eslint-plugin-import

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This plugin intends to support linting of ES2015+ (ES6+) import/export syntax, and prevent issues with misspelling of file paths and import names. All the goodness that the ES2015+ static module syntax intends to provide, marked up in your editor.

IF YOU ARE USING THIS WITH SUBLIME: see the bottom section for important info.

Rules

💼 Configurations enabled in.\
⚠️ Configurations set to warn in.\
🚫 Configurations disabled in.\
❗ Set in the errors configuration.\
☑️ Set in the recommended configuration.\
⌨️ Set in the typescript configuration.\
🚸 Set in the warnings configuration.\
🔧 Automatically fixable by the --fix CLI option.\
💡 Manually fixable by editor suggestions.\
❌ Deprecated.

$3

| Name | Description | 💼 | ⚠️ | 🚫 | 🔧 | 💡 | ❌ |
| :--------------------------------------------------------------------- | :------------------------------------------------------------------------------------ | :--- | :---- | :- | :- | :- | :- |
| export | Forbid any invalid exports, i.e. re-export of the same name. | ❗ ☑️ | | | | | |
| no-deprecated | Forbid imported names marked with @deprecated documentation tag. | | | | | | |
| no-empty-named-blocks | Forbid empty named import blocks. | | | | 🔧 | 💡 | |
| no-extraneous-dependencies | Forbid the use of extraneous packages. | | | | | | |
| no-mutable-exports | Forbid the use of mutable exports with var or let. | | | | | | |
| no-named-as-default | Forbid use of exported name as identifier of default export. | | ☑️ 🚸 | | | | |
| no-named-as-default-member | Forbid use of exported name as property of default export. | | ☑️ 🚸 | | | | |
| no-unused-modules | Forbid modules without exports, or exports without matching import in another module. | | | | | | |

$3

| Name | Description | 💼 | ⚠️ | 🚫 | 🔧 | 💡 | ❌ |
| :----------------------------------------------------------------- | :------------------------------------------------------------------- | :- | :- | :- | :- | :- | :- |
| no-amd | Forbid AMD require and define calls. | | | | | | |
| no-commonjs | Forbid CommonJS require calls and module.exports or exports.*. | | | | | | |
| no-import-module-exports | Forbid import statements with CommonJS module.exports. | | | | 🔧 | | |
| no-nodejs-modules | Forbid Node.js builtin modules. | | | | | | |
| unambiguous | Forbid potentially ambiguous parse goal (script vs. module). | | | | | | |

$3

| Name | Description | 💼 | ⚠️ | 🚫 | 🔧 | 💡 | ❌ |
| :----------------------------------------------------------------------- | :---------------------------------------------------------------------------------------------- | :--- | :- | :- | :- | :- | :- |
| default | Ensure a default export is present, given a default import. | ❗ ☑️ | | | | | |
| enforce-node-protocol-usage | Enforce either using, or omitting, the node: protocol when importing Node.js builtin modules. | | | | 🔧 | | |
| named | Ensure named imports correspond to a named export in the remote file. | ❗ ☑️ | | ⌨️ | | | |
| namespace | Ensure imported namespaces contain dereferenced properties as they are dereferenced. | ❗ ☑️ | | | | | |
| no-absolute-path | Forbid import of modules using absolute paths. | | | | 🔧 | | |
| no-cycle | Forbid a module from importing a module with a dependency path back to itself. | | | | | | |
| no-dynamic-require | Forbid require() calls with expressions. | | | | | | |
| no-internal-modules | Forbid importing the submodules of other modules. | | | | | | |
| no-relative-packages | Forbid importing packages through relative paths. | | | | 🔧 | | |
| no-relative-parent-imports | Forbid importing modules from parent directories. | | | | | | |
| no-restricted-paths | Enforce which files can be imported in a given folder. | | | | | | |
| no-self-import | Forbid a module from importing itself. | | | | | | |
| no-unresolved | Ensure imports point to a file/module that can be resolved. | ❗ ☑️ | | | | | |
| no-useless-path-segments | Forbid unnecessary path segments in import and require statements. | | | | 🔧 | | |
| no-webpack-loader-syntax | Forbid webpack loader syntax in imports. | | | | | | |

$3

`eslint-plugin-import` for enterprise

Available as part of the Tidelift Subscription.

