock_getres', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'tp', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clock_nanosleep': SysCallSig( 'clock_nanosleep', params=[ SysCallParamSig( 'which_clock', CType( ['clockid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'rqtp', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'rmtp', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'nice': SysCallSig( 'nice', params=[ SysCallParamSig( 'increment', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setscheduler': SysCallSig( 'sched_setscheduler', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setparam': SysCallSig( 'sched_setparam', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setattr': SysCallSig( 'sched_setattr', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'sched_attr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getscheduler': SysCallSig( 'sched_getscheduler', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getparam': SysCallSig( 'sched_getparam', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'param', CType( ['struct', 'sched_param', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getattr': SysCallSig( 'sched_getattr', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'sched_attr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_setaffinity': SysCallSig( 'sched_setaffinity', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user_mask_ptr', CType( ['unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_getaffinity': SysCallSig( 'sched_getaffinity', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user_mask_ptr', CType( ['unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_yield': SysCallSig( 'sched_yield', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_get_priority_max': SysCallSig( 'sched_get_priority_max', params=[ SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_get_priority_min': SysCallSig( 'sched_get_priority_min', params=[ SysCallParamSig( 'policy', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sched_rr_get_interval': SysCallSig( 'sched_rr_get_interval', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'interval', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setpriority': SysCallSig( 'setpriority', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'niceval', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpriority': SysCallSig( 'getpriority', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shutdown': SysCallSig( 'shutdown', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'reboot': SysCallSig( 'reboot', params=[ SysCallParamSig( 'magic1', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'magic2', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'restart_syscall': SysCallSig( 'restart_syscall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kexec_load': SysCallSig( 'kexec_load', params=[ SysCallParamSig( 'entry', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'nr_segments', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'segments', CType( ['struct', 'kexec_segment', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kexec_file_load': SysCallSig( 'kexec_file_load', params=[ SysCallParamSig( 'kernel_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'initrd_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmdline_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'cmdline_ptr', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'exit': SysCallSig( 'exit', params=[ SysCallParamSig( 'error_code', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'exit_group': SysCallSig( 'exit_group', params=[ SysCallParamSig( 'error_code', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'wait4': SysCallSig( 'wait4', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'stat_addr', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'waitid': SysCallSig( 'waitid', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'infop', CType( ['struct', 'siginfo', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'waitpid': SysCallSig( 'waitpid', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'stat_addr', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'options', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_tid_address': SysCallSig( 'set_tid_address', params=[ SysCallParamSig( 'tidptr', CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'futex': SysCallSig( 'futex', params=[ SysCallParamSig( 'uaddr', CType( ['u32', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'op', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'val', CType( ['u32'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'utime', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uaddr2', CType( ['u32', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'val3', CType( ['u32'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'init_module': SysCallSig( 'init_module', params=[ SysCallParamSig( 'umod', CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'delete_module': SysCallSig( 'delete_module', params=[ SysCallParamSig( 'name_user', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigsuspend': SysCallSig( 'rt_sigsuspend', params=[ SysCallParamSig( 'unewset', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigaction': SysCallSig( 'rt_sigaction', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['const', 'struct', 'sigaction', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sigaction', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigprocmask': SysCallSig( 'rt_sigprocmask', params=[ SysCallParamSig( 'how', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'set', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'oset', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigpending': SysCallSig( 'rt_sigpending', params=[ SysCallParamSig( 'set', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigtimedwait': SysCallSig( 'rt_sigtimedwait', params=[ SysCallParamSig( 'uthese', CType( ['const', 'sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'uts', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_tgsigqueueinfo': SysCallSig( 'rt_tgsigqueueinfo', params=[ SysCallParamSig( 'tgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kill': SysCallSig( 'kill', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tgkill': SysCallSig( 'tgkill', params=[ SysCallParamSig( 'tgid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tkill': SysCallSig( 'tkill', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rt_sigqueueinfo': SysCallSig( 'rt_sigqueueinfo', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uinfo', CType( ['siginfo_t', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sgetmask': SysCallSig( 'sgetmask', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ssetmask': SysCallSig( 'ssetmask', params=[ SysCallParamSig( 'newmask', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signal': SysCallSig( 'signal', params=[ SysCallParamSig( 'sig', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'handler', CType( ['__sighandler_t'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pause': SysCallSig( 'pause', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync': SysCallSig( 'sync', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fsync': SysCallSig( 'fsync', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fdatasync': SysCallSig( 'fdatasync', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bdflush': SysCallSig( 'bdflush', params=[ SysCallParamSig( 'func', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'data', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mount': SysCallSig( 'mount', params=[ SysCallParamSig( 'dev_name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'dir_name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'type', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'data', CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'umount': SysCallSig( 'umount', params=[ SysCallParamSig( 'name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'oldumount': SysCallSig( 'oldumount', params=[ SysCallParamSig( 'name', CType( ['char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'truncate': SysCallSig( 'truncate', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'length', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ftruncate': SysCallSig( 'ftruncate', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'length', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'stat': SysCallSig( 'stat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statfs': SysCallSig( 'statfs', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statfs64': SysCallSig( 'statfs64', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'sz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs64', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstatfs': SysCallSig( 'fstatfs', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstatfs64': SysCallSig( 'fstatfs64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'sz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'statfs64', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lstat': SysCallSig( 'lstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fstat': SysCallSig( 'fstat', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'statbuf', CType( ['struct', '__old_kernel_stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newstat': SysCallSig( 'newstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newlstat': SysCallSig( 'newlstat', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newfstat': SysCallSig( 'newfstat', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ustat': SysCallSig( 'ustat', params=[ SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'ubuf', CType( ['struct', 'ustat', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setxattr': SysCallSig( 'setxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lsetxattr': SysCallSig( 'lsetxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fsetxattr': SysCallSig( 'fsetxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['const', 'void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getxattr': SysCallSig( 'getxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lgetxattr': SysCallSig( 'lgetxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fgetxattr': SysCallSig( 'fgetxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'value', CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'listxattr': SysCallSig( 'listxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'list', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'llistxattr': SysCallSig( 'llistxattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'list', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'flistxattr': SysCallSig( 'flistxattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'list', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'removexattr': SysCallSig( 'removexattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lremovexattr': SysCallSig( 'lremovexattr', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fremovexattr': SysCallSig( 'fremovexattr', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'brk': SysCallSig( 'brk', params=[ SysCallParamSig( 'brk', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mprotect': SysCallSig( 'mprotect', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mremap': SysCallSig( 'mremap', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'old_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'new_len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'new_addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'remap_file_pages': SysCallSig( 'remap_file_pages', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pgoff', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msync': SysCallSig( 'msync', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fadvise64': SysCallSig( 'fadvise64', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'advice', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fadvise64_64': SysCallSig( 'fadvise64_64', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'advice', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munmap': SysCallSig( 'munmap', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlock': SysCallSig( 'mlock', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munlock': SysCallSig( 'munlock', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlockall': SysCallSig( 'mlockall', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'munlockall': SysCallSig( 'munlockall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'madvise': SysCallSig( 'madvise', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'behavior', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mincore': SysCallSig( 'mincore', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'vec', CType( ['unsigned', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pivot_root': SysCallSig( 'pivot_root', params=[ SysCallParamSig( 'new_root', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'put_old', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chroot': SysCallSig( 'chroot', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mknod': SysCallSig( 'mknod', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'link': SysCallSig( 'link', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'symlink': SysCallSig( 'symlink', params=[ SysCallParamSig( 'old', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'new', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unlink': SysCallSig( 'unlink', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rename': SysCallSig( 'rename', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chmod': SysCallSig( 'chmod', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchmod': SysCallSig( 'fchmod', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fcntl': SysCallSig( 'fcntl', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pipe': SysCallSig( 'pipe', params=[ SysCallParamSig( 'fildes', CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pipe2': SysCallSig( 'pipe2', params=[ SysCallParamSig( 'fildes', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup': SysCallSig( 'dup', params=[ SysCallParamSig( 'fildes', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup2': SysCallSig( 'dup2', params=[ SysCallParamSig( 'oldfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'newfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'dup3': SysCallSig( 'dup3', params=[ SysCallParamSig( 'oldfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'newfd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioperm': SysCallSig( 'ioperm', params=[ SysCallParamSig( 'from', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'num', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'on', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioctl': SysCallSig( 'ioctl', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'flock': SysCallSig( 'flock', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_setup': SysCallSig( 'io_setup', params=[ SysCallParamSig( 'nr_reqs', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'ctx', CType( ['aio_context_t', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_destroy': SysCallSig( 'io_destroy', params=[ SysCallParamSig( 'ctx', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_getevents': SysCallSig( 'io_getevents', params=[ SysCallParamSig( 'ctx_id', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'min_nr', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'nr', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'io_event', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'timeout', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_submit': SysCallSig( 'io_submit', params=[ SysCallParamSig( None, CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( '__foo', CType( ['struct', 'iocb', '*', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'io_cancel': SysCallSig( 'io_cancel', params=[ SysCallParamSig( 'ctx_id', CType( ['aio_context_t'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'iocb', CType( ['struct', 'iocb', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'result', CType( ['struct', 'io_event', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendfile': SysCallSig( 'sendfile', params=[ SysCallParamSig( 'out_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'in_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['off_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendfile64': SysCallSig( 'sendfile64', params=[ SysCallParamSig( 'out_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'in_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readlink': SysCallSig( 'readlink', params=[ SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'bufsiz', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'creat': SysCallSig( 'creat', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'open': SysCallSig( 'open', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'close': SysCallSig( 'close', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'access': SysCallSig( 'access', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vhangup': SysCallSig( 'vhangup', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chown': SysCallSig( 'chown', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lchown': SysCallSig( 'lchown', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchown': SysCallSig( 'fchown', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utime': SysCallSig( 'utime', params=[ SysCallParamSig( 'filename', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'times', CType( ['struct', 'utimbuf', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utimes': SysCallSig( 'utimes', params=[ SysCallParamSig( 'filename', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timeval', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lseek': SysCallSig( 'lseek', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset', CType( ['off_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'whence', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'llseek': SysCallSig( 'llseek', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset_high', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'offset_low', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'result', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'whence', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'read': SysCallSig( 'read', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readahead': SysCallSig( 'readahead', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readv': SysCallSig( 'readv', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'write': SysCallSig( 'write', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'writev': SysCallSig( 'writev', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pread64': SysCallSig( 'pread64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'pos', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwrite64': SysCallSig( 'pwrite64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buf', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'pos', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'preadv': SysCallSig( 'preadv', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'preadv2': SysCallSig( 'preadv2', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwritev': SysCallSig( 'pwritev', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pwritev2': SysCallSig( 'pwritev2', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'vec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_l', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pos_h', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getcwd': SysCallSig( 'getcwd', params=[ SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mkdir': SysCallSig( 'mkdir', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'chdir': SysCallSig( 'chdir', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchdir': SysCallSig( 'fchdir', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'rmdir': SysCallSig( 'rmdir', params=[ SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'lookup_dcookie': SysCallSig( 'lookup_dcookie', params=[ SysCallParamSig( 'cookie64', CType( ['u64'], ctypes.c_ulonglong, 0 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'quotactl': SysCallSig( 'quotactl', params=[ SysCallParamSig( 'cmd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'special', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'id', CType( ['qid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'addr', CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getdents': SysCallSig( 'getdents', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'dirent', CType( ['struct', 'linux_dirent', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getdents64': SysCallSig( 'getdents64', params=[ SysCallParamSig( 'fd', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'dirent', CType( ['struct', 'linux_dirent64', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setsockopt': SysCallSig( 'setsockopt', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'level', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optname', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optval', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'optlen', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsockopt': SysCallSig( 'getsockopt', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'level', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optname', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'optval', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'optlen', CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bind': SysCallSig( 'bind', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'connect': SysCallSig( 'connect', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'accept': SysCallSig( 'accept', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'accept4': SysCallSig( 'accept4', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getsockname': SysCallSig( 'getsockname', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getpeername': SysCallSig( 'getpeername', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'send': SysCallSig( 'send', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendto': SysCallSig( 'sendto', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendmsg': SysCallSig( 'sendmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'user_msghdr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sendmmsg': SysCallSig( 'sendmmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'mmsghdr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recv': SysCallSig( 'recv', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvfrom': SysCallSig( 'recvfrom', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'sockaddr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvmsg': SysCallSig( 'recvmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'user_msghdr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'recvmmsg': SysCallSig( 'recvmmsg', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg', CType( ['struct', 'mmsghdr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'vlen', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socket': SysCallSig( 'socket', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socketpair': SysCallSig( 'socketpair', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'socketcall': SysCallSig( 'socketcall', params=[ SysCallParamSig( 'call', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'args', CType( ['unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'listen': SysCallSig( 'listen', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'poll': SysCallSig( 'poll', params=[ SysCallParamSig( 'ufds', CType( ['struct', 'pollfd', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nfds', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'select': SysCallSig( 'select', params=[ SysCallParamSig( 'n', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'inp', CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'outp', CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'exp', CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'tvp', CType( ['struct', 'timeval', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_select': SysCallSig( 'old_select', params=[ SysCallParamSig( 'arg', CType( ['struct', 'sel_arg_struct', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_create': SysCallSig( 'epoll_create', params=[ SysCallParamSig( 'size', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_create1': SysCallSig( 'epoll_create1', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_ctl': SysCallSig( 'epoll_ctl', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'op', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'event', CType( ['struct', 'epoll_event', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_wait': SysCallSig( 'epoll_wait', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'epoll_event', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'maxevents', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'epoll_pwait': SysCallSig( 'epoll_pwait', params=[ SysCallParamSig( 'epfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'events', CType( ['struct', 'epoll_event', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'maxevents', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'timeout', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sigmask', CType( ['const', 'sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sigsetsize', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'gethostname': SysCallSig( 'gethostname', params=[ SysCallParamSig( 'name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sethostname': SysCallSig( 'sethostname', params=[ SysCallParamSig( 'name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setdomainname': SysCallSig( 'setdomainname', params=[ SysCallParamSig( 'name', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newuname': SysCallSig( 'newuname', params=[ SysCallParamSig( 'name', CType( ['struct', 'new_utsname', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'uname': SysCallSig( 'uname', params=[ SysCallParamSig( None, CType( ['struct', 'old_utsname', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'olduname': SysCallSig( 'olduname', params=[ SysCallParamSig( None, CType( ['struct', 'oldold_utsname', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrlimit': SysCallSig( 'getrlimit', params=[ SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'rlim', CType( ['struct', 'rlimit', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setrlimit': SysCallSig( 'setrlimit', params=[ SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'rlim', CType( ['struct', 'rlimit', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'prlimit64': SysCallSig( 'prlimit64', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'resource', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'new_rlim', CType( ['const', 'struct', 'rlimit64', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'old_rlim', CType( ['struct', 'rlimit64', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrusage': SysCallSig( 'getrusage', params=[ SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ru', CType( ['struct', 'rusage', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'umask': SysCallSig( 'umask', params=[ SysCallParamSig( 'mask', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgget': SysCallSig( 'msgget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgsnd': SysCallSig( 'msgsnd', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgp', CType( ['struct', 'msgbuf', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'msgsz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgrcv': SysCallSig( 'msgrcv', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msgp', CType( ['struct', 'msgbuf', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'msgsz', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msgtyp', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'msgflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'msgctl': SysCallSig( 'msgctl', params=[ SysCallParamSig( 'msqid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'msqid_ds', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semget': SysCallSig( 'semget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nsems', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'semflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semop': SysCallSig( 'semop', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sops', CType( ['struct', 'sembuf', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nsops', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semctl': SysCallSig( 'semctl', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'semnum', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'semtimedop': SysCallSig( 'semtimedop', params=[ SysCallParamSig( 'semid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'sops', CType( ['struct', 'sembuf', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nsops', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'timeout', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmat': SysCallSig( 