#include <SC.h>
Inheritance diagram for efpsc::SC:
Public Member Functions | |
| SC () | |
| virtual | ~SC () |
| virtual bool | configure (const std::string &config) |
| virtual bool | unconfigure (void) |
| virtual bool | prepareForRun (int run_number) |
| virtual bool | process (const uint32_t *&feStore, const uint32_t *&sdStore, std::string &efDecision_s, std::vector< uint32_t > &efBitPattern) |
Private Attributes | |
| IEventProcessor * | m_eventLoopMgr |
| < helpers | |
| efpsc::Config * | m_config |
| < representation my own configuration | |
| bool | m_isCreated |
| int | m_outLev |
| IInterface * | m_pesaAppMgr |
| std::string | m_nameEventLoopMgr |
Definition at line 24 of file SC.h.
| efpsc::SC::SC | ( | ) |
C'tor. (Nothing happens here...)
Definition at line 34 of file SC.cxx.
00034 : 00035 m_eventLoopMgr(0), 00036 m_config(0), 00037 m_pesaAppMgr(0), 00038 m_isCreated(false), 00039 m_outLev(5), 00040 m_nameEventLoopMgr("EFEventLoopMgr") 00041 { 00042 ::setenv("SCOutputLevel","3",1); 00043 char* ss=::getenv("SCOutputLevel"); 00044 //if(ss!=NULL)std::cout<<ss<<std::endl; 00045 //else std::cout<<"****************"<<std::endl; 00046 //char* outlev=::getenv("SCOutputLevel"); 00047 //std::cout<<outlev<<std::endl; 00048 //m_outLev=atoi(outlev); 00049 //std::cout<<m_outLev<<std::endl; 00050 //Hlt::MyFrame::instance(); 00051 }
| efpsc::SC::~SC | ( | ) | [virtual] |
D'tor virtualisation
Definition at line 53 of file SC.cxx.
References m_pesaAppMgr.
00054 { 00055 //delete Hlt::MyFrame::instance(); 00056 m_pesaAppMgr->release() ; 00057 }
| bool efpsc::SC::configure | ( | const std::string & | config | ) | [virtual] |
Configures the framework
| config | Is the only configuration parameter passed. The actual configuration implementation has to parse it, if that is the case in order to find its own way through the framework's configuration system. |
Implements efhlt::Interface.
Definition at line 59 of file SC.cxx.
References EvtCyclic3::c_str(), efpsc::Config::dllName(), EFPSC_ERROR, efpsc::Config::evtSel(), efpsc::Config::factoryName(), efpsc::Config::jobOptionsPath(), m_config, m_eventLoopMgr, m_isCreated, m_nameEventLoopMgr, m_outLev, m_pesaAppMgr, efpsc::Config::messageSvcType(), and deljobs::string.
00060 { 00061 static bool first_call_configure = true; 00062 if(first_call_configure){ 00063 first_call_configure = false; 00064 } 00065 else{ 00066 return true; 00067 } 00068 //if(0==Hlt::MyFrame::instance()){ 00069 // std::cout<<"Error while create MyFrame"<<std::endl; 00070 //exit(1); 00071 //} 00072 00073 //EFPSC_DBG1("efpsc::SC::configure", 00074 // "SC configuration started."); 00075 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"SC configuration started."<<std::endl; 00076 m_config = new efpsc::Config(config); 00077 00078 // Create an instance of the Pesa application manager 00079 //EFPSC_DBG1("efpsc::SC::configure", 00080 // "---> Create Pesa Application Manager"); 00081 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Create Pesa Application Manager:" 00082 <<m_isCreated<<std::endl; 00083 if(!m_isCreated){ 00084 if ((m_config->dllName().size() != 0) && (m_config->factoryName().size() != 0)) { 00085 m_pesaAppMgr = Gaudi::createApplicationMgr(m_config->dllName(),m_config->factoryName()); 00086 if(m_outLev<=3)std::cout<<"Gaudi::createApplicationMgr(m_config->dllName(),m_config->factoryName())" 00087 <<std::endl; 00088 } else { 00089 m_pesaAppMgr = Gaudi::createApplicationMgr(); 00090 if(m_outLev<=3)std::cout<<"Gaudi::createApplicationMgr()"<<std::endl; 00091 } 00092 } 00093 00094 // configure Pesa 00095 // EFPSC_DBG1("efpsc::SC::configure", 00096 // "---> Configure Pesa Property Manager"); 00097 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Configure Pesa Property Manager"<<std::endl; 00098 StatusCode sc ; 00099 SmartIF<IProperty> propMgr ( m_pesaAppMgr ); 00100 SmartIF<IAppMgrUI> appMgr ( m_pesaAppMgr ); 00101 if( !appMgr.isValid() || !propMgr.isValid() ) { 