def zha_security(controller=False):
empty_key_data = t.EmberKeyData()
empty_key_data.contents = t.fixed_list(16, t.uint8_t)([t.uint8_t(0)] * 16)
zha_key = t.EmberKeyData()
zha_key.contents = t.fixed_list(
16, t.uint8_t)([t.uint8_t(c) for c in b"ZigBeeAlliance09"])
isc = t.EmberInitialSecurityState()
isc.bitmask = t.uint16_t(
t.EmberInitialSecurityBitmask.HAVE_PRECONFIGURED_KEY
| t.EmberInitialSecurityBitmask.REQUIRE_ENCRYPTED_KEY)
isc.preconfiguredKey = zha_key
isc.networkKey = empty_key_data
isc.networkKeySequenceNumber = t.uint8_t(0)
isc.preconfiguredTrustCenterEui64 = t.EmberEUI64([t.uint8_t(0)] * 8)
if controller:
isc.bitmask |= (
t.EmberInitialSecurityBitmask.TRUST_CENTER_GLOBAL_LINK_KEY
| t.EmberInitialSecurityBitmask.HAVE_NETWORK_KEY)
isc.bitmask = t.uint16_t(isc.bitmask)
random_key = t.fixed_list(
16, t.uint8_t)([t.uint8_t(x) for x in os.urandom(16)])
isc.networkKey = random_key
return isc
async def form_network(self,
channel=15,
pan_id=None,
extended_pan_id=None):
channel = t.uint8_t(channel)
if pan_id is None:
pan_id = t.uint16_t.from_bytes(os.urandom(2), 'little')
pan_id = t.uint16_t(pan_id)
if extended_pan_id is None:
extended_pan_id = t.fixed_list(8, t.uint8_t)([t.uint8_t(0)] * 8)
initial_security_state = bellows.zigbee.util.zha_security(
controller=True)
v = await self._ezsp.setInitialSecurityState(initial_security_state)
assert v[0] == t.EmberStatus.SUCCESS # TODO: Better check
parameters = t.EmberNetworkParameters()
parameters.panId = pan_id
parameters.extendedPanId = extended_pan_id
parameters.radioTxPower = t.uint8_t(8)
parameters.radioChannel = channel
parameters.joinMethod = t.EmberJoinMethod.USE_MAC_ASSOCIATION
parameters.nwkManagerId = t.EmberNodeId(0)
parameters.nwkUpdateId = t.uint8_t(0)
parameters.channels = t.uint32_t(0)
await self._ezsp.formNetwork(parameters)
await self._ezsp.setValue(t.EzspValueId.VALUE_STACK_TOKEN_WRITING, 1)
class Commissioning(Cluster):
"""Attributes and commands for commissioning and
managing a ZigBee device."""
cluster_id = 0x0015
ep_attribute = 'commissioning'
attributes = {
# Startup Parameters
0x0000: ('short_address', t.uint16_t),
0x0001: ('extended_pan_id', t.EmberEUI64),
0x0002: ('pan_id', t.uint16_t),
0x0003: ('channelmask', t.uint32_t), # bitmap32
0x0004: ('protocol_version', t.uint8_t),
0x0005: ('stack_profile', t.uint8_t),
0x0006: ('startup_control', t.uint8_t), # enum8
0x0010: ('trust_center_address', t.EmberEUI64),
0x0011: ('trust_center_master_key', t.fixed_list(16, t.uint8_t)),
0x0012: ('network_key', t.fixed_list(16, t.uint8_t)),
0x0013: ('use_insecure_join', t.Bool),
0x0014: ('preconfigured_link_key', t.fixed_list(16, t.uint8_t)),
0x0015: ('network_key_seq_num', t.uint8_t),
0x0016: ('network_key_type', t.uint8_t), # enum8
0x0017: ('network_manager_address', t.uint16_t),
# Join Parameters
0x0020: ('scan_attempts', t.uint8_t),
0x0021: ('time_between_scans', t.uint16_t),
0x0022: ('rejoin_interval', t.uint16_t),
0x0023: ('max_rejoin_interval', t.uint16_t),
# End Device Parameters
0x0030: ('indirect_poll_rate', t.uint16_t),
0x0031: ('parent_retry_threshold', t.uint8_t),
# Concentrator Parameters
0x0040: ('concentrator_flag', t.Bool),
0x0041: ('concentrator_radius', t.uint8_t),
0x0042: ('concentrator_discovery_time', t.uint8_t),
