// This IDL was generated automatically by ZAP.
// It is for view/code review purposes only.

enum AreaTypeTag : enum8 {
  kAisle = 0;
  kAttic = 1;
  kBackDoor = 2;
  kBackYard = 3;
  kBalcony = 4;
  kBallroom = 5;
  kBathroom = 6;
  kBedroom = 7;
  kBorder = 8;
  kBoxroom = 9;
  kBreakfastRoom = 10;
  kCarport = 11;
  kCellar = 12;
  kCloakroom = 13;
  kCloset = 14;
  kConservatory = 15;
  kCorridor = 16;
  kCraftRoom = 17;
  kCupboard = 18;
  kDeck = 19;
  kDen = 20;
  kDining = 21;
  kDrawingRoom = 22;
  kDressingRoom = 23;
  kDriveway = 24;
  kElevator = 25;
  kEnsuite = 26;
  kEntrance = 27;
  kEntryway = 28;
  kFamilyRoom = 29;
  kFoyer = 30;
  kFrontDoor = 31;
  kFrontYard = 32;
  kGameRoom = 33;
  kGarage = 34;
  kGarageDoor = 35;
  kGarden = 36;
  kGardenDoor = 37;
  kGuestBathroom = 38;
  kGuestBedroom = 39;
  kGuestRoom = 41;
  kGym = 42;
  kHallway = 43;
  kHearthRoom = 44;
  kKidsRoom = 45;
  kKidsBedroom = 46;
  kKitchen = 47;
  kLaundryRoom = 49;
  kLawn = 50;
  kLibrary = 51;
  kLivingRoom = 52;
  kLounge = 53;
  kMediaTVRoom = 54 [spec_name = "Media/TV Room"];
  kMudRoom = 55;
  kMusicRoom = 56;
  kNursery = 57;
  kOffice = 58;
  kOutdoorKitchen = 59;
  kOutside = 60;
  kPantry = 61;
  kParkingLot = 62;
  kParlor = 63;
  kPatio = 64;
  kPlayRoom = 65;
  kPoolRoom = 66;
  kPorch = 67;
  kPrimaryBathroom = 68;
  kPrimaryBedroom = 69;
  kRamp = 70;
  kReceptionRoom = 71;
  kRecreationRoom = 72;
  kRoof = 74;
  kSauna = 75;
  kScullery = 76;
  kSewingRoom = 77;
  kShed = 78;
  kSideDoor = 79;
  kSideYard = 80;
  kSittingRoom = 81;
  kSnug = 82;
  kSpa = 83;
  kStaircase = 84;
  kSteamRoom = 85;
  kStorageRoom = 86;
  kStudio = 87;
  kStudy = 88;
  kSunRoom = 89;
  kSwimmingPool = 90;
  kTerrace = 91;
  kUtilityRoom = 92;
  kWard = 93;
  kWorkshop = 94;
  kToilet = 95;
}

enum AtomicRequestTypeEnum : enum8 {
  kBeginWrite = 0;
  kCommitWrite = 1;
  kRollbackWrite = 2;
}

enum LandmarkTag : enum8 {
  kAirConditioner = 0;
  kAirPurifier = 1;
  kBackDoor = 2;
  kBarStool = 3;
  kBathMat = 4;
  kBathtub = 5;
  kBed = 6;
  kBookshelf = 7;
  kChair = 8;
  kChristmasTree = 9;
  kCoatRack = 10;
  kCoffeeTable = 11;
  kCookingRange = 12;
  kCouch = 13;
  kCountertop = 14;
  kCradle = 15;
  kCrib = 16;
  kDesk = 17;
  kDiningTable = 18;
  kDishwasher = 19;
  kDoor = 20;
  kDresser = 21;
  kLaundryDryer = 22;
  kFan = 23;
  kFireplace = 24;
  kFreezer = 25;
  kFrontDoor = 26;
  kHighChair = 27;
  kKitchenIsland = 28;
  kLamp = 29;
  kLitterBox = 30;
  kMirror = 31;
  kNightstand = 32;
  kOven = 33;
  kPetBed = 34;
  kPetBowl = 35;
  kPetCrate = 36;
  kRefrigerator = 37;
  kScratchingPost = 38;
  kShoeRack = 39;
  kShower = 40;
  kSideDoor = 41;
  kSink = 42;
  kSofa = 43;
  kStove = 44;
  kTable = 45;
  kToilet = 46;
  kTrashCan = 47;
  kLaundryWasher = 48;
  kWindow = 49;
  kWineCooler = 50;
}

enum LocationTag : enum8 {
  kIndoor = 0;
  kOutdoor = 1;
  kInside = 2;
  kOutside = 3;
}

enum MeasurementTypeEnum : enum16 {
  kUnspecified = 0;
  kVoltage = 1;
  kActiveCurrent = 2;
  kReactiveCurrent = 3;
  kApparentCurrent = 4;
  kActivePower = 5;
  kReactivePower = 6;
  kApparentPower = 7;
  kRMSVoltage = 8;
  kRMSCurrent = 9;
  kRMSPower = 10;
  kFrequency = 11;
  kPowerFactor = 12;
  kNeutralCurrent = 13;
  kElectricalEnergy = 14;
  kReactiveEnergy = 15;
  kApparentEnergy = 16;
  kSoilMoisture = 17;
}

enum PositionTag : enum8 {
  kLeft = 0;
  kRight = 1;
  kTop = 2;
  kBottom = 3;
  kMiddle = 4;
  kRow = 5;
  kColumn = 6;
}

enum PowerThresholdSourceEnum : enum8 {
  kContract = 0;
  kRegulator = 1;
  kEquipment = 2;
}

enum RelativePositionTag : enum8 {
  kUnder = 0;
  kNextTo = 1;
  kAround = 2;
  kOn = 3;
  kAbove = 4;
  kFrontOf = 5;
  kBehind = 6;
}

enum StreamUsageEnum : enum8 {
  kInternal = 0;
  kRecording = 1;
  kAnalysis = 2;
  kLiveView = 3;
}

enum TariffPriceTypeEnum : enum8 {
  kStandard = 0;
  kCritical = 1;
  kVirtual = 2;
  kIncentive = 3;
  kIncentiveSignal = 4;
}

enum TariffUnitEnum : enum8 {
  kKWh = 0;
  kKVAh = 1;
}

enum TestGlobalEnum : enum8 {
  kSomeValue = 0;
  kSomeOtherValue = 1;
  kFinalValue = 2;
}

enum ThreeLevelAutoEnum : enum8 {
  kAuto = 0;
  kLow = 1;
  kMedium = 2;
  kHigh = 3;
}