00102 //EFPSC_ERROR("efpsc::SC::configure", 00103 // "While creating the ApplicationMgr"); 00104 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"While creating the ApplicationMgr"<<std::endl; 00105 return false; 00106 } 00107 00108 // Get the input configuration file from arguments (default "jobOptions.txt") 00109 std::string opts = "jobOptions.txt"; 00110 ::setenv("efJobPath","",1); 00111 if (m_config->jobOptionsPath().size() != 0) { 00112 opts = m_config->jobOptionsPath() ; 00113 if (opts.rfind("/") < opts.size()) { 00114 ::setenv("efJobPath",opts.substr(0,opts.rfind("/")).c_str(),1); 00115 } 00116 } 00117 //EFPSC_DBG1("efpsc::SC::configure", "---> Pesa JobOptions file is = " << opts); 00118 //EFPSC_DBG1("efpsc::SC::configure", "---> Pesa JobOptions path = " << ::getenv("efJobPath")); 00119 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Pesa JobOptions file is = " << opts<<std::endl 00120 <<" "<<"---> Pesa JobOptions path = " 00121 << ::getenv("efJobPath")<<std::endl; 00122 propMgr->setProperty( "JobOptionsPath", opts ); 00123 00124 propMgr->setProperty( "EventLoop",m_nameEventLoopMgr ); 00125 00126 00127 00128 // Select the MessageSvc Type 00129 if (m_config->messageSvcType().size() != 0) { 00130 propMgr->setProperty( "MessageSvcType", m_config->messageSvcType()); 00131 } 00132 00133 // No EventSelector will be used 00134 if (m_config->evtSel().size() != 0) { 00135 propMgr->setProperty( "EvtSel", m_config->evtSel()); 00136 } else { 00137 propMgr->setProperty( "EvtSel", "NONE" ); 00138 } 00139 //EFPSC_DBG1("efpsc::SC::configure", "finish property set--->start configure "); 00140 //EFPSC_DBG1("efpsc::SC::configure", "Configuring ApplicationMgr: " 00141 // << appMgr->stateName() << " Status : " << sc.getCode()); 00142 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"finish property set--->start configure"<<std::endl; 00143 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Configuring ApplicationMgr: " 00144 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl; 00145 // Configure the application manager 00146 if( opts.substr( opts.length() - 3, 3 ) == ".py" ) { 00147 00148 //EFPSC_ERROR("efpsc::SC::configure", 00149 // "Error: Don't support python config files"); 00150 if(m_outLev<=5) std::cout<<"efpsc::SC::configure " 00151 <<"Error: Don't support python config files"<<std::endl; 00152 return false; 00153 // ---------------------------- 00154 // Configuration with .py files 00155 // ---------------------------- 00156 00157 // Try to initialize the Python interpreter 00158 /*if ( ! Py_IsInitialized() ) { 00159 Py_Initialize(); 00160 00161 // check 00162 if ( ! Py_IsInitialized() ) { 00163 EFPSC_ERROR("efpsc::SC::configure", 00164 "Error: Python could not been intialized."); 00165 Py_Finalize(); 00166 return false; 00167 } 00168 00169 // import basic python modules (used throughout) 00170 std::string pyBasicFile = "SC/SCPythonSetup.py" ; 00171 if (m_config->pythonSetupFile().size() != 0) { 00172 pyBasicFile = m_config->pythonSetupFile() ; 00173 } 00174 00175 pyBasicFile = PathResolver::find_file(pyBasicFile, "PYTHONPATH"); 00176 FILE* infile = fopen( pyBasicFile.c_str() , "r" ); 00177 if ( PyRun_SimpleFile(infile,const_cast<char*>(pyBasicFile.c_str())) != 0 ) { 00178 EFPSC_ERROR("efpsc::SC::configure", 00179 "Error: Basic Python configuration failed."); 00180 Py_Finalize(); 00181 return false; 00182 } 00183 00184 std::string pyExecFile = "include( \""+std::string(opts)+"\" )" ; 00185 if ( PyRun_SimpleString(const_cast<char*>(pyExecFile.c_str())) != 0 ) { 00186 EFPSC_ERROR("efpsc::SC::configure", 00187 "Error: Python job configuration script failed."); 00188 Py_Finalize(); 00189 return false; 00190 } 00191 }*/ 00192 } else { 00193 // ----------------------------- 00194 // Configuration with .txt files 00195 // ----------------------------- 00196 sc = appMgr->configure(); 00197 if( sc.isFailure() ) { 00198 //EFPSC_DBG1("efpsc::SC::configure", 00199 // "While configuring the ApplicationMgr"); 00200 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"While configuring the ApplicationMgr"<<std::endl; 00201 return false; 00202 } 00203 } 00204 // EFPSC_DBG1("efpsc::SC::configure", "Configuring ApplicationMgr: " 00205 // << appMgr->stateName() << " Status : " << sc.getCode()); 00206 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Configuring ApplicationMgr: " 00207 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl; 00208 // Initialize the application manager 00209 sc = appMgr->initialize(); 00210 //EFPSC_DBG1("efpsc::SC::configure", "Initialize ApplicationMgr : " 00211 // << appMgr->stateName() 00212 // << " Status : " << sc.getCode()); 00213 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Initialize ApplicationMgr : " 00214 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl; 00215 if( sc.isFailure() ) { 00216 EFPSC_ERROR("efpsc::SC::configure", "While intializing the ApplicationMgr"); 00217 return false; 00218 } 00219 00220 // Find the basename for the EventLoopMgr 00221 std::string value ; 00222 //std::cout<<"value = "<<value<<std::endl; 00223 sc = propMgr->getProperty( "EventLoop", value ); 00224 //std::cout<<"value = "<<value<<std::endl; 00225 if( sc.isFailure() ) { 00226 //EFPSC_DBG1("efpsc::SC::configure", "While retrieving Property EventLoop "); 00227 if(m_outLev<=4) std::cout<<"efpsc::SC::configure "<<"While retrieving Property EventLoop "<<std::endl; 00228 } else { 00229 m_nameEventLoopMgr.assign(value, value.find_first_of("\"")+1, 00230 value.find_last_of("\"")-value.find_first_of("\"")-1) ; 00231 } 00232 00233 SmartIF<ISvcLocator> svcLoc( m_pesaAppMgr ); 00234 if (svcLoc.isValid()) { 00235 //EFPSC_DBG1("efpsc::SC::configure","Name for EventLoopManager:"<<m_nameEventLoopMgr); 00236 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Name for EventLoopManager:" 00237 <<m_nameEventLoopMgr<<std::endl; 00238 StatusCode sc ; 00239 IEventProcessor* processingMgr = 0 ; 00240 00241 sc = svcLoc->service( m_nameEventLoopMgr , processingMgr); 00242 m_eventLoopMgr=processingMgr; 00243 00244 if( !sc.isSuccess() ) { 00245 //EFPSC_ERROR("efpsc::SC::configure", " Error Retrieving Processing manager!") ; 00246 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"Error Retrieving Processing manager!"<<std::endl; 00247 return false; 00248 } 00249 00250 } else { 00251 //EFPSC_ERROR("efpsc::SC::configure", " Error Retrieving Service Locator!") ; 00252 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"Error Retrieving Service Locator!"<<std::endl; 00253 return false; 00254 } 00255 00256 m_isCreated=true; 00257 //EFPSC_DBG1("efpsc::SC::configure","SC configuration finished."); 00258 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"SC configuration finished."<<std::endl; 00259 return true; 00260 }
| bool efpsc::SC::prepareForRun | ( | int | run_number | ) | [virtual] |
prepares the HLT framework for a run
| run_number | The Run number to be used for this run. |
Implements efhlt::Interface.
Definition at line 337 of file SC.cxx.
References m_eventLoopMgr.
00338 { 00339 // This is a placeholder method 00340 if(m_eventLoopMgr){ 00341 SmartIF<IEFEventLoopMgr> processor_psc( m_eventLoopMgr); 00342 StatusCode sc = processor_psc->prepareForRun(run_number); 00343 std::cout << "=================" << m_eventLoopMgr << std::endl; 00344 if(sc.isSuccess()) return true; 00345 } 00346 return false; 00347 }
| bool efpsc::SC::process | ( | const uint32_t *& | feStore, | |
| const uint32_t *& | sdStore, | |||
| std::string & | efDecision_s, | |||
| std::vector< uint32_t > & | efBitPattern | |||
| ) | [virtual] |
Process one event, taking as input a pointer to the RawEvent serialized in a contiguous memory region (feStore) and giving as output the yes/no decision and the address (sdStore) of the "local" memory region containing the serialized EF fragment
Implements efhlt::Interface.
