import json
import requests
import html
import time # Added for potential rate limiting if needed
from datetime import datetime
from collections import defaultdict
from urllib.parse import quote # Added for URL encoding
from transformers import pipeline
from sessions import create_session
from error_handling import display_error
from posts_categorization import batch_summarize_and_classify
import logging
logging.basicConfig(level=logging.INFO, format='%(asctime)s - %(levelname)s - %(message)s')
API_V2_BASE = 'https://api.linkedin.com/v2'
API_REST_BASE = "https://api.linkedin.com/rest"
# Initialize sentiment pipeline (loaded once globally)
sentiment_pipeline = pipeline("text-classification", model="tabularisai/multilingual-sentiment-analysis")
# --- Utility Function ---
def extract_text_from_mention_commentary(commentary):
"""
Extracts clean text from a commentary string, removing potential placeholders like {mention}.
"""
import re
if not commentary:
return ""
return re.sub(r"{.*?}", "", commentary).strip()
# --- Core Sentiment Analysis Helper ---
def _get_sentiment_from_text(text_to_analyze):
"""
Analyzes a single piece of text and returns its sentiment label and raw counts.
Returns a dict: {"label": "Sentiment Label", "counts": defaultdict(int)}
"""
sentiment_counts = defaultdict(int)
dominant_sentiment_label = "Neutral 😐" # Default
if not text_to_analyze or not text_to_analyze.strip():
return {"label": dominant_sentiment_label, "counts": sentiment_counts}
try:
# Truncate to avoid issues with very long texts for the model
analysis_result = sentiment_pipeline(str(text_to_analyze)[:512])
label = analysis_result[0]['label'].upper()
if label in ['POSITIVE', 'VERY POSITIVE']:
dominant_sentiment_label = 'Positive 👍'
sentiment_counts['Positive 👍'] += 1
elif label in ['NEGATIVE', 'VERY NEGATIVE']:
dominant_sentiment_label = 'Negative 👎'
sentiment_counts['Negative 👎'] += 1
elif label == 'NEUTRAL':
dominant_sentiment_label = 'Neutral 😐' # Already default, but for clarity
sentiment_counts['Neutral 😐'] += 1
else:
dominant_sentiment_label = 'Unknown' # Catch any other labels from the model
sentiment_counts['Unknown'] += 1
except Exception as e:
# Log the error with more context if possible
logging.error(f"Sentiment analysis failed for text snippet '{str(text_to_analyze)[:50]}...'. Error: {e}")
sentiment_counts['Error'] += 1
dominant_sentiment_label = "Error" # Indicate error in sentiment
return {"label": dominant_sentiment_label, "counts": sentiment_counts}
def get_post_media_category(post_content):
"""
Determines the media category from the post's content object.
Args:
post_content (dict or None): The content dictionary of the post.
Returns:
str: The determined media category (e.g., "Video", "Article", "Document", "Image", "Multi-Image", "NONE").
"""
if not post_content:
return "NONE"
# 1. Check for specific LinkedIn Video Component (from your original logic)
# You might want to refine this if 'mediaCategory' within the video component is more specific
if "com.linkedin.voyager.feed.render.LinkedInVideoComponent" in post_content:
# video_component_data = post_content.get("com.linkedin.voyager.feed.render.LinkedInVideoComponent", {})
# return video_component_data.get("mediaCategory", "Video") # Example if you want to use its specific category
return "Video"
# 2. Check for Article (based on your "old code" and examples)
if 'article' in post_content:
return "Article"
# 3. Check for Multi-Image (based on your "old code")
if 'multiImage' in post_content:
return "Multi-Image"
# 4. Check for Media (Document or Image - based on your "old code" and examples)
if 'media' in post_content:
media_item = post_content['media']
# Heuristic from your "old code": if 'title' is present, it's likely a Document.
if 'title' in media_item:
# Example: "content": {"media": {"title": "...", "id": "urn:li:document:..."}}
return "Document"
# Else, if 'id' is present (and no title was found for Document), assume Image.
elif 'id' in media_item:
# Example: "content": {"media": {"altText": "", "id": "urn:li:image:..."}}
return "Image"
return "NONE"
# --- Post Retrieval Functions ---
def fetch_linkedin_posts_core(comm_client_id, community_token, org_urn, count):
"""
Fetches raw posts, their basic statistics, and performs summarization/categorization.
Does NOT fetch comments or analyze sentiment of comments here.
