CGEM BOSS 6.6.5.f
BESIII Offline Software System
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Public Member Functions | List of all members
efpsc::SC Class Reference

#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)
 
 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)
 
- Public Member Functions inherited from efhlt::Interface
virtual ~Interface ()
 
virtual bool configure (const std::string &config)=0
 
virtual bool unconfigure (void)=0
 
virtual bool prepareForRun (int run_number=0)=0
 
virtual bool process (const uint32_t *&feStore, const uint32_t *&sdStore, std::string &efDecision_s, std::vector< uint32_t > &efBitPattern)=0
 

Detailed Description

Definition at line 24 of file EventFilter/OnlineJointer/ESController/ESController-00-01-05/ESController/SC.h.

Constructor & Destructor Documentation

◆ SC() [1/2]

efpsc::SC::SC ( )

C'tor. (Nothing happens here...)

Definition at line 34 of file SC.cxx.

34 :
35 m_eventLoopMgr(0),
36 m_config(0),
37 m_pesaAppMgr(0),
38 m_isCreated(false),
39 m_outLev(5),
40 m_nameEventLoopMgr("EFEventLoopMgr")
41{
42 ::setenv("SCOutputLevel","3",1);
43 char* ss=::getenv("SCOutputLevel");
44 //if(ss!=NULL)std::cout<<ss<<std::endl;
45 //else std::cout<<"****************"<<std::endl;
46 //char* outlev=::getenv("SCOutputLevel");
47 //std::cout<<outlev<<std::endl;
48 //m_outLev=atoi(outlev);
49 //std::cout<<m_outLev<<std::endl;
50 //Hlt::MyFrame::instance();
51}

◆ ~SC() [1/2]

efpsc::SC::~SC ( )
virtual

D'tor virtualisation

Definition at line 53 of file SC.cxx.

54{
55 //delete Hlt::MyFrame::instance();
56 m_pesaAppMgr->release() ;
57}

◆ SC() [2/2]

efpsc::SC::SC ( )

C'tor. (Nothing happens here...)

◆ ~SC() [2/2]

virtual efpsc::SC::~SC ( )
virtual

D'tor virtualisation

Member Function Documentation

◆ configure() [1/2]

bool efpsc::SC::configure ( const std::string &  config)
virtual

Configures the framework

Parameters
configIs 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.

