NetworkDiagnosticSetupServerPublicationStatus = NetworkDiagnosticSetupServerPublicationSet
NetworkDiagnosticServerSubscriptionSet = Struct(
"destination" / UnicastUnassignedGroupAddress,
"period" / Int16ul
)
NetworkDiagnosticServerSubscriptionStatus = Struct(
"destination" / UnicastUnassignedGroupAddress,
"period" / Int16ul,
"max_record_count" / Const(MAX_RECORD_COUNT, Int8ul),
"record" / GreedyRange(RegistryRecord)
)
NetworkDiagnosticServerPayload = Struct(
"subopcode" / EnumAdapter(Int8ul, NetworkDiagnosticServerSubOpcode),
"payload" / Default(Switch(
this.subopcode,
{
NetworkDiagnosticServerSubOpcode.SUBSCRIPTION_SET: NetworkDiagnosticServerSubscriptionSet,
NetworkDiagnosticServerSubOpcode.SUBSCRIPTION_SET_UNACK: NetworkDiagnosticServerSubscriptionSet,
NetworkDiagnosticServerSubOpcode.SUBSCRIPTION_STATUS: NetworkDiagnosticServerSubscriptionStatus
}
), None)
)
NetworkDiagnosticSetupServerPayload = Struct(
"subopcode" / EnumAdapter(Int8ul, NetworkDiagnosticSetupServerSubOpcode),
"payload" / Default(Switch(
this.subopcode,
{
from bluetooth_mesh.messages.util import EnumAdapter
class FdMessageType(IntEnum):
NETKEY = 0
APPKEY = 1
# fmt: off
NetKeyMessageElements = Struct("net_index" / Int16ul, "remote" / Flag,
Padding(17))
AppKeyMessageElements = Struct("app_index" / Int16ul, "destination" / Int16ul,
"label" / Int8ul, Padding(15))
FdMessage = Struct(
"element" / Int8ul,
"source" / Int16ul,
"type" / EnumAdapter(Int8ul, FdMessageType),
"params" / Switch(
this.type,
{
FdMessageType.NETKEY: NetKeyMessageElements,
FdMessageType.APPKEY: AppKeyMessageElements,
},
),
"data" / GreedyBytes,
)
# fmt: on
def _encode(self, obj, context, path):
return int(obj.total_seconds() * 1000)
# fmt: off
LightExtendedControllerPropertyValue = Switch(
this.id,
{
LightExtendedControllerProperty.AUTO_RESUME_MODE: Flag,
LightExtendedControllerProperty.AUTO_RESUME_TIMER: AutoResumeTimerAdapter(Int24ul),
}
)
LightExtendedControllerPropertyGet = Struct(
"id" / EnumAdapter(Int16ul, LightExtendedControllerProperty),
)
LightExtendedControllerPropertySet = Struct(
"id" / EnumAdapter(Int16ul, LightExtendedControllerProperty),
"value" / LightExtendedControllerPropertyValue,
)
LightExtendedControllerPropertyStatus = Struct(
"id" / EnumAdapter(Int16ul, LightExtendedControllerProperty),
"value" / LightExtendedControllerPropertyValue,
)
LightExtendedControllerSyncIntegralStatus = Struct(
"sync_integral" / Int16ul,
)
SENSOR_CADENCE_STATUS = 0x57
SENSOR_SETTINGS_GET = 0x8235
SENSOR_SETTINGS_STATUS = 0x58
SENSOR_SETTING_GET = 0x8236
SENSOR_SETTING_SET = 0x59
SENSOR_SETTING_SET_UNACKNOWLEDGED = 0x5A
SENSOR_SETTING_STATUS = 0x5B
def __repr__(self):
return str(self.value)
# fmt: off
SensorPropertyId = FieldAdapter(
Select(
EnumAdapter(Int16ul, PropertyID),
Int16ul),
Int16ul
)
SensorGetMinimal = Struct()
SensorGetOptional = Struct(
"property_id" / SensorPropertyId,
)
SensorGet = NamedSelect(
optional=SensorGetOptional,
minimal=SensorGetMinimal
)
LightCTLTemperatureSetOptional = Struct(
Embedded(LightCTLTemperatureSetMinimal), Embedded(OptionalSetParameters))