The maintainers of eslint-plugin-import and thousands of other packages are working with Tidelift to deliver commercial support and maintenance for the open source dependencies you use to build your applications. Save time, reduce risk, and improve code health, while paying the maintainers of the exact dependencies you use. Learn more.

Installation

``sh

`inside your project's working tree`


npm install eslint-plugin-import --save-dev

$3

All rules are off by default. However, you may extend one of the preset configs, or configure them manually in your .eslintrc.(yml|json|js).

- Extending a preset config:

`jsonc { "extends": [ "eslint:recommended", "plugin:import/recommended", ], }`

- Configuring manually:

`jsonc { "rules": { "import/no-unresolved": ["error", { "commonjs": true, "amd": true }], "import/named": "error", "import/namespace": "error", "import/default": "error", "import/export": "error", // etc... }, },`

`$3`

All rules are off by default. However, you may configure them manually in your eslint.config.(js|cjs|mjs), or extend one of the preset configs:

`js import importPlugin from 'eslint-plugin-import'; import js from '@eslint/js';

export default [ js.configs.recommended, importPlugin.flatConfigs.recommended, { files: ['*/.{js,mjs,cjs}'], languageOptions: { ecmaVersion: 'latest', sourceType: 'module', }, rules: { 'no-unused-vars': 'off', 'import/no-dynamic-require': 'warn', 'import/no-nodejs-modules': 'warn', }, }, ];`

`TypeScript`

You may use the following snippet or assemble your own config using the granular settings described below it.

Make sure you have installed [@typescript-eslint/parser] and [eslint-import-resolver-typescript] which are used in the following configuration.

`jsonc { "extends": [ "eslint:recommended", "plugin:import/recommended", // the following lines do the trick "plugin:import/typescript", ], "settings": { "import/resolver": { // You will also need to install and configure the TypeScript resolver // See also https://github.com/import-js/eslint-import-resolver-typescript#configuration "typescript": true, "node": true, }, }, }`

[@typescript-eslint/parser]: https://github.com/typescript-eslint/typescript-eslint/tree/HEAD/packages/parser [eslint-import-resolver-typescript]: https://github.com/import-js/eslint-import-resolver-typescript

`$3`

If you are using the config method from typescript-eslint, ensure that the flatConfig is included within the extends array.

`js import tseslint from 'typescript-eslint'; import importPlugin from 'eslint-plugin-import'; import js from '@eslint/js';

export default tseslint.config( js.configs.recommended, // other configs... { files: ['*/.{ts,tsx}'], extends: [importPlugin.flatConfigs.recommended, importPlugin.flatConfigs.typescript], // other configs... } );`

`Resolvers`

With the advent of module bundlers and the current state of modules and module syntax specs, it's not always obvious whereimport x from 'module'should look to find the file behindmodule.

Up through v0.10ish, this plugin has directly used substack's [resolve] plugin, which implements Node's import behavior. This works pretty well in most cases.

However, webpack allows a number of things in import module source strings that Node does not, such as loaders (import 'file!./whatever') and a number of aliasing schemes, such as [externals]: mapping a module id to a global name at runtime (allowing some modules to be included more traditionally via script tags).

In the interest of supporting both of these, v0.11 introduces resolvers.

Currently [Node] and [webpack] resolution have been implemented, but the resolvers are just npm packages, so third party packages are supported (and encouraged!).

You can reference resolvers in several ways (in order of precedence):

- as a conventional eslint-import-resolver name, like eslint-import-resolver-foo:

`jsonc // .eslintrc { "settings": { // uses 'eslint-import-resolver-foo': "import/resolver": "foo", }, }`

`yaml

`.eslintrc.yml`


settings:
  # uses 'eslint-import-resolver-foo':
  import/resolver: foo

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { foo: { someConfig: value } } } }`

- with a full npm module name, like my-awesome-npm-module:

`jsonc // .eslintrc { "settings": { "import/resolver": "my-awesome-npm-module", }, }`

`yaml

`.eslintrc.yml`


settings:
  import/resolver: 'my-awesome-npm-module'

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { 'my-awesome-npm-module': { someConfig: value } } } }`

- with a filesystem path to resolver, defined in this example as a computed property name:

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { [path.resolve('../../../my-resolver')]: { someConfig: value } } } }`

Relative paths will be resolved relative to the source's nearest package.jsonor the process's current working directory if nopackage.json is found.

