protected void add_process()
{
process p = new process(spent_time, rnd.Next(1, 15), rnd.Next(0, 139));
queue.Add(p);
recently_added_process.Add(p);
number_of_created_processes++;
}
//constructor
private algorithm()
{
queue = new List <process>();
recently_added_process = new List <process>();
spent_time = 0;
number_of_created_processes = 0;
running_process = null;
}
private void print_process_state(process p)
{
string message = running_algorithm.spent_time.ToString() + "\t\t";
message += p.name + "\t";
message += p.status + "\t\t";
message += "remaining time: " + p.burst_time + "\t\t";
message += p.priority;
log(message);
}
private process find_shortest_process(List <process> q)
{
process output = q.First();
foreach (process p in q)
{
if (p.burst_time < output.burst_time)
{
output = p;
}
}
return(output);
}
private process find_highest_priority(List <process> q)
{
process output = q.First();
foreach (process p in q)
{
if (p.priority < output.priority)
{
output = p;
}
}
return(output);
}
private void general_timer_Tick(object sender, EventArgs e)
{
print_processes_state(running_algorithm.recently_added_process);
running_algorithm.run();
process p = running_algorithm.get_current_process();
if (p == null)
{
stop_timer();
}
else
{
print_process_state(p);
progress_bar.Value = running_algorithm.get_progress();
}
}