enum WebRTCEndReasonEnum : enum8 {
  kICEFailed = 0;
  kICETimeout = 1;
  kUserHangup = 2;
  kUserBusy = 3;
  kReplaced = 4;
  kNoUserMedia = 5;
  kInviteTimeout = 6;
  kAnsweredElsewhere = 7;
  kOutOfResources = 8;
  kMediaTimeout = 9;
  kLowPower = 10;
  kPrivacyMode = 11;
  kUnknownReason = 12;
}

bitmap TestGlobalBitmap : bitmap32 {
  kFirstBit = 0x1;
  kSecondBit = 0x2;
}

struct CurrencyStruct {
  int16u currency = 0;
  int8u decimalPoints = 1;
}

struct PriceStruct {
  money amount = 0;
  CurrencyStruct currency = 1;
}

struct MeasurementAccuracyRangeStruct {
  int64s rangeMin = 0;
  int64s rangeMax = 1;
  optional percent100ths percentMax = 2;
  optional percent100ths percentMin = 3;
  optional percent100ths percentTypical = 4;
  optional int64u fixedMax = 5;
  optional int64u fixedMin = 6;
  optional int64u fixedTypical = 7;
}

struct MeasurementAccuracyStruct {
  MeasurementTypeEnum measurementType = 0;
  boolean measured = 1;
  int64s minMeasuredValue = 2;
  int64s maxMeasuredValue = 3;
  MeasurementAccuracyRangeStruct accuracyRanges[] = 4;
}

struct AtomicAttributeStatusStruct {
  attrib_id attributeID = 0;
  status statusCode = 1;
}

struct ICECandidateStruct {
  char_string candidate = 0;
  nullable char_string SDPMid = 1;
  nullable int16u SDPMLineIndex = 2;
}

struct ICEServerStruct {
  char_string URLs[] = 0;
  optional long_char_string<508> username = 1;
  optional long_char_string<512> credential = 2;
  optional int16u caid = 3;
}

struct LocationDescriptorStruct {
  char_string<128> locationName = 0;
  nullable int16s floorNumber = 1;
  nullable AreaTypeTag areaType = 2;
}

struct PowerThresholdStruct {
  optional power_mw powerThreshold = 0;
  optional power_mva apparentPowerThreshold = 1;
  nullable PowerThresholdSourceEnum powerThresholdSource = 2;
}

struct TestGlobalStruct {
  char_string<128> name = 0;
  nullable TestGlobalBitmap myBitmap = 1;
  optional nullable TestGlobalEnum myEnum = 2;
}

struct ViewportStruct {
  int16u x1 = 0;
  int16u y1 = 1;
  int16u x2 = 2;
  int16u y2 = 3;
}

fabric_scoped struct WebRTCSessionStruct {
  int16u id = 0;
  node_id peerNodeID = 1;
  endpoint_no peerEndpointID = 2;
  StreamUsageEnum streamUsage = 3;
  nullable int16u videoStreamID = 4;
  nullable int16u audioStreamID = 5;
  boolean metadataEnabled = 6;
  fabric_idx fabricIndex = 254;
}

/** Attributes and commands for putting a device into Identification mode (e.g. flashing a light). */
cluster Identify = 3 {
  revision 5;

  enum EffectIdentifierEnum : enum8 {
    kBlink = 0;
    kBreathe = 1;
    kOkay = 2;
    kChannelChange = 11;
    kFinishEffect = 254;
    kStopEffect = 255;
  }

  enum EffectVariantEnum : enum8 {
    kDefault = 0;
  }

  enum IdentifyTypeEnum : enum8 {
    kNone = 0;
    kLightOutput = 1;
    kVisibleIndicator = 2;
    kAudibleBeep = 3;
    kDisplay = 4;
    kActuator = 5;
  }

  attribute int16u identifyTime = 0;
  readonly attribute IdentifyTypeEnum identifyType = 1;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct IdentifyRequest {
    int16u identifyTime = 0;
  }

  request struct TriggerEffectRequest {
    EffectIdentifierEnum effectIdentifier = 0;
    EffectVariantEnum effectVariant = 1;
  }

  /** This command starts or stops the receiving device identifying itself. */
  command access(invoke: manage) Identify(IdentifyRequest): DefaultSuccess = 0;
  /** This command allows the support of feedback to the user, such as a certain light effect. */
  command access(invoke: manage) TriggerEffect(TriggerEffectRequest): DefaultSuccess = 64;
}

/** Attributes and commands for group configuration and manipulation. */
cluster Groups = 4 {
  revision 4;

  bitmap Feature : bitmap32 {
    kGroupNames = 0x1;
  }

  bitmap NameSupportBitmap : bitmap8 {
    kGroupNames = 0x80;
  }

  readonly attribute NameSupportBitmap nameSupport = 0;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct AddGroupRequest {
    group_id groupID = 0;
    char_string<16> groupName = 1;
  }

  response struct AddGroupResponse = 0 {
    enum8 status = 0;
    group_id groupID = 1;
  }

  request struct ViewGroupRequest {
    group_id groupID = 0;
  }

  response struct ViewGroupResponse = 1 {
    enum8 status = 0;
    group_id groupID = 1;
    char_string<16> groupName = 2;
  }

  request struct GetGroupMembershipRequest {
    group_id groupList[] = 0;
  }

  response struct GetGroupMembershipResponse = 2 {
    nullable int8u capacity = 0;
    group_id groupList[] = 1;
  }

  request struct RemoveGroupRequest {
    group_id groupID = 0;
  }

  response struct RemoveGroupResponse = 3 {
    enum8 status = 0;
    group_id groupID = 1;
  }

  request struct AddGroupIfIdentifyingRequest {
    group_id groupID = 0;
    char_string<16> groupName = 1;
  }

  /** The AddGroup command allows a client to add group membership in a particular group for the server endpoint. */
  fabric command access(invoke: manage) AddGroup(AddGroupRequest): AddGroupResponse = 0;
  /** The ViewGroup command allows a client to request that the server responds with a ViewGroupResponse command containing the name string for a particular group. */
  fabric command ViewGroup(ViewGroupRequest): ViewGroupResponse = 1;
  /** The GetGroupMembership command allows a client to inquire about the group membership of the server endpoint, in a number of ways. */
  fabric command GetGroupMembership(GetGroupMembershipRequest): GetGroupMembershipResponse = 2;
  /** The RemoveGroup command allows a client to request that the server removes the membership for the server endpoint, if any, in a particular group. */
  fabric command access(invoke: manage) RemoveGroup(RemoveGroupRequest): RemoveGroupResponse = 3;
  /** The RemoveAllGroups command allows a client to direct the server to remove all group associations for the server endpoint. */
  fabric command access(invoke: manage) RemoveAllGroups(): DefaultSuccess = 4;
  /** The AddGroupIfIdentifying command allows a client to add group membership in a particular group for the server endpoint, on condition that the endpoint is identifying itself. */
  fabric command access(invoke: manage) AddGroupIfIdentifying(AddGroupIfIdentifyingRequest): DefaultSuccess = 5;
}