Definition at line 349 of file SC.cxx.
References m_eventLoopMgr, and m_outLev.
00350 { 00351 //std::cout<<"jak:"<<__FILE__<<std::endl; 00352 //EFPSC_DBG1("efpsc::SC::process", "***********************************************"); 00353 //EFPSC_DBG1("efpsc::SC::process", "****************** NEW EVENT ******************"); 00354 //EFPSC_DBG1("efpsc::SC::process", "***********************************************"); 00355 if(m_outLev<=3)std::cout<<"efpsc::SC::process"<<" **************** NEW EVENT ****************"<<std::endl; 00356 //Test if FullEventFragment is valid 00357 // if(!fe->is_valid()){ 00358 // EFPSC_ERROR("efpsc::SC::process","FullEventFragment NOT valid! This event is not going to be processed!"); 00359 // return false; 00360 // } else { 00361 // EFPSC_DBG1("efpsc::SC::process", " FullEventFragment is valid." ); 00362 // } 00363 00364 00365 // ExecuteEvent from the application manager 00366 StatusCode sc ; 00367 if ( 0 != m_eventLoopMgr ) { 00368 SmartIF<IEventProcessor> processor( m_eventLoopMgr); 00369 00370 if ( processor.isValid() ) { 00371 SmartIF<IService> processor_s( m_eventLoopMgr); 00372 //EFPSC_DBG1("efpsc::SC::process", " ---> Executing events for processor"<<processor_s->name()); 00373 //std::cout<<"jak:"<<__FILE__<<std::endl; 00374 00375 sc = processor->executeEvent((void*)feStore); 00376 00377 //EFPSC_DBG1("efpsc::SC::Process","after executeEvent(fe)"); 00378 00379 //std::cout<<"jak:"<<__FILE__<<std::endl; 00380 if(m_outLev<=2)std::cout<<"efpsc::SC::process "<<"after executeEvent(fe)"<<std::endl; 00381 if( sc.isFailure() ) { 00382 //EFPSC_DBG1("efpsc::SC::process", "Error for executeEvent in the ApplicationMgr " << processor_s->name()); 00383 if(m_outLev<=4)std::cout<<"efpsc::SC::process "<<"Error for executeEvent in the ApplicationMgr " 00384 << processor_s->name()<<std::endl; 00385 } 00386 else { 00387 SmartIF<IEFEventLoopMgr> processor_psc( m_eventLoopMgr); 00388 // 00389 //--- ef Decision and Result from Pesa 00390 // 00391 //std::cout<<"jak:"<<__FILE__<<std::endl; 00392 efDecision_s = processor_psc->EF_Decision(); 00393 00394 //std::cout<<"jak:"<<__FILE__<<std::endl; 00395 //EFPSC_DBG1("efpsc::SC::Process","after EF_Decision. EFdecision is: "<<efDecision_s); 00396 if(m_outLev<=3)std::cout<<"efpsc::SC::process "<<"after EF_Decision. EFdecision is: " 00397 <<efDecision_s<<std::endl; 00398 sdStore=(uint32_t*)processor_psc->EF_Fragment_Address(); 00399 //std::cout<<"jak:"<<__FILE__<<std::endl; 00400 if(sdStore==NULL){ 00401 //EFPSC_DBG1("efpsc::SC::process","EF_Fragment_Address() returns NULL pointer"); 00402 if(m_outLev<=2)std::cout<<"efpsc::SC::process " 00403 <<"EF_Fragment_Address() returns NULL pointer"<<std::endl; 00404 } 00405 //Hard coded (One must change it in the future): 00406 //EF_Decision==Accepted--> efDecision=2 00407 //EF_Decision==Rejected--> efDecision=1 00408 //EF_Decision==Error--> efDecision=0 00409 /* 00410 if(efDecision_s=="Accepted"){ 00411 //efDecision=2; 00412 //Append EFResult to the Event Fragment 00413 EFPSC_DBG1("efpsc::SC::process", "EFResult is going to be appended to the Event Fragment"); 00414 }else if(efDecision_s=="Rejected"){ 00415 //efDecision=1; 00416 EFPSC_DBG1("efpsc::SC::process", "No EFResult is going to be appended to the Event Fragment"); 00417 00418 }else{ 00419 //efDecision=0; 00420 EFPSC_DBG1("efpsc::SC::process", "an Error was obtained when running algorithms on the Event."); 00421 EFPSC_DBG1("efpsc::SC::process", "No EFResult is going to be appended to the Event Fragment"); 00422 } 00423 */ 00424 efBitPattern.resize(4, 0); //zoujh: Just a place holder 00425 if(efDecision_s=="Junk") efBitPattern[0]=1<<0; 00426 //else if(efDecision_s=="GJunk") efBitPattern[0]=(1<<0)+(1<<1); 00427 else if(efDecision_s=="GJunk") efBitPattern[0]=(1<<1); 00428 else if(efDecision_s=="Beamgas") efBitPattern[0]=1<<2; 00429 //else if(efDecision_s=="GBeamgas") efBitPattern[0]=(1<<2)+(1<<3); 00430 else if(efDecision_s=="GBeamgas") efBitPattern[0]=(1<<3); 00431 else if(efDecision_s=="Cosmic") efBitPattern[0]=1<<4; 00432 //else if(efDecision_s=="GCosmic") efBitPattern[0]=(1<<4)+(1<<5); 00433 else if(efDecision_s=="GCosmic") efBitPattern[0]=(1<<5); 00434 else if(efDecision_s=="EBhabha") efBitPattern[0]=1<<6; 00435 //else if(efDecision_s=="GEBhabha") efBitPattern[0]=(1<<6)+(1<<7); 00436 else if(efDecision_s=="GEBhabha") efBitPattern[0]=(1<<7); 00437 else if(efDecision_s=="BBhabha") efBitPattern[0]=1<<8; 00438 //else if(efDecision_s=="GBBhabha") efBitPattern[0]=(1<<8)+(1<<9); 00439 else if(efDecision_s=="GBBhabha") efBitPattern[0]=(1<<9); 00440 else if(efDecision_s=="Dimuon") efBitPattern[0]=1<<10; 00441 //else if(efDecision_s=="GDimuon") efBitPattern[0]=(1<<10)+(1<<11); 00442 else if(efDecision_s=="GDimuon") efBitPattern[0]=(1<<11); 00443 else if(efDecision_s=="Diphoton") efBitPattern[0]=1<<12; 00444 //else if(efDecision_s=="GDiphoton") efBitPattern[0]=(1<<12)+(1<<13); 00445 else if(efDecision_s=="GDiphoton") efBitPattern[0]=(1<<13); 00446 else if(efDecision_s=="Hadron") efBitPattern[0]=1<<14; 00447 //else if(efDecision_s=="GHadron") efBitPattern[0]=(1<<14)+(1<<15); 00448 else if(efDecision_s=="GHadron") efBitPattern[0]=(1<<15); 00449 else if(efDecision_s=="Twophoton") efBitPattern[0]=1<<16; 00450 //else if(efDecision_s=="GTwophoton") efBitPattern[0]=(1<<16)+(1<<17); 00451 else if(efDecision_s=="GTwophoton") efBitPattern[0]=(17); 00452 else if(efDecision_s=="RandomTrg") efBitPattern[0]=1<<31; 00453 else if(efDecision_s=="Error") efBitPattern[0]=1<<30; 00454 else if(efDecision_s=="Other") efBitPattern[0]=1<<29; 00455 else efBitPattern[0]=1<<28; 00456 efBitPattern[1]=processor_psc->EF_Algorithm_Tag(); 00457 efBitPattern[2]=processor_psc->EF_Version(); 00458 efBitPattern[3]=processor_psc->EF_Total_Energy(); 00459 //EFPSC_DBG1("efpsc::SC::process", "**************end of psc process!**************"<<std::endl); 00460 if(m_outLev<=2)std::cout<<"efpsc::SC::process " 00461 <<"**************end of psc process!**************"<<std::endl; 00462 } 00463 } 00464 else { 00465 //EFPSC_DBG1("efpsc::SC::process", "executeEvent ApplicationMgr : no valid event processor "); 00466 if(m_outLev<=5)std::cout<<"efpsc::SC::process " 00467 <<"executeEvent ApplicationMgr : no valid event processor "<<std::endl; 00468 return false; 00469 } 00470 00471 } 00472 else { 00473 return false; 00474 } 00475 return true; 00476 }
| bool efpsc::SC::unconfigure | ( | void | ) | [virtual] |
Unconfigures the framework, releasing all acquired resources.
Implements efhlt::Interface.
Definition at line 262 of file SC.cxx.
References m_config, m_outLev, and m_pesaAppMgr.