If you are interesting in writing a resolver, see the spec for more details.

[resolve]: https://www.npmjs.com/package/resolve [externals]: https://webpack.github.io/docs/library-and-externals.html

[Node]: https://www.npmjs.com/package/eslint-import-resolver-node [webpack]: https://www.npmjs.com/package/eslint-import-resolver-webpack

`Settings`

You may set the following settings in your .eslintrc:

`$3`

A list of file extensions that will be parsed as modules and inspected forexports.

This defaults to ['.js'], unless you are using the reactshared config, in which case it is specified as['.js', '.jsx']. Despite the default, if you are using TypeScript (without theplugin:import/typescriptconfig described above) you must specify the new extensions (.ts, and also .tsxif using React).

`js "settings": { "import/extensions": [ ".js", ".jsx" ] }`

If you require more granular extension definitions, you can use:

`js "settings": { "import/resolver": { "node": { "extensions": [ ".js", ".jsx" ] } } }`

Note that this is different from (and likely a subset of) any import/resolverextensions settings, which may include.json, .coffee, etc. which will still factor into theno-unresolved rule.

Also, the following import/ignore patterns will overrule this list.

`$3`

A list of regex strings that, if matched by a path, will not report the matching module if noexports are found. In practice, this means rules other thanno-unresolvedwill not report on anyimports with (absolute filesystem) paths matching this pattern.

no-unresolved has its own ignore setting.

`jsonc { "settings": { "import/ignore": [ "\.coffee$", // fraught with parse errors "\.(scss|less|css)$", // can't parse unprocessed CSS modules, either ], }, }`

`$3`

An array of additional modules to consider as "core" modules--modules that should be considered resolved but have no path on the filesystem. Your resolver may already define some of these (for example, the Node resolver knows aboutfsandpath), so you need not redefine those.

For example, Electron exposes an electron module:

`js import 'electron' // without extra config, will be flagged as unresolved!`

that would otherwise be unresolved. To avoid this, you may provide electronas a core module:

`jsonc // .eslintrc { "settings": { "import/core-modules": ["electron"], }, }`

In Electron's specific case, there is a shared config named electronthat specifies this for you.

Contribution of more such shared configs for other platforms are welcome!

`$3`

An array of folders. Resolved modules only from those folders will be considered as "external". By default - ["node_modules"]. Makes sense if you have configured your path or webpack to handle your internal paths differently and want to consider modules from some folders, for example bower_components or jspm_modules, as "external".

This option is also useful in a monorepo setup: list here all directories that contain monorepo's packages and they will be treated as external ones no matter which resolver is used.

If you are using yarn PnP as your package manager, add the .yarn folder and all your installed dependencies will be considered as external, instead of internal.

Each item in this array is either a folder's name, its subpath, or its absolute prefix path:

- jspm_modules will match any file or folder named jspm_modules or which has a direct or non-direct parent named jspm_modules, e.g. /home/me/project/jspm_modules or /home/me/project/jspm_modules/some-pkg/index.js.

- packages/core will match any path that contains these two segments, for example /home/me/project/packages/core/src/utils.js.

- /home/me/project/packages will only match files and directories inside this directory, and the directory itself.

Please note that incomplete names are not allowed here so components won't match bower_components and packages/ui won't match packages/ui-utils (but will match packages/ui/utils).

`$3`

A map from parsers to file extension arrays. If a file extension is matched, the dependency parser will require and use the map key as the parser instead of the configured ESLint parser. This is useful if you're inter-op-ing with TypeScript directly using webpack, for example:

`jsonc // .eslintrc { "settings": { "import/parsers": { "@typescript-eslint/parser": [".ts", ".tsx"], }, }, }`

In this case, @typescript-eslint/parsermust be installed and require-able from the runningeslintmodule's location (i.e., install it as a peer of ESLint).

This is currently only tested with @typescript-eslint/parser(and its predecessor,typescript-eslint-parser) but should theoretically work with any moderately ESTree-compliant parser.

It's difficult to say how well various plugin features will be supported, too, depending on how far down the rabbit hole goes. Submit an issue if you find strange behavior beyond here, but steel your heart against the likely outcome of closing withwontfix.

`$3`

See resolvers.