60{
61 static bool first_call_configure = true;
62 if(first_call_configure){
63 first_call_configure = false;
64 }
65 else{
66 return true;
67 }
68 //if(0==Hlt::MyFrame::instance()){
69 // std::cout<<"Error while create MyFrame"<<std::endl;
70 //exit(1);
71 //}
72
73 //EFPSC_DBG1("efpsc::SC::configure",
74 // "SC configuration started.");
75 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"SC configuration started."<<std::endl;
76 m_config = new efpsc::Config(config);
77
78 // Create an instance of the Pesa application manager
79 //EFPSC_DBG1("efpsc::SC::configure",
80// "---> Create Pesa Application Manager");
81 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Create Pesa Application Manager:"
82 <<m_isCreated<<std::endl;
83 if(!m_isCreated){
84 if ((m_config->dllName().size() != 0) && (m_config->factoryName().size() != 0)) {
85 m_pesaAppMgr = Gaudi::createApplicationMgr(m_config->dllName(),m_config->factoryName());
86 if(m_outLev<=3)std::cout<<"Gaudi::createApplicationMgr(m_config->dllName(),m_config->factoryName())"
87 <<std::endl;
88 } else {
89 m_pesaAppMgr = Gaudi::createApplicationMgr();
90 if(m_outLev<=3)std::cout<<"Gaudi::createApplicationMgr()"<<std::endl;
91 }
92 }
93
94 // configure Pesa
95// EFPSC_DBG1("efpsc::SC::configure",
96// "---> Configure Pesa Property Manager");
97 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Configure Pesa Property Manager"<<std::endl;
98 StatusCode sc ;
99 SmartIF<IProperty> propMgr ( m_pesaAppMgr );
100 SmartIF<IAppMgrUI> appMgr ( m_pesaAppMgr );
101 if( !appMgr.isValid() || !propMgr.isValid() ) {
102 //EFPSC_ERROR("efpsc::SC::configure",
103 // "While creating the ApplicationMgr");
104 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"While creating the ApplicationMgr"<<std::endl;
105 return false;
106 }
107
108 // Get the input configuration file from arguments (default "jobOptions.txt")
109 std::string opts = "jobOptions.txt";
110 ::setenv("efJobPath","",1);
111 if (m_config->jobOptionsPath().size() != 0) {
112 opts = m_config->jobOptionsPath() ;
113 if (opts.rfind("/") < opts.size()) {
114 ::setenv("efJobPath",opts.substr(0,opts.rfind("/")).c_str(),1);
115 }
116 }
117 //EFPSC_DBG1("efpsc::SC::configure", "---> Pesa JobOptions file is = " << opts);
118 //EFPSC_DBG1("efpsc::SC::configure", "---> Pesa JobOptions path = " << ::getenv("efJobPath"));
119 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"---> Pesa JobOptions file is = " << opts<<std::endl
120 <<" "<<"---> Pesa JobOptions path = "
121 << ::getenv("efJobPath")<<std::endl;
122 propMgr->setProperty( "JobOptionsPath", opts );
123
124 propMgr->setProperty( "EventLoop",m_nameEventLoopMgr );
125
126
127
128 // Select the MessageSvc Type
129 if (m_config->messageSvcType().size() != 0) {
130 propMgr->setProperty( "MessageSvcType", m_config->messageSvcType());
131 }
132
133 // No EventSelector will be used
134 if (m_config->evtSel().size() != 0) {
135 propMgr->setProperty( "EvtSel", m_config->evtSel());
136 } else {
137 propMgr->setProperty( "EvtSel", "NONE" );
138 }
139 //EFPSC_DBG1("efpsc::SC::configure", "finish property set--->start configure ");
140 //EFPSC_DBG1("efpsc::SC::configure", "Configuring ApplicationMgr: "
141// << appMgr->stateName() << " Status : " << sc.getCode());
142 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"finish property set--->start configure"<<std::endl;
143 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Configuring ApplicationMgr: "
144 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl;
145 // Configure the application manager
146 if( opts.substr( opts.length() - 3, 3 ) == ".py" ) {
147
148 //EFPSC_ERROR("efpsc::SC::configure",
149// "Error: Don't support python config files");
150 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "
151 <<"Error: Don't support python config files"<<std::endl;
152 return false;
153 // ----------------------------
154 // Configuration with .py files
155 // ----------------------------
156
157 // Try to initialize the Python interpreter
