def enroll(long_id, dev_type, customer_mid=0, customer_did=0):
serial_num = prutils.convert_longid(long_id)
rssi = "\x32"
tx_power = "\x01"
association_request_data = "\x00"
# TODO: Get device type
if dev_type.upper() in _DeviceType:
dev_type = _DeviceType[dev_type.upper()]
else:
raise Exception("Incorrect device type specified")
return None
attached_device_information = "\x00" + dev_type + "\x01\x14\x03\x00\x00"
# Counting customer id
manufacturing_information = chr(customer_mid) + prutils.num_to_chars(customer_did, 2, 0)
rf_module_information = "\x00\x70\x09\x28\x03\x08\x01"
packet = (
serial_num
+ rssi
+ tx_power
+ association_request_data
+ "\x00"
+ prutils.str_l(attached_device_information)
+ "\x01"
+ prutils.str_l(manufacturing_information)
+ "\x02"
+ prutils.str_l(rf_module_information)
)
host_protocol_message = prutils.make_host_packet(0x41, packet, False)
enroll_packet = "\x01" + host_protocol_message
enroll_packet = prutils._make_f2_packet(enroll_packet, 13)
return enroll_packet
def enroll(long_id, dev_type, customer_mid=0, customer_did=0):
serial_num = prutils.convert_longid(long_id)
rssi = '\x32'
tx_power = '\x01'
association_request_data = '\x00'
#TODO: Get device type
if (dev_type.upper() in _DeviceType):
dev_type = _DeviceType[dev_type.upper()]
else:
raise Exception("Incorrect device type specified")
return None
attached_device_information = '\x00' + dev_type + '\x01\x14\x03\x00\x00'
#Counting customer id
manufacturing_information = chr(customer_mid) + prutils.num_to_chars(
customer_did, 2, 0)
rf_module_information = '\x00\x70\x09\x28\x03\x08\x01'
packet = serial_num + rssi + tx_power + association_request_data + '\x00' + prutils.str_l(
attached_device_information) + '\x01' + prutils.str_l(
manufacturing_information) + '\x02' + prutils.str_l(
rf_module_information)
host_protocol_message = prutils.make_host_packet(0x41, packet, False)
enroll_packet = '\x01' + host_protocol_message
enroll_packet = prutils._make_f2_packet(enroll_packet, 13)
return enroll_packet
def send_unicast_message(enable_retries, short_id, message_data_hex):
# enable_retries:
# 0 - MAC ACK and Retries Disabled
# 1 - MAC ACK and Retries Enabled
packet = prutils.make_host_packet(
0x01,
chr(enable_retries) + chr(short_id) +
chr(len(message_data_hex) + message_data_hex))
return packet
def send_diagnostics(short_id, long_id, seq):
#22 3F 0A 01 30 00 08 B5 0C 95 28 02 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 04 53 06 00 00 81 0A
#53 06 00 00 - Supervision message (06 00 - Long ID)
#Long is 13 bits of the real Long ID: [LSB] [MSB], 2100 = [0x34] [0x08]
#long_id_packed = chr(long_id % 256) + chr(long_id &0xff00)/ 256
long_id_packed = prutils.num_to_chars(long_id, 0, 0)[:2]
data = chr(short_id) + chr(seq) +'\x30\x00\x08\xB5\x0C\x95\x28\x02\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x04\x53' + long_id_packed + '\x00'
packet = prutils.make_host_packet(0x3F, data)
return packet
def send_diagnostics(short_id, long_id, seq):
#22 3F 0A 01 30 00 08 B5 0C 95 28 02 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 04 53 06 00 00 81 0A
#53 06 00 00 - Supervision message (06 00 - Long ID)
#Long is 13 bits of the real Long ID: [LSB] [MSB], 2100 = [0x34] [0x08]
#long_id_packed = chr(long_id % 256) + chr(long_id &0xff00)/ 256
long_id_packed = prutils.num_to_chars(long_id, 0, 0)[:2]
data = chr(short_id) + chr(
seq
) + '\x30\x00\x08\xB5\x0C\x95\x28\x02\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x04\x53' + long_id_packed + '\x00'
packet = prutils.make_host_packet(0x3F, data)
return packet
def association_request(long_id):
# Real packet: 20 40 06 00 00 00 13 00 00 00 08 01 03 29 03 14 03 00 08 01 01 00 02 07 00 70 09 28 03 08 01 88 0A
long_id = prutils.convert_longid(long_id)
rssi = '\x13'
tx_power = '\x00'
request_data = '\x00'
attached_device_information = '\x00\x08\x01\x03\x29\x03\x14\x03\x00\x08'
