def get_payload(self):
self.payload_fields.append(("Power", self.power_level))
self.payload_fields.append(("Duration", self.duration))
power_level = little_endian(bitstring.pack("16", self.power_level))
duration = little_endian(bitstring.pack("32", self.duration))
payload = power_level + duration
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
payload = reserved_8 + color + duration
payloadUi = " ".join("{:02x}".format(ord(c)) for c in payload)
return payload
def get_payload(self):
self.payload_fields.append(("Start Index", self.start_index))
self.payload_fields.append(("End Index", self.end_index))
start_index = little_endian(bitstring.pack("8", self.start_index))
end_index = little_endian(bitstring.pack("8", self.end_index))
payload = start_index + end_index
return payload
def get_payload(self):
self.payload_fields.append(("Count", self.service))
self.payload_fields.append(("Index", self.port))
count = little_endian(bitstring.pack("8", self.service))
index = little_endian(bitstring.pack("8", self.port))
payload = count + index
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
color = "".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
payload = reserved_8 + color + duration
return payload
def get_payload(self):
self.payload_fields.append(("Count", self.service))
self.payload_fields.append(("Index", self.port))
count = little_endian(bitstring.pack("8", self.service))
index = little_endian(bitstring.pack("8", self.port))
payload = count + index
return payload
def get_payload(self):
self.payload_fields.append(("Service", self.service))
self.payload_fields.append(("Port", self.port))
service = little_endian(bitstring.pack("8", self.service))
port = little_endian(bitstring.pack("32", self.port))
payload = service + port
return payload
def get_payload(self):
self.payload_fields.append(("Label", self.label))
field_len_bytes = 32
label = "".join(little_endian(bitstring.pack("8", ord(c))) for c in self.label)
padding = "".join(little_endian(bitstring.pack("8", 0)) for i in range(field_len_bytes - len(self.label)))
payload = label + padding
return payload
def get_payload(self):
self.payload_fields.append(("Service", self.service))
self.payload_fields.append(("Port", self.port))
service = little_endian(bitstring.pack("8", self.service))
port = little_endian(bitstring.pack("32", self.port))
payload = service + port
return payload
def get_payload(self):
start_index = little_endian(bitstring.pack("8", self.start_index))
end_index = little_endian(bitstring.pack("8", self.end_index))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
apply = little_endian(bitstring.pack("8", self.apply))
payload = start_index + end_index + color + duration + apply
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
color = "".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
payload = reserved_8 + color + duration
payloadUi = " ".join("{:02x}".format(ord(c)) for c in payload)
return payload
def get_payload(self):
self.payload_fields.append(("Color", self.color))
self.payload_fields.append(("Duration", self.duration))
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
color = b"".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
payload = reserved_8 + color + duration
return payload
def get_payload(self):
self.payload_fields.append(("Count", self.count))
self.payload_fields.append(("Index", self.index))
self.payload_fields.append(("Color (HSBK)", self.color))
count = little_endian(bitstring.pack("8", self.count))
index = little_endian(bitstring.pack("8", self.index))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
payload = count + index + color
return payload
def get_payload(self):
start_index = little_endian(bitstring.pack("8", self.start_index))
end_index = little_endian(bitstring.pack("8", self.end_index))
color = "".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
apply = little_endian(bitstring.pack("8", self.apply))
payload = start_index + end_index + color + duration + apply
return payload
def get_payload(self):
self.payload_fields.append(("Timestamp of Build", self.build))
self.payload_fields.append(("Reserved", self.reserved1))
self.payload_fields.append(("Version", self.version))
build = little_endian(bitstring.pack("64", self.build))
reserved1 = little_endian(bitstring.pack("64", self.reserved1))
