484 lines
		
	
	
		
			18 KiB
		
	
	
	
		
			Python
		
	
	
	
			
		
		
	
	
			484 lines
		
	
	
		
			18 KiB
		
	
	
	
		
			Python
		
	
	
	
| #!/usr/bin/env python3
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| # -*- coding: utf-8 -*-
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| """
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| 稷下学宫Swarm辩论系统 - 统一版本
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| 支持OpenRouter和Ollama两种模式的八仙论道
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| """
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| 
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| import asyncio
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| import json
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| from datetime import datetime
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| from typing import Dict, List, Any, Optional, Union
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| import random
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| import os
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| 
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| try:
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|     from swarm import Swarm, Agent
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|     SWARM_AVAILABLE = True
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| except ImportError:
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|     print("⚠️ OpenAI Swarm未安装,请运行: pip install git+https://github.com/openai/swarm.git")
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|     SWARM_AVAILABLE = False
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| 
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| class JixiaSwarmDebate:
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|     """稷下学宫Swarm辩论系统 - 统一版本"""
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|     
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|     def __init__(self, mode: str = "openrouter", ollama_url: str = "http://100.99.183.38:11434", model: str = "qwen3:8b"):
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|         """
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|         初始化辩论系统
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|         
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|         Args:
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|             mode: 运行模式 ("openrouter" 或 "ollama")
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|             ollama_url: Ollama服务地址
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|             model: 使用的模型名称
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|         """
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|         if not SWARM_AVAILABLE:
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|             raise ImportError("OpenAI Swarm未安装")
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|         
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|         self.mode = mode
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|         self.ollama_url = ollama_url
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|         self.model = model
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|         
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|         # 初始化客户端
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|         self.client = self._initialize_client()
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|         
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|         # 八仙配置
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|         self.immortals = {
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|             '吕洞宾': {
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|                 'role': '技术分析专家',
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|                 'stance': 'positive',
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|                 'specialty': '技术分析和图表解读',
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|                 'style': '犀利直接,一剑封喉',
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|                 'bagua': '乾卦 - 主动进取'
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|             },
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|             '何仙姑': {
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|                 'role': '风险控制专家', 
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|                 'stance': 'negative',
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|                 'specialty': '风险评估和资金管理',
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|                 'style': '温和坚定,关注风险',
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|                 'bagua': '坤卦 - 稳健保守'
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|             },
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|             '张果老': {
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|                 'role': '历史数据分析师',
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|                 'stance': 'positive', 
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|                 'specialty': '历史回测和趋势分析',
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|                 'style': '博古通今,从历史找规律',
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|                 'bagua': '兑卦 - 传统价值'
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|             },
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|             '铁拐李': {
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|                 'role': '逆向投资大师',
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|                 'stance': 'negative',
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|                 'specialty': '逆向思维和危机发现', 
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|                 'style': '不拘一格,挑战共识',
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|                 'bagua': '巽卦 - 逆向思维'
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|             }
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|         }
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|         
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|         # 创建智能体
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|         self.agents = self._create_agents()
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|         
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|     def _initialize_client(self) -> Optional[Swarm]:
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|         """初始化Swarm客户端"""
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|         try:
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|             from openai import OpenAI
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|             
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|             if self.mode == "ollama":
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|                 # Ollama模式
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|                 openai_client = OpenAI(
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|                     api_key="ollama",  # Ollama不需要真实的API密钥
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|                     base_url=f"{self.ollama_url}/v1"
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|                 )
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|                 print(f"🦙 使用本地Ollama服务: {self.ollama_url}")
