import-ordering

You can automatically organize import statements in TypeScript by running a script that utilizes ESLint rules to group built-in modules, external packages, internal aliases, and relative paths, sorting them alphabetically. The provided script auto-fixes import ordering issues directly in your source files.

The standard import order groups statements into built-in modules, external packages, internal aliases, and relative paths, with alphabetical sorting applied within each group to ensure consistency and readability. This grouping prevents confusion and reduces errors caused by disorganized import statements.

Yes, you can use ESLint to auto-fix import ordering issues in a Node.js project by integrating custom scripts and ESLint rules that enforce and automatically correct the predefined grouping and alphabetical sorting of your import statements. This ensures all imports adhere to a consistent structure.

The best way to enforce consistent import grouping across a large codebase is to apply automated ESLint validation and custom scripts that categorize imports into built-in, external, internal, and relative paths. This standardizes import structure and improves code readability and maintainability.

No additional dependencies are required to fix import order in your source files. The Skill provides standalone scripts that handle the validation and automated fixing of import statements by standardizing grouping and alphabetical sorting without external package requirements.

Import organization matters for code quality because disorganized import statements lead to confusion, errors, and reduced readability. Standardizing imports into logical groups with alphabetical sorting creates a consistent, readable, and maintainable structure across large JavaScript and TypeScript projects.