version = little_endian(bitstring.pack("32", self.version))
payload = build + reserved1 + version
return payload
def get_payload(self):
self.payload_fields.append(("Current Time", self.time))
self.payload_fields.append(("Uptime (ns)", self.uptime))
self.payload_fields.append(("Last Downtime Duration (ns) (5 second error)", self.downtime))
time = little_endian(bitstring.pack("64", self.time))
uptime = little_endian(bitstring.pack("64", self.uptime))
downtime = little_endian(bitstring.pack("64", self.downtime))
payload = time + uptime + downtime
return payload
def get_payload(self):
self.payload_fields.append(("Timestamp of Build", self.build))
self.payload_fields.append(("Reserved", self.reserved1))
self.payload_fields.append(("Version", self.version))
build = little_endian(bitstring.pack("64", self.build))
reserved1 = little_endian(bitstring.pack("64", self.reserved1))
version = little_endian(bitstring.pack("32", self.version))
payload = build + reserved1 + version
return payload
def get_payload(self):
self.payload_fields.append(("Vendor", self.vendor))
self.payload_fields.append(("Reserved", self.product))
self.payload_fields.append(("Version", self.version))
vendor = little_endian(bitstring.pack("32", self.vendor))
product = little_endian(bitstring.pack("32", self.product))
version = little_endian(bitstring.pack("32", self.version))
payload = vendor + product + version
return payload
def get_payload(self):
self.payload_fields.append(("Count", self.count))
self.payload_fields.append(("Index", self.index))
# self.payload_fields.append(("Color (HSBK)", self.color))
count = little_endian(bitstring.pack("8", self.count))
index = little_endian(bitstring.pack("8", self.index))
# color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
payload = count + index #+ color
return payload
def get_payload(self):
self.payload_fields.append(("Vendor", self.vendor))
self.payload_fields.append(("Reserved", self.product))
self.payload_fields.append(("Version", self.version))
vendor = little_endian(bitstring.pack("32", self.vendor))
product = little_endian(bitstring.pack("32", self.product))
version = little_endian(bitstring.pack("32", self.version))
payload = vendor + product + version
return payload
def get_payload(self):
self.payload_fields.append(("Current Time", self.time))
self.payload_fields.append(("Uptime (ns)", self.uptime))
self.payload_fields.append(
("Last Downtime Duration (ns) (5 second error)", self.downtime))
time = little_endian(bitstring.pack("64", self.time))
uptime = little_endian(bitstring.pack("64", self.uptime))
downtime = little_endian(bitstring.pack("64", self.downtime))
payload = time + uptime + downtime
return payload
def get_payload(self):
self.payload_fields.append(("Label", self.label))
field_len_bytes = 32
label = "".join(
little_endian(bitstring.pack("8", ord(c))) for c in self.label)
padding = "".join(
little_endian(bitstring.pack("8", 0))
for i in range(field_len_bytes - len(self.label)))
payload = label + padding
return payload
def get_payload(self):
self.payload_fields.append(("Signal (mW)", self.signal))
self.payload_fields.append(("TX (bytes since on)", self.tx))
self.payload_fields.append(("RX (bytes since on)", self.rx))
self.payload_fields.append(("Reserved", self.reserved1))
signal = little_endian(bitstring.pack("32", self.signal))
tx = little_endian(bitstring.pack("32", self.tx))
rx = little_endian(bitstring.pack("32", self.rx))
reserved1 = little_endian(bitstring.pack("16", self.reserved1))
payload = signal + tx + rx + reserved1
return payload
def get_payload(self):
self.payload_fields.append(("Signal (mW)", self.signal))
self.payload_fields.append(("TX (bytes since on)", self.tx))
self.payload_fields.append(("RX (bytes since on)", self.rx))
self.payload_fields.append(("Reserved", self.reserved1))
signal = little_endian(bitstring.pack("32", self.signal))
tx = little_endian(bitstring.pack("32", self.tx))
rx = little_endian(bitstring.pack("32", self.rx))
reserved1 = little_endian(bitstring.pack("16", self.reserved1))
payload = signal + tx + rx + reserved1
return payload
def get_payload(self):
self.payload_fields.append(("Group ", self.group))
self.payload_fields.append(("Label ", self.label))
self.payload_fields.append(("Updated At ", self.updated_at))