"""
token_dict = community_token if isinstance(community_token, dict) else {'access_token': community_token, 'token_type': 'Bearer'}
session = create_session(comm_client_id, token=token_dict)
session.headers.update({
"LinkedIn-Version": "202502"
})
posts_url = f"{API_REST_BASE}/posts?author={org_urn}&q=author&count={count}&sortBy=LAST_MODIFIED"
logging.info(f"Fetching posts from URL: {posts_url}")
try:
resp = session.get(posts_url)
resp.raise_for_status()
raw_posts_api = resp.json().get("elements", [])
logging.info(f"Fetched {len(raw_posts_api)} raw posts from API.")
except requests.exceptions.RequestException as e:
status = getattr(e.response, 'status_code', 'N/A')
text = getattr(e.response, 'text', 'No response text')
logging.error(f"Failed to fetch posts (Status: {status}): {e}. Response: {text}")
raise ValueError(f"Failed to fetch posts (Status: {status})") from e
except json.JSONDecodeError as e:
logging.error(f"Failed to decode JSON from posts response: {e}. Response text: {resp.text if resp else 'No response object'}")
raise ValueError("Failed to decode JSON from posts response") from e
if not raw_posts_api:
logging.info("No raw posts found.")
return [], {}, "DefaultOrgName"
post_urns_for_stats = [p["id"] for p in raw_posts_api if p.get("id")]
post_texts_for_nlp = []
for p in raw_posts_api:
text_content = p.get("commentary") or \
p.get("specificContent", {}).get("com.linkedin.ugc.ShareContent", {}).get("shareCommentaryV2", {}).get("text", "") or \
"[No text content]"
post_texts_for_nlp.append({"text": text_content, "id": p.get("id")})
logging.info(f"Prepared {len(post_texts_for_nlp)} posts for NLP (summarization/classification).")
if 'batch_summarize_and_classify' in globals():
structured_results_list = batch_summarize_and_classify(post_texts_for_nlp)
else:
logging.warning("batch_summarize_and_classify not found, using fallback.")
structured_results_list = [{"id": p["id"], "summary": "N/A", "category": "N/A"} for p in post_texts_for_nlp]
structured_results_map = {res["id"]: res for res in structured_results_list if "id" in res}
stats_map = {}
if post_urns_for_stats:
batch_size_stats = 20
for i in range(0, len(post_urns_for_stats), batch_size_stats):
batch_urns = post_urns_for_stats[i:i+batch_size_stats]
params = {'q': 'organizationalEntity', 'organizationalEntity': org_urn}
share_idx = 0 # Index for share URNs in the current batch's params
ugc_idx = 0 # Index for ugcPost URNs in the current batch's params
# Keep track of URNs actually added to this batch's parameters for logging
urns_in_current_api_call = []
for urn_str in batch_urns:
if ":share:" in urn_str:
params[f"shares[{share_idx}]"] = urn_str
share_idx += 1
urns_in_current_api_call.append(urn_str)
elif ":ugcPost:" in urn_str:
params[f"ugcPosts[{ugc_idx}]"] = urn_str
ugc_idx += 1
urns_in_current_api_call.append(urn_str)
else:
logging.warning(f"URN {urn_str} is not a recognized share or ugcPost type for stats. Skipping.")
continue
# If no valid URNs were prepared for this batch, skip the API call
if not share_idx and not ugc_idx: # or check 'if not urns_in_current_api_call:'
logging.info(f"Skipping API call for an empty or invalid batch of URNs (original batch segment size: {len(batch_urns)}).")
continue
try:
# Log the URNs being sent in this specific API call
logging.info(f"Fetching stats for batch of {len(urns_in_current_api_call)} URNs. First URN in call: {urns_in_current_api_call[0] if urns_in_current_api_call else 'N/A'}")
# Actual API call
stat_resp = session.get(f"{API_REST_BASE}/organizationalEntityShareStatistics", params=params)
stat_resp.raise_for_status() # Raises an HTTPError for bad responses (4XX or 5XX)
stats_data = stat_resp.json()
# --- Corrected Parsing Logic ---
# LinkedIn API for batch stats often returns an "elements" list.
elements_from_api = stats_data.get("elements")
if isinstance(elements_from_api, list):
if not elements_from_api:
logging.info(f"API returned 'elements' but it's an empty list for the URNs in this call.")
