def permit_joining(self, interval=0x0f):
msg_type = 0x0049
msg_type_list = utils.convert_int16_msb_lsb_list(msg_type)
msg_type_msb = msg_type_list['msb']
msg_type_lsb = msg_type_list['lsb']
target_short_address = 0x0
target_short_address_list = utils.convert_int16_msb_lsb_list(
target_short_address)
target_short_address_msb = target_short_address_list['msb']
target_short_address_lsb = target_short_address_list['lsb']
tcsignificance = 0x0
content = [
target_short_address_msb, target_short_address_lsb, interval,
tcsignificance
]
length = utils.convert_int16_msb_lsb_list(len(content))
length_msb = length['msb']
length_lsb = length['lsb']
checksum = utils.get_checksum(msg_type_msb=msg_type_msb,
msg_type_lsb=msg_type_lsb,
length_msb=length_msb,
length_lsb=length_lsb,
data=content)
data = [msg_type_msb, msg_type_lsb, length_msb, length_lsb, checksum
] + content
bytes_to_send = utils.create_byte_stream_to_send(data_bytes=data)
self.device.write(bytes_to_send)
print("permit joining: ", bytes_to_send)
def toggle(self, print_return=False, seconds_before_next_command=2):
utils.wait_for_prev(self.last_controlled_time,
self.delay_between_commands)
self.state = not self.state
data = self.get_on_off_toggle_data(command=0x02)
bytes_to_send = utils.create_byte_stream_to_send(data_bytes=data)
self.device.write(bytes_to_send)
self.last_controlled_time = time.time()
rsp = [self.synchronous_read()]
if print_return:
print(rsp)
self.device.close()
self.device.open()
self.device.reset_input_buffer()
self.device.reset_output_buffer()
def add_groups(self,
light_address,
light_ep,
group_address,
group_name_length=0x10,
group_name_max_length=0x1,
group_name=0x61):
msg_type = 0x0060
msg_type_list = utils.convert_int16_msb_lsb_list(msg_type)
msg_type_msb = msg_type_list['msb']
msg_type_lsb = msg_type_list['lsb']
address_mode = 0x02
destn_list = utils.convert_int16_msb_lsb_list(light_address)
destn_msb = destn_list['msb']
destn_lsb = destn_list['lsb']
source_ep = 0x01
group_address_list = utils.convert_int16_msb_lsb_list(group_address)
group_address_msb = group_address_list['msb']
group_address_lsb = group_address_list['lsb']
content = [
address_mode, destn_msb, destn_lsb, source_ep, light_ep,
group_address_msb, group_address_lsb, group_name_length,
group_name_max_length, group_name
]
length = utils.convert_int16_msb_lsb_list(len(content))
length_msb = length['msb']
length_lsb = length['lsb']
checksum = utils.get_checksum(msg_type_msb=msg_type_msb,
msg_type_lsb=msg_type_lsb,
length_msb=length_msb,
length_lsb=length_lsb,
data=content)
data = [msg_type_msb, msg_type_lsb, length_msb, length_lsb, checksum
] + content
bytes_to_send = utils.create_byte_stream_to_send(data_bytes=data)
self.device.write(bytes_to_send)
print(bytes_to_send)
def set_level(self,
level,
transition_time=1,
with_on_off=True,
print_return=False,
seconds_before_next_command=2):
utils.wait_for_prev(self.last_controlled_time,
self.delay_between_commands)
self.level = level
msg_type = 0x0081
msg_type_list = utils.convert_int16_msb_lsb_list(msg_type)
msg_type_msb = msg_type_list['msb']
msg_type_lsb = msg_type_list['lsb']
address_mode = self.address_mode
destn_list = utils.convert_int16_msb_lsb_list(self.address)
destn_msb = destn_list['msb']
destn_lsb = destn_list['lsb']
source_ep = 0x01
on_off = int(with_on_off)
if int(level / 100) * 0xFF > 0xFF or level < 0x0:
print("out of bounds level : %d. 0x0<=level<=0xff" % level)
return -1
transition_time_list = utils.convert_int16_msb_lsb_list(
transition_time)
transition_time_msb = transition_time_list['msb']
transition_time_lsb = transition_time_list['lsb']
content = [
address_mode, destn_msb, destn_lsb, source_ep, self.endpoint,
on_off,
int(level / 100 * 0xFF), transition_time_msb, transition_time_lsb
]
length = utils.convert_int16_msb_lsb_list(len(content))
length_msb = length['msb']
length_lsb = length['lsb']
checksum = utils.get_checksum(msg_type_msb=msg_type_msb,
msg_type_lsb=msg_type_lsb,
length_msb=length_msb,
length_lsb=length_lsb,
data=content)
data = [msg_type_msb, msg_type_lsb, length_msb, length_lsb, checksum
] + content
bytes_to_send = utils.create_byte_stream_to_send(data_bytes=data)
self.device.write(bytes_to_send)
self.last_controlled_time = time.time()
rsp = [self.synchronous_read()]
if print_return:
print(rsp)
self.device.close()
self.device.open()
self.device.reset_input_buffer()
self.device.reset_output_buffer()