158 /*if ( ! Py_IsInitialized() ) {
159 Py_Initialize();
160
161 // check
162 if ( ! Py_IsInitialized() ) {
163 EFPSC_ERROR("efpsc::SC::configure",
164 "Error: Python could not been intialized.");
165 Py_Finalize();
166 return false;
167 }
168
169 // import basic python modules (used throughout)
170 std::string pyBasicFile = "SC/SCPythonSetup.py" ;
171 if (m_config->pythonSetupFile().size() != 0) {
172 pyBasicFile = m_config->pythonSetupFile() ;
173 }
174
175 pyBasicFile = PathResolver::find_file(pyBasicFile, "PYTHONPATH");
176 FILE* infile = fopen( pyBasicFile.c_str() , "r" );
177 if ( PyRun_SimpleFile(infile,const_cast<char*>(pyBasicFile.c_str())) != 0 ) {
178 EFPSC_ERROR("efpsc::SC::configure",
179 "Error: Basic Python configuration failed.");
180 Py_Finalize();
181 return false;
182 }
183
184 std::string pyExecFile = "include( \""+std::string(opts)+"\" )" ;
185 if ( PyRun_SimpleString(const_cast<char*>(pyExecFile.c_str())) != 0 ) {
186 EFPSC_ERROR("efpsc::SC::configure",
187 "Error: Python job configuration script failed.");
188 Py_Finalize();
189 return false;
190 }
191 }*/
192 } else {
193 // -----------------------------
194 // Configuration with .txt files
195 // -----------------------------
196 sc = appMgr->configure();
197 if( sc.isFailure() ) {
198 //EFPSC_DBG1("efpsc::SC::configure",
199// "While configuring the ApplicationMgr");
200 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"While configuring the ApplicationMgr"<<std::endl;
201 return false;
202 }
203 }
204 // EFPSC_DBG1("efpsc::SC::configure", "Configuring ApplicationMgr: "
205// << appMgr->stateName() << " Status : " << sc.getCode());
206 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Configuring ApplicationMgr: "
207 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl;
208 // Initialize the application manager
209 sc = appMgr->initialize();
210 //EFPSC_DBG1("efpsc::SC::configure", "Initialize ApplicationMgr : "
211// << appMgr->stateName()
212// << " Status : " << sc.getCode());
213 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Initialize ApplicationMgr : "
214 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl;
215 if( sc.isFailure() ) {
216 EFPSC_ERROR("efpsc::SC::configure", "While intializing the ApplicationMgr");
217 return false;
218 }
219
220 // Find the basename for the EventLoopMgr
221 std::string value ;
222 //std::cout<<"value = "<<value<<std::endl;
223 sc = propMgr->getProperty( "EventLoop", value );
224 //std::cout<<"value = "<<value<<std::endl;
225 if( sc.isFailure() ) {
226 //EFPSC_DBG1("efpsc::SC::configure", "While retrieving Property EventLoop ");
227 if(m_outLev<=4) std::cout<<"efpsc::SC::configure "<<"While retrieving Property EventLoop "<<std::endl;
228 } else {
229 m_nameEventLoopMgr.assign(value, value.find_first_of("\"")+1,
230 value.find_last_of("\"")-value.find_first_of("\"")-1) ;
231 }
232
233 SmartIF<ISvcLocator> svcLoc( m_pesaAppMgr );
234 if (svcLoc.isValid()) {
235 //EFPSC_DBG1("efpsc::SC::configure","Name for EventLoopManager:"<<m_nameEventLoopMgr);
236 if(m_outLev<=2) std::cout<<"efpsc::SC::configure "<<"Name for EventLoopManager:"
237 <<m_nameEventLoopMgr<<std::endl;
238 StatusCode sc ;
239 IEventProcessor* processingMgr = 0 ;
240
241 sc = svcLoc->service( m_nameEventLoopMgr , processingMgr);
242 m_eventLoopMgr=processingMgr;
243
244 if( !sc.isSuccess() ) {
245 //EFPSC_ERROR("efpsc::SC::configure", " Error Retrieving Processing manager!") ;
246 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"Error Retrieving Processing manager!"<<std::endl;
247 return false;
248 }
249
250 } else {
251 //EFPSC_ERROR("efpsc::SC::configure", " Error Retrieving Service Locator!") ;
252 if(m_outLev<=5) std::cout<<"efpsc::SC::configure "<<"Error Retrieving Service Locator!"<<std::endl;
253 return false;
254 }
255
256 m_isCreated=true;
257 //EFPSC_DBG1("efpsc::SC::configure","SC configuration finished.");
258 if(m_outLev<=3) std::cout<<"efpsc::SC::configure "<<"SC configuration finished."<<std::endl;
259 return true;
260}

