GMAC_API void APICALL __cudaRegisterTexture(void **fatCubinHandle, const struct textureReference *hostVar,
const void ** /*deviceAddress*/, const char *deviceName, int /*dim*/, int /*norm*/, int /*ext*/)
{
TRACE(GLOBAL, "CUDA Texture");
ModuleDescriptor *mod = (ModuleDescriptor *)fatCubinHandle;
ASSERTION(mod != NULL);
enterGmac();
TextureDescriptor t = __impl::cuda::hpe::TextureDescriptor(deviceName, hostVar);
mod->add(t);
exitGmac();
}
GMAC_API void APICALL __cudaRegisterVar(void **fatCubinHandle, char *hostVar,
char * deviceAddress, const char *deviceName, int /*ext*/, int /*size*/,
int constant, int /*global*/)
{
TRACE(GLOBAL, "CUDA Variable %s: %p", deviceName, deviceAddress);
ModuleDescriptor *mod = (ModuleDescriptor *)fatCubinHandle;
ASSERTION(mod != NULL);
enterGmac();
VariableDescriptor v = __impl::cuda::hpe::VariableDescriptor(deviceName, hostVar, bool(constant != 0));
mod->add(v);
exitGmac();
}
GMAC_API void APICALL __cudaRegisterFunction(
void **fatCubinHandle, const char *hostFun, char * /*devFun*/,
const char *devName, int /*threadLimit*/, uint3 * /*tid*/, uint3 * /*bid*/,
dim3 * /*bDim*/, dim3 * /*gDim*/)
{
TRACE(GLOBAL, "CUDA Function");
ModuleDescriptor *mod = (ModuleDescriptor *)fatCubinHandle;
ASSERTION(mod != NULL);
enterGmac();
KernelDescriptor k = __impl::core::hpe::KernelDescriptor(devName, (gmac_kernel_id_t) hostFun);
mod->add(k);
exitGmac();
}