This page documents the top-level functions and classes exported by the jumpgen
package.
You may be looking for these pages instead:
Create a generator “factory function”.
The name
string is included with any events emitted by the generator.
The callback
function contains the generator logic. It receives a Context
object. Its return value is forwarded to the generator's promise.
It returns a factory function that accepts a JumpgenOptions
object and returns a Jumpgen
instance.
The JumpgenOptions
object has the following properties:
root
: The root directory for all file operations. Defaults to the current working directory.watch
: Whether to run the generator in watch mode. Defaults tofalse
.events
: AnEventEmitter
instance that will receive all events emitted by the generator. Use this if you want to consolidate events across multiple generators. Defaults to a newEventEmitter
instance.
A common technique is to wrap your jumpgen
call in an arrow function that accepts an options object. This is useful if you want to configure the generator with domain-specific options.
type MyGeneratorOptions = {
// ...
}
const myGenerator = (options: MyGeneratorOptions = {}) =>
jumpgen('my-generator', ctx => {
// ...
})
// 1. Customize the generator with options.
const generate = myGenerator()
// 2. Run the generator.
const generator = generate()
// 3. Wait for the generator to finish.
const result = await generator
// 4. Profit.
Create a generator “factory function” that runs any number of generators in parallel.
Composed generators have the same API as a generator defined with jumpgen(…)
, except that they resolve with an array of results instead of a single result, similar to Promise.all
.
const generatorC = compose(generatorA, generatorB)
await generatorC()
// => [resultA, resultB]