SignalCatcher.h File Reference

#include <signal.h>

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Functions
void	phoenix_addSignalCatcher (int signalType)
	Add a signal catcher to handle the given signal.
bool	phoenix_isSignalRecived (int signalType)
	Check if the given signal has been recived by the program (or a thread)

Function Documentation

phoenix_addSignalCatcher()

void phoenix_addSignalCatcher

(

int

signalType

)

Add a signal catcher to handle the given signal.

Parameters

signalType

: type of the signal to be handled You should always call this function into your main thread

Definition at line 40 of file SignalCatcher.cpp.

                                             {
        SignalHandler & handler = phoenix_mapSignalHandler[signalType];    //Add the signal to the main map of signals
        handler.expectedSignal = signalType;
        handler.isSignalRecieved = false;
        signal(signalType, phoenix_sig_handler);
}

References SignalHandler::expectedSignal, SignalHandler::isSignalRecieved, phoenix_mapSignalHandler, and phoenix_sig_handler().

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phoenix_isSignalRecived()

bool phoenix_isSignalRecived

(

int

signalType

)

Check if the given signal has been recived by the program (or a thread)

Parameters

signalType

: type of signal to check

Returns

true if the signal has been recived, false otherwise

Definition at line 51 of file SignalCatcher.cpp.

                                            {
        bool b(false);
        std::map<int, SignalHandler>::iterator it(phoenix_mapSignalHandler.find(signalType));
        if(it != phoenix_mapSignalHandler.end()){
                std::lock_guard<std::mutex> guard(it->second.currentMutex);
                b = it->second.isSignalRecieved;
        }
        return b;
}

References phoenix_mapSignalHandler.