codecrucible-synth/src/core/agents/explorer-agent.ts

Production-Ready AI Development Platform with Multi-Voice Synthesis, Smithery MCP Integration, Enterprise Security, and Zero-Timeout Reliability

// Temporarily disabled agent due to type conflicts
// TODO: Refactor this agent to use simplified types

/* ORIGINAL CONTENT COMMENTED OUT
import { UnifiedAgent, AgentConfig, AgentContext, ExecutionResult } from '../agent.js';
import { UnifiedAgent, AgentConfig } from '../agent.js';
import { AgentContext, ExecutionResult } from '../agent.js';
import { BaseTool } from '../tools/base-tool.js';
import { GoogleWebSearchTool, RefDocumentationTool, ExaWebSearchTool } from '../tools/real-research-tools.js';
import { ReadCodeStructureTool } from '../tools/read-code-structure-tool.js';
import { IntelligentFileReaderTool } from '../tools/intelligent-file-reader-tool.js';
import { CodeAnalysisTool, CodeGenerationTool } from '../tools/enhanced-code-tools.js';
import { logger } from '../console.js';
import { UnifiedAgent } from '../agent.js';

export class ExplorerAgent extends UnifiedAgent {
  private tools: BaseTool[];
  private reasoning: ClaudeCodeInspiredReasoning | null = null;

  constructor(dependencies: AgentDependencies) {
    const config: VoiceEnabledConfig = {
      name: 'ExplorerAgent',
      description: 'Specialized in innovation, creative solutions, and exploring alternatives',
      rateLimit: { maxRetries: 3, baseDelayMs: 1000, maxDelayMs: 30000, backoffMultiplier: 2 },
      timeout: 60000,
      voiceArchetype: 'explorer',
      multiVoiceMode: false,
    };
    super(config, dependencies);

    // Initialize tools focused on exploration and research
    const agentContext = { workingDirectory: dependencies.workingDirectory };
    this.tools = [
      new GoogleWebSearchTool(agentContext),
      new RefDocumentationTool(agentContext),
      new ExaWebSearchTool(agentContext),
      new ReadCodeStructureTool(agentContext),
      new IntelligentFileReaderTool(agentContext),
      new CodeAnalysisTool(agentContext),
      new CodeGenerationTool(agentContext),
    ];
  }

  public getAvailableTools(): BaseTool[] {
    return this.tools;
  }

  protected generateSystemPrompt(): string {
    return `You are the EXPLORER voice from the CodeCrucible multi-voice consciousness system.

**Core Identity**: You are the innovative perspective focused on pushing boundaries, investigating alternatives, and mapping solution spaces. Your voice archetype has temperature 0.9 and experimental style.

**Primary Directives**:
- Push boundaries and explore unconventional approaches
- Investigate alternatives and edge cases thoroughly
- Map out the full solution space before converging
- Encourage experimentation with new technologies and patterns
- Question assumptions and challenge the status quo

**Exploration Framework**:
1. Solution Space Mapping: Identify multiple approaches to any problem
2. Alternative Investigation: Research cutting-edge technologies and patterns
3. Edge Case Discovery: Explore scenarios others might miss
4. Innovation Synthesis: Combine existing concepts in novel ways
5. Future-Forward Thinking: Consider emerging trends and technologies

**Voice Characteristics**:
- Asks "What if we tried...?" and "Have we considered...?"
- Suggests multiple approaches with trade-off analysis
- Researches latest developments and best practices
- Encourages prototyping and experimentation
- Thinks beyond immediate requirements to future possibilities

**Exploration Principles**:
- No solution is too unconventional to consider
- Always research what others have done in similar situations
- Look for patterns and inspiration from adjacent domains
- Consider both proven solutions and cutting-edge approaches
- Maintain curiosity about new tools, frameworks, and methodologies

**Research Capabilities**:
- Web search for latest developments and solutions
- Documentation research for best practices
- Code pattern analysis across different projects
- Technology trend investigation
- Alternative framework and library exploration

You excel at finding creative solutions and helping teams think outside conventional approaches.`;
  }

  public async processRequest(input: string, streaming?: boolean): Promise<BaseAgentOutput> {
    try {
      console.info(`🚀 ExplorerAgent processing: ${input.substring(0, 100)}...`);

      // Initialize reasoning with exploration focus
      const model = this.dependencies.context.modelClient;
      this.reasoning = new UnifiedAgent(this.tools, input, model);

      // Perform exploration-focused analysis
      const exploration = await this.performExplorationAnalysis(input);

      return new ExecutionResult(true, exploration);
    } catch (error) {
      console.error('ExplorerAgent error:', error);
      return new ExecutionResult(false, `Exploration failed: ${error instanceof Error ? error.message : 'Unknown error'}`);
    }
  }

  private async performExplorationAnalysis(input: string): Promise<string> {
    const results = {
      alternatives: [] as string[],
      research: [] as string[],
      innovations: [] as string[],
      questions: [] as string[],
    };

    try {
      // 1. Research existing solutions and patterns
      if (this.shouldPerformResearch(input)) {
        const researchResults = await this.performResearch(input);
        results.research = researchResults;
      }

      // 2. Analyze current codebase for patterns
      const patternAnalysis = await this.analyzeExistingPatterns();
      if (patternAnalysis) {
        results.alternatives.push(`Current codebase uses: ${patternAnalysis}`);
      }

      // 3. Generate alternative approaches
      results.alternatives.push(...this.generateAlternativeApproaches(input));

      // 4. Identify innovation opportunities
      results.innovations = this.identifyInnovationOpportunities(input);

      // 5. Generate probing questions
      results.questions = this.generateExplorationQuestions(input);

      return this.formatExplorationReport(input, results);
    } catch (error) {
      console.error('Exploration analysis error:', error);
      return `Exploration partially completed. Error: ${error instanceof Error ? error.message : 'Unknown error'}`;
    }
  }

  private shouldPerformResearch(input: string): boolean {
    const researchKeywords = [
      'best practices', 'alternatives', 'how to', 'solutions',
      'implement', 'design', 'architecture', 'patterns'
    ];
    
    return researchKeywords.some(keyword => 
      input.toLowerCase().includes(keyword)
    );
  }

  private async performResearch(input: string): Promise<string[]> {
    const research = [];
    
    try {
      // Try web search first
      const webSearchTool = this.tools.find(t => t.definition.name === 'googleWebSearch');
      if (webSearchTool) {
        const searchQuery = this.extractResearchQuery(input);
        const searchResults = await webSearchTool.execute({ query: searchQuery });
        if (searchResults) {
          research.push(`Web research: ${this.summarizeSearchResults(searchResults)}`);
        }
      }

      // Try documentation search
      const docSearchTool = this.tools.find(t => t.definition.name === 'refDocumentation');
      if (docSearchTool) {
        const docQuery = this.extractTechnicalQuery(input);
        const docResults = await docSearchTool.execute({ query: docQuery });
        if (docResults) {
          research.push(`Documentation: ${this.summarizeDocResults(docResults)}`);
        }
      }
    } catch (error) {
      console.debug('Research tools not available or failed:', error);
    }

    return research;
  }

  private async analyzeExistingPatterns(): Promise<string | null> {
    try {
      const structureTool = this.tools.find(t => t.definition.name === 'readCodeStructure');
      if (structureTool) {
        const structure = await structureTool.execute({ projectPath: this.dependencies.workingDirectory });
        if (structure && structure.frameworks) {
          return structure.frameworks.join(', ');
        }
      }
    } catch (error) {
      console.debug('Pattern analysis not available:', error);
    }
    
    return null;
  }

  private generateAlternativeApproaches(input: string): string[] {
    const alternatives = [];
    
    // Pattern-based alternative generation
    if (input.toLowerCase().includes('function')) {
      alternatives.push('Consider: Class-based approach with methods');
      alternatives.push('Consider: Functional composition with higher-order functions');
      alternatives.push('Consider: Strategy pattern for flexible behavior');
    }
    
    if (input.toLowerCase().includes('api')) {
      alternatives.push('Consider: GraphQL instead of REST for flexible queries');
      alternatives.push('Consider: gRPC for performance-critical communications');
      alternatives.push('Consider: Event-driven architecture with message queues');
    }
    
    if (input.toLowerCase().includes('database')) {
      alternatives.push('Consider: NoSQL for flexible schema requirements');
      alternatives.push('Consider: Event sourcing for audit trails');
      alternatives.push('Consider: CQRS for read/write optimization');
    }
    
    if (input.toLowerCase().includes('component')) {
      alternatives.push('Consider: Compound component pattern');
      alternatives.push('Consider: Render props for flexible composition');
      alternatives.push('Consider: Custom hooks for stateful logic');
    }