LightCTLTemperatureSet = Select(LightCTLTemperatureSetOptional,
LightCTLTemperatureSetMinimal)
LightCTLRange = Struct(
"range_min" / Int16ul,
"range_max" / Int16ul,
)
LightCTLRangeStatus = Struct("status" / StatusCodeAdapter,
Embedded(LightCTLRange))
LightCTLMessage = Struct(
"opcode" / EnumAdapter(Opcode, LightCTLOpcode), "params" / Switch(
this.opcode,
{
LightCTLOpcode.CTL_GET: LightCTLGet,
LightCTLOpcode.CTL_SET: LightCTLSet,
LightCTLOpcode.CTL_SET_UNACKNOWLEDGED: LightCTLSet,
LightCTLOpcode.CTL_STATUS: LightCTLStatus,
LightCTLOpcode.CTL_TEMPERATURE_GET: LightCTLGet,
LightCTLOpcode.CTL_TEMPERATURE_RANGE_GET: LightCTLGet,
LightCTLOpcode.CTL_TEMPERATURE_RANGE_STATUS: LightCTLRangeStatus,
LightCTLOpcode.CTL_TEMPERATURE_SET: LightCTLTemperatureSet,
LightCTLOpcode.CTL_TEMPERATURE_SET_UNACKNOWLEDGED:
LightCTLTemperatureSet,
LightCTLOpcode.CTL_TEMPERATURE_STATUS: LightCTLTemperatureStatus,
LightCTLOpcode.CTL_TEMPERATURE_DEFAULT_GET: LightCTLGet,
LightCTLOpcode.CTL_TEMPERATURE_DEFAULT_STATUS: LightCTLDefault,
# fmt: off
ProvisioningInvite = Struct("attention" / Int8ub, )
ProvisioningCapabilities = Struct(
"num_elements" / Int8ub,
"algorithms" / BitList(2, reversed=True),
"public_key_type" / BitList(1, reversed=True),
"static_oob_type" / BitList(1, reversed=True),
"output_oob_size" / Int8ub,
"output_oob_action" / BitList(2, reversed=True),
"input_oob_size" / Int8ub,
"input_oob_action" / BitList(2, reversed=True),
)
ProvisioningStart = Struct(
"algorithm" / EnumAdapter(Int8ub, ProvisioningAlgorithm),
"public_key" / ExprAdapter(Int8ub, lambda obj, ctx: bool(obj),
lambda obj, ctx: 1 if obj else 0),
"authentication_method" /
EnumAdapter(Int8ub, ProvisioningAuthenticationMethod),
"authentication_action" / Switch(
this.authentication_method,
{
ProvisioningAuthenticationMethod.NONE:
Const(0, Int8ub),
ProvisioningAuthenticationMethod.STATIC:
Const(0, Int8ub),
ProvisioningAuthenticationMethod.OUTPUT:
EnumAdapter(Int8ub, ProvisioningOutputOOBAction),
ProvisioningAuthenticationMethod.INPUT:
EnumAdapter(Int8ub, ProvisioningInputOOBAction),
BATTERY_NOT_CHARGEABLE = 0b00
BATTERY_CHARGEABLE_NOT_CHARGING = 0b01
BATTERY_CHARGEABLE_CHARGING = 0b10
BATTERY_CHARGING_STATE_UNKNOWN = 0b11
class GenericBatteryFlagsServiceability(IntEnum):
RFU = 0b00
BATTERY_NOT_REQUIRE_SERVICE = 0b01
BATTERY_REQUIRE_SERVICE = 0b10
BATTERY_SERVICEABILITY_UNKNOWN = 0b11
BatteryFlags = BitStruct(
"battery_serviceability_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsServiceability),
"battery_charging_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsCharging),
"battery_indicator_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsIndicator),
"battery_presence_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsPresence),
)
GenericBatteryGet = Struct()
GenericBatteryStatus = Struct(
"battery_level" / DefaultCountValidator(Int8ul),
"time_to_discharge" / DefaultCountValidator(Int24ul),
"time_to_charge" / DefaultCountValidator(Int24ul), "flags" / BatteryFlags)
GenericMoveSetOptional = Struct(Embedded(GenericMoveSetMinimal),
Embedded(OptionalSetParameters))