processed_urns_in_batch = 0
for item in elements_from_api:
urn_in_item = None
# Determine the URN key (e.g., 'share' or 'ugcPost')
if "share" in item:
urn_in_item = item.get("share")
elif "ugcPost" in item:
urn_in_item = item.get("ugcPost")
# Add other URN types if necessary, e.g., elif "article" in item: ...
if urn_in_item:
stats_values = item.get("totalShareStatistics", {})
if stats_values: # Only add if there are actual stats
stats_map[urn_in_item] = stats_values
processed_urns_in_batch +=1
else:
# It's possible an URN is returned without stats, or with empty stats
logging.debug(f"No 'totalShareStatistics' data found for URN: {urn_in_item} in API item: {item}")
stats_map[urn_in_item] = {} # Store empty stats if URN was processed but had no data
else:
logging.warning(f"Could not extract a recognized URN key from API element: {item}")
logging.info(f"Successfully processed {processed_urns_in_batch} URNs with stats from the API response for this batch. Current total stats_map size: {len(stats_map)}")
elif elements_from_api is None and "results" in stats_data:
# Fallback or alternative check if your API version *does* use "results"
# This was your original attempt. If "elements" is consistently missing,
# you might need to debug the exact structure of "results".
logging.warning(f"API response does not contain 'elements' key, but 'results' key is present. Attempting to parse 'results'. Response keys: {stats_data.keys()}")
results_dict = stats_data.get("results", {})
if isinstance(results_dict, dict):
for urn_key, stat_element_values in results_dict.items():
stats_map[urn_key] = stat_element_values.get("totalShareStatistics", {})
logging.info(f"Processed stats from 'results' dictionary. Current stats_map size: {len(stats_map)}")
else:
logging.error(f"'results' key found but is not a dictionary. Type: {type(results_dict)}")
else:
# Neither "elements" (as list) nor "results" (as dict) found as expected
logging.error(f"API response structure not recognized. Expected 'elements' (list) or 'results' (dict). Got keys: {stats_data.keys()}. Full response sample: {str(stats_data)[:500]}")
# --- End Corrected Parsing Logic ---
# Check for specific errors reported by the API within the JSON response
if stats_data.get("errors"):
for urn_errored, error_detail in stats_data.get("errors", {}).items():
logging.warning(f"API reported error for URN {urn_errored}: {error_detail.get('message', 'Unknown API error message')}")
# This log might be slightly misleading if parsing failed but no exception occurred.
# The more specific log after parsing 'elements' is better.
# logging.info(f"Successfully processed stats response for {len(urns_in_current_api_call)} URNs. Current stats_map size: {len(stats_map)}")
except requests.exceptions.HTTPError as e:
# Specific handling for HTTP errors (4xx, 5xx)
status_code = e.response.status_code
response_text = e.response.text
logging.warning(f"HTTP error fetching stats for a batch (Status: {status_code}): {e}. Params: {params}. Response: {response_text[:500]}") # Log first 500 chars of response
except requests.exceptions.RequestException as e:
# Catch other requests-related errors (e.g., connection issues)
status_code = getattr(e.response, 'status_code', 'N/A')
response_text = getattr(e.response, 'text', 'No response text')
logging.warning(f"Request failed for stats batch (Status: {status_code}): {e}. Params: {params}. Response: {response_text[:500]}")
except json.JSONDecodeError as e:
# Handle cases where the response is not valid JSON
response_text_for_json_error = stat_resp.text if 'stat_resp' in locals() and hasattr(stat_resp, 'text') else 'Response object not available or no text attribute'
logging.warning(f"Failed to decode JSON from stats response: {e}. Response text: {response_text_for_json_error[:500]}") # Log first 500 chars
except Exception as e:
# Catch any other unexpected errors during the batch processing
logging.error(f"An unexpected error occurred processing stats batch: {e}", exc_info=True)
logging.info(f"Finished processing all URN batches. Final stats_map size: {len(stats_map)}")
processed_raw_posts = []
for p in raw_posts_api:
post_id = p.get("id")
if not post_id:
logging.warning("Skipping raw post due to missing ID.")
continue
text_content = p.get("commentary") or \
p.get("specificContent", {}).get("com.linkedin.ugc.ShareContent", {}).get("shareCommentaryV2", {}).get("text", "") or \
"[No text content]"
timestamp = p.get("publishedAt") or p.get("createdAt") or p.get("firstPublishedAt")
published_at_iso = datetime.fromtimestamp(timestamp / 1000).isoformat() if timestamp else None
structured_res = structured_results_map.get(post_id, {"summary": "N/A", "category": "N/A"})
processed_raw_posts.append({
"id": post_id,
"raw_text": text_content,
"summary": structured_res["summary"],
"category": structured_res["category"],
"published_at_timestamp": timestamp,
"published_at_iso": published_at_iso,
"organization_urn": p.get("author", f"urn:li:organization:{org_urn.split(':')[-1]}"),
"is_ad": 'adContext' in p,
"media_category": get_post_media_category(p.get("content")),
})
logging.info(f"Processed {len(processed_raw_posts)} posts with core data.")
return processed_raw_posts, stats_map, "DefaultOrgName"
def fetch_comments(comm_client_id, community_token, post_urns, stats_map):
"""
Fetches comments for a list of post URNs using the socialActions endpoint.