group = "".join(little_endian(bitstring.pack("8", b)) for b in self.group)
label = "".join(little_endian(bitstring.pack("8", ord(c))) for c in self.label)
label_padding = "".join(little_endian(bitstring.pack("8", 0)) for i in range(32-len(self.label)))
label += label_padding
updated_at = little_endian(bitstring.pack("64", self.updated_at))
payload = group + label + updated_at
return payload
def get_payload(self):
field_len = 64
self.payload_fields.append(("Byte Array", self.byte_array))
byte_array = "".join(little_endian(bitstring.pack("8", b)) for b in self.byte_array)
byte_array_len = len(byte_array)
if byte_array_len < field_len:
byte_array += "".join(little_endian(bitstring.pack("8", 0)) for i in range(field_len - byte_array_len))
elif byte_array_len > field_len:
byte_array = byte_array[:field_len]
payload = byte_array
return payload
def get_payload(self):
self.payload_fields.append(("Tile Index", self.tile_index))
self.payload_fields.append(("Reserved", self.reserved))
self.payload_fields.append(("User X", self.user_x))
self.payload_fields.append(("User Y", self.user_y))
tile_index = little_endian(bitstring.pack("uint:8", self.tile_index))
reserved = little_endian(bitstring.pack("uint:16", self.reserved))
user_x = little_endian(bitstring.pack("float:32", self.user_x))
user_y = little_endian(bitstring.pack("float:32", self.user_y))
payload = tile_index + reserved + user_x + user_y
return payload
def get_payload(self):
self.payload_fields.append(("Start Index", self.start_index))
self.payload_fields.append(("End Index", self.end_index))
self.payload_fields.append(("Color", self.color))
self.payload_fields.append(("Duration", self.duration))
self.payload_fields.append(("Apply", self.apply))
start_index = little_endian(bitstring.pack("8", self.start_index))
end_index = little_endian(bitstring.pack("8", self.end_index))
color = b"".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
apply = little_endian(bitstring.pack("8", self.apply))
payload = start_index + end_index + color + duration + apply
return payload
def get_payload(self):
field_len = 64
self.payload_fields.append(("Byte Array", self.byte_array))
byte_array = "".join(
little_endian(bitstring.pack("8", b)) for b in self.byte_array)
byte_array_len = len(byte_array)
if byte_array_len < field_len:
byte_array += "".join(
little_endian(bitstring.pack("8", 0))
for i in range(field_len - byte_array_len))
elif byte_array_len > field_len:
byte_array = byte_array[:field_len]
payload = byte_array
return payload
def get_payload(self):
self.payload_fields.append(("Group ", self.group))
self.payload_fields.append(("Label ", self.label))
self.payload_fields.append(("Updated At ", self.updated_at))
group = "".join(
little_endian(bitstring.pack("8", b)) for b in self.group)
label = "".join(
little_endian(bitstring.pack("8", ord(c))) for c in self.label)
label_padding = "".join(
little_endian(bitstring.pack("8", 0))
for i in range(32 - len(self.label)))
label += label_padding
updated_at = little_endian(bitstring.pack("64", self.updated_at))
payload = group + label + updated_at
return payload
def get_payload(self):
self.payload_fields.append(("Label", self.label))
field_len_bytes = 32
try:
label = b"".join(
little_endian(bitstring.pack("8", c))
for c in self.label.encode('utf-8'))
except ValueError: # because of differences in Python 2 and 3
label = b"".join(
little_endian(bitstring.pack("8", ord(c)))
for c in self.label.encode('utf-8'))
padding = b"".join(
little_endian(bitstring.pack("8", 0))
for i in range(field_len_bytes - len(self.label)))
payload = label + padding
return payload
def get_payload(self):
self.payload_fields.append(
("Infrared Brightness", self.infrared_brightness))
infrared_brightness = little_endian(
bitstring.pack("16", self.infrared_brightness))
payload = infrared_brightness
return payload
def get_payload(self):
self.payload_fields.append(("Color (HSBK)", self.color))
self.payload_fields.append(("Reserved", self.reserved1))
self.payload_fields.append(("Power Level", self.power_level))
self.payload_fields.append(("Label", self.label))
self.payload_fields.append(("Reserved", self.reserved2))
color = b"".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
reserved1 = little_endian(bitstring.pack("16", self.reserved1))
power_level = little_endian(bitstring.pack("16", self.power_level))