GenericMoveSet = Select(GenericMoveSetOptional, GenericMoveSetMinimal)
GenericLevelStatusMinimal = Struct("present_level" / Int16ul)
GenericLevelStatusOptional = Struct(
Embedded(GenericLevelStatusMinimal), "target_level" / Int16ul,
"remaining_time" /
TransitionTimeAdapter(TransitionTime, allow_unknown=True))
GenericLevelStatus = Select(GenericLevelStatusOptional,
GenericLevelStatusMinimal)
GenericLevelMessage = Struct(
"opcode" / EnumAdapter(Opcode, GenericLevelOpcode), "params" / Switch(
this.opcode,
{
GenericLevelOpcode.LEVEL_GET: GenericLevelGet,
GenericLevelOpcode.LEVEL_SET: GenericLevelSet,
GenericLevelOpcode.LEVEL_SET_UNACKNOWLEDGED: GenericLevelSet,
GenericLevelOpcode.LEVEL_STATUS: GenericLevelStatus,
GenericLevelOpcode.DELTA_SET: GenericDeltaSet,
GenericLevelOpcode.DELTA_SET_UNACKNOWLEDGED: GenericDeltaSet,
GenericLevelOpcode.MOVE_SET: GenericMoveSet,
GenericLevelOpcode.MOVE_SET_UNACKNOWLEDGED: GenericMoveSet,
},
))
passed_time: datetime = obj["date"]
total_time = passed_time.timestamp(
) - MESH_UNIX_EPOCH_DIFF - passed_time.utcoffset().total_seconds()
return Container(tai_seconds=int(total_time),
subsecond=seconds_to_subsecond(total_time),
uncertainty=int(
(obj["uncertainty"].total_seconds() * 100)),
tai_utc_delta=timedelta_to_mesh_tai_utc_delta(
obj["tai_utc_delta"]),
time_authority=bool(obj["time_authority"]),
time_zone_offset=timedelta_to_mesh_time_zone_offset(
passed_time.utcoffset()))
TimeRoleMsg = Struct("time_role" / EnumAdapter(Int8ul, TimeRole))
TimeGet = Struct()
TimeSet = TimeAdapter(Time)
TimeStatus = TimeAdapter(Time)
TimeZoneGet = Struct()
TimeZoneSet = Struct(
"time_zone_offset_new" / Int8ul,
"tai_of_zone_change" / BytesInteger(5, swapped=True),
)
TimeZoneStatus = Struct(
"tid" / Int8ul
)
LightLightnessSetOptional = Struct(
Embedded(LightLightnessSetMinimal),
Embedded(OptionalSetParameters)
)
LightLightnessSet = Select(
LightLightnessSetOptional,
LightLightnessSetMinimal
)
LightLightnessMessage = Struct(
"opcode" / EnumAdapter(Opcode, LightLightnessOpcode),
"params" / Switch(
this.opcode,
{
LightLightnessOpcode.LIGHTNESS_GET: LightLightnessGet,
LightLightnessOpcode.LIGHTNESS_SET: LightLightnessSet,
LightLightnessOpcode.LIGHTNESS_SET_UNACKNOWLEDGED: LightLightnessSet,
LightLightnessOpcode.LIGHTNESS_STATUS: LightLightnessStatus,
LightLightnessOpcode.LIGHTNESS_LINEAR_GET: LightLightnessGet,
LightLightnessOpcode.LIGHTNESS_LINEAR_SET: LightLightnessSet,
LightLightnessOpcode.LIGHTNESS_LINEAR_SET_UNACKNOWLEDGED: LightLightnessSet,
LightLightnessOpcode.LIGHTNESS_LINEAR_STATUS: LightLightnessStatus,
LightLightnessOpcode.LIGHTNESS_LAST_GET: LightLightnessGet,
LightLightnessOpcode.LIGHTNESS_LAST_STATUS: LightLightnessDefault,
LightLightnessOpcode.LIGHTNESS_DEFAULT_GET: LightLightnessGet,
LightLightnessOpcode.LIGHTNESS_DEFAULT_STATUS: LightLightnessDefault,
GenericOnOffGet = Struct()
GenericOnOffSetMinimal = Struct("onoff" / Int8ul, "tid" / Int8ul)
GenericOnOffSetOptional = Struct(
"onoff" / Int8ul, "tid" / Int8ul, "transition_time" /
TransitionTimeAdapter(TransitionTime, allow_unknown=False),
"delay" / Delay(Int8ul))