/** The Descriptor Cluster is meant to replace the support from the Zigbee Device Object (ZDO) for describing a node, its endpoints and clusters. */
cluster Descriptor = 29 {
  revision 3;

  bitmap Feature : bitmap32 {
    kTagList = 0x1;
  }

  struct DeviceTypeStruct {
    devtype_id deviceType = 0;
    int16u revision = 1;
  }

  struct SemanticTagStruct {
    nullable vendor_id mfgCode = 0;
    enum8 namespaceID = 1;
    enum8 tag = 2;
    optional nullable char_string<64> label = 3;
  }

  readonly attribute DeviceTypeStruct deviceTypeList[] = 0;
  readonly attribute cluster_id serverList[] = 1;
  readonly attribute cluster_id clientList[] = 2;
  readonly attribute endpoint_no partsList[] = 3;
  readonly attribute optional SemanticTagStruct tagList[] = 4;
  readonly attribute optional char_string<32> endpointUniqueID = 5;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;
}

/** The Binding Cluster is meant to replace the support from the Zigbee Device Object (ZDO) for supporting the binding table. */
cluster Binding = 30 {
  revision 1;

  fabric_scoped struct TargetStruct {
    optional node_id node = 1;
    optional group_id group = 2;
    optional endpoint_no endpoint = 3;
    optional cluster_id cluster = 4;
    fabric_idx fabricIndex = 254;
  }

  attribute access(write: manage) TargetStruct binding[] = 0;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;
}

/** The Access Control Cluster exposes a data model view of a
      Node's Access Control List (ACL), which codifies the rules used to manage
      and enforce Access Control for the Node's endpoints and their associated
      cluster instances. */
cluster AccessControl = 31 {
  revision 2;

  enum AccessControlEntryAuthModeEnum : enum8 {
    kPASE = 1 [spec_name = "PASE"];
    kCASE = 2 [spec_name = "CASE"];
    kGroup = 3;
  }

  enum AccessControlEntryPrivilegeEnum : enum8 {
    kView = 1;
    kProxyView = 2;
    kOperate = 3;
    kManage = 4;
    kAdminister = 5;
  }

  enum AccessRestrictionTypeEnum : enum8 {
    kAttributeAccessForbidden = 0;
    kAttributeWriteForbidden = 1;
    kCommandForbidden = 2;
    kEventForbidden = 3;
  }

  enum ChangeTypeEnum : enum8 {
    kChanged = 0;
    kAdded = 1;
    kRemoved = 2;
  }

  bitmap Feature : bitmap32 {
    kExtension = 0x1;
    kManagedDevice = 0x2;
  }

  struct AccessRestrictionStruct {
    AccessRestrictionTypeEnum type = 0;
    nullable int32u id = 1;
  }

  struct CommissioningAccessRestrictionEntryStruct {
    endpoint_no endpoint = 0;
    cluster_id cluster = 1;
    AccessRestrictionStruct restrictions[] = 2;
  }

  fabric_scoped struct AccessRestrictionEntryStruct {
    fabric_sensitive endpoint_no endpoint = 0;
    fabric_sensitive cluster_id cluster = 1;
    fabric_sensitive AccessRestrictionStruct restrictions[] = 2;
    fabric_idx fabricIndex = 254;
  }

  struct AccessControlTargetStruct {
    nullable cluster_id cluster = 0;
    nullable endpoint_no endpoint = 1;
    nullable devtype_id deviceType = 2;
  }

  fabric_scoped struct AccessControlEntryStruct {
    fabric_sensitive AccessControlEntryPrivilegeEnum privilege = 1;
    fabric_sensitive AccessControlEntryAuthModeEnum authMode = 2;
    nullable fabric_sensitive int64u subjects[] = 3;
    nullable fabric_sensitive AccessControlTargetStruct targets[] = 4;
    fabric_idx fabricIndex = 254;
  }

  fabric_scoped struct AccessControlExtensionStruct {
    fabric_sensitive octet_string<128> data = 1;
    fabric_idx fabricIndex = 254;
  }

  fabric_sensitive info event access(read: administer) AccessControlEntryChanged = 0 {
    nullable node_id adminNodeID = 1;
    nullable int16u adminPasscodeID = 2;
    ChangeTypeEnum changeType = 3;
    nullable AccessControlEntryStruct latestValue = 4;
    fabric_idx fabricIndex = 254;
  }

  fabric_sensitive info event access(read: administer) AccessControlExtensionChanged = 1 {
    nullable node_id adminNodeID = 1;
    nullable int16u adminPasscodeID = 2;
    ChangeTypeEnum changeType = 3;
    nullable AccessControlExtensionStruct latestValue = 4;
    fabric_idx fabricIndex = 254;
  }

  fabric_sensitive info event access(read: administer) FabricRestrictionReviewUpdate = 2 {
    int64u token = 0;
    optional long_char_string instruction = 1;
    optional long_char_string ARLRequestFlowUrl = 2;
    fabric_idx fabricIndex = 254;
  }

  attribute access(read: administer, write: administer) AccessControlEntryStruct acl[] = 0;
  attribute access(read: administer, write: administer) optional AccessControlExtensionStruct extension[] = 1;
  readonly attribute int16u subjectsPerAccessControlEntry = 2;
  readonly attribute int16u targetsPerAccessControlEntry = 3;
  readonly attribute int16u accessControlEntriesPerFabric = 4;
  readonly attribute optional CommissioningAccessRestrictionEntryStruct commissioningARL[] = 5;
  readonly attribute optional AccessRestrictionEntryStruct arl[] = 6;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct ReviewFabricRestrictionsRequest {
    CommissioningAccessRestrictionEntryStruct arl[] = 0;
  }

  response struct ReviewFabricRestrictionsResponse = 1 {
    int64u token = 0;
  }

  /** This command signals to the service associated with the device vendor that the fabric administrator would like a review of the current restrictions on the accessing fabric. */
  fabric command access(invoke: administer) ReviewFabricRestrictions(ReviewFabricRestrictionsRequest): ReviewFabricRestrictionsResponse = 0;
}

