Описание
supabase-type-generator — slash-команда типизации данных: генерация — TypeScript-типы из схемы Supabase, синхронизация — актуальность типов при изменении базы, валидадация — проверка соответствия. Для разработчиков, желающих типобезопасность от базы до фронта без ручной синхронизации.
Что умеет:
— генерировать TypeScript-типы из схемы;
— синхронизировать типы с базой;
— валидировать соответствие;
— запускаться одной командой.
Supabase Type Generator
Generate comprehensive TypeScript types from Supabase schema with automatic synchronization: $ARGUMENTS
Current Type Context
- Supabase schema: Database schema accessible via MCP integration
- Type definitions: !
find . -name "types" -type d -o -name "*.d.ts" | head -5existing TypeScript definitions - Application usage: !
find . -name "*.ts" -o -name "*.tsx" | xargs grep -l "Database\|Table\|Row" 2>/dev/null | head -3type usage patterns - Build configuration: !
find . -name "tsconfig.json" -o -name "*.config.ts" | head -3TypeScript setup
Task
Execute comprehensive type generation with schema synchronization and application integration:
Generation Scope: Use $ARGUMENTS to generate all table types, specific table types, function signatures, enum definitions, or view types
Type Generation Framework:
- Schema Analysis – Extract database schema via MCP, analyze table structures, identify relationships, map data types to TypeScript
- Type Generation – Generate table interfaces, create utility types, implement type guards, optimize type definitions
- Integration Setup – Configure import paths, setup type exports, implement auto-completion, integrate with build process
- Validation Process – Validate generated types, test type compatibility, verify application integration, check build success
- Synchronization – Monitor schema changes, auto-regenerate types, validate breaking changes, notify development team
- Developer Experience – Implement IDE integration, provide type hints, create usage examples, optimize development workflow
Advanced Features: Automatic type updates, breaking change detection, custom type transformations, documentation generation, IDE plugin integration.
Quality Assurance: Type accuracy validation, application compatibility testing, performance impact assessment, developer feedback integration.
Output: Complete TypeScript type definitions with schema synchronization, application integration, validation procedures, and developer documentation.