//***********************************************************************************************************************************************************************************************************
/// <summary>
/// Cleanup all recorders that are stopped. Leave the last recorder in the list.
/// </summary>
private void CleanupRecordersList()
{
List <Recorder> recordersCleanedup = Recorders.Where(r => r.RecordState != RecordStates.STOPPED || Recorders.IndexOf(r) == (Recorders.Count - 1)).ToList();
Recorders.Clear();
foreach (Recorder item in recordersCleanedup)
{
Recorders.Add(item);
}
}
public static void Main(string[] args)
{
try
{
var dbEngine = "SQLite";
var dataSource = Environment.GetFolderPath(Environment.SpecialFolder.LocalApplicationData) +
@"\McLaren Applied Technologies\ATLAS 10\SQL Race\LiveSessionCache.ssn2";
var sqlConnString = $@"DbEngine={dbEngine};Data Source={dataSource};";
Core.Initialize();
var sessionManager = SessionManager.CreateSessionManager();
sessionManager.SessionEventOccurred += SessionManager_SessionEventOccurred;
Console.WriteLine("Initialising");
recordingState = RecorderState.Idle;
Recorders.Initialise(ServerListenerIpAddress, ServerListenerPortNumber);
Console.WriteLine("Setting up Recorder Instance");
recorder = Recorders.CreateDataServerTelemetryRecorder();
recorder.SetSessionIdentifier("%y%m%d%H%M%S");
recorder.OnStatusChanged += recorder_OnStatusChanged;
recorder.SetSQLRaceConnection(Guid.NewGuid(), dbEngine, dataSource, sqlConnString, sqlConnString, false);
Console.WriteLine("Getting Available Server List");
recorder.RefreshServerList();
var availableServers = recorder.GetServerList();
foreach (var svr in availableServers)
{
Console.WriteLine("ADS Found : " + svr);
}
if (availableServers.Count > 0)
{
Console.WriteLine($"Setting ADS Connection to {RecorderDataServer}");
recorder.SetDataServer(RecorderDataServer);
MonitorRecorder();
}
}
catch (Exception e)
{
Console.WriteLine("");
Console.WriteLine("ERROR:");
Console.WriteLine(e);
Console.WriteLine("ERROR");
Console.WriteLine("");
}
Console.WriteLine("Test Complete");
Console.ReadLine();
}
public static void SelfInitializingWithFileRecorder(
string fileRecorderPath,
ILibraryService realServiceWhileRecording,
ILibraryService realServiceDuringPlayback,
int countWhileRecording,
int countDuringPlayback)
{
"Given a path that does not exist"
.x(() => fileRecorderPath = Path.Combine(Path.GetTempPath(), Guid.NewGuid().ToString()));
"And a real service to wrap while recording"
.x(() =>
{
realServiceWhileRecording = A.Fake <ILibraryService>();
A.CallTo(() => realServiceWhileRecording.GetCount("8"))
.Returns(0x8);
});
"And a real service to wrap while playing back"
.x(() => realServiceDuringPlayback = A.Fake <ILibraryService>());
"When I use a self-initialized fake recording to the path to get the count for book 8"
.x(() =>
{
using (var recorder = Recorders.FileRecorder(fileRecorderPath))
{
var fakeService = A.Fake <ILibraryService>(options => options
.Wrapping(realServiceWhileRecording).RecordedBy(recorder));
countWhileRecording = fakeService.GetCount("8");
}
})
.Teardown(() => File.Delete(fileRecorderPath));
"And I use a self-initialized fake playing back from the path to get the count for book 8"
.x(() =>
{
using (var recorder = Recorders.FileRecorder(fileRecorderPath))
{
var playbackFakeService = A.Fake <ILibraryService>(options => options
.Wrapping(realServiceDuringPlayback).RecordedBy(recorder));
countDuringPlayback = playbackFakeService.GetCount("8");
}
});
"Then the recording fake returns the wrapped service's result"
.x(() => countWhileRecording.Should().Be(8));
"And the playback fake returns the recorded result"
.x(() => countDuringPlayback.Should().Be(8));
}
public static void SelfInitializingWithFileRecorder(
string fileRecorderPath,
ILibraryService realServiceWhileRecording,
ILibraryService realServiceDuringPlayback,
int countWhileRecording,
