Design Patterns MCP Server

/** * PatternRequest Model Interface * Represents a user's request for pattern recommendations */ type ComplexityPreference = 'Simple' | 'Any' | 'Advanced'; export interface PatternRequest { /** Unique request identifier */ id: string; /** Natural language problem description */ query: string; /** Relevant source code for analysis */ codeContext?: string; /** Target programming language preference */ programmingLanguage?: string; /** Complexity preference filter */ complexityPreference?: ComplexityPreference; /** Restrict to specific categories */ categoryFilter?: string[]; /** Maximum recommendations to return */ maxResults: number; /** Include code examples in response */ includeExamples: boolean; /** Request creation time */ timestamp: Date; /** Response time in milliseconds */ processingTime?: number; /** Additional context metadata */ userContext?: Record<string, any>; } /** * Request creation input */ interface CreatePatternRequestInput { query: string; codeContext?: string; programmingLanguage?: string; complexityPreference?: ComplexityPreference; categoryFilter?: string[]; maxResults?: number; includeExamples?: boolean; userContext?: Record<string, any>; } /** * Request processing context */ interface RequestProcessingContext { request: PatternRequest; startTime: Date; searchTerms: string[]; extractedKeywords: string[]; codeAnalysis?: CodeAnalysisResult; } /** * Code analysis result from code context */ interface CodeAnalysisResult { detectedLanguage: string; identifiedPatterns: string[]; complexity: 'Low' | 'Medium' | 'High'; suggestions: string[]; confidence: number; } /** * Request validation result */ interface RequestValidationResult { isValid: boolean; errors: string[]; warnings: string[]; suggestions: string[]; } /** * Request processing statistics */ interface RequestStats { totalRequests: number; averageProcessingTime: number; popularQueries: Array<{ query: string; count: number; }>; categoryDistribution: Record<string, number>; }