internal void RefreshSyncControl(SyncControlGridItemSet scgis_previous, SyncControl sync_control)
{
WPFDoEvents.SetHourglassCursor();
SafeThreadPool.QueueUserWorkItem(o =>
{
//
// Explicitly instruct the sync info collector to perform a swift scan, which DOES NOT include
// collecting the precise size of every document in every Qiqqa library (which itself is a *significant*
// file system load when you have any reasonably large libraries like I do. [GHo]
//
// TODO: fetch and cache document filesizes in the background, so we can improve on the accuracy of
// our numbers in a future call to this method.
//
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail(tally_library_storage_size: false);
WPFDoEvents.InvokeInUIThread(() =>
{
WPFDoEvents.ResetHourglassCursor();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(scgis_previous.sync_request, global_sync_detail);
scgis.AutoTick();
sync_control.SetSyncParameters(scgis);
});
});
}
public void RequestSync(SyncRequest sync_request)
{
bool user_wants_intervention = KeyboardTools.IsCTRLDown() || !ConfigurationManager.Instance.ConfigurationRecord.SyncTermsAccepted;
WPFDoEvents.SetHourglassCursor();
SafeThreadPool.QueueUserWorkItem(o =>
{
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail();
WPFDoEvents.InvokeInUIThread(() =>
{
WPFDoEvents.ResetHourglassCursor();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(sync_request, global_sync_detail);
scgis.AutoTick();
if (scgis.CanRunWithoutIntervention() && !user_wants_intervention)
{
Sync(scgis);
}
else
{
SyncControl sync_control = new SyncControl();
sync_control.SetSyncParameters(scgis);
sync_control.Show();
}
});
});
}
internal void RefreshSyncControl(SyncControlGridItemSet scgis_previous, SyncControl sync_control)
{
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(scgis_previous.sync_request, global_sync_detail);
scgis.AutoTick();
sync_control.SetSyncParameters(scgis);
}
void ShowSyncScreen(bool autoStart = false)
{
ShowMessage("Synchronize Transaction Logs to Server");
SyncControl control = new SyncControl(autoStart);
control.StateNotifyer = _ApplicationStateChangeNotifyer;
control.MessageNotifyer = _ApplicationMessageNotifyer;
AddControl(control, ApplicationController.State.SyncTool);
}
private void SetSizeAndPosition(double size, double position)
{
this.ChartAreas[0].AxisX.ScaleView.Size = size;
this.ChartAreas[0].AxisX.ScaleView.Position = position;
CalculateAutoScrollSize();
foreach (TimeValueChart SyncControl in m_SynchronizeXAxisWith)
{
SyncControl.SetSizeAndPosition(this.ChartAreas[0].AxisX.ScaleView.Size, this.ChartAreas[0].AxisX.ScaleView.Position);
}
}
internal void RefreshSyncControl(SyncControlGridItemSet scgis_previous, SyncControl sync_control)
{
WPFDoEvents.SetHourglassCursor();
SafeThreadPool.QueueUserWorkItem(o =>
{
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail();
WPFDoEvents.InvokeInUIThread(() =>
{
WPFDoEvents.ResetHourglassCursor();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(scgis_previous.sync_request, global_sync_detail);
scgis.AutoTick();
sync_control.SetSyncParameters(scgis);
});
});
}
public void RequestSync(SyncRequest sync_request)
{
bool user_wants_intervention = KeyboardTools.IsCTRLDown() || !ConfigurationManager.Instance.ConfigurationRecord.SyncTermsAccepted;
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(sync_request, global_sync_detail);
scgis.AutoTick();
if (scgis.CanRunWithoutIntervention() && !user_wants_intervention)
{
Sync(scgis);
}
else
{
SyncControl sync_control = new SyncControl();
sync_control.SetSyncParameters(scgis);
sync_control.Show();
}
}
public void RequestSync(SyncRequest sync_request)
{
WPFDoEvents.AssertThisCodeIsRunningInTheUIThread();
bool user_wants_intervention = KeyboardTools.IsCTRLDown() || !ConfigurationManager.Instance.ConfigurationRecord.SyncTermsAccepted;
WPFDoEvents.SetHourglassCursor();
SafeThreadPool.QueueUserWorkItem(o =>
{
//
// Explicitly instruct the sync info collector to perform a swift scan, which DOES NOT include
// collecting the precise size of every document in every Qiqqa library (which itself is a *significant*
// file system load when you have any reasonably large libraries like I do. [GHo]
//
// TODO: fetch and cache document filesizes in the background, so we can improve on the accuracy
// of our numbers in a future call to this method.
//
GlobalSyncDetail global_sync_detail = GenerateGlobalSyncDetail(tally_library_storage_size: false);
WPFDoEvents.InvokeInUIThread(() =>
{
WPFDoEvents.ResetHourglassCursor();
SyncControlGridItemSet scgis = new SyncControlGridItemSet(sync_request, global_sync_detail);
scgis.AutoTick();
if (scgis.CanRunWithoutIntervention() && !user_wants_intervention)
{
Sync(scgis);
}
else
{
SyncControl sync_control = new SyncControl();
sync_control.SetSyncParameters(scgis);
sync_control.Show();
}
});
});
}
public bool Start(ISoundPreviewContext context, int startTick)
{
if (Playing)
{
throw new InvalidOperationException();
}
if (context == null)
{
throw new ArgumentNullException("context");
}
PreviewContext = context;
SoundManager.Register(context.ClapSource.FilePath);
SoundManager.Register(context.MusicSource.FilePath);
var timeCalculator = new TimeCalculator(context.TicksPerBeat, context.BpmDefinitions);
var ticks = new SortedSet <int>(context.GetGuideTicks()).ToList();
TickElement = new LinkedList <int?>(ticks.Where(p => p >= startTick).OrderBy(p => p).Select(p => new int?(p))).First;
BpmElement = new LinkedList <BpmChangeEvent>(context.BpmDefinitions.OrderBy(p => p.Tick)).First;
EndTick = IsStopAtLastNote ? ticks[ticks.Count - 1] : timeCalculator.GetTickFromTime(SoundManager.GetDuration(context.MusicSource.FilePath));
if (EndTick < startTick)
{
return(false);
}
// スタート時まで進める
while (TickElement != null && TickElement.Value < startTick)
{
TickElement = TickElement.Next;
}
while (BpmElement.Next != null && BpmElement.Next.Value.Tick <= startTick)
{
BpmElement = BpmElement.Next;
}
int clapLatencyTick = GetLatencyTick(context.ClapSource.Latency, BpmElement.Value.Bpm);
InitialTick = startTick - clapLatencyTick;
CurrentTick = InitialTick;
StartTick = startTick;
double startTime = timeCalculator.GetTimeFromTick(startTick);
double headGap = Math.Max(-context.MusicSource.Latency - startTime, 0);
elapsedTick = 0;
Task.Run(() =>
{
LastSystemTick = Environment.TickCount;
SyncControl.Invoke((MethodInvoker)(() => Timer.Start()));
System.Threading.Thread.Sleep(TimeSpan.FromSeconds(Math.Max((context.ClapSource.Latency + headGap) / context.Speed, 0)));
if (!Playing)
{
return;
}
SoundManager.Play(context.MusicSource.FilePath, startTime + context.MusicSource.Latency, context.MusicSource.Volume, context.Speed);
})
.ContinueWith(p =>
{
if (p.Exception != null)
{
Program.DumpExceptionTo(p.Exception, "sound_exception.json");
ExceptionThrown?.Invoke(this, EventArgs.Empty);
}
});
Playing = true;
Started?.Invoke(this, EventArgs.Empty);
return(true);
}