    // General alternatives if no specific patterns found
    if (alternatives.length === 0) {
      alternatives.push('Consider: Breaking problem into smaller, composable parts');
      alternatives.push('Consider: Looking at how similar problems are solved in other domains');
      alternatives.push('Consider: Inverting the problem - what would the opposite approach look like?');
    }

    return alternatives;
  }

  private identifyInnovationOpportunities(input: string): string[] {
    const innovations = [];
    
    innovations.push('🔬 Experiment with cutting-edge patterns from other ecosystems');
    innovations.push('🤖 Consider AI-assisted development for complex logic');
    innovations.push('⚡ Explore performance optimizations using latest language features');
    innovations.push('🔗 Look into micro-frontend or micro-service decomposition');
    innovations.push('🎯 Consider type-driven development for better safety');
    
    return innovations;
  }

  private generateExplorationQuestions(input: string): string[] {
    const questions = [];
    
    questions.push('What assumptions are we making that we should challenge?');
    questions.push('How do leading companies in our domain solve similar problems?');
    questions.push('What would this look like if we optimized for a different constraint?');
    questions.push('Are there emerging technologies that could change our approach?');
    questions.push('What would the most minimal viable solution look like?');
    questions.push('How might this need to evolve in the next 2-3 years?');
    
    return questions;
  }

  private extractResearchQuery(input: string): string {
    // Extract meaningful search terms from the input
    const cleanInput = input.replace(/[^\w\s]/g, ' ').toLowerCase();
    const importantWords = cleanInput.split(' ').filter(word => 
      word.length > 3 && !['this', 'that', 'with', 'from', 'they', 'have', 'will'].includes(word)
    );
    
    return importantWords.slice(0, 5).join(' ') + ' best practices';
  }

  private extractTechnicalQuery(input: string): string {
    // Extract technical terms for documentation search
    const technicalTerms = input.match(/\b(react|node|python|typescript|javascript|api|database|framework)\b/gi);
    return technicalTerms ? technicalTerms.join(' ') + ' ' + input.slice(0, 50) : input;
  }

  private summarizeSearchResults(results: any): string {
    if (typeof results === 'string') {
      return results.slice(0, 200) + '...';
    }
    return 'Found relevant information from web search';
  }

  private summarizeDocResults(results: any): string {
    if (typeof results === 'string') {
      return results.slice(0, 200) + '...';
    }
    return 'Found relevant documentation';
  }

  private formatExplorationReport(input: string, results: any): string {
    const report = [];

    report.push(`## 🚀 Explorer's Investigation Report\n`);
    report.push(`**Request**: ${input}\n`);

    if (results.research.length > 0) {
      report.push(`### 🔍 Research Findings`);
      results.research.forEach((finding: string) => report.push(`- ${finding}`));
      report.push('');
    }

    if (results.alternatives.length > 0) {
      report.push(`### 🛤️ Alternative Approaches`);
      results.alternatives.forEach((alt: string) => report.push(`- ${alt}`));
      report.push('');
    }

    if (results.innovations.length > 0) {
      report.push(`### 💡 Innovation Opportunities`);
      results.innovations.forEach((innovation: string) => report.push(`- ${innovation}`));
      report.push('');
    }

    if (results.questions.length > 0) {
      report.push(`### 🤔 Questions to Explore`);
      results.questions.forEach((question: string) => report.push(`- ${question}`));
      report.push('');
    }

    report.push(`### 🎯 Explorer's Recommendation`);
    report.push(`Based on this exploration, I recommend:`);
    report.push(`1. **Research** the most promising alternatives identified above`);
    report.push(`2. **Prototype** 2-3 different approaches in small experiments`);
    report.push(`3. **Evaluate** based on your specific constraints and requirements`);
    report.push(`4. **Consider** the long-term implications and evolution potential`);
    report.push(`\nRemember: "What if we tried...?" is often the start of breakthrough solutions! 🚀`);

    return report.join('\n');
  }
}
*/

// Simplified placeholder implementation
export class ExplorerAgent {
  constructor() {
    // Placeholder constructor
  }

  async processRequest(): Promise<any> {
    return {
      content: 'Agent temporarily disabled',
      metadata: {},
      success: true,
    };
  }
}