DWORD WINAPI Server::ClientThread(LPVOID lpParam) //(insert to DEQUE) use MUTEX { Singleton* log = Singleton::Instance(); log->Add("Thread: Client runing"); SOCKET sock = (SOCKET)lpParam; //Get socket while(f) { //recv DATA, create STRUCTURE and (insert to DEQUE)MUTEX //Send will be in APPLY THREAD if ( recv(sock,rdata.ch,sizeof(DWORD),0) != -1 ) //Wait data //save data to union { Message tmp; tmp.s = sock; tmp.data = rdata.i; WaitForSingleObject(hMutex,INFINITE); deque_data.push_back(tmp); ReleaseMutex(hMutex); } else { break; } } log->Add("Thread: Client stoped"); return 0; }
int main(void) { HANDLE hE = CreateEvent(NULL,false,true,L"{@0001_Start_Program_Event}"); if ( GetLastError() == ERROR_ALREADY_EXISTS ) { //program running return 0; } Singleton* log = Singleton::Instance(); Server server; if ( server.Activate() ) { cout << "ok" << endl; } int k = 10; while (k) { system("cls"); log->Show(); system("@pause"); k--; if (k == 1) { server.Deactivate(); //END THREADS } } system("@Pause"); return 0; }
int main(int argc , char *argv []) { Singleton *singletonObj = Singleton ::GetInstance(); cout<<singletonObj->GetTest()<<endl; return 0; }
AnalitikaArtikliLista::~AnalitikaArtikliLista() { disconnect(sm, SIGNAL(currentRowChanged(QModelIndex,QModelIndex)), this, SLOT(selectionChanged(QModelIndex,QModelIndex))); disconnect(header, SIGNAL(sectionResized(int, int, int)), this, SLOT(procSectionResized(int, int, int))); disconnect(header_2, SIGNAL(sectionResized(int, int, int)), this, SLOT(procSectionResizedDetail(int, int, int))); Singleton *s = Singleton::Instance(); QStringList tempVals = s->saveWidthList(colWidth); s->Set_Faktura_HeaderState(tempVals); QStringList tempdetailVals = s->saveWidthList(colDetailWidth); s->Set_FakturaDetail_HeaderState(tempdetailVals); delete ui; delete model; delete header; delete model_2; delete header_2; delete b; b = 0; delete bc; bc = 0; delete bd; bd = 0; }
int main() { Singleton* instance = Singleton::get(); std::cout << instance->showData() << std::endl; return 0; }
void clearSet() { //bool forceClear int i; //bool doClear = forceClear; if (usingPoolId == -1) { if (isEntity) { usingPoolId = singleton->entityPool->requestPoolId(blockId,holderId); gpuRes = singleton->entityPool->holderPoolItems[usingPoolId]; } else { usingPoolId = singleton->gpuPool->requestPoolId(blockId,holderId); gpuRes = singleton->gpuPool->holderPoolItems[usingPoolId]; } readyForClear = true; } if (readyForClear) { readyForClear = false; for (i = 0; i < MAX_LAYERS; i++) { // clear fbo by binding it with auto flag singleton->bindFBODirect(gpuRes->getFBOS(i)); singleton->unbindFBO(); } } }
void setExecutor( std::shared_ptr<Exe> executor, Singleton<std::weak_ptr<Exe>>& sExecutor, Singleton<RWSpinLock, LockTag>& sExecutorLock) { RWSpinLock::WriteHolder guard(sExecutorLock.get()); *sExecutor.get() = std::move(executor); }
int main() { Singleton *singleton = Singleton::getInstance(); singleton->singletonOperation(); return 0; }
std::shared_ptr<Exe> getExecutor( Singleton<std::weak_ptr<Exe>>& sExecutor, Singleton<std::shared_ptr<DefaultExe>>& sDefaultExecutor, Singleton<RWSpinLock, LockTag>& sExecutorLock) { std::shared_ptr<Exe> executor; auto singleton = sExecutor.try_get(); auto lock = sExecutorLock.try_get(); { RWSpinLock::ReadHolder guard(lock.get()); if ((executor = sExecutor.try_get()->lock())) { return executor; } } RWSpinLock::WriteHolder guard(lock.get()); executor = singleton->lock(); if (!executor) { std::weak_ptr<Exe> defaultExecutor = *sDefaultExecutor.try_get().get(); executor = defaultExecutor.lock(); sExecutor.try_get().get()->swap(defaultExecutor); } return executor; }
int main() { Singleton *s = Singleton::getInstance(); s->printInfo(); Singleton *s2 = Singleton::getInstance(); s2->printInfo(); Singleton *s3 = Singleton::getInstance(); s3->printInfo(); // Singleton *s4 = new Singleton(); // Singleton s5; /* 创建线程,在线程里也去调用Singleton::getInstance */ pthread_t thread1ID; pthread_t thread2ID; pthread_create(&thread1ID, NULL, start_routine_thread1, NULL); pthread_create(&thread2ID, NULL, start_routine_thread2, NULL); sleep(3); return 0; }
