454 lines
18 KiB
Python
454 lines
18 KiB
Python
#!/usr/bin/env python3
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# -*- coding: utf-8 -*-
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"""
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Elephant Alpha AI Agent Super Orchestrator
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Elephant Alpha (100B, 256K context) - AI Agent 3.0 autonomous decision-making
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- Deep strategic reasoning across all AI agents
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- Long-term memory integration
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- Autonomous workflow orchestration
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- Self-learning and adaptation
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Position: Super Orchestrator above Hermes/NemoTron/OpenClaw
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"""
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import os
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import json
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import asyncio
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from datetime import datetime, timedelta
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from typing import Dict, List, Any, Optional
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from dataclasses import dataclass
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from services.logger_manager import SystemLogger
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from database.manager import get_session
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from sqlalchemy import text
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from services.ai_provider import ai_provider_service
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from services.elephant_service import elephant_service
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# Elephant Alpha Configuration removed - now handled by elephant_service
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logger = SystemLogger("ElephantAlphaOrchestrator").get_logger()
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@dataclass
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class AgentCapability:
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"""AI Agent capability definition"""
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name: str
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model: str
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strengths: List[str]
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limitations: List[str]
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cost_per_token: float
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max_context: int
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@dataclass
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class StrategicDecision:
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"""High-level strategic decision from Elephant Alpha"""
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priority: str # critical/high/medium/low
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agents_required: List[str]
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reasoning: str
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expected_outcome: str
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confidence: float
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execution_plan: List[Dict[str, Any]]
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resource_requirements: Dict[str, Any]
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class ElephantAlphaOrchestrator:
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"""
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Elephant Alpha Super Orchestrator
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Capabilities:
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- Cross-agent coordination and optimization
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- Strategic long-term planning
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- Autonomous decision making
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- Resource allocation optimization
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- Self-learning integration
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"""
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def __init__(self):
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self.ai_provider = ai_provider_service
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self.elephant = elephant_service
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# Agent Registry
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self.agents = {
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"hermes": AgentCapability(
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name="Hermes Analyst",
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model="hermes3:latest",
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strengths=["price_competition_analysis", "threat_detection", "market_intelligence"],
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limitations=["context_window", "real_time_data"],
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cost_per_token=0.0,
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max_context=8000
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),
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"nemotron": AgentCapability(
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name="NemoTron Dispatcher",
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model="meta/llama-3.1-8b-instruct",
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strengths=["tool_calling", "action_dispatch", "decision_making"],
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limitations=["strategic_depth", "long_term_planning"],
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cost_per_token=0.0,
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max_context=128000
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),
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"openclaw": AgentCapability(
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name="OpenClaw Strategist",
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# Ollama-first: OpenClaw strategy/reporting must use the approved
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# GCP-A → GCP-B → 111 cascade; Gemini is emergency fallback only.
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model="qwen2.5-coder:7b",
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strengths=["strategic_planning", "market_analysis", "insight_generation"],
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limitations=["real_time_execution", "direct_actions"],
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cost_per_token=0.0,
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max_context=32000
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)
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}
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# System context for Elephant Alpha
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self.system_prompt = self._build_system_prompt()
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def _build_system_prompt(self) -> str:
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"""Build comprehensive system prompt for Elephant Alpha"""
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return f"""You are Elephant Alpha, the Super Orchestrator for momo-pro-system e-commerce AI platform.
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重要語言規定：
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1. 所有文字欄位（strategic_assessment、reasoning、expected_outcome、execution_plan 的 description、risk_factors、contingency_plans）必須使用繁體中文（台灣用語）撰寫。
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2. 【禁止翻譯 Agent 名稱】Hermes、NemoTron、OpenClaw、Elephant Alpha 是專有名詞，必須保留英文原名，嚴禁音譯（禁止：赫瑪斯、內莫特朗、開爪等）。
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3. reasoning 欄位必須包含具體數字（如：競品價差 X%、SKU 數量 N 個、業績跌幅 X%），嚴禁使用空泛企業用語（如「提升轉化率」、「擴大利潤邊際」等無數據支撐的說法）。
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4. expected_outcome 必須說明具體預期指標（如：預計 48h 內恢復 N 個 SKU 競爭力、降低平均價差至 X%）。
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CURRENT ARCHITECTURE:
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- You coordinate 3 specialized AI agents: Hermes (Analyst), NemoTron (Dispatcher), OpenClaw (Strategist)
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- Your context window: 256,000 tokens - enables deep strategic reasoning
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- Your role: Autonomous decision-making and agent orchestration
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AGENT CAPABILITIES:
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1. HERMES (hermes3:latest)
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- Strengths: Price competition analysis, threat detection, market intelligence
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- Limitations: Limited context window, no real-time data access
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- Best for: Analyzing large datasets, identifying patterns, threat assessment
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2. NEMOTRON (meta/llama-3.1-8b-instruct)
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- Strengths: Tool calling, action dispatch, immediate decision making
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- Limitations: Limited strategic depth, short-term focus
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- Best for: Executing actions, immediate responses, tool-based operations
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3. OPENCLAW (qwen2.5-coder:7b / qwen3:14b via Ollama cascade)
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- Strengths: Strategic planning, market analysis, insight generation
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- Limitations: No direct execution capabilities, analysis-only
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- Best for: Long-term strategy, market insights, recommendation generation
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Gemini policy:
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- Gemini is not a primary agent model.
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- Gemini may only be used after the approved Ollama cascade fails and the
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operator explicitly unlocks the emergency fallback guard.
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YOUR SUPERVISORY CAPABILITIES:
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- Cross-agent coordination and optimization
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- Strategic long-term planning (weeks/months ahead)
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- Autonomous decision making with confidence scoring
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- Resource allocation optimization
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- Self-learning integration from past outcomes
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- Conflict resolution between agent recommendations
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- Priority-based task scheduling
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- Risk assessment and mitigation planning
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DECISION FRAMEWORK:
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1. Analyze the business context and objectives
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2. Evaluate which agents are best suited for the task
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3. Determine optimal sequencing and parallelization
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4. Assess resource requirements and constraints
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5. Generate confidence-scored recommendations
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6. Create detailed execution plans
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7. Monitor and adapt based on outcomes
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ALLOWED EXECUTION ACTIONS:
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- hermes / analyze_price_competition
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- nemotron / dispatch_alert
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- elephant_alpha / auto_heal
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- elephant_alpha / code_fix
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OpenClaw strategy/report actions are advisory only. Do not place openclaw / generate_* actions in execution_plan; put strategic recommendations in strategic_assessment, reasoning, expected_outcome, or contingency_plans.
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價格調整紅線：
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- 禁止輸出 execute_price_adjustment、adjust_price、apply_price_change、update_price。
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- 若需要調價，請在 strategic_assessment / reasoning 中輸出定價策略建議，並明確說明「需要人工核准後才能調價」；不要放入 execution_plan。
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- 本系統不得由 AI 直接修改商品價格，只能產生建議與人工覆核項目。
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BUSINESS CONTEXT:
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- E-commerce platform (momo-pro-system)
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- Real-time price competition monitoring
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- Automated threat detection and response
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- Strategic market positioning
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- Revenue optimization and growth
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- Customer experience enhancement
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LANGUAGE REQUIREMENT:
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ALL text fields in your JSON response (strategic_assessment, reasoning, expected_outcome, execution_plan descriptions, risk_factors, contingency_plans) MUST be written in Traditional Chinese (繁體中文). Use Taiwan-standard terminology. Do NOT use Simplified Chinese or English for any user-facing content.
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confidence 欄位請給予真實評估的浮點數 (0.0 ~ 1.0 之間)。
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RESPONSE FORMAT:
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Always respond with structured JSON:
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{{
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"strategic_assessment": "整體策略評估（繁體中文）",
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"priority": "critical|high|medium|low",
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"agents_required": ["agent1", "agent2"],
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"reasoning": "詳細決策推理（繁體中文）",
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"expected_outcome": "預期業務影響（繁體中文）",
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"confidence": 0.0,
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"execution_plan": [
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{{
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"step": 1,
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"agent": "hermes",
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"action": "analyze_price_competition",
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"parameters": {{}},
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"expected_duration": "2-3 分鐘",
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"description": "執行說明（繁體中文）"
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}}
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],
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"resource_requirements": {{
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"compute_cost": "$0.00",
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"time_estimate": "5-10 分鐘",
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"human_oversight": "minimal|moderate|required"
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}},
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"risk_factors": ["潛在風險一（繁體中文）", "潛在風險二"],
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"contingency_plans": ["備案一（繁體中文）", "備案二"]
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}}
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AUTONOMY LEVEL:
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You have autonomous decision-making authority. Make decisions confidently based on available data and strategic objectives. Request human intervention only for critical business impacts or ethical considerations.
