app.py

# app.py 
# (Showing relevant parts that need modification)
import gradio as gr
import pandas as pd
import os
import logging
import matplotlib
matplotlib.use('Agg') # Set backend for Matplotlib to avoid GUI conflicts with Gradio
import matplotlib.pyplot as plt
import time # For profiling if needed
from datetime import datetime, timedelta # Added timedelta
import numpy as np

# --- Module Imports ---
from gradio_utils import get_url_user_token
# Functions from newly created/refactored modules
from config import (
    LINKEDIN_CLIENT_ID_ENV_VAR, BUBBLE_APP_NAME_ENV_VAR,
    BUBBLE_API_KEY_PRIVATE_ENV_VAR, BUBBLE_API_ENDPOINT_ENV_VAR)
from state_manager import process_and_store_bubble_token
from sync_logic import sync_all_linkedin_data_orchestrator
from ui_generators import (
    display_main_dashboard,
    run_mentions_tab_display,
    run_follower_stats_tab_display,
    build_analytics_tab_plot_area, 
    BOMB_ICON, EXPLORE_ICON, FORMULA_ICON, ACTIVE_ICON 
)
from analytics_data_processing import prepare_filtered_analytics_data # This is key for data structure
from analytics_plot_generator import (
    generate_posts_activity_plot, 
    generate_mentions_activity_plot, generate_mention_sentiment_plot,
    generate_followers_count_over_time_plot,
    generate_followers_growth_rate_plot,
    generate_followers_by_demographics_plot,
    generate_engagement_rate_over_time_plot,
    generate_reach_over_time_plot,
    generate_impressions_over_time_plot,
    create_placeholder_plot,
    generate_likes_over_time_plot,
    generate_clicks_over_time_plot,
    generate_shares_over_time_plot,
    generate_comments_over_time_plot,
    generate_comments_sentiment_breakdown_plot,
    generate_post_frequency_plot,
    generate_content_format_breakdown_plot,
    generate_content_topic_breakdown_plot
)
from formulas import PLOT_FORMULAS 

# --- NEW CHATBOT MODULE IMPORTS ---
from chatbot_prompts import get_initial_insight_prompt_and_suggestions # MODIFIED IMPORT
from chatbot_handler import generate_llm_response
# --- END NEW CHATBOT MODULE IMPORTS ---

# Configure logging
logging.basicConfig(level=logging.INFO, format='%(asctime)s - %(levelname)s - %(module)s - %(message)s')

# Mapping from plot_configs IDs to PLOT_FORMULAS keys
PLOT_ID_TO_FORMULA_KEY_MAP = {
    "posts_activity": "posts_activity", 
    "mentions_activity": "mentions_activity", 
    "mention_sentiment": "mention_sentiment", 
    "followers_count": "followers_count_over_time",
    "followers_growth_rate": "followers_growth_rate",
    "followers_by_location": "followers_by_demographics",
    "followers_by_role": "followers_by_demographics",
    "followers_by_industry": "followers_by_demographics",
    "followers_by_seniority": "followers_by_demographics",
    "engagement_rate": "engagement_rate_over_time",
    "reach_over_time": "reach_over_time",
    "impressions_over_time": "impressions_over_time",
    "likes_over_time": "likes_over_time",
    "clicks_over_time": "clicks_over_time",
    "shares_over_time": "shares_over_time",
    "comments_over_time": "comments_over_time",
    "comments_sentiment": "comments_sentiment_breakdown",
    "post_frequency_cs": "post_frequency",
    "content_format_breakdown_cs": "content_format_breakdown",
    "content_topic_breakdown_cs": "content_topic_breakdown",
    "mention_analysis_volume": "mentions_activity", 
    "mention_analysis_sentiment": "mention_sentiment"
}

# --- Helper function to generate textual data summaries for chatbot ---
def generate_chatbot_data_summaries(
    plot_configs_list,
    filtered_merged_posts_df,
    filtered_mentions_df,
    date_filtered_follower_stats_df, # Expected to contain 'follower_gains_monthly'
    raw_follower_stats_df,          # Expected to contain other demographics like 'follower_geo', 'follower_industry'
    token_state_value
    ):
    """
    Generates textual summaries for each plot ID to be used by the chatbot,
    based on the corrected understanding of DataFrame structures and follower count columns.
    """
    data_summaries = {}
    
    # --- Date and Config Columns from token_state ---
    # For Posts
    date_col_posts = token_state_value.get("config_date_col_posts", "published_at")
    media_type_col_name = token_state_value.get("config_media_type_col", "media_type")
    eb_labels_col_name = token_state_value.get("config_eb_labels_col", "li_eb_label")
    # For Mentions
    date_col_mentions = token_state_value.get("config_date_col_mentions", "date")
    mentions_sentiment_col = "sentiment_label" # As per user's mention df structure
    
    # For Follower Stats - Actual column names provided by user
    follower_count_organic_col = "follower_count_organic"
    follower_count_paid_col = "follower_count_paid"

    # For Follower Stats (Demographics from raw_follower_stats_df)
    follower_demographics_type_col = "follower_count_type" # Column indicating 'follower_geo', 'follower_industry'
    follower_demographics_category_col = "category_name"   # Column indicating 'USA', 'Technology'

    # For Follower Gains/Growth (from date_filtered_follower_stats_df)
    follower_gains_type_col = "follower_count_type" # Should be 'follower_gains_monthly'
    follower_gains_date_col = "category_name"       # This is 'YYYY-MM-DD'

    # --- Helper: Safely convert to datetime ---
    def safe_to_datetime(series, errors='coerce'):
        return pd.to_datetime(series, errors=errors)

    # --- Prepare DataFrames (copy and convert dates) ---
    if filtered_merged_posts_df is not None and not filtered_merged_posts_df.empty:
        posts_df = filtered_merged_posts_df.copy()
        if date_col_posts in posts_df.columns:
            posts_df[date_col_posts] = safe_to_datetime(posts_df[date_col_posts])
        else:
            logging.warning(f"Date column '{date_col_posts}' not found in posts_df for chatbot summary.")
    else:
        posts_df = pd.DataFrame()

    if filtered_mentions_df is not None and not filtered_mentions_df.empty:
        mentions_df = filtered_mentions_df.copy()
        if date_col_mentions in mentions_df.columns:
            mentions_df[date_col_mentions] = safe_to_datetime(mentions_df[date_col_mentions])
        else:
            logging.warning(f"Date column '{date_col_mentions}' not found in mentions_df for chatbot summary.")
    else:
        mentions_df = pd.DataFrame()

    # For date_filtered_follower_stats_df (monthly gains)
    if date_filtered_follower_stats_df is not None and not date_filtered_follower_stats_df.empty:
        follower_monthly_df = date_filtered_follower_stats_df.copy()
        if follower_gains_type_col in follower_monthly_df.columns:
             follower_monthly_df = follower_monthly_df[follower_monthly_df[follower_gains_type_col] == 'follower_gains_monthly'].copy()
        
        if follower_gains_date_col in follower_monthly_df.columns:
            follower_monthly_df['datetime_obj'] = safe_to_datetime(follower_monthly_df[follower_gains_date_col])
            follower_monthly_df = follower_monthly_df.dropna(subset=['datetime_obj'])
            
