Migrate Remoting Webapp Unittests to use QUnit 2.0 syntax.

remoting/webapp/crd/js/dns_blackhole_checker_unittest.js

 // Copyright 2015 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 /**
  * @fileoverview
  * TODO(garykac): Create interface for SignalStrategy.
  * @suppress {checkTypes|checkVars|reportUnknownTypes|visibility}
  */
 
 (function() {
 
 'use strict';
 
 /** @type {(sinon.Spy|function(remoting.SignalStrategy.State))} */
 var onStateChange = null;
 
 /** @type {(sinon.Spy|function(Element):void)} */
 var onIncomingStanzaCallback = null;
 
 /** @type {remoting.DnsBlackholeChecker} */
 var checker = null;
 
 /** @type {remoting.MockSignalStrategy} */
 var signalStrategy = null;
 var fakeXhrs;
 
-module('dns_blackhole_checker', {
-  setup: function() {
+QUnit.module('dns_blackhole_checker', {
+  beforeEach: function() {
     fakeXhrs = [];
     sinon.useFakeXMLHttpRequest().onCreate = function(xhr) {
       fakeXhrs.push(xhr);
     };
 
     onStateChange = sinon.spy();
     onIncomingStanzaCallback = sinon.spy();
     signalStrategy = new remoting.MockSignalStrategy();
     checker = new remoting.DnsBlackholeChecker(signalStrategy);
 
     checker.setStateChangedCallback(onStateChange);
     checker.setIncomingStanzaCallback(onIncomingStanzaCallback);
 
     sinon.assert.notCalled(onStateChange);
     sinon.assert.notCalled(signalStrategy.connect);
     checker.connect('server', 'username', 'authToken');
     sinon.assert.calledWith(signalStrategy.connect, 'server', 'username',
                             'authToken');
 
     QUnit.equal(fakeXhrs.length, 1, 'exactly one XHR is issued');
     QUnit.equal(
         fakeXhrs[0].url, remoting.DnsBlackholeChecker.URL_TO_REQUEST_,
         'the correct URL is requested');
   },
-  teardown: function() {
+  afterEach: function() {
     base.dispose(checker);
     sinon.assert.calledWith(onStateChange,
                             remoting.SignalStrategy.State.CLOSED);
 
     onStateChange = null;
     onIncomingStanzaCallback = null;
     checker = null;
   },
 });
 
-test('success',
+QUnit.test('success',
   function() {
     fakeXhrs[0].respond(200);
     sinon.assert.notCalled(onStateChange);
 
     [
       remoting.SignalStrategy.State.CONNECTING,
       remoting.SignalStrategy.State.HANDSHAKE,
       remoting.SignalStrategy.State.CONNECTED
     ].forEach(function(state) {
       signalStrategy.setStateForTesting(state);
       sinon.assert.calledWith(onStateChange, state);
-      equal(checker.getState(), state);
+      QUnit.equal(checker.getState(), state);
     });
   }
 );
 
-test('http response after connected',
+QUnit.test('http response after connected',
   function() {
     [
       remoting.SignalStrategy.State.CONNECTING,
       remoting.SignalStrategy.State.HANDSHAKE,
     ].forEach(function(state) {
       signalStrategy.setStateForTesting(state);
       sinon.assert.calledWith(onStateChange, state);
-      equal(checker.getState(), state);
+      QUnit.equal(checker.getState(), state);
     });
     onStateChange.reset();
 
     // Verify that DnsBlackholeChecker stays in HANDSHAKE state even if the
     // signal strategy has connected.
     signalStrategy.setStateForTesting(remoting.SignalStrategy.State.CONNECTED);
     sinon.assert.notCalled(onStateChange);
-    equal(checker.getState(), remoting.SignalStrategy.State.HANDSHAKE);
+    QUnit.equal(checker.getState(), remoting.SignalStrategy.State.HANDSHAKE);
 
     // Verify that DnsBlackholeChecker goes to CONNECTED state after the
     // the HTTP request has succeeded.
     fakeXhrs[0].respond(200);
     sinon.assert.calledWith(onStateChange,
                             remoting.SignalStrategy.State.CONNECTED);
   }
 );
 
-test('connect failed',
+QUnit.test('connect failed',
   function() {
     fakeXhrs[0].respond(200);
     sinon.assert.notCalled(onStateChange);
 
     [
       remoting.SignalStrategy.State.CONNECTING,
       remoting.SignalStrategy.State.FAILED
     ].forEach(function(state) {
       signalStrategy.setStateForTesting(state);
       sinon.assert.calledWith(onStateChange, state);
     });
 }
 );
 
-test('blocked',
+QUnit.test('blocked',
   function() {
     fakeXhrs[0].respond(400);
     sinon.assert.calledWith(onStateChange,
                             remoting.SignalStrategy.State.FAILED);
-    equal(checker.getError().getTag(), remoting.Error.Tag.NOT_AUTHORIZED);
+    QUnit.equal(checker.getError().getTag(), remoting.Error.Tag.NOT_AUTHORIZED);
     onStateChange.reset();
 
     [
       remoting.SignalStrategy.State.CONNECTING,
       remoting.SignalStrategy.State.HANDSHAKE,
       remoting.SignalStrategy.State.CONNECTED
     ].forEach(function(state) {
       signalStrategy.setStateForTesting(state);
       sinon.assert.notCalled(onStateChange);
-      equal(checker.getState(), remoting.SignalStrategy.State.FAILED);
+      QUnit.equal(checker.getState(), remoting.SignalStrategy.State.FAILED);
     });
   }
 );
 
-test('blocked after connected',
+QUnit.test('blocked after connected',
   function() {
     [
       remoting.SignalStrategy.State.CONNECTING,
       remoting.SignalStrategy.State.HANDSHAKE,
     ].forEach(function(state) {
       signalStrategy.setStateForTesting(state);
       sinon.assert.calledWith(onStateChange, state);
-      equal(checker.getState(), state);
+      QUnit.equal(checker.getState(), state);
     });
     onStateChange.reset();
 
     // Verify that DnsBlackholeChecker stays in HANDSHAKE state even if the
     // signal strategy has connected.
     signalStrategy.setStateForTesting(remoting.SignalStrategy.State.CONNECTED);
     sinon.assert.notCalled(onStateChange);
-    equal(checker.getState(), remoting.SignalStrategy.State.HANDSHAKE);
+    QUnit.equal(checker.getState(), remoting.SignalStrategy.State.HANDSHAKE);
 
     // Verify that DnsBlackholeChecker goes to FAILED state after it gets the
     // blocked HTTP response.
     fakeXhrs[0].respond(400);
     sinon.assert.calledWith(onStateChange,
                             remoting.SignalStrategy.State.FAILED);
-    ok(checker.getError().hasTag(remoting.Error.Tag.NOT_AUTHORIZED));
+    QUnit.ok(checker.getError().hasTag(remoting.Error.Tag.NOT_AUTHORIZED));
   }
 );
 
 })();