bool ThreadSpec::NameMatches(Thread &thread) const {
if (m_name.empty())
return true;
const char *name = thread.GetName();
return NameMatches(name);
}
void Scheduler::Schedule(registers_t* oldState)
{
if(tm == NULL) return;
//check if we have a timer manager
ASSERT(tm != NULL, "TimerManager is NULL");
SCHEDULER_DEBUG_MSG("Entering scheduler");
CurrentHAL->DisableInterrupts();
currentThread->SaveThreadContext(oldState);
Thread *next;
if(currentThread->next == NULL)
next = listHead;
else
next = currentThread->next;
SCHEDULER_DEBUG_MSG("Picking thread " << next->GetName());
currentThread = next;
currentThread->SetTimeslice(SCHED_THREAD_TIMESLICE);
//printThreadInfo(currentThread->threadInfo);
currentThread->SwitchTo();
}
const char *GetThreadName()
{
Thread *t = Thread::GetCurrent();
if ( t == NULL )
return gUnknownThread;
return t->GetName();
}
void Scheduler::DumpThreads(BaseDebugOutputDevice* c)
{
for(Thread* curThread = listHead; curThread != NULL; curThread = curThread->next)
{
*c << "SCHEDULER: " << "\tThread ID: " << dec << curThread->GetId() << endl;
*c << "SCHEDULER: " << "\tThread Name: " << curThread->GetName() << endl;
*c << "SCHEDULER: " << "\tInstruction Pointer: " << hex << curThread->GetInstructionPointer() << endl;
*c << "SCHEDULER: " << "\tStack Pointer: " << curThread->GetStackPointer() << endl;
*c << "SCHEDULER: " << "\tBase Pointer: " << curThread->GetFramePointer() << endl;
*c << "SCHEDULER: " << "\tTimeslice: " << dec << curThread->GetTimeslice() << endl;
*c << endl;
}
}