/** This cluster provides attributes and events for determining basic information about Nodes, which supports both
      Commissioning and operational determination of Node characteristics, such as Vendor ID, Product ID and serial number,
      which apply to the whole Node. Also allows setting user device information such as location. */
cluster BasicInformation = 40 {
  revision 5;

  enum ColorEnum : enum8 {
    kBlack = 0;
    kNavy = 1;
    kGreen = 2;
    kTeal = 3;
    kMaroon = 4;
    kPurple = 5;
    kOlive = 6;
    kGray = 7;
    kBlue = 8;
    kLime = 9;
    kAqua = 10;
    kRed = 11;
    kFuchsia = 12;
    kYellow = 13;
    kWhite = 14;
    kNickel = 15;
    kChrome = 16;
    kBrass = 17;
    kCopper = 18;
    kSilver = 19;
    kGold = 20;
  }

  enum ProductFinishEnum : enum8 {
    kOther = 0;
    kMatte = 1;
    kSatin = 2;
    kPolished = 3;
    kRugged = 4;
    kFabric = 5;
  }

  struct CapabilityMinimaStruct {
    int16u caseSessionsPerFabric = 0;
    int16u subscriptionsPerFabric = 1;
  }

  struct ProductAppearanceStruct {
    ProductFinishEnum finish = 0;
    nullable ColorEnum primaryColor = 1;
  }

  critical event StartUp = 0 {
    int32u softwareVersion = 0;
  }

  critical event ShutDown = 1 {
  }

  info event Leave = 2 {
    fabric_idx fabricIndex = 0;
  }

  info event ReachableChanged = 3 {
    boolean reachableNewValue = 0;
  }

  readonly attribute int16u dataModelRevision = 0;
  readonly attribute char_string<32> vendorName = 1;
  readonly attribute vendor_id vendorID = 2;
  readonly attribute char_string<32> productName = 3;
  readonly attribute int16u productID = 4;
  attribute access(write: manage) char_string<32> nodeLabel = 5;
  attribute access(write: administer) char_string<2> location = 6;
  readonly attribute int16u hardwareVersion = 7;
  readonly attribute char_string<64> hardwareVersionString = 8;
  readonly attribute int32u softwareVersion = 9;
  readonly attribute char_string<64> softwareVersionString = 10;
  readonly attribute optional char_string<16> manufacturingDate = 11;
  readonly attribute optional char_string<32> partNumber = 12;
  readonly attribute optional long_char_string<256> productURL = 13;
  readonly attribute optional char_string<64> productLabel = 14;
  readonly attribute optional char_string<32> serialNumber = 15;
  attribute access(write: manage) optional boolean localConfigDisabled = 16;
  readonly attribute optional boolean reachable = 17;
  readonly attribute char_string<32> uniqueID = 18;
  readonly attribute CapabilityMinimaStruct capabilityMinima = 19;
  readonly attribute optional ProductAppearanceStruct productAppearance = 20;
  readonly attribute int32u specificationVersion = 21;
  readonly attribute int16u maxPathsPerInvoke = 22;
  readonly attribute int32u configurationVersion = 24;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  command MfgSpecificPing(): DefaultSuccess = 0;
}

/** Provides an interface for providing OTA software updates */
cluster OtaSoftwareUpdateProvider = 41 {
  revision 1; // NOTE: Default/not specifically set

  enum ApplyUpdateActionEnum : enum8 {
    kProceed = 0;
    kAwaitNextAction = 1;
    kDiscontinue = 2;
  }

  enum DownloadProtocolEnum : enum8 {
    kBDXSynchronous = 0;
    kBDXAsynchronous = 1;
    kHTTPS = 2 [spec_name = "HTTPS"];
    kVendorSpecific = 3;
  }

  enum StatusEnum : enum8 {
    kUpdateAvailable = 0;
    kBusy = 1;
    kNotAvailable = 2;
    kDownloadProtocolNotSupported = 3;
  }

  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct QueryImageRequest {
    vendor_id vendorID = 0;
    int16u productID = 1;
    int32u softwareVersion = 2;
    DownloadProtocolEnum protocolsSupported[] = 3;
    optional int16u hardwareVersion = 4;
    optional char_string<2> location = 5;
    optional boolean requestorCanConsent = 6;
    optional octet_string<512> metadataForProvider = 7;
  }

  response struct QueryImageResponse = 1 {
    StatusEnum status = 0;
    optional int32u delayedActionTime = 1;
    optional char_string<256> imageURI = 2;
    optional int32u softwareVersion = 3;
    optional char_string<64> softwareVersionString = 4;
    optional octet_string<32> updateToken = 5;
    optional boolean userConsentNeeded = 6;
    optional octet_string<512> metadataForRequestor = 7;
  }

  request struct ApplyUpdateRequestRequest {
    octet_string<32> updateToken = 0;
    int32u newVersion = 1;
  }

  response struct ApplyUpdateResponse = 3 {
    ApplyUpdateActionEnum action = 0;
    int32u delayedActionTime = 1;
  }

  request struct NotifyUpdateAppliedRequest {
    octet_string<32> updateToken = 0;
    int32u softwareVersion = 1;
  }

  /** Determine availability of a new Software Image */
  command QueryImage(QueryImageRequest): QueryImageResponse = 0;
  /** Determine next action to take for a downloaded Software Image */
  command ApplyUpdateRequest(ApplyUpdateRequestRequest): ApplyUpdateResponse = 2;
  /** Notify OTA Provider that an update was applied */
  command NotifyUpdateApplied(NotifyUpdateAppliedRequest): DefaultSuccess = 4;
}