Uses stats_map to potentially skip posts with 0 comments.
"""
# Ensure community_token is in the expected dictionary format for create_session
if isinstance(community_token, str):
token_dict = {'access_token': community_token, 'token_type': 'Bearer'}
elif isinstance(community_token, dict) and 'access_token' in community_token:
token_dict = community_token
else:
logging.error("Invalid community_token format. Expected a string or a dict with 'access_token'.")
return {urn: [] for urn in post_urns} # Return empty for all if token is bad
linkedin_session = create_session(comm_client_id, token=token_dict)
# Set the LinkedIn API version header
# This is crucial for API compatibility.
linkedin_session.headers.update({
'LinkedIn-Version': "202502" # Or your target version
})
all_comments_by_post = {}
logging.info(f"Fetching comments for {len(post_urns)} posts.")
for post_urn in post_urns:
post_stats = stats_map.get(post_urn, {})
# Try to get comment count from "commentSummary" first, then fallback to "commentCount"
comment_summary = post_stats.get("commentSummary", {})
comment_count_from_stats = comment_summary.get("totalComments", post_stats.get('commentCount', 0))
if comment_count_from_stats == 0:
logging.info(f"Skipping comment fetch for {post_urn} as commentCount is 0 in stats_map.")
all_comments_by_post[post_urn] = []
continue
try:
# IMPORTANT: Use the correct endpoint structure from your working code.
# The post_urn goes directly into the path and should NOT be URL-encoded here.
url = f"{API_REST_BASE}/socialActions/{post_urn}/comments"
# If you want to add other parameters like 'count' or 'start', append them, e.g.,
# url = f"{API_REST_BASE}/socialActions/{post_urn}/comments?sortOrder=CHRONOLOGICAL&count=10"
logging.debug(f"Fetching comments from URL: {url} for post URN: {post_urn}")
response = linkedin_session.get(url)
if response.status_code == 200:
elements = response.json().get('elements', [])
comments_texts = []
for c in elements:
# Extracting comment text. Adjust if the structure is different.
# The original working code stored `data.get('elements', [])`
# If you need the full comment object, store 'c' instead of 'comment_text'.
message_obj = c.get('message', {})
if isinstance(message_obj, dict): # Ensure message is a dict before .get('text')
comment_text = message_obj.get('text')
if comment_text:
comments_texts.append(comment_text)
elif isinstance(message_obj, str): # Sometimes message might be just a string
comments_texts.append(message_obj)
all_comments_by_post[post_urn] = comments_texts
logging.info(f"Fetched {len(comments_texts)} comments for {post_urn}.")
elif response.status_code == 403:
logging.warning(f"Forbidden (403) to fetch comments for {post_urn}. URL: {url}. Response: {response.text}. Check permissions or API version.")
all_comments_by_post[post_urn] = [] # Or some error indicator
elif response.status_code == 404:
logging.warning(f"Comments not found (404) for {post_urn}. URL: {url}. Response: {response.text}")
all_comments_by_post[post_urn] = []
else:
logging.error(f"Error fetching comments for {post_urn}. Status: {response.status_code}. URL: {url}. Response: {response.text}")
all_comments_by_post[post_urn] = [] # Or some error indicator
except requests.exceptions.RequestException as e:
logging.error(f"RequestException fetching comments for {post_urn}: {e}")
all_comments_by_post[post_urn] = []
except json.JSONDecodeError as e:
# Log the response text if it's available and JSON decoding fails
response_text_for_log = 'N/A'
if 'response' in locals() and hasattr(response, 'text'):
response_text_for_log = response.text
logging.error(f"JSONDecodeError fetching comments for {post_urn}. Response: {response_text_for_log}. Error: {e}")
all_comments_by_post[post_urn] = []
except Exception as e:
# Catch any other unexpected errors
logging.error(f"Unexpected error fetching comments for {post_urn}: {e}", exc_info=True) # exc_info=True for traceback
all_comments_by_post[post_urn] = []
return all_comments_by_post
def analyze_sentiment(all_comments_data):
"""
Analyzes sentiment for comments grouped by post_urn using the helper function.
all_comments_data is a dict: {post_urn: [comment_text_1, comment_text_2,...]}
Returns a dict: {post_urn: {"sentiment": "DominantOverallSentiment", "percentage": X.X, "details": {aggregated_counts}}}
"""
results_by_post = {}
logging.info(f"Analyzing aggregated sentiment for comments from {len(all_comments_data)} posts.")