GenericOnOffSet = Select(GenericOnOffSetOptional, GenericOnOffSetMinimal)
GenericOnOffStatusMinimal = Struct("present_onoff" / Int8ul)
GenericOnOffStatusOptional = Struct(
"present_onoff" / Int8ul, "target_onoff" / Int8ul, "remaining_time" /
TransitionTimeAdapter(TransitionTime, allow_unknown=True))
GenericOnOffStatus = Select(GenericOnOffStatusOptional,
GenericOnOffStatusMinimal)
GenericOnOffMessage = Struct(
"opcode" / EnumAdapter(Opcode, GenericOnOffOpcode), "params" / Switch(
this.opcode,
{
GenericOnOffOpcode.ONOFF_GET: GenericOnOffGet,
GenericOnOffOpcode.ONOFF_SET: GenericOnOffSet,
GenericOnOffOpcode.ONOFF_SET_UNACKNOWLEDGED: GenericOnOffSet,
GenericOnOffOpcode.ONOFF_STATUS: GenericOnOffStatus,
},
))
SENSOR_CADENCE_GET = 0x8234
SENSOR_CADENCE_SET = 0x55
SENSOR_CADENCE_SET_UNACKNOWLEDGED = 0x56
SENSOR_CADENCE_STATUS = 0x57
SENSOR_SETTINGS_GET = 0x8235
SENSOR_SETTINGS_STATUS = 0x58
SENSOR_SETTING_GET = 0x8236
SENSOR_SETTING_SET = 0x59
SENSOR_SETTING_SET_UNACKNOWLEDGED = 0x5A
SENSOR_SETTING_STATUS = 0x5B
def __repr__(self):
return str(self.value)
SensorPropertyId = Select(EnumAdapter(Int16ul, PropertyID), Int16ul)
# fmt: off
SensorGetMinimal = Struct()
SensorGetOptional = Struct("property_id" / SensorPropertyId, )
SensorGet = Select(SensorGetOptional, SensorGetMinimal)
SensorSettingsGet = Struct("sensor_property_id" / SensorPropertyId, )
SensorSettingGet = Struct(
Embedded(SensorSettingsGet),
"sensor_setting_property_id" / SensorPropertyId,
)
"scene_number" / ExprValidator(Int16ul, obj_ > 0),
"tid" / Int8ul,
)
SceneRecallWithTransition = Struct(
"scene_number" / ExprValidator(Int16ul, obj_ > 0),
"tid" / Int8ul,
"transition_time" /
TransitionTimeAdapter(TransitionTime, allow_unknown=False),
"delay" / Delay(Int8ul),
)
SceneRecall = Select(SceneRecallWithTransition, SceneRecallMinimal)
SceneStatusMinimal = Struct(
"status_code" / EnumAdapter(Int8ul, SceneStatusCode),
"current_scene" / Int16ul)
SceneStatusWithTargetScene = Struct(
"status_code" / EnumAdapter(Int8ul, SceneStatusCode),
"current_scene" / Int16ul,
"target_scene" / Int16ul,
"remaining_time" /
TransitionTimeAdapter(TransitionTime, allow_unknown=False),
)
SceneStatus = Select(SceneStatusWithTargetScene, SceneStatusMinimal)
SceneRegisterGet = Struct()
SceneRegisterStatus = Struct(
BATTERY_CHARGEABLE_NOT_CHARGING = 0b01
BATTERY_CHARGEABLE_CHARGING = 0b10
BATTERY_CHARGING_STATE_UNKNOWN = 0b11
class GenericBatteryFlagsServiceability(IntEnum):
RFU = 0b00
BATTERY_NOT_REQUIRE_SERVICE = 0b01
BATTERY_REQUIRE_SERVICE = 0b10
BATTERY_SERVICEABILITY_UNKNOWN = 0b11
# fmt: off
BatteryFlags = BitStruct(
"battery_serviceability_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsServiceability),
"battery_charging_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsCharging),
"battery_indicator_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsIndicator),
"battery_presence_flags" /
EnumAdapter(BitsInteger(2), GenericBatteryFlagsPresence),
)
GenericBatteryGet = Struct()
GenericBatteryStatus = Struct(
"battery_level" / DefaultCountValidator(Int8ul),
