private async void OnRecordingSnugglerAbort(AbortType abortType)
{
if (abortType == AbortType.TimeOut)
{
IAudioService audioService = new NAudioService();
IDataStorage dataStorage = new MongoDatabaseHandler(conectionString, "Shaitan",
"Songs", "Hash");
var result = await QueryCommandBuilder.Instance.BuildQueryCommand()
.From(recorderSnuggler.FilePath)
.UsingServices(dataStorage, audioService)
.Query();
if (result.BestMath != null)
{
var notificationManager = new NotificationManager();
notificationManager.Show(new NotificationContent
{
Title = result.BestMath.Title,
Message = result.BestMath.Artist,
Type = NotificationType.Success
});
prevMatch = result.BestMath;
isNoty = true;
}
}
isRecordingSunn = !isRecordingSunn;
}
private void OnRecordingAbort(AbortType abortType)
{
ImageVisibility = Visibility.Hidden;
isRecording = false;
Application.Current.Dispatcher.Invoke((Action) delegate {
RecognizeFile(recorder.FilePath);
});
}
void HandleConditionalAborts(T context)
{
if (_hasLowerPriorityConditionalAbort)
{
UpdateLowerPriorityAbortConditional(context, TaskStatus.Success);
}
if (AbortType.Has(AbortTypes.Self))
{
UpdateSelfAbortConditional(context, TaskStatus.Success);
}
}
void HandleConditionalAborts(T context)
{
// check any lower priority tasks to see if they changed to a success
if (_hasLowerPriorityConditionalAbort)
{
UpdateLowerPriorityAbortConditional(context, TaskStatus.Failure);
}
if (AbortType.Has(AbortTypes.Self))
{
UpdateSelfAbortConditional(context, TaskStatus.Failure);
}
}
private IEnumerable <BonsaiNode> Abortables(BonsaiNode aborter, AbortType abortType)
{
switch (abortType)
{
case AbortType.Self:
return(SelfAbortables(aborter));
case AbortType.LowerPriority:
return(LowerPriorityAbortables(aborter));
case AbortType.Both:
return(SelfAbortables(aborter).Concat(LowerPriorityAbortables(aborter)));
default:
return(Enumerable.Empty <BonsaiNode>());
}
}