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|                 print(f"🤖 使用模型: {self.model}")
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|                 
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|             else:
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|                 # OpenRouter模式
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|                 api_key = self._get_openrouter_key()
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|                 if not api_key:
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|                     print("❌ 未找到OpenRouter API密钥")
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|                     return None
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|                 
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|                 openai_client = OpenAI(
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|                     api_key=api_key,
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|                     base_url="https://openrouter.ai/api/v1",
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|                     default_headers={
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|                         "HTTP-Referer": "https://github.com/ben/liurenchaxin",
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|                         "X-Title": "Jixia Academy Swarm Debate"
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|                     }
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|                 )
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|                 print(f"🌐 使用OpenRouter服务")
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|                 print(f"🔑 API密钥: {api_key[:20]}...")
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|             
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|             return Swarm(client=openai_client)
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|             
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|         except Exception as e:
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|             print(f"❌ 客户端初始化失败: {e}")
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|             return None
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|     
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|     def _get_openrouter_key(self) -> Optional[str]:
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|         """获取OpenRouter API密钥"""
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|         # 尝试从配置管理获取
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|         try:
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|             from config.doppler_config import get_openrouter_key
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|             return get_openrouter_key()
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|         except ImportError:
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|             pass
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|         
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|         # 尝试从环境变量获取
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|         api_keys = [
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|             os.getenv('OPENROUTER_API_KEY_1'),
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|             os.getenv('OPENROUTER_API_KEY_2'), 
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|             os.getenv('OPENROUTER_API_KEY_3'),
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|             os.getenv('OPENROUTER_API_KEY_4')
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|         ]
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|         
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|         for key in api_keys:
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|             if key and key.startswith('sk-'):
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|                 return key
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|         
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|         return None
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|     
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|     def _create_agents(self) -> Dict[str, Agent]:
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|         """创建八仙智能体"""
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|         if not self.client:
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|             return {}
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|             
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|         agents = {}
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|         
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|         # 吕洞宾 - 技术分析专家
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|         agents['吕洞宾'] = Agent(
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|             name="LuDongbin",
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|             instructions="""
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|             你是吕洞宾,八仙之首,技术分析专家。
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|             
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|             你的特点:
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|             - 擅长技术分析和图表解读
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|             - 立场:看涨派,善于发现投资机会
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|             - 风格:犀利直接,一剑封喉
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|             - 八卦:乾卦 - 主动进取
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|             
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|             在辩论中:
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|             1. 从技术分析角度分析市场
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|             2. 使用具体的技术指标支撑观点(如RSI、MACD、均线等)
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|             3. 保持看涨的乐观态度
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|             4. 发言以"吕洞宾曰:"开头
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|             5. 发言控制在100字以内,简洁有力
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|             6. 发言完毕后说"请何仙姑继续论道"
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|             
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|             请用古雅但现代的语言风格,结合专业的技术分析。
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|             """,
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|             functions=[self._to_hexiangu]
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|         )
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|         
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|         # 何仙姑 - 风险控制专家
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|         agents['何仙姑'] = Agent(
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|             name="HeXiangu", 
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|             instructions="""
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|             你是何仙姑,八仙中唯一的女仙,风险控制专家。
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|             
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|             你的特点:
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|             - 擅长风险评估和资金管理
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|             - 立场:看跌派,关注投资风险
