public void ParentItemIsUnsetOnRemovedConductedItem() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
conductor.Items.RemoveAt(0);
Assert.NotEqual(conductor, conducted.Parent);
}
protected override void given_the_context_of()
{
base.given_the_context_of();
_screenConductor = (Conductor<IScreen>.Collection.OneActive)_screen;
_activeScreen = new FakeScreen();
}
public static IActionBuilder ConductDefaultContent(this IActionBuilder builder, Conductor<IStockTickerContentViewModel> conductor)
{
var future = new Future<StockDetailModel>();
future.SetValue(null);
return builder.ConductContent(future, conductor);
}
public void CanCloseIsTrueWhenItemsAreNotClosableAndCloseStrategyCloses() {
var conductor = new Conductor<IScreen>.Collection.OneActive { CloseStrategy = new DefaultCloseStrategy<IScreen>(true) };
var conducted = new StateScreen { IsClosable = true };
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.True(conducted.IsClosed);
}
public void ChildrenAreNotActivatedIfConductorIsNotActive() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
conductor.ActivateItem(conducted);
Assert.False(conducted.IsActive);
Assert.NotEqual(conducted, conductor.ActiveItem);
}
public void CanCloseIsTrueWhenItemsAreClosable() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new StateScreen { IsClosable = true };
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.False(conducted.IsClosed);
}
public void ParentItemIsSetOnReplacedConductedItem() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var originalConducted = new Screen();
conductor.Items.Add(originalConducted);
var newConducted = new Screen();
conductor.Items[0] = newConducted;
Assert.Equal(conductor, newConducted.Parent);
}
public void ChildrenAreActivatedIfConductorIsActive() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.ActivateItem(conducted);
Assert.True(conducted.IsActive);
Assert.Equal(conducted, conductor.ActiveItem);
}
public void ToDefaultConductor(Conductor conductor)
{
CopyInstance(copyConductor_Updated, conductor);
}
/// <summary>
/// Removes the status information immediately.
/// </summary>
/// <returns>
/// A task that represents the asynchronous operation. The result of the task indicates
/// whether the screen was deactivated/closed successfully.
/// </returns>
public Task <bool> CloseAsync()
{
return(Conductor.DeactivateItemAsync(this, true));
}
public async Task <Cascaron> generar(Conductor conductor)
{
return(await new LRecuperarConductor(_context).generar(conductor));
}
public Navigator(Conductor <IScreen> .Collection.OneActive conductor)
{
this.conductor = conductor;
}
public DeviceInitService(Conductor conductor, IConfigService configService)
{
_conductor = conductor;
_configService = configService;
}
protected override void given_the_context_of()
{
base.given_the_context_of();
_screenConductor = (Conductor<IScreen>.Collection.AllActive)_screen;
}
public IdleTimer(Conductor conductor)
{
ViewerList = conductor.Viewers;
}
public async Task BeginScreenCasting(ScreenCastRequest screenCastRequest)
{
var mode = AppMode.Unattended;
try
{
Bitmap currentFrame = null;
Bitmap previousFrame = null;
byte[] encodedImageBytes;
var fpsQueue = new Queue <DateTimeOffset>();
mode = Conductor.Mode;
var viewer = ServiceContainer.Instance.GetRequiredService <Viewer>();
viewer.Name = screenCastRequest.RequesterName;
viewer.ViewerConnectionID = screenCastRequest.ViewerID;
Logger.Write($"Starting screen cast. Requester: {viewer.Name}. Viewer ID: {viewer.ViewerConnectionID}. App Mode: {mode}");
Conductor.Viewers.AddOrUpdate(viewer.ViewerConnectionID, viewer, (id, v) => viewer);
if (mode == AppMode.Normal)
{
Conductor.InvokeViewerAdded(viewer);
}
if (mode == AppMode.Unattended && screenCastRequest.NotifyUser)
{
SessionIndicator.Show();
}
await viewer.SendViewerConnected();
await viewer.SendMachineName(Environment.MachineName);
await viewer.SendScreenData(
viewer.Capturer.SelectedScreen,
viewer.Capturer.GetDisplayNames().ToArray());
await viewer.SendScreenSize(viewer.Capturer.CurrentScreenBounds.Width,
viewer.Capturer.CurrentScreenBounds.Height);
await viewer.SendCursorChange(CursorIconWatcher.GetCurrentCursor());
await viewer.SendWindowsSessions();
viewer.Capturer.ScreenChanged += async(sender, bounds) =>
{
await viewer.SendScreenSize(bounds.Width, bounds.Height);
};
using (var initialFrame = viewer.Capturer.GetNextFrame())
{
await viewer.SendScreenCapture(
ImageUtils.EncodeBitmap(initialFrame, viewer.EncoderParams),
viewer.Capturer.CurrentScreenBounds.Left,
viewer.Capturer.CurrentScreenBounds.Top,
viewer.Capturer.CurrentScreenBounds.Width,
viewer.Capturer.CurrentScreenBounds.Height);
}
if (EnvironmentHelper.IsWindows)
{
await viewer.InitializeWebRtc();
}
while (!viewer.DisconnectRequested && viewer.IsConnected)
{
try
{
if (viewer.IsUsingWebRtcVideo)
{
Thread.Sleep(100);
continue;
}
if (viewer.IsStalled)
{
// Viewer isn't responding. Abort sending.
break;
}
if (EnvironmentHelper.IsDebug)
{
while (fpsQueue.Any() && DateTimeOffset.Now - fpsQueue.Peek() > TimeSpan.FromSeconds(1))
{
fpsQueue.Dequeue();
}
fpsQueue.Enqueue(DateTimeOffset.Now);
Debug.WriteLine($"Capture FPS: {fpsQueue.Count}");
}
viewer.ThrottleIfNeeded();
if (currentFrame != null)
{
previousFrame?.Dispose();
previousFrame = (Bitmap)currentFrame.Clone();
}
currentFrame?.Dispose();
currentFrame = viewer.Capturer.GetNextFrame();
var diffAreas = ImageUtils.GetDiffAreas(currentFrame, previousFrame, viewer.Capturer.CaptureFullscreen);
if (diffAreas.Count == 0)
{
continue;
}
foreach (var diffArea in diffAreas)
{
using var newImage = currentFrame.Clone(diffArea, PixelFormat.Format32bppArgb);
if (viewer.Capturer.CaptureFullscreen)
{
viewer.Capturer.CaptureFullscreen = false;
}
encodedImageBytes = ImageUtils.EncodeBitmap(newImage, viewer.EncoderParams);
if (encodedImageBytes?.Length > 0)
{
await viewer.SendScreenCapture(encodedImageBytes, diffArea.Left, diffArea.Top, diffArea.Width, diffArea.Height);
}
}
}
catch (Exception ex)
{
Logger.Write(ex);
}
}
Logger.Write($"Ended screen cast. Requester: {viewer.Name}. Viewer ID: {viewer.ViewerConnectionID}.");
Conductor.Viewers.TryRemove(viewer.ViewerConnectionID, out _);
viewer.Dispose();
}
catch (Exception ex)
{
Logger.Write(ex);
}
finally
{
// Close if no one is viewing.