'shmat', params=[ SysCallParamSig( 'shmid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'shmaddr', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'shmflg', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmget': SysCallSig( 'shmget', params=[ SysCallParamSig( 'key', CType( ['key_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'size', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmdt': SysCallSig( 'shmdt', params=[ SysCallParamSig( 'shmaddr', CType( ['char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'shmctl': SysCallSig( 'shmctl', params=[ SysCallParamSig( 'shmid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['struct', 'shmid_ds', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ipc': SysCallSig( 'ipc', params=[ SysCallParamSig( 'call', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'first', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'second', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'third', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'ptr', CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'fifth', CType( ['long'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_open': SysCallSig( 'mq_open', params=[ SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'oflag', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'attr', CType( ['struct', 'mq_attr', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_unlink': SysCallSig( 'mq_unlink', params=[ SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_timedsend': SysCallSig( 'mq_timedsend', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg_ptr', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'msg_len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msg_prio', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'abs_timeout', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_timedreceive': SysCallSig( 'mq_timedreceive', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'msg_ptr', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'msg_len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'msg_prio', CType( ['unsigned', 'int', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'abs_timeout', CType( ['const', 'struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_notify': SysCallSig( 'mq_notify', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'notification', CType( ['const', 'struct', 'sigevent', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mq_getsetattr': SysCallSig( 'mq_getsetattr', params=[ SysCallParamSig( 'mqdes', CType( ['mqd_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mqstat', CType( ['const', 'struct', 'mq_attr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'omqstat', CType( ['struct', 'mq_attr', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_iobase': SysCallSig( 'pciconfig_iobase', params=[ SysCallParamSig( 'which', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'devfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_read': SysCallSig( 'pciconfig_read', params=[ SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'dfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'off', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'buf', CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pciconfig_write': SysCallSig( 'pciconfig_write', params=[ SysCallParamSig( 'bus', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'dfn', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'off', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'buf', CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'prctl': SysCallSig( 'prctl', params=[ SysCallParamSig( 'option', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg3', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg4', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg5', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'swapon': SysCallSig( 'swapon', params=[ SysCallParamSig( 'specialfile', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'swap_flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'swapoff': SysCallSig( 'swapoff', params=[ SysCallParamSig( 'specialfile', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysctl': SysCallSig( 'sysctl', params=[ SysCallParamSig( 'args', CType( ['struct', '__sysctl_args', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysinfo': SysCallSig( 'sysinfo', params=[ SysCallParamSig( 'info', CType( ['struct', 'sysinfo', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sysfs': SysCallSig( 'sysfs', params=[ SysCallParamSig( 'option', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg1', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'syslog': SysCallSig( 'syslog', params=[ SysCallParamSig( 'type', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'len', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'uselib': SysCallSig( 'uselib', params=[ SysCallParamSig( 'library', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ni_syscall': SysCallSig( 'ni_syscall', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ptrace': SysCallSig( 'ptrace', params=[ SysCallParamSig( 'request', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'pid', CType( ['long'], ctypes.c_long, 0 ) ), SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'data', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'add_key': SysCallSig( 'add_key', params=[ SysCallParamSig( '_type', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( '_description', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( '_payload', CType( ['const', 'void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( 'plen', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'destringid', CType( ['key_serial_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'request_key': SysCallSig( 'request_key', params=[ SysCallParamSig( '_type', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( '_description', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( '_callout_info', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'destringid', CType( ['key_serial_t'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'keyctl': SysCallSig( 'keyctl', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'arg2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg3', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg4', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'arg5', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioprio_set': SysCallSig( 'ioprio_set', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'ioprio', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioprio_get': SysCallSig( 'ioprio_get', params=[ SysCallParamSig( 'which', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'who', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_mempolicy': SysCallSig( 'set_mempolicy', params=[ SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nmask', CType( ['const', 'unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'migrate_pages': SysCallSig( 'migrate_pages', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'from', CType( ['const', 'unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'to', CType( ['const', 'unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'move_pages': SysCallSig( 'move_pages', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nr_pages', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pages', CType( ['const', 'void', '*', '*'], ctypes.c_long, 2 ) ), SysCallParamSig( 'nodes', CType( ['const', 'int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'status', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mbind': SysCallSig( 'mbind', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'mode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'nmask', CType( ['const', 'unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_mempolicy': SysCallSig( 'get_mempolicy', params=[ SysCallParamSig( 'policy', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'nmask', CType( ['unsigned', 'long', '*'], ctypes.c_ulong, 1 ) ), SysCallParamSig( 'maxnode', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_init': SysCallSig( 'inotify_init', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_init1': SysCallSig( 'inotify_init1', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_add_watch': SysCallSig( 'inotify_add_watch', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mask', CType( ['u32'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'inotify_rm_watch': SysCallSig( 'inotify_rm_watch', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'wd', CType( ['__s32'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'spu_run': SysCallSig( 'spu_run', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'unpc', CType( ['__u32', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'ustatus', CType( ['__u32', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'spu_create': SysCallSig( 'spu_create', params=[ SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mknodat': SysCallSig( 'mknodat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), SysCallParamSig( 'dev', CType( ['unsigned'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mkdirat': SysCallSig( 'mkdirat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unlinkat': SysCallSig( 'unlinkat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'symlinkat': SysCallSig( 'symlinkat', params=[ SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'linkat': SysCallSig( 'linkat', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'renameat': SysCallSig( 'renameat', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'renameat2': SysCallSig( 'renameat2', params=[ SysCallParamSig( 'olddfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'oldname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'newdfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'newname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'futimesat': SysCallSig( 'futimesat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timeval', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'faccessat': SysCallSig( 'faccessat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchmodat': SysCallSig( 'fchmodat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fchownat': SysCallSig( 'fchownat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'user', CType( ['uid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'group', CType( ['gid_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'openat': SysCallSig( 'openat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['umode_t'], ctypes.c_ushort, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'newfstatat': SysCallSig( 'newfstatat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'statbuf', CType( ['struct', 'stat', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'readlinkat': SysCallSig( 'readlinkat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'bufsiz', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'utimensat': SysCallSig( 'utimensat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'utimes', CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'unshare': SysCallSig( 'unshare', params=[ SysCallParamSig( 'unshare_flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'splice': SysCallSig( 'splice', params=[ SysCallParamSig( 'fd_in', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_in', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'fd_out', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_out', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vmsplice': SysCallSig( 'vmsplice', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'iov', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'nr_segs', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'tee': SysCallSig( 'tee', params=[ SysCallParamSig( 'fdin', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'fdout', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync_file_range': SysCallSig( 'sync_file_range', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'nbytes', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'sync_file_range2': SysCallSig( 'sync_file_range2', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'nbytes', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_robust_list': SysCallSig( 'get_robust_list', params=[ SysCallParamSig( 'pid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'head_ptr', CType( ['struct', 'robust_list_head', '*', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'len_ptr', CType( ['size_t', '*'], ctypes.c_uint, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_robust_list': SysCallSig( 'set_robust_list', params=[ SysCallParamSig( 'head', CType( ['struct', 'robust_list_head', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getcpu': SysCallSig( 'getcpu', params=[ SysCallParamSig( 'cpu', CType( ['unsigned', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'node', CType( ['unsigned', '*'], ctypes.c_uint, 1 ) ), SysCallParamSig( 'cache', CType( ['struct', 'getcpu_cache', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signalfd': SysCallSig( 'signalfd', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'user_mask', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sizemask', CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'signalfd4': SysCallSig( 'signalfd4', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'user_mask', CType( ['sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'sizemask', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_create': SysCallSig( 'timerfd_create', params=[ SysCallParamSig( 'clockid', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_settime': SysCallSig( 'timerfd_settime', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'utmr', CType( ['const', 'struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'otmr', CType( ['struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'timerfd_gettime': SysCallSig( 'timerfd_gettime', params=[ SysCallParamSig( 'ufd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'otmr', CType( ['struct', 'itimerspec', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'eventfd': SysCallSig( 'eventfd', params=[ SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'eventfd2': SysCallSig( 'eventfd2', params=[ SysCallParamSig( 'count', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'memfd_create': SysCallSig( 'memfd_create', params=[ SysCallParamSig( 'uname_ptr', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'userfaultfd': SysCallSig( 'userfaultfd', params=[ SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fallocate': SysCallSig( 'fallocate', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'mode', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'offset', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), SysCallParamSig( 'len', CType( ['loff_t'], ctypes.c_longlong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_readdir': SysCallSig( 'old_readdir', params=[ SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'old_linux_dirent', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pselect6': SysCallSig( 'pselect6', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['fd_set', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ppoll': SysCallSig( 'ppoll', params=[ SysCallParamSig( None, CType( ['struct', 'pollfd', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( None, CType( ['struct', 'timespec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['const', 'sigset_t', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( None, CType( ['size_t'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fanotify_init': SysCallSig( 'fanotify_init', params=[ SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'event_f_flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fanotify_mark': SysCallSig( 'fanotify_mark', params=[ SysCallParamSig( 'fanotify_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mask', CType( ['u64'], ctypes.c_ulonglong, 0 ) ), SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pathname', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'syncfs': SysCallSig( 'syncfs', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'fork': SysCallSig( 'fork', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'vfork': SysCallSig( 'vfork', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'clone': SysCallSig( 'clone', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'execve': SysCallSig( 'execve', params=[ SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'argv', CType( ['const', 'const', 'char', '*', '*'], ctypes.c_char, 2 ) ), SysCallParamSig( 'envp', CType( ['const', 'const', 'char', '*', '*'], ctypes.c_char, 2 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'perf_event_open': SysCallSig( 'perf_event_open', params=[ SysCallParamSig( 'attr_uptr', CType( ['struct', 'perf_event_attr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'cpu', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'group_fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mmap_pgoff': SysCallSig( 'mmap_pgoff', params=[ SysCallParamSig( 'addr', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'fd', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pgoff', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'old_mmap': SysCallSig( 'old_mmap', params=[ SysCallParamSig( 'arg', CType( ['struct', 'mmap_arg_struct', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'name_to_handle_at': SysCallSig( 'name_to_handle_at', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'name', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'handle', CType( ['struct', 'file_handle', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'mnt_id', CType( ['int', '*'], ctypes.c_int, 1 ) ), SysCallParamSig( 'flag', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'open_by_handle_at': SysCallSig( 'open_by_handle_at', params=[ SysCallParamSig( 'mountdirfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'handle', CType( ['struct', 'file_handle', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'setns': SysCallSig( 'setns', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'nstype', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'process_vm_readv': SysCallSig( 'process_vm_readv', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'lvec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'liovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'rvec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'riovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'process_vm_writev': SysCallSig( 'process_vm_writev', params=[ SysCallParamSig( 'pid', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'lvec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'liovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'rvec', CType( ['const', 'struct', 'iovec', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'riovcnt', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'kcmp': SysCallSig( 'kcmp', params=[ SysCallParamSig( 'pid1', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'pid2', CType( ['pid_t'], ctypes.c_int, 0 ) ), SysCallParamSig( 'type', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'idx1', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'idx2', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'finit_module': SysCallSig( 'finit_module', params=[ SysCallParamSig( 'fd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'seccomp': SysCallSig( 'seccomp', params=[ SysCallParamSig( 'op', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'uargs', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'getrandom': SysCallSig( 'getrandom', params=[ SysCallParamSig( 'buf', CType( ['char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'count', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'bpf': SysCallSig( 'bpf', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'attr', CType( ['union', 'bpf_attr', '*'], ctypes.c_void_p, 0 ) ), SysCallParamSig( 'size', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'execveat': SysCallSig( 'execveat', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'filename', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'argv', CType( ['const', 'const', 'char', '*', '*'], ctypes.c_char, 2 ) ), SysCallParamSig( 'envp', CType( ['const', 'const', 'char', '*', '*'], ctypes.c_char, 2 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'membarrier': SysCallSig( 'membarrier', params=[ SysCallParamSig( 'cmd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'copy_file_range': SysCallSig( 'copy_file_range', params=[ SysCallParamSig( 'fd_in', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_in', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'fd_out', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'off_out', CType( ['loff_t', '*'], ctypes.c_longlong, 1 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mlock2': SysCallSig( 'mlock2', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'flags', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_mprotect': SysCallSig( 'pkey_mprotect', params=[ SysCallParamSig( 'start', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'len', CType( ['size_t'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'prot', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'pkey', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_alloc': SysCallSig( 'pkey_alloc', params=[ SysCallParamSig( 'flags', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( 'init_val', CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'pkey_free': SysCallSig( 'pkey_free', params=[ SysCallParamSig( 'pkey', CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'statx': SysCallSig( 'statx', params=[ SysCallParamSig( 'dfd', CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( 'path', CType( ['const', 'char', '*'], ctypes.c_char, 1 ) ), SysCallParamSig( 'flags', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'mask', CType( ['unsigned'], ctypes.c_uint, 0 ) ), SysCallParamSig( 'buffer', CType( ['struct', 'statx', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'ioperm': SysCallSig( 'ioperm', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'iopl': SysCallSig( 'iopl', params=[ SysCallParamSig( None, CType( ['unsigned', 'int'], ctypes.c_uint, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'modify_ldt': SysCallSig( 'modify_ldt', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['void', '*'], ctypes.c_long, 1 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['int'], ctypes.c_int, 0) ), 'rt_sigreturn': SysCallSig( 'rt_sigreturn', params=[ SysCallParamSig( None, CType( ['void'], ctypes.c_long, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'set_thread_area': SysCallSig( 'set_thread_area', params=[ SysCallParamSig( None, CType( ['struct', 'user_desc', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'get_thread_area': SysCallSig( 'get_thread_area', params=[ SysCallParamSig( None, CType( ['struct', 'user_desc', '*'], ctypes.c_void_p, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'arch_prctl': SysCallSig( 'arch_prctl', params=[ SysCallParamSig( None, CType( ['int'], ctypes.c_int, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), 'mmap': SysCallSig( 'mmap', params=[ SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), SysCallParamSig( None, CType( ['unsigned', 'long'], ctypes.c_ulong, 0 ) ), ], result=CType(['long'], ctypes.c_long, 0) ), } SYSCALL_NUMBERS = { 0: 'read', 1: 'write', 2: 'open', 3: 'close', 4: 'stat', 5: 'fstat', 6: 'lstat', 7: 'poll', 8: 'lseek', 9: 'mmap', 10: 'mprotect', 11: 'munmap', 12: 'brk', 13: 'rt_sigaction', 14: 'rt_sigprocmask', 15: 'rt_sigreturn', 16: 'ioctl', 17: 'pread64', 18: 'pwrite64', 19: 'readv', 20: 'writev', 21: 'access', 22: 'pipe', 23: 'select', 24: 'sched_yield', 25: 'mremap', 26: 'msync', 27: 'mincore', 28: 'madvise', 29: 'shmget', 30: 'shmat', 31: 'shmctl', 32: 'dup', 33: 'dup2', 34: 'pause', 35: 'nanosleep', 36: 'getitimer', 37: 'alarm', 38: 'setitimer', 39: 'getpid', 40: 'sendfile', 41: 'socket', 42: 'connect', 43: 'accept', 44: 'sendto', 45: 'recvfrom', 46: 'sendmsg', 47: 'recvmsg', 48: 'shutdown', 49: 'bind', 50: 'listen', 51: 'getsockname', 52: 'getpeername', 53: 'socketpair', 54: 'setsockopt', 55: 'getsockopt', 56: 'clone', 57: 'fork', 58: 'vfork', 59: 'execve', 60: 'exit', 61: 'wait4', 62: 'kill', 63: 'uname', 64: 'semget', 65: 'semop', 66: 'semctl', 67: 'shmdt', 68: 'msgget', 69: 'msgsnd', 70: 'msgrcv', 71: 'msgctl', 72: 'fcntl', 73: 'flock', 74: 'fsync', 75: 'fdatasync', 76: 'truncate', 77: 'ftruncate', 78: 'getdents', 79: 'getcwd', 80: 'chdir', 81: 'fchdir', 82: 'rename', 83: 'mkdir', 84: 'rmdir', 85: 'creat', 86: 'link', 87: 'unlink', 88: 'symlink', 89: 'readlink', 90: 'chmod', 91: 'fchmod', 92: 'chown', 93: 'fchown', 94: 'lchown', 95: 'umask', 96: 'gettimeofday', 97: 'getrlimit', 98: 'getrusage', 99: 'sysinfo', 100: 'times', 101: 'ptrace', 102: 'getuid', 103: 'syslog', 104: 'getgid', 105: 'setuid', 106: 'setgid', 107: 'geteuid', 108: 'getegid', 109: 'setpgid', 110: 'getppid', 111: 'getpgrp', 112: 'setsid', 113: 'setreuid', 114: 'setregid', 115: 'getgroups', 116: 'setgroups', 117: 'setresuid', 118: 'getresuid', 119: 'setresgid', 120: 'getresgid', 121: 'getpgid', 122: 'setfsuid', 123: 'setfsgid', 124: 'getsid', 125: 'capget', 126: 'capset', 127: 'rt_sigpending', 128: 'rt_sigtimedwait', 129: 'rt_sigqueueinfo', 130: 'rt_sigsuspend', 131: 'sigaltstack', 132: 'utime', 133: 'mknod', 134: 'uselib', 135: 'personality', 136: 'ustat', 137: 'statfs', 138: 'fstatfs', 139: 'sysfs', 140: 'getpriority', 141: 'setpriority', 142: 'sched_setparam', 143: 'sched_getparam', 144: 'sched_setscheduler', 145: 'sched_getscheduler', 146: 'sched_get_priority_max', 147: 'sched_get_priority_min', 148: 'sched_rr_get_interval', 149: 'mlock', 150: 'munlock', 151: 'mlockall', 152: 'munlockall', 153: 'vhangup', 154: 'modify_ldt', 155: 'pivot_root', 156: '_sysctl', 157: 'prctl', 158: 'arch_prctl', 159: 'adjtimex', 160: 'setrlimit', 161: 'chroot', 162: 'sync', 163: 'acct', 164: 'settimeofday', 165: 'mount', 166: 'umount2', 167: 'swapon', 168: 'swapoff', 169: 'reboot', 170: 'sethostname', 171: 'setdomainname', 172: 'iopl', 173: 'ioperm', 174: 'create_module', 175: 'init_module', 176: 'delete_module', 177: 'get_kernel_syms', 178: 'query_module', 179: 'quotactl', 180: 'nfsservctl', 181: 'getpmsg', 182: 'putpmsg', 183: 'afs_syscall', 184: 'tuxcall', 185: 'security', 186: 'gettid', 187: 'readahead', 188: 'setxattr', 189: 'lsetxattr', 190: 'fsetxattr', 191: 'getxattr', 192: 'lgetxattr', 193: 'fgetxattr', 194: 'listxattr', 195: 'llistxattr', 196: 'flistxattr', 197: 'removexattr', 198: 'lremovexattr', 199: 'fremovexattr', 200: 'tkill', 201: 'time', 202: 'futex', 203: 'sched_setaffinity', 204: 'sched_getaffinity', 205: 'set_thread_area', 206: 'io_setup', 207: 'io_destroy', 208: 'io_getevents', 209: 'io_submit', 210: 'io_cancel', 211: 'get_thread_area', 212: 'lookup_dcookie', 213: 'epoll_create', 214: 'epoll_ctl_old', 215: 'epoll_wait_old', 216: 'remap_file_pages', 217: 'getdents64', 218: 'set_tid_address', 219: 'restart_syscall', 220: 'semtimedop', 221: 'fadvise64', 222: 'timer_create', 223: 'timer_settime', 224: 'timer_gettime', 225: 'timer_getoverrun', 226: 'timer_delete', 227: 'clock_settime', 228: 'clock_gettime', 229: 'clock_getres', 230: 'clock_nanosleep', 231: 'exit_group', 232: 'epoll_wait', 233: 'epoll_ctl', 234: 'tgkill', 235: 'utimes', 236: 'vserver', 237: 'mbind', 238: 'set_mempolicy', 239: 'get_mempolicy', 240: 'mq_open', 241: 'mq_unlink', 242: 'mq_timedsend', 243: 'mq_timedreceive', 244: 'mq_notify', 245: 'mq_getsetattr', 246: 'kexec_load', 247: 'waitid', 248: 'add_key', 249: 'request_key', 250: 'keyctl', 251: 'ioprio_set', 252: 'ioprio_get', 253: 'inotify_init', 254: 'inotify_add_watch', 255: 'inotify_rm_watch', 256: 'migrate_pages', 257: 'openat', 258: 'mkdirat', 259: 'mknodat', 260: 'fchownat', 261: 'futimesat', 262: 'newfstatat', 263: 'unlinkat', 264: 'renameat', 265: 'linkat', 266: 'symlinkat', 267: 'readlinkat', 268: 'fchmodat', 269: 'faccessat', 270: 'pselect6', 271: 'ppoll', 272: 'unshare', 273: 'set_robust_list', 274: 'get_robust_list', 275: 'splice', 276: 'tee', 277: 'sync_file_range', 278: 'vmsplice', 279: 'move_pages', 280: 'utimensat', 281: 'epoll_pwait', 282: 'signalfd', 283: 'timerfd_create', 284: 'eventfd', 285: 'fallocate', 286: 'timerfd_settime', 287: 'timerfd_gettime', 288: 'accept4', 289: 'signalfd4', 290: 'eventfd2', 291: 'epoll_create1', 292: 'dup3', 293: 'pipe2', 294: 'inotify_init1', 295: 'preadv', 296: 'pwritev', 297: 'rt_tgsigqueueinfo', 298: 'perf_event_open', 299: 'recvmmsg', 300: 'fanotify_init', 301: 'fanotify_mark', 302: 'prlimit64', 303: 'name_to_handle_at', 304: 'open_by_handle_at', 305: 'clock_adjtime', 306: 'syncfs', 307: 'sendmmsg', 308: 'setns', 309: 'getcpu', 310: 'process_vm_readv', 311: 'process_vm_writev', 312: 'kcmp', 313: 'finit_module', 314: 'sched_setattr', 315: 'sched_getattr', 316: 'renameat2', 317: 'seccomp', 318: 'getrandom', 319: 'memfd_create', 320: 'kexec_file_load', 321: 'bpf', 322: 'execveat', 323: 'userfaultfd', 324: 'membarrier', 325: 'mlock2', 326: 'copy_file_range', 327: 'preadv2', 328: 'pwritev2', 329: 'pkey_mprotect', 330: 'pkey_alloc', 331: 'pkey_free', 332: 'statx', }