}
server_commands = {
0x0000: ('restart_device', (t.uint8_t, t.uint8_t, t.uint8_t), False),
0x0001: ('save_startup_parameters', (t.uint8_t, t.uint8_t), False),
0x0002: ('restore_startup_parameters', (t.uint8_t, t.uint8_t), False),
0x0003: ('reset_startup_parameters', (t.uint8_t, t.uint8_t), False),
}
client_commands = {
0x0000: ('restart_device_response', (t.uint8_t, ), True),
0x0001: ('save_startup_params_response', (t.uint8_t, ), True),
0x0002: ('restore_startup_params_response', (t.uint8_t, ), True),
0x0003: ('reset_startup_params_response', (t.uint8_t, ), True),
}
def test_fixed_list():
list_type = t.fixed_list(2, t.uint8_t)
data = b"\x01\xFE"
extra = b"extarlist \xaa\55"
res, rest = list_type.deserialize(data + extra)
assert rest == extra
assert res == [1, 254]
class MultistateValueReg(Cluster):
cluster_id = 0x0612
attributes = {
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
class AnalogValueReg(Cluster):
cluster_id = 0x0606
attributes = {
0x0016: ('cov_increment', t.Single),
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
class MultistateOutputReg(Cluster):
cluster_id = 0x0610
attributes = {
0x001f: ('device_type', t.LVBytes),
0x0028: ('feed_back_value', t.uint8_t), # enum8
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
class MultistateInputRegular(Cluster):
cluster_id = 0x060e
ep_attribute = 'bacnet_regular_multistate_input'
attributes = {
0x001f: ('device_type', t.LVBytes),
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
class AnalogOutputRegular(Cluster):
cluster_id = 0x0604
ep_attribute = 'bacnet_regular_analog_output'
attributes = {
0x0016: ('cov_increment', t.Single),
0x001f: ('device_type', t.LVBytes),
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x0076: ('update_interval', t.uint8_t),
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
class BinaryValueReg(Cluster):
cluster_id = 0x060c
attributes = {
0x000f: ('change_of_state_count', t.uint32_t),
0x0010: ('change_of_state_time', DateTime),
0x0021: ('elapsed_active_time', t.uint32_t),
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x0072: ('time_of_at_reset', DateTime),
0x0073: ('time_of_sc_reset', DateTime),
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
def aes_mmo_hash(data):
result_len = 0
remaining_length = 0
length = len(data)
result = bytearray([0] * AES.block_size)
temp = bytearray([0] * AES.block_size)
if (data and length > 0):
remaining_length = length & (AES.block_size - 1)
if (length >= AES.block_size):
# Mask out the lower byte since hash update will hash
# everything except the last piece, if the last piece
# is less than 16 bytes.
hashed_length = (length & ~(AES.block_size - 1))
(result_len, result) = aes_mmo_hash_update(result_len, result,
data)
data = data[hashed_length:]
for i in range(remaining_length):
temp[i] = data[i]
# Per the spec, Concatenate a 1 bit followed by all zero bits
# (previous memset() on temp[] set the rest of the bits to zero)
temp[remaining_length] = 0x80
result_len += remaining_length
# If appending the bit string will push us beyond the 16-byte boundary
# we must hash that block and append another 16-byte block.
if ((AES.block_size - remaining_length) < 3):
(result_len, result) = aes_mmo_hash_update(result_len, result, temp)