            # Calculate total gains
            if follower_count_organic_col in follower_monthly_df.columns and follower_count_paid_col in follower_monthly_df.columns:
                follower_monthly_df[follower_count_organic_col] = pd.to_numeric(follower_monthly_df[follower_count_organic_col], errors='coerce').fillna(0)
                follower_monthly_df[follower_count_paid_col] = pd.to_numeric(follower_monthly_df[follower_count_paid_col], errors='coerce').fillna(0)
                follower_monthly_df['total_monthly_gains'] = follower_monthly_df[follower_count_organic_col] + follower_monthly_df[follower_count_paid_col]
            elif follower_count_organic_col in follower_monthly_df.columns: # Only organic exists
                 follower_monthly_df[follower_count_organic_col] = pd.to_numeric(follower_monthly_df[follower_count_organic_col], errors='coerce').fillna(0)
                 follower_monthly_df['total_monthly_gains'] = follower_monthly_df[follower_count_organic_col]
            elif follower_count_paid_col in follower_monthly_df.columns: # Only paid exists
                 follower_monthly_df[follower_count_paid_col] = pd.to_numeric(follower_monthly_df[follower_count_paid_col], errors='coerce').fillna(0)
                 follower_monthly_df['total_monthly_gains'] = follower_monthly_df[follower_count_paid_col]
            else:
                logging.warning(f"Neither '{follower_count_organic_col}' nor '{follower_count_paid_col}' found in follower_monthly_df for total gains calculation.")
                follower_monthly_df['total_monthly_gains'] = 0 # Avoid KeyError later
        else:
            logging.warning(f"Date column '{follower_gains_date_col}' (from category_name) not found in follower_monthly_df for chatbot summary.")
            if 'datetime_obj' not in follower_monthly_df.columns:
                 follower_monthly_df['datetime_obj'] = pd.NaT 
            if 'total_monthly_gains' not in follower_monthly_df.columns:
                 follower_monthly_df['total_monthly_gains'] = 0
    else:
        follower_monthly_df = pd.DataFrame(columns=[follower_gains_date_col, 'total_monthly_gains', 'datetime_obj'])


    if raw_follower_stats_df is not None and not raw_follower_stats_df.empty:
        follower_demographics_df = raw_follower_stats_df.copy()
        # Calculate total followers for demographics
        if follower_count_organic_col in follower_demographics_df.columns and follower_count_paid_col in follower_demographics_df.columns:
            follower_demographics_df[follower_count_organic_col] = pd.to_numeric(follower_demographics_df[follower_count_organic_col], errors='coerce').fillna(0)
            follower_demographics_df[follower_count_paid_col] = pd.to_numeric(follower_demographics_df[follower_count_paid_col], errors='coerce').fillna(0)
            follower_demographics_df['total_follower_count'] = follower_demographics_df[follower_count_organic_col] + follower_demographics_df[follower_count_paid_col]
        elif follower_count_organic_col in follower_demographics_df.columns:
            follower_demographics_df[follower_count_organic_col] = pd.to_numeric(follower_demographics_df[follower_count_organic_col], errors='coerce').fillna(0)
            follower_demographics_df['total_follower_count'] = follower_demographics_df[follower_count_organic_col]
        elif follower_count_paid_col in follower_demographics_df.columns:
            follower_demographics_df[follower_count_paid_col] = pd.to_numeric(follower_demographics_df[follower_count_paid_col], errors='coerce').fillna(0)
            follower_demographics_df['total_follower_count'] = follower_demographics_df[follower_count_paid_col]
        else:
            logging.warning(f"Neither '{follower_count_organic_col}' nor '{follower_count_paid_col}' found in follower_demographics_df for total count calculation.")
            if 'total_follower_count' not in follower_demographics_df.columns:
                 follower_demographics_df['total_follower_count'] = 0
    else:
        follower_demographics_df = pd.DataFrame()


    for plot_cfg in plot_configs_list:
        plot_id = plot_cfg["id"]
        plot_label = plot_cfg["label"]
        summary_text = f"No specific data summary available for '{plot_label}' for the selected period."

        try:
            # --- FOLLOWER STATS ---
            if plot_id == "followers_count": # Uses follower_monthly_df
                if not follower_monthly_df.empty and 'total_monthly_gains' in follower_monthly_df.columns and 'datetime_obj' in follower_monthly_df.columns and not follower_monthly_df['datetime_obj'].isnull().all():
                    df_summary = follower_monthly_df[['datetime_obj', 'total_monthly_gains']].copy()
                    df_summary['datetime_obj'] = df_summary['datetime_obj'].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'datetime_obj': 'Date', 'total_monthly_gains': 'Total Monthly Gains'}, inplace=True)
                    summary_text = f"Follower Count (Total Monthly Gains):\n{df_summary.sort_values(by='Date').tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Follower count data (total monthly gains) is unavailable or incomplete for '{plot_label}'."
            
            elif plot_id == "followers_growth_rate": # Uses follower_monthly_df
                if not follower_monthly_df.empty and 'total_monthly_gains' in follower_monthly_df.columns and 'datetime_obj' in follower_monthly_df.columns and not follower_monthly_df['datetime_obj'].isnull().all():
                    df_calc = follower_monthly_df.sort_values(by='datetime_obj').copy()
                    # Growth rate is calculated on the total monthly gains (which are changes, not cumulative counts)
                    # To calculate growth rate of followers, we'd need cumulative follower count.
                    # The plot logic also uses pct_change on the gains themselves.
                    # If 'total_monthly_gains' represents the *change* in followers, then pct_change on this is rate of change of gains.
                    # If it represents the *cumulative* followers at that point, then pct_change is follower growth rate.
                    # Assuming 'total_monthly_gains' is the *change* for the month, like the plot logic.
                    df_calc['total_monthly_gains'] = pd.to_numeric(df_calc['total_monthly_gains'], errors='coerce')
                    if len(df_calc) >= 2:
                        # Calculate cumulative sum to get follower count if 'total_monthly_gains' are indeed just gains
                        # If your 'total_monthly_gains' already IS the total follower count at end of month, remove next line
                        # For now, assuming it's GAINS, so we need cumulative for growth rate of total followers.
                        # However, the original plot logic applies pct_change directly to 'follower_gains_monthly'.
                        # Let's stick to pct_change on the gains/count column for consistency with plot.
                        
                        # If 'total_monthly_gains' is the actual follower count for that month:
                        df_calc['growth_rate_monthly'] = df_calc['total_monthly_gains'].pct_change() * 100
                        df_calc['growth_rate_monthly'] = df_calc['growth_rate_monthly'].round(2)
                        df_calc.replace([np.inf, -np.inf], np.nan, inplace=True) # Handle division by zero if a gain was 0
                        
                        df_summary = df_calc[['datetime_obj', 'growth_rate_monthly']].dropna().copy()
                        df_summary['datetime_obj'] = df_summary['datetime_obj'].dt.strftime('%Y-%m-%d')
                        df_summary.rename(columns={'datetime_obj': 'Date', 'growth_rate_monthly': 'Growth Rate (%)'}, inplace=True)
                        if not df_summary.empty:
                            summary_text = f"Follower Growth Rate (Monthly % based on Total Follower Count/Gains):\n{df_summary.sort_values(by='Date').tail(5).to_string(index=False)}"
                        else:
                            summary_text = f"Not enough data points or valid transitions to calculate follower growth rate for '{plot_label}'."
                    else:
                        summary_text = f"Not enough data points (need at least 2) to calculate follower growth rate for '{plot_label}'."
                else:
                    summary_text = f"Follower growth rate data (total monthly gains) is unavailable or incomplete for '{plot_label}'."

            elif plot_id in ["followers_by_location", "followers_by_role", "followers_by_industry", "followers_by_seniority"]:
                demographic_type_map = {
                    "followers_by_location": "follower_geo",
                    "followers_by_role": "follower_function",
                    "followers_by_industry": "follower_industry",
                    "followers_by_seniority": "follower_seniority"
                }
                current_demographic_type = demographic_type_map.get(plot_id)
                if not follower_demographics_df.empty and \
                   follower_demographics_type_col in follower_demographics_df.columns and \
                   follower_demographics_category_col in follower_demographics_df.columns and \
                   'total_follower_count' in follower_demographics_df.columns: # Check for the calculated total
                    
                    df_filtered_demographics = follower_demographics_df[
                        follower_demographics_df[follower_demographics_type_col] == current_demographic_type
                    ].copy()

                    if not df_filtered_demographics.empty:
                        df_summary = df_filtered_demographics.groupby(follower_demographics_category_col)['total_follower_count'].sum().reset_index()
                        df_summary.rename(columns={follower_demographics_category_col: 'Category', 'total_follower_count': 'Total Follower Count'}, inplace=True)
                        top_5 = df_summary.nlargest(5, 'Total Follower Count')
                        summary_text = f"Top 5 {plot_label} (Total Followers):\n{top_5.to_string(index=False)}"
                    else:
                        summary_text = f"No data available for demographic type '{current_demographic_type}' in '{plot_label}'."
                else:
                    summary_text = f"Follower demographic data columns (including total_follower_count) are missing or incomplete for '{plot_label}'."