_fields_ = ( ('si_band', ctypes.c_long), ('si_fd', ctypes.c_int), )

test.py

# flake8: noqa # DEV: Skip linting, we lint with Python 2, we'll get SyntaxErrors from `yield from` # stdlib import time import asyncio # 3p import aiopg from psycopg2 import extras # project from ddtrace.constants import ANALYTICS_SAMPLE_RATE_KEY from ddtrace.contrib.aiopg.patch import patch, unpatch from ddtrace import Pin # testing from tests.opentracer.utils import init_tracer from tests.contrib.config import POSTGRES_CONFIG from tests.test_tracer import get_dummy_tracer from tests.contrib.asyncio.utils import AsyncioTestCase, mark_asyncio TEST_PORT = str(POSTGRES_CONFIG['port']) class AiopgTestCase(AsyncioTestCase): # default service TEST_SERVICE = 'postgres' def setUp(self): super().setUp() self._conn = None patch() def tearDown(self): super().tearDown() if self._conn and not self._conn.closed: self._conn.close() unpatch() @asyncio.coroutine def _get_conn_and_tracer(self): conn = self._conn = yield from aiopg.connect(**POSTGRES_CONFIG) Pin.get_from(conn).clone(tracer=self.tracer).onto(conn) return conn, self.tracer @asyncio.coroutine def assert_conn_is_traced(self, tracer, db, service): # ensure the trace aiopg client doesn't add non-standard # methods try: yield from db.execute('select \'foobar\'') except AttributeError: pass writer = tracer.writer # Ensure we can run a query and it's correctly traced q = 'select \'foobarblah\'' start = time.time() cursor = yield from db.cursor() yield from cursor.execute(q) rows = yield from cursor.fetchall() end = time.time() assert rows == [('foobarblah',)] assert rows spans = writer.pop() assert spans assert len(spans) == 1 span = spans[0] assert span.name == 'postgres.query' assert span.resource == q assert span.service == service assert span.meta['sql.query'] == q assert span.error == 0 assert span.span_type == 'sql' assert start <= span.start <= end assert span.duration <= end - start # Ensure OpenTracing compatibility ot_tracer = init_tracer('aiopg_svc', tracer) with ot_tracer.start_active_span('aiopg_op'): cursor = yield from db.cursor() yield from cursor.execute(q) rows = yield from cursor.fetchall() assert rows == [('foobarblah',)] spans = writer.pop() assert len(spans) == 2 ot_span, dd_span = spans # confirm the parenting assert ot_span.parent_id == None assert dd_span.parent_id == ot_span.span_id assert ot_span.name == 'aiopg_op' assert ot_span.service == 'aiopg_svc' assert dd_span.name == 'postgres.query' assert dd_span.resource == q assert dd_span.service == service assert dd_span.meta['sql.query'] == q assert dd_span.error == 0 assert dd_span.span_type == 'sql' # run a query with an error and ensure all is well q = 'select * from some_non_existant_table' cur = yield from db.cursor() try: yield from cur.execute(q) except Exception: pass else: assert 0, 'should have an error' spans = writer.pop() assert spans, spans assert len(spans) == 1 span = spans[0] assert span.name == 'postgres.query' assert span.resource == q assert span.service == service assert span.meta['sql.query'] == q assert span.error == 1 # assert span.meta['out.host'] == 'localhost' assert span.meta['out.port'] == TEST_PORT assert span.span_type == 'sql' @mark_asyncio def test_disabled_execute(self): conn, tracer = yield from self._get_conn_and_tracer() tracer.enabled = False # these calls were crashing with a previous version of the code. yield from (yield from conn.cursor()).execute(query='select \'blah\'') yield from (yield from conn.cursor()).execute('select \'blah\'') assert not tracer.writer.pop() @mark_asyncio def test_manual_wrap_extension_types(self): conn, _ = yield from self._get_conn_and_tracer() # NOTE: this will crash if it doesn't work. # _ext.register_type(_ext.UUID, conn_or_curs) # TypeError: argument 2 must be a connection, cursor or None extras.register_uuid(conn_or_curs=conn) @mark_asyncio def