/** Provides an interface for downloading and applying OTA software updates */
cluster OtaSoftwareUpdateRequestor = 42 {
  revision 1; // NOTE: Default/not specifically set

  enum AnnouncementReasonEnum : enum8 {
    kSimpleAnnouncement = 0;
    kUpdateAvailable = 1;
    kUrgentUpdateAvailable = 2;
  }

  enum ChangeReasonEnum : enum8 {
    kUnknown = 0;
    kSuccess = 1;
    kFailure = 2;
    kTimeOut = 3;
    kDelayByProvider = 4;
  }

  enum UpdateStateEnum : enum8 {
    kUnknown = 0;
    kIdle = 1;
    kQuerying = 2;
    kDelayedOnQuery = 3;
    kDownloading = 4;
    kApplying = 5;
    kDelayedOnApply = 6;
    kRollingBack = 7;
    kDelayedOnUserConsent = 8;
  }

  fabric_scoped struct ProviderLocation {
    node_id providerNodeID = 1;
    endpoint_no endpoint = 2;
    fabric_idx fabricIndex = 254;
  }

  info event StateTransition = 0 {
    UpdateStateEnum previousState = 0;
    UpdateStateEnum newState = 1;
    ChangeReasonEnum reason = 2;
    nullable int32u targetSoftwareVersion = 3;
  }

  critical event VersionApplied = 1 {
    int32u softwareVersion = 0;
    int16u productID = 1;
  }

  info event DownloadError = 2 {
    int32u softwareVersion = 0;
    int64u bytesDownloaded = 1;
    nullable int8u progressPercent = 2;
    nullable int64s platformCode = 3;
  }

  attribute access(write: administer) ProviderLocation defaultOTAProviders[] = 0;
  readonly attribute boolean updatePossible = 1;
  readonly attribute UpdateStateEnum updateState = 2;
  readonly attribute nullable int8u updateStateProgress = 3;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct AnnounceOTAProviderRequest {
    node_id providerNodeID = 0;
    vendor_id vendorID = 1;
    AnnouncementReasonEnum announcementReason = 2;
    optional octet_string<512> metadataForNode = 3;
    endpoint_no endpoint = 4;
  }

  /** Announce the presence of an OTA Provider */
  command access(invoke: administer) AnnounceOTAProvider(AnnounceOTAProviderRequest): DefaultSuccess = 0;
}

/** Nodes should be expected to be deployed to any and all regions of the world. These global regions
      may have differing common languages, units of measurements, and numerical formatting
      standards. As such, Nodes that visually or audibly convey information need a mechanism by which
      they can be configured to use a user’s preferred language, units, etc */
cluster LocalizationConfiguration = 43 {
  revision 1;

  attribute access(write: manage) char_string<35> activeLocale = 0;
  readonly attribute char_string supportedLocales[] = 1;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;
}

/** This cluster is used to describe the configuration and capabilities of a physical power source that provides power to the Node. */
cluster PowerSource = 47 {
  revision 1; // NOTE: Default/not specifically set

  enum BatApprovedChemistryEnum : enum16 {
    kUnspecified = 0;
    kAlkaline = 1;
    kLithiumCarbonFluoride = 2;
    kLithiumChromiumOxide = 3;
    kLithiumCopperOxide = 4;
    kLithiumIronDisulfide = 5;
    kLithiumManganeseDioxide = 6;
    kLithiumThionylChloride = 7;
    kMagnesium = 8;
    kMercuryOxide = 9;
    kNickelOxyhydride = 10;
    kSilverOxide = 11;
    kZincAir = 12;
    kZincCarbon = 13;
    kZincChloride = 14;
    kZincManganeseDioxide = 15;
    kLeadAcid = 16;
    kLithiumCobaltOxide = 17;
    kLithiumIon = 18;
    kLithiumIonPolymer = 19;
    kLithiumIronPhosphate = 20;
    kLithiumSulfur = 21;
    kLithiumTitanate = 22;
    kNickelCadmium = 23;
    kNickelHydrogen = 24;
    kNickelIron = 25;
    kNickelMetalHydride = 26;
    kNickelZinc = 27;
    kSilverZinc = 28;
    kSodiumIon = 29;
    kSodiumSulfur = 30;
    kZincBromide = 31;
    kZincCerium = 32;
  }

  enum BatChargeFaultEnum : enum8 {
    kUnspecified = 0;
    kAmbientTooHot = 1;
    kAmbientTooCold = 2;
    kBatteryTooHot = 3;
    kBatteryTooCold = 4;
    kBatteryAbsent = 5;
    kBatteryOverVoltage = 6;
    kBatteryUnderVoltage = 7;
    kChargerOverVoltage = 8;
    kChargerUnderVoltage = 9;
    kSafetyTimeout = 10;
  }

  enum BatChargeLevelEnum : enum8 {
    kOK = 0 [spec_name = "OK"];
    kWarning = 1;
    kCritical = 2;
  }

  enum BatChargeStateEnum : enum8 {
    kUnknown = 0;
    kIsCharging = 1;
    kIsAtFullCharge = 2;
    kIsNotCharging = 3;
  }

  enum BatCommonDesignationEnum : enum16 {
    kUnspecified = 0;
    kAAA = 1 [spec_name = "AAA"];
    kAA = 2 [spec_name = "AA"];
    kC = 3;
    kD = 4;
    k4v5 = 5;
    k6v0 = 6;
    k9v0 = 7;
    k12AA = 8 [spec_name = "1_2AA"];
    kAAAA = 9 [spec_name = "AAAA"];
    kA = 10;
    kB = 11;
    kF = 12;
    kN = 13;
    kNo6 = 14;
    kSubC = 15;
    kA23 = 16;
    kA27 = 17;
    kBA5800 = 18 [spec_name = "BA5800"];
    kDuplex = 19;
    k4SR44 = 20 [spec_name = "4SR44"];
    k523 = 21;
    k531 = 22;
    k15v0 = 23;
    k22v5 = 24;
    k30v0 = 25;
    k45v0 = 26;
    k67v5 = 27;
    kJ = 28;
    kCR123A = 29 [spec_name = "CR123A"];
    kCR2 = 30 [spec_name = "CR2"];
    k2CR5 = 31 [spec_name = "2CR5"];
    kCRP2 = 32 [spec_name = "CR_P2"];
    kCRV3 = 33 [spec_name = "CR_V3"];
    kSR41 = 34 [spec_name = "SR41"];
    kSR43 = 35 [spec_name = "SR43"];
    kSR44 = 36 [spec_name = "SR44"];
    kSR45 = 37 [spec_name = "SR45"];
    kSR48 = 38 [spec_name = "SR48"];
    kSR54 = 39 [spec_name = "SR54"];
    kSR55 = 40 [spec_name = "SR55"];
    kSR57 = 41 [spec_name = "SR57"];
    kSR58 = 42 [spec_name = "SR58"];
    kSR59 = 43 [spec_name = "SR59"];
    kSR60 = 44 [spec_name = "SR60"];
    kSR63 = 45 [spec_name = "SR63"];
    kSR64 = 46 [spec_name = "SR64"];
    kSR65 = 47 [spec_name = "SR65"];
    kSR66 = 48 [spec_name = "SR66"];
    kSR67 = 49 [spec_name = "SR67"];
    kSR68 = 50 [spec_name = "SR68"];
    kSR69 = 51 [spec_name = "SR69"];
    kSR516 = 52 [spec_name = "SR516"];
    kSR731 = 53 [spec_name = "SR731"];
    kSR712 = 54 [spec_name = "SR712"];
    kLR932 = 55 [spec_name = "LR932"];
    kA5 = 56;
    kA10 = 57;
    kA13 = 58;
    kA312 = 59;
    kA675 = 60;
    kAC41E = 61 [spec_name = "AC41E"];
    k10180 = 62;
    k10280 = 63;
    k10440 = 64;
    k14250 = 65;
    k14430 = 66;
    k14500 = 67;
    k14650 = 68;
    k15270 = 69;
    k16340 = 70;
    kRCR123A = 71 [spec_name = "RCR123A"];
    k17500 = 72;
    k17670 = 73;
    k18350 = 74;
    k18500 = 75;
    k18650 = 76;
    k19670 = 77;
    k25500 = 78;
    k26650 = 79;
    k32600 = 80;
  }

