6 typescript rules available
Browse optimized Gemini rules specifically designed for TypeScript development. These rules help Gemini's AI understand TypeScript best practices and patterns.
TypeScript configuration significantly impacts AI code generation quality. Rules that specify strict type checking, preferred type inference patterns, and interface vs type alias preferences help generate more maintainable and type-safe code. Proper TypeScript rules also guide the AI on generic usage and utility types.
When configuring Gemini for TypeScript development, consider these recommendations:
TypeScript rules often focus on strict mode compliance, proper null handling, and avoiding 'any' escape hatches. Popular configurations include Zod or Yup for runtime validation, and patterns for API type generation from OpenAPI or GraphQL schemas.
Most production-quality rules either ban 'any' or restrict it to specific escape hatch patterns. Using 'unknown' with proper type guards is generally preferred for handling truly dynamic data.
Good TypeScript rules balance explicit typing with inference. They typically recommend explicit return types for public APIs while allowing inference for internal implementation details.
Some rules include JSDoc patterns for projects that generate documentation or need to support JavaScript consumers. Look for 'jsdoc' or 'documentation' tags if this is important for your project.
System instructions for Gemini to excel at React and TypeScript development.
System instructions for Gemini to help with Next.js App Router development.
Configure Gemini as a TypeScript expert for type-safe development.
System instructions for Gemini to assist with Node.js backend development.
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Configure Gemini to assist with Svelte and SvelteKit development.
Create your own Gemini rules for TypeScript and share with the community.