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https://github.com/charto/autodts-generator

DEPRECATED (TypeScript 1.8 includes all functionality) fork of https://github.com/SitePen/dts-generator
https://github.com/charto/autodts-generator

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DEPRECATED (TypeScript 1.8 includes all functionality) fork of https://github.com/SitePen/dts-generator

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DEPRECATED
==========

This module will no longer be updated, since TypeScript 1.8 already includes the same functionality.

.d.ts generator
===============

This is a fork of [dts-generator](https://github.com/SitePen/dts-generator) patched to work better with [autodts](https://github.com/charto/autodts).

Generates a single .d.ts bundle containing external module declarations generated from TypeScript files.

## What does this mean?

If you have a project with lots of individual TypeScript files that are designed to be consumed as external modules,
the TypeScript compiler doesn’t allow you to actually create a single bundle out of them. This package leverages the
TypeScript language services in TypeScript 1.4+ to generate a single .d.ts file containing multiple
`declare module 'foo'` declarations. This allows you to distribute a single .d.ts file along with your compiled
JavaScript that users can simply reference from the TypeScript compiler using a `/// ` comment.

.d.ts generator will also correctly merge non-external-module files, and any already-existing .d.ts files.

## Usage

1. `npm install dts-generator`

2. Generate your d.ts bundle:

Programmatically:

```js
require('dts-generator').generate({
name: 'package-name',
baseDir: '/path/to/package-directory',
files: [ 'a.ts', 'b.ts', ... ]
out: 'package-name.d.ts'
});
```

Command-line:

```bash
dts-generator --name package-name --baseDir /path/to/package-directory --out package-name.d.ts a.ts b.ts ...
```

Grunt:

```js
module.exports = function (grunt) {
grunt.loadNpmTasks('dts-generator');
grunt.initConfig({
dtsGenerator: {
options: {
name: 'package-name',
baseDir: '/path/to/package-directory',
out: 'package-name.d.ts'
},
default: {
src: [ '/path/to/package-directory/**/*.ts' ]
}
}
});
};
```

3. Reference your generated d.ts bundle from somewhere in your consumer module and import away!:

```ts
///

import Foo = require('package-name/Foo');

// ...
```

## Options

* `baseDir: string`: The base directory for the package being bundled. Any dependencies discovered outside this
directory will be excluded from the bundle.
* `excludes?: string[]`: A list of files, relative to `baseDir`, that should be excluded from the bundle. Use the
`--exclude` flag one or more times on the command-line.
* `externs?: string[]`: A list of external module reference paths that should be inserted as reference comments. Use
the `--extern` flag one or more times on the command-line.
* `files: string[]`: A list of files from the baseDir to bundle.
* `eol?: string`: The end-of-line character that should be used when outputting code. Defaults to `os.EOL`.
* `indent?: string`: The character(s) that should be used to indent the declarations in the output. Defaults to `\t`.
* `main?: string`: The module ID that should be used as the exported value of the package’s “main” module.
* `name: string`: The name of the package. Used to determine the correct exported package name for modules.
* `out: string`: The filename where the generated bundle will be created.
* `target?: ts.ScriptTarget`: The target environment for generated code. Defaults to `ts.ScriptTarget.Latest`.

## Known issues

* Output bundle code formatting is not perfect yet

## Thanks

@fdecampredon for the idea to dump output from the compiler emitter back into the compiler parser instead of trying to
figure out how to influence the code emitter.

## Licensing

© 2015 SitePen, Inc. New BSD License.
© 2015 BusFaster Ltd. New BSD License.