final_graph.py

from langgraph.graph import StateGraph, START, END
from graph_states import FinalState
from langgraph.checkpoint.memory import InMemorySaver
from research_graph import create_research_graph
from forum_graph import create_forum_graph
from IPython.display import display,Image

import base64
from IPython.display import display, Markdown, Image
import uuid # Import uuid here as well for generating thread_id if needed elsewhere

import base64
from IPython.display import display, Markdown, Image
import uuid # Import uuid here as well for generating thread_id if needed elsewhere

def render_bettafish_report(final_state):
    """
    Renders the Final Report in the style of BettaFish using the
    structured data from your new 'Round Digest' architecture.
    """

    # Extract data from the state
    # Note: In LangGraph, accessing values depends on if you have the dict or the object
    # We assume 'final_state' is the dictionary returned by .invoke() or .get_state().values

    report = final_state.get("final_report")
    digests = final_state.get("round_digests", [])

   
    raw_references = final_state.get("references", [])

    
    references = set(tuple(r) for r in raw_references)

    # If using the 'final_report' key from the graph output, it might be inside a dict
    # Adjust extraction if needed based on your specific return statement
    if isinstance(report, dict) and "structured_response" in report:
        report = report["structured_response"]

    # --- 1. Header & Executive Summary ---
    md_output = f"""
# 🦈 Strategic Decision Matrix: {report.title}
---
### 📝 Executive Summary
{report.executive_summary}

---
### 🥊 The Debate Scorecard (Round-by-Round Analysis)
This matrix tracks the flow of dominance throughout the debate phases.

| Round | **Agent A (Thesis)** | **Agent B (Antithesis)** | **Winner** |
| :--- | :--- | :--- | :--- |
"""

    # --- 2. The Battle Matrix (Iterating through Round Digests) ---
    for digest in digests:
        # Format the winner with an icon
        winner_display = "⚖️ Draw"
        if "Agent A" in digest.winner_of_round or "Bull" in digest.winner_of_round or "Pro" in digest.winner_of_round:
            winner_display = "🏆 **Agent A**"
        elif "Agent B" in digest.winner_of_round or "Bear" in digest.winner_of_round or "Con" in digest.winner_of_round:
            winner_display = "🏆 **Agent B**"

        # Join list arguments into bullet points for the table
        pro_args = "<br>".join([f"• {arg}" for arg in digest.key_arguments_pro])
        con_args = "<br>".join([f"• {arg}" for arg in digest.key_arguments_con])

        row = f"| **{digest.round_number}** | {pro_args} | {con_args} | {winner_display} |\n"
        md_output += row
    

    sorted_references = sorted(list(references))

    # --- 3. Consensus & Unique Angles ---
    md_output += "\n\n### 🤝 Consensus & Novelty\n"
    md_output += "**Agreed Reality:**\n"
    for p in report.consensus_points:
        md_output += f"- {p}\n"

    md_output += "\n**Unique Perspectives Uncovered:**\n"
    for p in report.unique_perspectives:
        md_output += f"- {p}\n"

    md_output += "\n\n### 📚 Bibliography & Data Sources\n"
    if sorted_references:
        for idx, ref in enumerate(sorted_references, 1):
            # Check if it looks like a URL or just a string
            if ref[1].startswith("http"):
                md_output += f"{idx}. [{ref[0]}]({ref[1]})\n"
            else:
                md_output += f"{idx}. {ref[0]}\n"
    else:
        md_output += "*No specific data sources cited in the structured output.*"

    # # --- 4. Render Markdown ---
    # display(Markdown(md_output))

    # # --- 5. Render The Argument Map (Mermaid) ---
    # print("\nVisualizing the Logic Tree...")

    # Combine the accumulated mermaid subgraphs into one main graph
    raw_mermaid = final_state.get("running_mermaid_graph", "")

    # If the accumulator didn't add the header, add it now
    if "graph TD" not in raw_mermaid and "flowchart" not in raw_mermaid:
        full_mermaid = f"graph TD\n{raw_mermaid}"
    else:
        full_mermaid = raw_mermaid

    # # Clean up any potential markdown code fences from the LLM
    # full_mermaid = full_mermaid.replace("```mermaid", "").replace("```", "").strip()

    # # Render via API
    # graphbytes = full_mermaid.encode("utf8")
    # base64_bytes = base64.b64encode(graphbytes)
    # base64_string = base64_bytes.decode("ascii")
    # url = "https://mermaid.ink/img/" + base64_string
    # display(Image(url=url))

    md_output = f"{md_output}\n\n## Visual Logic Map\n```mermaid\n{full_mermaid}\n```"


    # --- 6. Save to File ---
    with open("strategic_report.md", "w") as f:
        f.write(md_output)
    #     f.write("\n\n## Visual Logic Map\n```mermaid\n" + full_mermaid + "\n```")
    return md_output
    


async def create_final_graph():
    research_graph =  await create_research_graph()
    forum_graph = await create_forum_graph()
    final_blueprint = StateGraph(FinalState)
    final_blueprint.add_node("Research Graph",research_graph)
    final_blueprint.add_node("Forum Graph",forum_graph)

    final_blueprint.add_edge(START,"Research Graph")
    final_blueprint.add_edge("Research Graph","Forum Graph")
    final_blueprint.add_edge("Forum Graph",END)

    final_graph = final_blueprint.compile(checkpointer=InMemorySaver())

    display(Image(final_graph.get_graph().draw_mermaid_png()))
    return final_graph

if __name__ == "__main__":
    import asyncio
    async def main():
        final_graph = await create_final_graph()
        thread_id = str(uuid.uuid4())
        config = {"configurable":{"thread_id":thread_id},"recursion_limit":100}
        initial_state = FinalState(
            query="Is AI investment in 2024 a bubble or undervalued opportunity?",
            vector_store="",
            query_limit=0,
            max_rounds=1,
            current_round=1,
            step=0,
            round_digests=[],
            running_mermaid_graph="",
            debate_history=[],
            final_report=None,
            messages = [],
            references = []
        )
        async for parent,child in final_graph.astream(initial_state,config=config,stream_mode="updates",subgraphs=True):
            print(child.keys())

        snapshot = final_graph.get_state(config={"configurable":{"thread_id":thread_id}})
        if snapshot.values:
            render_bettafish_report(snapshot.values)
        else:
            print("No state found. Did the graph finish?")

    asyncio.run(main())