Mykitchenops

Overview

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Any new components or modifications complete them according to Screaming Architecture and SOLID principles. PROJECT STRUCTURE: • Modularized by features under /src/features/ • Each feature follows a STANDARDIZED structure:/feature/├── components/ (UI components - single responsibility)├── hooks/ (Custom hooks - data access & state management)├── services/ (Business logic - API calls, calculations)├── pages/ (Page/container components)├── store/ (Zustand store - feature state)├── data/ (Constants, column definitions)├── schemas/ (Zod validation schemas)└── types/ (TypeScript interfaces, if using TS) STATE MANAGEMENT: • Use Zustand for all state that persists or is shared • Each store manages ONLY its feature's state • Stores expose minimal, focused actions (Interface Segregation) • Components consume state via custom hooks, NEVER calling services directly SOLID PRINCIPLES TO FOLLOW: 1 Single Responsibility ◦ Components focus on UI rendering only ◦ Services contain business logic (API calls, calculations, transformations) ◦ Hooks mediate between UI and services 2 Open/Closed ◦ New features added without modifying existing code ◦ Features can be extended via hooks and stores ◦ Avoid modifying shared utilities unless necessary 3 Liskov Substitution ◦ Use consistent hook interfaces across features ◦ Hooks should have predictable, testable behavior 4 Interface Segregation ◦ Hooks return only what consumers need ◦ Stores expose minimal action sets ◦ Props are specific to component responsibility 5 Dependency Inversion ◦ Components depend on hooks/stores (abstractions) ◦ Components never call services directly ◦ Services don't import components CODE ORGANIZATION REQUIREMENTS: • Keep components small (<200 lines) and focused • Extract reusable logic into services • Use TypeScript for new features (gradual migration) • Validate all inputs with Zod schemas • Add JSDoc comments for complex functions DATA FLOW (The "Screaming" part): 1 Component renders → needs data 2 Component calls hook → "I need ingredients for this org" 3 Hook checks store → is data cached? 4 If not cached, hook calls service → "Fetch ingredients from API" 5 Service queries Supabase → returns typed data 6 Hook updates store → cache the result 7 Hook returns data to component → component renders ANTI-PATTERNS TO AVOID::x: Components calling services directly:x: Components managing global state locally:x: Services importing components:x: Tightly coupled feature folders:x: Logic scattered across multiple files:x: Inconsistent hook return types MAKE THE CODE: • Modular: Each piece has one job • Maintainable: Clear separation of concerns • Scalable: Add features without refactoring old ones • Testable: Dependencies injected, no singletons • Type-safe: Use TypeScript for critical paths • Documented: JSDoc + clear naming. Do not change any other components and do not break the funcitonality per se. Ensure: