protected void SetupMockControlFileFor2Podcasts(DiagnosticOutputLevel level = DiagnosticOutputLevel.None)
{
podcast1Mocker = new PodcastInfoMocker()
.ApplyFolder(PODCAST_FOLDER_1);
podcast2Mocker = new PodcastInfoMocker()
.ApplyFolder(PODCAST_FOLDER_2);
var podcasts = new List <IPodcastInfo>(2)
{
podcast1Mocker.GetMockedPodcastInfo(),
podcast2Mocker.GetMockedPodcastInfo()
};
MockControlFile = new ControlFileMocker()
.ApplySourceRoot(SOURCE_ROOT)
.ApplyRetryWaitInSeconds(RETRY_TIME)
.ApplyDiagnosticRetainTemporaryFiles(DIAGS)
.ApplyMaximumNumberOfConcurrentDownloads(MAX_DOWNLOADS)
.ApplyFreeSpaceToLeaveOnDownload(FREE_DISK_SPACE_MB - 1)
.ApplyDiagnosticOutput(level)
.ApplyPodcasts(podcasts)
.GetMockedControlFile();
A.CallTo(() => MockApplicationControlFileProvider.GetApplicationConfiguration()).Returns(MockControlFile);
}
private static string WriteDiagnosticOutputLevel(DiagnosticOutputLevel diagnosticOutput)
{
switch (diagnosticOutput)
{
case DiagnosticOutputLevel.Verbose:
return("verbose");
default:
return("none");
}
}
protected void SetupMockControlFileFor2Podcasts(DiagnosticOutputLevel level = DiagnosticOutputLevel.None)
{
podcast1Mocker = new PodcastInfoMocker()
.ApplyFolder(PODCAST_FOLDER_1);
podcast2Mocker = new PodcastInfoMocker()
.ApplyFolder(PODCAST_FOLDER_2);
var podcasts = new List <IPodcastInfo>(2)
{
podcast1Mocker.GetMockedPodcastInfo(),
podcast2Mocker.GetMockedPodcastInfo()
};
MockControlFile = new ControlFileMocker()
.ApplySourceRoot(SOURCE_ROOT)
.ApplyPodcasts(podcasts)
.GetMockedControlFile();
A.CallTo(() => MockApplicationControlFileProvider.GetApplicationConfiguration()).Returns(MockControlFile);
}
/// <summary>
/// level of diagnostic output
/// </summary>
public void SetDiagnosticOutput(DiagnosticOutputLevel level)
{
DiagnosticOutput = level;
}
public ControlFileMocker ApplyDiagnosticOutput(DiagnosticOutputLevel level)
{
A.CallTo(() => MockControlFile.GetDiagnosticOutput()).Returns(level);
return(this);
}