if (Conductor.Viewers.Count == 0 && mode == AppMode.Unattended)
{
await ShutdownService.Shutdown();
}
}
}
public Conductor validar(Conductor conductor)
{
return(new DaoSeguridadConductor().validarExistencia(conductor));
}
public void SetUp()
{
this.conductor = new Conductor <IScreen> .Collection.AllActive();
}
public void ParentItemIsSetOnAddedConductedItem() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
Assert.Equal(conductor, conducted.Parent);
}
public void ConductorCannotConductSelf() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
Assert.Throws<InvalidOperationException>(() => conductor.Items.Add(conductor));
}
public void SetUp()
{
this.conductor = new Conductor<IScreen>.Collection.OneActive();
}
public SourceScore ReadSourceScore(Stream stream, string fileName, ReadSourceOptions sourceOptions)
{
var lines = ReadLines(stream);
var c = 0;
var offsetTimeSpan = TimeSpan.Parse(lines[c]);
++c;
var leadTimeSpan = TimeSpan.Parse(lines[c]);
++c;
var trackCount = Convert.ToInt32(lines[c]);
++c;
var beatsPerMeasure = Convert.ToInt32(lines[c]);
++c;
// splitter
++c;
var notes = new List <SourceNote>();
while (!lines[c].StartsWith("---"))
{
var line = lines[c];
SourceNote[] sourceNotes;
if (TapPattern.IsMatch(line))
{
var tap = Tap.FromString(line);
var sourceNote = new SourceNote {
Type = NoteType.Tap
};
FillHeader(sourceNote, tap.Header);
sourceNote.Size = StrToSize(tap.Body.Size);
sourceNotes = new[] { sourceNote };
}
else if (HoldPairPattern.IsMatch(line))
{
var holds = Hold.CreateHolds(line);
var sourceNote = new SourceNote {
Type = NoteType.Hold
};
FillHeader(sourceNote, holds[0].Header);
sourceNote.Size = StrToSize(holds[0].Body.Size);
var holdEnd = new SourceNote {
Type = NoteType.Hold
};
FillHeader(holdEnd, holds[1].Header);
holdEnd.Size = sourceNote.Size;
holdEnd.FlickDirection = StrToDirection(holds[1].Body.Direction);
sourceNote.FollowingNotes = new[] { holdEnd };
sourceNotes = new[] { sourceNote };
}
else if (FlickPattern.IsMatch(line))
{
var flick = Flick.FromString(line);
var sourceNote = new SourceNote {
Type = NoteType.Flick
};
FillHeader(sourceNote, flick.Header);
sourceNote.Size = StrToSize(flick.Body.Size);
sourceNote.FlickDirection = StrToDirection(flick.Body.Direction);
sourceNotes = new[] { sourceNote };
}
else if (SlideSeriesPattern.IsMatch(line))
{
var slides = Slide.CreateSlides(line);
var sourceNote = new SourceNote {
Type = NoteType.Slide
};
FillHeader(sourceNote, slides[0].Header);
var following = new List <SourceNote>();
for (var i = 1; i < slides.Count; ++i)
{
var nodeInSeries = new SourceNote {
Type = NoteType.Slide
};
FillHeader(nodeInSeries, slides[i].Header);
if (i == slides.Count - 1)
{
nodeInSeries.FlickDirection = StrToDirection(slides[i].Body.Direction);
}
following.Add(nodeInSeries);
}
sourceNote.FollowingNotes = following.ToArray();
sourceNotes = new[] { sourceNote };
}
else if (SpecialPattern.IsMatch(line))
{
var special = Special.FromString(line);
var sourceNote = new SourceNote {
Type = NoteType.Special
};
FillHeader(sourceNote, special.Header);
sourceNotes = new[] { sourceNote };
}
else
{
throw new FormatException("Error in simple format.");
}
notes.AddRange(sourceNotes);
// next line
++c;
}
// Sort the added notes.
notes.Sort((n1, n2) => n1.Ticks.CompareTo(n2.Ticks));
// splitter
++c;
var conductors = new List <Conductor>();
for (; c < lines.Count; ++c)
{
var ss = lines[c].Split(':');
var measureIndex = Convert.ToInt32(ss[0]);
var bpm = Convert.ToDouble(ss[1]);
var conductor = new Conductor {
Measure = measureIndex - 1,
Tempo = bpm,
Ticks = (measureIndex - 1) * beatsPerMeasure * NoteBase.TicksPerBeat,
SignatureNumerator = beatsPerMeasure,
SignatureDenominator = beatsPerMeasure
};
conductors.Add(conductor);
}
conductors.Sort((n1, n2) => n1.Ticks.CompareTo(n2.Ticks));
var score = new SourceScore();
score.Conductors = conductors.ToArray();
score.Notes = notes.ToArray();
score.TrackCount = trackCount;
score.MusicOffset = offsetTimeSpan.TotalSeconds;
return(score);
void FillHeader(SourceNote note, NoteHeader header)
{
var fraction = (float)(header.Nominator - 1) / header.Denominator;
note.Beat = (int)(beatsPerMeasure * fraction);
note.StartX = header.Start - 1;
note.EndX = header.End - 1;
note.Speed = header.Speed;
note.LeadTime = leadTimeSpan.TotalSeconds;
note.Measure = header.Measure - 1;
note.Ticks = 60 * (long)(beatsPerMeasure * ((header.Measure - 1) + fraction) * NoteBase.TicksPerBeat);
note.TrackIndex = (int)note.StartX;
if (note.TrackIndex < 0 || note.TrackIndex >= trackCount)
{
Debug.Print("Warning: Invalid track index \"{0}\", changing into range [0, {1}].", note.TrackIndex, trackCount - 1);
if (note.TrackIndex < 0)
{
note.TrackIndex = 0;
}
else if (note.TrackIndex >= trackCount)
{
note.TrackIndex = trackCount - 1;
}
}
}
NoteSize StrToSize(string str)
{
if (string.IsNullOrEmpty(str))
{
return(NoteSize.Small);
}
else
{
switch (str)
{
case "small":
return(NoteSize.Small);
case "large":
return(NoteSize.Large);
default:
throw new ArgumentOutOfRangeException(nameof(str), str, null);
}
}
}
FlickDirection StrToDirection(string str)
{
if (string.IsNullOrEmpty(str))
{
return(FlickDirection.None);
}
else
{
switch (str)
{
case "left":
return(FlickDirection.Left);
case "right":
return(FlickDirection.Right);
case "up":
return(FlickDirection.Up);
default:
throw new ArgumentOutOfRangeException(nameof(str), str, null);
}
}
}
}
public void AddedItemAppearsInChildren() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
Assert.Contains(conducted, conductor.GetChildren());
}
[Fact] // See http://caliburnmicro.codeplex.com/discussions/430917
public void TryCloseStressTest()
{
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = Enumerable.Range(0, 10000)
.Select(i => new Screen {DisplayName = i.ToString(CultureInfo.InvariantCulture)});
conductor.Items.AddRange(conducted);
var defered1 = new DeferredCloseScreen {DisplayName = "d1", IsClosable = true};
var defered2 = new DeferredCloseScreen {DisplayName = "d2", IsClosable = true};
conductor.Items.Insert(0, defered1);
conductor.Items.Insert(500, defered2);
var finished = false;
conductor.CanClose(canClose => {
finished = true;
Assert.True(canClose);
});
Assert.False(finished);
defered1.TryClose();
defered2.TryClose();
Assert.True(finished);
}
public void sancionarConductor(Conductor conductor)//S
{
new DaoAdministrador(_context).sancionConductor(conductor);
}
private void Awake()
{
conductor = GetComponent <Conductor>();
flammable = GetComponent <Flammable>();
blood = transform.Find("blood").gameObject;
}
public void InsertarRegulacion(RegulacionConductor regulacion)
{
Conductor conductor = ListaConductores.First(c => c.Id == regulacion.IdConductor);
conductor.ListaRegulaciones.Add(regulacion);
}
public void sesionConductor(Conductor conductor)
{
new DaoAdministrador(_context).sesionConductor(conductor);
}
public static IActionBuilder ConductContent(this IActionBuilder builder, Future<StockDetailModel> detailModel, Conductor<IStockTickerContentViewModel> conductor)
{
return builder.Execute<IConductStockTickerContent>(new { detailModel, conductor = (Action<IStockTickerContentViewModel>)conductor.ActivateItem });
}
/// <summary>
/// Reads the current block and converts the block type to the specific model type found in the model tag.
