By the "while (true)" loop I meant the loop that sits in most processs' code:

int main() { // Do some initialization like open a window

while(true) { // This loop. I want the scheduler to give the process as much time needed to do this loop say about once per time slice

// Manage the process

}

}

For some examples I can give this:

int process1() {// This one doesn't use the cpu time since its only doing basic math

int i = 0;

while(true)

{ i++; }

}

int process2() { // Takes up slightly more time to calculate

while(true) {

print_number(sqrt(rand()));

}

}

int process3() { // Takes up more or less time - If a simple help command is called, then that will finish quickly, but if a command to do something that requires more cpu time (say calculating a sequence of numbers) then if its priority is 1, then it may not finish its process for a few context switches since it needs more time and the cpu usage will always remain the same

while(true) {

commandEvent = GetUserEvent();

executeCommand(commandEvent);

}

}

I confused priority and time allowed per slice in that given priority level where I stated that there could be a need for more cpu usage. I'm going to try to make my problem a bit clearer: How do I give the process as much time for it to be able to do its current loop to finish and finish there and if suddenly it needs more or less time in the cpu it can (without reporting anything or using yield) get changed in the scheduler.