class TileMessages(Messages):
GetDeviceChain = msg(701)
StateDeviceChain = msg(
702, ("start_index", T.Uint8),
("tile_devices", T.Bytes(440 * 16).many(lambda pkt: fields.Tile)),
("total_count", T.Uint8))
SetUserPosition = msg(703, ("tile_index", T.Uint8),
("reserved6", T.Reserved(16)), ("user_x", T.Float),
("user_y", T.Float))
GetState64 = msg(707, ("tile_index", T.Uint8), ("length", T.Uint8),
*fields.tile_buffer_rect,
multi=MultiOptions(
lambda req: TileMessages.State64,
lambda req, res: MultiOptions.Max(req.length)))
State64 = msg(711, ("tile_index", T.Uint8), *fields.tile_buffer_rect,
("colors", T.Bytes(64 * 64).many(lambda pkt: fields.Color)))
SetState64 = msg(
715, ("tile_index", T.Uint8), ("length", T.Uint8),
*fields.tile_buffer_rect, ("duration", fields.duration_type),
("colors", T.Bytes(64 * 64).many(lambda pkt: fields.Color)))
class FrameAddress(dictobj.PacketSpec):
fields = [
("target", T.Bytes(64).transform(look_at_target, look_at_target)),
("reserved2", T.Reserved(48)),
("res_required", T.Bool.default(True)),
("ack_required", T.Bool.default(True)),
("reserved3", T.Reserved(6)),
("sequence", T.Uint8),
]
def multizone_effect_parameters_for(typ):
if typ is enums.MultiZoneEffectType.MOVE:
yield ("parameter1", T.Reserved(32))
yield ("speed_direction", T.Uint32.enum(enums.Direction).default(enums.Direction.RIGHT))
for i in range(6):
yield ("parameter{0}".format(i + 2), T.Reserved(32))
else:
for i in range(8):
yield ("parameter{0}".format(i), T.Reserved(32))
class TileMessages(Messages):
GetDeviceChain = msg(701)
StateDeviceChain = msg(
702, ("start_index", T.Uint8),
("tile_devices", T.Bytes(440).multiple(16, kls=fields.Tile)),
("tile_devices_count", T.Uint8))
SetUserPosition = msg(703, ("tile_index", T.Uint8),
("reserved6", T.Reserved(16)), ("user_x", T.Float),
("user_y", T.Float))
Get64 = msg(707, ("tile_index", T.Uint8), ("length", T.Uint8),
*fields.tile_buffer_rect,
multi=MultiOptions(
lambda req: TileMessages.State64,
lambda req, res: MultiOptions.Max(req.length)))
State64 = msg(711, ("tile_index", T.Uint8), *fields.tile_buffer_rect,
("colors", T.Bytes(64).multiple(64, kls=fields.Color)))
Set64 = msg(715, ("tile_index", T.Uint8), ("length", T.Uint8),
*fields.tile_buffer_rect, ("duration", fields.duration_type),
("colors", T.Bytes(64).multiple(64, kls=fields.Color)))
GetTileEffect = msg(718, ("reserved6", T.Reserved(8)),
("reserved7", T.Reserved(8)))
SetTileEffect = msg(719, ("reserved8", T.Reserved(8)),
("reserved9", T.Reserved(8)),
*fields.tile_effect_settings)
StateTileEffect = msg(720, ("reserved8", T.Reserved(8)),
*fields.tile_effect_settings)
class MultiZoneMessages(Messages):
SetColorZones = msg(
501, ("start_index", T.Uint8), ("end_index", T.Uint8),
*fields.hsbk, ("duration", fields.duration_type),
("apply", T.Uint8.enum(enums.MultiZoneApplicationRequest).default(
enums.MultiZoneApplicationRequest.APPLY)),
multi=MultiOptions(
lambda req:
[MultiZoneMessages.StateZone, MultiZoneMessages.StateMultiZone],
lambda req, res: color_zones_response_count(req, res)))
GetColorZones = msg(
502, ("start_index", T.Uint8), ("end_index", T.Uint8),
multi=MultiOptions(
lambda req:
[MultiZoneMessages.StateZone, MultiZoneMessages.StateMultiZone],
lambda req, res: color_zones_response_count(req, res)))
StateZone = msg(503, ("zones_count", T.Uint8), ("zone_index", T.Uint8),
*fields.hsbk)
StateMultiZone = msg(506, ("zones_count", T.Uint8),
("zone_index", T.Uint8),
("colors", T.Bytes(64).multiple(8, kls=fields.Color)))
GetMultiZoneEffect = msg(507)
SetMultiZoneEffect = msg(508, *fields.multi_zone_effect_settings)
StateMultiZoneEffect = SetMultiZoneEffect.using(509)
