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 /* This Source Code Form is subject to the terms of the Mozilla Public

  * License, v. 2.0. If a copy of the MPL was not distributed with this

  * file, You can obtain one at http://mozilla.org/MPL/2.0/. */

 exports.testDefine = function(assert) {

   let tiger = require('./modules/tiger');

   assert.equal(tiger.name, 'tiger', 'name proprety was exported properly');

   assert.equal(tiger.type, 'cat', 'property form other module exported');

 };

 exports.testDefineInoresNonFactory = function(assert) {

   let mod = require('./modules/async2');

   assert.equal(mod.name, 'async2', 'name proprety was exported properly');

   assert.ok(mod.traditional2Name !== 'traditional2', '1st is ignored');

 };

 /* Disable test that require AMD specific functionality:

 // define() that exports a function as the module value,

 // specifying a module name.

 exports.testDefExport = function(assert) {

   var add = require('modules/add');

   assert.equal(add(1, 1), 2, 'Named define() exporting a function');

 };

 // define() that exports function as a value, but is anonymous

 exports.testAnonDefExport = function (assert) {

   var subtract = require('modules/subtract');

   assert.equal(subtract(4, 2), 2,

                    'Anonymous define() exporting a function');

 }

 // using require([], function () {}) to load modules.

 exports.testSimpleRequire = function (assert) {

   require(['modules/blue', 'modules/orange'], function (blue, orange) {

     assert.equal(blue.name, 'blue', 'Simple require for blue');

     assert.equal(orange.name, 'orange', 'Simple require for orange');

     assert.equal(orange.parentType, 'color',

                      'Simple require dependency check for orange');

   });

 }

 // using nested require([]) calls.

 exports.testSimpleRequireNested = function (assert) {

   require(['modules/blue', 'modules/orange', 'modules/green'],

   function (blue, orange, green) {

     require(['modules/orange', 'modules/red'], function (orange, red) {

       assert.equal(red.name, 'red', 'Simple require for red');

       assert.equal(red.parentType, 'color',

                        'Simple require dependency check for red');

       assert.equal(blue.name, 'blue', 'Simple require for blue');

       assert.equal(orange.name, 'orange', 'Simple require for orange');

       assert.equal(orange.parentType, 'color',

                        'Simple require dependency check for orange');

       assert.equal(green.name, 'green', 'Simple require for green');

       assert.equal(green.parentType, 'color',

                        'Simple require dependency check for green');

     });

   });

 }

 // requiring a traditional module, that uses async, that use traditional and

 // async, with a circular reference

 exports.testMixedCircular = function (assert) {

   var t = require('modules/traditional1');

   assert.equal(t.name, 'traditional1', 'Testing name');

   assert.equal(t.traditional2Name, 'traditional2',

                    'Testing dependent name');

   assert.equal(t.traditional1Name, 'traditional1', 'Testing circular name');

   assert.equal(t.async2Name, 'async2', 'Testing async2 name');

   assert.equal(t.async2Traditional2Name, 'traditional2',

                    'Testing nested traditional2 name');

 }

 // Testing define()(function(require) {}) with some that use exports,

 // some that use return.

 exports.testAnonExportsReturn = function (assert) {

   var lion = require('modules/lion');

   require(['modules/tiger', 'modules/cheetah'], function (tiger, cheetah) {

     assert.equal('lion', lion, 'Check lion name');

     assert.equal('tiger', tiger.name, 'Check tiger name');

     assert.equal('cat', tiger.type, 'Check tiger type');

     assert.equal('cheetah', cheetah(), 'Check cheetah name');

   });

 }

 // circular dependency

 exports.testCircular = function (assert) {

   var pollux = require('modules/pollux'),

       castor = require('modules/castor');

   assert.equal(pollux.name, 'pollux', 'Pollux\'s name');

   assert.equal(pollux.getCastorName(),

                    'castor', 'Castor\'s name from Pollux.');

   assert.equal(castor.name, 'castor', 'Castor\'s name');

   assert.equal(castor.getPolluxName(), 'pollux',

                    'Pollux\'s name from Castor.');

 }

 // test a bad module that asks for exports but also does a define() return

 exports.testBadExportAndReturn = function (assert) {

   var passed = false;

   try {

     var bad = require('modules/badExportAndReturn');

   } catch(e) {

     passed = /cannot use exports and also return/.test(e.toString());

   }

   assert.equal(passed, true, 'Make sure exports and return fail');

 }

 // test a bad circular dependency, where an exported value is needed, but

 // the return value happens too late, a module already asked for the exported

 // value.

 exports.testBadExportAndReturnCircular = function (assert) {

   var passed = false;

   try {

     var bad = require('modules/badFirst');

   } catch(e) {

     passed = /after another module has referenced its exported value/

              .test(e.toString());

   }

   assert.equal(passed, true, 'Make sure return after an exported ' +

                                  'value is grabbed by another module fails.');

 }

 // only allow one define call per file.

 exports.testOneDefine = function (assert) {

   var passed = false;

   try {

     var dupe = require('modules/dupe');

   } catch(e) {

     passed = /Only one call to define/.test(e.toString());

   }

   assert.equal(passed, true, 'Only allow one define call per module');

 }

 // only allow one define call per file, testing a bad nested define call.

 exports.testOneDefineNested = function (assert) {

   var passed = false;

   try {

     var dupe = require('modules/dupeNested');

   } catch(e) {

     passed = /Only one call to define/.test(e.toString());

   }

   assert.equal(passed, true, 'Only allow one define call per module');

 }

 */

 require('sdk/test').run(exports);