public async Task Load_CapacityFitsSavedHistory_HistoryInHistoryManagerWasLoadedFromHistoryStorage()
{
_settings.ApplicationSettings.JobHistory.Capacity = _storedHistoryFullCapacity.Count;
await _jobHistoryManager.Load();
Assert.AreEqual(_storedHistoryFullCapacity, _jobHistoryManager.History);
}
public void Load_CapacityFitsSavedHistory_HistoryInHistoryManagerWasLoadedFromHistoryStorage()
{
_settings.ApplicationSettings.JobHistory.Capacity = _storedHistory.Count;
_jobHistoryManager.Load();
var loadedHistory = _jobHistoryManager.History;
Assert.AreEqual(_storedHistory, loadedHistory);
}
public bool SendMessageOrStartApplication(Func <string> composePipeMessage, Func <bool> startApplication, bool startManagePrintJobs)
{
_settingsManager.LoadAllSettings();
Task.Run(() => _jobHistoryManager.Load());
var pipeMessage = composePipeMessage();
var retry = 0;
var success = false;
// Make n Attempts: Look if a pipe server exists, if so, send a message. If that fails, retry (and maybe do the job yourself)
while (!success && (retry++ < Retries))
{
_logger.Debug("Starting attempt {0}: ", retry);
if (_pipeServerManager.IsServerRunning())
{
success = TrySendPipeMessage(pipeMessage);
_logger.Debug("TrySendPipeMessage: " + success);
}
else
{
success = TryStartApplication(startApplication, startManagePrintJobs);
_logger.Debug("TryStartApplication: " + success);
}
}
if (success)
{
_logger.Debug("Starting update check thread");
StartUpdateCheck();
_logger.Debug("Starting Cleanup thread");
StartCleanUpThread();
}
Shutdown();
return(success);
}