"time_to_discharge" / DefaultCountValidator(Int24ul),
"time_to_charge" / DefaultCountValidator(Int24ul), "flags" / BatteryFlags)
UINT64 = 0x03
INT8 = 0x04
INT16 = 0x05
INT32 = 0x06
INT64 = 0x07
FLOAT = 0x08
DOUBLE = 0x09
ENUM = 0x0A
STRING = 0x0B
ARRAY = 0x0C
INVALID = 0xFF
# fmt: off
DebugV2Parameter = SwitchStruct(
"data_type" / EnumAdapter(Int8ul, DebugV2DataTypes), "parameter" / Switch(
this.data_type, {
DebugV2DataTypes.UINT8: Int8ul,
DebugV2DataTypes.UINT16: Int16ul,
DebugV2DataTypes.UINT32: Int32ul,
DebugV2DataTypes.UINT64: Int64ul,
DebugV2DataTypes.INT8: Int8sl,
DebugV2DataTypes.INT16: Int16sl,
DebugV2DataTypes.INT32: Int32sl,
DebugV2DataTypes.INT64: Int64sl,
DebugV2DataTypes.FLOAT: Float32l,
DebugV2DataTypes.DOUBLE: Float64l,
DebugV2DataTypes.ENUM: Int8ul,
DebugV2DataTypes.STRING: PascalString(Int8ul, "utf-8"),
DebugV2DataTypes.ARRAY: PrefixedArray(Int8ul, Int8ul),
DebugV2DataTypes.INVALID: Struct()
}
)
)
# TODO: message not implemented due to somewhat complicated structure and lack of examples
# SensorCadence = Struct(
# "sensor_setting_property_id" / Int16ul,
# *FastCadencePeriodDivisorAndTriggerType,
# Embedded(TriggerDelta),
# "status_min_interval" / ExprAdapter(Int16ul, lambda obj, ctx: pow(2, obj), lambda obj, ctx: log(obj, 2)),
# "fast_cadence_low" / PropertyValue,
# "fast_cadence_high" / PropertyValue
# )
SensorMessage = Struct(
"opcode" / EnumAdapter(Opcode, SensorOpcode),
"params" / Switch(
this.opcode,
{
SensorOpcode.SENSOR_DESCRIPTOR_GET: SensorGet,
SensorOpcode.SENSOR_DESCRIPTOR_STATUS: SensorDescriptorStatus,
SensorOpcode.SENSOR_GET: SensorGet,
SensorOpcode.SENSOR_STATUS: SensorStatus,
# SensorOpcode.SENSOR_COLUMN_GET: SensorColumnGet,
# SensorOpcode.SENSOR_COLUMN_STATUS: 0x00,
# SensorOpcode.SENSOR_SERIES_GET: SensorSeriesGet,
# SensorOpcode.SENSOR_SERIES_STATUS: 0x00,
},
)
)
)
SceneRecallWithTransition = Struct(
"scene_number" / ExprValidator(Int16ul, obj_ > 0),
"tid" / Int8ul,
"transition_time" / TransitionTimeAdapter(TransitionTime, allow_unknown=False),
"delay" / Delay(Int8ul),
)
SceneRecall = Select(
SceneRecallWithTransition,
SceneRecallMinimal
)
SceneStatusMinimal = Struct(
"status_code" / EnumAdapter(Int8ul, SceneStatusCode),
"current_scene" / Int16ul
)
SceneStatusWithTargetScene = Struct(
"status_code" / EnumAdapter(Int8ul, SceneStatusCode),
"current_scene" / Int16ul,
"target_scene" / Int16ul,
"remaining_time" / TransitionTimeAdapter(TransitionTime, allow_unknown=False),
)
SceneStatus = Select(
SceneStatusWithTargetScene,
SceneStatusMinimal
)
Embedded(ConfigurationSetWithOptionalDhcpEnabledWithStaticDns),
"ip_address" / IpAddressAdapter(Bytes(4)),
"gateway_ip_address" / IpAddressAdapter(Bytes(4)),
"netmask" / Int8ul,
)
ConfigurationSet = Select(
static=ConfigurationSetWithOptionalDhcpDisabled,
dns=ConfigurationSetWithOptionalDhcpEnabledWithStaticDns,
minimal=ConfigurationSetWithoutOptionalAutoDhcpEnabled,
)
ConfigurationStatus = Struct(
"chip_revision_id" / Int8ul,
Embedded(ConfigurationSetWithOptionalDhcpDisabled),
"flags" / EnumAdapter(Int8ul, DhcpFlag),
"status_code" / EnumAdapter(Int8ul, StatusCode),
)