# Since this extra data is due to the concatenation,
# we remove that length. We want the length of data only
# and not the padding.
result_len -= AES.block_size
temp = bytearray([0] * AES.block_size)
bit_size = result_len * 8
temp[AES.block_size - 2] = (bit_size >> 8) & 0xFF
temp[AES.block_size - 1] = (bit_size) & 0xFF
(result_len, result) = aes_mmo_hash_update(result_len, result, temp)
key = t.EmberKeyData()
key.contents = t.fixed_list(16, t.uint8_t)([t.uint8_t(c) for c in result])
return key
class BinaryOutputRegular(Cluster):
cluster_id = 0x060a
ep_attribute = 'bacnet_regular_binary_output'
attributes = {
0x000f: ('change_of_state_count', t.uint32_t),
0x0010: ('change_of_state_time', DateTime),
0x001f: ('device_type', t.LVBytes),
0x0021: ('elapsed_active_time', t.uint32_t),
0x0028: ('feed_back_value', t.uint8_t), # enum8
0x004b: ('object_id', t.fixed_list(4, t.uint8_t)),
0x004d: ('object_name', t.LVBytes),
0x004f: ('object_type', t.uint16_t), # enum16
0x0072: ('time_of_at_reset', DateTime),
0x0073: ('time_of_sc_reset', DateTime),
0x00a8: ('profile_name', t.LVBytes),
}
server_commands = {}
client_commands = {}
def form(ctx, channel, pan_id, extended_pan_id):
"""Create a new ZigBee network"""
s = yield from util.setup(ctx.obj['device'], util.print_cb)
v = yield from util.networkInit(s)
if v[0] == t.EmberStatus.SUCCESS:
LOGGER.debug("Network was up, leaving...")
v = yield from s.leaveNetwork()
util.check(v[0], "Failure leaving network: %s" % (v[0], ))
yield from asyncio.sleep(1) # TODO
initial_security_state = util.zha_security(controller=True)
v = yield from s.setInitialSecurityState(initial_security_state)
util.check(v[0], "Setting security state failed: %s" % (v[0], ))
yield from util.basic_tc_permits(s)
if channel:
channel = t.uint8_t(channel)
else:
channel = t.uint8_t(17)
if extended_pan_id:
extended_pan_id = util.parse_epan(extended_pan_id)
else:
extended_pan_id = t.fixed_list(8, t.uint8_t)([t.uint8_t(0)] * 8)
if pan_id:
pan_id = t.uint16_t(pan_id)
else:
pan_id = t.uint16_t.from_bytes(os.urandom(2), 'little')
parameters = t.EmberNetworkParameters()
parameters.panId = pan_id
parameters.extendedPanId = extended_pan_id
parameters.radioTxPower = t.uint8_t(8)
parameters.radioChannel = channel
parameters.joinMethod = t.EmberJoinMethod.USE_MAC_ASSOCIATION
parameters.nwkManagerId = t.EmberNodeId(0)
parameters.nwkUpdateId = t.uint8_t(0)
parameters.channels = t.uint32_t(0)
click.echo(parameters)
LOGGER.info("Forming network ...")
fut = asyncio.Future()
def cb(fut, frame_name, response):
if frame_name == 'stackStatusHandler':
fut.set_result(response)
s.add_callback(functools.partial(cb, fut))
v = yield from s.formNetwork(parameters)
util.check(v[0], "Failed to form network: %s" % (v[0], ))
v = yield from fut
util.check(
v[0],
"Network didn't come up after form",
t.EmberStatus.NETWORK_UP,
)
yield from s.setValue(t.EzspValueId.VALUE_STACK_TOKEN_WRITING, 1)
yield from asyncio.sleep(0.1)
s.close()
'setGpioCurrentConfiguration':
(0xAC, (t.uint8_t, t.uint8_t, t.uint8_t), (t.EzspStatus, )),
'setGpioPowerUpDownConfiguration': (0xAD, (t.uint8_t, t.uint8_t, t.uint8_t,
t.uint8_t, t.uint8_t),
(t.EzspStatus, )),
'setGpioRadioPowerMask': (0xAE, (t.uint32_t, ), ()),
'setCtune': (0xF5, (t.uint16_t, ), ()),
