Design Patterns MCP Server

/** * Pattern Model Definitions * Core domain models for design patterns */ type PatternComplexity = 'low' | 'medium' | 'high'; export type PatternCategory = | 'creational' | 'structural' | 'behavioral' | 'architectural' | 'concurrency' | 'enterprise' | 'cloud' | 'ai' | 'blockchain' | 'reactive' | 'kotlin' | 'other'; interface PatternImplementation { id: string; patternId: string; language: string; code: string; description: string; complexity: string; createdAt: Date; updatedAt: Date; } interface PatternCodeExample { language: string; code: string; description?: string; } interface PatternExamples { before?: PatternCodeExample; after?: PatternCodeExample; complete?: PatternCodeExample[]; } interface PatternRelationship { id: string; fromPatternId: string; toPatternId: string; relationshipType: string; strength: number; description?: string; createdAt: Date; updatedAt: Date; } export interface Pattern { id: string; name: string; category: string; description: string; problem: string; solution: string; when_to_use: string[]; benefits: string[]; drawbacks: string[]; use_cases: string[]; implementations: PatternImplementation[]; complexity: string; tags: string[]; createdAt: Date; updatedAt: Date; relationships?: PatternRelationship[]; examples?: string | PatternExamples; popularity?: number; relatedPatterns?: Pattern[]; related_patterns?: any[]; structure?: string; participants?: string[]; collaborations?: string[]; consequences?: string[]; implementation?: string; useCases?: string[]; alsoKnownAs?: string[]; metadata?: Record<string, any>; } interface CreatePatternInput { name: string; category: string; description: string; problem: string; solution: string; when_to_use?: string[]; benefits?: string[]; drawbacks?: string[]; use_cases?: string[]; complexity?: PatternComplexity; tags?: string[]; } interface UpdatePatternInput { name?: string; category?: string; description?: string; problem?: string; solution?: string; when_to_use?: string[]; benefits?: string[]; drawbacks?: string[]; use_cases?: string[]; complexity?: PatternComplexity; tags?: string[]; } interface PatternFilters { category?: string; complexity?: PatternComplexity; tags?: string[]; programmingLanguage?: string; } interface PatternSearchResult { pattern: Pattern; score: number; highlights?: string[]; }