AI Code Toolkit

/** * ArchitectConfig Schema * * DESIGN PATTERNS: * - Zod schema for runtime validation with TypeScript inference * - Single source of truth for architect.yaml structure * - Composable schema design for extensibility * * CODING STANDARDS: * - Use z.object() for structured data * - Use .optional() and .default() for flexible fields * - Export schema constant with camelCase + 'Schema' suffix * - Keep schemas focused on single domain * * AVOID: * - Duplicating type definitions (use z.infer instead) * - Complex transforms that hide validation logic * - Circular schema references */ import { z } from 'zod'; /** * Feature schema - defines a design pattern feature in architect.yaml */ export const featureSchema = z.object({ // Human-readable name for the feature/pattern name: z.string().optional(), // Architecture type (legacy, prefer 'name') architecture: z.string().optional(), // Design pattern description design_pattern: z.string().min(1, 'design_pattern is required'), // Glob patterns for files that should follow this pattern includes: z.array(z.string()).min(1, 'At least one include pattern is required'), // Detailed description of the pattern and its guidelines description: z.string().optional(), }); /** * ArchitectConfig schema - root configuration for architect.yaml */ export const architectConfigSchema = z.object({ // List of design pattern features features: z.array(featureSchema).optional().default([]), }); /** * Schema for validating a single feature entry */ export const featureInputSchema = featureSchema; /** * Schema for merging multiple configs (allows empty features) */ export const architectConfigMergeSchema = architectConfigSchema.extend({ features: z.array(featureSchema).optional(), });