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|             - 风格:温和坚定,关注风险控制
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|             - 八卦:坤卦 - 稳健保守
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|             
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|             在辩论中:
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|             1. 从风险控制角度分析市场
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|             2. 指出潜在的投资风险和危险信号
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|             3. 保持谨慎的态度,强调风险管理
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|             4. 发言以"何仙姑曰:"开头
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|             5. 发言控制在100字以内,温和但坚定
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|             6. 发言完毕后说"请张果老继续论道"
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|             
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|             请用温和但专业的语调,体现女性的细致和关怀。
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|             """,
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|             functions=[self._to_zhangguolao]
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|         )
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|         
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|         # 张果老 - 历史数据分析师
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|         agents['张果老'] = Agent(
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|             name="ZhangGuoLao",
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|             instructions="""
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|             你是张果老,历史数据分析师。
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|             
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|             你的特点:
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|             - 擅长历史回测和趋势分析
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|             - 立场:看涨派,从历史中寻找机会
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|             - 风格:博古通今,从历史中找规律
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|             - 八卦:兑卦 - 传统价值
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|             
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|             在辩论中:
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|             1. 从历史数据角度分析市场
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|             2. 引用具体的历史案例和数据
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|             3. 保持乐观的投资态度
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|             4. 发言以"张果老曰:"开头
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|             5. 发言控制在100字以内,引经据典
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|             6. 发言完毕后说"请铁拐李继续论道"
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|             
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|             请用博学的语调,多引用历史数据和案例。
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|             """,
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|             functions=[self._to_tieguaili]
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|         )
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|         
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|         # 铁拐李 - 逆向投资大师
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|         agents['铁拐李'] = Agent(
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|             name="TieGuaiLi",
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|             instructions="""
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|             你是铁拐李,逆向投资大师。
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|             
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|             你的特点:
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|             - 擅长逆向思维和危机发现
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|             - 立场:看跌派,挑战主流观点
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|             - 风格:不拘一格,敢于质疑
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|             - 八卦:巽卦 - 逆向思维
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|             
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|             在辩论中:
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|             1. 从逆向投资角度分析市场
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|             2. 挑战前面三位仙人的观点
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|             3. 寻找市场的潜在危机和泡沫
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|             4. 发言以"铁拐李曰:"开头
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|             5. 作为最后发言者,要总结四仙观点并给出结论
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|             6. 发言控制在150字以内,包含总结
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|             
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|             请用直率犀利的语言,体现逆向思维的独特视角。
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|             """,
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|             functions=[]  # 最后一个,不需要转换
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|         )
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|         
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|         return agents
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|     
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|     def _to_hexiangu(self):
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|         """转到何仙姑"""
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|         return self.agents['何仙姑']
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|     
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|     def _to_zhangguolao(self):
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|         """转到张果老"""
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|         return self.agents['张果老']
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|     
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|     def _to_tieguaili(self):
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|         """转到铁拐李"""
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|         return self.agents['铁拐李']
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|     
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|     async def conduct_debate(self, topic: str, context: Dict[str, Any] = None) -> Optional[Dict[str, Any]]:
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|         """
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|         进行八仙辩论
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|         
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|         Args:
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|             topic: 辩论主题
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|             context: 市场背景信息
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|             
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|         Returns:
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|             辩论结果
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|         """
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|         if not self.client:
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|             print("❌ 客户端未初始化,无法进行辩论")
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|             return None
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|         
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|         print("🏛️ 稷下学宫八仙论道开始!")
