def _entrance_switch_handler(self):
"""Add a ball to the device since the entrance switch has been hit."""
# If recycle is ongoing, do nothing
if self.recycle_clear_time:
self.debug_log("Entrance switch hit within ignore window, taking no action")
return
# If a recycle time is configured, set a timeout to prevent future entrance activity
if self.recycle_secs:
self.recycle_clear_time = self.machine.clock.get_time() + self.recycle_secs
self.machine.clock.loop.call_at(self.recycle_clear_time, self._recycle_passed)
self.debug_log("Entrance switch hit")
if self.config['ball_capacity'] and self.config['ball_capacity'] <= self._last_count:
# do not count beyond capacity
self.ball_device.log.warning("Device received balls but is already full!")
elif self.config['ball_capacity'] and self.config['entrance_switch_full_timeout'] and \
self.config['ball_capacity'] == self._last_count + 1:
# wait for entrance_switch_full_timeout before setting the device to full capacity
self.invalidate_count()
else:
# increase count
self._last_count += 1
self._count_stable.set()
self.trigger_activity()
self.record_activity(BallEntranceActivity())
def _entrance_switch_handler(self, switch_name):
"""Add a ball to the device since the entrance switch has been hit."""
# always invalidate count if this has been triggered by a real switch
if switch_name != "event":
self.invalidate_count()
# If recycle is ongoing, do nothing
if self.recycle_clear_time.get(switch_name, False):
self.debug_log("Entrance switch hit within ignore window, taking no action")
return
# If a recycle time is configured, set a timeout to prevent future entrance activity
if self.recycle_secs:
self.recycle_clear_time[switch_name] = self.machine.clock.get_time() + self.recycle_secs
self.machine.clock.loop.call_at(self.recycle_clear_time[switch_name], self._recycle_passed, switch_name)
self.debug_log("Entrance switch hit")
if self.config['ball_capacity'] and self.config['ball_capacity'] <= self._last_count:
# do not count beyond capacity
self.ball_device.log.warning("Device received balls but is already full!")
elif self.config['ball_capacity'] and self.config['entrance_switch_full_timeout'] and \
self.config['ball_capacity'] == self._last_count + 1:
# wait for entrance_switch_full_timeout before setting the device to full capacity
self._settle_delay.remove("count_stable")
else:
# increase count
self._settle_delay.reset(self.config['settle_time_ms'], self.mark_count_as_stable_and_trigger_activity,
"count_stable")
self._last_count += 1
self.record_activity(BallEntranceActivity())
def _entrance_switch_full_handler(self):
# a ball is sitting on the entrance_switch. assume the device is full
new_balls = self.config['ball_capacity'] - self._last_count
self._count_stable.set()
self.trigger_activity()
if new_balls > 0:
self.debug_log("Ball is sitting on entrance_switch. Assuming "
"device is full. Adding %s balls and setting balls"
"to %s", new_balls, self.config['ball_capacity'])
self._last_count += new_balls
for _ in range(new_balls):
self.record_activity(BallEntranceActivity())
async def _run(self):
self._trigger_recount.set()
while True:
new_count = await self._recount()
self._count_stable.set()
if self._last_count is None:
self._last_count = new_count
elif self._last_count < 0:
raise AssertionError("Count may never be negative")
if self.is_jammed() and new_count == 1:
# only jam is active. keep previous count
self.debug_log(
"Counter is jammed. Only jam is active. Will no longer trust count."
)
# ball potentially returned
if not self._is_unreliable:
self.trigger_activity()
self.record_activity(BallReturnActivity())
self._is_unreliable = True
continue
self._is_unreliable = False
if new_count == self._last_count:
# count did not change
continue
if new_count > self._last_count:
# new ball
for _ in range(new_count - self._last_count):
try:
last_entrance = self._entrances.pop(0)
except IndexError:
last_entrance = -1000
if last_entrance > self.machine.clock.get_time(
) - self.config['entrance_event_timeout']:
self.record_activity(BallEntranceActivity())
else:
self.record_activity(UnknownBallActivity())
elif new_count < self._last_count:
# lost ball
for _ in range(self._last_count - new_count):
self.record_activity(BallLostActivity())
# update count
self._last_count = new_count
self.trigger_activity()
def _entrance_switch_handler(self):
"""Add a ball to the device since the entrance switch has been hit."""
self.debug_log("Entrance switch hit")
if self.config['ball_capacity'] and self.config['ball_capacity'] <= self._last_count:
# do not count beyond capacity
self.ball_device.log.warning("Device received balls but is already full!")
elif self.config['ball_capacity'] and self.config['entrance_switch_full_timeout'] and \
self.config['ball_capacity'] == self._last_count + 1:
# wait for entrance_switch_full_timeout before setting the device to full capacity
self.invalidate_count()
else:
# increase count
self._last_count += 1
self._count_stable.set()
self.trigger_activity()
self.record_activity(BallEntranceActivity())
