void ReaderManipulatorWidget::sendCommand(const QString &command)
{
if( ! command.isEmpty()){
ui->leCommand->clear();
if(m_connectionType == Settings::KSerial){
if(SerialCommunication::instance()->sendCommand(
command,
(SerialCommunication::CommandType) ui->cbInputType->currentData().toInt())
)
writeToOutput(tr("Command sent to device: %1").arg(command));
}
else if(m_connectionType == Settings::KNetwork){
NetworkCommunication::instance()->sendNewCommandToReader(command);
}
}
}
// run
// Description: Runs the simulation
void Restaurant::run(void){
TimeStamp::set(); // Setup timestamp for data writing
setValues(); // Initialize default values and attempt to read config file
int groups = 0;
// Main loop
while(timeRun <= totalTimeToRun){
if(timeRun > 0 && timeRun % patronGroupArriveInterval == 0){ // If patron groups should arrive at the time interval
(patronGroupMinArrive == 0) ? // Account for a 0 as the minimum
groups = rand() % patronGroupMaxArrive :
groups = rand() % patronGroupMinArrive + patronGroupMaxArrive;
totalPatronGroups += groups;
for(int i = 0; i < groups; i++){ // Add number of groups to arrive to line
line.push_back(PatronFactory::newPatronGroup());
}
} // End generating new PatronGroups
busTables(); // Remove finished PatronGroups
seatLine(); // Seat PatronGroups from the line if possible
if(timeRun > 0 && timeRun % updateInterval == 0){ // Check if data should be shown for the current time interval
showData();
}
advanceTime(); // Advance time for all PatronGroups
} // End main loop
writeToOutput(); // Write data to output file
} // End run
void ReaderManipulatorWidget::newAnswerFromNetworkComm(const QString answer)
{
writeToOutput(answer);
}
Connector::Connector() : m_username(""), m_passSara(""), m_passvnc(""), m_hours(""), m_minutes(""), m_seconds(""), output(new QTextEdit), process(new QProcess(this))
{
setupOutputBox() ;
connect(process, SIGNAL(readyReadStandardOutput()), this, SLOT(writeToOutput())) ;
}