public IntPtr clCreateProgramWithSource(IntPtr context, uint count, string[] strings, uint[] lengths,
out OpenClErrorCode errorCodeRet)
{
errorCodeRet = clCreateProgramWithSourceErrorCode ?? OpenClErrorCode.Success;
IntPtr id;
if (errorCodeRet == OpenClErrorCode.Success)
{
id = clCreateProgramWithSourceReturn ?? new IntPtr(1);
FakePrograms[id] = new FakeProgram(context, strings);
}
else
{
id = IntPtr.Zero;
}
return(id);
}
public IntPtr clCreateProgramWithBinary(IntPtr context, uint numDevices, IntPtr[] deviceList, uint[] lengths,
IntPtr[] binaries, OpenClErrorCode[] binaryStatus, out OpenClErrorCode errorCodeRet)
{
binaryStatus = clCreateProgramWithBinaryBinaryStatus ?? new OpenClErrorCode[deviceList.Length];
errorCodeRet = clCreateProgramWithBinaryErrorCodeRet ?? OpenClErrorCode.Success;
var id = clCreateProgramWithBinaryResult ?? new IntPtr(1);
if (errorCodeRet != OpenClErrorCode.Success)
{
return(IntPtr.Zero);
}
var deviceBinaries = binaries.Zip(deviceList, (binary, device) => new { binary, device })
.Zip(lengths, (binDev, length) => new { binDev.binary, binDev.device, length })
.Zip(binaryStatus, (binDevLength, status) => new { binDevLength.binary, binDevLength.device, binDevLength.length, status })
.Where(f => f.status == OpenClErrorCode.Success)
.Select(b => Tuple.Create(b.device, new byte[b.length]));
FakePrograms[id] = new FakeProgram(context, deviceBinaries);
return(id);
}