(self): tracer = get_dummy_tracer() services = ['db', 'another'] for service in services: conn, _ = yield from self._get_conn_and_tracer() Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from self.assert_conn_is_traced(tracer, conn, service) conn.close() # ensure we have the service types service_meta = tracer.writer.pop_services() expected = {} assert service_meta == expected @mark_asyncio def test_patch_unpatch(self): tracer = get_dummy_tracer() writer = tracer.writer # Test patch idempotence patch() patch() service = 'fo' conn = yield from aiopg.connect(**POSTGRES_CONFIG) Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert spans, spans assert len(spans) == 1 # Test unpatch unpatch() conn = yield from aiopg.connect(**POSTGRES_CONFIG) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert not spans, spans # Test patch again patch() conn = yield from aiopg.connect(**POSTGRES_CONFIG) Pin.get_from(conn).clone(service=service, tracer=tracer).onto(conn) yield from (yield from conn.cursor()).execute('select \'blah\'') conn.close() spans = writer.pop() assert spans, spans assert len(spans) == 1 class AiopgAnalyticsTestCase(AiopgTestCase): @asyncio.coroutine def trace_spans(self): service = 'db' conn, _ = yield from self._get_conn_and_tracer() Pin.get_from(conn).clone(service='db', tracer=self.tracer).onto(conn) cursor = yield from conn.cursor() yield from cursor.execute('select \'foobar\'') rows = yield from cursor.fetchall() assert rows return self.get_spans() @mark_asyncio def test_analytics_default(self): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertIsNone(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY)) @mark_asyncio def test_analytics_with_rate(self): with self.override_config( 'aiopg', dict(analytics_enabled=True, analytics_sample_rate=0.5) ): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertEqual(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY), 0.5) @mark_asyncio def test_analytics_without_rate(self): with self.override_config( 'aiopg', dict(analytics_enabled=True) ): spans = yield from self.trace_spans() self.assertEqual(len(spans), 1) self.assertEqual(spans[0].get_metric(ANALYTICS_SAMPLE_RATE_KEY), 1.0)

test_connect_factory

slidesReducer.ts

import {SlideAPIInfo, SlideReducerAction, SlideReducerState, SlideSection} from "../types/slideTypes"; export const slideReducerInitialState: SlideReducerState = { templateSectionTitles: [ { title: "Introduction", subtitles: ["Background", "Problem", "Workflow"]}, { title: "EDA", subtitles: ["Data Source", "Preview the raw data values", "Data cleaning", "Exploratory data analysis", "Exploratory data analysis: Example"]}, { title: "Feature Engineering", subtitles: ["Feature Engineering Summarization", "Feature Engineering Example"]}, { title: "Model Details", subtitles: ['Model Input', 'Model Output', 'Optimization', 'Model Alternatives', "Model Details"]}, { title: "Model Performance", subtitles: ['Metrics', 'Performance']}, { title: "Conclusion", subtitles: ['Suggestions', 'Ethical & Legal consideration', "Limitation & Risks"]} ], sectionSubtitles: {}, sectionTitles: [], sectionPoints: {}, sectionCodeCells: {}, sectionImages: {}, exampleSubsections: [] } function

(state: SlideReducerState, action: SlideReducerAction): SlideReducerState { switch (action.type) { case "updateSlides": updateSlides(state, action.payload) return state } } function updateSlides(state: SlideReducerState, payload: SlideAPIInfo) { console.log("Update slides") state.sectionTitles = [] state.templateSectionTitles = payload.template state.templateSectionTitles.forEach((section: SlideSection) => { if (section.title in payload) { state.sectionTitles.push(section.title) const points = payload.slidesContent[section.title].points const cells = payload.slidesContent[section.title].cells // @ts-ignore state.sectionPoints[title] = points // @ts-ignore state.sectionCodeCells[title] = cells } }) console.log("state", state) } export default slideReducer;

slideReducer

link.ts

/** * Swaggy Jenkins * Jenkins API clients generated from Swagger / Open API specification * * OpenAPI spec version: 1.1.1 * Contact: [email protected] * * NOTE: This class is auto generated by OpenAPI Generator (https://openapi-generator.tech). * https://openapi-generator.tech * Do not edit the class manually. */ export class Link { '_class'?: string;

static attributeTypeMap: Array<{name: string, baseName: string, type: string}> = [ { "name": "_class", "baseName": "_class", "type": "string" }, { "name": "href", "baseName": "href", "type": "string" } ]; static getAttributeTypeMap() { return Link.attributeTypeMap; } }

'href'?: string; static discriminator: string | undefined = undefined;

bin.py

import os, json, sys, re, random, time import requests, inquirer from jinja2 import Template from termcolor import colored root = os.path.dirname(os.path.realpath(__file__)) JSON_FILE = root + '/json.json' ARR_FILE = root + '/arr.json' MAP = { '名词': 'n.', '动词': 'vt.', '形容词': 'adj.', '副词': 'adv.', '介词': 'prep.', '代词': 'pron.' } def isChinese(text): if u'\u

text <= u'\u9fff': return True return False def translate(text): params = { 'client': 'gtx', 'sl': 'en', 'tl': 'zh-CN', 'q': text, 'ie': 'UTF-8' # 'format': 'text', # 'model': 'base', # 'target': 'zh-CN', # 'key': '' } if isChinese(text) == True: params['sl'] = 'zh-CN' params['tl'] = 'en' # t - 源text的翻译 # at - 会额外返回一些近义词 # ex - examples # ss - 如果翻译的是单个词，会返回与该词相关的动词、形容词、名词 # md - 如果翻译的是单个词，返回该词的定义 # rw - 组词 # bd - 词义 # rm - 发音 req = requests.get('http://translate.google.cn/translate_a/single?dt=t&dt=rm&dt=bd&dt=rw&dt=ex', params=params) # req = requests.post('https://translation.googleapis.com/language/translate/v2', params=params) content = json.loads(req.content) leng = len(content) # print(content) target = '' source = '' phonetic = '' word = [] phrase = [] example = [] try: if 1 < leng and content[1]: for w in content[1]: ww = { 'type': w[0], 'text': '；'.join(w[1]) } if w[0] in MAP: ww['type'] = MAP[w[0]] word.append(ww) if 14 < leng and content[14] and content[14][0]: phrase = [ph for ph in content[14][0]] if 13 < leng and content[13] and content[13][0]: example = [ex[0] for ex in content[13][0]] target = content[0][0][0] source = content[0][0][1] phonetic = content[0][1][3] except IndexError as e: print(e) pass result = { 'target': target, 'source': source, 'phonetic': phonetic, 'word': word, 'phrase': phrase, 'example': example } return result def cmdText(content): print( colored(content['source'], 'red') + colored(' [' + content['phonetic'] + '] ' + content['target'], 'green') + '\n') for w in content['word']: print(colored(w['type'], 'cyan') + ' ' + colored(w['text'], 'red')) print('\n' + colored('词组：', 'cyan') + colored('[' + '] ['.join(content['phrase']) + ']', 'yellow') + '\n') leng = len(content['example']) if leng > 5: leng = 5 for i in range(leng): ex = content['example'][i] w = re.sub(r'^(.*)(.+)(.*)$', lambda a: a[1] + colored(a[2], 'red') + a[3], ex) print(colored('ex：', 'cyan') + ' ' + w) def saveWord(content): leng = len(content['word']) if isChinese(content['source']) == True or leng == 0: return word = content['source'] saveFile([word]) def saveFile(words): with open(JSON_FILE, 'r') as f: j = json.load(f) with open(ARR_FILE, 'r') as f: a = json.load(f) for word in words: if word in j: break else: j[word] = True a.append(word) with open(JSON_FILE, 'w') as f: json.dump(j, f) with open(ARR_FILE, 'w') as f: json.dump(a, f) def getWord(num=50): with open(ARR_FILE, 'r') as f: a = json.load(f) if len(a) < num: num = len(a) words = [] tmpJson = {} def getRandomWord(): index = random.randint(0, num - 1) word = a[index] if word in tmpJson: return getRandomWord() words.append(word) tmpJson[word] = True return word for index in range(num): getRandomWord() return words def getWordData(arr): contents = [translate(word) for word in arr] return contents def makeWordList(argv=sys.argv): num = 50 if len(argv) >= 2: num = int(argv[1]) str = '' with open(root + '/_index.html', 'r') as f: str = f.read() firstTime = time.time() data = getWordData(getWord(num)) temp = Template(str) htmlStr = temp.render({"data": data}) fileName = 'words_' + time.strftime("%Y-%m-%d %H:%M:%S", time.localtime()) + '.html' with open(os.getcwd() + '/' + fileName, 'w') as f: f.write(htmlStr) lastTime = time.time() print(lastTime - firstTime) print('make html: ' + fileName) sys.exit(0) def copyWords(argv=sys.argv): fileName = 'copy.json' if len(argv) >= 2: fileName = argv[1] with open(ARR_FILE, 'r') as f: a = json.load(f) with open(os.getcwd() + '/' + fileName, 'w') as f: json.dump(a, f) print('make json: ' + fileName) sys.exit(0) def joinWords(argv=sys.argv): fileName = 'join.json' if len(argv) >= 2: fileName = argv[1] with open(os.getcwd() + '/' + fileName, 'r') as f: a = json.load(f) if isinstance(a, list) == False: print(fileName+' is error') return saveFile(a) print('copy json: ' + fileName) sys.exit(0) def removeWord(): message = '' questions = [ inquirer.Text('ask', message=message) ] answers = inquirer.prompt(questions) try: word = answers['ask'] except Exception: sys.exit(1) print(word) sys.exit(0) def execute(argv=sys.argv): ''' 启动函数 :param argv: 参数列表(默认为sys.argv参数) :return: None ''' content = translate(' '.join(argv[1:])) cmdText(content) saveWord(content) sys.exit(0)

4e00' <=

admin.py

import traceback from utils import * async def assign_default_role(client, member, role_name): roles = list(filter(lambda k: k.name == role_name, member.server.roles)) if len(roles) == 0: return await client.add_roles(member, roles[0]) async def notify_of_leaving_person(client, member): bot_channel = get_server(member.server).bot_channel await client.send_message(bot_channel, '**{}** just left {}. Bye, bye!'.format(member.name, member.server)) async def notify_of_joining_person(client, member): bot_channel = get_server(member.server).bot_channel await client.send_message(bot_channel, '**{}** just joined {}. Welcome!'.format(member.name, member.server)) # Used for broadcasting Ohminator announcements @register_command("broadcast") async def broadcast(message, bot_channel, client): await client.delete_message(message) if message.author.id != "159315181288030208": await client.send_message(bot_channel, "{}: Sorry, this command is only for the author of Ohminator!".format( message.author.name)) return split_message = message.content.split() if len(split_message) > 2: # If all is written instead of channel id, all bot-spam channels will be messaged if split_message[1] == "all": for channel in map(lambda s: s.bot_channel, server_list): await client.send_message(channel, "**Announcement**: {}".format(" ".join(split_message[2:]))) else: channel = client.get_channel(split_message[1]) if channel: await client.send_message(channel, "**Announcement**: {}".format(" ".join(split_message[2:]))) else: servers = list(filter(lambda s: s.name == split_message[1] or s.id == split_message[1], server_list)) if len(servers) > 0: for server in servers: await client.send_message(server.bot_channel, "**Announcement**: {}".format(" ".join(split_message[2:]))) else: await client.send_message(bot_channel, "{}: No channel with the given ID or server with the given ID or name." .format(message.author.name)) else: await client.send_message(bot_channel, "{}: Use: !broadcast [all/channel id/server name] [announcement]" .format(message.author.name)) @register_command("move") async def move(message, bot_channel, client): await client.delete_message(message) parameters = message.content.split() if message.author.id == "184635136724303873" or message.author.id == "159315181288030208": member = message.author.server.get_member("159315181288030208") if member and message.author.voice_channel and member.voice_channel: channel = message.author.voice_channel if len(parameters) > 1: try: channel = message.author.server.get_channel(parameters[1]) except: return try: await client.move_member(member=member, channel=channel) except: traceback.print_exc() @register_command("settings") async def settings(message, bot_channel, client): await client.delete_message(message) tokens = message.content.split() if len(tokens) < 2: await client.send_message(message.channel, '{}: Usage !settings [client name or id] [([permission to change]' ' [value to change to])]'.format(message.author.name)) return server = get_server(message.server) if tokens[1] == message.server.id: settings_source = server else: settings_source = server.get_channel(tokens[1]) if len(tokens) < 3: # No other arguments -> list all settings for given channel settings_str = "Settings for {} {}:".format("server" if settings_source == server else "channel", settings_source.name) for key, val in settings_source.list_settings().items(): settings_str += "\n{}: {}".format(key, val) await client.send_message(message.channel, '{}: {}'.format(message.author.name, settings_str)) elif len(tokens) < 4: await client.send_message(message.channel, '{}: Usage !settings [client/server name or id] [([permission to change]' ' [value to change to])]'.format(message.author.name)) else: if tokens[2] in settings_source.list_settings().keys(): settings_source.change_settings({tokens[2] : tokens[3]}) await client.send_message(message.channel, '{}: The setting {} har been changed to {}.'.format(message.author.name, tokens[2], tokens[3])) else: await client.send_message(message.channel, '{}: The setting {} does not exist.'.format(message.author.name, tokens[2])) @register_command("getbotinvite", "gbi") async def get_bot_invite(message, bot_channel, client): await client.delete_message(message) permissions = discord.Permissions.all() await client.send_message(message.channel, '{}: {}'.format(message.author.name, discord.utils.oauth_url('176432800331857920', permissions=permissions))) @register_command("suggest") async def

