public void CanProvideASetOfProjectStatusMonitors()
{
CCTrayMultiConfiguration provider = CreateTestConfiguration(ConfigXml);
var mockCruiseServerManager = new Mock <ICruiseServerManager>(MockBehavior.Strict);
MockSequence sequence = new MockSequence();
mockCruiseServerManager.InSequence(sequence).SetupGet(_manager => _manager.Configuration)
.Returns(new BuildServer("tcp://blah1")).Verifiable();
mockCruiseServerManager.InSequence(sequence).SetupGet(_manager => _manager.Configuration)
.Returns(new BuildServer("tcp://blah2")).Verifiable();
ICruiseServerManager cruiseServerManagerInstance = (ICruiseServerManager)mockCruiseServerManager.Object;
mockServerConfigFactory.Setup(factory => factory.Create(provider.GetUniqueBuildServerList()[0]))
.Returns(() => cruiseServerManagerInstance).Verifiable();
mockServerConfigFactory.Setup(factory => factory.Create(provider.GetUniqueBuildServerList()[1]))
.Returns(() => cruiseServerManagerInstance).Verifiable();
ISingleServerMonitor[] serverMonitorList = provider.GetServerMonitors();
mockProjectConfigFactory.Setup(factory => factory.Create(provider.Projects[0], It.IsAny <IDictionary <BuildServer, ICruiseServerManager> >()))
.Returns(() => null).Verifiable();
mockProjectConfigFactory.Setup(factory => factory.Create(provider.Projects[1], It.IsAny <IDictionary <BuildServer, ICruiseServerManager> >()))
.Returns(() => null).Verifiable();
IProjectMonitor[] monitorList = provider.GetProjectStatusMonitors(serverMonitorList);
Assert.AreEqual(2, monitorList.Length);
mockProjectConfigFactory.Verify();
mockServerConfigFactory.Verify();
mockCruiseServerManager.Verify();
}
public void ShouldCloneConfigurationAndOnlyBindToTheClone()
{
var existingConfiguration = new Mock <ICCTrayMultiConfiguration>(MockBehavior.Strict);
CCTrayMultiConfiguration clonedConfiguration = new CCTrayMultiConfiguration(null, null, null);
existingConfiguration.Setup(_configuration => _configuration.Clone()).Returns(clonedConfiguration).Verifiable();
NullReferenceException nullReference = null;
try
{
new CCTrayMultiSettingsForm((ICCTrayMultiConfiguration)existingConfiguration.Object);
}
catch (NullReferenceException e)
{
nullReference = e;
}
// As we are using a Strict mock, incorrect calls to the existing configuration
// will be caught by the verify.
existingConfiguration.Verify();
Assert.IsNull(nullReference,
"There was a null reference exception not related to using existing configuration:\n{0}",
nullReference);
}
public void ShouldCloneConfigurationAndOnlyBindToTheClone()
{
DynamicMock existingConfiguration = new DynamicMock(typeof(ICCTrayMultiConfiguration));
existingConfiguration.Strict = true;
CCTrayMultiConfiguration clonedConfiguration = new CCTrayMultiConfiguration(null, null, null);
existingConfiguration.ExpectAndReturn("Clone", clonedConfiguration);
NullReferenceException nullReference = null;
try
{
new CCTrayMultiSettingsForm((ICCTrayMultiConfiguration)existingConfiguration.MockInstance);
}
catch (NullReferenceException e)
{
nullReference = e;
}
// As we are using a Strict mock, incorrect calls to the existing configuration
// will be caught by the verify.
existingConfiguration.Verify();
Assert.IsNull(nullReference,
"There was a null reference exception not related to using existing configuration:\n{0}",
nullReference);
}
public void CanPersistAndReloadX10Configuration()
{
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigXml);
configuration.Persist();
configuration.Reload();
}
public void CanBuildUniqueServerListWithTwoUniqueServerProjects()
{
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigXml);
BuildServer[] buildServers = configuration.GetUniqueBuildServerList();
Assert.AreEqual(2, buildServers.Length);
Assert.AreEqual("tcp://blah1", buildServers[0].Url);
Assert.AreEqual("tcp://blah2", buildServers[1].Url);
}
private static MainForm GetMainForm(string settingsFilename)
{
var remoteCruiseManagerFactory = new CruiseServerClientFactory();
ICruiseServerManagerFactory cruiseServerManagerFactory = new CruiseServerManagerFactory(remoteCruiseManagerFactory);
ICruiseProjectManagerFactory cruiseProjectManagerFactory = new CruiseProjectManagerFactory(remoteCruiseManagerFactory);
CCTrayMultiConfiguration configuration = new CCTrayMultiConfiguration(cruiseServerManagerFactory, cruiseProjectManagerFactory, settingsFilename);
return(new MainForm(configuration));
}
public void WhenTheConfigurationDoesNotContainDirectivesRelatingToShowingBalloonsItDefaultsToTrue()
{
const string ConfigWithoutBalloonStuff = @"
<Configuration>
<Projects />
</Configuration>";
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigWithoutBalloonStuff);
Assert.IsTrue(configuration.ShouldShowBalloonOnBuildTransition);
}
public void CanLoadConfigurationFromFile()
{
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigXml);
Assert.AreEqual(2, configuration.Projects.Length);
Assert.AreEqual("tcp://blah1", configuration.Projects[0].ServerUrl);
