int main()
{
KernelInit();
SchedulerStartup();
TimesRead = 0;
TimesWritten = 0;
SchedulerCreateThread(
& Reader1,
5,
Reader1Stack,
STACK_SIZE,
Reader,
NULL,
TRUE);
SchedulerCreateThread(
& Reader2,
5,
Reader2Stack,
STACK_SIZE,
Reader,
NULL,
TRUE);
SchedulerCreateThread(
& Reader3,
5,
Reader3Stack,
STACK_SIZE,
Reader,
NULL,
TRUE);
SchedulerCreateThread(
& Writer1,
5,
Writer1Stack,
STACK_SIZE,
Writer,
NULL,
TRUE);
SchedulerCreateThread(
& Writer2,
5,
Writer2Stack,
STACK_SIZE,
Writer,
NULL,
TRUE);
KernelStart();
return 0;
}
int main()
{
//Initialize the kernel structures.
KernelInit();
SchedulerStartup();
//Initialize variables
DeathCount = 0;
TotalDeath = 0;
StallCount = 0;
TotalStall = 0;
//Initialize Threads
SchedulerCreateThread(
&DeathThread,
1,
DeathThreadStack,
STACK_SIZE,
DeathThreadMain,
NULL,
TRUE);
SchedulerCreateThread(
&StallThread,
1,
StallThreadStack,
STACK_SIZE,
StallThreadMain,
NULL,
TRUE);
SchedulerCreateThread(
&RestartThread,
1,
RestartThreadStack,
STACK_SIZE,
RestartThreadMain,
NULL,
TRUE);
KernelStart();
return 0;
}
int main()
{
//Initialize the kernel structures.
KernelInit();
SchedulerStartup();
//Initialize Threads
SchedulerCreateThread(
&TestThread1,
2,
TestThread1Stack,
STACK_SIZE,
Test1ThreadMain,
&Value1,
TRUE);
SchedulerCreateThread(
&TestThread2,
4,
TestThread2Stack,
STACK_SIZE,
Test1ThreadMain,
&Value2,
TRUE);
SchedulerCreateThread(
&TestThread3,
8,
TestThread3Stack,
STACK_SIZE,
Test1ThreadMain,
&Value3,
TRUE);
KernelStart();
return 0;
}
int main()
{
KernelInit();
SchedulerStartup();
SetupPipe(MessageBuffer1, &Pipe1, &ProducerContext1, &ConsumerContext1, 1, 2);
SetupPipe(MessageBuffer2, &Pipe2, &ProducerContext2, &ConsumerContext2, 3, 4);
SetupPipe(MessageBuffer3, &Pipe3, &ProducerContext3, &ConsumerContext3, 5, 6);
SchedulerCreateThread(
&Producer1,
QUANTUM,
ProducerStack1,
STACK_SIZE,
ProducerMain,
& ProducerContext1,
TRUE );
SchedulerCreateThread(
&Producer2,
QUANTUM,
ProducerStack2,
STACK_SIZE,
ProducerMain,
& ProducerContext2,
TRUE );
SchedulerCreateThread(
&Producer3,
QUANTUM,
ProducerStack3,
STACK_SIZE,
ProducerMain,
& ProducerContext3,
TRUE );
SchedulerCreateThread(
&Consumer1,
QUANTUM,
ConsumerStack1,
STACK_SIZE,
ConsumerMain,
& ConsumerContext1,
TRUE );
SchedulerCreateThread(
&Consumer2,
QUANTUM,
ConsumerStack2,
STACK_SIZE,
ConsumerMain,
& ConsumerContext2,
TRUE );
SchedulerCreateThread(
&Consumer3,
QUANTUM,
ConsumerStack3,
STACK_SIZE,
ConsumerMain,
& ConsumerContext3,
TRUE );
WatchdogEnable( TIMEOUT );
KernelStart();
return 0;
}
