Validate runtime data against TypeScript schemas with automatic type inference.
npx skills add https://github.com/csim-sg/yacc --skill zod-csim-sg
Please help me install this Agent Skill. Skill: zod Source: https://github.com/csim-sg/yacc/tree/main/.opencode/skills/zod Command: npx skills add https://github.com/csim-sg/yacc --skill zod-csim-sg
This skill provides a TypeScript-first approach to data validation, offering runtime checks that align with static types, reducing runtime errors and type drift in applications.
Install zod in your project, define a schema, derive a TypeScript type, and validate data at runtime. Example: define a user schema with id, email, and age, then call safeParse on input data to ensure type-safe results.
High-intent search queries and answers about installing and using this skill.
To validate API data against TypeScript schemas at runtime, define a zod schema for your data structure and call safeParse on incoming requests. This ensures runtime data aligns with compile-time types, preventing type drift in server frameworks and API clients.
Type safety for form validation is enforced by defining a zod schema that supports primitives, objects, and unions. Derive TypeScript types from the schema and validate form inputs at runtime, ensuring consistent validation across your React components and server.
Zod supports async validations for complex data ingestion scenarios. You can define schemas with async checks and refinements, allowing runtime validation to handle asynchronous data sources while maintaining automatic TypeScript inference for both input and output data.
You need runtime validation because compile-time types do not check incoming API data or form inputs. Runtime validation with zod ensures external data matches your TypeScript schemas, reducing runtime errors and type drift that static typing alone cannot prevent.
You can define reusable validation schemas using zod by applying primitives, objects, unions, and refinements. This pattern enables strict runtime validation for data ingestion, ensuring complex data structures are type-safe and automatically inferred in TypeScript.
hashintelValidate TypeScript data against Zod v4 schemas with metadata annotations.
vanhoangkhaValidate and parse data using Zod v4 schemas with detailed error reporting.
jagreehalEnforce advanced TypeScript tsconfig flags and ESLint governance for compile-time safety.
joabgonzalezValidate JavaScript/TypeScript data using Yup schemas for runtime integrity.