manufacturing_information = '\x01\x01\x00'
rf_module_information = '\x02\x07\x00\x70\x09\x28\x03\x08\x01'
data = long_id + rssi + tx_power + request_data + attached_device_information + manufacturing_information + rf_module_information
packet = prutils.make_host_packet(0x40, data)
return packet
def association_request(long_id):
# Real packet: 20 40 06 00 00 00 13 00 00 00 08 01 03 29 03 14 03 00 08 01 01 00 02 07 00 70 09 28 03 08 01 88 0A
long_id = prutils.convert_longid(long_id)
rssi = '\x13'
tx_power = '\x00'
request_data = '\x00'
attached_device_information = '\x00\x08\x01\x03\x29\x03\x14\x03\x00\x08'
manufacturing_information = '\x01\x01\x00'
rf_module_information = '\x02\x07\x00\x70\x09\x28\x03\x08\x01'
data = long_id + rssi + tx_power + request_data + attached_device_information + manufacturing_information + rf_module_information
packet = prutils.make_host_packet(0x40, data)
return packet
def request_configuration_data(self, short_id, long_id, parameter):
if (not self.is_AUTO_port_ready()): return
final_hop_info = '\x00\x00\x00\x00\x80\x00\x84\x00\x00\x00\x00'
repeater_hop_info = '\x00' * 12
dpr_seq = prutils.generate_seq('dpr')
hpr_seq = prutils.generate_seq('hpr')
if parameter == 0x46:
data = chr(short_id) + chr(hpr_seq) + chr(0xF8) + final_hop_info + repeater_hop_info\
+ prutils.str_l('\x64\x00' + chr(dpr_seq) + prutils.num_to_chars(long_id, 3, 0) + "\x02\x02" + chr(parameter) + '\x00')
else:
data = chr(short_id) + chr(hpr_seq) + chr(0x30) + final_hop_info + repeater_hop_info\
+ prutils.str_l('\x64\x00' + chr(dpr_seq) + prutils.num_to_chars(long_id, 3, 0) + "\x02\x02" + chr(parameter) + '\x00')
packet = prutils.make_host_packet(0x30, data)
self._Communicator.send(packet)
def ack(status):
# status:
# 0x00: Message Legal
# 0x01: Message not Recognized
# 0x02: Message Data Invalid
# 0x03: -unused-
# 0x04: Buffer Full
# 0x05: -unused-
# 0x06: Notification Error
# 0x07: One-Way Network
# 0x08: Message Length Error
# 0x09: Network Unavailable
# 0x0A: Node Busy
packet = prutils.make_host_packet(0x01, chr(status) + chr(0x00))
return packet
def request_configuration_data(self, short_id, long_id, parameter):
if (not self.is_AUTO_port_ready()): return
final_hop_info = '\x00\x00\x00\x00\x80\x00\x84\x00\x00\x00\x00'
repeater_hop_info = '\x00' * 12
dpr_seq = prutils.generate_seq('dpr')
hpr_seq = prutils.generate_seq('hpr')
if parameter == 0x46:
data = chr(short_id) + chr(hpr_seq) + chr(0xF8) + final_hop_info + repeater_hop_info\
+ prutils.str_l('\x64\x00' + chr(dpr_seq) + prutils.num_to_chars(long_id, 3, 0) + "\x02\x02" + chr(parameter) + '\x00')
else:
data = chr(short_id) + chr(hpr_seq) + chr(0x30) + final_hop_info + repeater_hop_info\
+ prutils.str_l('\x64\x00' + chr(dpr_seq) + prutils.num_to_chars(long_id, 3, 0) + "\x02\x02" + chr(parameter) + '\x00')
packet = prutils.make_host_packet(0x30, data)
self._Communicator.send(packet)
def ack(status):
# status:
# 0x00: Message Legal
# 0x01: Message not Recognized
# 0x02: Message Data Invalid
# 0x03: -unused-
# 0x04: Buffer Full
# 0x05: -unused-
# 0x06: Notification Error
# 0x07: One-Way Network
# 0x08: Message Length Error
# 0x09: Network Unavailable
# 0x0A: Node Busy
packet = prutils.make_host_packet(0x01, chr(status) + chr(0x00))
return packet
def send_response_to_get_system_time():
time = '\x89\xB8'
packet = prutils.make_host_packet(0x43, time + '\x20')
return packet
def send_response_to_get_system_time():
time = '\x89\xB8'
packet = prutils.make_host_packet(0x43, time + '\x20')
return packet
def send_unicast_message(enable_retries, short_id, message_data_hex):
# enable_retries:
# 0 - MAC ACK and Retries Disabled
# 1 - MAC ACK and Retries Enabled
packet = prutils.make_host_packet(0x01, chr(enable_retries) + chr(short_id) + chr(len(message_data_hex) + message_data_hex))
return packet
