qp-define

server

> npm install qp-define --save

browser

<script src="qp-define.min.js"></script>

why?

• simple module system which works on both client and server
• leaves dependency management alone
• minimal additional syntax

usage

• require('qp-define') to introduce a global define function.
• define a module and call exports with the result.
• require core modules in the normal way.
• ensure modules are loaded in dependency order on the client.

optional

• on the server add keys for other locations which contain modules you want to use.
• local is predefined as path.dirname(require.main.filename), this is only useful for files in a node based project which won't be shared outside of the project. the define.path.local reference is useful for referencing the local project whilst keeping it externally available.
• require works in the normal way with the addition of predefined paths. predefined paths are accessed by prefixing the path name, eg var my_module = require('pathname/my_module')

example

// ./main.js
var path = require('path');

define = require('qp-define');
define.path('project_a', define.path.local);
define.path('user_modules', path.join(__dirname, '..', 'user_modules'));

define(module, function(exports, require) {

  var example0 = require('local/example0');
  var example1 = require('project_a/example1');
  var example2 = require('user_modules/example2');

  example0.run();
  example1.run();
  example2.run();

});

// ./example0.js
define(module, function(exports, require) {

  exports('example0', {

    run: function() {
      console.log('example0.run');
    }

  });

});

// ./example1.js
define(module, function(exports, require) {

  exports('project_a/example1', {

    run: function() {
      console.log('example1.run');
    }

  });

});

// ./../user_modules/example2/index.js
define(module, function(exports, require) {

  var path = require('path');

  exports('user_modules/example2', {

    run: function() {
      console.log('example2.run');
    }

  });

});