public async void AudioConversion_Post_Wav8000_ReturnsWav16000()
{
//arange
var AudioConversionController = this.Controller;
string audioFilePath = Path.Combine(Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location), @"TestAudio\1.wav");
var controllerContext = ControllerContextHelper.Create(audioFilePath);
AudioConversionController.ControllerContext = controllerContext;
//act
TempPhysicalFileResult response = (TempPhysicalFileResult)await AudioConversionController.WavConverter("wav", 16000, 16, 2);
//assert
Assert.IsType <TempPhysicalFileResult>(response);
Assert.True(response.FileName.Contains(".wav") == true);
}
public async void AudioConversion_Post_Wav_ReturnsRedactedWav()
{
//arange
var AudioConversionController = this.Controller;
string audioFilePath = Path.Combine(Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location), @"TestAudio\1.wav");
var controllerContext = ControllerContextHelper.Create(audioFilePath);
AudioConversionController.ControllerContext = controllerContext;
//// Read the header of the input file. So we can check duration
//var oHeader = new WavHeaderClass();
//oHeader.Load(audioFilePath);
//// Call Duration
//int iCallDurationMilliseconds = oHeader.GetDurationInMilliseconds();
//act
TempPhysicalFileResult response = (TempPhysicalFileResult)await AudioConversionController.RedactWavAudio(5000, 7000);
//assert
Assert.IsType <TempPhysicalFileResult>(response);
Assert.True(response.FileName.Contains(".wav") == true);
}