/**
* Processos serão finalizados quando for invocada a chamada static void Process::exit(int status = 0), que precisa ser
* implementada. A implementação dessa chamada deve desalocar a memória do processo invocando
* void MemoryManager::deallocateMemory(Partition* partition), excluir todas as threads desse processo, excluir o processo (destruir
* o objeto Process), invocar o escalonador para escolher outra thread, invocando Thread* Scheduler::choose() e então
* o despachador para iniciar a execução da thread escolhida pelo escalonador, invocando
* void Dispatcher::dispatch(Thread* previous, Thread* next).
**/
void Process::exit(int status) { /*static*/
Debug::cout(Debug::Level::trace, "Process::exit(" + std::to_string(status) + ")");
if (Thread::running() != nullptr) {
Process* proc = Thread::running()->getProcess();
System::memoryManager()->deallocateMemory(proc->_memInfo._partition);
Process::getProcessesList()->remove(proc);
// Segmentation fault is a bitch...
HQueue<Thread*>* threads = new HQueue<Thread*>();
// criar lista e adicionar elas na lista depois excluir
for (std::list<Thread*>::iterator it = Thread::getThreadsList()->begin(); it != Thread::getThreadsList()->end(); it++) {
if ((*it)->getProcess() == proc)
threads->push((*it));
}
while (!threads->empty()) {
Thread *t = threads->pop();
if (t->_state == Thread::State::READY)
System::scheduler()->remove(t);
delete t;
}
delete threads;
delete proc;
}
Thread::chooseAndDispatch();
}
TEST(queue, proverka_popa)
{
HQueue<int> *a = new HQueue<int> (2);
a->push(5);
a->pop();
EXPECT_EQ(a->isEmpty(), 1);
}
TEST(queue, proverka_na_ravenstvo)
{
HQueue<int> *a = new HQueue<int> (2);
a->push(5);
HQueue<int> *b = new HQueue<int> (2);
b->push(5);
int c = a->operator==(*b);
EXPECT_EQ(c,1);
}
TEST(queue, proverka_topa)
{
HQueue<int> *a = new HQueue<int> (2);
a->push(5);
EXPECT_EQ(a->top(), 5);
}
TEST(queue, throw_if_pop_iz_pustoi_queue)
{
HQueue<int> *a = new HQueue<int> (2);
ASSERT_ANY_THROW(a->pop());
}
TEST(queue, proverka_isEmpty)
{
HQueue<int> *a = new HQueue<int> (2);
EXPECT_EQ (a->isEmpty(), 1);
}
