def enroll_F0(long_id, dev_type, zone_num, customer_mid=0, customer_did=0):
long_id = prutils.num_to_chars(long_id)
if dev_type.upper() in _DeviceType:
dev_type = _DeviceType[dev_type.upper()]
else:
raise Exception("Incorrect device type specified")
return None
# "32 01 00 [] 00 08 00 " $ iDeviceTypeNumber $ " " $ iDeviceSubTypeNumber $ " 01 14 03 00 00 01 03 00 00 00 02 07 00 70 09 28 03 08 01 C7 0A"
rssi = "\x32"
tx_power = "\x01"
association_request_data = "\x00"
attached_device_information = dev_type + "\x01\x14\x03\x00\x00"
attached_device_information = "\x00" + chr(len(attached_device_information))
manufacturing_information = "\x01\x03" + chr(customer_mid) + prutils.num_to_chars(customer_did, 2, 0)
rf_module_information = "\x02\x07\x00\x70\x09\x28\x03\x08\x01"
data = (
"\x01"
+ chr(zone_num)
+ "\x22\x41"
+ long_id
+ rssi
+ tx_power
+ association_request_data
+ attached_device_information
+ manufacturing_information
+ rf_module_information
)
packet = prutils.make_f0_packet(0x02, 0x33, data)
return packet
def open_automation(self, port_number):
if (not self.is_AUTO_port_ready()): return False
# 1 - UART 0 (GSM)
# 2 - UART 1 (PLink)
if port_number.upper() == "GSM":
port_number = 1
elif port_number.upper() == "PLINK":
port_number = 2
else:
log.write("Wrong port")
return False
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
packet = prutils.make_f0_packet(2, 55, "\x00\x3B\xFF\x01\x00\x00\x00" + chr(port_number))
self._Communicator.send(packet)
result = self._Communicator.wait(0x01, 3)
if result:
result = self._Communicator.wait(0x04, 3, 5)
if result and ord(result[6]) == 55:
result = True
time.sleep(1)
self.close_test_mode()
return result
def remove_device(self, short_id):
remove_result = False
if (not self.is_AUTO_port_ready()): return False
remove_packet = prutils.make_f0_packet(2, 54, chr(short_id))
#log.write(prutils.hexdump(remove_packet))
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
self._Communicator.send(remove_packet)
result = self._Communicator.wait(0x01, 3)
if result :
#0D F0 04 43 00 02 36 01 09 91 0A
result = self._Communicator.wait(0x04, 3)
if result and (ord(result[6]) == 54):
if(ord(result[7]) == 1):
remove_result = True
#pc_ack = "\xF0\x01\x00\x00\x00"
#pc_ack = '\x0D' + pc_ack + prutils.num_to_chars(prutils.crc16_F0(remove_packet), 2, 0) + '\x0A'
#self._Communicator.send(ack)
#log.write("ACK")
time.sleep(1)
self.close_test_mode()
return remove_result
def open_automation(self, port_number):
if (not self.is_AUTO_port_ready()): return False
# 1 - UART 0 (GSM)
# 2 - UART 1 (PLink)
if port_number.upper() == "GSM":
port_number = 1
elif port_number.upper() == "PLINK":
port_number = 2
else:
log.write("Wrong port")
return False
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
packet = prutils.make_f0_packet(
2, 55, "\x00\x3B\xFF\x01\x00\x00\x00" + chr(port_number))
self._Communicator.send(packet)
result = self._Communicator.wait(0x01, 3)
if result:
result = self._Communicator.wait(0x04, 3, 5)
if result and ord(result[6]) == 55:
result = True
time.sleep(1)
self.close_test_mode()
return result
def remove_device(self, short_id):
remove_result = False
if (not self.is_AUTO_port_ready()): return False
remove_packet = prutils.make_f0_packet(2, 54, chr(short_id))
#log.write(prutils.hexdump(remove_packet))
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
self._Communicator.send(remove_packet)
result = self._Communicator.wait(0x01, 3)
if result:
#0D F0 04 43 00 02 36 01 09 91 0A
result = self._Communicator.wait(0x04, 3)
if result and (ord(result[6]) == 54):
if (ord(result[7]) == 1):
remove_result = True
#pc_ack = "\xF0\x01\x00\x00\x00"
#pc_ack = '\x0D' + pc_ack + prutils.num_to_chars(prutils.crc16_F0(remove_packet), 2, 0) + '\x0A'
#self._Communicator.send(ack)
#log.write("ACK")
time.sleep(1)
self.close_test_mode()
return remove_result
def reset_to_factory_defaults(self):
if (not self.is_AUTO_port_ready()): return False
result = False
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
# cmd = 2, test = 47
packet = prutils.make_f0_packet(2,47)
self._Communicator.send(packet)
time.sleep(5)
result = self._Communicator.wait(0x04, 3, 5)
if result and ord(result[6]) == 47:
result = True
time.sleep(1)
self.close_test_mode()
return result
def reset_to_factory_defaults(self):
if (not self.is_AUTO_port_ready()): return False
result = False
if not (self.open_test_mode()):
log.write("Can't open test mode")
return False
# cmd = 2, test = 47
packet = prutils.make_f0_packet(2, 47)
self._Communicator.send(packet)
time.sleep(5)
result = self._Communicator.wait(0x04, 3, 5)
if result and ord(result[6]) == 47:
result = True
time.sleep(1)
self.close_test_mode()
return result
def enroll_F0(long_id, dev_type, zone_num, customer_mid=0, customer_did=0):
long_id = prutils.num_to_chars(long_id)
if (dev_type.upper() in _DeviceType):
dev_type = _DeviceType[dev_type.upper()]
else:
raise Exception("Incorrect device type specified")
return None
# "32 01 00 [] 00 08 00 " $ iDeviceTypeNumber $ " " $ iDeviceSubTypeNumber $ " 01 14 03 00 00 01 03 00 00 00 02 07 00 70 09 28 03 08 01 C7 0A"
rssi = '\x32'
tx_power = '\x01'
association_request_data = '\x00'
attached_device_information = dev_type + '\x01\x14\x03\x00\x00'
attached_device_information = '\x00' + chr(
len(attached_device_information))
manufacturing_information = '\x01\x03' + chr(
customer_mid) + prutils.num_to_chars(customer_did, 2, 0)
rf_module_information = '\x02\x07\x00\x70\x09\x28\x03\x08\x01'
data = '\x01' + chr(
zone_num
) + '\x22\x41' + long_id + rssi + tx_power + association_request_data + attached_device_information + manufacturing_information + rf_module_information
packet = prutils.make_f0_packet(0x02, 0x33, data)
return packet