for post_urn, comments_list in all_comments_data.items():
aggregated_sentiment_counts = defaultdict(int)
total_valid_comments_for_post = 0
if not comments_list:
results_by_post[post_urn] = {"sentiment": "Neutral 😐", "percentage": 0.0, "details": dict(aggregated_sentiment_counts)}
continue
for comment_text in comments_list:
if not comment_text or not comment_text.strip():
continue
# Use the helper for individual comment sentiment
single_comment_sentiment = _get_sentiment_from_text(comment_text)
# Aggregate counts
for label, count in single_comment_sentiment["counts"].items():
aggregated_sentiment_counts[label] += count
if single_comment_sentiment["label"] != "Error": # Count valid analyses
total_valid_comments_for_post +=1
dominant_overall_sentiment = "Neutral 😐" # Default
percentage = 0.0
if total_valid_comments_for_post > 0:
# Determine dominant sentiment from aggregated_sentiment_counts
# Exclude 'Error' from being a dominant sentiment unless it's the only category with counts
valid_sentiments = {k: v for k, v in aggregated_sentiment_counts.items() if k != 'Error' and v > 0}
if not valid_sentiments:
dominant_overall_sentiment = 'Error' if aggregated_sentiment_counts['Error'] > 0 else 'Neutral 😐'
else:
# Simple max count logic for dominance
dominant_overall_sentiment = max(valid_sentiments, key=valid_sentiments.get)
if dominant_overall_sentiment != 'Error':
percentage = round((aggregated_sentiment_counts[dominant_overall_sentiment] / total_valid_comments_for_post) * 100, 1)
else: # if dominant is 'Error' or only errors were found
percentage = 0.0
elif aggregated_sentiment_counts['Error'] > 0 : # No valid comments, but errors occurred
dominant_overall_sentiment = 'Error'
results_by_post[post_urn] = {
"sentiment": dominant_overall_sentiment,
"percentage": percentage,
"details": dict(aggregated_sentiment_counts) # Store aggregated counts
}
logging.debug(f"Aggregated sentiment for post {post_urn}: {results_by_post[post_urn]}")
return results_by_post
def compile_detailed_posts(processed_raw_posts, stats_map, sentiments_per_post):
"""
Combines processed raw post data with their statistics and overall comment sentiment.
"""
detailed_post_list = []
logging.info(f"Compiling detailed data for {len(processed_raw_posts)} posts.")
for proc_post in processed_raw_posts:
post_id = proc_post["id"]
stats = stats_map.get(post_id, {})
likes = stats.get("likeCount", 0)
comments_stat_count = stats.get("commentSummary", {}).get("totalComments", stats.get("commentCount", 0))
clicks = stats.get("clickCount", 0)
shares = stats.get("shareCount", 0)
impressions = stats.get("impressionCount", 0)
unique_impressions = stats.get("uniqueImpressionsCount", stats.get("impressionCount", 0))
engagement_numerator = likes + comments_stat_count + clicks + shares
engagement_rate = (engagement_numerator / impressions * 100) if impressions and impressions > 0 else 0.0
sentiment_info = sentiments_per_post.get(post_id, {"sentiment": "Neutral 😐", "percentage": 0.0, "details": {}})
display_text = html.escape(proc_post["raw_text"][:250]).replace("\n", "
") + \
("..." if len(proc_post["raw_text"]) > 250 else "")
when_formatted = datetime.fromtimestamp(proc_post["published_at_timestamp"] / 1000).strftime("%Y-%m-%d %H:%M") \
if proc_post["published_at_timestamp"] else "Unknown"
detailed_post_list.append({
"id": post_id,
"when": when_formatted,
"text_for_display": display_text,
"raw_text": proc_post["raw_text"],
"likes": likes,
"comments_stat_count": comments_stat_count,
"clicks": clicks,
"shares": shares,
"impressions": impressions,
"uniqueImpressionsCount": unique_impressions,
"engagement": f"{engagement_rate:.2f}%",
"engagement_raw": engagement_rate,
"sentiment": sentiment_info["sentiment"],
"sentiment_percent": sentiment_info["percentage"],
"sentiment_details": sentiment_info.get("details", {}),
"summary": proc_post["summary"],
"category": proc_post["category"],
"organization_urn": proc_post["organization_urn"],
"is_ad": proc_post["is_ad"],
"media_category": proc_post.get("media_category", "NONE"),
"published_at": proc_post["published_at_iso"]
})
logging.info(f"Compiled {len(detailed_post_list)} detailed posts.")
return detailed_post_list
def prepare_data_for_bubble(detailed_posts, all_actual_comments_data):
"""
Prepares data lists for uploading to Bubble.
- detailed_posts: List of comprehensively compiled post objects.
- all_actual_comments_data: Dict of {post_urn: [comment_texts]} from fetch_comments.