/// </summary>
/// <param name="reader"></param>
/// <param name="objectType"></param>
/// <param name="existingValue"></param>
/// <param name="serializer"></param>
/// <returns></returns>
public override object ReadJson(JsonReader reader, Type objectType, object existingValue, JsonSerializer serializer)
{
JObject jsonObject = JObject.Load(reader);
Block modelBlock;
if (objectType == typeof(Block))
{
modelBlock = default(Block);
string modelType = (string)jsonObject["@model"] ?? string.Empty;
switch (modelType)
{
#region Amp
case ConstAmp.MODEL_ARCHETYPE_CLEAN:
modelBlock = new ArchetypeClean();
break;
case ConstAmp.MODEL_ARCHETYPE_LEAD:
modelBlock = new ArchetypeLead();
break;
case ConstAmp.MODEL_ANGL_METEOR:
modelBlock = new ANGLMeteor();
break;
case ConstAmp.MODEL_GERMAN_MAHADEVA:
modelBlock = new GermanMahadeva();
break;
case ConstAmp.MODEL_JAZZ_RIVET_120:
modelBlock = new JazzRivet120();
break;
case ConstAmp.MODEL_US_SMALL_TWEED:
modelBlock = new USSmallTweed();
break;
case ConstAmp.MODEL_GERMAN_UBERSONIC:
modelBlock = new GermanUbersonic();
break;
case ConstAmp.MODEL_MATCHSTICK_CH1:
modelBlock = new MatchstickCh1();
break;
case ConstAmp.MODEL_MATCHSTICK_CH2:
modelBlock = new MatchstickCh2();
break;
case ConstAmp.MODEL_MATCHSTICK_JUMP:
modelBlock = new MatchstickJump();
break;
case ConstAmp.MODEL_ESSEX_A15:
modelBlock = new EssexA15();
break;
case ConstAmp.MODEL_ESSEX_A30:
modelBlock = new EssexA30();
break;
case ConstAmp.MODEL_WHO_WATT_100:
modelBlock = new WhoWatt100();
break;
case ConstAmp.MODEL_SOUP_PRO:
modelBlock = new SoupPro();
break;
case ConstAmp.MODEL_STONE_AGE_185:
modelBlock = new StoneAge185();
break;
case ConstAmp.MODEL_VOLTAGE_QUEEN:
modelBlock = new VoltageQueen();
break;
case ConstAmp.DISP_TWEED_BLUES_NRM:
modelBlock = new TweedBluesNrm();
break;
case ConstAmp.MODEL_TWEED_BLUES_BRT:
modelBlock = new TweedBluesBrt();
break;
case ConstAmp.MODEL_US_DELUXE_NRM:
modelBlock = new USDeluxeNrm();
break;
case ConstAmp.MODEL_US_DELUXE_VIB:
modelBlock = new USDeluxeVib();
break;
case ConstAmp.MODEL_US_DOUBLE_NRM:
modelBlock = new USDoubleNrm();
break;
case ConstAmp.MODEL_US_DOUBLE_VIB:
modelBlock = new USDoubleVib();
break;
case ConstAmp.MODEL_MAIL_ORDER_TWIN:
modelBlock = new MailOrderTwin();
break;
case ConstAmp.MODEL_DIVIDED_DUO:
modelBlock = new DividedDuo();
break;
case ConstAmp.MODEL_INTERSTATE_ZED:
modelBlock = new InterstateZed();
break;
case ConstAmp.MODEL_DERAILED_INGRID:
modelBlock = new DerailedIngrid();
break;
case ConstAmp.MODEL_MANDARIN_80:
modelBlock = new Mandarin80();
break;
case ConstAmp.MODEL_CALI_RECTIFIRE:
modelBlock = new CaliRectifire();
break;
case ConstAmp.DISP_CALI_IV_LEAD:
modelBlock = new CaliIVLead();
break;
case ConstAmp.MODEL_CALI_IV_R1:
modelBlock = new CaliIVR1();
break;
case ConstAmp.MODEL_CALI_IV_R2:
modelBlock = new CaliIVR2();
break;
case ConstAmp.MODEL_CALI_TEXAS_CH1:
modelBlock = new CaliTexasCh1();
break;
case ConstAmp.MODEL_CALI_TEXAS_CH2:
modelBlock = new CaliTexasCh2();
break;
case ConstAmp.MODEL_BRIT_PLEXI_BRT:
modelBlock = new BritPlexiBrt();
break;
case ConstAmp.MODEL_BRIT_PLEXI_NRM:
modelBlock = new BritPlexiNrm();
break;
case ConstAmp.MODEL_PLACATER_DIRTY:
modelBlock = new PlacaterDirty();
break;
case ConstAmp.MODEL_PLACATER_CLEAN:
modelBlock = new PlacaterClean();
break;
case ConstAmp.MODEL_BRIT_2204:
modelBlock = new Brit2204();
break;
case ConstAmp.MODEL_BRIT_J45_NRM:
modelBlock = new BritJ45Nrm();
break;
case ConstAmp.MODEL_BRIT_J45_BRT:
modelBlock = new BritJ45Brt();
break;
case ConstAmp.MODEL_BRIT_PLEXI_JUMP:
modelBlock = new BritPlexiJump();
break;
case ConstAmp.MODEL_BRIT_TREM_NRM:
modelBlock = new BritTremNrm();
break;
case ConstAmp.MODEL_BRIT_TREM_BRT:
modelBlock = new BritTremBrt();
break;
case ConstAmp.MODEL_BRIT_TREM_JUMP:
modelBlock = new BritTremJump();
break;
case ConstAmp.MODEL_BRIT_P75_NRM:
modelBlock = new BritP75Nrm();
break;
case ConstAmp.MODEL_BRIT_P75_BRT:
modelBlock = new BritPlexiBrt();
break;
case ConstAmp.MODEL_SOLO_LEAD_CLEAN:
modelBlock = new SoloLeadClean();
break;
case ConstAmp.MODEL_SOLO_LEAD_CRUNCH:
modelBlock = new SoloLeadCrunch();
break;
case ConstAmp.MODEL_SOLO_LEAD_OD:
modelBlock = new SoloLeadOD();
break;
case ConstAmp.MODEL_A30_FAWN_NRM:
modelBlock = new A30FawnNrm();
break;
case ConstAmp.MODEL_A30_FAWN_BRT:
modelBlock = new A30FawnBrt();
break;
case ConstAmp.MODEL_PV_PANAMA:
modelBlock = new PVPanama();
break;
case ConstAmp.MODEL_CARTOGRAPHER:
modelBlock = new Cartographer();
break;
case ConstAmp.MODEL_AGUA_51:
modelBlock = new Agua51();
break;
case ConstAmp.MODEL_SV_BEAST_BRT:
modelBlock = new SVBeastBrt();
break;
case ConstAmp.DISP_GCOUGAR_800:
modelBlock = new GCougar800();
break;
case ConstAmp.DISP_DEL_SOL_300:
modelBlock = new DelSol300();
break;
case ConstAmp.MODEL_LINE6_BADONK:
modelBlock = new Line6Badonk();
break;
case ConstAmp.MODEL_LINE6_LITIGATOR:
modelBlock = new Line6Litigator();
break;
case ConstAmp.MODEL_LINE6_FATALITY:
modelBlock = new Line6Fatality();
break;
case ConstAmp.MODEL_LINE6_ELEKTRIK:
modelBlock = new Line6Elektrik();
break;
case ConstAmp.MODEL_LINE6_DOOM:
modelBlock = new Line6Doom();
break;
case ConstAmp.MODEL_LINE6_2204_MOD:
modelBlock = new Line62204Mod();
break;
case ConstAmp.MODEL_LINE6_EPIC:
modelBlock = new Line6Epic();
break;
case ConstAmp.MODEL_REVV_GEN_RED:
modelBlock = new RevvGenRed();
break;
case ConstAmp.MODEL_FULLERTON_NRM:
modelBlock = new FullertonNrm();
break;
case ConstAmp.MODEL_FULLERTON_BRT:
modelBlock = new FullertonBrt();
break;
case ConstAmp.MODEL_FULLERTON_JUMP:
modelBlock = new FullertonJump();
break;
case ConstAmp.MODEL_GRAMMATICO_NRM:
modelBlock = new GrammaticoNrm();
break;
case ConstAmp.MODEL_GRAMMATICO_BRT:
modelBlock = new GrammaticoBrt();
break;
case ConstAmp.MODEL_GRAMMATICO_JUMP:
modelBlock = new GrammaticoJump();
break;
#endregion Amp
#region Cab
case ConstCab.MODEL_4X12_GREENBACK_20:
modelBlock = new Cab4x12Greenback20();
break;
case ConstCab.MODEL_4X12_GREENBACK_25:
modelBlock = new Cab4x12Greenback25();
break;
case ConstCab.MODEL_1X12_LEAD_80:
modelBlock = new Cab1x12Lead80();
break;
case ConstCab.MODEL_1X12_MATCH_H30:
modelBlock = new Cab1x12MatchH30();
break;
case ConstCab.MODEL_1X12_MATCH_G25:
modelBlock = new Cab1x12MatchG25();
break;
case ConstCab.MODEL_1X12_BLUE_BELL:
modelBlock = new Cab1x12BlueBell();
break;
case ConstCab.MODEL_4X12_WHO_WATT_100:
modelBlock = new Cab4x12WhoWatt100();
break;
case ConstCab.MODEL_1X6X9_SOUP_PRO_ELLIPSE:
modelBlock = new Cab1x6x9SoupProEllipse();
break;
case ConstCab.MODEL_1X12_FIELD_COIL:
modelBlock = new Cab1x12FieldCoil();
break;
case ConstCab.MODEL_1X12_US_DELUXE:
modelBlock = new Cab1x12USDeluxe();
break;
case ConstCab.MODEL_4X10_TWEED_P10R:
modelBlock = new Cab4x10TweedP10R();
break;
case ConstCab.MODEL_2X12_DOUBLE_C12N:
modelBlock = new Cab2x12DoubleC12N();
break;
case ConstCab.MODEL_2X12_MAIL_C12Q:
modelBlock = new Cab2x12MailC12Q();
break;
case ConstCab.MODEL_1X12_CELEST_12H:
modelBlock = new Cab1x12Celest12H();
break;
case ConstCab.MODEL_2X12_INTERSTATE:
modelBlock = new Cab2x12Interstate();
break;
case ConstCab.MODEL_4X12_CALI_V30:
modelBlock = new Cab4X12CaliV30();
break;
case ConstCab.MODEL_4X12_SOLO_LEAD_EM:
modelBlock = new Cab4x12SoloLeadEM();
break;
case ConstCab.MODEL_2X12_BLUE_BELL:
modelBlock = new Cab2x12BlueBell();
break;
case ConstCab.MODEL_2X12_SILVER_BELL:
modelBlock = new Cab2x12SilverBell();
break;
case ConstCab.MODEL_4X12_UBER_V30:
modelBlock = new Cab4x12UberV30();
break;
case ConstCab.MODEL_4X12_BLACKBACK_30:
modelBlock = new Cab4x12Blackback30();
break;
case ConstCab.MODEL_4X12_1960_T75:
modelBlock = new Cab4x121960T75();
break;
case ConstCab.MODEL_8X10_SV_BEAST:
modelBlock = new Cab8x10SVBeast();
break;
case ConstCab.MODEL_6X10_CALI_POWER:
modelBlock = new Cab6x10CaliPower();
break;
#endregion Cab
#region Delay
case ConstDelay.MODEL_ADRIATIC_DELAY:
modelBlock = new AdriaticDelay();
break;
case ConstDelay.MODEL_ADRIATIC_SWELL:
modelBlock = new AdriaticSwell();
break;
case ConstDelay.MODEL_DUAL_DELAY:
modelBlock = new DualDelay();
break;
case ConstDelay.MODEL_VINTAGE_DIGITAL_V2:
modelBlock = new VintageDigitalV2();
break;
case ConstDelay.MODEL_SIMPLE_DELAY:
modelBlock = new SimpleDelay();
break;
case ConstDelay.MODEL_TRANSISTOR_TAPE:
modelBlock = new TransistorTape();
break;
case ConstDelay.MODEL_DELAY_COSMOS_ECHO:
modelBlock = new CosmosEcho();
break;
case ConstDelay.MODEL_DELAY_PITCH:
modelBlock = new DelayPitch();
break;
case ConstDelay.MODEL_HARMONY_DELAY:
modelBlock = new HarmonyDelay();
break;
case ConstDelay.MODEL_ELEPHANT_MAN:
modelBlock = new ElephantMan();
break;
case ConstDelay.MODEL_BUCKET_BRIGADE:
modelBlock = new BucketBrigade();
break;
case ConstDelay.MODEL_PING_PONG:
modelBlock = new PingPong();
break;
case ConstDelay.MODEL_SWELL_VINTAGE_DIGITAL:
modelBlock = new SwellVintageDigital();
break;
case ConstDelay.MODEL_DUCKED_DELAY:
modelBlock = new DuckedDelay();
break;
case ConstDelay.MODEL_MOD_CHORUS_ECHO:
modelBlock = new ModChorusEcho();
break;
case ConstDelay.MODEL_SWEEP_ECHO:
modelBlock = new SweepEcho();
break;
case ConstDelay.MODEL_REVERSE_DELAY:
modelBlock = new ReverseDelay();
break;
case ConstDelay.MODEL_DELAY_MULTI_PASS:
modelBlock = new MultiPass();
break;
case ConstDelay.MODEL_LOW_RES:
modelBlock = new LowRes();
break;
case ConstDelay.MODEL_MULTITAP_4:
modelBlock = new Multitap4();
break;
case ConstDelay.MODEL_MULTITAP_6:
modelBlock = new Multitap6();
break;
case ConstDelay.MODEL_DL4_PING_PONG:
modelBlock = new DL4PingPong();
break;
case ConstDelay.MODEL_DYNAMIC_DELAY_STEREO:
modelBlock = new DynamicDelayStereo();
break;
case ConstDelay.MODEL_STEREO_DELAY:
modelBlock = new StereoDelay();
break;
case ConstDelay.MODEL_DL4_DIGITAL_DELAY:
modelBlock = new DL4DigitalDelay();
break;
case ConstDelay.MODEL_DELAY_WITH_MOD:
modelBlock = new DelayWithMod();
break;
case ConstDelay.MODEL_DL4_REVERSE_DELAY:
modelBlock = new DL4ReverseDelay();
break;
case ConstDelay.MODEL_TUBE_ECHO_STEREO:
modelBlock = new TubeEchoStereo();
break;
case ConstDelay.MODEL_TAPE_ECHO_STEREO:
modelBlock = new TapeEchoStereo();
break;
case ConstDelay.MODEL_SWEEP_ECHO_STEREO:
modelBlock = new SweepEchoStereo();
break;
case ConstDelay.MODEL_ECHO_PLATTER:
modelBlock = new EchoPlatter();
break;
case ConstDelay.MODEL_ANALOG_DELAY:
modelBlock = new AnalogDelay();
break;
case ConstDelay.MODEL_ANALOG_DELAY_MOD:
modelBlock = new AnalogDelayMod();
break;
case ConstDelay.MODEL_AUTO_VOL_DELAY:
modelBlock = new AutoVolDelay();
break;
case ConstDelay.MODEL_MULTIHEAD_DELAY:
modelBlock = new MultiheadDelay();
break;
#endregion Delay
#region Distortion
case ConstDistortion.MODEL_ARBITRATOR_FUZZ:
modelBlock = new ArbitratorFuzz();
break;
case ConstDistortion.MODEL_BIT_CRUSHER:
modelBlock = new BitCrusher();
break;
case ConstDistortion.MODEL_SCREAM_808:
modelBlock = new Scream808();
break;
case ConstDistortion.MODEL_COMPULSIVE_DRIVE:
modelBlock = new CompulsiveDrive();
break;
case ConstDistortion.MODEL_CLAWTHORN_DRIVE:
modelBlock = new ClawthornDrive();
break;
case ConstDistortion.MODEL_DEEZ_ONE_MOD:
modelBlock = new DeezOneMod();
break;
case ConstDistortion.MODEL_DEEZ_ONE_VINTAGE:
modelBlock = new DeezOneVintage();
break;
case ConstDistortion.MODEL_DERANGEDMASTER:
modelBlock = new DerangedMaster();
break;
case ConstDistortion.MODEL_KINKY_BOOST:
modelBlock = new KinkyBoost();
break;
case ConstDistortion.MODEL_KWB:
modelBlock = new KWB();
break;
case ConstDistortion.MODEL_MEGAPHONE:
modelBlock = new Megaphone();
break;
case ConstDistortion.MODEL_FACIAL_FUZZ:
modelBlock = new FacialFuzz();
break;
case ConstDistortion.MODEL_MINOTAUR:
modelBlock = new Minotaur();
break;
case ConstDistortion.MODEL_HEDGEHOG_D9:
modelBlock = new HedgehogD9();
break;
case ConstDistortion.MODEL_TEEMAH:
modelBlock = new Teemah();
break;
case ConstDistortion.MODEL_HEAVY_DISTORTION:
modelBlock = new HeavyDistortion();
break;
case ConstDistortion.MODEL_INDUSTRIAL_FUZZ:
modelBlock = new IndustrialFuzz();
break;
case ConstDistortion.MODEL_THRIFTER_FUZZ:
modelBlock = new ThrifterFuzz();
break;
case ConstDistortion.MODEL_TOP_SECRET_OD:
modelBlock = new TopSecretOD();
break;
case ConstDistortion.MODEL_TRIANGLE_FUZZ:
modelBlock = new TriangleFuzz();
break;
case ConstDistortion.MODEL_TYCOCTAVIA_FUZZ:
modelBlock = new TycoctaviaFuzz();
break;
case ConstDistortion.MODEL_VERMIN_DIST:
modelBlock = new VerminDist();
break;
case ConstDistortion.MODEL_VALVE_DRIVER:
modelBlock = new ValveDriver();
break;
case ConstDistortion.MODEL_OBSIDIAN_7000:
modelBlock = new Obsidian7000();
break;
case ConstDistortion.MODEL_WRINGER_FUZZ:
modelBlock = new WringerFuzz();
break;
case ConstDistortion.MODEL_TUBE_DRIVE:
modelBlock = new TubeDrive();
break;
case ConstDistortion.MODEL_SCREAMER:
modelBlock = new Screamer();
break;
case ConstDistortion.MODEL_OVERDRIVE:
modelBlock = new Overdrive();
break;
case ConstDistortion.MODEL_CLASSIC_DISTORTION:
modelBlock = new ClassicDistortion();
break;
case ConstDistortion.MODEL_COLOR_DRIVE:
modelBlock = new ColorDrive();
break;
case ConstDistortion.MODEL_BUZZ_SAW:
modelBlock = new BuzzSaw();
break;
case ConstDistortion.MODEL_JUMBO_FUZZ:
modelBlock = new JumboFuzz();
break;
case ConstDistortion.MODEL_OCTAVE_FUZZ:
modelBlock = new OctaveFuzz();
break;
case ConstDistortion.MODEL_FUZZ_PI:
modelBlock = new FuzzPi();
break;
case ConstDistortion.MODEL_JET_FUZZ:
modelBlock = new JetFuzz();
break;
case ConstDistortion.MODEL_LINE_6_DRIVE:
modelBlock = new Line6Drive();
break;
case ConstDistortion.MODEL_LINE_6_DISTORTION:
modelBlock = new Line6Distortion();
break;
case ConstDistortion.MODEL_SUB_OCTAVE_FUZZ:
modelBlock = new SubOctaveFuzz();
break;
case ConstDistortion.MODEL_HEIR_APPARENT:
modelBlock = new HeirApparent();
break;
case ConstDistortion.MODEL_TONE_SOVEREIGN:
modelBlock = new ToneSovereign();
break;
case ConstDistortion.MODEL_DHYANA_DRIVE:
modelBlock = new DhyanaDrive();
break;
case ConstDistortion.MODEL_ZERO_AMP_BASS_DI:
modelBlock = new ZeroAmpBassDI();
break;
case ConstDistortion.MODEL_AMPEG_SCRAMBLER_OD:
modelBlock = new AmpegScramblerOD();
break;
#endregion Distortion
#region Dynamics
case ConstDynamics.MODEL_LA_STUDIO_COMP:
modelBlock = new LASutdioComp();
break;
case ConstDynamics.MODEL_NOISE_GATE:
modelBlock = new NoiseGate();
break;
case ConstDynamics.MODEL_HARD_GATE:
modelBlock = new HardGate();
break;
case ConstDynamics.MODEL_AUTO_SWELL:
modelBlock = new AutoSwell();
break;
case ConstDynamics.MODEL_RED_SQUEEZE:
modelBlock = new RedSqueeze();
break;
case ConstDynamics.MODEL_DELUXE_COMP:
modelBlock = new DeluxeComp();
break;
case ConstDynamics.MODEL_3_BAND_COMP:
modelBlock = new Comp3BandComp();
break;
case ConstDynamics.MODEL_KINKY_COMP:
modelBlock = new KinkyComp();
break;
case ConstDynamics.MODEL_TUBE_COMP:
modelBlock = new TubeComp();
break;
case ConstDynamics.MODEL_RED_COMP:
modelBlock = new RedComp();
break;
case ConstDynamics.MODEL_BLUE_COMP:
modelBlock = new BlueComp();
break;
case ConstDynamics.MODEL_BLUE_COMP_TREB:
modelBlock = new BlueCompTreb();
break;
case ConstDynamics.MODEL_VETTA_COMP:
modelBlock = new VettaComp();
break;
case ConstDynamics.MODEL_VETTA_JUICE:
modelBlock = new VettaJuice();
break;
case ConstDynamics.MODEL_BOOST_COMP:
modelBlock = new BoostComp();
break;
#endregion Dynamics
#region EQ
case ConstEQ.MODEL_LOW_CUT_HIGH_CUT:
modelBlock = new LowCutHighCut();
break;
case ConstEQ.MODEL_LOW_SHELF_HIGH_SHELF:
modelBlock = new LowShelfHighShelf();
break;
case ConstEQ.MODEL_GRAPHIC_10_BAND:
modelBlock = new Graphic10Band();
break;
case ConstEQ.MODEL_SIMPLE_3_BAND:
modelBlock = new Simple3Band();
break;
case ConstEQ.MODEL_PARAMETRIC:
modelBlock = new Parametric();
break;
case ConstEQ.MODEL_CALI_Q:
modelBlock = new CaliQ();
break;
case ConstEQ.DISP_SIMPLE_TILT:
modelBlock = new SimpleTilt();
break;
#endregion EQ
#region FX Loop
case ConstFxLoop.MODEL_FX_LOOP_MONO_1:
modelBlock = new FXLoopLeft();
break;
case ConstFxLoop.MODEL_FX_LOOP_MONO_2:
modelBlock = new FXLoopRight();
break;
case ConstFxLoop.MODEL_FX_LOOP_STEREO:
modelBlock = new FXLoopStereo();
break;
#endregion FX Loop
#region Filter
case ConstFilter.DISP_ASHEVILLE_PATTRN:
modelBlock = new AshevillePattrn();
break;
case ConstFilter.MODEL_AUTO_FILTER:
modelBlock = new AutoFilter();
break;
case ConstFilter.MODEL_MUTANT_FILTER:
modelBlock = new MutantFilter();
break;
case ConstFilter.MODEL_MYSTERY_FILTER:
modelBlock = new MysteryFilter();
break;
case ConstFilter.MODEL_VOICE_BOX:
modelBlock = new VoiceBox();
break;
case ConstFilter.MODEL_TRON:
modelBlock = new Tron();
break;
case ConstFilter.MODEL_Q_FILTER:
modelBlock = new QFilter();
break;
case ConstFilter.MODEL_SEEKER:
modelBlock = new Seeker();
break;
case ConstFilter.MODEL_OBI_WAH:
modelBlock = new ObiWah();
break;
case ConstFilter.MODEL_TRON_UP:
modelBlock = new TronUp();
break;
case ConstFilter.MODEL_TRON_DOWN:
modelBlock = new TronDown();
break;
case ConstFilter.MODEL_THROBBER:
modelBlock = new Throbber();
break;
case ConstFilter.MODEL_SLOW_FILTER:
modelBlock = new SlowFilter();
break;
case ConstFilter.MODEL_SPIN_CYCLE:
modelBlock = new SpinCycle();
break;
case ConstFilter.MODEL_COMET_TRAILS:
modelBlock = new CometTrails();
break;
#endregion Filter
#region Looper
case ConstLooper.MODEL_LOOPER:
modelBlock = new Looper();
break;
#endregion Looper
#region Impulse response
case ConstIR.MODEL_IMPULSE_RESPONSE_1024:
modelBlock = new ImpulseResponse1024();
break;
case ConstIR.MODEL_IMPULSE_RESPONSE_2048:
modelBlock = new ImpulseResponse2048();
break;
#endregion Impulse Response
#region Modulation
case ConstModulation.MODEL_60S_BIAS_TRAM:
modelBlock = new Mod60sBiasTrem();
break;
case ConstModulation.MODEL_70S_CHORUS:
modelBlock = new Chorus70sChorus();
break;
case ConstModulation.MODEL_AM_RING_MOD:
modelBlock = new AMRingMod();
break;
case ConstModulation.MODEL_BUBBLE_VIBRATO:
modelBlock = new BubbleVibrato();
break;
case ConstModulation.MODEL_COURTESAN_FLANGE:
modelBlock = new CourtesanFlange();
break;
case ConstModulation.MODEL_DELUXE_PHASER:
modelBlock = new DeluxePhaser();
break;
case ConstModulation.MODEL_DOUBLT_TAKE:
modelBlock = new DoubleTake();
break;
case ConstModulation.MODEL_DYNAMIX_FLANGER:
modelBlock = new DynamixFlanger();
break;
case ConstModulation.MODEL_TRINITY_CHORUS:
modelBlock = new TrinityChorus();
break;
case ConstModulation.MODEL_GRAY_FLANGER:
modelBlock = new GrayFlanger();
break;
case ConstModulation.MODEL_UBIQUITOUS_VIBE:
modelBlock = new UbiquitousVibe();
break;
case ConstModulation.MODEL_SCRIPT_MOD_PHASE:
modelBlock = new ScriptModPhase();
break;
case ConstModulation.DISP_HARMONIC_TREM:
modelBlock = new HarmonicTremolo();
break;
case ConstModulation.MODEL_OPTICAL_TREM:
modelBlock = new OpticalTrem();
break;
case ConstModulation.MODEL_PLASTI_CHORUS:
modelBlock = new PlastiChorus();
break;
case ConstModulation.MODEL_PITCH_RING_MOD:
modelBlock = new PitchRingMod();
break;
case ConstModulation.MODEL_CHORUS:
modelBlock = new Chorus();
break;
case ConstModulation.MODEL_ROTARY_122:
modelBlock = new Rotary122();
break;
case ConstModulation.MODEL_ROTARY_145:
modelBlock = new Rotary145();
break;
case ConstModulation.MODEL_ROTARY_VIBE:
modelBlock = new RotaryVibe();
break;
case ConstModulation.MODEL_HARMONIC_FLANGER:
modelBlock = new HarmonicFlanger();
break;
case ConstModulation.MODEL_BLEAT_CHOP_TREM:
modelBlock = new BleatChopTrem();
break;
case ConstModulation.MODEL_TREMOLO:
modelBlock = new Tremolo();
break;
case ConstModulation.MODEL_PATTERN_TREM:
modelBlock = new PatternTrem();
break;
case ConstModulation.MODEL_PANNER:
modelBlock = new Panner();
break;
case ConstModulation.MODEL_BIAS_TREMOLO:
modelBlock = new BiasTremolo();
break;
case ConstModulation.MODEL_OPTO_TREMOLO:
modelBlock = new OptoTremolo();
break;
case ConstModulation.MODEL_SCRIPT_PHASE:
modelBlock = new ScriptPhase();
break;
case ConstModulation.MODEL_PANNED_PHASER:
modelBlock = new PannedPhaser();
break;
case ConstModulation.MODEL_BARBERPOLE_PHASER:
modelBlock = new BarberpolePhaser();
break;
case ConstModulation.MODEL_DUAL_PHASER:
modelBlock = new DualPhaser();
break;
case ConstModulation.MODEL_U_VIBE:
modelBlock = new UVibe();
break;
case ConstModulation.MODEL_PHASER:
modelBlock = new Phaser();
break;
case ConstModulation.MODEL_PITCH_VIBRATO:
modelBlock = new PitchVibrato();
break;
case ConstModulation.MODEL_DIMMENSION:
modelBlock = new Dimmension();
break;
case ConstModulation.MODEL_ANALOG_CHORUS:
modelBlock = new AnalogChorus();
break;
case ConstModulation.MODEL_TRI_CHORUS:
modelBlock = new TriChorus();
break;
case ConstModulation.MODEL_ANALOG_FLANGER:
modelBlock = new AnalogFlanger();
break;
case ConstModulation.MODEL_JET_FLANGER:
modelBlock = new JetFlanger();
break;
case ConstModulation.MODEL_AC_FLANGER:
modelBlock = new ACFlanger();
break;
case ConstModulation.MODEL_80A_FLANGER:
modelBlock = new ADAFlanger();
break;
case ConstModulation.MODEL_FREQUENCY_SHIFTER:
modelBlock = new FrequencyShifter();
break;
case ConstModulation.MODEL_RING_MODULATOR:
modelBlock = new RingModulator();
break;
case ConstModulation.MODEL_ROTARY_DRUM:
modelBlock = new RotaryDrum();
break;
case ConstModulation.MODEL_ROTARY_DRUM_HORN:
modelBlock = new RotaryDrumHorn();
break;
#endregion Modulation
#region Pitch/Synth
case ConstPitch.MODEL_PITCH_WHAM:
modelBlock = new PitchWham();
break;
case ConstPitch.MODEL_DUAL_PITCH:
modelBlock = new DualPitch();
break;
case ConstPitch.MODEL_SIMPLE_PITCH:
modelBlock = new SimplePitch();
break;
