public Dictionary <String, List <SoundFile> > constructSoundFiles()
{
//First off check for null or empty data - don't run this if true
if (FilePaths == null || FilePaths.Count() == 0)
{
return(null);
}
Dictionary <String, List <SoundFile> > soundData = new Dictionary <string, List <SoundFile> >();
//Now iterate through each filepath
foreach (String filePath in FilePaths)
{
//Split the filepath
String[] fileSplit = filePath.Split('\\');
//Get the length of the Sound Effect
TimeSpan duration = RecordHelper.getSoundDuration(filePath);
SoundFile newFile = new SoundFile(fileSplit[fileSplit.Count() - 1], filePath, duration, fileSplit[fileSplit.Count() - 2]);
//Check if we have an existing group or not
if (!soundData.ContainsKey(newFile.groupName))
{
soundData[newFile.groupName] = new List <SoundFile>();
}
soundData[newFile.groupName].Add(newFile);
}
return(soundData);
}
/// <summary>
/// Flip the Boolean and change the state of recording based off of it
/// </summary>
public void toggleRecordingState(int deviceNumber, String soundPath)
{
Recording = !Recording;
//Change Behavior based off of the new boolean, not the previous boolean
if (Recording)
{
//Double check that memory is properly disposed of
resetRecordingPlaybackPlayer();
//Signify that the program is currently Recording
//Instatiate the recorder and the file writer
String recordingPath = soundPath + "\\Recording\\Temp.wav";
//Instatiate the WaveIn
AudioRecorder = new WaveIn();
AudioRecorder.DeviceNumber = deviceNumber;
RecordHelper.StartRecordingIn(AudioWriter, AudioRecorder, recordingPath);
}
else
{
//Thanks to the event handlers setup in the Start Recording section - only one method needs to be called
AudioRecorder.StopRecording();
}
}