private void run_small_work_forever()
{
List <MatchDeclWork> reused_requeued_match_decls = new List <MatchDeclWork>();
CyclicTimer timer = new CyclicTimer(STEP);
for (; ;)
{
if (timer.IsBehind())
{
//TODO: Log once every 10 minutes
}
timer.WaitUntilNextFrame();
//Remove to old queues
{
MatchDeclWork work;
while (match_decls_in_flux.TryDequeue(out work))
{
if (!work.match_decl.AllHasAccepted())
{
var delta = DateTime.Now - work.added;
if (delta.TotalSeconds > QUEUE_POP_TIMEOUT)
{
work.match_decl.TimeOut();
}
else
{
reused_requeued_match_decls.Add(work);
}
}
}
foreach (var requeued_work in reused_requeued_match_decls)
{
match_decls_in_flux.Enqueue(requeued_work);
}
reused_requeued_match_decls.Clear();
}
//Run the match finders
if (match_finders != null)
{
foreach (var f in match_finders)
{
f.Run();
}
}
}
}
private void run_all_physics()
{
CyclicTimer physics_timer = new CyclicTimer(STEP);
CyclicTimer network_timer = new CyclicTimer(NETWORK_STEP);
for (;;)
{
physics_timer.WaitUntilNextFrame();
step_all((float)STEP, network_timer.HasPassedLastFrame());
if (physics_timer.IsBehind())
{
//TODO: Log once
}
}
}
