private void InitEffortExpectations(TrackingLevel storyTrackingLevel, TrackingLevel defectTrackingLevel)
{
Expect.Call(connectorMock.V1Configuration).Return(configuration);
Expect.Call(configuration.EffortTracking).Return(true);
Expect.Call(configuration.StoryTrackingLevel).Return(storyTrackingLevel);
Expect.Call(configuration.DefectTrackingLevel).Return(defectTrackingLevel);
}
internal InstanceConfiguration(bool effortTrackingEnabled, TrackingLevel storyTrackingLevel, TrackingLevel defectTrackingLevel, int maxAttachmentSize)
{
EffortTrackingEnabled = effortTrackingEnabled;
DefectTrackingLevel = defectTrackingLevel;
StoryTrackingLevel = storyTrackingLevel;
MaximumAttachmentSize = maxAttachmentSize;
}
internal InstanceConfiguration(bool effortTrackingEnabled, TrackingLevel storyTrackingLevel, TrackingLevel defectTrackingLevel, int maxAttachmentSize)
{
EffortTrackingEnabled = effortTrackingEnabled;
DefectTrackingLevel = defectTrackingLevel;
StoryTrackingLevel = storyTrackingLevel;
MaximumAttachmentSize = maxAttachmentSize;
}
private static void RunTest(string testName, bool exepectedTracking, TrackingLevel exepectedStoryLevel, TrackingLevel expectedDefectLevel)
{
V1Configuration testSubject = new V1Configuration(new XmlResponseConnector("TestData.xml", "config.v1/" + testName, "V1ConfigurationTester"));
Assert.AreEqual(exepectedTracking, testSubject.EffortTracking);
Assert.AreEqual(exepectedStoryLevel, testSubject.StoryTrackingLevel);
Assert.AreEqual(expectedDefectLevel, testSubject.DefectTrackingLevel);
}
private static void RunTest(string testName, bool exepectedTracking, TrackingLevel exepectedStoryLevel, TrackingLevel expectedDefectLevel, string expectedCapacityPlanning = null)
{
V1Configuration testSubject = new V1Configuration(new XmlResponseConnector("TestData.xml", "config.v1/" + testName, "V1ConfigurationTester"));
Assert.AreEqual(exepectedTracking, testSubject.EffortTracking);
Assert.AreEqual(exepectedStoryLevel, testSubject.StoryTrackingLevel);
Assert.AreEqual(expectedDefectLevel, testSubject.DefectTrackingLevel);
Assert.AreEqual(expectedCapacityPlanning, testSubject.CapacityPlanning);
}
private static EffortTrackingLevel TranslateEffortTrackingLevel(TrackingLevel level) {
switch (level) {
case TrackingLevel.On:
return EffortTrackingLevel.PrimaryWorkitem;
case TrackingLevel.Off:
return EffortTrackingLevel.SecondaryWorkitem;
case TrackingLevel.Mix:
return EffortTrackingLevel.Both;
default:
throw new NotSupportedException("Unknown tracking level");
}
}
private static EffortTrackingLevel TranslateEffortTrackingLevel(TrackingLevel level)
{
switch (level)
{
case TrackingLevel.On:
return(EffortTrackingLevel.PrimaryWorkitem);
case TrackingLevel.Off:
return(EffortTrackingLevel.SecondaryWorkitem);
case TrackingLevel.Mix:
return(EffortTrackingLevel.Both);
default:
throw new NotSupportedException("Unknown tracking level");
}
}
public IProgressTracker Create(TrackingLevel trackingLevel)
{
switch (trackingLevel)
{
case TrackingLevel.NoTracking:
return(new EmptyProgressTracker());
case TrackingLevel.Task:
return(new TaskProgressTracker());
case TrackingLevel.Steps:
return(new StepProgressTracker());
case TrackingLevel.Substeps:
return(new SubstepProgressTracker());
default:
return(null);
}
}
public void Log(TrackingLevel level, string message, Exception exception = null)
{
}
public bool TrackingInsertLevel()
{
TrackingLevel trackingLevelConfig = ProviderBase.Data.Utility.GetAppSetting("TrackingLevelID", TrackingLevel.Error);
return(this.TrackingLevelID <= trackingLevelConfig);
}
private void InitEffortExpectations(TrackingLevel storyTrackingLevel, TrackingLevel defectTrackingLevel) {
Expect.Call(connectorMock.V1Configuration).Return(configuration);
Expect.Call(configuration.EffortTracking).Return(true);
Expect.Call(configuration.StoryTrackingLevel).Return(storyTrackingLevel);
Expect.Call(configuration.DefectTrackingLevel).Return(defectTrackingLevel);
}