  enum BatFaultEnum : enum8 {
    kUnspecified = 0;
    kOverTemp = 1;
    kUnderTemp = 2;
  }

  enum BatReplaceabilityEnum : enum8 {
    kUnspecified = 0;
    kNotReplaceable = 1;
    kUserReplaceable = 2;
    kFactoryReplaceable = 3;
  }

  enum PowerSourceStatusEnum : enum8 {
    kUnspecified = 0;
    kActive = 1;
    kStandby = 2;
    kUnavailable = 3;
  }

  enum WiredCurrentTypeEnum : enum8 {
    kAC = 0 [spec_name = "AC"];
    kDC = 1 [spec_name = "DC"];
  }

  enum WiredFaultEnum : enum8 {
    kUnspecified = 0;
    kOverVoltage = 1;
    kUnderVoltage = 2;
  }

  bitmap Feature : bitmap32 {
    kWired = 0x1;
    kBattery = 0x2;
    kRechargeable = 0x4;
    kReplaceable = 0x8;
  }

  struct BatChargeFaultChangeType {
    BatChargeFaultEnum current[] = 0;
    BatChargeFaultEnum previous[] = 1;
  }

  struct BatFaultChangeType {
    BatFaultEnum current[] = 0;
    BatFaultEnum previous[] = 1;
  }

  struct WiredFaultChangeType {
    WiredFaultEnum current[] = 0;
    WiredFaultEnum previous[] = 1;
  }

  info event WiredFaultChange = 0 {
    WiredFaultEnum current[] = 0;
    WiredFaultEnum previous[] = 1;
  }

  info event BatFaultChange = 1 {
    BatFaultEnum current[] = 0;
    BatFaultEnum previous[] = 1;
  }

  info event BatChargeFaultChange = 2 {
    BatChargeFaultEnum current[] = 0;
    BatChargeFaultEnum previous[] = 1;
  }

  readonly attribute PowerSourceStatusEnum status = 0;
  readonly attribute int8u order = 1;
  readonly attribute char_string<60> description = 2;
  readonly attribute optional nullable int32u wiredAssessedInputVoltage = 3;
  readonly attribute optional nullable int16u wiredAssessedInputFrequency = 4;
  readonly attribute optional WiredCurrentTypeEnum wiredCurrentType = 5;
  readonly attribute optional nullable int32u wiredAssessedCurrent = 6;
  readonly attribute optional int32u wiredNominalVoltage = 7;
  readonly attribute optional int32u wiredMaximumCurrent = 8;
  readonly attribute optional boolean wiredPresent = 9;
  readonly attribute optional WiredFaultEnum activeWiredFaults[] = 10;
  readonly attribute optional nullable int32u batVoltage = 11;
  readonly attribute optional nullable int8u batPercentRemaining = 12;
  readonly attribute optional nullable int32u batTimeRemaining = 13;
  readonly attribute optional BatChargeLevelEnum batChargeLevel = 14;
  readonly attribute optional boolean batReplacementNeeded = 15;
  readonly attribute optional BatReplaceabilityEnum batReplaceability = 16;
  readonly attribute optional boolean batPresent = 17;
  readonly attribute optional BatFaultEnum activeBatFaults[] = 18;
  readonly attribute optional char_string<60> batReplacementDescription = 19;
  readonly attribute optional BatCommonDesignationEnum batCommonDesignation = 20;
  readonly attribute optional char_string<20> batANSIDesignation = 21;
  readonly attribute optional char_string<20> batIECDesignation = 22;
  readonly attribute optional BatApprovedChemistryEnum batApprovedChemistry = 23;
  readonly attribute optional int32u batCapacity = 24;
  readonly attribute optional int8u batQuantity = 25;
  readonly attribute optional BatChargeStateEnum batChargeState = 26;
  readonly attribute optional nullable int32u batTimeToFullCharge = 27;
  readonly attribute optional boolean batFunctionalWhileCharging = 28;
  readonly attribute optional nullable int32u batChargingCurrent = 29;
  readonly attribute optional BatChargeFaultEnum activeBatChargeFaults[] = 30;
  readonly attribute endpoint_no endpointList[] = 31;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;
}

/** This cluster is used to manage global aspects of the Commissioning flow. */
cluster GeneralCommissioning = 48 {
  revision 2;

  enum CommissioningErrorEnum : enum8 {
    kOK = 0 [spec_name = "OK"];
    kValueOutsideRange = 1;
    kInvalidAuthentication = 2;
    kNoFailSafe = 3;
    kBusyWithOtherAdmin = 4;
    kRequiredTCNotAccepted = 5;
    kTCAcknowledgementsNotReceived = 6;
    kTCMinVersionNotMet = 7;
  }

  enum NetworkRecoveryReasonEnum : enum8 {
    kUnspecified = 0;
    kAuth = 1;
    kVisibility = 2;
  }

  enum RegulatoryLocationTypeEnum : enum8 {
    kIndoor = 0;
    kOutdoor = 1;
    kIndoorOutdoor = 2;
  }

  bitmap Feature : bitmap32 {
    kTermsAndConditions = 0x1;
    kNetworkRecovery = 0x2;
  }

  struct BasicCommissioningInfo {
    int16u failSafeExpiryLengthSeconds = 0;
    int16u maxCumulativeFailsafeSeconds = 1;
  }

