import copy as cp
import json, sys
from collections import defaultdict
from urllib.request import urlopen

import gradio as gr
import numpy as np
import pandas as pd

from meta_data import DEFAULT_TASK


def listinstr(lst, s):
    assert isinstance(lst, list)
    for item in lst:
        if item in s:
            return True
    return False


def load_results():
    #data = json.loads(urlopen(URL).read())
    with open('results.json', 'r') as file:
        data = json.load(file)
    return data


def nth_large(val, vals):
    return sum([1 for v in vals if v > val]) + 1

def format_timestamp(timestamp):
    date = timestamp[:-4] + '.' + timestamp[-4:-2] + '.' + timestamp[-2:]
    return date

# def BUILD_L1_DF(results, fields):
#     check_box = {}
#     check_box['essential'] = ['Model']
#     # revise there to set default dataset
#     check_box['required'] = DEFAULT_TASK
#     check_box['all'] = DEFAULT_TASK
#     type_map = defaultdict(lambda: 'number')
#     check_box['type_map'] = type_map

#     df = generate_table(results, fields)
#     return df, check_box


def BUILD_L2_DF(results, benchmark):
    results=results[benchmark]
    model_list=[]
    all_fields=list(results.keys())
    for task in results:
        model_list+=list(results[task].keys())
    model_list=list(set(model_list))

    res = defaultdict(list)
    if benchmark not in ["RedCode","NYU CTF Bench","PrimeVul","SWE-bench-verified"]:
        res['Model']=model_list
    elif benchmark=="SWE-bench-verified":
        res['Agent']=model_list
    elif benchmark == "PrimeVul":
        used=[]
        for task in all_fields:
            for model in results[task]:
                for extra in results[task][model]:
                    if [model,extra] not in used:
                        res['Model'].append(model)
                        res['Method'].append(extra)
                        used.append([model,extra])
    else:
        used=[]
        for task in all_fields:
            for model in results[task]:
                for extra in results[task][model]:
                    if [model,extra] not in used:
                        res['Model'].append(model)
                        res['Agent'].append(extra)
                        used.append([model,extra])
    
    if benchmark not in ["RedCode","NYU CTF Bench",'PrimeVul']:
        for task in all_fields:
            for model in model_list:
                if model in results[task]:
                    res[task].append(results[task][model])
                else:
                    res[task].append(None)
    else:
        for task in all_fields:
            for model, extra in used:
                if model in results[task] and extra in results[task][model]:
                    res[task].append(results[task][model][extra])
                else:
                    res[task].append(None)

    df = pd.DataFrame(res)
    rank_criteria=all_fields[0]
    valid, missing = df[~pd.isna(df[rank_criteria])], df[pd.isna(df[rank_criteria])]
    valid = valid.sort_values(rank_criteria)
    valid = valid.iloc[::-1]
    if len(all_fields):
        missing = missing.iloc[::-1]
    df = pd.concat([valid, missing])

    required_fields = all_fields

    check_box = {}
    if benchmark=="SWE-bench-verified":
        check_box['essential'] = ['Agent']
    elif benchmark=='PrimeVul':
        check_box['essential'] = ['Model','Method']
    elif benchmark in ["RedCode","NYU CTF Bench"]:
        check_box['essential'] = ['Model','Agent']
    else:
        check_box['essential'] = ['Model']

    check_box['required'] = required_fields
    check_box['all'] = all_fields
    type_map = defaultdict(lambda: 'number')
    check_box['type_map'] = type_map
    return df, check_box


def generate_table(results, fields):
    model_list=[]
    task_list=fields
    benchmark_list=[]
    for task in results:
        for benchmark in results[task]:
            if benchmark!='category':
                benchmark_list+=[benchmark]
                model_list+=list(results[task][benchmark].keys())
    model_list=list(set(model_list))

    res = defaultdict(list)
    res['Model']=model_list

    average_score={}
    cnt={}
    for task in task_list:
        task_score=[]
        for model in model_list:
            score=[]
            for benchmark in results[task]:
                if benchmark != 'category':
                    if model not in results[task][benchmark]:
                        score.append(None)
                    elif not isinstance(results[task][benchmark][model], (int, float)):
                        score.append((results[task][benchmark][model]["autonomous"]+results[task][benchmark][model]["assisted"])/2)
                    else:
                        score.append(results[task][benchmark][model])
            if not any (item is not None for item in score):
                score=None
            else:
                score=np.mean([s for s in score if s is not None])
                if model not in average_score:
                    average_score[model]=score
                    cnt[model]=1
                else:
                    average_score[model]=((average_score[model]*cnt[model])+score)/(cnt[model]+1)
                    cnt[model]+=1
            task_score.append(score)
        res[task]=task_score

    #res['Avg Score']=[average_score[model] for model in model_list]
    #res['Avg Rank'] = [sorted(res['Avg Score'], reverse=True).index(score) + 1 for score in res['Avg Score']]

    df = pd.DataFrame(res)
    # valid, missing = df[~pd.isna(df['Avg Score'])], df[pd.isna(df['Avg Score'])]
    # valid = valid.sort_values('Avg Score')
    # valid = valid.iloc[::-1]
    # if len(fields):
    #     missing = missing.sort_values('MMBench_V11' if 'MMBench_V11' in fields else fields[0])
    #     missing = missing.iloc[::-1]
    # df = pd.concat([valid, missing])
    return df