◆ configure() [2/2]

virtual bool efpsc::SC::configure ( const std::string &  config)
virtual

Configures the framework

Parameters
configIs 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.

◆ prepareForRun() [1/2]

bool efpsc::SC::prepareForRun ( int  run_number)
virtual

prepares the HLT framework for a run

Parameters
run_numberThe Run number to be used for this run.

Implements efhlt::Interface.

Definition at line 337 of file SC.cxx.

338{
339 // This is a placeholder method
340 if(m_eventLoopMgr){
341 SmartIF<IEFEventLoopMgr> processor_psc( m_eventLoopMgr);
342 StatusCode sc = processor_psc->prepareForRun(run_number);
343 std::cout << "=================" << m_eventLoopMgr << std::endl;
344 if(sc.isSuccess()) return true;
345 }
346 return false;
347}

◆ prepareForRun() [2/2]

virtual bool efpsc::SC::prepareForRun ( int  run_number)
virtual

prepares the HLT framework for a run

Parameters
run_numberThe Run number to be used for this run.

Implements efhlt::Interface.

◆ process() [1/2]

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.

350{
351 //std::cout<<"jak:"<<__FILE__<<std::endl;
352 //EFPSC_DBG1("efpsc::SC::process", "***********************************************");
353 //EFPSC_DBG1("efpsc::SC::process", "****************** NEW EVENT ******************");
354 //EFPSC_DBG1("efpsc::SC::process", "***********************************************");
355 if(m_outLev<=3)std::cout<<"efpsc::SC::process"<<" **************** NEW EVENT ****************"<<std::endl;
356 //Test if FullEventFragment is valid
357 // if(!fe->is_valid()){
358 // EFPSC_ERROR("efpsc::SC::process","FullEventFragment NOT valid! This event is not going to be processed!");
359 // return false;
360 // } else {
361 // EFPSC_DBG1("efpsc::SC::process", " FullEventFragment is valid." );
362 // }
363
364
365 // ExecuteEvent from the application manager
366 StatusCode sc ;
367 if ( 0 != m_eventLoopMgr ) {
368 SmartIF<IEventProcessor> processor( m_eventLoopMgr);
369
370 if ( processor.isValid() ) {
371 SmartIF<IService> processor_s( m_eventLoopMgr);
372 //EFPSC_DBG1("efpsc::SC::process", " ---> Executing events for processor"<<processor_s->name());
373 //std::cout<<"jak:"<<__FILE__<<std::endl;
374
375 sc = processor->executeEvent((void*)feStore);
376
377 //EFPSC_DBG1("efpsc::SC::Process","after executeEvent(fe)");
378
379 //std::cout<<"jak:"<<__FILE__<<std::endl;
380 if(m_outLev<=2)std::cout<<"efpsc::SC::process "<<"after executeEvent(fe)"<<std::endl;
381 if( sc.isFailure() ) {
382 //EFPSC_DBG1("efpsc::SC::process", "Error for executeEvent in the ApplicationMgr " << processor_s->name());
383 if(m_outLev<=4)std::cout<<"efpsc::SC::process "<<"Error for executeEvent in the ApplicationMgr "
384 << processor_s->name()<<std::endl;
385 }
386 else {
387 SmartIF<IEFEventLoopMgr> processor_psc( m_eventLoopMgr);
388 //
389 //--- ef Decision and Result from Pesa
390 //
391 //std::cout<<"jak:"<<__FILE__<<std::endl;
392 efDecision_s = processor_psc->EF_Decision();
393
394 //std::cout<<"jak:"<<__FILE__<<std::endl;
395 //EFPSC_DBG1("efpsc::SC::Process","after EF_Decision. EFdecision is: "<<efDecision_s);
396 if(m_outLev<=3)std::cout<<"efpsc::SC::process "<<"after EF_Decision. EFdecision is: "
397 <<efDecision_s<<std::endl;
398 sdStore=(uint32_t*)processor_psc->EF_Fragment_Address();
399 //std::cout<<"jak:"<<__FILE__<<std::endl;
400 if(sdStore==NULL){
401 //EFPSC_DBG1("efpsc::SC::process","EF_Fragment_Address() returns NULL pointer");
402 if(m_outLev<=2)std::cout<<"efpsc::SC::process "
403 <<"EF_Fragment_Address() returns NULL pointer"<<std::endl;