            # --- POSTS STATS ---
            elif plot_id == "engagement_rate":
                if not posts_df.empty and 'engagement' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['engagement'].resample('W').mean().reset_index()
                    df_resampled['engagement'] = pd.to_numeric(df_resampled['engagement'], errors='coerce').round(2)
                    df_summary = df_resampled[[date_col_posts, 'engagement']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    summary_text = f"Engagement Rate Over Time (Weekly Avg %):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Engagement rate data is unavailable for '{plot_label}'."
            
            elif plot_id == "reach_over_time": 
                if not posts_df.empty and 'reach' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['reach'].resample('W').sum().reset_index()
                    df_resampled['reach'] = pd.to_numeric(df_resampled['reach'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'reach']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    summary_text = f"Reach Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Reach data is unavailable for '{plot_label}'."

            elif plot_id == "impressions_over_time": 
                if not posts_df.empty and 'impressionCount' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['impressionCount'].resample('W').sum().reset_index()
                    df_resampled['impressionCount'] = pd.to_numeric(df_resampled['impressionCount'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'impressionCount']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'impressionCount': 'Impressions'}, inplace=True)
                    summary_text = f"Impressions Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Impressions data is unavailable for '{plot_label}'."

            elif plot_id == "likes_over_time": 
                if not posts_df.empty and 'likeCount' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['likeCount'].resample('W').sum().reset_index()
                    df_resampled['likeCount'] = pd.to_numeric(df_resampled['likeCount'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'likeCount']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'likeCount': 'Likes'}, inplace=True)
                    summary_text = f"Likes Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Likes data is unavailable for '{plot_label}'."

            elif plot_id == "clicks_over_time": 
                if not posts_df.empty and 'clickCount' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['clickCount'].resample('W').sum().reset_index()
                    df_resampled['clickCount'] = pd.to_numeric(df_resampled['clickCount'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'clickCount']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'clickCount': 'Clicks'}, inplace=True)
                    summary_text = f"Clicks Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Clicks data is unavailable for '{plot_label}'."

            elif plot_id == "shares_over_time": 
                if not posts_df.empty and 'shareCount' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['shareCount'].resample('W').sum().reset_index()
                    df_resampled['shareCount'] = pd.to_numeric(df_resampled['shareCount'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'shareCount']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'shareCount': 'Shares'}, inplace=True)
                    summary_text = f"Shares Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                elif 'shareCount' not in posts_df.columns and not posts_df.empty : # Check if posts_df is not empty before assuming column is the only issue
                     summary_text = f"Shares data column ('shareCount') not found for '{plot_label}'."
                else:
                    summary_text = f"Shares data is unavailable for '{plot_label}'."
            
            elif plot_id == "comments_over_time": 
                if not posts_df.empty and 'commentCount' in posts_df.columns and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    df_resampled = posts_df.set_index(date_col_posts)['commentCount'].resample('W').sum().reset_index()
                    df_resampled['commentCount'] = pd.to_numeric(df_resampled['commentCount'], errors='coerce')
                    df_summary = df_resampled[[date_col_posts, 'commentCount']].dropna().copy()
                    df_summary[date_col_posts] = df_summary[date_col_posts].dt.strftime('%Y-%m-%d')
                    df_summary.rename(columns={'commentCount': 'Comments'}, inplace=True)
                    summary_text = f"Comments Over Time (Weekly Sum):\n{df_summary.sort_values(by=date_col_posts).tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Comments data is unavailable for '{plot_label}'."

            elif plot_id == "comments_sentiment": 
                comment_sentiment_col_posts = "sentiment" 
                if not posts_df.empty and comment_sentiment_col_posts in posts_df.columns:
                    sentiment_counts = posts_df[comment_sentiment_col_posts].value_counts().reset_index()
                    sentiment_counts.columns = ['Sentiment', 'Count']
                    summary_text = f"Comments Sentiment Breakdown (Posts Data):\n{sentiment_counts.to_string(index=False)}"
                else:
                    summary_text = f"Comment sentiment data ('{comment_sentiment_col_posts}') is unavailable for '{plot_label}'."
            
            elif plot_id == "post_frequency_cs":
                if not posts_df.empty and date_col_posts in posts_df.columns and not posts_df[date_col_posts].isnull().all():
                    post_counts_weekly = posts_df.set_index(date_col_posts).resample('W').size().reset_index(name='post_count')
                    post_counts_weekly.rename(columns={date_col_posts: 'Week', 'post_count': 'Posts'}, inplace=True)
                    post_counts_weekly['Week'] = post_counts_weekly['Week'].dt.strftime('%Y-%m-%d (Week of)')
                    summary_text = f"Post Frequency (Weekly):\n{post_counts_weekly.sort_values(by='Week').tail(5).to_string(index=False)}"
                else:
                    summary_text = f"Post frequency data is unavailable for '{plot_label}'."

            elif plot_id == "content_format_breakdown_cs":
                if not posts_df.empty and media_type_col_name in posts_df.columns:
                    format_counts = posts_df[media_type_col_name].value_counts().reset_index()
                    format_counts.columns = ['Format', 'Count']
                    summary_text = f"Content Format Breakdown:\n{format_counts.nlargest(5, 'Count').to_string(index=False)}"
                else:
                    summary_text = f"Content format data ('{media_type_col_name}') is unavailable for '{plot_label}'."

            elif plot_id == "content_topic_breakdown_cs":
                if not posts_df.empty and eb_labels_col_name in posts_df.columns:
                    try:
                        # Ensure the column is not all NaN before trying to check for lists or explode
                        if posts_df[eb_labels_col_name].notna().any():
                            if posts_df[eb_labels_col_name].apply(lambda x: isinstance(x, list)).any():
                                topic_counts = posts_df.explode(eb_labels_col_name)[eb_labels_col_name].value_counts().reset_index()
                            else: 
                                topic_counts = posts_df[eb_labels_col_name].value_counts().reset_index()
                            topic_counts.columns = ['Topic', 'Count']
                            summary_text = f"Content Topic Breakdown (Top 5):\n{topic_counts.nlargest(5, 'Count').to_string(index=False)}"
                        else:
                            summary_text = f"Content topic data ('{eb_labels_col_name}') contains no valid topics for '{plot_label}'."
                    except Exception as e_topic:
                        logging.warning(f"Could not process topic breakdown for '{eb_labels_col_name}': {e_topic}")
                        summary_text = f"Content topic data ('{eb_labels_col_name}') could not be processed for '{plot_label}'."
                else:
                    summary_text = f"Content topic data ('{eb_labels_col_name}') is unavailable for '{plot_label}'."

            # --- MENTIONS STATS ---
            elif plot_id == "mention_analysis_volume": 
                if not mentions_df.empty and date_col_mentions in mentions_df.columns and not mentions_df[date_col_mentions].isnull().all():
                    mentions_over_time = mentions_df.set_index(date_col_mentions).resample('W').size().reset_index(name='mention_count')
                    mentions_over_time.rename(columns={date_col_mentions: 'Week', 'mention_count': 'Mentions'}, inplace=True)
                    mentions_over_time['Week'] = mentions_over_time['Week'].dt.strftime('%Y-%m-%d (Week of)')
                    if not mentions_over_time.empty:
                        summary_text = f"Mentions Volume (Weekly):\n{mentions_over_time.sort_values(by='Week').tail(5).to_string(index=False)}"
                    else:
                        summary_text = f"No mention activity found for '{plot_label}' in the selected period."
                else:
                    summary_text = f"Mentions volume data is unavailable for '{plot_label}'."
            
            elif plot_id == "mention_analysis_sentiment": 
                if not mentions_df.empty and mentions_sentiment_col in mentions_df.columns:
                    sentiment_counts = mentions_df[mentions_sentiment_col].value_counts().reset_index()
                    sentiment_counts.columns = ['Sentiment', 'Count']
                    summary_text = f"Mentions Sentiment Breakdown:\n{sentiment_counts.to_string(index=False)}"
                else:
                    summary_text = f"Mention sentiment data ('{mentions_sentiment_col}') is unavailable for '{plot_label}'."

            data_summaries[plot_id] = summary_text
        except KeyError as e:
            logging.warning(f"KeyError generating summary for {plot_id} ('{plot_label}'): {e}. Using default summary.")
            data_summaries[plot_id] = f"Data summary generation error for '{plot_label}' (missing column: {e})."
        except Exception as e:
            logging.error(f"Error generating summary for {plot_id} ('{plot_label}'): {e}", exc_info=True)
            data_summaries[plot_id] = f"Error generating data summary for '{plot_label}'."
            