'getCtune': (0xF6, (), (t.uint16_t, )),
'setChannelMap': (0xF7, (t.uint8_t, t.uint8_t), ()),
# 5. Utilities Frames
'nop': (0x05, (), ()),
'echo': (0x81, (t.LVBytes, ), (t.LVBytes, )),
'invalidCommand': (0x58, (), (t.EzspStatus, )),
'callback': (0x06, (), ()),
'noCallbacks': (0x07, (), ()),
'setToken': (0x09, (t.uint8_t, t.fixed_list(8, t.uint8_t)),
(t.EmberStatus, )),
'getToken': (0x0A, (t.uint8_t, ), (t.EmberStatus,
t.fixed_list(8, t.uint8_t))),
'getMfgToken': (0x0B, (t.EzspMfgTokenId, ), (t.LVBytes, )),
'setMfgToken': (0x0C, (t.EzspMfgTokenId, t.LVBytes), (t.EmberStatus, )),
'stackTokenChangedHandler': (0x0D, (), (t.uint16_t, )),
'getRandomNumber': (0x49, (), (t.EmberStatus, t.uint16_t)),
'setTimer': (0x0E, (t.uint8_t, t.uint16_t, t.EmberEventUnits, t.Bool),
(t.EmberStatus, )),
'getTimer': (0x4E, (t.uint8_t, ), (t.uint16_t, t.EmberEventUnits, t.Bool)),
'timerHandler': (0x0F, (), (t.uint8_t, )),
'debugWrite': (0x12, (t.Bool, t.LVBytes), (t.EmberStatus, )),
'readAndClearCounters':
(0x65, (), (t.fixed_list(t.EmberCounterType.COUNTER_TYPE_COUNT,
t.uint16_t), )),
'getPolicy': (0x56, (t.EzspPolicyId, ), (t.EzspStatus, t.EzspDecisionId)), 'getValue': (0xAA, (t.EzspValueId, ), (t.EzspStatus, t.LVBytes)), 'getExtendedValue': (0x03, (t.EzspExtendedValueId, t.uint32_t), (t.EzspStatus, t.LVBytes)), 'setValue': (0xAB, (t.EzspValueId, t.LVBytes), (t.EzspStatus, )), 'setGpioCurrentConfiguration': (0xAC, (t.uint8_t, t.uint8_t, t.uint8_t), (t.EzspStatus, )), 'setGpioPowerUpDownConfiguration': (0xAD, (t.uint8_t, t.uint8_t, t.uint8_t, t.uint8_t, t.uint8_t), (t.EzspStatus, )), 'setGpioRadioPowerMask': (0xAE, (t.uint32_t, ), ()), 'setCtune': (0xF5, (t.uint16_t, ), ()), 'getCtune': (0xF6, (), (t.uint16_t, )), # 5. Utilities Frames 'nop': (0x05, (), ()), 'echo': (0x81, (t.LVBytes, ), (t.LVBytes, )), 'invalidCommand': (0x58, (), (t.EzspStatus, )), 'callback': (0x06, (), ()), 'noCallbacks': (0x07, (), ()), 'setToken': (0x09, (t.uint8_t, t.fixed_list(8, t.uint8_t)), (t.EmberStatus, )), 'getToken': (0x0A, (t.uint8_t, ), (t.EmberStatus, t.fixed_list(8, t.uint8_t))), 'getMfgToken': (0x0B, (t.EzspMfgTokenId, ), (t.LVBytes, )), 'setMfgToken': (0x0C, (t.EzspMfgTokenId, t.LVBytes), (t.EmberStatus, )), 'stackTokenChangedHandler': (0x0D, (), (t.uint16_t, )), 'getRandomNumber': (0x49, (), (t.EmberStatus, t.uint16_t)), 'setTimer': (0x0E, (t.uint8_t, t.uint16_t, t.EmberEventUnits, t.Bool), (t.EmberStatus, )), 'getTimer': (0x4E, (t.uint8_t, ), (t.uint16_t, t.EmberEventUnits, t.Bool)), 'timerHandler': (0x0F, (), (t.uint8_t, )), 'debugWrite': (0x12, (t.Bool, t.LVBytes), (t.EmberStatus, )), 'readAndClearCounters': (0x65, (), (t.fixed_list(t.EmberCounterType.COUNTER_TYPE_COUNT, t.uint16_t), )), 'readCounters': (0xF1, (), (t.fixed_list(t.EmberCounterType.COUNTER_TYPE_COUNT, t.uint16_t), )), 'counterRolloverHandler': (0xF2, (), (t.EmberCounterType, )), 'delayTest': (0x9D, (t.uint16_t, ), ()), 'getLibraryStatus': (0x01, (t.uint8_t, ), (t.EmberLibraryStatus, )), 'getXncpInfo': (0x13, (), (t.EmberStatus, t.uint16_t, t.uint16_t)),
HARDWARE_FAILURE = 0xc0 # An operation was unsuccessful due to a
SOFTWARE_FAILURE = 0xc1 # An operation was unsuccessful due to a
CALIBRATION_ERROR = 0xc2 # An error occurred during calibration.