`$3`

Settings for cache behavior. Memoization is used at various levels to avoid the copious amount of fs.statSync/module parse calls required to correctly report errors.

For normal eslint console runs, the cache lifetime is irrelevant, as we can strongly assume that files should not be changing during the lifetime of the linter process (and thus, the cache in memory)

For long-lasting processes, like [eslint_d] or [eslint-loader], however, it's important that there be some notion of staleness.

If you never use [eslint_d] or [eslint-loader], you may set the cache lifetime to Infinity and everything should be fine:

`jsonc // .eslintrc { "settings": { "import/cache": { "lifetime": "∞", // or Infinity, in a JS config }, }, }`

Otherwise, set some integer, and cache entries will be evicted after that many seconds have elapsed:

`jsonc // .eslintrc { "settings": { "import/cache": { "lifetime": 5, // 30 is the default }, }, }`

[eslint_d]: https://www.npmjs.com/package/eslint_d [eslint-loader]: https://www.npmjs.com/package/eslint-loader

`$3`

A regex for packages should be treated as internal. Useful when you are utilizing a monorepo setup or developing a set of packages that depend on each other.

By default, any package referenced from import/external-module-folders will be considered as "external", including packages in a monorepo like yarn workspace or lerna environment. If you want to mark these packages as "internal" this will be useful.

For example, if your packages in a monorepo are all in @scope, you can configure import/internal-regex like this

`jsonc // .eslintrc { "settings": { "import/internal-regex": "^@scope/", }, }`

`$3`

A string that represents the version of Node.js that you are using. A falsy value will imply the version of Node.js that you are running ESLint with.

`jsonc // .eslintrc { "settings": { "import/node-version": "22.3.4", }, }`

`SublimeLinter-eslint`

SublimeLinter-eslint introduced a change to support .eslintignorefiles which altered the way file paths are passed to ESLint when linting during editing. This change sends a relative path instead of the absolute path to the file (as ESLint normally provides), which can make it impossible for this plugin to resolve dependencies on the filesystem.

This workaround should no longer be necessary with the release of ESLint 2.0, when.eslintignore will be updated to work more like a .gitignore, which should support proper ignoring of absolute paths via--stdin-filename.

In the meantime, see roadhump/SublimeLinter-eslint#58 for more details and discussion, but essentially, you may find you need to add the followingSublimeLinter config to your Sublime project file:

`json { "folders": [ { "path": "code" } ], "SublimeLinter": { "linters": { "eslint": { "chdir": "${project}/code" } } } }`

Note that ${project}/code matches the code provided at folders[0].path.

The purpose of the chdirsetting, in this case, is to set the working directory from which ESLint is executed to be the same as the directory on which SublimeLinter-eslint bases the relative path it provides.

See the SublimeLinter docs on chdirfor more information, in case this does not work with your project.

If you are not using .eslintignore, or don't have a Sublime project file, you can also do the following via a.sublimelinterrcfile in some ancestor directory of your code:

`json { "linters": { "eslint": { "args": ["--stdin-filename", "@"] } } }`

I also found that I needed to set rc_search_limit to null, which removes the file hierarchy search limit when looking up the directory tree for.sublimelinterrc:

In Package Settings / SublimeLinter / User Settings:

`json { "user": { "rc_search_limit": null } }`

I believe this defaults to 3`, so you may not need to alter it depending on your
project folder max depth.

[codecov-image]: https://codecov.io/gh/import-js/eslint-plugin-import/branch/main/graphs/badge.svg
[codecov-url]: https://app.codecov.io/gh/import-js/eslint-plugin-import/
[actions-image]: https://img.shields.io/endpoint?url=https://github-actions-badge-u3jn4tfpocch.runkit.sh/import-js/eslint-plugin-import
[actions-url]: https://github.com/import-js/eslint-plugin-import

eslint-plugin-import

IF YOU ARE USING THIS WITH SUBLIME: see the bottom section for important info.

Rules

$3

`eslint-plugin-import` for enterprise

Available as part of the Tidelift Subscription.

Installation

``sh

`inside your project's working tree`


npm install eslint-plugin-import --save-dev

$3

All rules are off by default. However, you may extend one of the preset configs, or configure them manually in your .eslintrc.(yml|json|js).

