---
description: 'Enforce consistent usage of type imports.'
---

> 🛑 This file is source code, not the primary documentation location! 🛑
>
> See **https://typescript-eslint.io/rules/consistent-type-imports** for documentation.

TypeScript allows specifying a `type` keyword on imports to indicate that the export exists only in the type system, not at runtime.
This allows transpilers to drop imports without knowing the types of the dependencies.

## Options

### `prefer`

This option defines the expected import kind for type-only imports. Valid values for `prefer` are:

- `type-imports` will enforce that you always use `import type Foo from '...'` except referenced by metadata of decorators. It is the default.
- `no-type-imports` will enforce that you always use `import Foo from '...'`.

Examples of **correct** code with `{prefer: 'type-imports'}`, and **incorrect** code with `{prefer: 'no-type-imports'}`.

```ts
import type { Foo } from 'Foo';
import type Bar from 'Bar';
type T = Foo;
const x: Bar = 1;
```

Examples of **incorrect** code with `{prefer: 'type-imports'}`, and **correct** code with `{prefer: 'no-type-imports'}`.

```ts
import { Foo } from 'Foo';
import Bar from 'Bar';
type T = Foo;
const x: Bar = 1;
```

### `fixStyle`

This option defines the expected type modifier to be added when an import is detected as used only in the type position. Valid values for `fixStyle` are:

- `separate-type-imports` will add the type keyword after the import keyword `import type { A } from '...'`. It is the default.
- `inline-type-imports` will inline the type keyword `import { type A } from '...'` and is only available in TypeScript 4.5 and onwards. See [documentation here](https://www.typescriptlang.org/docs/handbook/release-notes/typescript-4-5.html#type-modifiers-on-import-names 'TypeScript 4.5 documentation on type modifiers and import names').

<!--tabs-->

#### ❌ Incorrect

```ts
import { Foo } from 'Foo';
import Bar from 'Bar';
type T = Foo;
const x: Bar = 1;
```

#### ✅ With `separate-type-imports`

```ts
import type { Foo } from 'Foo';
import type Bar from 'Bar';
type T = Foo;
const x: Bar = 1;
```

#### ✅ With `inline-type-imports`

```ts
import { type Foo } from 'Foo';
import type Bar from 'Bar';
type T = Foo;
const x: Bar = 1;
```

<!--tabs-->

### `disallowTypeAnnotations`

If `true`, type imports in type annotations (`import()`) are not allowed.
Default is `true`.

Examples of **incorrect** code with `{disallowTypeAnnotations: true}`:

```ts
type T = import('Foo').Foo;
const x: import('Bar') = 1;
```

## Usage with `emitDecoratorMetadata`

The `emitDecoratorMetadata` compiler option changes the code the TypeScript emits. In short - it causes TypeScript to create references to value imports when they are used in a type-only location. If you are using `emitDecoratorMetadata` then our tooling will require additional information in order for the rule to work correctly.

If you are using [type-aware linting](https://typescript-eslint.io/linting/typed-linting), then you just need to ensure that the `tsconfig.json` you've configured for `parserOptions.project` has `emitDecoratorMetadata` turned on. Otherwise you can explicitly tell our tooling to analyze your code as if the compiler option was turned on [by setting `parserOptions.emitDecoratorMetadata` to `true`](https://github.com/typescript-eslint/typescript-eslint/blob/main/packages/parser/README.md#parseroptionsemitdecoratormetadata).

## When Not To Use It

- If you specifically want to use both import kinds for stylistic reasons, you can disable this rule.