case ConstPitch.MODEL_TWIN_HARMONY:
modelBlock = new TwinHarmony();
break;
case ConstPitch.MODEL_3_NOTE_GENERATOR:
modelBlock = new Synth3NoteGenerator();
break;
case ConstPitch.MODEL_4_OSC_GENERATOR:
modelBlock = new Synth4OSCGenerator();
break;
case ConstPitch.MODEL_3_OSC_SYNTH:
modelBlock = new Synth3OSCSynth();
break;
case ConstPitch.MODEL_BASS_OCTAVER:
modelBlock = new BassOctaver();
break;
case ConstPitch.MODEL_TWO_VOICE_HARMONY:
modelBlock = new TwoVoiceHarmony();
break;
case ConstPitch.MODEL_OCTI_SYNTH:
modelBlock = new OctiSynth();
break;
case ConstPitch.MODEL_SYNTH_OMATIC:
modelBlock = new SynthOMatic();
break;
case ConstPitch.MODEL_ATTACK_SYNTH:
modelBlock = new AttackSynth();
break;
case ConstPitch.MODEL_SYNTH_STRING:
modelBlock = new SynthString();
break;
case ConstPitch.MODEL_GROWLER:
modelBlock = new Growler();
break;
#endregion Pitch/Synth
#region Reverb
case ConstReverb.MODEL_SPRING:
modelBlock = new Spring();
break;
case ConstReverb.MODEL_63_SPRING:
modelBlock = new Reverb63Spring();
break;
case ConstReverb.MODEL_CAVE:
modelBlock = new Cave();
break;
case ConstReverb.MODEL_CHAMBER:
modelBlock = new Chamber();
break;
case ConstReverb.MODEL_DUCKING:
modelBlock = new Ducking();
break;
case ConstReverb.MODEL_ECHO:
modelBlock = new Echo();
break;
case ConstReverb.MODEL_HALL:
modelBlock = new Hall();
break;
case ConstReverb.MODEL_GLITZ:
modelBlock = new Glitz();
break;
case ConstReverb.MODEL_ROOM:
modelBlock = new Room();
break;
case ConstReverb.MODEL_DOUBLE_TANK:
modelBlock = new DoubleTank();
break;
case ConstReverb.MODEL_GANYMEDE:
modelBlock = new Ganymede();
break;
case ConstReverb.MODEL_PARTICLE:
modelBlock = new Particle();
break;
case ConstReverb.MODEL_PLATE:
modelBlock = new Plate();
break;
case ConstReverb.MODEL_OCTO:
modelBlock = new Octo();
break;
case ConstReverb.MODEL_PLATEAUX:
modelBlock = new Plateaux();
break;
case ConstReverb.MODEL_SEARCHLIGHTS:
modelBlock = new Searchlights();
break;
case ConstReverb.MODEL_TILE:
modelBlock = new Tile();
break;
#endregion Reverb
#region Send/Return
case ConstSendReturn.MODEL_SEND_MONO_1:
modelBlock = new SendLeft();
break;
case ConstSendReturn.MODEL_SEND_MONO_2:
modelBlock = new SendRight();
break;
case ConstSendReturn.MODEL_RETURN_MONO_1:
modelBlock = new ReturnLeft();
break;
case ConstSendReturn.MODEL_RETURN_MONO_2:
modelBlock = new ReturnRight();
break;
case ConstSendReturn.MODEL_SEND_STEREO_1_2:
modelBlock = new SendStereoLR();
break;
case ConstSendReturn.MODEL_RETURN_STEREO_1_2:
modelBlock = new ReturnStereoLR();
break;
#endregion Send/Return
#region Volume/Pan
case ConstVolPan.MODEL_VOLUME:
modelBlock = new Volume();
break;
case ConstVolPan.MODEL_GAIN:
modelBlock = new Gain();
break;
#endregion Volume/Pan
#region Wah
case ConstWah.MODEL_CHROME:
modelBlock = new Chrome();
break;
case ConstWah.MODEL_CHROME_CUSTOM:
modelBlock = new ChromeCustom();
break;
case ConstWah.MODEL_COLORFUL:
modelBlock = new Colorful();
break;
case ConstWah.MODEL_CONDUCTOR:
modelBlock = new Conductor();
break;
case ConstWah.MODEL_TEARDROP_310:
modelBlock = new Teardrop310();
break;
case ConstWah.MODEL_THROATY:
modelBlock = new Throaty();
break;
case ConstWah.MODEL_WEEPER:
modelBlock = new Weeper();
break;
case ConstWah.MODEL_FASSEL:
modelBlock = new Fassel();
break;
case ConstWah.MODEL_UK_WAH_846:
modelBlock = new UkWah846();
break;
case ConstWah.MODEL_VETTA_WAH:
modelBlock = new Vetta();
break;
#endregion Wah
default:
modelBlock = new Block();
break;
}
serializer.Populate(jsonObject.CreateReader(), modelBlock);
return(modelBlock);
}
else
{
return(default(Block));
}
}
public void ParentItemIsUnsetOnReplaceConductedItem()
{
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new Screen();
conductor.Items.Add(conducted);
var conducted2 = new Screen();
conductor.Items[0] = conducted2;
Assert.NotEqual(conductor, conducted.Parent);
Assert.Equal(conductor, conducted2.Parent);
}
public ClickOnceService(Conductor conductor, IDeviceInitService deviceInitService)
{
_conductor = conductor;
_deviceInitService = deviceInitService;
}
// Use this for initialization
void Start()
{
conductor = gameObject.GetComponent<Conductor>();
Step.OnStepExecuted += HandleStepExecuted;
}
public void InsertConductor(Conductor conductor)
{
_context.Conductores.Add(conductor);
}
public void SetUp()
{
this.conductor = new Conductor<IScreen>();
}
public ConductorTests()
{
m_coreProcessMock = new Mock <ICoreProcess>();
m_coreProcessMock.Setup(process => process.EndPoint).Returns(new EndPoint("localhost", 42));
var coreLinkMock = new Mock <ICoreLink>();
m_coreProxyMock = new Mock <ICoreProxy>();
m_coreProxyMock.Setup(coreProxy => coreProxy.LoadBlueprintAsync(It.IsAny <string>()))
.Returns(Task.CompletedTask)
.Raises(coreProxy => coreProxy.StateChanged += null,
new StateChangedEventArgs(CoreState.Empty, CoreState.Paused));
m_coreProxyMock.Setup(coreProxy => coreProxy.RunAsync(It.IsAny <uint>(), It.IsAny <bool>()))
.Returns(Task.CompletedTask)
.Raises(coreProxy => coreProxy.StateChanged += null,
new StateChangedEventArgs(CoreState.Paused, CoreState.Running));
m_coreProxyMock.Setup(coreProxy => coreProxy.PauseAsync())
.Returns(Task.CompletedTask)
.Raises(coreProxy => coreProxy.StateChanged += null,
new StateChangedEventArgs(CoreState.Running, CoreState.Paused));
m_coreProxyMock.Setup(coreProxy => coreProxy.ClearAsync())
.Returns(Task.CompletedTask)
.Raises(coreProxy => coreProxy.StateChanged += null,
new StateChangedEventArgs(CoreState.Paused, CoreState.Empty));
m_coreProxyMock.Setup(coreProxy => coreProxy.ShutdownAsync())
.Returns(Task.CompletedTask)
.Raises(coreProxy => coreProxy.StateChanged += null,
new StateChangedEventArgs(CoreState.Empty, CoreState.ShuttingDown));
var coreProcessFactoryMock = new Mock <ICoreProcessFactory>();
coreProcessFactoryMock.Setup(factory => factory.Create(m_coreProcessParams.CoreProcessParams))
.Returns(m_coreProcessMock.Object);
var coreLinkFactoryMock = new Mock <ICoreLinkFactory>();
coreLinkFactoryMock.Setup(factory => factory.Create(It.IsAny <EndPoint>()))
.Returns(coreLinkMock.Object);
var coreControllerFactoryMock = new Mock <ICoreControllerFactory>();
coreControllerFactoryMock.Setup(factory => factory.Create(It.IsAny <ICoreLink>())).Returns(new CoreController(coreLinkMock.Object));
var response = StateResponseBuilder.Build(StateType.ShuttingDown);
var stateResponse = response.GetResponse(new StateResponse());
coreLinkMock.Setup(link => link.Request(It.IsAny <CommandConversation>(), It.IsAny <int>())).Returns(() =>
{
return(Task <StateResponse> .Factory.StartNew(
() => stateResponse));
});
var coreProxyFactoryMock = new Mock <ICoreProxyFactory>();
coreProxyFactoryMock.Setup(factory => factory.Create(It.IsAny <ICoreController>(), It.IsAny <IModelUpdater>()))
.Returns(m_coreProxyMock.Object);
m_conductor = new Conductor(coreProcessFactoryMock.Object, coreLinkFactoryMock.Object,
coreControllerFactoryMock.Object, coreProxyFactoryMock.Object, new Mock <IModelUpdaterFactory>().Object,
new Mock <IModelProviderFactory>().Object, new Mock <ICharmdRunner>().Object);
}
/// <summary>
/// Initializes a new instance of the <see cref="Navigator{T}" /> class.
