show which rules are fixable

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Henry Zhu 2016-06-01 18:13:06 -04:00
parent f57dc5227a
commit 148e6be60f

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@ -41,17 +41,19 @@ original ones as well!).
Each rule corresponds to a core `eslint` rule, and has the same options. Each rule corresponds to a core `eslint` rule, and has the same options.
🛠 : means it's autofixable with `--fix`.
- `babel/generator-star-spacing`: Handles async/await functions correctly - `babel/generator-star-spacing`: Handles async/await functions correctly
- `babel/new-cap`: Ignores capitalized decorators (`@Decorator`) - `babel/new-cap`: Ignores capitalized decorators (`@Decorator`)
- `babel/array-bracket-spacing`: Handles destructuring arrays with flow type in function parameters - `babel/array-bracket-spacing`: Handles destructuring arrays with flow type in function parameters (🛠 )
- `babel/object-curly-spacing`: doesn't complain about `export x from "mod";` or `export * as x from "mod";` - `babel/object-curly-spacing`: doesn't complain about `export x from "mod";` or `export * as x from "mod";` (🛠 )
- `babel/object-shorthand`: doesn't fail when using object spread (`...obj`) - `babel/object-shorthand`: doesn't fail when using object spread (`...obj`)
- `babel/arrow-parens`: Handles async functions correctly - `babel/arrow-parens`: Handles async functions correctly (🛠 )
The following rules are not in `eslint`, but are relevant only to syntax that is not specified by The following rules are not in `eslint`, but are relevant only to syntax that is not specified by
the current JavaScript standard or supported by `eslint`. the current JavaScript standard or supported by `eslint`.
- `babel/no-await-in-loop`: guard against awaiting async functions inside of a loop - `babel/no-await-in-loop`: guard against awaiting async functions inside of a loop
- `babel/flow-object-type`: Require a particular separator between properties in Flow object types. - `babel/flow-object-type`: Require a particular separator between properties in Flow object types. (🛠 )
- Use the option `semicolon` to require semicolons (e.g. `type Foo = { bar: number; baz: string }`). - Use the option `semicolon` to require semicolons (e.g. `type Foo = { bar: number; baz: string }`).
- Use the option `comma` to require commas (e.g. `type Foo = { bar: number, baz: string }`). - Use the option `comma` to require commas (e.g. `type Foo = { bar: number, baz: string }`).