public RecordingText(InterpretationResult interpretation, AudioBinary audioBinary)
{
if (interpretation == null)
{
throw new InvalidOperationException("Inerpretation must contain data!");
}
Text = interpretation.ResultText;
InterpreterName = interpretation.InterpreterName;
AudioBinary = audioBinary;
}
public static RecordingText TranslateSpeechToText(AudioBinary audioBinary, SpeechToTextGoogleAPI interpreter)
{
if (audioBinary == null || interpreter == null)
{
throw new InvalidOperationException("AudioBinary and Interpreter cannot be null.");
}
InterpretationResult result = null;
switch (interpreter.AudioRequirement)
{
case AudioType.Flac:
Tuple<int, string> sampleRateAndTargetFlac = ConvertFileToFlac(audioBinary);
interpreter.SpeechRequest(sampleRateAndTargetFlac.Item1, sampleRateAndTargetFlac.Item2);
result = new InterpretationResult(interpreter);
File.Delete(sampleRateAndTargetFlac.Item2);
break;
default:
throw new NotImplementedException("This audio type is not yet implemented");
}
return new RecordingText(result, audioBinary);
}
public static RecordingText TranslateSpeechToText(AudioBinary audioBinary, SpeechToTextGoogleAPI interpreter)
{
if (audioBinary == null || interpreter == null)
{
throw new InvalidOperationException("AudioBinary and Interpreter cannot be null.");
}
InterpretationResult result = null;
switch (interpreter.AudioRequirement)
{
case AudioType.Flac:
Tuple <int, string> sampleRateAndTargetFlac = ConvertFileToFlac(audioBinary);
interpreter.SpeechRequest(sampleRateAndTargetFlac.Item1, sampleRateAndTargetFlac.Item2);
result = new InterpretationResult(interpreter);
File.Delete(sampleRateAndTargetFlac.Item2);
break;
default:
throw new NotImplementedException("This audio type is not yet implemented");
}
return(new RecordingText(result, audioBinary));
}