ConnectionState = BitStruct(
"conn_state" / EnumAdapter(BitsInteger(3), ConnState),
"link_status" / EnumAdapter(BitsInteger(1), LinkStatus),
"last_error" / EnumAdapter(BitsInteger(4), LastError))
# GATEWAY PACKETS MSG
PacketsStatus = Struct(
"total_eth_rx_errors" / Int16ul,
"total_eth_tx_errors" / Int16ul,
"bandwidth" / Int16ul,
"connection_state" / ConnectionState,
)
ENABLED = 0x01
NOT_SUPPORTED = 0x02
class KeyRefreshPhase(enum.IntEnum):
NORMAL = 0x00
FIRST = 0x01
SECOND = 0x02
class KeyRefreshTransition(enum.IntEnum):
SECOND = 0x02
THIRD = 0x03
SecureNetworkBeaconAdapter = EnumAdapter(Int8ul, SecureNetworkBeacon)
GATTProxyAdapter = EnumAdapter(Int8ul, GATTProxy)
RelayAdapter = EnumAdapter(Int8ul, Relay)
GATTNamespaceDescriptorAdapter = EnumAdapter(Int16ul, GATTNamespaceDescriptor)
PublishFriendshipCredentialsFlagAdapter = EnumAdapter(
Flag, PublishFriendshipCredentialsFlag)
StatusCodeAdapter = EnumAdapter(Int8ul, StatusCode)
NodeIdentityAdapter = EnumAdapter(Int8ul, NodeIdentity)
FriendAdapter = EnumAdapter(Int8ul, Friend)
GreedyRange(
ByteSwapped(
BitStruct(
"sequence" / Bytewise(Int24ub),
"ivi" / BitsInteger(1),
"address" / BitsInteger(15),
)
)
),
key=this.address,
value=[this.ivi, this.sequence]
)
)
DebugPayload = Struct(
"subopcode" / EnumAdapter(Int8ul, DebugSubOpcode),
"data" / Default(Switch(
this.subopcode,
{
DebugSubOpcode.RSSI_THRESHOLD_SET: RssiThreshold,
DebugSubOpcode.RSSI_THRESHOLD_STATUS: RssiThreshold,
DebugSubOpcode.RADIO_TEST: RadioTest,
DebugSubOpcode.TIMESLOT_TX_POWER_SET: TxPower,
DebugSubOpcode.TIMESLOT_TX_POWER_STATUS: TxPower,
DebugSubOpcode.SOFTDEVICE_TX_POWER_SET: TxPower,
DebugSubOpcode.SOFTDEVICE_TX_POWER_STATUS: TxPower,
DebugSubOpcode.UPTIME_STATUS: UptimeStatus,
DebugSubOpcode.LAST_SW_FAULT_STATUS: LastFault,
DebugSubOpcode.SYSTEM_STATS_STATUS: SystemStats,
DebugSubOpcode.LAST_MALLOC_FAULT_STATUS: LastFault,
DebugSubOpcode.LAST_FDS_FAULT_STATUS: LastFault,
)
ArapListContentGet = Struct("page" / Int8ul)
ArapNode = ByteSwapped(
BitStruct(
"sequence" / Bytewise(Int24ub),
"ivi" / BitsInteger(1),
"address" / BitsInteger(15),
))
ArapListContentStatus = Struct("current_page" / Int8ul, "last_page" / Int8ul,
"nodes" / GreedyRange(ArapNode))
DebugParams = SwitchStruct(
"subopcode" / EnumAdapter(Int8ul, DebugSubOpcode), "payload" / Switch(
this.subopcode, {
DebugSubOpcode.RSSI_THRESHOLD_GET: RssiThresholdGet,
DebugSubOpcode.RSSI_THRESHOLD_SET: RssiThreshold,
DebugSubOpcode.RSSI_THRESHOLD_STATUS: RssiThreshold,
DebugSubOpcode.RADIO_TEST: RadioTest,
DebugSubOpcode.TIMESLOT_TX_POWER_GET: TimeslotTxPowerGet,
DebugSubOpcode.TIMESLOT_TX_POWER_SET: TimeslotTxPowerStatus,
DebugSubOpcode.TIMESLOT_TX_POWER_STATUS: TimeslotTxPowerStatus,
DebugSubOpcode.SOFTDEVICE_TX_POWER_GET: SoftdeviceTxPowerGet,
DebugSubOpcode.SOFTDEVICE_TX_POWER_SET: SoftdeviceTxPowerStatus,
DebugSubOpcode.SOFTDEVICE_TX_POWER_STATUS: SoftdeviceTxPowerStatus,
DebugSubOpcode.UPTIME_GET: UptimeGet,
DebugSubOpcode.UPTIME_STATUS: UptimeStatus,
DebugSubOpcode.LAST_SW_FAULT_GET: LastSwFaultGet,
DebugSubOpcode.LAST_SW_FAULT_CLEAR: LastSwFaultClear,