convex-best-practices

Convex best practices for production queries and mutations involve organizing functions logically, optimizing query patterns, validating arguments and returns, and handling errors properly to ensure scalable and maintainable application architecture.

You can enforce Convex code quality by integrating ESLint plugins designed for Convex-specific coding standards. This setup automatically catches common pitfalls and enforces consistent function organization, validation, and TypeScript usage across your project.

Error handling and argument validation in Convex functions should follow established best practices by implementing proper TypeScript types for safety, validating inputs and outputs, and addressing common pitfalls to prevent write conflicts and runtime errors.

Yes, this Skill demonstrates proper TypeScript integration for Convex applications, showing how to use TypeScript types for enhanced safety and developer experience when creating queries, mutations, and internal or public functions.

To avoid write conflicts and common pitfalls in Convex, follow the Zen of Convex principles outlined in the skill, which offer specific examples for CRUD operations and guidelines for designing internal and public functions safely.