void* thread_routine(void* arg) { std::cout << pthread_self() << std::endl; Singleton* pInstance = Singleton::GetInstance(); pInstance->Print(); // 多线程下无法释放内存,否则会导致程序宕掉,最终导致内存泄漏 return NULL; }
int main(void){ Singleton *instance = Singleton::getInstance(); instance->setValue(35); cout << instance->getValue() << endl; Singleton *object = Singleton::getInstance(); cout << object->getValue() << endl; }
int main() { Singleton *s = Singleton::getInstance(); s->pulse(); cout << "main: global_ptr is " << GlobalClass::instance()->get_value() << '\n'; foo(); bar(); return 0; }
void Game::_broadcastPacket(PacketContainer* p, bool tcp) { Singleton<NetworkManager> *network = NULL; for (auto it = this->_clients.begin(); it != this->_clients.end(); ++it) { network->getInstance()->sendPacket(p->getPacketSerialised(), (*it)->getConnexion(), tcp); } }
void setExecutor( std::shared_ptr<Exe> executor, Singleton<std::weak_ptr<Exe>>& sExecutor, Singleton<RWSpinLock, LockTag>& sExecutorLock) { auto lock = sExecutorLock.try_get(); RWSpinLock::WriteHolder guard(*lock); std::weak_ptr<Exe> executor_weak = executor; sExecutor.try_get().get()->swap(executor_weak); }
void *start_routine_thread2(void *arg) { cout<<"this is thread 2 ..."<<endl; Singleton *s = Singleton::getInstance(); s->printInfo(); return NULL; }
int main(){ //Singleton * trysingleton = new Singleton(10); //wrong Singleton * singleton = Singleton::createInstance(10); Singleton * singleton2 = Singleton::createInstance(12); singleton->print(); singleton2->print(); singleton->deleteInstance(); singleton2->deleteInstance(); return 0; }
static void changeLevelChooser(const void *self) { Singleton<LevelLoader> gLevelLoader; const SpinEdit *spinedit = (const SpinEdit *) self; gLevelLoader->loadLevelByID(spinedit->value); sgLevel.lastPlayerIndex = MAX_SCORE_COLS; }
void run() { const int kCount = 2; for(int ix = 0; ix != kCount; ++ix) { Singleton * temp; temp = Singleton::getInstance(); temp->print(); } }
int main() { Singleton *p = Singleton::CreateInstance(); Singleton a(*p); // -- 복제 생성자 호출 a.SetData(20); cout << "p->data = " << p->GetData() << endl; // -- p->data = 10 cout << "a.data = " << a.GetData() << endl; // -- a.data = 20 return 0; }
// myThreadCode /////////////////////////////////////////////////////////////// void * myThreadCode (void * param) { Singleton * theInstance; theInstance = Singleton::Instance(); sleep(1); theInstance->increaseShared(); return NULL; }
int main() { show(); Singleton * s = Singleton::Instance(); show(); s->Close(); show(); s->Close(); show(); system("pause"); return 0; }
IntIspratniciVnes::~IntIspratniciVnes() { Singleton *s = Singleton::Instance(); QStringList tempdetailVals = s->saveWidthList(colDetailWidth); s->Set_FakturaDetail_HeaderState(tempdetailVals); delete hlp; delete ui; delete b; delete bd; b = 0; bd = 0; }
bool PovratniciKorekcija::procAddItem(){ QList<PovratniciDetailT> data = resFakturaItems; PovratniciDetailT item; item.artikal_id = ui->sifra_artikal->text(); item.artikal_naziv = ui->artikal->text(); item.komintent_id = ui->sifra_komintent->text(); item.dokument_id = resFaktura.dokument_id; item.dokument_tip = resFaktura.dokument_tip; item.kol = ui->kolicina->text(); item.izl_cena_so_ddv_prod = ui->cena_so_ddv->text(); bool isOk; float kolFloat = 0; float izl_cena_so_ddv_prod_float = 0; Singleton *s = Singleton::Instance(); s->ConvertStringToFloat(item.kol, kolFloat, &isOk); if (!isOk){ QMessageBox msgBox; msgBox.setWindowTitle("Warning"); msgBox.setText("Nevalidna vrednost za kolicina"); msgBox.setStandardButtons(QMessageBox::Ok); if(msgBox.exec() == QMessageBox::Ok){ ui->kolicina->setFocus(); return false; } } s->ConvertStringToFloat(item.izl_cena_so_ddv_prod, izl_cena_so_ddv_prod_float, &isOk); if (!isOk){ QMessageBox msgBox; msgBox.setWindowTitle("Warning"); msgBox.setText("Nevalidna vrednost za cena"); msgBox.setStandardButtons(QMessageBox::Ok); if(msgBox.exec() == QMessageBox::Ok){ ui->cena_so_ddv->setFocus(); return false; } } item.izl_prod_iznos_so_ddv = QString::number(izl_cena_so_ddv_prod_float * kolFloat, 'f', 2); bd->AddItem(data, item); resFakturaItems = data; ui->sifra_artikal->setText(""); ui->artikal->setText(""); ui->kolicina->setText(""); ui->cena_so_ddv->setText(""); ui->rabat->setText(""); ui->rok_za_plakanje_denovi->setText(""); ui->zaliha->setText(""); return true; }
PovratniciKorekcija::~PovratniciKorekcija() { Singleton *s = Singleton::Instance(); QStringList tempdetailVals = s->saveWidthList(colDetailWidth); s->Set_FakturaDetail_HeaderState(tempdetailVals); delete ui; delete hlp; delete b; delete bd; delete comboboxD; b = 0; bd = 0; }
bool IntIspratniciVnes::eventFilter(QObject *object, QEvent *event) { Singleton *s = Singleton::Instance(); if (event->type() == QEvent::FocusIn) { str_yellow = "background-color: lightyellow; font-size: "+QString::number(s->getGlobalFontSize())+"pt;"; ((QWidget*)object)->setStyleSheet(str_yellow); } if (event->type() == QEvent::FocusOut) { str_none = "background-color: none; font-size: "+QString::number(s->getGlobalFontSize())+"pt;"; ((QWidget*)object)->setStyleSheet(str_none); } return false; }
int main(void) { try { Singleton *Main = Singleton::GetInstance() ; Main->Run(); } catch (const char * s) { std::cout<<s; } }
PovratniciVnes::PovratniciVnes(BaseForm *parent) : BaseForm(parent), ui(new Ui::PovratniciVnes) ,hlp(0) { ui->setupUi(this); ui->lineEdit_2->setFocus(); Singleton *s = Singleton::Instance(); QRect rMain = s->getMainRect(); ui->gridLayout->setGeometry(rMain); setLayout(ui->gridLayout); setFixedSize(QSize(rMain.width()-10, rMain.height()-40)); hlp = new QHelperC(this); connect(hlp, SIGNAL(signalResultInsertArticle(QStringList &)), this, SLOT(getResultEX(QStringList &))); }
DWORD WINAPI Server::Accept(LPVOID) { Singleton* log = Singleton::Instance(); log->Add("Thread: Accept runing"); while (f) { int size = sizeof(client); s = accept(serv,(struct sockaddr*)&client,&size); //create thread vs new SOCKET HANDLE hThread = CreateThread(NULL,NULL,ClientThread,(LPVOID)s,NULL,NULL); CloseHandle(hThread); } log->Add("Thread: Accept stoped"); return 0; }
IntIspratniciVnes::IntIspratniciVnes(BaseForm *parent) : BaseForm(parent), statusWait(false), hlp(0), statusOpenEditor(false), ui(new Ui::IntIspratniciVnes) { ui->setupUi(this); hlp = new QHelperC(this); Singleton *s = Singleton::Instance(); BaseInstallEventFilter(ui->gridLayout); QRect rMain = s->getMainRect(); ui->gridLayout->setGeometry(rMain); setLayout(ui->gridLayout); setFixedSize(QSize(rMain.width()-10, rMain.height()-40)); strDisabled = "color: blue; font-size: "+QString::number(s->getGlobalFontSize())+"pt;"; ui->sifra_artikal->setStyleSheet(strDisabled); ui->sifra_komintent->setStyleSheet(strDisabled); model = new QStandardItemModel(0,0); header = new QHeaderView(Qt::Horizontal, 0); QStringList tempValsDetail = s->Get_FakturaDetail_HeaderState(); colDetailWidth = s->loadWidthList(tempValsDetail, COL_DETAIL); b = new QBTemplate<IntIspratniciT>(); bd = new QBTemplate<IntIspratniciDetailT>(); ui->tableView->setModel(model); connect(header, SIGNAL(sectionResized(int, int, int)), this, SLOT(procSectionResized(int, int, int))); sm =ui->tableView->selectionModel(); connect(sm, SIGNAL(currentRowChanged(QModelIndex,QModelIndex)), this, SLOT(selectionChanged(QModelIndex,QModelIndex))); comboboxD = new QCBItemDelegate(Q_NULLPTR); connect(comboboxD, SIGNAL(updatePodatoci()), this , SLOT(updatePodatoci())); lineeditD = new QLEItemDelegate(Q_NULLPTR); connect(lineeditD, SIGNAL(updateCellLE(const QModelIndex &, QString &)), this , SLOT(updateStructCellLineEdit(const QModelIndex &, QString &))); updateFont(); PressKeyTAB(this); }