    return data_summaries
# --- Analytics Tab: Plot Figure Generation Function ---
def update_analytics_plots_figures(token_state_value, date_filter_option, custom_start_date, custom_end_date, current_plot_configs):
    logging.info(f"Updating analytics plot figures. Filter: {date_filter_option}, Custom Start: {custom_start_date}, Custom End: {custom_end_date}")
    num_expected_plots = 19 # Ensure this matches the number of plots generated
    
    plot_data_summaries_for_chatbot = {} # Initialize dict for chatbot summaries

    if not token_state_value or not token_state_value.get("token"):
        message = "❌ Accesso negato. Nessun token. Impossibile generare le analisi."
        logging.warning(message)
        placeholder_figs = [create_placeholder_plot(title="Accesso Negato", message="Nessun token.") for _ in range(num_expected_plots)]
        # For each plot_config, add a default "no data" summary
        for p_cfg in current_plot_configs:
            plot_data_summaries_for_chatbot[p_cfg["id"]] = "Accesso negato, nessun dato per il chatbot."
        return [message] + placeholder_figs + [plot_data_summaries_for_chatbot]
    try:
        (filtered_merged_posts_df, 
         filtered_mentions_df, 
         date_filtered_follower_stats_df, # For time-based follower plots
         raw_follower_stats_df,       # For demographic follower plots
         start_dt_for_msg, end_dt_for_msg) = \
            prepare_filtered_analytics_data(
                token_state_value, date_filter_option, custom_start_date, custom_end_date
            )
        
        # Generate data summaries for chatbot AFTER data preparation
        plot_data_summaries_for_chatbot = generate_chatbot_data_summaries(
            current_plot_configs, # Pass the plot_configs list
            filtered_merged_posts_df,
            filtered_mentions_df,
            date_filtered_follower_stats_df,
            raw_follower_stats_df,
            token_state_value
        )

    except Exception as e:
        error_msg = f"❌ Errore durante la preparazione dei dati per le analisi: {e}"
        logging.error(error_msg, exc_info=True)
        placeholder_figs = [create_placeholder_plot(title="Errore Preparazione Dati", message=str(e)) for _ in range(num_expected_plots)]
        for p_cfg in current_plot_configs:
            plot_data_summaries_for_chatbot[p_cfg["id"]] = f"Errore preparazione dati: {e}"
        return [error_msg] + placeholder_figs + [plot_data_summaries_for_chatbot]
    
    date_column_posts = token_state_value.get("config_date_col_posts", "published_at")
    date_column_mentions = token_state_value.get("config_date_col_mentions", "date")
    media_type_col_name = token_state_value.get("config_media_type_col", "media_type")
    eb_labels_col_name = token_state_value.get("config_eb_labels_col", "li_eb_label")
    
    plot_figs = [] # Initialize list to hold plot figures
    
    plot_titles_for_errors = [p_cfg["label"] for p_cfg in current_plot_configs] 

    try:
        # Dinamiche dei Follower (2 plots)
        plot_figs.append(generate_followers_count_over_time_plot(date_filtered_follower_stats_df, type_value='follower_gains_monthly'))
        plot_figs.append(generate_followers_growth_rate_plot(date_filtered_follower_stats_df, type_value='follower_gains_monthly')) # Assuming this uses 'follower_gains_monthly' to calculate rate
        
        # Demografia Follower (4 plots)
        plot_figs.append(generate_followers_by_demographics_plot(raw_follower_stats_df, type_value='follower_geo', plot_title="Follower per Località"))
        plot_figs.append(generate_followers_by_demographics_plot(raw_follower_stats_df, type_value='follower_function', plot_title="Follower per Ruolo"))
        plot_figs.append(generate_followers_by_demographics_plot(raw_follower_stats_df, type_value='follower_industry', plot_title="Follower per Settore"))
        plot_figs.append(generate_followers_by_demographics_plot(raw_follower_stats_df, type_value='follower_seniority', plot_title="Follower per Anzianità"))

        # Approfondimenti Performance Post (4 plots)
        plot_figs.append(generate_engagement_rate_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_reach_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_impressions_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts)) # Ensure 'impressions_sum' or equivalent is used by this func
        plot_figs.append(generate_likes_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        
        # Engagement Dettagliato Post nel Tempo (4 plots)
        plot_figs.append(generate_clicks_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_shares_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_comments_over_time_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_comments_sentiment_breakdown_plot(filtered_merged_posts_df, sentiment_column='comment_sentiment')) # Make sure 'comment_sentiment' exists
        
        # Analisi Strategia Contenuti (3 plots)
        plot_figs.append(generate_post_frequency_plot(filtered_merged_posts_df, date_column=date_column_posts))
        plot_figs.append(generate_content_format_breakdown_plot(filtered_merged_posts_df, format_col=media_type_col_name))
        plot_figs.append(generate_content_topic_breakdown_plot(filtered_merged_posts_df, topics_col=eb_labels_col_name))
        
        # Analisi Menzioni (Dettaglio) (2 plots)
        plot_figs.append(generate_mentions_activity_plot(filtered_mentions_df, date_column=date_column_mentions))
        plot_figs.append(generate_mention_sentiment_plot(filtered_mentions_df)) # Make sure this function handles empty/malformed df

        if len(plot_figs) != num_expected_plots:
            logging.warning(f"Mismatch in generated plots. Expected {num_expected_plots}, got {len(plot_figs)}. This will cause UI update issues.")
            while len(plot_figs) < num_expected_plots:
                plot_figs.append(create_placeholder_plot(title="Grafico Non Generato", message="Logica di generazione incompleta."))
        
        message = f"📊 Analisi aggiornate per il periodo: {date_filter_option}"
        if date_filter_option == "Intervallo Personalizzato": 
            s_display = start_dt_for_msg.strftime('%Y-%m-%d') if start_dt_for_msg else "Qualsiasi"
            e_display = end_dt_for_msg.strftime('%Y-%m-%d') if end_dt_for_msg else "Qualsiasi"
            message += f" (Da: {s_display} A: {e_display})"
        
        final_plot_figs = []
        for i, p_fig_candidate in enumerate(plot_figs):
            if p_fig_candidate is not None and not isinstance(p_fig_candidate, str): # Basic check for a plot object
                final_plot_figs.append(p_fig_candidate)
            else:
                err_title = plot_titles_for_errors[i] if i < len(plot_titles_for_errors) else f"Grafico {i+1}"
                logging.warning(f"Plot {err_title} (index {i}) non è una figura valida: {p_fig_candidate}. Uso placeholder.")
                final_plot_figs.append(create_placeholder_plot(title=f"Errore: {err_title}", message="Impossibile generare figura."))
        
        return [message] + final_plot_figs[:num_expected_plots] + [plot_data_summaries_for_chatbot]

    except (KeyError, ValueError) as e_plot_data:
        logging.error(f"Errore dati durante la generazione di un grafico specifico: {e_plot_data}", exc_info=True)
        error_msg_display = f"Errore dati in un grafico: {str(e_plot_data)[:100]}"
        
        num_already_generated = len(plot_figs)
        for i in range(num_already_generated, num_expected_plots):
            err_title_fill = plot_titles_for_errors[i] if i < len(plot_titles_for_errors) else f"Grafico {i+1}"
            plot_figs.append(create_placeholder_plot(title=f"Errore Dati: {err_title_fill}", message=f"Precedente errore: {str(e_plot_data)[:50]}"))
        
        for p_cfg in current_plot_configs: # Ensure summaries dict is populated on error
            if p_cfg["id"] not in plot_data_summaries_for_chatbot:
                 plot_data_summaries_for_chatbot[p_cfg["id"]] = f"Errore dati grafico: {e_plot_data}"
        return [error_msg_display] + plot_figs[:num_expected_plots] + [plot_data_summaries_for_chatbot]

    except Exception as e_general:
        error_msg = f"❌ Errore generale durante la generazione dei grafici: {e_general}"
        logging.error(error_msg, exc_info=True)
        placeholder_figs_general = [create_placeholder_plot(title=plot_titles_for_errors[i] if i < len(plot_titles_for_errors) else f"Grafico {i+1}", message=str(e_general)) for i in range(num_expected_plots)]
        for p_cfg in current_plot_configs: # Ensure summaries dict is populated on error
             if p_cfg["id"] not in plot_data_summaries_for_chatbot:
                 plot_data_summaries_for_chatbot[p_cfg["id"]] = f"Errore generale grafici: {e_general}"
        return [error_msg] + placeholder_figs_general + [plot_data_summaries_for_chatbot]