/// </summary>
/// <param name="conductor">The conductor.</param>
public Navigator(Conductor <T> .Collection.OneActive conductor)
{
Ensure.That(conductor).IsNotNull();
_conductor = conductor;
}
public static void ApplyConnectionHandlers(HubConnection hubConnection, Conductor conductor, IKeyboardMouseInput keyboardMouse)
{
hubConnection.Closed += (ex) =>
{
Logger.Write($"Connection closed. Error: {ex.Message}");
Environment.Exit(1);
return(Task.CompletedTask);
};
hubConnection.On("GetScreenCast", (string viewerID, string requesterName) =>
{
try
{
conductor.InvokeScreenCastInitiated(new ScreenCastRequest()
{
ViewerID = viewerID, RequesterName = requesterName
});
}
catch (Exception ex)
{
Logger.Write(ex);
}
});
hubConnection.On("RequestScreenCast", (string viewerID, string requesterName) =>
{
conductor.InvokeScreenCastRequested(new ScreenCastRequest()
{
ViewerID = viewerID, RequesterName = requesterName
});
});
hubConnection.On("KeyDown", (string key, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
keyboardMouse.SendKeyDown(key, viewer);
}
});
hubConnection.On("KeyUp", (string key, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
keyboardMouse.SendKeyUp(key, viewer);
}
});
hubConnection.On("KeyPress", async(string key, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
keyboardMouse.SendKeyDown(key, viewer);
await Task.Delay(1);
keyboardMouse.SendKeyUp(key, viewer);
}
});
hubConnection.On("MouseMove", (double percentX, double percentY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
var xyPercents = ScreenCaster.GetAbsolutePercentFromRelativePercent(percentX, percentY, viewer.Capturer);
keyboardMouse.SendMouseMove(xyPercents.Item1, xyPercents.Item2, viewer);
}
});
hubConnection.On("MouseDown", (int button, double percentX, double percentY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
var xyPercents = ScreenCaster.GetAbsolutePercentFromRelativePercent(percentX, percentY, viewer.Capturer);
if (button == 0)
{
keyboardMouse.SendLeftMouseDown(xyPercents.Item1, xyPercents.Item2, viewer);
}
else if (button == 2)
{
keyboardMouse.SendRightMouseDown(xyPercents.Item1, xyPercents.Item2, viewer);
}
}
});
hubConnection.On("MouseUp", (int button, double percentX, double percentY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
var xyPercents = ScreenCaster.GetAbsolutePercentFromRelativePercent(percentX, percentY, viewer.Capturer);
if (button == 0)
{
keyboardMouse.SendLeftMouseUp(xyPercents.Item1, xyPercents.Item2, viewer);
}
else if (button == 2)
{
keyboardMouse.SendRightMouseUp(xyPercents.Item1, xyPercents.Item2, viewer);
}
}
});
hubConnection.On("MouseWheel", (double deltaX, double deltaY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
keyboardMouse.SendMouseWheel(-(int)deltaY, viewer);
}
});
hubConnection.On("ViewerDisconnected", async(string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer))
{
viewer.DisconnectRequested = true;
}
await hubConnection.InvokeAsync("ViewerDisconnected", viewerID);
conductor.InvokeViewerRemoved(viewerID);
});
hubConnection.On("LatencyUpdate", (double latency, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer))
{
viewer.PendingFrames--;
viewer.Latency = latency;
}
});
hubConnection.On("SelectScreen", (int screenIndex, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer))
{
viewer.Capturer.SetSelectedScreen(screenIndex);
}
});
hubConnection.On("QualityChange", (int qualityLevel, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer))
{
viewer.ImageQuality = qualityLevel;
}
});
hubConnection.On("TouchDown", (string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
//User32.GetCursorPos(out var point);
//Win32Interop.SendLeftMouseDown(point.X, point.Y);
}
});
hubConnection.On("LongPress", (string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
//User32.GetCursorPos(out var point);
//Win32Interop.SendRightMouseDown(point.X, point.Y);
//Win32Interop.SendRightMouseUp(point.X, point.Y);
}
});
hubConnection.On("TouchMove", (double moveX, double moveY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
//User32.GetCursorPos(out var point);
//Win32Interop.SendMouseMove(point.X + moveX, point.Y + moveY);
}
});
hubConnection.On("TouchUp", (string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
//User32.GetCursorPos(out var point);
//Win32Interop.SendLeftMouseUp(point.X, point.Y);
}
});
hubConnection.On("Tap", (double percentX, double percentY, string viewerID) =>
{
if (conductor.Viewers.TryGetValue(viewerID, out var viewer) && viewer.HasControl)
{
var xyPercents = ScreenCaster.GetAbsolutePercentFromRelativePercent(percentX, percentY, viewer.Capturer);
keyboardMouse.SendLeftMouseDown(xyPercents.Item1, xyPercents.Item2, viewer);
keyboardMouse.SendLeftMouseUp(xyPercents.Item1, xyPercents.Item2, viewer);
}
});
hubConnection.On("SharedFileIDs", (List <string> fileIDs) => {
fileIDs.ForEach(id =>
{
var url = $"{conductor.Host}/API/FileSharing/{id}";
var webRequest = WebRequest.CreateHttp(url);
var response = webRequest.GetResponse();
var contentDisp = response.Headers["Content-Disposition"];
var fileName = contentDisp
.Split(";".ToCharArray())
.FirstOrDefault(x => x.Trim().StartsWith("filename"))
.Split("=".ToCharArray())[1];
var legalChars = fileName.ToCharArray().Where(x => !Path.GetInvalidFileNameChars().Any(y => x == y));
fileName = new string(legalChars.ToArray());
var dirPath = Directory.CreateDirectory(Path.Combine(Path.GetTempPath(), "RemotelySharedFiles")).FullName;
var filePath = Path.Combine(dirPath, fileName);
using (var fs = new FileStream(filePath, FileMode.Create))
{
using (var rs = response.GetResponseStream())
{
rs.CopyTo(fs);
}
}
Process.Start("explorer.exe", dirPath);
});
});
hubConnection.On("SessionID", (string sessionID) =>
{
conductor.InvokeSessionIDChanged(sessionID);
});
}
private void HandleClientComm(object client)
{
TcpClient tcpClient = (TcpClient)client;
NetworkStream clientStream = tcpClient.GetStream();
ASCIIEncoding encoder = new ASCIIEncoding();
byte[] buffer = encoder.GetBytes("Connected");
clientStream.Write(buffer, 0, buffer.Length);
clientStream.Flush();
byte[] message = new byte[4096];
int bytesRead;
while (true)
{
bytesRead = 0;
try
{
//blocks until a client sends a message
bytesRead = clientStream.Read(message, 0, 4096);
}
catch
{
//a socket error has occured
break;
}
if (bytesRead == 0)
{
//the client has disconnected from the server
lock (this)
{
clientesConectados--;
txtConectados.Text = clientesConectados.ToString();
}
break;
}
//message has successfully been received
encoder = new ASCIIEncoding();
System.Diagnostics.Debug.WriteLine(encoder.GetString(message, 0, bytesRead));
lastMessage = encoder.GetString(message, 0, bytesRead);
String[] solicitud = lastMessage.Split('/');
// MessageBox.Show(solicitud[0], "Avión TCP", MessageBoxButtons.OK);
string mensaje = "default";
switch (solicitud[0])
{
//Caso en el que cliente solicita validar usuario y clave.