try:
label = b"".join(
little_endian(bitstring.pack("8", c))
for c in self.label.encode('utf-8'))
except ValueError: # because of differences in Python 2 and 3
label = b"".join(
little_endian(bitstring.pack("8", ord(c)))
for c in self.label.encode('utf-8'))
label_padding = b"".join(
little_endian(bitstring.pack("8", 0))
for i in range(32 - len(self.label)))
label += label_padding
reserved2 = little_endian(bitstring.pack("64", self.reserved1))
payload = color + reserved1 + power_level + label + reserved2
return payload
def get_payload(self):
self.payload_fields.append(("Group", self.group))
self.payload_fields.append(("Label", self.label))
self.payload_fields.append(("Updated At", self.updated_at))
group = b"".join(
little_endian(bitstring.pack("8", b)) for b in self.group)
try:
label = b"".join(
little_endian(bitstring.pack("8", c))
for c in self.label.encode('utf-8'))
except ValueError: # because of differences in Python 2 and 3
label = b"".join(
little_endian(bitstring.pack("8", ord(c)))
for c in self.label.encode('utf-8'))
label_padding = b"".join(
little_endian(bitstring.pack("8", 0))
for i in range(32 - len(self.label)))
label += label_padding
updated_at = little_endian(bitstring.pack("64", self.updated_at))
payload = group + label + updated_at
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
transient = little_endian(bitstring.pack("uint:8", self.transient))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
period = little_endian(bitstring.pack("uint:32", self.period))
cycles = little_endian(bitstring.pack("float:32", self.cycles))
duty_cycle = little_endian(bitstring.pack("int:16", self.duty_cycle))
waveform = little_endian(bitstring.pack("uint:8", self.waveform))
payload = reserved_8 + transient + color + period + cycles + duty_cycle + waveform
payloadUi = " ".join("{:02x}".format(ord(c)) for c in payload)
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
transient = little_endian(bitstring.pack("uint:8", self.transient))
color = "".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
period = little_endian(bitstring.pack("uint:32", self.period))
cycles = little_endian(bitstring.pack("float:32", self.cycles))
duty_cycle = little_endian(bitstring.pack("int:16", self.duty_cycle))
waveform = little_endian(bitstring.pack("uint:8", self.waveform))
payload = reserved_8 + transient + color + period + cycles + duty_cycle + waveform
payloadUi = " ".join("{:02x}".format(ord(c)) for c in payload)
return payload
def get_payload(self):
self.payload_fields.append(("Is Transient", self.transient))
self.payload_fields.append(("Color", self.color))
self.payload_fields.append(("Period", self.period))
self.payload_fields.append(("Cycles", self.cycles))
self.payload_fields.append(("Duty Cycle", self.duty_cycle))
self.payload_fields.append(("Waveform", self.waveform))
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
transient = little_endian(bitstring.pack("uint:8", self.transient))
color = b"".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
period = little_endian(bitstring.pack("uint:32", self.period))
cycles = little_endian(bitstring.pack("float:32", self.cycles))
duty_cycle = little_endian(bitstring.pack("int:16", self.duty_cycle))
waveform = little_endian(bitstring.pack("uint:8", self.waveform))
payload = reserved_8 + transient + color + period + cycles + duty_cycle + waveform
return payload
def get_payload(self):
self.payload_fields.append(("Tile Index", self.tile_index))
self.payload_fields.append(("Length", self.length))
self.payload_fields.append(("Reserved", self.reserved))
self.payload_fields.append(("X", self.x))
self.payload_fields.append(("Y", self.y))
self.payload_fields.append(("Width", self.width))
self.payload_fields.append(("Duration", self.duration))
self.payload_fields.append(("Colors", self.colors))
tile_index = little_endian(bitstring.pack("uint:8", self.tile_index))
length = little_endian(bitstring.pack("uint:8", self.length))
reserved = little_endian(bitstring.pack("uint:8", self.reserved))
x = little_endian(bitstring.pack("uint:8", self.x))
y = little_endian(bitstring.pack("uint:8", self.y))
width = little_endian(bitstring.pack("uint:8", self.width))
duration = little_endian(bitstring.pack("32", self.duration))
payload = tile_index + length + reserved + x + y + width + duration