(message, bot_channel, client): suggestion = message.content[9:] if len(suggestion) < 3: await client.send_message(bot_channel, "{}: Please suggest something proper.".format(message.author.mention)) return server = get_server(message.server) member = server.get_member(message.author.id) suggestion_loc = 'suggestions.txt'.format(server.server_loc, member.member_loc) with open(suggestion_loc, 'a') as f: f.write("Suggestion from {} on server {}:\n{}\n".format(message.author, message.server, suggestion)) await client.send_message(bot_channel, '{}: Your suggestion has been noted. Thank you!'.format(message.author.mention)) async def print_page(resource, message, bot_channel, client, prefix_user=True): if resource == 'web-page-ad': content = "**Go to http://www.ohminator.com for a web version of the documentation.**" else: with open('resources/{}'.format(resource)) as f: content = f.read() help_page = "{}{}".format("{}:\n".format(message.author.name) if prefix_user else "", content) await client.send_message(bot_channel, help_page) @register_command("help", "commands", "command", "info") async def help(message, bot_channel, client): await client.delete_message(message) async def print_help_page(help_resource, prefix_user=True): return await print_page(help_resource, message, bot_channel, client, prefix_user) if message.content.lower().startswith('!help audio'): await print_help_page('help_audio.txt') elif message.content.lower().startswith('!help intro'): await print_help_page('help_intro.txt') elif message.content.lower().startswith('!help util'): await print_help_page('help_utils.txt') elif message.content.lower().startswith('!help other'): await print_help_page('help_others.txt') elif message.content.lower().startswith('!help all'): await print_help_page('help_all_1.txt') await print_help_page('help_all_2.txt', False) await print_help_page('help_all_3.txt', False) elif message.content.lower().startswith('!help wow'): await print_help_page('help_wow.txt') else: await print_help_page('web-page-ad') await print_help_page('help.txt', False) await print_help_page('summary.txt', False) @register_command("summary") async def summary(message, bot_channel, client): await client.delete_message(message) return await print_page('summary.txt', message, bot_channel, client) @register_command("showtotalusers") async def show_total_number_users(message, bot_channel, client): await client.delete_message(message) servers = sum(1 for _ in client.servers) users = sum(1 for _ in client.get_all_members()) await client.send_message(bot_channel, "{}: Ohminator is currently serving {} server{}, {} user{}.".format( message.author.name, servers, "s" if servers != 1 else "", users, "s" if users != 1 else ""))

suggest

lib.rs

use crate::javascript_service::JavascriptService; use crate::js_value::object::JsObject; use crate::runtime::JsRuntime; use fruity_core::resource::resource_container::ResourceContainer; use fruity_core::settings::Settings; use std::sync::Arc; mod bridge; pub mod error; mod exception; pub mod javascript_service; mod js_value; mod module_map; mod normalize_path; mod runtime; mod serialize; mod thread_scope_stack; /// The module name pub static MODULE_NAME: &str = "fruity_javascript"; // #[no_mangle] pub fn initialize(resource_container: Arc<ResourceContainer>, _settings: &Settings)

{ let javascript_service = JavascriptService::new(resource_container.clone()); resource_container.add::<JavascriptService>("javascript_service", Box::new(javascript_service)); }

models.py

from django.db import models from django.utils.encoding import python_2_unicode_compatible from jsngram.users import models as user_models from jsngram.images import models as image_models class Notification(image_models.TimeStampedModel):

TYPE_CHOICES = ( ('like', 'Like'), # 첫 번째는 데이터베이스를 위해, 두 번째는 어드민 패널을 위해 쓰는 것. ('comment', 'Comment'), ('follow', 'Follow') ) creator = models.ForeignKey(user_models.User, on_delete=models.PROTECT, related_name='creator') to = models.ForeignKey(user_models.User, on_delete=models.PROTECT, related_name='to') notification_type = models.CharField(max_length=20, choices=TYPE_CHOICES) image = models.ForeignKey(image_models.Image, on_delete=models.PROTECT, null=True, blank=True) comment = models.TextField(null=True, blank=True) class Meta: ordering = ['-created_at'] def __str__(self): return 'From: {} - To: {}'.format(self.creator, self.to)

test_med2img.py

from unittest import TestCase from unittest import mock from med2img.med2img import Med2img class

(TestCase): """ Test Med2img. """ def setUp(self): self.app = Med2img() def test_run(self): """ Test the run code. """ args = [] if self.app.TYPE == 'ds': args.append('inputdir') # you may want to change this inputdir mock args.append('outputdir') # you may want to change this outputdir mock # you may want to add more of your custom defined optional arguments to test # your app with # eg. # args.append('--custom-int') # args.append(10) options = self.app.parse_args(args) self.app.run(options) # write your own assertions self.assertEqual(options.outputdir, 'outputdir')

Med2imgTests

input-duration-slider.component.ts

import { ChangeDetectionStrategy, ChangeDetectorRef, Component, ElementRef, EventEmitter, Input, OnDestroy, OnInit, Output, ViewChild } from '@angular/core'; import shortid from 'shortid'; import * as moment from 'moment-mini'; import { dotAnimation } from './dot.ani'; @Component({ selector: 'input-duration-slider', templateUrl: './input-duration-slider.component.html', styleUrls: ['./input-duration-slider.component.scss'], changeDetection: ChangeDetectionStrategy.OnPush, animations: [dotAnimation], }) export class InputDurationSliderComponent implements OnInit, OnDestroy { minutesBefore = 0; dots: any[]; uid: string = 'duration-input-slider' + shortid(); el: HTMLElement; startHandler: (ev: any) => void; endHandler: () => void; moveHandler: (ev: any) => void; @ViewChild('circleEl') circleEl: ElementRef; @Input() label: string; @Output() modelChange: EventEmitter<number> = new EventEmitter(); constructor( private _el: ElementRef, private _cd: ChangeDetectorRef, ) { this.el = _el.nativeElement; } _model: number; @Input() set model(val) { if (this._model !== val) { this._model = val; this.setRotationFromValue(val); } } ngOnInit() { this.startHandler = (ev) => { // don't execute when clicked on label or input if (ev.target.tagName === 'LABEL' || ev.target.tagName === 'INPUT') { this.endHandler(); return; } this.el.addEventListener('mousemove', this.moveHandler); document.addEventListener('mouseup', this.endHandler); this.el.addEventListener('touchmove', this.moveHandler); document.addEventListener('touchend', this.endHandler); this.el.classList.add('is-dragging'); }; this.moveHandler = (ev) => { if (ev.type === 'click' && (ev.target.tagName === 'LABEL' || ev.target.tagName === 'INPUT')) { return; } // prevent touchmove ev.preventDefault(); function

(theta_) { return 90 - theta_; } const centerX = this.circleEl.nativeElement.offsetWidth / 2; const centerY = this.circleEl.nativeElement.offsetHeight / 2; let offsetX; let offsetY; if (ev.type === 'touchmove') { const rect = ev.target.getBoundingClientRect(); offsetX = ev.targetTouches[0].pageX - rect.left; offsetY = ev.targetTouches[0].pageY - rect.top; } else { offsetX = ev.offsetX; offsetY = ev.offsetY; } const x = offsetX - centerX; const y = -1 * (offsetY - centerY); const theta = Math.atan2(y, x) * (180 / Math.PI); const cssDegrees = Math.round(convertThetaToCssDegrees(theta)); this.setValueFromRotation(cssDegrees); }; this.endHandler = () => { this.el.classList.remove('is-dragging'); this.el.removeEventListener('mousemove', this.moveHandler); document.removeEventListener('mouseup', this.endHandler); this.el.removeEventListener('touchmove', this.moveHandler); document.removeEventListener('touchend', this.endHandler); }; this.el.addEventListener('mousedown', this.startHandler); this.el.addEventListener('touchstart', this.startHandler); this.el.addEventListener('click', this.moveHandler); this.setRotationFromValue(); } ngOnDestroy() { // remove mouse events this.el.removeEventListener('mousedown', this.startHandler); this.el.removeEventListener('mousemove', this.moveHandler); document.removeEventListener('mouseup', this.endHandler); // remove touch events this.el.removeEventListener('touchstart', this.startHandler); this.el.removeEventListener('touchmove', this.moveHandler); document.removeEventListener('touchend', this.endHandler); } setCircleRotation(cssDegrees) { this.circleEl.nativeElement.style.transform = 'rotate(' + cssDegrees + 'deg)'; } setDots(hours = 0) { if (hours > 12) { hours = 12; } this.dots = new Array(hours); } setValueFromRotation(degrees) { const THRESHOLD = 40; let minutesFromDegrees; // NOTE: values are negative for the last quadrant if (degrees >= 0) { minutesFromDegrees = (degrees / 360 * 60); } else { minutesFromDegrees = ((degrees + 360) / 360 * 60); } minutesFromDegrees = parseInt(minutesFromDegrees, 10); minutesFromDegrees = Math.round(minutesFromDegrees / 5) * 5; if (minutesFromDegrees >= 60) { minutesFromDegrees = 0; } let hours = Math.floor(moment.duration({ milliseconds: this._model }).asHours()); const minuteDelta = minutesFromDegrees - this.minutesBefore; if (minuteDelta > THRESHOLD) { hours--; } else if ((-1 * minuteDelta) > THRESHOLD) { hours++; } if (hours < 0) { hours = 0; minutesFromDegrees = 0; this.setCircleRotation(0); } else { this.setCircleRotation(minutesFromDegrees * 6); } this.minutesBefore = minutesFromDegrees; this.setDots(hours); this._model = moment.duration({ hours: hours, minutes: minutesFromDegrees }).asMilliseconds(); this.modelChange.emit(this._model); this._cd.detectChanges(); } onInputChange($event) { this._model = $event; this.modelChange.emit(this._model); this.setRotationFromValue(); } setRotationFromValue(val = this._model) { const momentVal = moment.duration({ milliseconds: val }); const minutes = momentVal.minutes(); this.setDots(Math.floor(momentVal.asHours())); const degrees = minutes * 360 / 60; this.minutesBefore = minutes; this.setCircleRotation(degrees); this._cd.detectChanges(); } }

convertThetaToCssDegrees

schedule_test.go

// Copyright Project Harbor Authors // // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package sync import ( "context" "sync" "testing" "github.com/goharbor/harbor/src/common/dao" "github.com/goharbor/harbor/src/jobservice/env" "github.com/goharbor/harbor/src/jobservice/mgt" "github.com/goharbor/harbor/src/jobservice/period" "github.com/goharbor/harbor/src/lib/q" "github.com/goharbor/harbor/src/pkg/scheduler" "github.com/goharbor/harbor/src/pkg/task" "github.com/goharbor/harbor/src/testing/mock" ts "github.com/goharbor/harbor/src/testing/pkg/scheduler" tt "github.com/goharbor/harbor/src/testing/pkg/task" "github.com/stretchr/testify/suite" ) // WorkerTestSuite is test suite for testing sync.Worker. type WorkerTestSuite struct { suite.Suite worker *Worker } // TestWorker is the entry method of WorkerTestSuite. func

(t *testing.T) { suite.Run(t, &WorkerTestSuite{}) } // SetupSuite sets up suite. func (suite *WorkerTestSuite) SetupSuite() { sysContext := context.TODO() dao.PrepareTestForPostgresSQL() getPolicies := func() ([]*period.Policy, error) { return []*period.Policy{ // Dirty data in js datastore. { ID: "8ff2aabb977077b84b4d5f1b", JobName: scheduler.JobNameScheduler, CronSpec: "0 0 0 * * 0", WebHookURL: "http://core:8080/service/notifications/tasks/250", NumericID: 1630667250, }, }, nil } // Mock methods // tss := &ts.Scheduler{} tss.On("ListSchedules", mock.Anything, mock.Anything).Return([]*scheduler.Schedule{ { ID: 550, CRON: "0 0 0 * * *", }, }, nil) // The missing schedule in database. tte := &tt.ExecutionManager{} tte.On("List", mock.Anything, &q.Query{ Keywords: map[string]interface{}{ "vendor_type": scheduler.JobNameScheduler, "vendor_id": (int64)(550), }, }).Return([]*task.Execution{ { ID: 1550, }, }, nil) ttm := &tt.Manager{} ttm.On("List", mock.Anything, &q.Query{ Keywords: map[string]interface{}{ "execution_id": (int64)(1550), }, }).Return([]*task.Task{ { ID: 2550, ExecutionID: 1550, JobID: "f754ccdd123664b2acb971d9", }, }, nil) pms := &period.MockScheduler{} pms.On("Schedule", &period.Policy{ ID: "f754ccdd123664b2acb971d9", JobName: scheduler.JobNameScheduler, CronSpec: "0 0 0 * * *", WebHookURL: "http://core:8080/service/notifications/tasks/2550", }).Return((int64)(1630667500), nil) pms.On("UnSchedule", "8ff2aabb977077b84b4d5f1b").Return(nil) mmm := &mgt.MockManager{} mmm.On("SaveJob", mock.Anything).Return(nil) suite.worker = New(3). WithContext(&env.Context{ SystemContext: sysContext, WG: &sync.WaitGroup{}, ErrorChan: make(chan error, 1), }).UseCoreScheduler(tss). UseCoreExecutionManager(tte). UseCoreTaskManager(ttm). UseScheduler(pms). UseManager(mmm). WithCoreInternalAddr("http://core:8080"). WithPolicyLoader(getPolicies) } // TestStart test Start(). func (suite *WorkerTestSuite) TestStart() { err := suite.worker.Start() suite.NoError(err, "start worker") } // TestRun test Run(). func (suite *WorkerTestSuite) TestRun() { err := suite.worker.Run(context.TODO()) suite.NoError(err, "run worker") }