  attribute access(write: administer) int64u breadcrumb = 0;
  readonly attribute BasicCommissioningInfo basicCommissioningInfo = 1;
  readonly attribute RegulatoryLocationTypeEnum regulatoryConfig = 2;
  readonly attribute RegulatoryLocationTypeEnum locationCapability = 3;
  readonly attribute boolean supportsConcurrentConnection = 4;
  provisional readonly attribute access(read: administer) optional int16u TCAcceptedVersion = 5;
  provisional readonly attribute access(read: administer) optional int16u TCMinRequiredVersion = 6;
  provisional readonly attribute access(read: administer) optional bitmap16 TCAcknowledgements = 7;
  provisional readonly attribute access(read: administer) optional boolean TCAcknowledgementsRequired = 8;
  provisional readonly attribute access(read: administer) optional nullable int32u TCUpdateDeadline = 9;
  provisional readonly attribute access(read: manage) optional octet_string<8> recoveryIdentifier = 10;
  provisional readonly attribute access(read: manage) optional nullable NetworkRecoveryReasonEnum networkRecoveryReason = 11;
  provisional readonly attribute optional boolean isCommissioningWithoutPower = 12;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct ArmFailSafeRequest {
    int16u expiryLengthSeconds = 0;
    int64u breadcrumb = 1;
  }

  response struct ArmFailSafeResponse = 1 {
    CommissioningErrorEnum errorCode = 0;
    char_string<128> debugText = 1;
  }

  request struct SetRegulatoryConfigRequest {
    RegulatoryLocationTypeEnum newRegulatoryConfig = 0;
    char_string<2> countryCode = 1;
    int64u breadcrumb = 2;
  }

  response struct SetRegulatoryConfigResponse = 3 {
    CommissioningErrorEnum errorCode = 0;
    char_string debugText = 1;
  }

  response struct CommissioningCompleteResponse = 5 {
    CommissioningErrorEnum errorCode = 0;
    char_string debugText = 1;
  }

  request struct SetTCAcknowledgementsRequest {
    int16u TCVersion = 0;
    bitmap16 TCUserResponse = 1;
  }

  response struct SetTCAcknowledgementsResponse = 7 {
    CommissioningErrorEnum errorCode = 0;
  }

  /** This command is used to arm or disarm the fail-safe timer. */
  command access(invoke: administer) ArmFailSafe(ArmFailSafeRequest): ArmFailSafeResponse = 0;
  /** This command is used to set the regulatory configuration for the device. */
  command access(invoke: administer) SetRegulatoryConfig(SetRegulatoryConfigRequest): SetRegulatoryConfigResponse = 2;
  /** This command is used to indicate that the commissioning process is complete. */
  fabric command access(invoke: administer) CommissioningComplete(): CommissioningCompleteResponse = 4;
  /** This command is used to set the user acknowledgements received in the Enhanced Setup Flow Terms & Conditions into the node. */
  command access(invoke: administer) SetTCAcknowledgements(SetTCAcknowledgementsRequest): SetTCAcknowledgementsResponse = 6;
}

/** Functionality to configure, enable, disable network credentials and access on a Matter device. */
cluster NetworkCommissioning = 49 {
  revision 2;

  enum NetworkCommissioningStatusEnum : enum8 {
    kSuccess = 0;
    kOutOfRange = 1;
    kBoundsExceeded = 2;
    kNetworkIDNotFound = 3;
    kDuplicateNetworkID = 4;
    kNetworkNotFound = 5;
    kRegulatoryError = 6;
    kAuthFailure = 7;
    kUnsupportedSecurity = 8;
    kOtherConnectionFailure = 9;
    kIPV6Failed = 10;
    kIPBindFailed = 11;
    kUnknownError = 12;
  }

  enum WiFiBandEnum : enum8 {
    k2G4 = 0 [spec_name = "2G4"];
    k3G65 = 1 [spec_name = "3G65"];
    k5G = 2 [spec_name = "5G"];
    k6G = 3 [spec_name = "6G"];
    k60G = 4 [spec_name = "60G"];
    k1G = 5 [spec_name = "1G"];
  }

  bitmap Feature : bitmap32 {
    kWiFiNetworkInterface = 0x1;
    kThreadNetworkInterface = 0x2;
    kEthernetNetworkInterface = 0x4;
    kPerDeviceCredentials = 0x8;
  }

  bitmap ThreadCapabilitiesBitmap : bitmap16 {
    kIsBorderRouterCapable = 0x1;
    kIsRouterCapable = 0x2;
    kIsSleepyEndDeviceCapable = 0x4;
    kIsFullThreadDevice = 0x8;
    kIsSynchronizedSleepyEndDeviceCapable = 0x10;
  }

  bitmap WiFiSecurityBitmap : bitmap8 {
    kUnencrypted = 0x1;
    kWEP = 0x2 [spec_name = "WEP"];
    kWPAPersonal = 0x4 [spec_name = "WPA-PERSONAL"];
    kWPA2Personal = 0x8 [spec_name = "WPA2-PERSONAL"];
    kWPA3Personal = 0x10 [spec_name = "WPA3-PERSONAL"];
    kWPA3MatterPDC = 0x20 [spec_name = "WPA3-Matter-PDC"];
  }

  struct NetworkInfoStruct {
    octet_string<32> networkID = 0;
    boolean connected = 1;
    optional nullable octet_string<20> networkIdentifier = 2;
    optional nullable octet_string<20> clientIdentifier = 3;
  }

  struct ThreadInterfaceScanResultStruct {
    int16u panId = 0;
    int64u extendedPanId = 1;
    char_string<16> networkName = 2;
    int16u channel = 3;
    int8u version = 4;
    octet_string<8> extendedAddress = 5;
    int8s rssi = 6;
    int8u lqi = 7;
  }

  struct WiFiInterfaceScanResultStruct {
    WiFiSecurityBitmap security = 0;
    octet_string<32> ssid = 1;
    octet_string<6> bssid = 2;
    int16u channel = 3;
    WiFiBandEnum wiFiBand = 4;
    int8s rssi = 5;
  }

  readonly attribute access(read: administer) int8u maxNetworks = 0;
  readonly attribute access(read: administer) NetworkInfoStruct networks[] = 1;
  readonly attribute optional int8u scanMaxTimeSeconds = 2;
  readonly attribute optional int8u connectMaxTimeSeconds = 3;
  attribute access(write: administer) boolean interfaceEnabled = 4;
  readonly attribute access(read: administer) nullable NetworkCommissioningStatusEnum lastNetworkingStatus = 5;
  readonly attribute access(read: administer) nullable octet_string<32> lastNetworkID = 6;
  readonly attribute access(read: administer) nullable int32s lastConnectErrorValue = 7;
  provisional readonly attribute optional WiFiBandEnum supportedWiFiBands[] = 8;
  provisional readonly attribute optional ThreadCapabilitiesBitmap supportedThreadFeatures = 9;
  provisional readonly attribute optional int16u threadVersion = 10;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct ScanNetworksRequest {
    optional nullable octet_string<32> ssid = 0;
    optional int64u breadcrumb = 1;
  }