case "ValidarUsuario":
Conductor conductorValidado = new Conductor();
Viaje viajeEnCurso = new Viaje();
conductorValidado = datos.ValidarUsuario(solicitud[1], solicitud[2]);
if (conductorValidado.Validado != null)
{
viajeEnCurso = datos.ObtenerViajesActivos(conductorValidado.Identificacion);
}
//MessageBox.Show("Resultado de Validacion:"+nuevoConductor.Validado, "Informacion", MessageBoxButtons.OK);
switch (conductorValidado.Validado)
{
case null:
mensaje = "noexiste";
break;
//Si se encuentra validado envia la informacion del usuario al cliente
case "validado":
if (viajeEnCurso.Estado != "en_curso")
{
mensaje = "validado" + "/" + conductorValidado.Identificacion + "/" + conductorValidado.Nombre + "/" + conductorValidado.PrimerApellido +
"/" + conductorValidado.SegundoApellido;
}
else
{
mensaje = "validadoyencurso" + "/" + conductorValidado.Identificacion + "/" + conductorValidado.Nombre + "/" + conductorValidado.PrimerApellido +
"/" + conductorValidado.SegundoApellido + "/" + viajeEnCurso.ViajeID + "/" + viajeEnCurso.LugarInicio + "/" + viajeEnCurso.LugarFinalizacion
+ "/" + viajeEnCurso.Carga + "/" + viajeEnCurso.TiempoEstimado + "/" + viajeEnCurso.UbicacionActual + "/" + viajeEnCurso.FechaCreacion;
}
break;
case "esperando":
mensaje = "esperando";
break;
}
buffer = encoder.GetBytes(mensaje);
clientStream.Write(buffer, 0, buffer.Length);
clientStream.Flush();
break;
case "RegistrarUsuario":
//crea un objeto conductor para proceder al registro
Conductor nuevoConductor = new Conductor();
nuevoConductor.Identificacion = solicitud[1];
nuevoConductor.Nombre = solicitud[2];
nuevoConductor.PrimerApellido = solicitud[3];
nuevoConductor.SegundoApellido = solicitud[4];
nuevoConductor.Usuario = solicitud[5];
nuevoConductor.Contrasena = solicitud[6];
//crea un objeto camion para proceder al registro
Camion nuevoCamion = new Camion();
nuevoCamion.Placa = solicitud[7];
nuevoCamion.Marca = solicitud[8];
nuevoCamion.Modelo = solicitud[9];
try
{
datos.AgregarConductor(nuevoConductor);
datos.AgregarCamion(nuevoCamion);
datos.AgregarConductorCamion(nuevoConductor.Identificacion, nuevoCamion.Placa);
//MessageBox.Show("Resultado de Validacion:"+nuevoConductor.Validado, "Informacion", MessageBoxButtons.OK);
mensaje = "registrado/Fin";
}
catch (Exception ex)
{
MessageBox.Show("Error al Intentar Registro en la base de datos" + ex, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
mensaje = "error/Fin";
}
buffer = encoder.GetBytes(mensaje);
clientStream.Write(buffer, 0, buffer.Length);
clientStream.Flush();
break;
case "CrearViaje":
//crea un objeto conductor para proceder al registro
Viaje nuevoViaje = new Viaje();
nuevoViaje.Identificacion = solicitud[1];
nuevoViaje.LugarInicio = solicitud[2];
nuevoViaje.LugarFinalizacion = solicitud[3];
nuevoViaje.TiempoEstimado = solicitud[5];
nuevoViaje.Carga = solicitud[4];
nuevoViaje.FechaCreacion = solicitud[6];
nuevoViaje.UbicacionActual = solicitud[2]; //En nuevo viaje ubicacion actuar es el inicio
try
{
datos.AgregarViaje(nuevoViaje);
nuevoViaje = datos.ObtenerViajesActivos(solicitud[1]);
//MessageBox.Show("Resultado de Validacion:"+nuevoConductor.Validado, "Informacion", MessageBoxButtons.OK);
mensaje = nuevoViaje.ViajeID.ToString() + "/Fin"; //Retorna el ID creado para el viaje
}
catch (Exception ex)
{
MessageBox.Show("Error al Intentar Registro en la base de datos" + ex, "Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
mensaje = "error/Fin";
}
buffer = encoder.GetBytes(mensaje);
clientStream.Write(buffer, 0, buffer.Length);
clientStream.Flush();
break;
//Caso en el que cliente solicita consultar las notas.
// case "Volar":
//Llamado a Metodo YYY
/*buffer = encoder.GetBytes(mensaje);
* clientStream.Write(buffer, 0, buffer.Length);
* clientStream.Flush();
* MessageBox.Show("BOTON VOLAR--SERVIDRO", "Avión TCP", MessageBoxButtons.OK);
* break;
* case "ZZZ":
* try
* {
* //Llamado a Metodo ZZZ
* buffer = encoder.GetBytes(mensaje);
* clientStream.Write(buffer, 0, buffer.Length);
* clientStream.Flush();
* break;
* }
* catch
* {
* MessageBox.Show("Ocurrio error al registra Alumn...", "Información", MessageBoxButtons.OK, MessageBoxIcon.Information);
* break;
* }*/
}
lock (this)
{
txtMensajesRecibidos.Text += Environment.NewLine + lastMessage;
txtMensajesRecibidos.SelectionStart = txtMensajesRecibidos.Text.Length;
txtMensajesRecibidos.ScrollToCaret();
txtMensajesRecibidos.Refresh();
}
}
tcpClient.Close();
lock (this)
{
//clientesConectados--;
txtConectados.Text = clientesConectados.ToString();
}
}
/// <summary>
/// Permite Seleccionar una fila que tiene a un conductor deseado
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void dgvConductor_CellDoubleClick(object sender, DataGridViewCellEventArgs e)
{
conductor = getConductor();
this.Dispose();
}
private void GeneraDatosGuia()
{
try
{
//Validar Si Existe Conductor
if (conductorSelected == null)
{
conductorSelected = new Conductor
{
id_empresa = usuarioValido.id_empresa,
FechaCreacion = DateTime.Now,
Nombre = cboConductor.Text,
Rut = txtRut.Text,
UsuarioCreacion = usuarioValido.nombre_usuario
};
ConductorBusiness.Insert(conductorSelected);
}
//Validar Si Existe Vehiculo
if (vehiculoSelected == null)
{
vehiculoSelected = new Vehiculo
{
id_empresa = usuarioValido.id_empresa,
FechaCreacion = DateTime.Now,
UsuarioCreacion = usuarioValido.nombre_usuario,
Patente = cboPatente.Text
};
VehiculoBusiness.Insert(vehiculoSelected);
}
//Generar Datos Guía Despacho
foreach (var item in detalle)
{
itemGuia = new DatosGuia
{
FechaGuia = dtpGuia.Value.Date,
Origen = origenSelected.DireccionGd,
Destino = destinoSelected.DireccionGd,
Location = item.Location,
Crop = item.Crop,
Experimento = item.Experiment,
Evento = item.Event,
Gmo = (item.Event == "NOGMO") ? false : true,
Sag = item.Sag,
Cc = item.CentroCosto,
CodInternacion = item.CodInternacion,
NumeroEuid = item.NumeroEuid,
Kilos = item.Peso,
Conductor = conductorSelected.Nombre,
Rut = txtRut.Text,
Patente = vehiculoSelected.Patente,
FechaCreacion = DateTime.Now,
UsuarioCreacion = usuarioValido.nombre_usuario
//id_empresa = usuarioValido.id_empresa,
};
datosGuia.Add(itemGuia);
}
DatosGuiaBusiness.InsertBulk(datosGuia);
GeneraExcel();
}
catch (Exception ex)
{
throw ex;
}
}
public ConductorHabitual get(Conductor conductor, Vehiculo vehiculo)
{
List <ConductorHabitual> conductores = this.getAll();
return(conductores.Where(c => c.DNI == conductor.DNI && c.Matricula == vehiculo.Matricula).ToList().FirstOrDefault());
}
public void ConductorCannotConductSelf()
{
var conductor = new Conductor <IScreen> .Collection.OneActive();
Assert.Throws <InvalidOperationException>(() => conductor.Items.Add(conductor));
}
protected override void OnActivate()
{
this.ClearAllPropertyErrors();
Conductor = (this.Parent as Conductor <IScreen> .Collection.OneActive);
base.OnActivate();
}
//Validar existencia de usuario
public Conductor validarExistencia(Conductor conductorE)
{
return(_context.conduc.Where(x => x.Usuario.Equals(conductorE.Usuario) && x.Sesion.Equals("activo")).FirstOrDefault());
}
public async Task recuperar(Conductor conductor)
{
await new DaoSeguridadConductor().updateClave(conductor);
}
private void llenarTablaVehiculos(Conductor conductor)
{
vehiculos = VehiculoDAO.getAllVehiculosByIdConductor(conductor.IdConductor);
dg_vehiculos.ItemsSource = vehiculos;
}
private void clic_Conductor(object sender, SelectionChangedEventArgs e)
{
conductorSeleccionado = (Conductor)dg_conductoresSeleccionados.SelectedItem;
}
public void SetUp()
{
this.conductor = new Conductor<IScreen>.StackNavigation();
}