# --- Gradio UI Blocks ---
with gr.Blocks(theme=gr.themes.Soft(primary_hue="blue", secondary_hue="sky"),
                title="LinkedIn Organization Dashboard") as app:
    token_state = gr.State(value={
        "token": None, "client_id": None, "org_urn": None,
        "bubble_posts_df": pd.DataFrame(), "bubble_post_stats_df": pd.DataFrame(),
        "bubble_mentions_df": pd.DataFrame(), "bubble_follower_stats_df": pd.DataFrame(),
        "fetch_count_for_api": 0, "url_user_token_temp_storage": None,
        "config_date_col_posts": "published_at", "config_date_col_mentions": "date",
        "config_date_col_followers": "date", "config_media_type_col": "media_type",
        "config_eb_labels_col": "li_eb_label"
    })
    
    chat_histories_st = gr.State({}) 
    current_chat_plot_id_st = gr.State(None) 
    plot_data_for_chatbot_st = gr.State({}) # NEW: Store data summaries for chatbot

    gr.Markdown("# 🚀 LinkedIn Organization Dashboard")
    url_user_token_display = gr.Textbox(label="User Token (Nascosto)", interactive=False, visible=False)
    status_box = gr.Textbox(label="Stato Generale Token LinkedIn", interactive=False, value="Inizializzazione...")
    org_urn_display = gr.Textbox(label="URN Organizzazione (Nascosto)", interactive=False, visible=False)
    
    app.load(fn=get_url_user_token, inputs=None, outputs=[url_user_token_display, org_urn_display], api_name="get_url_params", show_progress=False)

    def initial_load_sequence(url_token, org_urn_val, current_state):
        status_msg, new_state, btn_update = process_and_store_bubble_token(url_token, org_urn_val, current_state)
        dashboard_content = display_main_dashboard(new_state)
        return status_msg, new_state, btn_update, dashboard_content

    with gr.Tabs() as tabs:
        with gr.TabItem("1️⃣ Dashboard & Sync", id="tab_dashboard_sync"):
            gr.Markdown("Il sistema controlla i dati esistenti da Bubble. 'Sincronizza' si attiva se sono necessari nuovi dati.")
            sync_data_btn = gr.Button("🔄 Sincronizza Dati LinkedIn", variant="primary", visible=False, interactive=False)
            sync_status_html_output = gr.HTML("<p style='text-align:center;'>Stato sincronizzazione...</p>")
            dashboard_display_html = gr.HTML("<p style='text-align:center;'>Caricamento dashboard...</p>")
            
            org_urn_display.change(
                fn=initial_load_sequence,
                inputs=[url_user_token_display, org_urn_display, token_state],
                outputs=[status_box, token_state, sync_data_btn, dashboard_display_html],
                show_progress="full"
            )

        with gr.TabItem("2️⃣ Analisi", id="tab_analytics"):
            gr.Markdown("## 📈 Analisi Performance LinkedIn")
            gr.Markdown("Seleziona un intervallo di date. Clicca i pulsanti (💣 Insights, ƒ Formula, 🧭 Esplora) su un grafico per azioni.")
            analytics_status_md = gr.Markdown("Stato analisi...")
            
            with gr.Row():
                date_filter_selector = gr.Radio(
                    ["Sempre", "Ultimi 7 Giorni", "Ultimi 30 Giorni", "Intervallo Personalizzato"],
                    label="Seleziona Intervallo Date", value="Sempre", scale=3
                )
                with gr.Column(scale=2): 
                    custom_start_date_picker = gr.DateTime(label="Data Inizio", visible=False, include_time=False, type="datetime") # Use gr.DateTime
                    custom_end_date_picker = gr.DateTime(label="Data Fine", visible=False, include_time=False, type="datetime") # Use gr.DateTime

            apply_filter_btn = gr.Button("🔍 Applica Filtro & Aggiorna Analisi", variant="primary")

            def toggle_custom_date_pickers(selection):
                is_custom = selection == "Intervallo Personalizzato"
                return gr.update(visible=is_custom), gr.update(visible=is_custom)

            date_filter_selector.change(
                fn=toggle_custom_date_pickers,
                inputs=[date_filter_selector],
                outputs=[custom_start_date_picker, custom_end_date_picker]
            )
            
            plot_configs = [
                {"label": "Numero di Follower nel Tempo", "id": "followers_count", "section": "Dinamiche dei Follower"},
                {"label": "Tasso di Crescita Follower", "id": "followers_growth_rate", "section": "Dinamiche dei Follower"},
                {"label": "Follower per Località", "id": "followers_by_location", "section": "Demografia Follower"},
                {"label": "Follower per Ruolo (Funzione)", "id": "followers_by_role", "section": "Demografia Follower"},
                {"label": "Follower per Settore", "id": "followers_by_industry", "section": "Demografia Follower"},
                {"label": "Follower per Anzianità", "id": "followers_by_seniority", "section": "Demografia Follower"},
                {"label": "Tasso di Engagement nel Tempo", "id": "engagement_rate", "section": "Approfondimenti Performance Post"},
                {"label": "Copertura nel Tempo", "id": "reach_over_time", "section": "Approfondimenti Performance Post"},
                {"label": "Visualizzazioni nel Tempo", "id": "impressions_over_time", "section": "Approfondimenti Performance Post"},
                {"label": "Reazioni (Like) nel Tempo", "id": "likes_over_time", "section": "Approfondimenti Performance Post"},
                {"label": "Click nel Tempo", "id": "clicks_over_time", "section": "Engagement Dettagliato Post nel Tempo"},
                {"label": "Condivisioni nel Tempo", "id": "shares_over_time", "section": "Engagement Dettagliato Post nel Tempo"},
                {"label": "Commenti nel Tempo", "id": "comments_over_time", "section": "Engagement Dettagliato Post nel Tempo"},
                {"label": "Ripartizione Commenti per Sentiment", "id": "comments_sentiment", "section": "Engagement Dettagliato Post nel Tempo"},
                {"label": "Frequenza Post", "id": "post_frequency_cs", "section": "Analisi Strategia Contenuti"},
                {"label": "Ripartizione Contenuti per Formato", "id": "content_format_breakdown_cs", "section": "Analisi Strategia Contenuti"},
                {"label": "Ripartizione Contenuti per Argomenti", "id": "content_topic_breakdown_cs", "section": "Analisi Strategia Contenuti"},
                {"label": "Volume Menzioni nel Tempo (Dettaglio)", "id": "mention_analysis_volume", "section": "Analisi Menzioni (Dettaglio)"},
                {"label": "Ripartizione Menzioni per Sentiment (Dettaglio)", "id": "mention_analysis_sentiment", "section": "Analisi Menzioni (Dettaglio)"}
            ]
            assert len(plot_configs) == 19, "Mancata corrispondenza in plot_configs e grafici attesi."