404 }
405 //Hard coded (One must change it in the future):
406 //EF_Decision==Accepted--> efDecision=2
407 //EF_Decision==Rejected--> efDecision=1
408 //EF_Decision==Error--> efDecision=0
409 /*
410 if(efDecision_s=="Accepted"){
411 //efDecision=2;
412 //Append EFResult to the Event Fragment
413 EFPSC_DBG1("efpsc::SC::process", "EFResult is going to be appended to the Event Fragment");
414 }else if(efDecision_s=="Rejected"){
415 //efDecision=1;
416 EFPSC_DBG1("efpsc::SC::process", "No EFResult is going to be appended to the Event Fragment");
417
418 }else{
419 //efDecision=0;
420 EFPSC_DBG1("efpsc::SC::process", "an Error was obtained when running algorithms on the Event.");
421 EFPSC_DBG1("efpsc::SC::process", "No EFResult is going to be appended to the Event Fragment");
422 }
423 */
424 efBitPattern.resize(4, 0); //zoujh: Just a place holder
425 if(efDecision_s=="Junk") efBitPattern[0]=1<<0;
426 //else if(efDecision_s=="GJunk") efBitPattern[0]=(1<<0)+(1<<1);
427 else if(efDecision_s=="GJunk") efBitPattern[0]=(1<<1);
428 else if(efDecision_s=="Beamgas") efBitPattern[0]=1<<2;
429 //else if(efDecision_s=="GBeamgas") efBitPattern[0]=(1<<2)+(1<<3);
430 else if(efDecision_s=="GBeamgas") efBitPattern[0]=(1<<3);
431 else if(efDecision_s=="Cosmic") efBitPattern[0]=1<<4;
432 //else if(efDecision_s=="GCosmic") efBitPattern[0]=(1<<4)+(1<<5);
433 else if(efDecision_s=="GCosmic") efBitPattern[0]=(1<<5);
434 else if(efDecision_s=="EBhabha") efBitPattern[0]=1<<6;
435 //else if(efDecision_s=="GEBhabha") efBitPattern[0]=(1<<6)+(1<<7);
436 else if(efDecision_s=="GEBhabha") efBitPattern[0]=(1<<7);
437 else if(efDecision_s=="BBhabha") efBitPattern[0]=1<<8;
438 //else if(efDecision_s=="GBBhabha") efBitPattern[0]=(1<<8)+(1<<9);
439 else if(efDecision_s=="GBBhabha") efBitPattern[0]=(1<<9);
440 else if(efDecision_s=="Dimuon") efBitPattern[0]=1<<10;
441 //else if(efDecision_s=="GDimuon") efBitPattern[0]=(1<<10)+(1<<11);
442 else if(efDecision_s=="GDimuon") efBitPattern[0]=(1<<11);
443 else if(efDecision_s=="Diphoton") efBitPattern[0]=1<<12;
444 //else if(efDecision_s=="GDiphoton") efBitPattern[0]=(1<<12)+(1<<13);
445 else if(efDecision_s=="GDiphoton") efBitPattern[0]=(1<<13);
446 else if(efDecision_s=="Hadron") efBitPattern[0]=1<<14;
447 //else if(efDecision_s=="GHadron") efBitPattern[0]=(1<<14)+(1<<15);
448 else if(efDecision_s=="GHadron") efBitPattern[0]=(1<<15);
449 else if(efDecision_s=="Twophoton") efBitPattern[0]=1<<16;
450 //else if(efDecision_s=="GTwophoton") efBitPattern[0]=(1<<16)+(1<<17);
451 else if(efDecision_s=="GTwophoton") efBitPattern[0]=(17);
452 else if(efDecision_s=="RandomTrg") efBitPattern[0]=1<<31;
453 else if(efDecision_s=="Error") efBitPattern[0]=1<<30;
454 else if(efDecision_s=="Other") efBitPattern[0]=1<<29;
455 else efBitPattern[0]=1<<28;
456 efBitPattern[1]=processor_psc->EF_Algorithm_Tag();
457 efBitPattern[2]=processor_psc->EF_Version();
458 efBitPattern[3]=processor_psc->EF_Total_Energy();
459 //EFPSC_DBG1("efpsc::SC::process", "**************end of psc process!**************"<<std::endl);
460 if(m_outLev<=2)std::cout<<"efpsc::SC::process "
461 <<"**************end of psc process!**************"<<std::endl;
462 }
463 }
464 else {
465 //EFPSC_DBG1("efpsc::SC::process", "executeEvent ApplicationMgr : no valid event processor ");
466 if(m_outLev<=5)std::cout<<"efpsc::SC::process "
467 <<"executeEvent ApplicationMgr : no valid event processor "<<std::endl;
468 return false;
469 }
470
471 }
472 else {
473 return false;
474 }
475 return true;
476}

