本文整理汇总了C++中EList::delHead方法的典型用法代码示例。如果您正苦于以下问题：C++ EList::delHead方法的具体用法？C++ EList::delHead怎么用？C++ EList::delHead使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类EList的用法示例。
在下文中一共展示了EList::delHead方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: unloadWorker
int TaskManager::unloadWorker(std::string workerName)
{
//먼저 실행 중이 task는 모두 삭제부터 한다.
stopAllWorker();
//worker목록 제거
/*
StrMap* taskTAB = m_taskMem->getTaskTAB();
StrMap::iterator it1 = taskTAB->find(workerName);
if(it1 != taskTAB->end()){
taskTAB->erase(it1);
}
else{
TaskTAB* taskTAB2 = m_taskMem->getTaskTAB2();
TaskTAB::iterator it2 = taskTAB2->find(workerName);
if(it2 != taskTAB2->end()){
delete it2->second;
taskTAB2->erase(it2);
}
else{
LOG_ERROR(m_log, "Task <%s> dose not exist in the loaded task list.", workerName.c_str());
return DB_UNLOAD_ERR_NO_WORKER;
}
}
*/
TaskTAB* taskTAB2 = m_taskMem->getTaskTAB2();
TaskTAB::iterator it2 = taskTAB2->find(workerName);
if(it2 != taskTAB2->end()){
delete it2->second;
taskTAB2->erase(it2);
}
else{
LOG_ERROR(m_log, "Task <%s> dose not exist in the loaded task list.", workerName.c_str());
return DB_UNLOAD_ERR_NO_WORKER;
}
//worker에서 이용하는 model(심볼테이블) 삭제
SymTAB* symTAB = m_taskMem->getSymbolTAB();
SymTAB::iterator it = m_taskMem->getSymbolTAB()->find(workerName);
if(it != symTAB->end()){
SymTAB4Task* symT = it->second;
if(symT->getWorkerRefCount() <= 1){
delete symT;
}
else{
symT->minRefCount();
}
symTAB->erase(it);
}
else{
LOG_ERROR(m_log, "The symbol table for task <%s> dose not exist", workerName.c_str());
return DB_UNLOAD_ERR_NO_SYMTAB;
}
//worker에 포함된 bhv 찾기
EList<std::string> delList;
BehaviorTAB* behaviorTAB = m_taskMem->getBehaviorTAB();
BehaviorTAB::iterator it3 = behaviorTAB->begin();
for(; it3!=behaviorTAB->end(); it3++){
RFSMbehavior* t = it3->second;
int wNum = t->unRefTask(workerName);
if(wNum == 0){//bhv를 이용하는 worker가 하나도 없으면
//unloadTask(it3->first); //map을 검색하면서 자신을 지우면 안된다.
delList.addTail(it3->first);
}
}
/*
if(delList.moveHead()){
do{
std::string tName = delList.getCurObject();
unloadBehavior(tName);
}
while(delList.moveNext());
}
*/
while(delList.moveHead()){
std::string tName = delList.getCurObject();
unloadBehavior(tName);
delList.delHead();
}
//m_taskMem->leakTest();
//conexer삭제
EList<std::string> delConList;
ConnectorTAB* conTAB = m_taskMem->getConnectorTAB();
ConnectorTAB::iterator it4 = conTAB->begin();
for(; it4!=conTAB->end(); it4++){
RFSMconnector* con = it4->second;
int wNum = con->unRefTask(workerName);
if(wNum == 0){//bhv를 이용하는 worker가 하나도 없으면
//unloadTask(it3->first); //map을 검색하면서 자신을 지우면 안된다.
delConList.addTail(it4->first);
}
}
while(delConList.getSize()>0 && delConList.moveHead()){
std::string cName = delConList.getCurObject();
unloadConnector(cName);
delConList.delHead();
//.........这里部分代码省略.........
示例2: loadWorker
//.........这里部分代码省略.........
}while(rtasks->moveNext());
}
if(rbhvs != 0 && rbhvs->getSize()>0 && rbhvs->moveHead()){
do{
RFSMtreenode* rbhv = rbhvs->getCurObject();
setSubNodes(rbhv);
}while(rbhvs->moveNext());
}
if(rconns != 0 && rconns->getSize()>0 && rconns->moveHead()){
do{
RFSMtreenode* rconn = rconns->getCurObject();
setSubNodes(rconn);
}while(rconns->moveNext());
}
if(rconns != 0 && rconns->getSize()>0 && rconns->moveHead()){
do{
RFSMconnector* rconn = (RFSMconnector*)rconns->getCurObject();
std::map<int, int> synchInfo = checkValidSynchIDs(rconn);
rconn->setSynchInfo(synchInfo);
//rconn->checkValidSynchIDs();
}while(rconns->moveNext());
}
if(rtasks != 0 && rtasks->getSize()>0 && rtasks->moveHead()){
do{
std::set<int> ids;
RFSMtask* rtask = (RFSMtask*)(rtasks->getCurObject());
rtask->setSynchidInTask();
}while(rtasks->moveNext());
}
/* 삭제(껍데기만 내용은 TaskMem에 저장) */
if(rtasks != NULL){
while(rtasks->getSize()>0 && rtasks->moveHead()){
//RFSMtask* obj = rtasks->getCurObject();
//delete obj;
rtasks->delHead();
}
delete rtasks; rtasks = NULL;
}
if(rbhvs != NULL){
while(rbhvs->getSize()>0 && rbhvs->moveHead()){
//RFSMbehavior* obj = rbhvs->getCurObject();
//delete obj;
rbhvs->delHead();
}
delete rbhvs; rbhvs = NULL;
}
if(rconns != NULL){
while(rconns->getSize()>0 && rconns->moveHead()){
//RFSMconnector* obj = rconns->getCurObject();
//delete obj;
rconns->delHead();
}
delete rconns; rconns = NULL;
}
/*
//시나리오 파일 처리
if(pRslt->getSCs().size()>0){
std::string inclstr;
if(aTest->getInclude() != 0){
Ginclude* inclList = aTest->getInclude();
if(inclList->moveHead()){
do{
Gtoken* tok = inclList->getCurObject();
std::string fname = tok->getFileName();
std::string incl = tok->getData();
if(fname==workerFileName)
inclstr.append("#include \"").append(incl).append("\"\n");
}
while(inclList->moveNext());
}
}
TPLGenerator tplGen(fsys, workerFileName, inclstr, pRslt->getSTasks(), pRslt->getSCs(), pRslt->getSBehaviors(), pRslt->getSEvents());
tplGen.generateTPL();
}
*/
}
catch(SemanticsEH& semEH){
LOG_ERROR(m_log, "The parser returned %d errors, Task loading aborted.", semEH.hasError_());
delete newSymT; newSymT = NULL;
delete rtasks; rtasks = NULL;
delete rbhvs; rbhvs = NULL;
delete rconns; rconns = NULL;
result = 100;/////////////////////////////////////////////////////에러코드 정리
}
}
//aTest 에서 pRslt가 지워진다.
//delete aTest;
return result;
}