coding-standards

To enforce consistent TypeScript coding standards across Vue 3, Vite, Node.js, and Electron projects, apply a universal rule set for folder organization, strict typing, file naming, and dependency management. This prevents scattered shared logic and inconsistent naming across repositories.

Standardizing repository structure requires defining clear shared package boundaries, folder layouts, and export conventions. Applying these universal coding standards ensures multi-project TypeScript codebases remain easy to navigate and prevents cross-module coupling issues.

For safer async handling and date management in TypeScript, apply coding standards that enforce strict typing, safer async patterns, and dayjs-based date handling. This prevents fragile asynchronous execution and inconsistent date manipulation across projects.

Yes, you can review an application before release to catch invalid dependency management, oversized files, missing documentation, and cross-module coupling issues. The review points out standard violations and suggests the smallest safe changes needed to fix them.

Yes, the coding standards explicitly support Chinese user-facing text conventions alongside Vue 3, Vite, Node.js API, and Electron development workflows. This ensures consistent localization rules across all standardized project types.

Using lodash-es named imports in TypeScript codebases enforces consistent dependency management and runtime safety conventions. Standardizing this practice across multi-project repositories prevents oversized bundles and maintains strict typing compliance.