int countDuringPlayback)
{
"establish"
.x(() =>
{
fileRecorderPath = Path.Combine(Path.GetTempPath(), Guid.NewGuid().ToString());
realServiceWhileRecording = A.Fake <ILibraryService>();
realServiceDuringPlayback = A.Fake <ILibraryService>();
A.CallTo(() => realServiceWhileRecording.GetCount("9780345813923")).Returns(8);
});
"when self initializing a fake with a file recorder"
.x(() =>
{
try
{
using (var recorder = Recorders.FileRecorder(fileRecorderPath))
{
var fakeService = A.Fake <ILibraryService>(options => options
.Wrapping(realServiceWhileRecording).RecordedBy(recorder));
countWhileRecording = fakeService.GetCount("9780345813923");
}
using (var recorder = Recorders.FileRecorder(fileRecorderPath))
{
var playbackFakeService = A.Fake <ILibraryService>(options => options
.Wrapping(realServiceDuringPlayback).RecordedBy(recorder));
countDuringPlayback = playbackFakeService.GetCount("9780345813923");
}
}
finally
{
File.Delete(fileRecorderPath);
}
})
.Teardown(() => File.Delete(fileRecorderPath));
"it should return the expected result while recording"
.x(() => countWhileRecording.Should().Be(8));
"it should return the recorded result during playback"
.x(() => countDuringPlayback.Should().Be(8));
}
public void FileRecorder_tests()
{
using (var recorder = Recorders.FileRecorder(@"C:\Users\Patrik\Documents\recorded_calls.dat"))
{
var realReader = new WebReader();
var fakeReader = A.Fake <WebReader>(x => x.Wrapping(realReader).RecordedBy(recorder));
for (int i = 0; i < 30; i++)
{
fakeReader.Download(new Uri("http://www.sembo.se/"));
}
Console.WriteLine(fakeReader.Download(new Uri("http://www.sembo.se/")));
}
}
public void FileRecorder_should_return_recording_manager_with_file_storage()
{
// Arrange
var storage = new FileStorage(string.Empty, A.Fake <IFileSystem>());
this.StubResolve <FileStorage.Factory>(x => x == "c:\\file.dat" ? storage : null);
var recordingManager = A.Fake <RecordingManager>();
this.StubResolve <RecordingManager.Factory>(x => x.Equals(storage) ? recordingManager : null);
// Act
var recorder = Recorders.FileRecorder("c:\\file.dat");
// Assert
recorder.Should().BeSameAs(recordingManager);
}
public SessionDefinition Clone()
{
var clone = (SessionDefinition)this.MemberwiseClone();
clone.Recorders = Recorders?.Select(r => r.Clone()).ToList() ?? new List <SessionRecorderDefinition>();
clone.Devices = Devices?.Select(d => d.Clone()).ToList();
clone.Welcome = Welcome?.Clone() as WelcomeActionSettings;
clone.PreSessionSteps = PreSessionSteps?.Select(s => s.Clone()).ToList()
?? new List <SessionStep>();
clone.SessionSteps = SessionSteps?.Select(s => s.Clone()).ToList()
?? new List <SessionStep>();
clone.PostSessionSteps = PostSessionSteps?.Select(s => s.Clone()).ToList()
?? new List <SessionStep>();
return(clone);
}
//***********************************************************************************************************************************************************************************************************
private void StartRecord()
{
PlayerApp.ListenForEvents = false;
bool isPlaying = PlayerApp.CurrentPlaybackStatus.IsPlaying;
OnPropertyChanged("AreRecorderSettingsChanged");
CurrentRecorder?.StopRecord();
if (!isPlaying || !IsRecorderArmed) //Only start a new record if music is playing and the recorder is armed
{
PlayerApp.ListenForEvents = true;
return;
}
//if (Recorders.Count > 0 && Recorders.Select(r => r.TrackInfo.TrackID).Contains(PlayerApp.CurrentTrack.TrackID))
//{
// PlayerApp.ListenForEvents = true;
// return;
//}
Recorder tmpRecorder = new SpotifyRecorderImplementierung((RecorderSettings)RecSettings.Clone(), PlayerApp.CurrentTrack, _logHandle);
tmpRecorder.OnRecorderPostStepsFinished += TmpRecorder_OnRecorderPostStepsFinished;
Recorders.Add(tmpRecorder);
if (PlayerApp.CurrentTrack != null && !PlayerApp.CurrentPlaybackStatus.IsAd)
{
tmpRecorder?.StartRecord();
}
CleanupRecordersList();
PlayerApp.ListenForEvents = true;
}