SetExtendedColorZones = msg(
510, ("duration", fields.duration_type),
("apply", T.Uint8.enum(
enums.MultiZoneExtendedApplicationRequest).default(
enums.MultiZoneExtendedApplicationRequest.APPLY)),
("zone_index", T.Uint16), ("colors_count", T.Uint8),
("colors", T.Bytes(64).multiple(82, kls=fields.Color)))
GetExtendedColorZones = msg(511)
StateExtendedColorZones = msg(
512, ("zones_count", T.Uint16), ("zone_index", T.Uint16),
("colors_count", T.Uint8),
("colors", T.Bytes(64).multiple(82, kls=fields.Color)))
class FrameHeader(dictobj.PacketSpec):
fields = [
("size", T.Uint16.default(lambda pkt: int(pkt.size_bits(pkt) / 8))),
("protocol", T.Uint16.S(12).default(1024)),
("addressable",
T.Bool.default(lambda pkt: False
if getattr(pkt, "target", None) is None else True)),
("tagged",
T.Bool.default(lambda pkt: True
if getattr(pkt, "target", None) is None else False)),
("reserved1", T.Reserved(2, left=True)), ("source", T.Uint32)
]
class FrameHeader(dictobj.PacketSpec):
fields = [
("size", T.Uint16.default(lambda pkt: int(pkt.size_bits(pkt) / 8))),
("protocol", T.Uint16.S(12).default(1024)),
("addressable", T.Bool.default(lambda pkt: True)),
(
"tagged",
T.Bool.default(lambda pkt: pkt.actual("target") in
(None, b"\x00" * 8, emptybt)),
),
("reserved1", T.Reserved(2, left=True)),
("source", T.Uint32),
]
class MultiZoneMessages(Messages):
SetColorZones = msg(
501, ("start_index", T.Uint8), ("end_index", T.Uint8), *fields.hsbk,
("duration", fields.duration_type),
("apply", T.Uint8.enum(enums.MultiZoneApplicationRequest).default(
enums.MultiZoneApplicationRequest.APPLY)))
GetColorZones = msg(
502, ("start_index", T.Uint8), ("end_index", T.Uint8),
multi=MultiOptions(
lambda req:
[MultiZoneMessages.StateZone, MultiZoneMessages.StateMultiZone],
lambda req, res: min(
(req.end_index // 8) + 1, res.zones_count // 8)))
StateZone = msg(503, ("zones_count", T.Uint8), ("zone_index", T.Uint8),
*fields.hsbk)
StateMultiZone = msg(
506, ("zones_count", T.Uint8), ("zone_index", T.Uint8),
("colors", T.Bytes(64 * 8).many(lambda pkt: fields.Color)))
class LightMessages(Messages):
GetColor = msg(101)
SetColor = msg(102, ("reserved6", T.Reserved(8)), *fields.hsbk,
("duration", fields.duration_type))
SetWaveform = msg(
103, ("reserved6", T.Reserved(8)), ("transient", T.BoolInt.default(0)),
*fields.hsbk, ("period", fields.waveform_period),
("cycles", T.Float.default(1)),
("skew_ratio", fields.waveform_skew_ratio),
("waveform", T.Uint8.enum(enums.Waveform).default(enums.Waveform.SAW)))
LightState = msg(107, *fields.hsbk, ("reserved6", T.Reserved(16)),
("power", T.Uint16), ("label", T.String(32 * 8)),
("reserved7", T.Reserved(64)))
GetLightPower = msg(116)
SetLightPower = msg(117, ("level", T.Uint16),
("duration", fields.duration_type))
StateLightPower = msg(118, ("level", T.Uint16))
SetWaveformOptional = msg(
119, ("reserved6", T.Reserved(8)), ("transient", T.BoolInt.default(0)),
*fields.hsbk_with_optional, ("period", fields.waveform_period),
("cycles", T.Float.default(1)),
("skew_ratio", fields.waveform_skew_ratio),
("waveform", T.Uint8.enum(enums.Waveform).default(enums.Waveform.SAW)),
("set_hue",
T.BoolInt.default(lambda pkt: 0 if empty(pkt, "hue") else 1)),
("set_saturation",
T.BoolInt.default(lambda pkt: 0 if empty(pkt, "saturation") else 1)),
("set_brightness",
T.BoolInt.default(lambda pkt: 0 if empty(pkt, "brightness") else 1)),
("set_kelvin",
T.BoolInt.default(lambda pkt: 0 if empty(pkt, "kelvin") else 1)))
GetInfrared = msg(120)
StateInfrared = msg(121, ("brightness", T.Uint16))
SetInfrared = msg(122, ("brightness", T.Uint16))