◆ process() [2/2]

virtual 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.

◆ unconfigure() [1/2]

bool efpsc::SC::unconfigure ( void  )
virtual

Unconfigures the framework, releasing all acquired resources.

Implements efhlt::Interface.

Definition at line 262 of file SC.cxx.

263{
264 return true;
265 //EFPSC_DBG1("efpsc::SC::unconfigure",
266// "SC UNconfiguration started.");
267 if(m_outLev<=3) std::cout<<"efpsc::SC::unconfigure "<<"SC UNconfiguration started."<<std::endl;
268 StatusCode sc ;
269 SmartIF<IAppMgrUI> appMgr ( m_pesaAppMgr );
270 if( !appMgr.isValid() ) {
271// EFPSC_ERROR("efpsc::SC::unconfigure",
272// "While unconfiguring the ApplicationMgr, no valid interface");
273 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure "
274 <<"While unconfiguring the ApplicationMgr, no valid interface"<<std::endl;
275 return false;
276 }
277 SmartIF<ISvcLocator> svcLoc( m_pesaAppMgr );
278
279 //const std::list<IService*>* svclist=svcLoc->getServices();
280 //for(std::list<IService*>::iterator it = svclist->begin(); it != svclist->end(); it++ ) {
281 // std::cout<<(*it)->name()<<std::endl;
282 //}
283
284 // Finalize the application manager
285 sc = appMgr->finalize();
286
287// EFPSC_DBG1("efpsc::SC::unconfigure", "Finalize ApplicationMgr: "
288// << appMgr->stateName() << " Status : " << sc.getCode());
289 if(m_outLev<=2) std::cout<<"efpsc::SC::unconfigure "<<"Finalize ApplicationMgr: "
290 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl;
291 if( sc.isFailure() ) {
292// EFPSC_ERROR("efpsc::SC::unconfigure",
293// "---> While finalizing the ApplicationMgr ");
294 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure "<<"While finalizing the ApplicationMgr"<<std::endl;
295 return false;
296 }
297
298 // Terminate the application manager
299 sc = appMgr->terminate();
300// EFPSC_DBG1("efpsc::SC::unconfigure", "Terminate ApplicationMgr : "
301// << appMgr->stateName() << " Status : " << sc.getCode());
302 if(m_outLev<=2) std::cout<<"efpsc::SC::unconfigure "<<"Terminate ApplicationMgr : "
303 << appMgr->FSMState() << " Status : " << sc.getCode()<<std::endl;
304 if( sc.isFailure() ) {
305 //EFPSC_ERROR("efpsc::SC::unconfigure","While terminating the ApplicationMgr");
306 if(m_outLev<=5) std::cout<<"efpsc::SC::unconfigure "<<"While terminating the ApplicationMgr"<<std::endl;
307 return false;
308 }
309
310 //IService* msgSvc=0;
311 //svclist=svcLoc->getServices();
312 //svclist->erase(svclist.begin(), svclist.end() );
313 //std::cout<<svclist->size()<<std::endl;
314 //if(svcLoc->existsService("MessageSvc")){
315 // svcLoc->getService("MessageSvc",msgSvc);
316 // std::cout<<"111"<<msgSvc->name()<<std::endl;
317 // std::list<IService*> svclist=svcLoc->getServices();
318 // for(std::list<IService*>::iterator it = svclist.begin(); it != svclist.end(); it++ ) {
319 // //std::cout<<(*it)->name()<<std::endl;
320 // }
321 // int a1=svclist.size();
322 // svclist->remove(msgSvc);
323 // int a2=svclist.size();
324 // if(svcLoc->existsService("MessageSvc"))std::cout<<"exist"<<a1<<","<<a2<<std::endl;
325 //}
326 //appMgr->release();
327 //if(msgSvc) msgSvc->release();
328 //svcMgr->removeService("MessageSvc");
329
330 delete m_config;
331 m_config = 0;
332 //EFPSC_DBG2("efpsc::SC::unconfigure", "SC UNconfiguration finished.");
333 if(m_outLev<=3) std::cout<<"efpsc::SC::unconfigure "<<"SC UNconfiguration finished."<<std::endl;
334 return true;
335}

◆ unconfigure() [2/2]

virtual bool efpsc::SC::unconfigure ( void  )
virtual

Unconfigures the framework, releasing all acquired resources.

Implements efhlt::Interface.

The documentation for this class was generated from the following files: