public static string GetStringValue(this ThreadType enumValue)
{
switch (enumValue)
{
case ThreadType.Cpu: return("cpu");
case ThreadType.Wait: return("wait");
case ThreadType.Block: return("block");
}
throw new ArgumentException($"'{enumValue.ToString()}' is not a valid value for enum 'ThreadType'");
}
public static FMOD.THREAD_TYPE ToFMODThreadType(ThreadType threadType)
{
switch (threadType)
{
case ThreadType.Mixer:
return(FMOD.THREAD_TYPE.MIXER);
case ThreadType.Feeder:
return(FMOD.THREAD_TYPE.FEEDER);
case ThreadType.Stream:
return(FMOD.THREAD_TYPE.STREAM);
case ThreadType.File:
return(FMOD.THREAD_TYPE.FILE);
case ThreadType.Nonblocking:
return(FMOD.THREAD_TYPE.NONBLOCKING);
case ThreadType.Record:
return(FMOD.THREAD_TYPE.RECORD);
case ThreadType.Geometry:
return(FMOD.THREAD_TYPE.GEOMETRY);
case ThreadType.Profiler:
return(FMOD.THREAD_TYPE.PROFILER);
case ThreadType.Studio_Update:
return(FMOD.THREAD_TYPE.STUDIO_UPDATE);
case ThreadType.Studio_Load_Bank:
return(FMOD.THREAD_TYPE.STUDIO_LOAD_BANK);
case ThreadType.Studio_Load_Sample:
return(FMOD.THREAD_TYPE.STUDIO_LOAD_SAMPLE);
case ThreadType.Convolution_1:
return(FMOD.THREAD_TYPE.CONVOLUTION1);
case ThreadType.Convolution_2:
return(FMOD.THREAD_TYPE.CONVOLUTION2);
default:
throw new ArgumentException("Unrecognised thread type '" + threadType.ToString() + "'");
}
}
public override void Serialize(IXunitSerializationInfo data)
{
base.Serialize(data);
data.AddValue(nameof(ThreadType), ThreadType.ToString());
}
public static string DisplayName(this ThreadType thread)
{
return(thread.ToString().Replace('_', ' '));
}
/// <summary>
/// Creates a new <see cref="IThread"/> instance of the specified thread type.
/// </summary>
/// <param name="threadType">The type of <see cref="IThread"/> to create.</param>
public static IThread Create(ThreadType threadType)
{
return(MXContainer.Resolve <IThread>(threadType.ToString()));
}