for color in self.colors:
payload += b"".join(
little_endian(bitstring.pack("16", field)) for field in color)
return payload
def get_payload(self):
self.payload_fields.append(("Color (HSBK)", self.color))
self.payload_fields.append(("Reserved", self.reserved1))
self.payload_fields.append(("Power Level", self.power_level))
self.payload_fields.append(("Label", self.label))
self.payload_fields.append(("Reserved", self.reserved2))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
reserved1 = little_endian(bitstring.pack("16", self.reserved1))
power_level = little_endian(bitstring.pack("16", self.power_level))
label = "".join(little_endian(bitstring.pack("8", ord(c))) for c in self.label)
label_padding = "".join(little_endian(bitstring.pack("8", 0)) for i in range(32 - len(self.label)))
label += label_padding
reserved2 = little_endian(bitstring.pack("64", self.reserved1))
payload = color + reserved1 + power_level + label + reserved2
return payload
def get_payload(self):
self.payload_fields.append(("Tile Index", self.tile_index))
self.payload_fields.append(("Length", self.length))
self.payload_fields.append(("Reserved", self.reserved))
self.payload_fields.append(("X", self.x))
self.payload_fields.append(("Y", self.y))
self.payload_fields.append(("Width", self.width))
tile_index = little_endian(bitstring.pack("uint:8", self.tile_index))
length = little_endian(bitstring.pack("uint:8", self.length))
reserved = little_endian(bitstring.pack("uint:8", self.reserved))
x = little_endian(bitstring.pack("uint:8", self.x))
y = little_endian(bitstring.pack("uint:8", self.y))
width = little_endian(bitstring.pack("uint:8", self.width))
payload = tile_index + length + reserved + x + y + width
return payload
def get_payload(self):
self.payload_fields.append(("Color (HSBK)", self.color))
self.payload_fields.append(("Reserved", self.reserved1))
self.payload_fields.append(("Power Level", self.power_level))
self.payload_fields.append(("Label", self.label))
self.payload_fields.append(("Reserved", self.reserved2))
color = "".join(
little_endian(bitstring.pack("16", field)) for field in self.color)
reserved1 = little_endian(bitstring.pack("16", self.reserved1))
power_level = little_endian(bitstring.pack("16", self.power_level))
label = "".join(
little_endian(bitstring.pack("8", ord(c))) for c in self.label)
label_padding = "".join(
little_endian(bitstring.pack("8", 0))
for i in range(32 - len(self.label)))
label += label_padding
reserved2 = little_endian(bitstring.pack("64", self.reserved1))
payload = color + reserved1 + power_level + label + reserved2
return payload
def get_payload(self):
self.payload_fields.append(("Power Level", self.power_level))
power_level = little_endian(bitstring.pack("16", self.power_level))
payload = power_level
return payload
def get_payload(self):
power_level = little_endian(bitstring.pack("16", self.power_level))
duration = little_endian(bitstring.pack("32", self.duration))
payload = power_level + duration
return payload
def get_payload(self):
reserved_8 = little_endian(bitstring.pack("8", self.reserved))
color = "".join(little_endian(bitstring.pack("16", field)) for field in self.color)
duration = little_endian(bitstring.pack("32", self.duration))
payload = reserved_8 + color + duration
return payload
def get_payload(self):
self.payload_fields.append(("Byte Array", self.byte_array))
byte_array = "".join(little_endian(bitstring.pack("8", b)) for b in self.byte_array)
payload = byte_array
return payload
def get_payload(self):
self.payload_fields.append(("Byte Array", self.byte_array))
byte_array = "".join(
little_endian(bitstring.pack("8", b)) for b in self.byte_array)
payload = byte_array
return payload
def get_payload(self):
start_index = little_endian(bitstring.pack("8", self.start_index))
end_index = little_endian(bitstring.pack("8", self.end_index))
payload = start_index + end_index
return payload
def get_payload(self):
self.payload_fields.append(("Power Level", self.power_level))
power_level = little_endian(bitstring.pack("16", self.power_level))
payload = power_level
return payload
def get_payload(self):
power_level = little_endian(bitstring.pack("16", self.power_level))
duration = little_endian(bitstring.pack("32", self.duration))
payload = power_level + duration
return payload
