/*! \brief Builds this Program.
*
* Do not forget to load Kernel objects into this
* Program before executing this function.
* This Program with all Kernel objects are built. Note that
* compiling and linking in seperate stages are note supported
* yet. Kernels built with this Program
* can be executed on all Device objects within the Context
* for which this Program is built.
*/
void ocl::Program::build()
{
TRUE_ASSERT(this->_context != 0, "Program has no Context");
TRUE_ASSERT(this->_id == 0, "Program already built");
TRUE_ASSERT(!_kernels.empty(), "No kernels loaded for the program");
std::stringstream stream;
this->print(stream);
const std::string &t = stream.str();
cl_int status;
const char * file_char = t.c_str(); // stream.str().c_str();
_id = clCreateProgramWithSource(this->context().id(), 1, (const char**)&file_char, NULL, &status);
OPENCL_SAFE_CALL(status);
cl_int buildErr = clBuildProgram(_id, 0, NULL, _options().c_str(), NULL, NULL);
checkBuild(buildErr);
for(auto k : _kernels){
k.second->create();
}
}
/*! \brief Builds this Program.
*
* Do not forget to load Kernel objects into this
* Program before executing this function.
* This Program with all Kernel objects are built. Note that
* compiling and linking in seperate stages are note supported
* yet. Kernels built with this Program
* can be executed on all Device objects within the Context
* for which this Program is built.
*/
void ocl::Program::build()
{
if(this->_context == 0)throw std::runtime_error( "Program has no Context");
if(this->_id != 0) throw std::runtime_error( "Program already built");
if(_kernels.empty()) throw std::runtime_error( "No kernels loaded for the program");
std::stringstream stream;
this->print(stream);
std::string t = stream.str();
// std::cout << t << std::endl;
cl_int status;
const char * file_char = t.c_str(); // stream.str().c_str();
_id = clCreateProgramWithSource(this->context().id(), 1, (const char**)&file_char, NULL, &status);
OPENCL_SAFE_CALL(status);
cl_int buildErr = clBuildProgram(_id, 0, NULL, _options().c_str(), NULL, NULL);
checkBuild(buildErr);
for(auto& k : _kernels){
k->create();
}
}