TestWorker

queue_manager_test.go

// Copyright 2013 The Prometheus Authors // Licensed under the Apache License, Version 2.0 (the "License"); // you may not use this file except in compliance with the License. // You may obtain a copy of the License at // // http://www.apache.org/licenses/LICENSE-2.0 // // Unless required by applicable law or agreed to in writing, software // distributed under the License is distributed on an "AS IS" BASIS, // WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. // See the License for the specific language governing permissions and // limitations under the License. package remote import ( "context" "fmt" "io/ioutil" "math" "os" "reflect" "sort" "strconv" "sync" "sync/atomic" "testing" "time" "github.com/go-kit/kit/log" "github.com/gogo/protobuf/proto" "github.com/golang/snappy" "github.com/stretchr/testify/require" "github.com/prometheus/common/model" "github.com/prometheus/prometheus/config" "github.com/prometheus/prometheus/pkg/labels" "github.com/prometheus/prometheus/prompb" "github.com/prometheus/prometheus/util/testutil" "github.com/prometheus/tsdb" tsdbLabels "github.com/prometheus/tsdb/labels" ) const defaultFlushDeadline = 1 * time.Minute func TestSampleDelivery(t *testing.T) { // Let's create an even number of send batches so we don't run into the // batch timeout case. n := config.DefaultQueueConfig.Capacity * 2 samples, series := createTimeseries(n) c := NewTestStorageClient() c.expectSamples(samples[:len(samples)/2], series) cfg := config.DefaultQueueConfig cfg.BatchSendDeadline = model.Duration(100 * time.Millisecond) cfg.MaxShards = 1 dir, err := ioutil.TempDir("", "TestSampleDeliver") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) // These should be received by the client. m.Start() m.Append(samples[:len(samples)/2]) defer m.Stop() c.waitForExpectedSamples(t) m.Append(samples[len(samples)/2:]) c.expectSamples(samples[len(samples)/2:], series) c.waitForExpectedSamples(t) } func TestSampleDeliveryTimeout(t *testing.T) { // Let's send one less sample than batch size, and wait the timeout duration n := 9 samples, series := createTimeseries(n) c := NewTestStorageClient() cfg := config.DefaultQueueConfig cfg.MaxShards = 1 cfg.BatchSendDeadline = model.Duration(100 * time.Millisecond) dir, err := ioutil.TempDir("", "TestSampleDeliveryTimeout") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() // Send the samples twice, waiting for the samples in the meantime. c.expectSamples(samples, series) m.Append(samples) c.waitForExpectedSamples(t) c.expectSamples(samples, series) m.Append(samples) c.waitForExpectedSamples(t) } func TestSampleDeliveryOrder(t *testing.T) { ts := 10 n := config.DefaultQueueConfig.MaxSamplesPerSend * ts samples := make([]tsdb.RefSample, 0, n) series := make([]tsdb.RefSeries, 0, n) for i := 0; i < n; i++ { name := fmt.Sprintf("test_metric_%d", i%ts) samples = append(samples, tsdb.RefSample{ Ref: uint64(i), T: int64(i), V: float64(i), }) series = append(series, tsdb.RefSeries{ Ref: uint64(i), Labels: tsdbLabels.Labels{tsdbLabels.Label{Name: "__name__", Value: name}}, }) } c := NewTestStorageClient() c.expectSamples(samples, series) dir, err := ioutil.TempDir("", "TestSampleDeliveryOrder") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() // These should be received by the client. m.Append(samples) c.waitForExpectedSamples(t) } func TestShutdown(t *testing.T) { deadline := 1 * time.Second c := NewTestBlockedStorageClient() dir, err := ioutil.TempDir("", "TestShutdown") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, deadline) samples, series := createTimeseries(2 * config.DefaultQueueConfig.MaxSamplesPerSend) m.StoreSeries(series, 0) m.Start() // Append blocks to guarantee delivery, so we do it in the background. go func() { m.Append(samples) }() time.Sleep(100 * time.Millisecond) // Test to ensure that Stop doesn't block. start := time.Now() m.Stop() // The samples will never be delivered, so duration should // be at least equal to deadline, otherwise the flush deadline // was not respected. duration := time.Since(start) if duration > time.Duration(deadline+(deadline/10)) { t.Errorf("Took too long to shutdown: %s > %s", duration, deadline) } if duration < time.Duration(deadline) { t.Errorf("Shutdown occurred before flush deadline: %s < %s", duration, deadline) } } func TestSeriesReset(t *testing.T) { c := NewTestBlockedStorageClient() deadline := 5 * time.Second numSegments := 4 numSeries := 25 dir, err := ioutil.TempDir("", "TestSeriesReset") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, deadline) for i := 0; i < numSegments; i++ { series := []tsdb.RefSeries{} for j := 0; j < numSeries; j++ { series = append(series, tsdb.RefSeries{Ref: uint64((i * 100) + j), Labels: tsdbLabels.Labels{{Name: "a", Value: "a"}}}) } m.StoreSeries(series, i) } testutil.Equals(t, numSegments*numSeries, len(m.seriesLabels)) m.SeriesReset(2) testutil.Equals(t, numSegments*numSeries/2, len(m.seriesLabels)) } func TestReshard(t *testing.T) { size := 10 // Make bigger to find more races. n := config.DefaultQueueConfig.Capacity * size samples, series := createTimeseries(n) c := NewTestStorageClient() c.expectSamples(samples, series) cfg := config.DefaultQueueConfig cfg.MaxShards = 1 dir, err := ioutil.TempDir("", "TestReshard") testutil.Ok(t, err) defer os.RemoveAll(dir) m := NewQueueManager(nil, dir, newEWMARate(ewmaWeight, shardUpdateDuration), cfg, nil, nil, c, defaultFlushDeadline) m.StoreSeries(series, 0) m.Start() defer m.Stop() go func() { for i := 0; i < len(samples); i += config.DefaultQueueConfig.Capacity { sent := m.Append(samples[i : i+config.DefaultQueueConfig.Capacity]) require.True(t, sent) time.Sleep(100 * time.Millisecond) } }() for i := 1; i < len(samples)/config.DefaultQueueConfig.Capacity; i++ { m.shards.stop() m.shards.start(i) time.Sleep(100 * time.Millisecond) } c.waitForExpectedSamples(t) } func TestReshardRaceWithStop(t *testing.T) { c := NewTestStorageClient() var m *QueueManager h := sync.Mutex{} h.Lock() go func() { for { m = NewQueueManager(nil, "", newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, defaultFlushDeadline) m.Start() h.Unlock() h.Lock() m.Stop() } }() for i := 1; i < 100; i++ {

m.reshardChan <- i h.Unlock() } } func createTimeseries(n int) ([]tsdb.RefSample, []tsdb.RefSeries) { samples := make([]tsdb.RefSample, 0, n) series := make([]tsdb.RefSeries, 0, n) for i := 0; i < n; i++ { name := fmt.Sprintf("test_metric_%d", i) samples = append(samples, tsdb.RefSample{ Ref: uint64(i), T: int64(i), V: float64(i), }) series = append(series, tsdb.RefSeries{ Ref: uint64(i), Labels: tsdbLabels.Labels{{Name: "__name__", Value: name}}, }) } return samples, series } func getSeriesNameFromRef(r tsdb.RefSeries) string { for _, l := range r.Labels { if l.Name == "__name__" { return l.Value } } return "" } type TestStorageClient struct { receivedSamples map[string][]prompb.Sample expectedSamples map[string][]prompb.Sample wg sync.WaitGroup mtx sync.Mutex } func NewTestStorageClient() *TestStorageClient { return &TestStorageClient{ receivedSamples: map[string][]prompb.Sample{}, expectedSamples: map[string][]prompb.Sample{}, } } func (c *TestStorageClient) expectSamples(ss []tsdb.RefSample, series []tsdb.RefSeries) { c.mtx.Lock() defer c.mtx.Unlock() c.expectedSamples = map[string][]prompb.Sample{} c.receivedSamples = map[string][]prompb.Sample{} for _, s := range ss { seriesName := getSeriesNameFromRef(series[s.Ref]) c.expectedSamples[seriesName] = append(c.expectedSamples[seriesName], prompb.Sample{ Timestamp: s.T, Value: s.V, }) } c.wg.Add(len(ss)) } func (c *TestStorageClient) waitForExpectedSamples(t *testing.T) { c.wg.Wait() c.mtx.Lock() defer c.mtx.Unlock() for ts, expectedSamples := range c.expectedSamples { if !reflect.DeepEqual(expectedSamples, c.receivedSamples[ts]) { t.Fatalf("%s: Expected %v, got %v", ts, expectedSamples, c.receivedSamples[ts]) } } } func (c *TestStorageClient) Store(_ context.Context, req []byte) error { c.mtx.Lock() defer c.mtx.Unlock() reqBuf, err := snappy.Decode(nil, req) if err != nil { return err } var reqProto prompb.WriteRequest if err := proto.Unmarshal(reqBuf, &reqProto); err != nil { return err } count := 0 for _, ts := range reqProto.Timeseries { var seriesName string labels := labelProtosToLabels(ts.Labels) for _, label := range labels { if label.Name == "__name__" { seriesName = label.Value } } for _, sample := range ts.Samples { count++ c.receivedSamples[seriesName] = append(c.receivedSamples[seriesName], sample) } } c.wg.Add(-count) return nil } func (c *TestStorageClient) Name() string { return "teststorageclient" } // TestBlockingStorageClient is a queue_manager StorageClient which will block // on any calls to Store(), until the request's Context is cancelled, at which // point the `numCalls` property will contain a count of how many times Store() // was called. type TestBlockingStorageClient struct { numCalls uint64 } func NewTestBlockedStorageClient() *TestBlockingStorageClient { return &TestBlockingStorageClient{} } func (c *TestBlockingStorageClient) Store(ctx context.Context, _ []byte) error { atomic.AddUint64(&c.numCalls, 1) <-ctx.Done() return nil } func (c *TestBlockingStorageClient) NumCalls() uint64 { return atomic.LoadUint64(&c.numCalls) } func (c *TestBlockingStorageClient) Name() string { return "testblockingstorageclient" } func BenchmarkStartup(b *testing.B) { dir := os.Getenv("WALDIR") if dir == "" { return } // Find the second largest segment; we will replay up to this. // (Second largest as WALWatcher will start tailing the largest). dirents, err := ioutil.ReadDir(dir) testutil.Ok(b, err) var segments []int for _, dirent := range dirents { if i, err := strconv.Atoi(dirent.Name()); err != nil { segments = append(segments, i) } } sort.Ints(segments) logger := log.NewLogfmtLogger(log.NewSyncWriter(os.Stdout)) logger = log.With(logger, "caller", log.DefaultCaller) for n := 0; n < b.N; n++ { c := NewTestBlockedStorageClient() m := NewQueueManager(logger, dir, newEWMARate(ewmaWeight, shardUpdateDuration), config.DefaultQueueConfig, nil, nil, c, 1*time.Minute) m.watcher.startTime = math.MaxInt64 m.watcher.maxSegment = segments[len(segments)-2] err := m.watcher.run() testutil.Ok(b, err) } } func TestProcessExternalLabels(t *testing.T) { for _, tc := range []struct { labels tsdbLabels.Labels externalLabels labels.Labels expected labels.Labels }{ // Test adding labels at the end. { labels: tsdbLabels.Labels{{Name: "a", Value: "b"}}, externalLabels: labels.Labels{{Name: "c", Value: "d"}}, expected: labels.Labels{{Name: "a", Value: "b"}, {Name: "c", Value: "d"}}, }, // Test adding labels at the beginning. { labels: tsdbLabels.Labels{{Name: "c", Value: "d"}}, externalLabels: labels.Labels{{Name: "a", Value: "b"}}, expected: labels.Labels{{Name: "a", Value: "b"}, {Name: "c", Value: "d"}}, }, // Test we don't override existing labels. { labels: tsdbLabels.Labels{{Name: "a", Value: "b"}}, externalLabels: labels.Labels{{Name: "a", Value: "c"}}, expected: labels.Labels{{Name: "a", Value: "b"}}, }, } { require.Equal(t, tc.expected, processExternalLabels(tc.labels, tc.externalLabels)) } }

h.Lock()