- Extending a preset config:

`jsonc { "extends": [ "eslint:recommended", "plugin:import/recommended", ], }`

- Configuring manually:

`$3`

All rules are off by default. However, you may configure them manually in your eslint.config.(js|cjs|mjs), or extend one of the preset configs:

`js import importPlugin from 'eslint-plugin-import'; import js from '@eslint/js';

`TypeScript`

You may use the following snippet or assemble your own config using the granular settings described below it.

Make sure you have installed [@typescript-eslint/parser] and [eslint-import-resolver-typescript] which are used in the following configuration.

`$3`

If you are using the config method from typescript-eslint, ensure that the flatConfig is included within the extends array.

`js import tseslint from 'typescript-eslint'; import importPlugin from 'eslint-plugin-import'; import js from '@eslint/js';

`Resolvers`

With the advent of module bundlers and the current state of modules and module syntax specs, it's not always obvious whereimport x from 'module'should look to find the file behindmodule.

Up through v0.10ish, this plugin has directly used substack's [resolve] plugin, which implements Node's import behavior. This works pretty well in most cases.

In the interest of supporting both of these, v0.11 introduces resolvers.

Currently [Node] and [webpack] resolution have been implemented, but the resolvers are just npm packages, so third party packages are supported (and encouraged!).

You can reference resolvers in several ways (in order of precedence):

- as a conventional eslint-import-resolver name, like eslint-import-resolver-foo:

`jsonc // .eslintrc { "settings": { // uses 'eslint-import-resolver-foo': "import/resolver": "foo", }, }`

`yaml

`.eslintrc.yml`


settings:
  # uses 'eslint-import-resolver-foo':
  import/resolver: foo

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { foo: { someConfig: value } } } }`

- with a full npm module name, like my-awesome-npm-module:

`jsonc // .eslintrc { "settings": { "import/resolver": "my-awesome-npm-module", }, }`

`yaml

`.eslintrc.yml`


settings:
  import/resolver: 'my-awesome-npm-module'

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { 'my-awesome-npm-module': { someConfig: value } } } }`

- with a filesystem path to resolver, defined in this example as a computed property name:

`js // .eslintrc.js module.exports = { settings: { 'import/resolver': { [path.resolve('../../../my-resolver')]: { someConfig: value } } } }`

Relative paths will be resolved relative to the source's nearest package.jsonor the process's current working directory if nopackage.json is found.

If you are interesting in writing a resolver, see the spec for more details.

[resolve]: https://www.npmjs.com/package/resolve [externals]: https://webpack.github.io/docs/library-and-externals.html

[Node]: https://www.npmjs.com/package/eslint-import-resolver-node [webpack]: https://www.npmjs.com/package/eslint-import-resolver-webpack

`Settings`

You may set the following settings in your .eslintrc:

`$3`

A list of file extensions that will be parsed as modules and inspected forexports.

`js "settings": { "import/extensions": [ ".js", ".jsx" ] }`

If you require more granular extension definitions, you can use:

`js "settings": { "import/resolver": { "node": { "extensions": [ ".js", ".jsx" ] } } }`

Note that this is different from (and likely a subset of) any import/resolverextensions settings, which may include.json, .coffee, etc. which will still factor into theno-unresolved rule.

Also, the following import/ignore patterns will overrule this list.

`$3`

no-unresolved has its own ignore setting.

`jsonc { "settings": { "import/ignore": [ "\.coffee$", // fraught with parse errors "\.(scss|less|css)$", // can't parse unprocessed CSS modules, either ], }, }`

`$3`

For example, Electron exposes an electron module:

`js import 'electron' // without extra config, will be flagged as unresolved!`

that would otherwise be unresolved. To avoid this, you may provide electronas a core module:

`jsonc // .eslintrc { "settings": { "import/core-modules": ["electron"], }, }`

In Electron's specific case, there is a shared config named electronthat specifies this for you.

Contribution of more such shared configs for other platforms are welcome!

`$3`

This option is also useful in a monorepo setup: list here all directories that contain monorepo's packages and they will be treated as external ones no matter which resolver is used.

If you are using yarn PnP as your package manager, add the .yarn folder and all your installed dependencies will be considered as external, instead of internal.

Each item in this array is either a folder's name, its subpath, or its absolute prefix path:

- packages/core will match any path that contains these two segments, for example /home/me/project/packages/core/src/utils.js.