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|         print("=" * 60)
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|         print(f"🎯 论道主题: {topic}")
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|         print(f"⏰ 开始时间: {datetime.now().strftime('%Y-%m-%d %H:%M:%S')}")
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|         print(f"🔧 运行模式: {self.mode.upper()}")
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|         if self.mode == "ollama":
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|             print(f"🦙 Ollama服务: {self.ollama_url}")
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|         print()
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|         
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|         # 构建初始提示
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|         prompt = self._build_prompt(topic, context)
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|         
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|         try:
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|             print("⚔️ 吕洞宾仙长请先发言...")
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|             print("-" * 40)
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|             
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|             # 开始辩论
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|             model_override = self.model if self.mode == "ollama" else "openai/gpt-3.5-turbo"
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|             
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|             response = self.client.run(
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|                 agent=self.agents['吕洞宾'],
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|                 messages=[{"role": "user", "content": prompt}],
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|                 max_turns=10,
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|                 model_override=model_override
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|             )
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|             
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|             print("\n" + "=" * 60)
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|             print("🎊 八仙论道圆满结束!")
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|             
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|             # 处理结果
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|             result = self._process_result(response, topic, context)
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|             self._display_summary(result)
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|             
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|             return result
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|             
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|         except Exception as e:
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|             print(f"❌ 论道过程中出错: {e}")
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|             import traceback
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|             traceback.print_exc()
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|             return None
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|     
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|     def _build_prompt(self, topic: str, context: Dict[str, Any] = None) -> str:
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|         """构建辩论提示"""
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|         context_str = ""
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|         if context:
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|             context_str = f"\n📊 市场背景:\n{json.dumps(context, indent=2, ensure_ascii=False)}\n"
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|         
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|         prompt = f"""
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|         🏛️ 稷下学宫八仙论道正式开始!
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|         
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|         📜 论道主题: {topic}
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|         {context_str}
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|         
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|         🎭 论道规则:
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|         1. 四仙按序发言:吕洞宾 → 何仙姑 → 张果老 → 铁拐李
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|         2. 正反方交替:吕洞宾(看涨) → 何仙姑(看跌) → 张果老(看涨) → 铁拐李(看跌)
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|         3. 每位仙人从专业角度分析,提供具体数据支撑
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|         4. 可以质疑前面仙人的观点,但要有理有据
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|         5. 保持仙风道骨的表达风格,但要专业
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|         6. 每次发言简洁有力,控制在100字以内
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|         7. 铁拐李作为最后发言者要总结观点
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|         8. 体现各自的八卦属性和投资哲学
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|         
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|         🗡️ 请吕洞宾仙长首先发言!
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|         记住:你是技术分析专家,要从技术面找到投资机会!
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|         发言要简洁有力,一剑封喉!
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|         """
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|         return prompt
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|     
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|     def _process_result(self, response, topic: str, context: Dict[str, Any]) -> Dict[str, Any]:
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|         """处理辩论结果"""
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|         messages = response.messages if hasattr(response, 'messages') else []
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|         
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|         debate_messages = []
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|         for msg in messages:
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|             if msg.get('role') == 'assistant' and msg.get('content'):
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|                 content = msg['content']
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|                 speaker = self._extract_speaker(content)
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|                 
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|                 debate_messages.append({
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|                     'speaker': speaker,
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|                     'content': content,
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|                     'timestamp': datetime.now().isoformat(),
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|                     'stance': self.immortals.get(speaker, {}).get('stance', 'unknown'),
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|                     'specialty': self.immortals.get(speaker, {}).get('specialty', ''),
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|                     'bagua': self.immortals.get(speaker, {}).get('bagua', '')