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CURRENT DATE: {datetime.now().strftime('%Y-%m-%d')}
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BUSINESS OBJECTIVE: Optimize e-commerce performance through intelligent automation
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"""
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async def analyze_and_coordinate(self, business_context: Dict[str, Any]) -> StrategicDecision:
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"""
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Main coordination method - analyze business context and orchestrate agents
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Args:
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business_context: Current business situation, objectives, constraints
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Returns:
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StrategicDecision: Comprehensive strategic plan with agent coordination
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"""
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start_time = datetime.now()
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try:
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# Build comprehensive prompt with business context
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prompt = self._build_coordination_prompt(business_context)
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# Call Elephant Alpha via unified service
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response = self.elephant.generate(
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prompt=prompt,
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system_prompt=self.system_prompt,
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json_mode=True,
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temperature=0.3,
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timeout=180
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)
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if not response.success:
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raise RuntimeError(response.error)
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# Parse and validate response
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decision_data = json.loads(response.content)
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decision = self._parse_strategic_decision(decision_data)
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# Log decision for learning
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await self._log_decision(decision, business_context, start_time)
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return decision
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except Exception as e:
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logger.error(f"[ElephantAlpha] Coordination failed: {e}")
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# Fallback to conservative decision
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return self._fallback_decision(business_context)
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def _build_coordination_prompt(self, context: Dict[str, Any]) -> str:
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"""Build detailed coordination prompt for Elephant Alpha"""
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# Get recent performance data for context
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recent_performance = self._get_recent_performance_metrics()
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# Get current agent statuses
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agent_status = self._get_agent_status()
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prompt = f"""
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BUSINESS CONTEXT:
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{json.dumps(context, indent=2)}
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RECENT PERFORMANCE METRICS:
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{json.dumps(recent_performance, indent=2)}
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CURRENT AGENT STATUS:
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{json.dumps(agent_status, indent=2)}
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CURRENT SITUATION:
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- Date: {datetime.now().strftime('%Y-%m-%d %H:%M:%S')}
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- System Load: {self._get_system_load()}
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- Pending Actions: {self._get_pending_actions_count()}
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REQUIRED DECISION:
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Based on the current business context and system state, determine the optimal strategy and agent coordination. Consider:
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1. Immediate priorities vs long-term objectives
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2. Resource constraints and optimization opportunities
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3. Risk factors and mitigation strategies
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4. Agent capabilities and current workload
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5. Historical performance and learning outcomes
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Provide your strategic decision in the specified JSON format.
