private void begin_timer(long nowus, long absus, long period)
{
_beginTick = nowus;
if (nowus < absus)
{
_timerCount++;
_timerHandle.absus = absus;
_timerHandle.period = period;
if (_utcMode)
{
_strand._utcTimer.timeout(this);
}
else
{
_strand._sysTimer.timeout(this);
}
}
else
{
int tmId = ++_timerCount;
_timerHandle.absus = absus;
_timerHandle.period = period;
_strand.post(delegate()
{
if (tmId == _timerCount)
{
timer_handler();
}
});
}
}
public void timer_handler(int id)
{
if (id != _timerCount)
{
return;
}
_strand.post(delegate()
{
if (id == _timerCount)
{
_expireTime = long.MinValue;
while (0 != _timerQueue.Count)
{
MapNode <long, async_timer> first = _timerQueue.First;
if (first.Key > (_utcMode ? utc_tick.get_tick_us() : system_tick.get_tick_us()))
{
_expireTime = first.Key;
timer_loop(_expireTime);
return;
}
else
{
first.Value._timerHandle.node = null;
first.Value.timer_handler();
_timerQueue.Remove(first);
}
}
_looping = false;
}
});
}
internal void async_lock(long id, Action ntf)
{
if (_strand.running_in_this_thread())
{
if (!_mustTick)
{
async_lock_(id, ntf);
}
else
{
_strand.add_last(() => async_lock_(id, ntf));
}
}
else
{
_strand.post(() => async_lock_(id, ntf));
}
}
internal void async_wait(long id, go_mutex mutex, Action ntf)
{
mutex.async_unlock(id, delegate()
{
if (_strand.running_in_this_thread())
{
if (!_mustTick)
{
_waitQueue.AddLast(new tuple <long, go_mutex, Action>(id, mutex, () => mutex.async_lock(id, ntf)));
}
else
{
_strand.add_last(() => _waitQueue.AddLast(new tuple <long, go_mutex, Action>(id, mutex, () => mutex.async_lock(id, ntf))));
}
}
else
{
_strand.post(() => _waitQueue.AddLast(new tuple <long, go_mutex, Action>(id, mutex, () => mutex.async_lock(id, ntf))));
}
});
}
private void tick_timer(long absus)
{
int tmId = ++_timerCount;
_timerHandle.absus = absus;
_timerHandle.period = 0;
_strand.post(delegate()
{
if (tmId == _timerCount)
{
timer_handler();
}
});
}
private void begin_timer(long tick, long dueTime, int period)
{
if (null == _timer)
{
_strand.hold_work();
}
_timer = new Timer(delegate(object state)
{
_strand.post(delegate()
{
if ((int)state == _timerCount)
{
_beginTick = 0;
_onTopCall = true;
if (_isInterval)
{
functional.func handler = _handler;
handler();
if ((int)state == _timerCount)
{
tick += period;
dueTime = tick - system_tick.get_tick_ms();
begin_timer(tick, dueTime > 0 ? dueTime : 0, period);
}
}
else
{
functional.func handler = _handler;
_handler = null;
_timer = null;
_strand.release_work();
handler();
}
_onTopCall = false;
}
});
}, _timerCount, dueTime, 0);
}