define(function(require) { 'use strict'; var expect = chai.expect, angular = require('angular'), mocks = require('angularMocks'), AccountCtrl = require('js/controller/account'), EmailDAO = require('js/dao/email-dao'), PGP = require('js/crypto/pgp'), dl = require('js/util/download'), appController = require('js/app-controller'); describe('Account Controller unit test', function() { var scope, accountCtrl, origEmailDao, emailDaoMock, dummyFingerprint, expectedFingerprint, dummyKeyId, expectedKeyId, emailAddress, keySize, cryptoMock; beforeEach(function() { origEmailDao = appController._emailDao; cryptoMock = sinon.createStubInstance(PGP); emailDaoMock = sinon.createStubInstance(EmailDAO); emailDaoMock._crypto = cryptoMock; appController._emailDao = emailDaoMock; dummyFingerprint = '3A2D39B4E1404190B8B949DE7D7E99036E712926'; expectedFingerprint = '3A2D 39B4 E140 4190 B8B9 49DE 7D7E 9903 6E71 2926'; dummyKeyId = '9FEB47936E712926'; expectedKeyId = '6E712926'; cryptoMock.getFingerprint.returns(dummyFingerprint); cryptoMock.getKeyId.returns(dummyKeyId); emailAddress = 'fred@foo.com'; keySize = 1234; emailDaoMock._account = { emailAddress: emailAddress, asymKeySize: keySize }; angular.module('accounttest', []); mocks.module('accounttest'); mocks.inject(function($rootScope, $controller) { scope = $rootScope.$new(); scope.state = {}; accountCtrl = $controller(AccountCtrl, { $scope: scope }); }); }); afterEach(function() { // restore the module appController._emailDao = origEmailDao; }); describe('scope variables', function() { it('should be set correctly', function() { expect(scope.eMail).to.equal(emailAddress); expect(scope.keyId).to.equal(expectedKeyId); expect(scope.fingerprint).to.equal(expectedFingerprint); expect(scope.keysize).to.equal(keySize); }); }); describe('export to key file', function() { it('should work', function(done) { var createDownloadMock = sinon.stub(dl, 'createDownload'); cryptoMock.exportKeys.yields(null, { publicKeyArmored: 'a', privateKeyArmored: 'b', keyId: dummyKeyId }); createDownloadMock.withArgs(sinon.match(function(arg) { return arg.content === 'ab' && arg.filename === expectedKeyId + '.asc' && arg.contentType === 'text/plain'; })).yields(); scope.onError = function() { expect(cryptoMock.exportKeys.calledOnce).to.be.true; expect(dl.createDownload.calledOnce).to.be.true; dl.createDownload.restore(); done(); }; scope.exportKeyFile(); }); it('should not work when key export failed', function(done) { cryptoMock.exportKeys.yields(new Error('asdasd')); scope.onError = function() { expect(cryptoMock.exportKeys.calledOnce).to.be.true; done(); }; scope.exportKeyFile(); }); it('should not work when create download failed', function(done) { var createDownloadMock = sinon.stub(dl, 'createDownload'); cryptoMock.exportKeys.yields(null, { publicKeyArmored: 'a', privateKeyArmored: 'b', keyId: dummyKeyId }); createDownloadMock.withArgs(sinon.match(function(arg) { return arg.content === 'ab' && arg.filename === expectedKeyId + '.asc' && arg.contentType === 'text/plain'; })).yields(new Error('asdasd')); scope.onError = function() { expect(cryptoMock.exportKeys.calledOnce).to.be.true; expect(dl.createDownload.calledOnce).to.be.true; dl.createDownload.restore(); done(); }; scope.exportKeyFile(); }); }); }); });