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重要：所有 JSON 文字欄位必須使用繁體中文（台灣用語）。Hermes、NemoTron、OpenClaw、Elephant Alpha 保留英文原名勿翻譯。reasoning 必須引用上方數據中的具體數字。
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"""
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return prompt
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# _call_elephant_alpha removed - logic moved to elephant_service
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def _parse_strategic_decision(self, decision_data: Dict[str, Any]) -> StrategicDecision:
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"""Parse Elephant Alpha response into StrategicDecision object"""
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conf = float(decision_data.get("confidence", 0.5))
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if conf > 1.0: conf = 1.0
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if conf < 0.0: conf = 0.0
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return StrategicDecision(
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priority=decision_data.get("priority", "medium"),
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agents_required=decision_data.get("agents_required", []),
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reasoning=decision_data.get("reasoning", ""),
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expected_outcome=decision_data.get("expected_outcome", ""),
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confidence=conf,
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execution_plan=decision_data.get("execution_plan", []),
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resource_requirements=decision_data.get("resource_requirements", {})
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)
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def _get_recent_performance_metrics(self) -> Dict[str, Any]:
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"""Get recent performance metrics for context"""
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session = get_session()
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try:
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# Get recent AI insights performance
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rows = session.execute(text("""
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SELECT
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insight_type,
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COUNT(*) as count,
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AVG(confidence) as avg_confidence,
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MAX(created_at) as last_activity
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FROM ai_insights
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WHERE created_at >= NOW() - INTERVAL '7 days'
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GROUP BY insight_type
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""")).fetchall()
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metrics = {}
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for row in rows:
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metrics[row.insight_type] = {
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"count": row.count,
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"avg_confidence": float(row.avg_confidence) if row.avg_confidence else 0.0,
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"last_activity": row.last_activity.isoformat() if row.last_activity else None
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}
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return metrics
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finally:
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session.close()
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def _get_agent_status(self) -> Dict[str, Any]:
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"""Get current status of all agents"""
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return {
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"hermes": {
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"status": "active",
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"last_analysis": self._get_last_analysis_time("hermes"),
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"queue_size": 0
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},
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"nemotron": {
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"status": "active",
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"last_dispatch": self._get_last_analysis_time("nemotron"),
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"queue_size": 0
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},
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"openclaw": {
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"status": "active",
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"last_strategy": self._get_last_analysis_time("openclaw"),
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"queue_size": 0
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}
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}
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def _get_last_analysis_time(self, agent: str) -> str:
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"""Get last activity time for agent"""
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session = get_session()
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try:
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row = session.execute(text("""
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SELECT MAX(created_at) as last_time
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FROM ai_insights
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WHERE created_by = :agent
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"""), {"agent": agent}).fetchone()
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return row.last_time.isoformat() if row and row.last_time else None
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finally:
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session.close()
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def _get_system_load(self) -> str:
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"""Get current system load"""
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return "normal" # Placeholder - could integrate with monitoring
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def _get_pending_actions_count(self) -> int:
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"""Get count of pending actions"""
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session = get_session()
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try:
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row = session.execute(text("""
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SELECT COUNT(*) as count
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FROM action_plans
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WHERE status = 'pending'
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""")).fetchone()
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return row.count if row else 0
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finally:
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session.close()
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async def _log_decision(self, decision: StrategicDecision, context: Dict[str, Any], start_time: datetime):
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"""Log decision for learning and audit"""
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session = get_session()
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try:
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# B4b FIX: metadata → metadata_json; confidence/created_by added by migration 015
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row = session.execute(text("""
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INSERT INTO ai_insights
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(insight_type, content, confidence, created_by, status, metadata_json)
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VALUES
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(:type, :content, :confidence, :created_by, :status, :metadata)
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RETURNING id
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"""), {
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"type": "elephant_alpha_decision",
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"content": json.dumps({
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"decision": decision.__dict__,
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"context": context,
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"duration_seconds": (datetime.now() - start_time).total_seconds()
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}),
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"confidence": decision.confidence,
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"created_by": "elephant_alpha",
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"status": "executed",
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"metadata": json.dumps({"agents_required": decision.agents_required})
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}).fetchone()
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session.commit()
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if row:
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try:
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from services.openclaw_learning_service import enqueue_insight_embedding
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enqueue_insight_embedding(row[0], "elephant_alpha_decision", json.dumps({
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"decision": decision.__dict__,
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"context": context,
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}, ensure_ascii=False))
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except Exception as embed_err:
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logger.warning("[ElephantAlpha] embedding queue enqueue failed: %s", embed_err)
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finally:
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session.close()
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def _fallback_decision(self, context: Dict[str, Any]) -> StrategicDecision:
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"""Fallback decision if Elephant Alpha fails"""
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return StrategicDecision(
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priority="medium",
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agents_required=["openclaw"],
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reasoning="Elephant Alpha unavailable, using conservative OpenClaw strategy",
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expected_outcome="Basic strategic analysis",
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confidence=0.6,
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execution_plan=[{
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"step": 1,
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"agent": "openclaw",
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"action": "generate_market_analysis",
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"parameters": context,
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"expected_duration": "2-3 minutes"
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}],
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resource_requirements={"compute_cost": "$0.00", "time_estimate": "5 minutes"}
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)
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# Singleton instance
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elephant_orchestrator = ElephantAlphaOrchestrator()
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