class Analog:
pass
class Discrete:
pass
DATA_TYPES = {
0x00: ('No data', None, None),
0x08: ('General', t.fixed_list(1, t.uint8_t), Discrete),
0x09: ('General', t.fixed_list(2, t.uint8_t), Discrete),
0x0a: ('General', t.fixed_list(3, t.uint8_t), Discrete),
0x0b: ('General', t.fixed_list(4, t.uint8_t), Discrete),
0x0c: ('General', t.fixed_list(5, t.uint8_t), Discrete),
0x0d: ('General', t.fixed_list(6, t.uint8_t), Discrete),
0x0e: ('General', t.fixed_list(7, t.uint8_t), Discrete),
0x0f: ('General', t.fixed_list(8, t.uint8_t), Discrete),
0x10: ('Boolean', t.Bool, Discrete),
0x18: ('Bitmap', t.uint8_t, Discrete),
0x19: ('Bitmap', t.uint16_t, Discrete),
0x1a: ('Bitmap', t.uint24_t, Discrete),
0x1b: ('Bitmap', t.uint32_t, Discrete),
0x1c: ('Bitmap', t.uint40_t, Discrete),
0x1d: ('Bitmap', t.uint48_t, Discrete),
0x1e: ('Bitmap', t.uint56_t, Discrete),
def parse_epan(epan):
"""Parse a user specified extended PAN ID"""
epan_list = [t.uint8_t(x, 16) for x in epan.split(":")]
return t.fixed_list(8, t.uint8_t)(epan_list)
def join(ctx, channels, pan_id, extended_pan_id):
"""Join an existing ZigBee network as an end device"""
def cb(fut, frame_name, response):
if frame_name == 'stackStatusHandler':
fut.set_result(response)
s = yield from util.setup(ctx.obj['device'], ctx.obj['baudrate'])
channel = None
if len(channels) != 1:
if pan_id or extended_pan_id:
raise click.BadOptionUsage(
"Specify exactly one channel to join a specific network")
else:
channel = t.uint8_t(channels[0])
if not (pan_id or extended_pan_id):
scan_type = t.EzspNetworkScanType.ACTIVE_SCAN
channel_mask = util.channel_mask(channels)
click.echo("PAN not provided, scanning channels %s..." %
(' '.join(map(str, channels)), ))
v = yield from s.startScan(scan_type, channel_mask, 3)
networks = [n[0] for n in v if n[0].allowingJoin]
if len(networks) == 0:
click.echo("No joinable networks found")
return 1
if len(networks) > 1:
click.echo("Multiple joinable networks found. Refusing to pick.")
return 1
network = networks[0]
pan_id = network.panId
extended_pan_id = network.extendedPanId
channel = network.channel
click.echo("Found network %s %s on channel %s" % (
pan_id,
extended_pan_id,
channel,
))
if pan_id is None:
pan_id = t.uint16_t(0)
else:
pan_id = t.uint16_t(pan_id)
if isinstance(extended_pan_id, str):
extended_pan_id = util.parse_epan(extended_pan_id)
if extended_pan_id is None:
extended_pan_id = t.fixed_list(8, t.uint8_t)([t.uint8_t(0)] * 8)
v = yield from util.network_init(s)
if v[0] == t.EmberStatus.SUCCESS:
LOGGER.debug("Network was up, leaving...")