00263 { 00264 return true; 00265 //EFPSC_DBG1("efpsc::SC::unconfigure", 00266 // "SC UNconfiguration started."); 00267 if(m_outLev<=3) std::cout<<"efpsc::SC::unconfigure "<<"SC UNconfiguration started."<<std::endl; 00268 StatusCode sc ; 00269 SmartIF<IAppMgrUI> appMgr ( m_pesaAppMgr ); 00270 if( !appMgr.isValid() ) { 00271 // EFPSC_ERROR("efpsc::SC::unconfigure", 00272 // "While unconfiguring the ApplicationMgr, no valid interface"); 00273 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure " 00274 <<"While unconfiguring the ApplicationMgr, no valid interface"<<std::endl; 00275 return false; 00276 } 00277 SmartIF<ISvcLocator> svcLoc( m_pesaAppMgr ); 00278 00279 //const std::list<IService*>* svclist=svcLoc->getServices(); 00280 //for(std::list<IService*>::iterator it = svclist->begin(); it != svclist->end(); it++ ) { 00281 // std::cout<<(*it)->name()<<std::endl; 00282 //} 00283 00284 // Finalize the application manager 00285 sc = appMgr->finalize(); 00286 00287 // EFPSC_DBG1("efpsc::SC::unconfigure", "Finalize ApplicationMgr: " 00288 // << appMgr->stateName() << " Status : " << sc.getCode()); 00289 if(m_outLev<=2) std::cout<<"efpsc::SC::unconfigure "<<"Finalize ApplicationMgr: " 00290 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl; 00291 if( sc.isFailure() ) { 00292 // EFPSC_ERROR("efpsc::SC::unconfigure", 00293 // "---> While finalizing the ApplicationMgr "); 00294 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure "<<"While finalizing the ApplicationMgr"<<std::endl; 00295 return false; 00296 } 00297 00298 // Terminate the application manager 00299 sc = appMgr->terminate(); 00300 // EFPSC_DBG1("efpsc::SC::unconfigure", "Terminate ApplicationMgr : " 00301 // << appMgr->stateName() << " Status : " << sc.getCode()); 00302 if(m_outLev<=2) std::cout<<"efpsc::SC::unconfigure "<<"Terminate ApplicationMgr : " 00303 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl; 00304 if( sc.isFailure() ) { 00305 //EFPSC_ERROR("efpsc::SC::unconfigure","While terminating the ApplicationMgr"); 00306 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure "<<"While terminating the ApplicationMgr"<<std::endl; 00307 return false; 00308 } 00309 00310 //IService* msgSvc=0; 00311 //svclist=svcLoc->getServices(); 00312 //svclist->erase(svclist.begin(), svclist.end() ); 00313 //std::cout<<svclist->size()<<std::endl; 00314 //if(svcLoc->existsService("MessageSvc")){ 00315 // svcLoc->getService("MessageSvc",msgSvc); 00316 // std::cout<<"111"<<msgSvc->name()<<std::endl; 00317 // std::list<IService*> svclist=svcLoc->getServices(); 00318 // for(std::list<IService*>::iterator it = svclist.begin(); it != svclist.end(); it++ ) { 00319 // //std::cout<<(*it)->name()<<std::endl; 00320 // } 00321 // int a1=svclist.size(); 00322 // svclist->remove(msgSvc); 00323 // int a2=svclist.size(); 00324 // if(svcLoc->existsService("MessageSvc"))std::cout<<"exist"<<a1<<","<<a2<<std::endl; 00325 //} 00326 //appMgr->release(); 00327 //if(msgSvc) msgSvc->release(); 00328 //svcMgr->removeService("MessageSvc"); 00329 00330 delete m_config; 00331 m_config = 0; 00332 //EFPSC_DBG2("efpsc::SC::unconfigure", "SC UNconfiguration finished."); 00333 if(m_outLev<=3) std::cout<<"efpsc::SC::unconfigure "<<"SC UNconfiguration finished."<<std::endl; 00334 return true; 00335 }
efpsc::Config* efpsc::SC::m_config [private] |
< representation my own configuration
Definition at line 70 of file SC.h.
Referenced by configure(), and unconfigure().
IEventProcessor* efpsc::SC::m_eventLoopMgr [private] |
< helpers
Definition at line 67 of file SC.h.
Referenced by configure(), prepareForRun(), and process().
bool efpsc::SC::m_isCreated [private] |
std::string efpsc::SC::m_nameEventLoopMgr [private] |
int efpsc::SC::m_outLev [private] |
IInterface* efpsc::SC::m_pesaAppMgr [private] |
1.4.7