void SimulationECInit(RTC::Manager* manager) { RTC::Properties &props = manager->getConfig(); RTC::CorbaNaming cn = RTC::CorbaNaming(manager->getORB(), props["corba.nameservers"].c_str()); try{ CORBA::Object_ptr obj = cn.resolve("ClockGenerator"); RTC::SimulationExecutionContext::m_cg = OpenHRP::ClockGenerator::_narrow(obj); #if defined(OPENRTM_VERSION042) || defined(OPENRTM_VERSION110) manager->registerECFactory("SimulationEC", RTC::ECCreate<RTC::SimulationExecutionContext>, RTC::ECDelete<RTC::OpenHRPExecutionContext>); #else RTC::ExecutionContextFactory:: instance().addFactory("SimulationEC", ::coil::Creator< ::RTC::ExecutionContextBase, ::RTC::SimulationExecutionContext>, ::coil::Destructor< ::RTC::ExecutionContextBase, ::RTC::OpenHRPExecutionContext>); #endif }catch(RTC::CorbaNaming::NotFound& ex){ std::cerr << "SimultationExecutionContext: can not find ClockGenerator" << std::endl; } }
void SimulationECInit(RTC::Manager* manager) { RTC::Properties &props = manager->getConfig(); RTC::CorbaNaming cn = RTC::CorbaNaming(manager->getORB(), props["corba.nameservers"].c_str()); try{ CORBA::Object_ptr obj = cn.resolve("ClockGenerator"); RTC::SimulationExecutionContext::m_cg = OpenHRP::ClockGenerator::_narrow(obj); manager->registerECFactory("SimulationEC", RTC::ECCreate<RTC::SimulationExecutionContext>, RTC::ECDelete<RTC::OpenHRPExecutionContext>); }catch(RTC::CorbaNaming::NotFound& ex){ std::cerr << "SimultationExecutionContext: can not find ClockGenerator" << std::endl; } }