PClockMock.cpp

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/***************************************
        Auteur : Pierre Aubert
        Mail : pierre.aubert@lapp.in2p3.fr
        Licence : CeCILL-C
****************************************/
 
 
#include "PClockMock.h"


bool phoenix_saveClockMock(const VecTime & vecTime){
        return data_save("clock.clockmock", vecTime);
}


bool phoenix_loadClockMock(VecTime & vecTime){
        return data_load("clock.clockmock", vecTime);
}
 

PClockMock::PClockMock(){
        initialisationPClockMock();
}


PClockMock::PClockMock(const PClockMock & other){
        copyPClockMock(other);
}

PClockMock::~PClockMock(){
        if(p_isRecordMode){
                //Let's save the vector of times
                phoenix_saveClockMock(p_vecTime);
        }
}


PClockMock & PClockMock::operator = (const PClockMock & other){
        copyPClockMock(other);
        return *this;
}


time_t PClockMock::now(){
        //If we opened the proper mock file
        if(p_vecTime.size() == 0lu){
                if(!phoenix_loadClockMock(p_vecTime)){
                        std::cerr << "PClockMock::now : cannot load clock mock file 'clock.mock'" << std::endl;
                        return 0l;
                }
        }
        //If the current time index is too high, we loop it
        if(p_currentTimeIndex >= p_vecTime.size()){
                p_currentTimeIndex = 0lu;
        }
        time_t currentTime = p_vecTime[p_currentTimeIndex];
        //Then we increment the current time index
        ++p_currentTimeIndex;
        return currentTime;
}


void PClockMock::setCurrentTime(time_t currentTime){
        p_isRecordMode = true;
        //Let's record the given time
        p_vecTime.push_back(currentTime);
}


void PClockMock::copyPClockMock(const PClockMock & other){
        p_isRecordMode = other.p_isRecordMode;
        p_vecTime = other.p_vecTime;
        p_currentTimeIndex = other.p_currentTimeIndex;
}

void PClockMock::initialisationPClockMock(){
        p_isRecordMode = false;
        p_currentTimeIndex = 0lu;
}