esbuild is an extremely fast, next-generation JavaScript and CSS bundler and minifier, written in Go. This `esbuild-darwin-64` package provides the specific macOS 64-bit binary, acting as a platform-specific dependency for the main `esbuild` package. The project is actively maintained with frequent releases, currently at stable version `0.28.0`. Key differentiators include its exceptional speed, achieved through parallel parsing, printing, and source map generation, and its robust API for both JavaScript and Go. It supports ES6 and CommonJS modules, TypeScript, JSX, source maps, and minification, making it a versatile tool for modern web development.
npm install esbuild-darwin-64Verified import paths — ran on the pinned version, not inferred.
This quickstart demonstrates how to programmatically use esbuild's `build` API to bundle a TypeScript file, apply minification, generate sourcemaps, and define environment variables.
Review the esbuild changelog for `0.27.0` and higher versions to understand specific breaking changes and update your configuration or code accordingly. Pin esbuild versions in `package.json` for stability.
Verify that your `esbuild` installations continue to function as expected. If issues arise, consult the `0.28.0` changelog for potential Go compiler-related differences or issues with integrity checks during installation.
Integrate a separate type-checking step in your build pipeline, such as running `tsc --noEmit` before or after esbuild.
If you rely on `import()` expressions, ensure your target environment (e.g., Node.js) correctly handles dynamic `import()` calls in the specified output format. Test your bundled code thoroughly.
Avoid `using` declarations directly within `case` or `default` clauses in `switch` statements. Refactor your code to place them outside or in a block scope to prevent syntax errors.
Run `npm install esbuild` or `yarn add esbuild` in your project directory. Ensure `esbuild` is listed in your `package.json` dependencies.
Verify the module path and extension. You might need to explicitly list common extensions in `resolveExtensions` option, or ensure your `tsconfig.json` paths are correctly configured if using TypeScript aliases.
Add `format: 'cjs'` or `format: 'esm'` to your esbuild `build` options. Choose based on whether your Node.js project is CommonJS or ES Module-based.
Ensure your `package.json` `type` field matches your intended module system (e.g., `"type": "module"` for ESM). In your esbuild config, set `format: 'esm'` or `format: 'cjs'` to match your target environment. For Node.js, also consider `platform: 'node'`.
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