void PnpPlanTemplate<PnpPlaceClass, PnpTransitionClass>::fail()
{
std::map<std::string,std::string>::iterator it = activePlaces.find(getPlanName());
if (it != activePlaces.end()) activePlaces.erase(it);
//call end() on each active executable
MapSecondArgument<std::string, PnpExecutable, void> callEnd(std::mem_fun(&PnpExecutable::end));
for_each(activeExecutables.begin(), activeExecutables.end(), callEnd);
//move them to the inactive map
inactiveExecutables.insert(activeExecutables.begin(), activeExecutables.end());
activeExecutables.clear();
}
void* create2(void *f, Tipo ret, unsigned n, Parametro *params){
int i,j,k=0;
char *v = (char*)malloc(1024);
k = inicia(k,v);
printf("k = %d\n",k);
printf("ant for\n");
int desl = ultParam(params,n);
printf("desl = %d\n", desl);
for(i=n-1;i>=0;i--){
printf("dentro for\n");
// AMARAÇÃO LIVRE
if(params[i].amarracao == 0){
printf("AMARAÇÃO LIVRE\n");
//DOUBLE
if(params[i].tipo == 4){
printf("DOUBLE\n");
printf("desl = %d\n", desl);
// CHAMAR livreConstDouble();
k = livreDouble(k,v,desl);
desl-=4;
}
// VOID , INT , CHAR , FLOAT e POINTER
else if((params[i].tipo>=0 && params[i].tipo<=3) || (params[i].tipo==5)){
printf("NOT DOUBLE\n");
printf("desl = %d\n", desl);
// CHAMAR livreNotDouble();
k = livreNotDouble(k,v,desl);
}
else{
printf("DEU PAU 1\n");
}
}
// AMARAÇÃO CONSTANTE
else if(params[i].amarracao == 1){
printf("AMARAÇÃO CONSTANTE\n");
//DOUBLE
if(params[i].tipo == 4){
printf("DOUBLE\n");
printf("desl = %d\n", desl);
// CHAMAR livreConstDouble();
k = constDouble(k,v,desl,params[i].valor.vDouble);
}
// VOID , INT , CHAR , FLOAT e POINTER
else if((params[i].tipo>=0 && params[i].tipo<=3) || (params[i].tipo==5)){
printf("NOT DOUBLE \n");
printf("desl = %d\n", desl);
// CHAMAR constNotDouble();
//v[k] = descobrevalor(params[i]); // push valor
if(params[i].tipo == CHAR){
v[k] = params[i].valor.vChar;
}
else if(params[i].tipo == FLOAT){
v[k] = params[i].valor.vFloat;
}
else if(params[i].tipo == INT){
v[k] = params[i].valor.vInt;
}
else if(params[i].tipo == DOUBLE){
v[k] = params[i].valor.vDouble;
}
else if(params[i].tipo == POINTER){
//v[k] = params[i].valor.vPointer;
}
else printf("DEU PAU\n");
//k++;
}
else printf("DEU PAU 2\n");
}
// AMARAÇÃO FUNÇÃO
else if(params[i].amarracao == 2){
//DOUBLE
if(params[i].tipo == 4){
//v[k]= ;//asdas
//k++;
}
// VOID , INT , CHAR , FLOAT e POINTER
else if((params[i].tipo>=0 && params[i].tipo<=3) || (params[i].tipo==5)){
}
else printf("DEU PAU 3\n");
}
else printf("DEU PAU 4\n");
if(params[i].amarracao != 1){
desl-=4;
}
}
k=callEnd(f,v,k);
printf("FINAL create\n");
return v;
}