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#include "Generator.hpp"
#include <iostream>
#include <math.h>
Generator::Generator (QString name,
int depth, int procNbr, int nbrOfState, int nbrOfLine,
int countNbr, int eventNbr, int linkNbr,
int eventTypeNbr, int linkTypeNbr,
bool paje, bool otf, bool tau){
_name = name ;
_depth = depth ;
_procNbr = procNbr ;
_numberOfState = nbrOfState ;
_numberOfLine = nbrOfLine ;
_counterNbr = countNbr ;
_eventNbr = eventNbr ;
_linkNbr = linkNbr ;
_eventTypeNbr = eventTypeNbr;
_linkTypeNbr = linkTypeNbr ;
_paje = paje ;
_otf = otf ;
_tau = tau ;
_arrayOfValues = new int[TYPEACTION];
int pos = 0;
_arrayOfValues[pos] = CHANGESTATE;
pos ++;
if (linkNbr){
_arrayOfValues[pos] = STARTLINK;
pos ++;
_arrayOfValues[pos] = ENDLINK;
pos ++;
}
if (countNbr){
_arrayOfValues[pos] = INCCPT;
pos ++;
_arrayOfValues[pos] = DECCPT;
pos ++;
}
if (eventNbr){
_arrayOfValues[pos] = EVENT;
pos ++;
}
_numberAction = pos;
fprintf (stderr, "Valeur de nb action = %d \n", _numberAction);
if (paje)
_pajeGen = new PajeGenerator ();
if (otf)
_otfGen = new OTFGenerator ();
if (tau)
_tauGen = new TauGenerator ();
}
Generator::~Generator (){
if (_pajeGen)
delete _pajeGen;
_pajeGen = NULL;
if (_tauGen)
delete _tauGen;
_tauGen = NULL;
if (_otfGen)
delete _otfGen;
_otfGen = NULL;
}
void Generator::initTrace (QString name, int depth, int procNbr, int stateTypeNbr, int eventTypeNbr, int linkTypeNbr, int varNbr){
if (_paje)
_pajeGen->initTrace (name, depth, procNbr, stateTypeNbr, eventTypeNbr, linkTypeNbr, varNbr);
if (_tau)
_tauGen->initTrace (name, depth, procNbr, stateTypeNbr, eventTypeNbr, linkTypeNbr, varNbr);
if (_otf)
_otfGen->initTrace (name, depth, procNbr, stateTypeNbr, eventTypeNbr, linkTypeNbr, varNbr);
time_t t;
t = time(NULL);
srand ((int)t);
}
void Generator::endTrace (){
int i;
my_link lnk;
fpritnf (stderr, "Ending the trace, nettoyage des liens morts\n");
for (i=0; i<_size ; i++){
lnk = getLink (1);
// Ending the link
endLink (lnk.proc, lnk.type, lnk.time);
}
fprintf (stderr, "Nettoyee \n");
if (_paje)
_pajeGen->endTrace ();
if (_tau)
_tauGen->endTrace ();
if (_otf)
_otfGen->endTrace ();
}
void Generator::addState (int proc, int state, double time){
if (_paje)
_pajeGen->addState (proc, state, time);
if (_tau)
_tauGen->addState (proc, state, time);
if (_otf)
_otfGen->addState (proc, state, time);
}
void Generator::startLink (int proc, int type, double time){
if (_paje)
_pajeGen->startLink (proc, type, time);
if (_tau)
_tauGen->startLink (proc, type, time);
if (_otf)
_otfGen->startLink (proc, type, time);
}
void Generator::endLink (int proc, int type, double time){
if (_paje)
_pajeGen->endLink (proc, type, time);
if (_tau)
_tauGen->endLink (proc, type, time);
if (_otf)
_otfGen->endLink (proc, type, time);
}
void Generator::addEvent (int proc, int type, double time){
if (_paje)
_pajeGen->addEvent (proc, type, time);
if (_tau)
_tauGen->addEvent (proc, type, time);
if (_otf)
_otfGen->addEvent (proc, type, time);
}
void Generator::incCpt (int proc, int var, double time){
if (_paje)
_pajeGen->incCpt (proc, var, time);
if (_tau)
_tauGen->incCpt (proc, var, time);
if (_otf)
_otfGen->incCpt (proc, var, time);
}
void Generator::decCpt (int proc, int var, double time){
if (_paje)
_pajeGen->decCpt (proc, var, time);
if (_tau)
_tauGen->decCpt (proc,var, time);
if (_otf)
_otfGen->decCpt (proc, var, time);
}
void Generator::generate (){
int i;
int val = 0;
initTrace (_name, _depth, _procNbr, _numberOfState, _eventTypeNbr, _linkTypeNbr, _counterNbr);
for (i=0; i<_numberOfLine ; i++){
do{
val = getRand (_numberAction);
if (_arrayOfValues[val]==STARTLINK)
_size ++;
}
while (_arrayOfValues[val]==ENDLINK && _size<1);
launchAction (_arrayOfValues[val], i);
}
endTrace ();
}
void Generator::launchAction (int val, int time){
int newVal ;
int newVal2;
my_link lnk ;
switch (val){
case CHANGESTATE :
// Getting the corresponding proc
newVal = getRand (_procNbr);
// Getting the corresponding state
newVal2 = getRand (_numberOfState);
addState (newVal, newVal2, time);
break;
case STARTLINK :
// Getting the corresponding proc
newVal = getRand (_linkNbr);
// Getting the corresponding link type
newVal2 = getRand (_linkTypeNbr);
lnk.time = time;
lnk.proc = newVal;
lnk.type = newVal2;
// Ajouter un lien a la liste
_startedLink.append (lnk);
startLink (newVal, newVal2, time);
break;
case ENDLINK :
// Choosing the link to end
newVal = getRand (_size);
_size--;
lnk = getLink (newVal);
// Ending the link
endLink (lnk.proc, lnk.type, time);
break;
case EVENT :
// Getting the proc to add the event
newVal = getRand (_eventNbr);
// Getting the type of the event
newVal2 = getRand (_eventTypeNbr);
addEvent (newVal, newVal2, time);
break;
case INCCPT :
newVal = getRand (_counterNbr);
// Always generate 1 counter per proc
incCpt (newVal, 1, time);
break;
case DECCPT :
newVal = getRand (_counterNbr);
// Always generate 1 counter per proc
decCpt (newVal, 1, time);
break;
default :
break;
}
}
my_link Generator::getLink (int pos){
my_link ret;
QList<my_link>::iterator it = _startedLink.begin ();
it += pos;
ret = *it;
_startedLink.erase (it);
return ret;
}
int Generator::getRand (int max){
int ret = 10.0 * rand () / (RAND_MAX + 1.0);
return ret%max;
}
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