Assert.AreEqual("ProjectOne", configuration.Projects[0].ProjectName);
Assert.AreEqual("tcp://blah2", configuration.Projects[1].ServerUrl);
Assert.AreEqual("Project Two", configuration.Projects[1].ProjectName);
Assert.IsTrue(configuration.ShouldShowBalloonOnBuildTransition);
}
public void CanProvideASetOfServerMonitors()
{
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigXml);
mockServerConfigFactory.ExpectAndReturn("Create", null, configuration.GetUniqueBuildServerList()[0]);
mockServerConfigFactory.ExpectAndReturn("Create", null, configuration.GetUniqueBuildServerList()[1]);
IServerMonitor[] monitorList = configuration.GetServerMonitors();
Assert.AreEqual(2, monitorList.Length);
mockServerConfigFactory.Verify();
}
public void CanProvideASetOfServerMonitors()
{
CCTrayMultiConfiguration configuration = CreateTestConfiguration(ConfigXml);
mockServerConfigFactory.Setup(factory => factory.Create(configuration.GetUniqueBuildServerList()[0]))
.Returns(() => null).Verifiable();
mockServerConfigFactory.Setup(factory => factory.Create(configuration.GetUniqueBuildServerList()[1]))
.Returns(() => null).Verifiable();
IServerMonitor[] monitorList = configuration.GetServerMonitors();
Assert.AreEqual(2, monitorList.Length);
mockServerConfigFactory.Verify();
}
public void CanBuildUniqueServerListWithTwoSameServerProjects()
{
const string SameServerProjectConfigXml = @"
<Configuration>
<Projects>
<Project serverUrl='tcp://blah1' projectName='ProjectOne' />
<Project serverUrl='tcp://blah1' projectName='ProjectTwo' />
</Projects>
</Configuration>";
CCTrayMultiConfiguration configuration = CreateTestConfiguration(SameServerProjectConfigXml);
BuildServer[] buildServers = configuration.GetUniqueBuildServerList();
Assert.AreEqual(1, buildServers.Length);
Assert.AreEqual("tcp://blah1", buildServers[0].Url);
}
public void CreatesAnEmptySettingsFileIfTheConfigFileIsNotFound()
{
mockProjectConfigFactory = new Mock <ICruiseProjectManagerFactory>(MockBehavior.Strict);
CCTrayMultiConfiguration configuration = new CCTrayMultiConfiguration(
(ICruiseServerManagerFactory)mockServerConfigFactory.Object,
(ICruiseProjectManagerFactory)mockProjectConfigFactory.Object,
"config_file_that_isnt_present.xml");
Assert.IsNotNull(configuration);
Assert.AreEqual(0, configuration.Projects.Length);
Assert.IsTrue(configuration.ShouldShowBalloonOnBuildTransition);
Assert.IsNull(configuration.Audio.BrokenBuildSound);
Assert.IsNull(configuration.Audio.FixedBuildSound);
Assert.IsNull(configuration.Audio.StillFailingBuildSound);
Assert.IsNull(configuration.Audio.StillSuccessfulBuildSound);
Assert.IsFalse(configuration.X10.Enabled);
}
public void CanPersist()
{
const string SimpleConfig = @"
<Configuration>
<Projects />
</Configuration>";
CCTrayMultiConfiguration configuration = CreateTestConfiguration(SimpleConfig);
configuration.Projects = new CCTrayProject[1] {
new CCTrayProject("tcp://url", "projName")
};
configuration.Persist();
configuration.Reload();
Assert.AreEqual(1, configuration.Projects.Length);
Assert.AreEqual("projName", configuration.Projects[0].ProjectName);
}
static void Main()
{
Application.EnableVisualStyles();
Application.DoEvents();
try
{
ICruiseManagerFactory remoteCruiseManagerFactory = new RemoteCruiseManagerFactory();
ICruiseProjectManagerFactory cruiseProjectManagerFactory = new CruiseProjectManagerFactory(remoteCruiseManagerFactory);
CCTrayMultiConfiguration configuration = new CCTrayMultiConfiguration(cruiseProjectManagerFactory, GetSettingsFilename());
MainForm mainForm = new MainForm(configuration);
Application.Run(mainForm);
}
catch (Exception ex)
{
MessageBox.Show("Failed to start: " + ex, AppDomain.CurrentDomain.FriendlyName);
}
}
public void CanProvideASetOfProjectStatusMonitors()
{
CCTrayMultiConfiguration provider = CreateTestConfiguration(ConfigXml);
DynamicMock mockCruiseServerManager = new DynamicMock(typeof(ICruiseServerManager));
mockCruiseServerManager.Strict = true;
mockCruiseServerManager.ExpectAndReturn("Configuration", new BuildServer("tcp://blah1"));
mockCruiseServerManager.ExpectAndReturn("Configuration", new BuildServer("tcp://blah2"));
ICruiseServerManager cruiseServerManagerInstance = (ICruiseServerManager)mockCruiseServerManager.MockInstance;
mockServerConfigFactory.ExpectAndReturn("Create", cruiseServerManagerInstance, provider.GetUniqueBuildServerList()[0]);
mockServerConfigFactory.ExpectAndReturn("Create", cruiseServerManagerInstance, provider.GetUniqueBuildServerList()[1]);
ISingleServerMonitor[] serverMonitorList = provider.GetServerMonitors();
mockProjectConfigFactory.ExpectAndReturn("Create", null, provider.Projects[0], null);
mockProjectConfigFactory.ExpectAndReturn("Create", null, provider.Projects[1], null);
IProjectMonitor[] monitorList = provider.GetProjectStatusMonitors(serverMonitorList);
Assert.AreEqual(2, monitorList.Length);
mockProjectConfigFactory.Verify();
mockServerConfigFactory.Verify();
mockCruiseServerManager.Verify();
}