transport.go

/* Copyright 2020 Gravitational, Inc. Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. */ package app import ( "context" "crypto/tls" "net" "net/http" "net/url" "path" "github.com/gravitational/teleport" "github.com/gravitational/teleport/api/types" apievents "github.com/gravitational/teleport/api/types/events" "github.com/gravitational/teleport/api/types/wrappers" "github.com/gravitational/teleport/lib" "github.com/gravitational/teleport/lib/defaults" "github.com/gravitational/teleport/lib/events" "github.com/gravitational/teleport/lib/services" "github.com/gravitational/teleport/lib/utils" "github.com/gravitational/oxy/forward" "github.com/gravitational/trace" "github.com/sirupsen/logrus" ) // transportConfig is configuration for a rewriting transport. type transportConfig struct { uri string publicAddr string publicPort string insecureSkipVerify bool cipherSuites []uint16 jwt string rewrite *types.Rewrite w events.StreamWriter traits wrappers.Traits log logrus.FieldLogger } // Check validates configuration. func (c *transportConfig) Check() error { if c.w == nil { return trace.BadParameter("stream writer missing") } if c.uri == "" { return trace.BadParameter("uri missing") } if c.publicAddr == "" { return trace.BadParameter("public addr missing") } if c.publicPort == "" { return trace.BadParameter("public port missing") } if c.jwt == "" { return trace.BadParameter("jwt missing") } if c.log == nil { c.log = logrus.WithField(trace.Component, "transport") } return nil } // transport is a rewriting http.RoundTripper that can audit and forward // requests to an internal application. type transport struct { closeContext context.Context c *transportConfig tr http.RoundTripper uri *url.URL ws *websocketTransport } // newTransport creates a new transport. func newTransport(ctx context.Context, c *transportConfig) (*transport, error) { if err := c.Check(); err != nil { return nil, trace.Wrap(err) } // Parse the target address once then inject it into all requests. uri, err := url.Parse(c.uri) if err != nil { return nil, trace.Wrap(err) } // Clone and configure the transport. tr, err := defaults.Transport() if err != nil { return nil, trace.Wrap(err) } tr.TLSClientConfig, err = configureTLS(c) if err != nil { return nil, trace.Wrap(err) } return &transport{ closeContext: ctx, c: c, uri: uri, tr: tr, ws: newWebsocketTransport(uri, tr.TLSClientConfig), }, nil } // RoundTrip will rewrite the request, forward the request to the target // application, emit an event to the audit log, then rewrite the response. func (t *transport) RoundTrip(r *http.Request) (*http.Response, error) { // Check if the request path needs re-writing. This occurs when the URI // contains a path like http://localhost:8080/app/acme, but the request comes // to https://publicAddr. In that case do a 302 to the correct path instead // of doing path re-writing on all requests. This is a workaround to make // sure Teleport does not break SPA. if location, ok := t.needsPathRedirect(r); ok { return &http.Response{ Status: http.StatusText(http.StatusFound), StatusCode: http.StatusFound, Proto: r.Proto, ProtoMajor: r.ProtoMajor, ProtoMinor: r.ProtoMinor, Body: http.NoBody, Header: http.Header{ "Location": []string{location}, }, TLS: r.TLS, }, nil } // Perform any request rewriting needed before forwarding the request. if err := t.rewriteRequest(r); err != nil { return nil, trace.Wrap(err) } // Forward the request to the target application and emit an audit event. resp, err := t.tr.RoundTrip(r) if err != nil { return nil, trace.Wrap(err) } // Emit the event to the audit log. if err := t.emitAuditEvent(r, resp); err != nil { return nil, trace.Wrap(err) } // Perform any response rewriting needed before returning the request. if err := t.rewriteResponse(resp); err != nil { return nil, trace.Wrap(err) } return resp, nil } // rewriteRequest applies any rewriting rules to the request before it's forwarded. func (t *transport) rewriteRequest(r *http.Request) error { // Update the target address of the request so it's forwarded correctly. r.URL.Scheme = t.uri.Scheme r.URL.Host = t.uri.Host // Add headers from rewrite configuration. if t.c.rewrite != nil && len(t.c.rewrite.Headers) > 0 { t.rewriteHeaders(r) } // Add in JWT headers. r.Header.Set(teleport.AppJWTHeader, t.c.jwt) r.Header.Set(teleport.AppCFHeader, t.c.jwt) return nil } // rewriteHeaders applies headers rewrites from the application configuration. func (t *transport) rewriteHeaders(r *http.Request) { for _, header := range t.c.rewrite.Headers { if IsReservedHeader(header.Name) { t.c.log.Debugf("Not rewriting Teleport header %q.", header.Name) continue } values, err := services.ApplyValueTraits(header.Value, t.c.traits) if err != nil { t.c.log.Debugf("Failed to apply traits to %q: %v.", header.Value, err) continue } r.Header.Del(header.Name) for _, value := range values { switch http.CanonicalHeaderKey(header.Name) { case teleport.HostHeader: r.Host = value default: r.Header.Add(header.Name, value) } } } } // ReservedHeaders is a list of headers injected by Teleport. var ReservedHeaders = []string{ teleport.AppJWTHeader, teleport.AppCFHeader, forward.XForwardedFor, forward.XForwardedHost, forward.XForwardedProto, forward.XForwardedServer, } // IsReservedHeader returns true if the provided header is one of headers // injected by Teleport. func IsReservedHeader(header string) bool { for _, h := range ReservedHeaders { if http.CanonicalHeaderKey(header) == http.CanonicalHeaderKey(h) { return true } } return false } // needsPathRedirect checks if the request should be redirected to a different path. // At the moment, the only time a redirect happens is if URI specified is not

if uriPath == "." { uriPath = "/" } if uriPath == "/" { return "", false } // For simplicity, only support redirecting to the URI path if the root path // is requested. reqPath := path.Clean(r.URL.Path) if reqPath == "." { reqPath = "/" } if reqPath != "/" { return "", false } u := url.URL{ Scheme: "https", Host: net.JoinHostPort(t.c.publicAddr, t.c.publicPort), Path: uriPath, } return u.String(), true } // rewriteResponse applies any rewriting rules to the response before returning it. func (t *transport) rewriteResponse(resp *http.Response) error { switch { case t.c.rewrite != nil && len(t.c.rewrite.Redirect) > 0: err := t.rewriteRedirect(resp) if err != nil { return trace.Wrap(err) } default: } return nil } // rewriteRedirect applies redirect rules to the response. func (t *transport) rewriteRedirect(resp *http.Response) error { if isRedirect(resp.StatusCode) { // Parse the "Location" header. u, err := url.Parse(resp.Header.Get("Location")) if err != nil { return trace.Wrap(err) } // If the redirect location is one of the hosts specified in the list of // redirects, rewrite the header. if utils.SliceContainsStr(t.c.rewrite.Redirect, host(u.Host)) { u.Scheme = "https" u.Host = net.JoinHostPort(t.c.publicAddr, t.c.publicPort) } resp.Header.Set("Location", u.String()) } return nil } // emitAuditEvent writes the request and response to audit stream. func (t *transport) emitAuditEvent(req *http.Request, resp *http.Response) error { appSessionRequestEvent := &apievents.AppSessionRequest{ Metadata: apievents.Metadata{ Type: events.AppSessionRequestEvent, Code: events.AppSessionRequestCode, }, Method: req.Method, Path: req.URL.Path, RawQuery: req.URL.RawQuery, StatusCode: uint32(resp.StatusCode), } if err := t.c.w.EmitAuditEvent(t.closeContext, appSessionRequestEvent); err != nil { return trace.Wrap(err) } return nil } // configureTLS creates and configures a *tls.Config that will be used for // mutual authentication. func configureTLS(c *transportConfig) (*tls.Config, error) { tlsConfig := utils.TLSConfig(c.cipherSuites) // Don't verify the server's certificate if Teleport was started with // the --insecure flag, or 'insecure_skip_verify' was specifically requested in // the application config. tlsConfig.InsecureSkipVerify = (lib.IsInsecureDevMode() || c.insecureSkipVerify) return tlsConfig, nil } // host returns the host from a host:port string. func host(addr string) string { host, _, err := net.SplitHostPort(addr) if err != nil { return addr } return host } // isRedirect returns true if the status code is a 3xx code. func isRedirect(code int) bool { if code >= http.StatusMultipleChoices && code <= http.StatusPermanentRedirect { return true } return false } // websocketTransport combines parameters for websockets transport. // // Implements forward.ReqRewriter. type websocketTransport struct { uri *url.URL dialer forward.Dialer } // newWebsocketTransport returns transport that knows how to rewrite and // dial websocket requests. func newWebsocketTransport(uri *url.URL, tlsConfig *tls.Config) *websocketTransport { return &websocketTransport{ uri: uri, dialer: func(network, address string) (net.Conn, error) { // Request is going to "wss://". if uri.Scheme == "https" { return tls.Dial(network, address, tlsConfig) } // Request is going to "ws://". return net.Dial(network, address) }, } } // Rewrite rewrites the websocket request. func (r *websocketTransport) Rewrite(req *http.Request) { // Update scheme and host to those of the target app's to make sure // it's forwarded correctly. req.URL.Scheme = "ws" if r.uri.Scheme == "https" { req.URL.Scheme = "wss" } req.URL.Host = r.uri.Host req.Host = r.uri.Host }

// "/" and the public address being requested is "/". func (t *transport) needsPathRedirect(r *http.Request) (string, bool) { // If the URI for the application has no path specified, nothing to be done. uriPath := path.Clean(t.uri.Path)

test_Vllgamma.py

import unittest import flavio from wilson import Wilson from .Vllgamma import * ### implement test class

(unittest.TestCase): def test_np(self): wc,br=Wilson({'CVRR_muecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),8.3949e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->muegamma)',wc), br,delta=0.01*br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->muegamma)',wc),flavio.np_prediction('BR(J/psi->muegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001*br) wc,br=Wilson({'CSRR_muecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),6.2935e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->muegamma)',wc), br,delta=0.01*br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->muegamma)',wc),flavio.np_prediction('BR(J/psi->muegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001*br) wc,br=Wilson({'CVRR_tauecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),1.2887e-6 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->tauegamma)',wc), br,delta=0.01*br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->tauegamma)',wc),flavio.np_prediction('BR(J/psi->tauegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001*br) wc,br=Wilson({'CSRR_tauecc' : 1e-2},scale=2.,eft='WET',basis='flavio'),9.1097e-7 self.assertAlmostEqual(flavio.np_prediction('BR(J/psi->tauegamma)',wc), br,delta=0.01*br) self.assertAlmostEqual(flavio.np_prediction('R(J/psi->tauegamma)',wc),flavio.np_prediction('BR(J/psi->tauegamma)',wc)/flavio.np_prediction('BR(J/psi->ee)',wc),delta=0.001*br)