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|                 })
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|         
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|         return {
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|             "debate_id": f"jixia_swarm_{self.mode}_{datetime.now().strftime('%Y%m%d_%H%M%S')}",
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|             "topic": topic,
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|             "context": context,
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|             "messages": debate_messages,
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|             "final_output": debate_messages[-1]['content'] if debate_messages else "",
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|             "timestamp": datetime.now().isoformat(),
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|             "framework": f"OpenAI Swarm + {self.mode.upper()}",
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|             "model": self.model,
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|             "mode": self.mode,
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|             "participants": list(self.immortals.keys())
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|         }
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|     
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|     def _extract_speaker(self, content: str) -> str:
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|         """从内容中提取发言者"""
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|         for name in self.immortals.keys():
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|             if f"{name}曰" in content:
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|                 return name
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|         return "未知仙人"
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|     
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|     def _display_summary(self, result: Dict[str, Any]):
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|         """显示辩论总结"""
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|         print("\n🌟 八仙论道总结")
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|         print("=" * 60)
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|         print(f"📜 主题: {result['topic']}")
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|         print(f"⏰ 时间: {result['timestamp']}")
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|         print(f"🔧 框架: {result['framework']}")
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|         print(f"🤖 模型: {result['model']}")
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|         print(f"💬 发言数: {len(result['messages'])}条")
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|         
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|         # 统计正反方观点
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|         positive_count = len([m for m in result['messages'] if m.get('stance') == 'positive'])
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|         negative_count = len([m for m in result['messages'] if m.get('stance') == 'negative'])
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|         
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|         print(f"📊 观点分布: 看涨{positive_count}条, 看跌{negative_count}条")
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|         
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|         # 显示参与者
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|         participants = ", ".join(result['participants'])
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|         print(f"🎭 参与仙人: {participants}")
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|         
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|         print("\n🏆 最终总结:")
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|         print("-" * 40)
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|         if result['messages']:
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|             print(result['final_output'])
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|         
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|         print("\n✨ Swarm辩论特色:")
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|         if self.mode == "ollama":
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|             print("🦙 使用本地Ollama,无需API密钥")
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|             print("🔒 完全本地运行,数据安全")
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|         else:
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|             print("🌐 使用OpenRouter,模型选择丰富")
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|             print("☁️ 云端运行,性能强劲")
 | ||
|         print("🗡️ 八仙各展所长,观点多元")
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|         print("⚖️ 正反方交替,辩论激烈")
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|         print("🚀 基于Swarm,智能体协作")
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|         print("🎯 八卦哲学,投资智慧")
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| 
 | ||
| # 便捷函数
 | ||
| async def start_openrouter_debate(topic: str, context: Dict[str, Any] = None) -> Optional[Dict[str, Any]]:
 | ||
|     """启动OpenRouter模式的辩论"""
 | ||
|     debate = JixiaSwarmDebate(mode="openrouter")
 | ||
|     return await debate.conduct_debate(topic, context)
 | ||
| 
 | ||
| async def start_ollama_debate(topic: str, context: Dict[str, Any] = None, 
 | ||
|                              ollama_url: str = "http://100.99.183.38:11434", 
 | ||
|                              model: str = "qwen3:8b") -> Optional[Dict[str, Any]]:
 | ||
|     """启动Ollama模式的辩论"""
 | ||
|     debate = JixiaSwarmDebate(mode="ollama", ollama_url=ollama_url, model=model)
 | ||
|     return await debate.conduct_debate(topic, context)
 | ||
| 
 | ||
| # 主函数
 | ||
| async def main():
 | ||
|     """主函数 - 演示八仙论道"""
 | ||
|     print("🏛️ 稷下学宫Swarm辩论系统")
 | ||
|     print("🚀 支持OpenRouter和Ollama两种模式")
 | ||
|     print()
 | ||
|     
 | ||
|     # 选择运行模式
 | ||
|     mode = input("请选择运行模式 (openrouter/ollama) [默认: ollama]: ").strip().lower()
 | ||
|     if not mode:
 | ||
|         mode = "ollama"
 | ||
|     
 | ||
|     # 辩论主题
 | ||
|     topics = [
 | ||
|         "英伟达股价走势:AI泡沫还是技术革命?",
 | ||
|         "美联储2024年货币政策:加息还是降息?", 
 | ||
|         "比特币vs黄金:谁是更好的避险资产?",
 | ||
|         "中国房地产市场:触底反弹还是继续下行?",
 | ||
|         "特斯拉股价:马斯克效应还是基本面支撑?"
 | ||
|     ]
 | ||
|     
 | ||
|     # 随机选择主题
 | ||
|     topic = random.choice(topics)
 | ||
|     
 | ||
|     # 市场背景
 | ||
|     context = {
 | ||
|         "market_sentiment": "谨慎乐观",
 | ||
|         "volatility": "中等",
 | ||
|         "key_events": ["财报季", "央行会议", "地缘政治"],
 | ||
|         "technical_indicators": {
 | ||
|             "RSI": 65,
 | ||
|             "MACD": "金叉",
 | ||
|             "MA20": "上穿"
 | ||
|         }
 | ||
|     }
 | ||
|     
 | ||
|     # 开始辩论
 | ||
|     if mode == "ollama":
 | ||
|         result = await start_ollama_debate(topic, context)
 | ||
|     else:
 | ||
|         result = await start_openrouter_debate(topic, context)
 | ||
|     
 | ||
|     if result:
 | ||
|         print(f"\n🎉 辩论成功!ID: {result['debate_id']}")
 | ||
|         print(f"📁 使用模式: {result['mode']}")
 | ||
|         print(f"🤖 使用模型: {result['model']}")
 | ||
|     else:
 | ||
|         print("❌ 辩论失败")
 | ||
| 
 | ||
| if __name__ == "__main__":
 | ||
|     asyncio.run(main()) |