class ProtocolHeader(dictobj.PacketSpec):
fields = [
("reserved4", T.Reserved(64)),
("pkt_type", T.Uint16.default(lambda pkt: pkt.Payload.message_type)),
("reserved5", T.Reserved(16)),
]
class Messages(Messages):
SetExample = msg(9001, ("one", T.Reserved(6)), ("two", T.String(10)))
class DeviceMessages(Messages):
GetHostInfo = msg(12)
StateHostInfo = msg(13, ("signal", T.Float), ("tx", T.Uint32),
("rx", T.Uint32), ("reserved6", T.Reserved(16)))
GetHostFirmware = msg(14)
StateHostFirmware = msg(15, ("build", T.Uint64),
("reserved6", T.Reserved(64)),
("version", T.Uint32.version_number()))
GetWifiInfo = msg(16)
StateWifiInfo = msg(17, ("signal", T.Float), ("tx", T.Uint32),
("rx", T.Uint32), ("reserved6", T.Reserved(16)))
GetWifiFirmware = msg(18)
StateWifiFirmware = msg(19, ("build", T.Uint64),
("reserved6", T.Reserved(64)),
("version", T.Uint32.version_number()))
GetPower = msg(20)
SetPower = msg(21, ("level", T.Uint16))
StatePower = msg(22, ("level", T.Uint16))
GetLabel = msg(23)
SetLabel = msg(24, ("label", T.String(32 * 8)))
StateLabel = SetLabel.using(25)
GetVersion = msg(32)
StateVersion = msg(33, ("vendor", T.Uint32), ("product", T.Uint32),
("version", T.Uint32))
GetInfo = msg(34)
StateInfo = msg(35, ("time", T.Uint64), ("uptime", fields.nano_to_seconds),
("downtime", fields.nano_to_seconds))
GetLocation = msg(48)
SetLocation = msg(49, ("location", T.Bytes(16 * 8)),
("label", T.String(32 * 8)), ("updated_at", T.Uint64))
StateLocation = SetLocation.using(50)
GetGroup = msg(51)
SetGroup = msg(52, ("group", T.Bytes(16 * 8)), ("label", T.String(32 * 8)),
("updated_at", T.Uint64))
StateGroup = SetGroup.using(53)
EchoRequest = msg(58, ("echoing", T.Bytes(64 * 8)))
EchoResponse = EchoRequest.using(59)
def tile_effect_parameters_for(typ):
for i in range(8):
yield ("parameter{0}".format(i), T.Reserved(32))
hsbk = [
("hue", scaled_hue)
, ("saturation", scaled_to_65535)
, ("brightness", scaled_to_65535)
, ("kelvin", T.Uint16.default(3500))
]
class Color(dictobj.PacketSpec):
fields = hsbk
Color.Meta.cache = LRU(8000)
multi_zone_effect_settings = [
("instanceid", T.Uint32.default(lambda pkt: random.randrange(1, 1<<32)))
, ("type", T.Uint8.enum(enums.MultiZoneEffectType, allow_unknown=True).default(enums.MultiZoneEffectType.MOVE))
, ("reserved6", T.Reserved(16))
, ("speed", duration_type.default(5))
, ("duration", extended_duration_type)
, ("reserved7", T.Reserved(32))
, ("reserved8", T.Reserved(32))
, ("parameters", T.Bytes(32 * 8).dynamic(lambda pkt: multizone_effect_parameters_for(pkt.type)))
]
tile_state_device = [
("accel_meas_x", T.Int16)
, ("accel_meas_y", T.Int16)
, ("accel_meas_z", T.Int16)
, ("reserved6", T.Reserved(16))
, ("user_x", T.Float)
, ("user_y", T.Float)
, ("width", T.Uint8)
("saturation", scaled_to_65535.optional()),
("brightness", scaled_to_65535.optional()),
("kelvin", T.Uint16.optional()))
hsbk = (("hue", scaled_hue), ("saturation", scaled_to_65535),
("brightness", scaled_to_65535), ("kelvin", T.Uint16.default(3500)))
class Color(dictobj.PacketSpec):
fields = hsbk
Color.Meta.cache = LRU(8000)
tile_state_device = (("accel_meas_x", T.Int16), ("accel_meas_y", T.Int16),
("accel_meas_z", T.Int16), ("reserved6", T.Reserved(16)),
("user_x", T.Float), ("user_y", T.Float),
("width", T.Uint8), ("height", T.Uint8), ("reserved7",
T.Reserved(8)),
("device_version_vendor",
T.Uint32), ("device_version_product", T.Uint32),
("device_version_version",
T.Uint32), ("firmware_build",
T.Uint64), ("reserved8", T.Reserved(64)),
("firmware_version",
T.Uint32.version_number()), ("reserved9",
T.Reserved(32)))
class Tile(dictobj.PacketSpec):
fields = tile_state_device