TestVllgamma

Medium.d.ts

import * as React from 'react'; import { StyledIconProps } from '../../StyledIconBase'; export declare const Medium: React.ForwardRefExoticComponent<Pick<StyledIconProps, "string" | "max" | "accumulate" | "origin" | "end" | "hanging" | "alphabetic" | "ideographic" | "media" | "style" | "title" | "clipPath" | "filter" | "mask" | "result" | "local" | "color" | "clip" | "size" | "fill" | "stroke" | "mathematical" | "additive" | "key" | "children" | "cursor" | "direction" | "display" | "fontFamily" | "fontSize" | "fontSizeAdjust" | "fontStretch" | "fontStyle" | "fontVariant" | "fontWeight" | "height" | "imageRendering" | "letterSpacing" | "opacity" | "order" | "overflow" | "paintOrder" | "pointerEvents" | "rotate" | "scale" | "textRendering" | "transform" | "unicodeBidi" | "visibility" | "width" | "wordSpacing" | "writingMode" | "offset" | "textDecoration" | "alignmentBaseline" | "baselineShift" | "clipRule" | "colorInterpolation" | "colorRendering" | "dominantBaseline" | "fillOpacity" | "fillRule" | "floodColor" | "floodOpacity" | "glyphOrientationVertical" | "lightingColor" | "markerEnd" | "markerMid" | "markerStart" | "shapeRendering" | "stopColor" | "stopOpacity" | "strokeDasharray" | "strokeDashoffset" | "strokeLinecap" | "strokeLinejoin" | "strokeMiterlimit" | "strokeOpacity" | "strokeWidth" | "textAnchor" | "vectorEffect" | "className" | "id" | "lang" | "method" | "min" | "name" | "target" | "type" | "role" | "tabIndex" | "accentHeight" | "allowReorder" | "amplitude" | "arabicForm" | "ascent" | "attributeName" | "attributeType" | "autoReverse" | "azimuth" | "baseFrequency" | "baseProfile" | "bbox" | "begin" | "bias" | "by" | "calcMode" | "capHeight" | "clipPathUnits" | "colorInterpolationFilters" | "colorProfile" | "contentScriptType" | "contentStyleType" | "cx" | "cy" | "d" | "decelerate" | "descent" | "diffuseConstant" | "divisor" | "dur" | "dx" | "dy" | "edgeMode" | "elevation" | "enableBackground" | "exponent" | "externalResourcesRequired" | "filterRes" | "filterUnits" | "focusable" | "format" | "from" | "fx" | "fy" | "g1" | "g2" | "glyphName" | "glyphOrientationHorizontal" | "glyphRef" | "gradientTransform" | "gradientUnits" | "horizAdvX" | "horizOriginX" | "href" | "in2" | "in" | "intercept" | "k1" | "k2" | "k3" | "k4" | "k" | "kernelMatrix" | "kernelUnitLength" | "kerning" | "keyPoints" | "keySplines" | "keyTimes" | "lengthAdjust" | "limitingConeAngle" | "markerHeight" | "markerUnits" | "markerWidth" | "maskContentUnits" | "maskUnits" | "mode" | "numOctaves" | "operator" | "orient" | "orientation" | "overlinePosition" | "overlineThickness" | "panose1" | "pathLength" | "patternContentUnits" | "patternTransform" | "patternUnits" | "points" | "pointsAtX" | "pointsAtY" | "pointsAtZ" | "preserveAlpha" | "preserveAspectRatio" | "primitiveUnits" | "r" | "radius" | "refX" | "refY" | "renderingIntent" | "repeatCount" | "repeatDur" | "requiredExtensions" | "requiredFeatures" | "restart" | "rx" | "ry" | "seed" | "slope" | "spacing" | "specularConstant" | "specularExponent" | "speed" | "spreadMethod" | "startOffset" | "stdDeviation" | "stemh" | "stemv" | "stitchTiles" | "strikethroughPosition" | "strikethroughThickness" | "surfaceScale" | "systemLanguage" | "tableValues" | "targetX" | "targetY" | "textLength" | "to" | "u1" | "u2" | "underlinePosition" | "underlineThickness" | "unicode" | "unicodeRange" | "unitsPerEm" | "vAlphabetic" | "values" | "version" | "vertAdvY" | "vertOriginX" | "vertOriginY" | "vHanging" | "vIdeographic" | "viewBox" | "viewTarget" | "vMathematical" | "widths" | "x1" | "x2" | "x" | "xChannelSelector" | "xHeight" | "xlinkActuate" | "xlinkArcrole" | "xlinkHref" | "xlinkRole" | "xlinkShow" | "xlinkTitle" | "xlinkType" | "xmlBase" | "xmlLang" | "xmlns" | "xmlnsXlink" | "xmlSpace" | "y1" | "y2" | "y" | "yChannelSelector" | "z" | "zoomAndPan" | "aria-activedescendant" | "aria-atomic" | "aria-autocomplete" | "aria-busy" | "aria-checked" | "aria-colcount" | "aria-colindex" | "aria-colspan" | "aria-controls" | "aria-current" | "aria-describedby" | "aria-details" | "aria-disabled" | "aria-dropeffect" | "aria-errormessage" | "aria-expanded" | "aria-flowto" | "aria-grabbed" | "aria-haspopup" | "aria-hidden" | "aria-invalid" | "aria-keyshortcuts" | "aria-label" | "aria-labelledby" | "aria-level" | "aria-live" | "aria-modal" | "aria-multiline" | "aria-multiselectable" | "aria-orientation" | "aria-owns" | "aria-placeholder" | "aria-posinset" | "aria-pressed" | "aria-readonly" | "aria-relevant" | "aria-required" | "aria-roledescription" | "aria-rowcount" | "aria-rowindex" | "aria-rowspan" | "aria-selected" | "aria-setsize" | "aria-sort" | "aria-valuemax" | "aria-valuemin" | "aria-valuenow" | "aria-valuetext" | "dangerouslySetInnerHTML" | "onCopy" | "onCopyCapture" | "onCut" | "onCutCapture" | "onPaste" | "onPasteCapture" | "onCompositionEnd" | "onCompositionEndCapture" | "onCompositionStart" | "onCompositionStartCapture" | "onCompositionUpdate" | "onCompositionUpdateCapture" | "onFocus" | "onFocusCapture" | "onBlur" | "onBlurCapture" | "onChange" | "onChangeCapture" | "onBeforeInput" | "onBeforeInputCapture" | "onInput" | "onInputCapture" | "onReset" | "onResetCapture" | "onSubmit" | "onSubmitCapture" | "onInvalid" | "onInvalidCapture" | "onLoad" | "onLoadCapture" | "onError" | "onErrorCapture" | "onKeyDown" | "onKeyDownCapture" | "onKeyPress" | "onKeyPressCapture" | "onKeyUp" | "onKeyUpCapture" | "onAbort" | "onAbortCapture" | "onCanPlay" | "onCanPlayCapture" | "onCanPlayThrough" | "onCanPlayThroughCapture" | "onDurationChange" | "onDurationChangeCapture" | "onEmptied" | "onEmptiedCapture" | "onEncrypted" | "onEncryptedCapture" | "onEnded" | "onEndedCapture" | "onLoadedData" | "onLoadedDataCapture" | "onLoadedMetadata" | "onLoadedMetadataCapture" | "onLoadStart" | "onLoadStartCapture" | "onPause" | "onPauseCapture" | "onPlay" | "onPlayCapture" | "onPlaying" | "onPlayingCapture" | "onProgress" | "onProgressCapture" | "onRateChange" | "onRateChangeCapture" | "onSeeked" | "onSeekedCapture" | "onSeeking" | "onSeekingCapture" | "onStalled" | "onStalledCapture" | "onSuspend" | "onSuspendCapture" | "onTimeUpdate" | "onTimeUpdateCapture" | "onVolumeChange" | "onVolumeChangeCapture" | "onWaiting" | "onWaitingCapture" | "onAuxClick" | "onAuxClickCapture" | "onClick" | "onClickCapture" | "onContextMenu" | "onContextMenuCapture" | "onDoubleClick" | "onDoubleClickCapture" | "onDrag" | "onDragCapture" | "onDragEnd" | "onDragEndCapture" | "onDragEnter" | "onDragEnterCapture" | "onDragExit" | "onDragExitCapture" | "onDragLeave" | "onDragLeaveCapture" | "onDragOver" | "onDragOverCapture" | "onDragStart" | "onDragStartCapture" | "onDrop" | "onDropCapture" | "onMouseDown" | "onMouseDownCapture" | "onMouseEnter" | "onMouseLeave" | "onMouseMove" | "onMouseMoveCapture" | "onMouseOut" | "onMouseOutCapture" | "onMouseOver" | "onMouseOverCapture" | "onMouseUp" | "onMouseUpCapture" | "onSelect" | "onSelectCapture" | "onTouchCancel" | "onTouchCancelCapture" | "onTouchEnd" | "onTouchEndCapture" | "onTouchMove" | "onTouchMoveCapture" | "onTouchStart" | "onTouchStartCapture" | "onPointerDown" | "onPointerDownCapture" | "onPointerMove" | "onPointerMoveCapture" | "onPointerUp" | "onPointerUpCapture" | "onPointerCancel" | "onPointerCancelCapture" | "onPointerEnter" | "onPointerEnterCapture" | "onPointerLeave" | "onPointerLeaveCapture" | "onPointerOver" | "onPointerOverCapture" | "onPointerOut" | "onPointerOutCapture" | "onGotPointerCapture" | "onGotPointerCaptureCapture" | "onLostPointerCapture" | "onLostPointerCaptureCapture" | "onScroll" | "onScrollCapture" | "onWheel" | "onWheelCapture" | "onAnimationStart" | "onAnimationStartCapture" | "onAnimationEnd" | "onAnimationEndCapture" | "onAnimationIteration" | "onAnimationIterationCapture" | "onTransitionEnd" | "onTransitionEndCapture"> & React.RefAttributes<SVGSVGElement>>; export declare const MediumDimensions: {

width: number; };

height: number;

ads.ts

import {Entity, Column, PrimaryGeneratedColumn} from 'typeorm'; import {Length} from 'class-validator'; @Entity() export class

{ @PrimaryGeneratedColumn() id: number @Column({ length: 80, comment: '廣告名稱', }) @Length(10, 80) name: string @Column({ length: 80, comment: '檔案名稱', }) @Length(10, 80) filename: string @Column({type: 'int', comment: '順序'}) order: number } export const adsSchema = { id: {type: 'number', required: true, example: 1}, name: {type: 'string', required: true, example: '好喝茶'}, filename: {type: 'string', required: true, example: '好喝茶.jpg'}, order: {type: 'number', required: true, example: 1}, };

Ads

baseApi.js

/* eslint-disable no-prototype-builtins,no-restricted-syntax */ import 'whatwg-fetch'; import auth from '../common/auth'; import { API_ROOT } from '../configs/config'; import { SYMBOL_FOR_FETCH_API } from '../constants/fetchType'; import methodType from '../constants/methodType'; function isEnableBody(method) { return method !== methodType.GET; } export default function

() { return (next) => (action) => { const API_OPTIONS = action[SYMBOL_FOR_FETCH_API]; const fetchOptions = {}; let queryString = ''; if (typeof API_OPTIONS === 'undefined') { return next(action); } const { types, uri, method, body, onSuccess, onFail } = API_OPTIONS; const [requestType, successType, failureType] = types; next( Object.assign({}, action, { type: requestType, body, }) ); Object.assign(fetchOptions, { method, headers: { Accept: 'application/json', 'Content-Type': 'application/json', Authorization: `Bearer ${auth.getAccessToken()}`, }, }); if (isEnableBody(method)) { fetchOptions.body = JSON.stringify(body); } if (!isEnableBody(method) && typeof body === 'object') { queryString = []; for (const key in body) { if (body.hasOwnProperty(key)) { queryString.push( `${key}=${encodeURIComponent( typeof body[key] === 'object' ? JSON.stringify(body[key]) : body[key] )}` ); } } queryString = queryString.join('&'); if (uri.indexOf('?') === -1) { queryString = `?${queryString}`; } } return fetch(API_ROOT + uri + queryString, fetchOptions) .then((response) => response.text().then((text) => { try { return { json: JSON.parse(text), response, }; } catch (e) { return { json: text, response, }; } }) ) .then(({ json, response }) => { if (!response.ok) { return Promise.reject(json); } return json; }) .then( (response) => { const data = Object.assign({}, action, { response, type: successType, body, }); if (typeof onSuccess === 'function') { onSuccess(data); } return next(data); }, (error) => { const data = Object.assign({}, action, { type: failureType, error: typeof error === 'object' ? error.message || 'Unknown Error' : error, body, }); if (typeof onFail === 'function') { onFail(data); } return next(data); } ); }; }

thunkMiddleware

zero_test.go

package zero import ( "bytes" "fmt" "reflect" "testing" ) type TestDetailParam struct { ID int } type TestDetailSubStructure struct { ID int Params []TestDetailParam } type TestDetail struct { ID int Detail Detail Data TestDetailSubStructure } type Detail interface{} func TestZero(t *testing.T) { one, zeroInt := 1, 0 ch1 := make(chan int) var zeroChan chan int type myString string var interface1, interfaceZero interface{} = &one, &zeroInt var ( zeroDetail1 Detail = &struct{}{} zeroDetail2 Detail = &TestDetail{} zeroDetail3 Detail = struct{}{} zeroDetail4 Detail = &TestDetail{} zeroDetail5 Detail = &TestDetail{Data: TestDetailSubStructure{Params: nil}} zeroDetail6 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: make([]TestDetailParam, 0, 10)}, } nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: []TestDetailParam{TestDetailParam{55}}}, } nonZeroDetail2 Detail = &TestDetail{Data: TestDetailSubStructure{ID: 1234}} nonZeroDetail3 Detail = &TestDetail{ID: 1234} nonZeroDetail4 Detail = &TestDetail{Detail: nonZeroDetail3} ) for i, test := range []struct { v interface{} want bool }{ // basic types {0, true}, {complex(0, 0), true}, {1, false}, {1.0, false}, {true, false}, {0.0, true}, {"foo", false}, {"", true}, {myString(""), true}, // different types {myString("foo"), false}, // different types // slices {[]string{"foo"}, false}, {[]string(nil), true}, {[]string{}, true}, // maps {map[string][]int{"foo": {1, 2, 3}}, false}, {map[string][]int{"foo": {1, 2, 3}}, false}, {map[string][]int{}, true}, {map[string][]int(nil), true}, // pointers {&one, false}, {&zeroInt, true}, {new(bytes.Buffer), true}, // functions {(func())(nil), true}, {func() {}, false}, // arrays {[...]int{1, 2, 3}, false}, // channels {ch1, false}, {zeroChan, true}, // interfaces {&interface1, false}, {&interfaceZero, true}, // special case for structures {zeroDetail1, true}, {zeroDetail2, true}, {zeroDetail3, true}, {zeroDetail4, true}, {zeroDetail5, true}, {zeroDetail6, true}, {nonZeroDetail1, false}, {nonZeroDetail2, false}, {nonZeroDetail3, false}, {nonZeroDetail4, false}, } { if IsZero(test.v) != test.want { t.Errorf("Zero(%v)[%d] = %t", test.v, i, !test.want) } } } func BenchmarkDetail(b *testing.B) { var nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{ Params: []TestDetailParam{TestDetailParam{55}}}, } for i := 0; i < b.N; i++ { IsZero(nonZeroDetail1) } } func BenchmarkDetailSimple(b *testing.B) { var nonZeroDetail1 Detail = &TestDetailParam{}

} } func isEmptyValue(v reflect.Value) bool { switch v.Kind() { case reflect.Array, reflect.Map, reflect.Slice, reflect.String: return v.Len() == 0 case reflect.Bool: return !v.Bool() case reflect.Int, reflect.Int8, reflect.Int16, reflect.Int32, reflect.Int64: return v.Int() == 0 case reflect.Uint, reflect.Uint8, reflect.Uint16, reflect.Uint32, reflect.Uint64, reflect.Uintptr: return v.Uint() == 0 case reflect.Float32, reflect.Float64: return v.Float() == 0 case reflect.Interface, reflect.Ptr: return v.IsNil() } return false } func IsEmptyDetail(detail Detail) bool { v := reflect.ValueOf(detail).Elem() for i := 0; i < v.NumField(); i++ { if !isEmptyValue(v.Field(i)) { return false } } return true } func BenchmarkIsEmpty(b *testing.B) { var nonZeroDetail1 Detail = &TestDetail{Data: TestDetailSubStructure{Params: []TestDetailParam{TestDetailParam{55}}}} for i := 0; i < b.N; i++ { IsEmptyDetail(nonZeroDetail1) } } func BenchmarkIsEmptySimple(b *testing.B) { var nonZeroDetail1 Detail = &TestDetailParam{} for i := 0; i < b.N; i++ { IsEmptyDetail(nonZeroDetail1) } } type Structure struct { ID int } func ExampleStructure() { zeroStructure := Structure{} zeroStructurePointer := &zeroStructure nonZero := Structure{ID: 1} nonZeroPointer := &nonZero fmt.Println(IsZero(zeroStructure)) // true fmt.Println(IsZero(zeroStructurePointer)) // true fmt.Println(IsZero(nonZero)) // false fmt.Println(IsZero(nonZeroPointer)) // false // Output: // true // true // false // false }

for i := 0; i < b.N; i++ { IsZero(nonZeroDetail1)