"""
li_posts = []
li_post_stats = []
li_post_comments = []
logging.info("Preparing posts data for Bubble.")
if not detailed_posts:
logging.warning("No detailed posts to prepare for Bubble.")
return [], [], []
org_urn_default = detailed_posts[0]["organization_urn"] if detailed_posts else "urn:li:organization:UNKNOWN"
for post_data in detailed_posts:
li_posts.append({
"organization_urn": post_data["organization_urn"],
"id": post_data["id"],
"is_ad": post_data["is_ad"],
"media_type": post_data.get("media_category", "NONE"),
"published_at": post_data["published_at"],
"sentiment": post_data["sentiment"],
"text": post_data["raw_text"],
#"summary_text": post_data["summary"],
"li_eb_label": post_data["category"]
})
li_post_stats.append({
"clickCount": post_data["clicks"],
"commentCount": post_data["comments_stat_count"],
"engagement": post_data["engagement_raw"],
"impressionCount": post_data["impressions"],
"likeCount": post_data["likes"],
"shareCount": post_data["shares"],
"uniqueImpressionsCount": post_data["uniqueImpressionsCount"],
"post_id": post_data["id"],
"organization_urn": post_data["organization_urn"]
})
for post_urn, comments_text_list in all_actual_comments_data.items():
current_post_org_urn = org_urn_default
for p in detailed_posts:
if p["id"] == post_urn:
current_post_org_urn = p["organization_urn"]
break
for single_comment_text in comments_text_list:
if single_comment_text and single_comment_text.strip():
li_post_comments.append({
"comment_text": single_comment_text,
"post_id": post_urn,
"organization_urn": current_post_org_urn
})
logging.info(f"Prepared {len(li_posts)} posts, {len(li_post_stats)} stats entries, and {len(li_post_comments)} comments for Bubble.")
return li_posts, li_post_stats, li_post_comments
# --- Mentions Retrieval Functions ---
def fetch_linkedin_mentions_core(comm_client_id, community_token, org_urn, count=20):
"""
Fetches raw mention notifications and the details of the posts where the organization was mentioned.
Returns a list of processed mention data (internal structure).
"""
token_dict = community_token if isinstance(community_token, dict) else {'access_token': community_token, 'token_type': 'Bearer'}
session = create_session(comm_client_id, token=token_dict)
session.headers.update({
"X-Restli-Protocol-Version": "2.0.0",
"LinkedIn-Version": "202502"
})
encoded_org_urn = quote(org_urn, safe='')
notifications_url_base = (
f"{API_REST_BASE}/organizationalEntityNotifications"
f"?q=criteria"
f"&actions=List(SHARE_MENTION)"
f"&organizationalEntity={encoded_org_urn}"
f"&count={count}"
)
all_notifications = []
start_index = 0
processed_mentions_internal = []
page_count = 0
max_pages = 10
while page_count < max_pages:
current_url = f"{notifications_url_base}&start={start_index}"
logging.info(f"Fetching notifications page {page_count + 1} from URL: {current_url}")
try:
resp = session.get(current_url)
resp.raise_for_status()
data = resp.json()
elements = data.get("elements", [])
if not elements:
logging.info(f"No more notifications found on page {page_count + 1}. Total notifications fetched: {len(all_notifications)}.")
break
all_notifications.extend(elements)
paging = data.get("paging", {})
if 'start' not in paging or 'count' not in paging or len(elements) < paging.get('count', count):
logging.info(f"Last page of notifications fetched. Total notifications: {len(all_notifications)}.")
break
start_index = paging['start'] + paging['count']
page_count += 1
except requests.exceptions.RequestException as e:
status = getattr(e.response, 'status_code', 'N/A')
text = getattr(e.response, 'text', 'No response text')
logging.error(f"Failed to fetch notifications (Status: {status}): {e}. Response: {text}")
break
except json.JSONDecodeError as e:
logging.error(f"Failed to decode JSON from notifications response: {e}. Response: {resp.text if resp else 'No resp obj'}")
break
if page_count >= max_pages:
logging.info(f"Reached max_pages ({max_pages}) for fetching notifications.")
break
if not all_notifications:
logging.info("No mention notifications found after fetching.")
return []
mention_share_urns = list(set([
n.get("generatedActivity") for n in all_notifications
if n.get("action") == "SHARE_MENTION" and n.get("generatedActivity")
]))
logging.info(f"Found {len(mention_share_urns)} unique share URNs from SHARE_MENTION notifications.")
