CLI app for easily creating and placing boilerplate code from predefined blueprints.
npm install bluprint -g
bluprint
Clone the repo.
npm install
npm link
npm run watch
To clear the dummy files
npm run clear
For these examples our starting folder structure is:
project
│ README.md
│ .bluprintconfig
│ package.json
│
├───app
│ │ app.js
│
└───blueprints
│ ...
Here's an application structure we want to blueprint and generate.
project
│ README.md
│ .bluprintconfig
│ package.json
│
└───app
│ app.js
│
├───components
│ │ Todo.js
│ │ List.js
│
└───actions
│ todos.js
│ filters.js
We will need to create two blueprints, one for components and one for actions. These will be placed in project/blueprints/__blueprint__
.
Here's what a component
blueprint for react might look like.
// component blueprint
// project/blueprints/component.js
'use strict'
import {
Component,
PropTypes
} from 'react'
export default class <% TEMPLATE_TOKEN pascalCase %> extends Component {
render() {
return (
<div></div>
);
}
}
<% TEMPLATE_TOKEN pascalCase %>.propTypes = {
};
To generate a Todo component
run
bluprint generate component Todo
.
Which will output
// Todo component
// app/components/Todo.js
'use strict'
import {
Component,
PropTypes
} from 'react'
export default class Todo extends Component {
render() {
return (
<div></div>
);
}
}
Todo.propTypes = {
};
bluprint also allows generation of application structures utilizing pods. Here's an example structure we want to blueprint and generate.
project
│ README.md
│ .bluprintconfig
│ package.json
│
└───app
│ app.js
│
├───components
│ │ List.js
│
└───pods
│
└───todos
│
├───components
│ │ Item.js
│ │ Form.js
│
├───index
│ │ component.js
│ │ container.js
│
│ constants.js
│ actions.js
│ reducers.js
│ routes.js
To generate into a pods subdirectory you will need to set the directory in the config and then use the --pod
flag.
The file structure for a pod
blueprint looks like this:
app
│ README.md
│ .bluprintconfig
│ package.json
│
└───blueprints
│
└───pod
│
├───components
│ │
│
│ constants.js
│ actions.js
│ reducers.js
│ routes.js
│ config.json
Since pod
will always be generated using the pods structure we define "forcePods": true
in the blueprint config.
Before we can generate any of the components for the pod we will need to generate the pod.
bluprint generate pod todos
Using the component blueprint from before we generate the three types of components in this example.
bluprint generate component List
bluprint generate component todos/index --pod
bluprint generate component todos Item --pod
TEMPLATE_TOKEN
is the only currently available template variable. I will add more as the need arises.
Several string mutations are available to help format the template variables. These can be applied as additional arguments in the template variables. See change-case repo for examples.
upperCase
lowerCase
capialize
sentenceCase
titleCase
camelCase
pascalCase
snakeCase
paramCase
dotCase
pathCase
constantCase
plural
singular
Global and per blueprint config options are available. Here they are shown with their defaults.
{
"rootDirectory": "app",
"podsDirectory": "pods", // Assumed as a sub directory of root
"blueprintsDirectory": "blueprints",
"useTemplateDirectory": true // Should the components be generated in directory matching the template name?
}
{
"forcePods": false
}
The __TEMPLATE_TOKEN__
used for any file or directory within /blueprints
will be replaced with the component name supplied via the command. This is useful if you have some files that should be generated that do not ytake the components name, e.g., index.js
.
With this blueprint structure
project
│ README.md
│ .bluprintconfig
│ package.json
│
├───app
│ └── app.js
│
└───blueprints
│
└───class
│
└───__TEMPLATE_TOKEN__
│
│ __TEMPLATE_TOKEN.js
│ index.js
bluprint generate class Newclass
will generate
project
│ README.md
│ .bluprintconfig
│ package.json
│
└───app
├── app.js
│
└───Newclass
│
│ Newclass.js
│ index.js