public static bool shouldSpeak(BuildTransition t, bool successSetting, bool failureSetting)
{
bool shouldSpeakSuccess = successSetting && buildIsGood(t);
bool shouldSpeakFailure = failureSetting && buildIsBad(t);
return(shouldSpeakSuccess || shouldSpeakFailure);
}
private void CheckForSuccessfulBuild(BuildTransition transition)
{
if (transition == BuildTransition.Fixed || transition == BuildTransition.StillSuccessful)
{
buildDurationTracker.OnSuccessfulBuild();
}
}
public void Poll()
{
try
{
ProjectStatus newProjectStatus = cruiseProjectManager.ProjectStatus;
if (lastProjectStatus != null && newProjectStatus != null)
{
CheckForBuildStart(lastProjectStatus, newProjectStatus);
if (lastProjectStatus.LastBuildDate != newProjectStatus.LastBuildDate)
{
BuildTransition transition = CalculateBuildTransition(lastProjectStatus, newProjectStatus);
CheckForSuccessfulBuild(transition);
OnBuildOccurred(new MonitorBuildOccurredEventArgs(this, transition));
}
}
lastProjectStatus = newProjectStatus;
}
catch (Exception ex)
{
Debug.WriteLine("Exception during poll: " + ex);
lastProjectStatus = null;
connectException = ex;
}
OnPolled(new MonitorPolledEventArgs(this));
}
public static BuildTransitionAttribute GetBuildTransitionAttribute(BuildTransition transition)
{
FieldInfo fieldInfo = transition.GetType().GetField(transition.ToString());
BuildTransitionAttribute[] attributes =
(BuildTransitionAttribute[])fieldInfo.GetCustomAttributes(typeof(BuildTransitionAttribute), false);
return((attributes.Length > 0) ? attributes[0] : null);
}
public string GetAudioFileLocation(BuildTransition transition)
{
switch (transition)
{
case BuildTransition.Broken:
return(BrokenBuildSound.FileName);
case BuildTransition.Fixed:
return(FixedBuildSound.FileName);
case BuildTransition.StillFailing:
return(AnotherFailedBuildSound.FileName);
case BuildTransition.StillSuccessful:
return(AnotherSuccessfulBuildSound.FileName);
}
throw new Exception("Unsupported build transition.");
}
public string GetMessageForTransition(BuildTransition buildTransition)
{
switch (buildTransition)
{
case BuildTransition.StillSuccessful:
return(SelectRandomString(AnotherSuccess));
case BuildTransition.StillFailing:
return(SelectRandomString(AnotherFailure));
case BuildTransition.Broken:
return(SelectRandomString(Broken));
case BuildTransition.Fixed:
return(SelectRandomString(Fixed));
}
throw new Exception("Unsupported build transition.");
}
private void PlayBuildAudio(BuildTransition transition)
{
if (settings.Sounds.ShouldPlaySoundForTransition(transition))
{
try
{
PlayAudioFile(settings.Sounds.GetAudioFileLocation(transition));
}
catch (Exception ex)
{
// only display the first exception with audio
if (_audioException == null)
{
MessageBox.Show(ex.Message, "Unable to initialise audio", MessageBoxButtons.OK, MessageBoxIcon.Error);
_audioException = ex;
}
}
}
}
public bool ShouldPlaySoundForTransition(BuildTransition transition)
{
switch (transition)
{
case BuildTransition.Broken:
return(BrokenBuildSound.Play);
case BuildTransition.Fixed:
return(FixedBuildSound.Play);
case BuildTransition.StillFailing:
return(AnotherFailedBuildSound.Play);
case BuildTransition.StillSuccessful:
return(AnotherSuccessfulBuildSound.Play);
}
throw new Exception("Unsupported build transition.");
}
private void AssertTransition(
IntegrationStatus initialIntegrationStatus,
IntegrationStatus nextBuildIntegrationStatus,
BuildTransition expectedBuildTransition)
{
// initial connection
ProjectStatus status = CreateProjectStatus(initialIntegrationStatus, new DateTime(2004, 1, 1));
mockProjectManager.SetupGet(_manager => _manager.ProjectName).Returns(PROJECT_NAME).Verifiable();
mockServerMonitor.Setup(_monitor => _monitor.GetProjectStatus(PROJECT_NAME)).Returns(status).Verifiable();
monitor.Poll();
// then the build
status = CreateProjectStatus(nextBuildIntegrationStatus, new DateTime(2004, 1, 2));