v = yield from s.leaveNetwork()
util.check(v[0], "Failure leaving network: %s" % (v[0], ))
yield from asyncio.sleep(1) # TODO
initial_security_state = zutil.zha_security()
v = yield from s.setInitialSecurityState(initial_security_state)
util.check(v[0], "Setting security state failed: %s" % (v[0], ))
parameters = t.EmberNetworkParameters()
parameters.extendedPanId = extended_pan_id
parameters.panId = pan_id
parameters.radioTxPower = t.uint8_t(8)
parameters.radioChannel = t.uint8_t(channel)
parameters.joinMethod = t.EmberJoinMethod.USE_MAC_ASSOCIATION
parameters.nwkManagerId = t.EmberNodeId(0)
parameters.nwkUpdateId = t.uint8_t(0)
parameters.channels = t.uint32_t(0)
click.echo(parameters)
fut = asyncio.Future()
cbid = s.add_callback(functools.partial(cb, fut))
v = yield from s.joinNetwork(t.EmberNodeType.END_DEVICE, parameters)
util.check(v[0], "Joining network failed: %s" % (v[0], ))
v = yield from fut
click.echo(v)
s.remove_callback(cbid)
s.close()
0x0001: ('IEEE_addr_req', (NWKI, ('RequestType', t.uint8_t), ('StartIndex',
t.uint8_t))),
0x0002: ('Node_Desc_req', (NWKI, )),
0x0003: ('Power_Desc_req', (NWKI, )),
0x0004: ('Simple_Desc_req', (NWKI, ('EndPoint', t.uint8_t))),
0x0005: ('Active_EP_req', (NWKI, )),
0x0006: ('Match_Desc_req', (NWKI, ('ProfileID', t.uint16_t),
('InClusterList', t.LVList(t.uint16_t)),
('OutClusterList', t.LVList(t.uint16_t)))),
# 0x0010: ('Complex_Desc_req', (NWKI, )),
0x0011: ('User_Desc_req', (NWKI, )),
0x0012: ('Discovery_Cache_req', (NWK, IEEE)),
0x0013: ('Device_annce', (NWK, IEEE, ('Capability', t.uint8_t))),
0x0014:
('User_Desc_set', (NWKI, ('UserDescriptor',
t.fixed_list(16,
t.uint8_t)))), # Really a string
0x0015: ('System_Server_Discovery_req', (('ServerMask', t.uint16_t), )),
0x0016: ('Discovery_store_req',
(NWK, IEEE, ('NodeDescSize', t.uint8_t),
('PowerDescSize', t.uint8_t), ('ActiveEPSize', t.uint8_t),
('SimpleDescSizeList', t.LVList(t.uint8_t)))),
0x0017:
('Node_Desc_store_req', (NWK, IEEE, ('NodeDescriptor', NodeDescriptor))),
0x0019: ('Active_EP_store_req', (NWK, IEEE, ('ActiveEPList',
t.LVList(t.uint8_t)))),
0x001a: ('Simple_Desc_store_req',
(NWK, IEEE, ('SimpleDescriptor', SizePrefixedSimpleDescriptor))),
0x001b: ('Remove_node_cache_req', (NWK, IEEE)),
0x001c: ('Find_node_cache_req', (NWK, IEEE)),
0x001d: ('Extended_Simple_Desc_req', (NWKI, ('EndPoint', t.uint8_t),
('StartIndex', t.uint8_t))),
0xAD,
(t.uint8_t, t.uint8_t, t.uint8_t, t.uint8_t, t.uint8_t),
(t.EzspStatus, ),
),
"setGpioRadioPowerMask": (0xAE, (t.uint32_t, ), ()),
"setCtune": (0xF5, (t.uint16_t, ), ()),
"getCtune": (0xF6, (), (t.uint16_t, )),
"setChannelMap": (0xF7, (t.uint8_t, t.uint8_t), ()),
# 5. Utilities Frames
"nop": (0x05, (), ()),
"echo": (0x81, (t.LVBytes, ), (t.LVBytes, )),
"invalidCommand": (0x58, (), (t.EzspStatus, )),
"callback": (0x06, (), ()),
"noCallbacks": (0x07, (), ()),
"setToken":
(0x09, (t.uint8_t, t.fixed_list(8, t.uint8_t)), (t.EmberStatus, )),
"getToken":
(0x0A, (t.uint8_t, ), (t.EmberStatus, t.fixed_list(8, t.uint8_t))),
"getMfgToken": (0x0B, (t.EzspMfgTokenId, ), (t.LVBytes, )),
"setMfgToken": (0x0C, (t.EzspMfgTokenId, t.LVBytes), (t.EmberStatus, )),
"stackTokenChangedHandler": (0x0D, (), (t.uint16_t, )),
"getRandomNumber": (0x49, (), (t.EmberStatus, t.uint16_t)),
"setTimer": (
0x0E,
(t.uint8_t, t.uint16_t, t.EmberEventUnits, t.Bool),
(t.EmberStatus, ),
),
"getTimer": (0x4E, (t.uint8_t, ), (t.uint16_t, t.EmberEventUnits, t.Bool)),
"timerHandler": (0x0F, (), (t.uint8_t, )),
"debugWrite": (0x12, (t.Bool, t.LVBytes), (t.EmberStatus, )),
"readAndClearCounters": (
