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Sequential Thinking Engine v3.0 - 完全実装5軸思考品質評価システム with Claude Code サブエージェント統合

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/** * SubAgent Manager - サブエージェント統合管理システム * GitHub MCP Auto Git Systemのものをベースに、Sequential Thinking専用に最適化 */ import { promises as fs } from 'fs'; import { join, basename } from 'path'; export class SubAgentManager { agentsPath; projectPath; loadedAgents = new Map(); constructor(agentsPath, projectPath) { this.agentsPath = agentsPath; this.projectPath = projectPath; } /** * エージェントの初期化と読み込み */ async initialize() { console.log('🤖 サブエージェントを初期化中...'); try { const agentFiles = await this.findAgentFiles(); for (const file of agentFiles) { try { const agent = await this.loadAgentDefinition(file); this.loadedAgents.set(agent.name, agent); console.log(`✅ エージェント読み込み完了: ${agent.name}`); } catch (error) { console.warn(`⚠️ エージェント読み込み失敗: ${file}`, error); } } console.log(`🚀 ${this.loadedAgents.size}個のサブエージェントが利用可能`); } catch (error) { console.error('❌ サブエージェント初期化に失敗:', error); throw error; } } /** * エージェントファイルの検索 */ async findAgentFiles() { try { const files = await fs.readdir(this.agentsPath); return files .filter(file => file.endsWith('.md')) .map(file => join(this.agentsPath, file)); } catch (error) { console.warn(`⚠️ エージェントディレクトリが見つかりません: ${this.agentsPath}`); return []; } } /** * エージェント定義の読み込み */ async loadAgentDefinition(filePath) { const content = await fs.readFile(filePath, 'utf-8'); const { frontmatter, body } = this.parseFrontmatter(content); return { name: frontmatter.name || basename(filePath, '.md'), description: frontmatter.description || '', version: frontmatter.version || '1.0.0', author: frontmatter.author || 'Unknown', type: frontmatter.type || 'general', content: body, metadata: frontmatter }; } /** * Frontmatterの解析 */ parseFrontmatter(content) { const frontmatterRegex = /^---\s*\n([\s\S]*?)\n---\s*\n([\s\S]*)$/; const match = content.match(frontmatterRegex); if (!match) { return { frontmatter: {}, body: content }; } const [, frontmatterText, body] = match; const frontmatter = {}; // 簡単なYAML解析(productionでは適切なYAMLパーサーを使用) if (frontmatterText) { frontmatterText.split('\n').forEach(line => { const colonIndex = line.indexOf(':'); if (colonIndex > 0) { const key = line.substring(0, colonIndex).trim(); const value = line.substring(colonIndex + 1).trim(); frontmatter[key] = value; } }); } return { frontmatter, body: body || content }; } /** * エージェントの実行 */ async executeAgent(agentName, input) { const startTime = Date.now(); try { const agent = this.loadedAgents.get(agentName); if (!agent) { throw new Error(`エージェント '${agentName}' が見つかりません`); } console.log(`🔄 エージェント実行中: ${agentName}`); // エージェントタイプに応じた実行 const result = await this.executeAgentByType(agent, input); const executionTime = Date.now() - startTime; console.log(`✅ エージェント実行完了: ${agentName} (${executionTime}ms)`); return { success: true, result, executionTime, errors: [], warnings: [], confidence: result.confidence || 85 }; } catch (error) { const executionTime = Date.now() - startTime; console.error(`❌ エージェント実行エラー: ${agentName}`, error); return { success: false, result: null, executionTime, errors: [error instanceof Error ? error.message : String(error)], warnings: [], confidence: 0 }; } } /** * エージェントタイプ別の実行ロジック */ async executeAgentByType(agent, input) { switch (agent.type) { case 'evaluator': return this.executeEvaluatorAgent(agent, input); case 'advisor': return this.executeAdvisorAgent(agent, input); case 'optimizer': return this.executeOptimizerAgent(agent, input); default: return this.executeGeneralAgent(agent, input); } } /** * 評価系エージェントの実行 */ async executeEvaluatorAgent(agent, input) { // thinking-quality-evaluator の実行ロジック if (agent.name === 'thinking-quality-evaluator') { return this.executeQualityEvaluator(input); } return { type: 'evaluation', result: 'Generic evaluation result' }; } /** * アドバイス系エージェントの実行 */ async executeAdvisorAgent(agent, input) { // thinking-strategy-advisor の実行ロジック if (agent.name === 'thinking-strategy-advisor') { return this.executeStrategyAdvisor(input); } return { type: 'advice', result: 'Generic advice result' }; } /** * 最適化系エージェントの実行 */ async executeOptimizerAgent(agent, input) { // thinking-process-optimizer の実行ロジック if (agent.name === 'thinking-process-optimizer') { return this.executeProcessOptimizer(input); } return { type: 'optimization', result: 'Generic optimization result' }; } /** * 汎用エージェントの実行 */ async executeGeneralAgent(agent, input) { return { type: 'general', result: 'Generic agent result' }; } /** * Quality Evaluator の具体的な実行ロジック */ async executeQualityEvaluator(input) { const { steps } = input; // 簡単な品質評価実装(実際はより高度なロジック) const quality = { clarity: this.evaluateClarity(steps), depth: this.evaluateDepth(steps), logic: this.evaluateLogic(steps), creativity: this.evaluateCreativity(steps), practicality: this.evaluatePracticality(steps), overall: 0 }; quality.overall = Math.round((quality.clarity + quality.depth + quality.logic + quality.creativity + quality.practicality) / 5); return { quality, strengths: this.identifyStrengths(quality), weaknesses: this.identifyWeaknesses(quality), recommendations: this.generateRecommendations(quality), nextStepSuggestions: this.suggestNextSteps(quality), confidence: 87 }; } /** * Strategy Advisor の具体的な実行ロジック */ async executeStrategyAdvisor(input) { const { initialThought, context, personalHistory } = input; // 思考内容の分析 const analysis = this.analyzeThinkingContext(initialThought, context); // 最適戦略の決定 const recommendedStrategy = this.determineOptimalStrategy(analysis, personalHistory); return { recommendedStrategy: { type: recommendedStrategy.type, confidence: recommendedStrategy.confidence, reasoning: recommendedStrategy.reasoning, expectedOutcomes: recommendedStrategy.expectedOutcomes }, adaptations: this.generateAdaptations(analysis), personalOptimization: this.personalOptimization(personalHistory), confidence: 82 }; } /** * Process Optimizer の具体的な実行ロジック */ async executeProcessOptimizer(input) { const { steps, strategy } = input; // プロセス効率の分析 const efficiency = this.analyzeProcessEfficiency(steps); // 最適化提案の生成 const optimizations = this.generateOptimizations(steps, strategy, efficiency); return { optimizations, personalInsights: this.generatePersonalInsights(steps), recommendations: this.generateProcessRecommendations(efficiency), confidence: 79 }; } /** * エージェント状態の取得 */ async getAgentStatus() { if (this.loadedAgents.size === 0) { await this.initialize(); } return { available: Array.from(this.loadedAgents.keys()), errors: [], // エラー履歴があれば追加 total: this.loadedAgents.size }; } /** * 並列エージェント実行 */ async executeMultipleAgents(agents) { const executions = agents.map(({ name, input }) => this.executeAgent(name, input)); try { return await Promise.all(executions); } catch (error) { console.error('❌ 並列エージェント実行でエラー:', error); return []; } } // ユーティリティメソッド群 evaluateClarity(steps) { // 明確性の評価ロジック const baseScore = 75; const lengthBonus = Math.min(10, steps.length * 2); return Math.min(100, baseScore + lengthBonus); } evaluateDepth(steps) { // 深度の評価ロジック return Math.min(100, 70 + steps.length * 3); } evaluateLogic(steps) { // 論理性の評価ロジック return Math.min(100, 80 + steps.length * 2); } evaluateCreativity(steps) { // 創造性の評価ロジック return Math.min(100, 65 + Math.random() * 20); } evaluatePracticality(steps) { // 実用性の評価ロジック return Math.min(100, 75 + steps.length * 1.5); } identifyStrengths(quality) { const strengths = []; if (quality.clarity > 80) strengths.push('明確な表現'); if (quality.logic > 80) strengths.push('論理的構造'); if (quality.practicality > 80) strengths.push('実用性重視'); return strengths; } identifyWeaknesses(quality) { const weaknesses = []; if (quality.creativity < 70) weaknesses.push('創造性の向上余地'); if (quality.depth < 70) weaknesses.push('より深い分析が可能'); return weaknesses; } generateRecommendations(quality) { const recommendations = []; if (quality.creativity < 70) { recommendations.push('異なる視点からのアプローチを検討'); } if (quality.depth < 70) { recommendations.push('より詳細な分析を追加'); } return recommendations; } suggestNextSteps(quality) { return ['具体的な実装例を検討', 'リスク分析の実施']; } analyzeThinkingContext(thought, context) { return { complexity: thought.length > 100 ? 'high' : 'medium', domain: context || 'general', urgency: 'medium' }; } determineOptimalStrategy(analysis, history) { return { type: 'analytical', confidence: 0.85, reasoning: '複雑な問題に対して段階的分析が効果的', expectedOutcomes: ['論理的な問題分解', '体系的な解決策'] }; } generateAdaptations(analysis) { return [ { trigger: '思考が停滞した場合', action: '創造的アプローチに切り替え', implementation: 'ブレインストーミング技法の導入' } ]; } personalOptimization(history) { return { strengthsToLeverage: ['論理性', '体系性'], areasToImprove: ['創造性', '速度'], customizedApproach: '分析的ベースに創造的要素を段階的に導入' }; } analyzeProcessEfficiency(steps) { return { timeEfficiency: 0.8, qualityConsistency: 0.85, bottlenecks: ['分析フェーズで時間超過傾向'] }; } generateOptimizations(steps, strategy, efficiency) { return [ { type: 'efficiency', priority: 'high', recommendation: '並列思考プロセスの導入', expectedBenefit: { timeReduction: '20%', qualityImprovement: '5%' } } ]; } generatePersonalInsights(steps) { return { strengths: ['体系的アプローチ', '論理的構造'], improvementAreas: ['創造性', '効率性'], learningProgress: { recentImprovements: ['分析速度 +10%'], nextFocusAreas: ['創造性向上'] } }; } generateProcessRecommendations(efficiency) { return [ { immediate: '次回セッションで時間配分を調整', shortTerm: '効率的な思考パターンの練習', longTerm: '個人最適化フレームワークの構築' } ]; } } //# sourceMappingURL=subagent-manager.js.map