mockProjectManager.SetupGet(_manager => _manager.ProjectName).Returns(PROJECT_NAME).Verifiable();
mockServerMonitor.Setup(_monitor => _monitor.GetProjectStatus(PROJECT_NAME)).Returns(status).Verifiable();
monitor.Poll();
Assert.AreEqual(1, buildOccurredCount);
Assert.AreEqual(expectedBuildTransition, lastBuildOccurredArgs.BuildTransition);
buildOccurredCount = 0;
}
private void AssertTransition(
IntegrationStatus initialIntegrationStatus,
IntegrationStatus nextBuildIntegrationStatus,
BuildTransition expectedBuildTransition)
{
// initial connection
ProjectStatus status = CreateProjectStatus(initialIntegrationStatus, new DateTime(2004, 1, 1));
mockProjectManager.ExpectAndReturn("ProjectName", PROJECT_NAME);
mockServerMonitor.ExpectAndReturn("GetProjectStatus", status, PROJECT_NAME);
monitor.Poll();
// then the build
status = CreateProjectStatus(nextBuildIntegrationStatus, new DateTime(2004, 1, 2));
mockProjectManager.ExpectAndReturn("ProjectName", PROJECT_NAME);
mockServerMonitor.ExpectAndReturn("GetProjectStatus", status, PROJECT_NAME);
monitor.Poll();
Assert.AreEqual(1, buildOccurredCount);
Assert.AreEqual(expectedBuildTransition, lastBuildOccurredArgs.BuildTransition);
buildOccurredCount = 0;
}
private void Poll()
{
Console.WriteLine("Polling on project " + this.name);
try
{
ProjectStatus latestProjectStatus = GetRemoteProjectStatus();
bool hasBuildOccurred = HasBuildOccurred(latestProjectStatus);
BuildTransition transition = GetBuildTransition(latestProjectStatus);
_currentProjectStatus = latestProjectStatus;
OnPolled(this, new PolledEventArgs(latestProjectStatus));
if (hasBuildOccurred)
{
Console.WriteLine("OnBuildOccurred");
OnBuildOccurred(this, new BuildOccurredEventArgs(latestProjectStatus, transition));
}
}
catch (Exception e)
{
OnError(this, new PollingErrorEventArgs(e, this));
}
}
private string ChooseSoundFile(BuildTransition transition)
{
return((string)soundFileLookup[transition]);
}
private CaptionAndMessage GetCaptionAndMessageForBuildTransition(BuildTransition buildTransition)
{
return((CaptionAndMessage)messages[buildTransition]);
}
private string ChooseSoundFile(BuildTransition transition)
{
return (string) soundFileLookup[transition];
}
private static bool buildIsBad (BuildTransition t){
return t.Equals(BuildTransition.Broken) || t.Equals(BuildTransition.StillFailing);
}
private static bool buildIsGood (BuildTransition t){
return t.Equals(BuildTransition.Fixed) || t.Equals(BuildTransition.StillSuccessful);
}
public static bool shouldSpeak (BuildTransition t, bool successSetting, bool failureSetting) {
bool shouldSpeakSuccess = successSetting && buildIsGood(t);
bool shouldSpeakFailure = failureSetting && buildIsBad(t);
return shouldSpeakSuccess || shouldSpeakFailure;
}
private static bool buildIsBad(BuildTransition t)
{
return(t.Equals(BuildTransition.Broken) || t.Equals(BuildTransition.StillFailing));
}
private static bool buildIsGood(BuildTransition t)
{
return(t.Equals(BuildTransition.Fixed) || t.Equals(BuildTransition.StillSuccessful));
}
public BuildOccurredEventArgs(ProjectStatus newProjectStatus, BuildTransition transition)
{
_projectStatus = newProjectStatus;
_transition = transition;
}
private void CheckForSuccessfulBuild(BuildTransition transition)
{
if (transition == BuildTransition.Fixed || transition == BuildTransition.StillSuccessful)
{
buildDurationTracker.OnSuccessfulBuild();
}
}
public MonitorBuildOccurredEventArgs(IProjectMonitor projectMonitor, BuildTransition buildTransition)
{
ProjectMonitor = projectMonitor;
BuildTransition = buildTransition;
}
private CaptionAndMessage GetCaptionAndMessageForBuildTransition(BuildTransition buildTransition)
{
return (CaptionAndMessage) messages[buildTransition];
}
public MonitorBuildOccurredEventArgs(IProjectMonitor projectMonitor, BuildTransition buildTransition)
{
ProjectMonitor = projectMonitor;
BuildTransition = buildTransition;
}
