The Tor Browser: addon-sdk/source/test/test-heritage.js@129ffea94266 (annotated)

addon-sdk/source/test/test-heritage.js@129ffea94266 (annotated)

addon-sdk/source/test/test-heritage.js

Sat, 03 Jan 2015 20:18:00 +0100

author: Michael Schloh von Bennewitz <michael@schloh.com>
date: Sat, 03 Jan 2015 20:18:00 +0100
branch: TOR_BUG_3246
changeset 7: 129ffea94266
permissions: -rw-r--r--

Conditionally enable double key logic according to:
private browsing mode or privacy.thirdparty.isolate preference and
implement in GetCookieStringCommon and FindCookie where it counts...
With some reservations of how to convince FindCookie users to test
condition and pass a nullptr when disabling double key logic.

 /* 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/. */
 "use strict";
 const { Class, extend, mix, obscure } = require('sdk/core/heritage');
 exports['test extend'] = function(assert) {
   let ancestor = { a: 1 };
   let descendant = extend(ancestor, {
     b: 2,
     get c() { return 3 },
     d: function() { return 4 }
   });
   assert.ok(ancestor.isPrototypeOf(descendant),
             'descendant inherits from ancestor');
   assert.ok(descendant.b, 2, 'proprety was implemented');
   assert.ok(descendant.c, 3, 'getter was implemented');
   assert.ok(descendant.d(), 4, 'method was implemented');
   /* Will be fixed once Bug 674195 is shipped.
   assert.ok(Object.isFrozen(descendant),
             'extend returns frozen objects');
   */
 };
 exports['test mix'] = function(assert) {
   let ancestor = { a: 1 }
   let mixed = mix(extend(ancestor, { b: 1, c: 1 }), { c: 2 }, { d: 3 });
   assert.deepEqual(JSON.parse(JSON.stringify(mixed)), { b: 1, c: 2, d: 3 },
                    'properties mixed as expected');
   assert.ok(ancestor.isPrototypeOf(mixed),
             'first arguments ancestor is ancestor of result');
 };
 exports['test obscure'] = function(assert) {
   let fixture = mix({ a: 1 }, obscure({ b: 2 }));
   assert.equal(fixture.a, 1, 'a property is included');
   assert.equal(fixture.b, 2, 'b proprety is included');
   assert.ok(!Object.getOwnPropertyDescriptor(fixture, 'b').enumerable,
             'obscured properties are non-enumerable');
 };
 exports['test inheritance'] = function(assert) {
   let Ancestor = Class({
     name: 'ancestor',
     method: function () {
       return 'hello ' + this.name;
     }
   });
   assert.ok(Ancestor() instanceof Ancestor,
             'can be instantiated without new');
   assert.ok(new Ancestor() instanceof Ancestor,
             'can also be instantiated with new');
   assert.ok(Ancestor() instanceof Class,
             'if ancestor not specified than defaults to Class');
   assert.ok(Ancestor.prototype.extends, Class.prototype,
             'extends of prototype points to ancestors prototype');
   assert.equal(Ancestor().method(), 'hello ancestor',
                'instance inherits defined properties');
   let Descendant = Class({
     extends: Ancestor,
     name: 'descendant'
   });
   assert.ok(Descendant() instanceof Descendant,
             'instantiates correctly');
   assert.ok(Descendant() instanceof Ancestor,
             'Inherits for passed `extends`');
   assert.equal(Descendant().method(), 'hello descendant',
                'propreties inherited');
 };
 exports['test immunity against __proto__'] = function(assert) {
   let Foo = Class({ name: 'foo', hacked: false });
   let Bar = Class({ extends: Foo, name: 'bar' });
   assert.throws(function() {
     Foo.prototype.__proto__ = { hacked: true };
     if (Foo() instanceof Base && !Foo().hacked)
       throw Error('can not change prototype chain');
   }, 'prototype chain is immune to __proto__ hacks');
   assert.throws(function() {
     Foo.prototype.__proto__ = { hacked: true };
     if (Bar() instanceof Foo && !Bar().hacked)
       throw Error('can not change prototype chain');
   }, 'prototype chain of decedants immune to __proto__ hacks');
 };
 exports['test super'] = function(assert) {
   var Foo = Class({
     initialize: function initialize(options) {
       this.name = options.name;
     }
   });
   var Bar = Class({
     extends: Foo,
     initialize: function Bar(options) {
       Foo.prototype.initialize.call(this, options);
       this.type = 'bar';
     }
   });
   var bar = Bar({ name: 'test' });
   assert.equal(bar.type, 'bar', 'bar initializer was called');
   assert.equal(bar.name, 'test', 'bar initializer called Foo initializer');
 };
 exports['test initialize'] = function(assert) {
   var Dog = Class({
     initialize: function initialize(name) {
       this.name = name;
     },
     type: 'dog',
     bark: function bark() {
       return 'Ruff! Ruff!'
     }
   });
   var fluffy = Dog('Fluffy');   // instatiation
   assert.ok(fluffy instanceof Dog,
             'instanceof works as expected');
   assert.ok(fluffy instanceof Class,
             'inherits form Class if not specified otherwise');
   assert.ok(fluffy.name, 'fluffy',
             'initialize unless specified otherwise');
 };
 exports['test complements regular inheritace'] = function(assert) {
   let Base = Class({ name: 'base' });
   function Type() {
       // ...
   }
   Type.prototype = Object.create(Base.prototype);
   Type.prototype.run = function() {
     // ...
   };
   let value = new Type();
   assert.ok(value instanceof Type, 'creates instance of Type');
   assert.ok(value instanceof Base, 'inherits from Base');
   assert.equal(value.name, 'base', 'inherits properties from Base');
   let SubType = Class({
     extends: Type,
     sub: 'type'
   });
   let fixture = SubType();
   assert.ok(fixture instanceof Base, 'is instance of Base');
   assert.ok(fixture instanceof Type, 'is instance of Type');
   assert.ok(fixture instanceof SubType, 'is instance of SubType');
   assert.equal(fixture.sub, 'type', 'proprety is defined');
   assert.equal(fixture.run, Type.prototype.run, 'proprety is inherited');
   assert.equal(fixture.name, 'base', 'inherits base properties');
 };
 exports['test extends object'] = function(assert) {
   let prototype = { constructor: function() { return this; }, name: 'me' };
   let Foo = Class({
     extends: prototype,
     value: 2
   });
   let foo = new Foo();
   assert.ok(foo instanceof Foo, 'instance of Foo');
   assert.ok(!(foo instanceof Class), 'is not instance of Class');
   assert.ok(prototype.isPrototypeOf(foo), 'inherits from given prototype');
   assert.equal(Object.getPrototypeOf(Foo.prototype), prototype,
                'contsructor prototype inherits from extends option');
   assert.equal(foo.value, 2, 'property is defined');
   assert.equal(foo.name, 'me', 'prototype proprety is inherited');
 };
 var HEX = Class({
   hex: function hex() {
     return '#' + this.color;
   }
 });
 var RGB = Class({
   red: function red() {
     return parseInt(this.color.substr(0, 2), 16);
   },
   green: function green() {
     return parseInt(this.color.substr(2, 2), 16);
   },
   blue: function blue() {
     return parseInt(this.color.substr(4, 2), 16);
   }
 });
 var CMYK = Class({
   black: function black() {
     var color = Math.max(Math.max(this.red(), this.green()), this.blue());
     return (1 - color / 255).toFixed(4);
   },
   magenta: function magenta() {
     var K = this.black();
     return (((1 - this.green() / 255).toFixed(4) - K) / (1 - K)).toFixed(4);
   },
   yellow: function yellow() {
     var K = this.black();
     return (((1 - this.blue() / 255).toFixed(4) - K) / (1 - K)).toFixed(4);
   },
   cyan: function cyan() {
     var K = this.black();
     return (((1 - this.red() / 255).toFixed(4) - K) / (1 - K)).toFixed(4);
   }
 });
 var Color = Class({
   implements: [ HEX, RGB, CMYK ],
   initialize: function initialize(color) {
     this.color = color;
   }
 });
 exports['test composition'] = function(assert) {
   var pink = Color('FFC0CB');
   assert.equal(pink.red(), 255, 'red() works');
   assert.equal(pink.green(), 192, 'green() works');
   assert.equal(pink.blue(), 203, 'blue() works');
   assert.equal(pink.magenta(), 0.2471, 'magenta() works');
   assert.equal(pink.yellow(), 0.2039, 'yellow() works');
   assert.equal(pink.cyan(), 0.0000, 'cyan() works');
   assert.ok(pink instanceof Color, 'is instance of Color');
   assert.ok(pink instanceof Class, 'is instance of Class');
 };
 var Point = Class({
   initialize: function initialize(x, y) {
     this.x = x;
     this.y = y;
   },
   toString: function toString() {
     return this.x + ':' + this.y;
   }
 })
 var Pixel = Class({
   extends: Point,
   implements: [ Color ],
   initialize: function initialize(x, y, color) {
     Color.prototype.initialize.call(this, color);
     Point.prototype.initialize.call(this, x, y);
   },
   toString: function toString() {
     return this.hex() + '@' + Point.prototype.toString.call(this)
   }
 });
 exports['test compostion with inheritance'] = function(assert) {
   var pixel = Pixel(11, 23, 'CC3399');
   assert.equal(pixel.toString(), '#CC3399@11:23', 'stringifies correctly');
   assert.ok(pixel instanceof Pixel, 'instance of Pixel');
   assert.ok(pixel instanceof Point, 'instance of Point');
 };
 exports['test composition with objects'] = function(assert) {
   var A = { a: 1, b: 1 };
   var B = Class({ b: 2, c: 2 });
   var C = { c: 3 };
   var D = { d: 4 };
   var ABCD = Class({
     implements: [ A, B, C, D ],
     e: 5
   });
   var f = ABCD();
   assert.equal(f.a, 1, 'inherits A.a');
   assert.equal(f.b, 2, 'inherits B.b overrides A.b');
   assert.equal(f.c, 3, 'inherits C.c overrides B.c');
   assert.equal(f.d, 4, 'inherits D.d');
   assert.equal(f.e, 5, 'implements e');
 };
 require("test").run(exports);