            active_panel_action_state = gr.State(None) 
            explored_plot_id_state = gr.State(None) 
            
            plot_ui_objects = {} 

            with gr.Row(equal_height=False):
                with gr.Column(scale=8) as plots_area_col:
                    plot_ui_objects = build_analytics_tab_plot_area(plot_configs)
                
                with gr.Column(scale=4, visible=False) as global_actions_column_ui: 
                    gr.Markdown("### 💡 Azioni Contestuali Grafico") 
                    
                    insights_chatbot_ui = gr.Chatbot(
                        label="Chat Insights", type="messages", height=450, 
                        bubble_full_width=False, visible=False, show_label=False,
                        placeholder="L'analisi AI del grafico apparirà qui. Fai domande di approfondimento!"
                    )
                    insights_chat_input_ui = gr.Textbox(
                        label="La tua domanda:", placeholder="Chiedi all'AI riguardo a questo grafico...", 
                        lines=2, visible=False, show_label=False
                    )
                    with gr.Row(visible=False) as insights_suggestions_row_ui:
                        insights_suggestion_1_btn = gr.Button(value="Suggerimento 1", size="sm", min_width=50)
                        insights_suggestion_2_btn = gr.Button(value="Suggerimento 2", size="sm", min_width=50)
                        insights_suggestion_3_btn = gr.Button(value="Suggerimento 3", size="sm", min_width=50)
                    
                    formula_display_markdown_ui = gr.Markdown(
                        "I dettagli sulla formula/metodologia appariranno qui.", visible=False
                    )

            async def handle_panel_action( 
                plot_id_clicked: str, 
                action_type: str, 
                current_active_action_from_state: dict, 
                current_chat_histories: dict, 
                current_chat_plot_id: str,
                current_plot_data_for_chatbot: dict # NEW: data summaries
            ):
                logging.info(f"Azione '{action_type}' per grafico: {plot_id_clicked}. Attualmente attivo: {current_active_action_from_state}")
                
                clicked_plot_config = next((p for p in plot_configs if p["id"] == plot_id_clicked), None)
                if not clicked_plot_config:
                    logging.error(f"Configurazione non trovata per plot_id {plot_id_clicked}")
                    num_button_updates = 2 * len(plot_configs) # insights, formula buttons
                    error_updates = [gr.update(visible=False)] * 7 # action_col, chatbot, input, suggestions_row, 3x sugg_btn
                    error_updates.append(gr.update(visible=False, value="")) # formula_md (visibility and value)
                    error_updates.extend([current_active_action_from_state, current_chat_plot_id, current_chat_histories]) 
                    error_updates.extend([gr.update()] * num_button_updates) 
                    return error_updates

                clicked_plot_label = clicked_plot_config["label"]
                
                hypothetical_new_active_state = {"plot_id": plot_id_clicked, "type": action_type}
                is_toggling_off = current_active_action_from_state == hypothetical_new_active_state
                
                new_active_action_state_to_set = None
                action_col_visible_update = gr.update(visible=True)
                
                insights_chatbot_visible_update = gr.update(visible=False)
                insights_chat_input_visible_update = gr.update(visible=False)
                insights_suggestions_row_visible_update = gr.update(visible=False)
                formula_display_visible_update = gr.update(visible=False)
                
                chatbot_content_update = gr.update() # No change by default
                suggestion_1_update = gr.update()
                suggestion_2_update = gr.update()
                suggestion_3_update = gr.update()
                new_current_chat_plot_id = current_chat_plot_id 
                updated_chat_histories = current_chat_histories 

                formula_content_update = gr.update()

                if is_toggling_off:
                    new_active_action_state_to_set = None
                    action_col_visible_update = gr.update(visible=False)
                    new_current_chat_plot_id = None 
                    logging.info(f"Chiusura pannello {action_type} per {plot_id_clicked}")
                else:
                    new_active_action_state_to_set = hypothetical_new_active_state
                    if action_type == "insights":
                        insights_chatbot_visible_update = gr.update(visible=True)
                        insights_chat_input_visible_update = gr.update(visible=True)
                        insights_suggestions_row_visible_update = gr.update(visible=True)
                        
                        new_current_chat_plot_id = plot_id_clicked
                        chat_history_for_this_plot = current_chat_histories.get(plot_id_clicked, [])
                        
                        plot_specific_data_summary = current_plot_data_for_chatbot.get(plot_id_clicked, f"Nessun sommario dati specifico disponibile per '{clicked_plot_label}'.")

                        if not chat_history_for_this_plot: 
                            initial_llm_prompt, suggestions = get_initial_insight_prompt_and_suggestions(
                                plot_id_clicked, 
                                clicked_plot_label,
                                plot_specific_data_summary 
                            )
                            # History for LLM's first turn: the system's prompt as a user message
                            history_for_llm_first_turn = [{"role": "user", "content": initial_llm_prompt}]
                            
                            logging.info(f"Generating initial LLM insight for {plot_id_clicked}...")
                            initial_bot_response_text = await generate_llm_response(
                                user_message=initial_llm_prompt, # For context/logging in handler
                                plot_id=plot_id_clicked, 
                                plot_label=clicked_plot_label, 
                                chat_history_for_plot=history_for_llm_first_turn, 
                                plot_data_summary=plot_specific_data_summary 
                            )
                            logging.info(f"LLM initial insight received for {plot_id_clicked}.")
                            
                            # History for Gradio display starts with the assistant's response
                            chat_history_for_this_plot = [{"role": "assistant", "content": initial_bot_response_text}]
                            updated_chat_histories = current_chat_histories.copy()
                            updated_chat_histories[plot_id_clicked] = chat_history_for_this_plot
                        else: # History exists, get fresh suggestions
                            _, suggestions = get_initial_insight_prompt_and_suggestions(
                                plot_id_clicked, 
                                clicked_plot_label,
                                plot_specific_data_summary
                            )

                        chatbot_content_update = gr.update(value=chat_history_for_this_plot)
                        suggestion_1_update = gr.update(value=suggestions[0])
                        suggestion_2_update = gr.update(value=suggestions[1])
                        suggestion_3_update = gr.update(value=suggestions[2])
                        logging.info(f"Apertura pannello CHAT per {plot_id_clicked} ('{clicked_plot_label}')")

                    elif action_type == "formula":
                        formula_display_visible_update = gr.update(visible=True)
                        formula_key = PLOT_ID_TO_FORMULA_KEY_MAP.get(plot_id_clicked)
                        formula_text = f"**Formula/Metodologia per: {clicked_plot_label}**\n\nID Grafico: `{plot_id_clicked}`.\n\n"
                        if formula_key and formula_key in PLOT_FORMULAS:
                            formula_data = PLOT_FORMULAS[formula_key]
                            formula_text += f"### {formula_data['title']}\n\n"
                            formula_text += f"**Descrizione:**\n{formula_data['description']}\n\n"
                            formula_text += "**Come viene calcolato:**\n"
                            for step in formula_data['calculation_steps']:
                                formula_text += f"- {step}\n"
                        else:
                            formula_text += "(Nessuna informazione dettagliata sulla formula trovata per questo ID grafico in `formulas.py`)"
                        formula_content_update = gr.update(value=formula_text)
                        new_current_chat_plot_id = None 
                        logging.info(f"Apertura pannello FORMULA per {plot_id_clicked} (mappato a {formula_key})")
                
                all_button_icon_updates = []
                for cfg_item in plot_configs:
                    p_id_iter = cfg_item["id"]
                    # Update insights button icon
                    if new_active_action_state_to_set == {"plot_id": p_id_iter, "type": "insights"}:
                        all_button_icon_updates.append(gr.update(value=ACTIVE_ICON))
                    else:
                        all_button_icon_updates.append(gr.update(value=BOMB_ICON))
                    # Update formula button icon
                    if new_active_action_state_to_set == {"plot_id": p_id_iter, "type": "formula"}:
                        all_button_icon_updates.append(gr.update(value=ACTIVE_ICON))
                    else:
                        all_button_icon_updates.append(gr.update(value=FORMULA_ICON))
                
                final_updates = [
                    action_col_visible_update,
                    insights_chatbot_visible_update, chatbot_content_update,
                    insights_chat_input_visible_update,
                    insights_suggestions_row_visible_update, suggestion_1_update, suggestion_2_update, suggestion_3_update,
                    formula_display_visible_update, formula_content_update,
                    new_active_action_state_to_set, 
                    new_current_chat_plot_id,  
                    updated_chat_histories   
                ] + all_button_icon_updates
                
                return final_updates

            async def handle_chat_message_submission(
                user_message: str, 
                current_plot_id: str, 
                chat_histories: dict, 
                current_plot_data_for_chatbot: dict # NEW: data summaries
            ):
                if not current_plot_id or not user_message.strip():
                    history_for_plot = chat_histories.get(current_plot_id, [])
                    # Yield current state if no action needed
                    yield history_for_plot, gr.update(value=""), chat_histories # Clear input, return current history
                    return

                plot_config = next((p for p in plot_configs if p["id"] == current_plot_id), None)
                plot_label = plot_config["label"] if plot_config else "Grafico Selezionato"
                
                # Retrieve the specific data summary for the current plot
                plot_specific_data_summary = current_plot_data_for_chatbot.get(current_plot_id, f"Nessun sommario dati specifico disponibile per '{plot_label}'.")

                history_for_plot = chat_histories.get(current_plot_id, []).copy()
                history_for_plot.append({"role": "user", "content": user_message})
                
                # Update UI immediately with user message
                yield history_for_plot, gr.update(value=""), chat_histories # Clear input

