Kitchen *Reception::createKitchen(void) {
pid_t pid;
std::ostringstream stream;
stream << "Kitchen" << this->_lastKitchen;
// NamedPipe::create("write_" + stream.str());
// NamedPipe::create("read_" + stream.str());
// pid = Process::createProcess();
pid = 1;
if (pid == -1) {
exit(1);
} else if (pid == 0) {
// Kitchen new_kitch(stream.str(), _numberCook, _preparePizza);
write(1, "New process\n", strlen("New process\n"));
this->_log.write("Launching new Kitchen process\n");
// new_kitch.run();
} else {
Kitchen kitchen(stream.str(), _numberCook);
this->_kitchens.push_back(kitchen);
this->_kitchens.back().takeOrder();
this->_earnedMoney -= 300;
this->_lastKitchen++;
this->_log.write("Creation of new Kitchen in the list\n");
return (&(this->_kitchens.back()));
}
return (NULL);
}
int main()
{
typedef quan::length::m width;
typedef quan::length::m length;
room kitchen(length(6),width(3) );
room lounge(length(5), width(3.6));
room bedroom1(length(3.6), width(3));
room bedroom2(length(3.6), width(2.7));
room bedroom3(length(2.1), width(3.6) );
quan::area::m2 a
= kitchen.area()
+ lounge.area()
+ bedroom1.area()
+ bedroom2.area()
+ bedroom3.area();
std::cout << "floor area = "<< a <<'\n';
}
void Plazza::assign_to_kitchen(std::string &pizza)
{
std::list<Fifo>::iterator itin;
std::list<Fifo>::iterator itout;
std::string res;
int _pid;
itin = this->fifosin.begin();
itout = this->fifosout.begin();
while (itin != this->fifosin.end())
{
*itout << pizza;
*itin >> res;
if (res.compare(0, 4, "succ") == 0)
break ;
itin++;
itout++;
}
this->num = this->num + 1;
if (getpid() == this->pid)
{
Fifo fifoin(this->num, 0);
Fifo fifoout(this->num, 1);
this->fifosin.push_back(fifoin);
this->fifosout.push_back(fifoout);
if ((_pid = fork()) < 0)
throw cerrExcept("fork fail");
if(_pid == 0)
{
Kitchen kitchen(this->multiplier, this->cooks, this->time);
kitchen.work(fifoout, fifoin);
}
else
{
fifoout << pizza;
fifoin >> res;
std::cout << res << " res" << std::endl;
}
}