# for share_urn in mention_share_urns:
# encoded_share_urn = quote(share_urn, safe='')
# post_detail_url = f"{API_REST_BASE}/posts/{encoded_share_urn}"
# logging.info(f"Fetching details for mentioned post: {post_detail_url}")
# try:
# post_resp = session.get(post_detail_url)
# post_resp.raise_for_status()
# post_data = post_resp.json()
# commentary_raw = post_data.get("commentary")
# if not commentary_raw and "specificContent" in post_data:
# share_content = post_data.get("specificContent", {}).get("com.linkedin.ugc.ShareContent", {})
# commentary_raw = share_content.get("shareCommentaryV2", {}).get("text", "")
# if not commentary_raw:
# logging.warning(f"No commentary found for share URN {share_urn}. Skipping.")
# continue
# mention_text_cleaned = extract_text_from_mention_commentary(commentary_raw)
# timestamp = post_data.get("publishedAt") or post_data.get("createdAt") or post_data.get("firstPublishedAt")
# published_at_iso = datetime.fromtimestamp(timestamp / 1000).isoformat() if timestamp else None
# author_urn = post_data.get("author", "urn:li:unknown")
# processed_mentions_internal.append({
# "mention_id": f"mention_{share_urn}",
# "share_urn": share_urn,
# "mention_text_raw": commentary_raw,
# "mention_text_cleaned": mention_text_cleaned,
# "published_at_timestamp": timestamp,
# "published_at_iso": published_at_iso,
# "mentioned_by_author_urn": author_urn,
# "organization_urn_mentioned": org_urn
# })
# except requests.exceptions.RequestException as e:
# status = getattr(e.response, 'status_code', 'N/A')
# text = getattr(e.response, 'text', 'No response text')
# logging.warning(f"Failed to fetch post details for share URN {share_urn} (Status: {status}): {e}. Response: {text}")
# except json.JSONDecodeError as e:
# logging.warning(f"Failed to decode JSON for post details {share_urn}: {e}. Response: {post_resp.text if post_resp else 'No resp obj'}")
if mention_share_urns:
# Encode URNs for the batch request URL
encoded_urns = [quote(urn, safe='') for urn in mention_share_urns]
formatted_urns = ",".join(encoded_urns)
# Construct the URL for batch fetching post details
# API_REST_BASE should be the base URL like "https://api.linkedin.com/rest"
batch_posts_url = f"{API_REST_BASE}/posts?ids=List({formatted_urns})"
logging.info(f"Fetching details for {len(mention_share_urns)} posts in a batch: {batch_posts_url}")
try:
batch_resp = session.get(batch_posts_url)
batch_resp.raise_for_status() # Raise an exception for HTTP errors
batch_data = batch_resp.json()
results = batch_data.get("results", {}) # Contains post details keyed by URN
errors = batch_data.get("errors", {}) # Contains errors for specific URNs
statuses = batch_data.get("statuses", {}) # Contains HTTP statuses for specific URNs
# Process each share URN using the data from the batch response
for share_urn in mention_share_urns:
if share_urn not in results:
# Log if a URN was requested but not found in the results
logging.warning(
f"Post details for share URN {share_urn} not found in batch response. "
f"Status: {statuses.get(share_urn)}, Error: {errors.get(share_urn)}"
)
continue
post_data = results[share_urn]
# Extract commentary - try direct 'commentary' field first, then fallback
commentary_raw = post_data.get("commentary")
if not commentary_raw and "specificContent" in post_data:
# Fallback for older structures or specific share types if 'commentary' is not top-level
share_content = post_data.get("specificContent", {}).get("com.linkedin.ugc.ShareContent", {})
commentary_raw = share_content.get("shareCommentaryV2", {}).get("text", "")
if not commentary_raw:
logging.warning(f"No commentary found for share URN {share_urn} in batch data. Skipping.")
continue
# Clean the commentary text (assuming this function is defined)
mention_text_cleaned = extract_text_from_mention_commentary(commentary_raw)
# Extract timestamp and convert to ISO format
timestamp = post_data.get("publishedAt") or post_data.get("createdAt") or post_data.get("firstPublishedAt")
published_at_iso = datetime.fromtimestamp(timestamp / 1000).isoformat() if timestamp else None
# Extract author URN
author_urn = post_data.get("author", "urn:li:unknown") # Default if author is not found
# Append processed mention data
processed_mentions_internal.append({
"mention_id": f"mention_{share_urn}", # Create a unique ID for the mention
"share_urn": share_urn,
"mention_text_raw": commentary_raw,
"mention_text_cleaned": mention_text_cleaned,
"published_at_timestamp": timestamp,
"published_at_iso": published_at_iso,
"mentioned_by_author_urn": author_urn,
"organization_urn_mentioned": org_urn # The URN of the organization that was mentioned
})
except requests.exceptions.RequestException as e:
status = getattr(e.response, 'status_code', 'N/A')
text = getattr(e.response, 'text', 'No response text')
logging.error(f"Failed to fetch batch post details (Status: {status}): {e}. Response: {text}")
except json.JSONDecodeError as e:
# Log error if JSON decoding fails for the batch response
logging.error(f"Failed to decode JSON from batch posts response: {e}. Response: {batch_resp.text if batch_resp else 'No resp obj'}")
logging.info(f"Processed {len(processed_mentions_internal)} mentions with their post details.")
return processed_mentions_internal
def analyze_mentions_sentiment(processed_mentions_list):
"""
Analyzes sentiment for the text of each processed mention using the helper function.