                # Pass the data summary to the LLM along with the history
                bot_response_text = await generate_llm_response(
                    user_message, 
                    current_plot_id, 
                    plot_label, 
                    history_for_plot, # This history now includes the user message
                    plot_specific_data_summary # Explicitly pass for this turn if needed by LLM handler logic
                )
                
                history_for_plot.append({"role": "assistant", "content": bot_response_text})
                
                updated_chat_histories = chat_histories.copy()
                updated_chat_histories[current_plot_id] = history_for_plot
                
                yield history_for_plot, "", updated_chat_histories


            async def handle_suggested_question_click(
                suggestion_text: str,
                current_plot_id: str, 
                chat_histories: dict, 
                current_plot_data_for_chatbot: dict # NEW: data summaries
            ):
                if not current_plot_id or not suggestion_text.strip():
                    history_for_plot = chat_histories.get(current_plot_id, [])
                    yield history_for_plot, gr.update(value=""), chat_histories 
                    return

                # This is essentially the same as submitting a message, so reuse logic
                # The suggestion_text becomes the user_message
                async for update in handle_chat_message_submission(
                    suggestion_text, 
                    current_plot_id, 
                    chat_histories, 
                    current_plot_data_for_chatbot
                ):
                    yield update


            def handle_explore_click(plot_id_clicked, current_explored_plot_id_from_state):
                logging.info(f"Click su Esplora per: {plot_id_clicked}. Attualmente esplorato da stato: {current_explored_plot_id_from_state}")
                if not plot_ui_objects:
                    logging.error("plot_ui_objects non popolato durante handle_explore_click.")
                    updates_for_missing_ui = [current_explored_plot_id_from_state] 
                    for _ in plot_configs: # panel_component, explore_button
                        updates_for_missing_ui.extend([gr.update(), gr.update()]) 
                    return updates_for_missing_ui
                
                new_explored_id_to_set = None
                is_toggling_off = (plot_id_clicked == current_explored_plot_id_from_state)
                
                if is_toggling_off:
                    new_explored_id_to_set = None
                    logging.info(f"Interruzione esplorazione grafico: {plot_id_clicked}")
                else:
                    new_explored_id_to_set = plot_id_clicked
                    logging.info(f"Esplorazione grafico: {plot_id_clicked}")
                                        
                panel_and_button_updates = []
                for cfg in plot_configs:
                    p_id = cfg["id"]
                    if p_id in plot_ui_objects:
                        panel_visible = not new_explored_id_to_set or (p_id == new_explored_id_to_set)
                        panel_and_button_updates.append(gr.update(visible=panel_visible)) 
                                                
                        if p_id == new_explored_id_to_set: 
                            panel_and_button_updates.append(gr.update(value=ACTIVE_ICON))
                        else:
                            panel_and_button_updates.append(gr.update(value=EXPLORE_ICON))
                    else: 
                        panel_and_button_updates.extend([gr.update(), gr.update()])
                                        
                final_updates = [new_explored_id_to_set] + panel_and_button_updates 
                return final_updates
            
            # Outputs for panel actions
            action_panel_outputs_list = [
                global_actions_column_ui, 
                insights_chatbot_ui, insights_chatbot_ui, # Target chatbot UI for visibility and value
                insights_chat_input_ui, 
                insights_suggestions_row_ui, insights_suggestion_1_btn, insights_suggestion_2_btn, insights_suggestion_3_btn, 
                formula_display_markdown_ui, formula_display_markdown_ui, # Target markdown for visibility and value
                active_panel_action_state, 
                current_chat_plot_id_st,
                chat_histories_st
            ]
            for cfg_item_action in plot_configs: 
                pid_action = cfg_item_action["id"]
                if pid_action in plot_ui_objects:
                    action_panel_outputs_list.append(plot_ui_objects[pid_action]["bomb_button"])
                    action_panel_outputs_list.append(plot_ui_objects[pid_action]["formula_button"])
                else: 
                    action_panel_outputs_list.extend([gr.update(), gr.update()]) # Use gr.update() as placeholder

            # Outputs for explore actions
            explore_buttons_outputs_list = [explored_plot_id_state]
            for cfg_item_explore in plot_configs:
                pid_explore = cfg_item_explore["id"]
                if pid_explore in plot_ui_objects:
                    explore_buttons_outputs_list.append(plot_ui_objects[pid_explore]["panel_component"])
                    explore_buttons_outputs_list.append(plot_ui_objects[pid_explore]["explore_button"])
                else: 
                    explore_buttons_outputs_list.extend([gr.update(), gr.update()])

            # Inputs for panel actions
            action_click_inputs = [
                active_panel_action_state, 
                chat_histories_st,
                current_chat_plot_id_st,
                plot_data_for_chatbot_st # NEW: pass data summaries state
            ]
            # Inputs for explore actions
            explore_click_inputs = [explored_plot_id_state]

            def create_panel_action_handler(p_id, action_type_str):
                async def _handler(current_active_val, current_chats_val, current_chat_pid, current_plot_data_summaries): # Add summaries
                    logging.debug(f"Entering _handler for plot_id: {p_id}, action: {action_type_str}")
                    result = await handle_panel_action(p_id, action_type_str, current_active_val, current_chats_val, current_chat_pid, current_plot_data_summaries) # Pass summaries
                    logging.debug(f"_handler for plot_id: {p_id}, action: {action_type_str} completed.")
                    return result
                return _handler

            for config_item in plot_configs:
                plot_id = config_item["id"]
                if plot_id in plot_ui_objects:
                    ui_obj = plot_ui_objects[plot_id]
                    
                    ui_obj["bomb_button"].click(
                        fn=create_panel_action_handler(plot_id, "insights"), 
                        inputs=action_click_inputs, 
                        outputs=action_panel_outputs_list,
                        api_name=f"action_insights_{plot_id}"
                    )
                    ui_obj["formula_button"].click(
                        fn=create_panel_action_handler(plot_id, "formula"), 
                        inputs=action_click_inputs,
                        outputs=action_panel_outputs_list,
                        api_name=f"action_formula_{plot_id}"
                    )
                    ui_obj["explore_button"].click(
                        fn=lambda current_explored_val, p_id=plot_id: handle_explore_click(p_id, current_explored_val),
                        inputs=explore_click_inputs,
                        outputs=explore_buttons_outputs_list,
                        api_name=f"action_explore_{plot_id}"
                    )
                else:
                    logging.warning(f"Oggetto UI per plot_id '{plot_id}' non trovato durante il tentativo di associare i gestori di click.")
            
            chat_submission_outputs = [insights_chatbot_ui, insights_chat_input_ui, chat_histories_st]
            chat_submission_inputs = [insights_chat_input_ui, current_chat_plot_id_st, chat_histories_st, plot_data_for_chatbot_st] # Add data summaries state

            insights_chat_input_ui.submit(
                fn=handle_chat_message_submission,
                inputs=chat_submission_inputs, 
                outputs=chat_submission_outputs,
                api_name="submit_chat_message"
            )

            suggestion_click_inputs = [current_chat_plot_id_st, chat_histories_st, plot_data_for_chatbot_st] # Add data summaries state
            insights_suggestion_1_btn.click(
                fn=handle_suggested_question_click,
                inputs=[insights_suggestion_1_btn] + suggestion_click_inputs, # Pass button value as first arg
                outputs=chat_submission_outputs, 
                api_name="click_suggestion_1"
            )
            insights_suggestion_2_btn.click(
                fn=handle_suggested_question_click,
                inputs=[insights_suggestion_2_btn] + suggestion_click_inputs, 
                outputs=chat_submission_outputs,
                api_name="click_suggestion_2"
            )
            insights_suggestion_3_btn.click(
                fn=handle_suggested_question_click,
                inputs=[insights_suggestion_3_btn] + suggestion_click_inputs, 
                outputs=chat_submission_outputs,
                api_name="click_suggestion_3"
            )

            def refresh_all_analytics_ui_elements(current_token_state, date_filter_val, custom_start_val, custom_end_val, current_chat_histories):
                logging.info("Aggiornamento di tutti gli elementi UI delle analisi e reset delle azioni/chat.")
                