- /home/me/project/packages will only match files and directories inside this directory, and the directory itself.

Please note that incomplete names are not allowed here so components won't match bower_components and packages/ui won't match packages/ui-utils (but will match packages/ui/utils).

`$3`

`jsonc // .eslintrc { "settings": { "import/parsers": { "@typescript-eslint/parser": [".ts", ".tsx"], }, }, }`

In this case, @typescript-eslint/parsermust be installed and require-able from the runningeslintmodule's location (i.e., install it as a peer of ESLint).

This is currently only tested with @typescript-eslint/parser(and its predecessor,typescript-eslint-parser) but should theoretically work with any moderately ESTree-compliant parser.

`$3`

See resolvers.

`$3`

Settings for cache behavior. Memoization is used at various levels to avoid the copious amount of fs.statSync/module parse calls required to correctly report errors.

For long-lasting processes, like [eslint_d] or [eslint-loader], however, it's important that there be some notion of staleness.

If you never use [eslint_d] or [eslint-loader], you may set the cache lifetime to Infinity and everything should be fine:

`jsonc // .eslintrc { "settings": { "import/cache": { "lifetime": "∞", // or Infinity, in a JS config }, }, }`

Otherwise, set some integer, and cache entries will be evicted after that many seconds have elapsed:

`jsonc // .eslintrc { "settings": { "import/cache": { "lifetime": 5, // 30 is the default }, }, }`

[eslint_d]: https://www.npmjs.com/package/eslint_d [eslint-loader]: https://www.npmjs.com/package/eslint-loader

`$3`

A regex for packages should be treated as internal. Useful when you are utilizing a monorepo setup or developing a set of packages that depend on each other.

For example, if your packages in a monorepo are all in @scope, you can configure import/internal-regex like this

`jsonc // .eslintrc { "settings": { "import/internal-regex": "^@scope/", }, }`

`$3`

A string that represents the version of Node.js that you are using. A falsy value will imply the version of Node.js that you are running ESLint with.

`jsonc // .eslintrc { "settings": { "import/node-version": "22.3.4", }, }`

`SublimeLinter-eslint`

`json { "folders": [ { "path": "code" } ], "SublimeLinter": { "linters": { "eslint": { "chdir": "${project}/code" } } } }`

Note that ${project}/code matches the code provided at folders[0].path.

See the SublimeLinter docs on chdirfor more information, in case this does not work with your project.

If you are not using .eslintignore, or don't have a Sublime project file, you can also do the following via a.sublimelinterrcfile in some ancestor directory of your code:

`json { "linters": { "eslint": { "args": ["--stdin-filename", "@"] } } }`

I also found that I needed to set rc_search_limit to null, which removes the file hierarchy search limit when looking up the directory tree for.sublimelinterrc:

In Package Settings / SublimeLinter / User Settings:

`json { "user": { "rc_search_limit": null } }`

I believe this defaults to 3`, so you may not need to alter it depending on your
project folder max depth.

@dword-design/eslint-plugin-import

eslint-plugin-import

Rules

$3

$3

$3

$3

eslint-plugin-import for enterprise

Installation

inside your project's working tree

$3

$3

TypeScript

$3

Resolvers

.eslintrc.yml

.eslintrc.yml

Settings

$3

$3

$3

$3

$3

$3

$3

$3

$3

SublimeLinter-eslint

@dword-design/eslint-plugin-import

eslint-plugin-import

Rules

$3

$3

$3

$3

eslint-plugin-import for enterprise

Installation

inside your project's working tree

$3

$3

TypeScript

$3

Resolvers

.eslintrc.yml

.eslintrc.yml

Settings

$3

$3

$3

$3

$3

$3

$3

$3

$3

SublimeLinter-eslint

`eslint-plugin-import` for enterprise

`inside your project's working tree`

`$3`

`TypeScript`

`$3`

`Resolvers`

`.eslintrc.yml`

`.eslintrc.yml`

`Settings`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`SublimeLinter-eslint`

`eslint-plugin-import` for enterprise

`inside your project's working tree`

`$3`

`TypeScript`

`$3`

`Resolvers`

`.eslintrc.yml`

`.eslintrc.yml`

`Settings`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`$3`

`SublimeLinter-eslint`