Input: list of processed_mention dicts (internal structure from fetch_linkedin_mentions_core).
Returns: a dict {mention_id: {"sentiment_label": "DominantSentiment", "percentage": 100.0, "details": {counts}}}
"""
mention_sentiments_map = {}
logging.info(f"Analyzing individual sentiment for {len(processed_mentions_list)} mentions.")
for mention_data in processed_mentions_list:
mention_internal_id = mention_data["mention_id"] # Internal ID from fetch_linkedin_mentions_core
text_to_analyze = mention_data.get("mention_text_cleaned", "")
sentiment_result = _get_sentiment_from_text(text_to_analyze)
# For single text, percentage is 100% for the dominant label if not error
percentage = 0.0
if sentiment_result["label"] != "Error" and any(sentiment_result["counts"].values()):
percentage = 100.0
mention_sentiments_map[mention_internal_id] = {
"sentiment_label": sentiment_result["label"], # The dominant sentiment label
"percentage": percentage,
"details": dict(sentiment_result["counts"]) # Raw counts for this specific mention
}
logging.debug(f"Individual sentiment for mention {mention_internal_id}: {mention_sentiments_map[mention_internal_id]}")
return mention_sentiments_map
def compile_detailed_mentions(processed_mentions_list, mention_sentiments_map):
"""
Combines processed mention data (internal structure) with their sentiment analysis
into the user-specified output format.
processed_mentions_list: list of dicts from fetch_linkedin_mentions_core
mention_sentiments_map: dict from analyze_mentions_sentiment, keyed by "mention_id" (internal)
and contains "sentiment_label".
"""
detailed_mentions_output = []
logging.info(f"Compiling detailed data for {len(processed_mentions_list)} mentions into specified format.")
for mention_core_data in processed_mentions_list:
mention_internal_id = mention_core_data["mention_id"]
sentiment_info = mention_sentiments_map.get(mention_internal_id, {"sentiment_label": "Neutral 😐"})
date_formatted = "Unknown"
if mention_core_data["published_at_timestamp"]:
try:
date_formatted = datetime.fromtimestamp(mention_core_data["published_at_timestamp"] / 1000).strftime("%Y-%m-%d %H:%M")
except TypeError:
logging.warning(f"Could not format timestamp for mention_id {mention_internal_id}")
detailed_mentions_output.append({
"date": date_formatted, # User-specified field name
"id": mention_core_data["share_urn"], # User-specified field name (URN of the post with mention)
"mention_text": mention_core_data["mention_text_cleaned"], # User-specified field name
"organization_urn": mention_core_data["organization_urn_mentioned"], # User-specified field name
"sentiment_label": sentiment_info["sentiment_label"] # User-specified field name
})
logging.info(f"Compiled {len(detailed_mentions_output)} detailed mentions with specified fields.")
return detailed_mentions_output
def prepare_mentions_for_bubble(compiled_detailed_mentions_list):
"""
Prepares mention data for uploading to a Bubble table.
The input `compiled_detailed_mentions_list` is already in the user-specified format:
[{"date": ..., "id": ..., "mention_text": ..., "organization_urn": ..., "sentiment_label": ...}, ...]
This function directly uses these fields as per user's selection for Bubble upload.
"""
li_mentions_bubble = []
logging.info(f"Preparing {len(compiled_detailed_mentions_list)} compiled mentions for Bubble upload.")
if not compiled_detailed_mentions_list:
return []
for mention_data in compiled_detailed_mentions_list:
# The mention_data dictionary already has the keys:
# "date", "id", "mention_text", "organization_urn", "sentiment_label"
# These are used directly for the Bubble upload list.
li_mentions_bubble.append({
"date": mention_data["date"],
"id": mention_data["id"],
"mention_text": mention_data["mention_text"],
"organization_urn": mention_data["organization_urn"],
"sentiment_label": mention_data["sentiment_label"]
# If Bubble table has different field names, mapping would be done here.
# Example: "bubble_mention_date": mention_data["date"],
# For now, using direct mapping as per user's selected code for the append.
})
logging.info(f"Prepared {len(li_mentions_bubble)} mention entries for Bubble, using direct field names from compiled data.")
return li_mentions_bubble