                # Pass plot_configs to the update function so it can be used by generate_chatbot_data_summaries
                plot_generation_results = update_analytics_plots_figures(
                    current_token_state, date_filter_val, custom_start_val, custom_end_val, plot_configs
                )
                status_message_update = plot_generation_results[0]
                generated_plot_figures = plot_generation_results[1:-1] # All items except first (status) and last (summaries)
                new_plot_data_summaries = plot_generation_results[-1] # Last item is the summaries dict
                
                all_updates = [status_message_update] 
                
                for i in range(len(plot_configs)): 
                    if i < len(generated_plot_figures):
                        all_updates.append(generated_plot_figures[i]) 
                    else: 
                        all_updates.append(create_placeholder_plot("Errore Figura", f"Figura mancante per grafico {plot_configs[i]['id']}"))
                
                all_updates.extend([
                    gr.update(visible=False), # global_actions_column_ui
                    gr.update(value=[], visible=False), # insights_chatbot_ui (value & visibility)
                    gr.update(value="", visible=False), # insights_chat_input_ui (value & visibility)
                    gr.update(visible=False), # insights_suggestions_row_ui
                    gr.update(value="Suggerimento 1"), # insights_suggestion_1_btn (reset value, visibility handled by row)
                    gr.update(value="Suggerimento 2"), # insights_suggestion_2_btn
                    gr.update(value="Suggerimento 3"), # insights_suggestion_3_btn
                    gr.update(value="I dettagli sulla formula/metodologia appariranno qui.", visible=False), # formula_display_markdown_ui
                    None, # active_panel_action_state
                    None, # current_chat_plot_id_st
                    {}, # chat_histories_st (reset chat histories on filter change)
                    new_plot_data_summaries # NEW: plot_data_for_chatbot_st
                ])
                
                for cfg in plot_configs: 
                    pid = cfg["id"]
                    if pid in plot_ui_objects:
                        all_updates.append(gr.update(value=BOMB_ICON))   
                        all_updates.append(gr.update(value=FORMULA_ICON)) 
                        all_updates.append(gr.update(value=EXPLORE_ICON)) 
                        all_updates.append(gr.update(visible=True))     # panel_component visibility
                    else: 
                        all_updates.extend([gr.update(), gr.update(), gr.update(), gr.update()])
                
                all_updates.append(None) # explored_plot_id_state
                
                logging.info(f"Preparati {len(all_updates)} aggiornamenti per il refresh delle analisi.")
                return all_updates

            apply_filter_and_sync_outputs_list = [analytics_status_md] 
            for config_item_filter_sync in plot_configs:
                pid_filter_sync = config_item_filter_sync["id"]
                if pid_filter_sync in plot_ui_objects and "plot_component" in plot_ui_objects[pid_filter_sync]:
                    apply_filter_and_sync_outputs_list.append(plot_ui_objects[pid_filter_sync]["plot_component"])
                else:
                    apply_filter_and_sync_outputs_list.append(gr.update()) 
            
            apply_filter_and_sync_outputs_list.extend([
                global_actions_column_ui,       # Reset visibility
                insights_chatbot_ui,            # Reset content & visibility
                insights_chat_input_ui,         # Reset content & visibility
                insights_suggestions_row_ui,    # Reset visibility
                insights_suggestion_1_btn,      # Reset text & visibility
                insights_suggestion_2_btn,
                insights_suggestion_3_btn,
                formula_display_markdown_ui,    # Reset content & visibility
                active_panel_action_state,      # Reset state
                current_chat_plot_id_st,        # Reset state
                chat_histories_st,              # Preserve or reset state (resetting via refresh_all_analytics_ui_elements)
                plot_data_for_chatbot_st        # NEW: Update this state
            ])

            for cfg_filter_sync_btns in plot_configs:
                pid_filter_sync_btns = cfg_filter_sync_btns["id"]
                if pid_filter_sync_btns in plot_ui_objects:
                    apply_filter_and_sync_outputs_list.append(plot_ui_objects[pid_filter_sync_btns]["bomb_button"])
                    apply_filter_and_sync_outputs_list.append(plot_ui_objects[pid_filter_sync_btns]["formula_button"])
                    apply_filter_and_sync_outputs_list.append(plot_ui_objects[pid_filter_sync_btns]["explore_button"])
                    apply_filter_and_sync_outputs_list.append(plot_ui_objects[pid_filter_sync_btns]["panel_component"]) 
                else:
                    apply_filter_and_sync_outputs_list.extend([gr.update(), gr.update(), gr.update(), gr.update()]) 
            
            apply_filter_and_sync_outputs_list.append(explored_plot_id_state) # Reset state
            
            logging.info(f"Output totali definiti per apply_filter/sync: {len(apply_filter_and_sync_outputs_list)}")
            
            apply_filter_btn.click(
                fn=refresh_all_analytics_ui_elements,
                inputs=[token_state, date_filter_selector, custom_start_date_picker, custom_end_date_picker, chat_histories_st],
                outputs=apply_filter_and_sync_outputs_list,
                show_progress="full"
            )

        with gr.TabItem("3️⃣ Menzioni", id="tab_mentions"):
            refresh_mentions_display_btn = gr.Button("🔄 Aggiorna Visualizzazione Menzioni", variant="secondary")
            mentions_html = gr.HTML("Dati menzioni...")
            mentions_sentiment_dist_plot = gr.Plot(label="Distribuzione Sentiment Menzioni")
            refresh_mentions_display_btn.click(
                fn=run_mentions_tab_display, inputs=[token_state],
                outputs=[mentions_html, mentions_sentiment_dist_plot],
                show_progress="full"
            )

        with gr.TabItem("4️⃣ Statistiche Follower", id="tab_follower_stats"):
            refresh_follower_stats_btn = gr.Button("🔄 Aggiorna Visualizzazione Statistiche Follower", variant="secondary")
            follower_stats_html = gr.HTML("Statistiche follower...")
            with gr.Row(): 
                fs_plot_monthly_gains = gr.Plot(label="Guadagni Mensili Follower")
            with gr.Row():
                fs_plot_seniority = gr.Plot(label="Follower per Anzianità (Top 10 Organici)")
                fs_plot_industry = gr.Plot(label="Follower per Settore (Top 10 Organici)")
            
            refresh_follower_stats_btn.click(
                fn=run_follower_stats_tab_display, inputs=[token_state],
                outputs=[follower_stats_html, fs_plot_monthly_gains, fs_plot_seniority, fs_plot_industry],
                show_progress="full"
            )
            
    sync_event_part1 = sync_data_btn.click(
        fn=sync_all_linkedin_data_orchestrator,
        inputs=[token_state], outputs=[sync_status_html_output, token_state], show_progress="full"
    )
    sync_event_part2 = sync_event_part1.then( 
        fn=process_and_store_bubble_token, 
        inputs=[url_user_token_display, org_urn_display, token_state],
        outputs=[status_box, token_state, sync_data_btn], show_progress=False 
    )
    sync_event_part3 = sync_event_part2.then(
        fn=display_main_dashboard, 
        inputs=[token_state], outputs=[dashboard_display_html], show_progress=False
    )
    sync_event_final = sync_event_part3.then(
        fn=refresh_all_analytics_ui_elements, # This will now also update chatbot data summaries
        inputs=[token_state, date_filter_selector, custom_start_date_picker, custom_end_date_picker, chat_histories_st],
        outputs=apply_filter_and_sync_outputs_list, 
        show_progress="full"
    )

if __name__ == "__main__":
    if not os.environ.get(LINKEDIN_CLIENT_ID_ENV_VAR):
        logging.warning(f"ATTENZIONE: Variabile d'ambiente '{LINKEDIN_CLIENT_ID_ENV_VAR}' non impostata.")
    if not os.environ.get(BUBBLE_APP_NAME_ENV_VAR) or \
       not os.environ.get(BUBBLE_API_KEY_PRIVATE_ENV_VAR) or \
       not os.environ.get(BUBBLE_API_ENDPOINT_ENV_VAR):
        logging.warning("ATTENZIONE: Variabili d'ambiente Bubble non completamente impostate.")
    
    try:
        logging.info(f"Versione Matplotlib: {matplotlib.__version__}, Backend: {matplotlib.get_backend()}")
    except ImportError: 
        logging.warning("Matplotlib non trovato direttamente, ma potrebbe essere usato dai generatori di grafici.")
        
    app.launch(server_name="0.0.0.0", server_port=7860, debug=True)