def __init__(self, pool, dev_pool): # devices_pool
threading.Thread.__init__(self)
self._msg_pool = pool
self._dev_pool = dev_pool
self._Filters = FilterMap()
def __init__(self, pool, dev_pool): # devices_pool
threading.Thread.__init__(self)
self._msg_pool = pool
self._dev_pool = dev_pool
self._Filters = FilterMap()
class PoolListener(threading.Thread):
_msg_pool = None
_dev_pool = None
_msg_index = 0
_DeviceActions = None
_Filters = None
_stop_needed = 0
def __init__(self, pool, dev_pool): # devices_pool
threading.Thread.__init__(self)
self._msg_pool = pool
self._dev_pool = dev_pool
self._Filters = FilterMap()
def add_filter(self, device_id, filter_data):
self._Filters.add(device_id, Filter(filter_data))
def remove_filter(self, device_id):
self._Filters.remove(device_id)
def reset_pool_counter(self):
# reset pool counter whenever main pool is cleared, runned synchronously with Communicator.clear_pool
self._msg_index = 0
# log.write("PoolListener::reset_pool_counter to %d" % self._msg_index, "debug")
def find(self, sid):
for device in self._dev_pool:
if device._short_id == sid:
return device
return None
#It is for event processing purpose
def run(self):
self._msg_index = 0
# filter incoming messages and route to appropriate device in pool
while (not self._stop_needed):
# log.write("idx = %d of %d" % (self._msg_index, len(self._msg_pool)),"debug")
if self._Filters != None:
if self._msg_index == len(self._msg_pool):
# log.write("No new messages","debug")
time.sleep(0.05)
continue
while self._msg_index < len(self._msg_pool):
message = self._msg_pool[self._msg_index]
# log.write("PoolListener:: processing message %s at %d" % (hexdump(message), self._msg_index), "debug")
for _filter in self._Filters:
if _filter.apply(message):
# log.write("poollistener::filter match %s " % (hexdump(message)), "debug")
values = hpr.parse_hpr_cmd(message)
if values:
for sid in values.keys():
destination_device = self.find(sid)
if(destination_device):
destination_device.dispatch_message(values[sid])
# log.write("poollistener::send msg %s to %d is %s" % (values, sid, destination_device))
# else:
# log.write("No such device")
# self._msg_pool.pop(self._msg_index)
#log.write("PLS[RM]:%s" % hexdump(message), "debug")
self._msg_index += 1
class PoolListener(threading.Thread):
_msg_pool = None
_dev_pool = None
_msg_index = 0
_DeviceActions = None
_Filters = None
_stop_needed = 0
def __init__(self, pool, dev_pool): # devices_pool
threading.Thread.__init__(self)
self._msg_pool = pool
self._dev_pool = dev_pool
self._Filters = FilterMap()
def add_filter(self, device_id, filter_data):
self._Filters.add(device_id, Filter(filter_data))
def remove_filter(self, device_id):
self._Filters.remove(device_id)
def reset_pool_counter(self):
# reset pool counter whenever main pool is cleared, runned synchronously with Communicator.clear_pool
self._msg_index = 0
# log.write("PoolListener::reset_pool_counter to %d" % self._msg_index, "debug")
def find(self, sid):
for device in self._dev_pool:
if device._short_id == sid:
return device
return None
#It is for event processing purpose
def run(self):
self._msg_index = 0
# filter incoming messages and route to appropriate device in pool
while (not self._stop_needed):
# log.write("idx = %d of %d" % (self._msg_index, len(self._msg_pool)),"debug")
if self._Filters != None:
if self._msg_index == len(self._msg_pool):
# log.write("No new messages","debug")
time.sleep(0.05)
continue
while self._msg_index < len(self._msg_pool):
message = self._msg_pool[self._msg_index]
# log.write("PoolListener:: processing message %s at %d" % (hexdump(message), self._msg_index), "debug")
for _filter in self._Filters:
if _filter.apply(message):
# log.write("poollistener::filter match %s " % (hexdump(message)), "debug")
values = hpr.parse_hpr_cmd(message)
if values:
for sid in values.keys():
destination_device = self.find(sid)
if (destination_device):
destination_device.dispatch_message(
values[sid])
# log.write("poollistener::send msg %s to %d is %s" % (values, sid, destination_device))
# else:
# log.write("No such device")
# self._msg_pool.pop(self._msg_index)
#log.write("PLS[RM]:%s" % hexdump(message), "debug")
self._msg_index += 1
