// main.js
var tiny = require('tiny-di')();

// `require` the module now and bind it to `app`
tiny.bind('app').load('lib/app');

var something = require('something');
something.setup();

// bind an existing object to `something`
tiny.bind('something').to(something);

// layz bind
// this module is loaded as soon as somebody requests the binding `another`
tiny.bind('another').lazy('v1/another');

// use namespaces
tiny.ns('some/ns').to('./some/local/dir/');
tiny.get('some/ns/foo'); // will require('./some/local/dir/foo')

// use custom providers
tiny.provide('Something').by(somethingProvider);

// this function is called whenever a module requires `Somehing`
function somethingProvider(env, injector) {
  return 'I was required by ' + env.binding;
}

// tiny-di comes with built-in resolver which tries
// to cover basic use cases.
// if you need a more advanced resolving of your deps, you can
// set a custom resolver
// have a look at the built-in resolver before doing this!
tiny.setResolver(function(file) {
  return require(file);
});


...

// module
module.exports = Module;

Module.$inject = ['app', 'something', 'another'];
function Module(app, something, another) {

  // use the constructor pattern for your modules/libs/classes..
  if (!(this instanceof Module)) {
    return new Module(app, something, another);
  }

  var self = this;

  // app, something and another are injected :)
  ...
}

// module
module.exports = Module;

Module.$inject = {
  deps: ['app', 'something', 'another'],
  callAs: 'class' // or: 'function' (default is 'function')
};
function Module(app, something, another) {

  // callAs='class' tells the injector to instantiate a new class
  // now you don't need to use the constructor pattern. yah!

  var self = this;

  // (this instanceof Module) -> true!
}

npm install
npm run watch

npm install
npm test