  response struct ScanNetworksResponse = 1 {
    NetworkCommissioningStatusEnum networkingStatus = 0;
    optional char_string debugText = 1;
    optional WiFiInterfaceScanResultStruct wiFiScanResults[] = 2;
    optional ThreadInterfaceScanResultStruct threadScanResults[] = 3;
  }

  request struct AddOrUpdateWiFiNetworkRequest {
    octet_string<32> ssid = 0;
    octet_string<64> credentials = 1;
    optional int64u breadcrumb = 2;
    optional octet_string<140> networkIdentity = 3;
    optional octet_string<20> clientIdentifier = 4;
    optional octet_string<32> possessionNonce = 5;
  }

  request struct AddOrUpdateThreadNetworkRequest {
    octet_string<254> operationalDataset = 0;
    optional int64u breadcrumb = 1;
  }

  request struct RemoveNetworkRequest {
    octet_string<32> networkID = 0;
    optional int64u breadcrumb = 1;
  }

  response struct NetworkConfigResponse = 5 {
    NetworkCommissioningStatusEnum networkingStatus = 0;
    optional char_string<512> debugText = 1;
    optional int8u networkIndex = 2;
    optional octet_string<140> clientIdentity = 3;
    optional octet_string<64> possessionSignature = 4;
  }

  request struct ConnectNetworkRequest {
    octet_string<32> networkID = 0;
    optional int64u breadcrumb = 1;
  }

  response struct ConnectNetworkResponse = 7 {
    NetworkCommissioningStatusEnum networkingStatus = 0;
    optional char_string debugText = 1;
    nullable int32s errorValue = 2;
  }

  request struct ReorderNetworkRequest {
    octet_string<32> networkID = 0;
    int8u networkIndex = 1;
    optional int64u breadcrumb = 2;
  }

  request struct QueryIdentityRequest {
    octet_string<20> keyIdentifier = 0;
    optional octet_string<32> possessionNonce = 1;
  }

  response struct QueryIdentityResponse = 10 {
    octet_string<140> identity = 0;
    optional octet_string<64> possessionSignature = 1;
  }

  /** Detemine the set of networks the device sees as available. */
  command access(invoke: administer) ScanNetworks(ScanNetworksRequest): ScanNetworksResponse = 0;
  /** Add or update the credentials for a given Wi-Fi network. */
  command access(invoke: administer) AddOrUpdateWiFiNetwork(AddOrUpdateWiFiNetworkRequest): NetworkConfigResponse = 2;
  /** Add or update the credentials for a given Thread network. */
  command access(invoke: administer) AddOrUpdateThreadNetwork(AddOrUpdateThreadNetworkRequest): NetworkConfigResponse = 3;
  /** Remove the definition of a given network (including its credentials). */
  command access(invoke: administer) RemoveNetwork(RemoveNetworkRequest): NetworkConfigResponse = 4;
  /** Connect to the specified network, using previously-defined credentials. */
  command access(invoke: administer) ConnectNetwork(ConnectNetworkRequest): ConnectNetworkResponse = 6;
  /** Modify the order in which networks will be presented in the Networks attribute. */
  command access(invoke: administer) ReorderNetwork(ReorderNetworkRequest): NetworkConfigResponse = 8;
  /** Retrieve details about and optionally proof of possession of a network client identity. */
  command access(invoke: administer) QueryIdentity(QueryIdentityRequest): QueryIdentityResponse = 9;
}

/** The cluster provides commands for retrieving unstructured diagnostic logs from a Node that may be used to aid in diagnostics. */
cluster DiagnosticLogs = 50 {
  revision 1;

  enum IntentEnum : enum8 {
    kEndUserSupport = 0;
    kNetworkDiag = 1;
    kCrashLogs = 2;
  }

  enum StatusEnum : enum8 {
    kSuccess = 0;
    kExhausted = 1;
    kNoLogs = 2;
    kBusy = 3;
    kDenied = 4;
  }

  enum TransferProtocolEnum : enum8 {
    kResponsePayload = 0;
    kBDX = 1 [spec_name = "BDX"];
  }

  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct RetrieveLogsRequestRequest {
    IntentEnum intent = 0;
    TransferProtocolEnum requestedProtocol = 1;
    optional char_string<32> transferFileDesignator = 2;
  }

  response struct RetrieveLogsResponse = 1 {
    StatusEnum status = 0;
    long_octet_string<1024> logContent = 1;
    optional epoch_us UTCTimeStamp = 2;
    optional systime_us timeSinceBoot = 3;
  }

  /** Reception of this command starts the process of retrieving diagnostic logs from a Node. */
  command RetrieveLogsRequest(RetrieveLogsRequestRequest): RetrieveLogsResponse = 0;
}

/** The General Diagnostics Cluster, along with other diagnostics clusters, provide a means to acquire standardized diagnostics metrics that MAY be used by a Node to assist a user or Administrative Node in diagnosing potential problems. */
cluster GeneralDiagnostics = 51 {
  revision 2;

  enum BootReasonEnum : enum8 {
    kUnspecified = 0;
    kPowerOnReboot = 1;
    kBrownOutReset = 2;
    kSoftwareWatchdogReset = 3;
    kHardwareWatchdogReset = 4;
    kSoftwareUpdateCompleted = 5;
    kSoftwareReset = 6;
  }

  enum HardwareFaultEnum : enum8 {
    kUnspecified = 0;
    kRadio = 1;
    kSensor = 2;
    kResettableOverTemp = 3;
    kNonResettableOverTemp = 4;
    kPowerSource = 5;
    kVisualDisplayFault = 6;
    kAudioOutputFault = 7;
    kUserInterfaceFault = 8;
    kNonVolatileMemoryError = 9;
    kTamperDetected = 10;
  }

  enum InterfaceTypeEnum : enum8 {
    kUnspecified = 0;
    kWiFi = 1;
    kEthernet = 2;
    kCellular = 3;
    kThread = 4;
  }

  enum NetworkFaultEnum : enum8 {
    kUnspecified = 0;
    kHardwareFailure = 1;
    kNetworkJammed = 2;
    kConnectionFailed = 3;
  }

  enum RadioFaultEnum : enum8 {
    kUnspecified = 0;
    kWiFiFault = 1;
    kCellularFault = 2;
    kThreadFault = 3;
    kNFCFault = 4;
    kBLEFault = 5;
    kEthernetFault = 6;
  }

  bitmap Feature : bitmap32 {
    kDataModelTest = 0x1;
  }

  struct NetworkInterface {
    char_string<32> name = 0;
    boolean isOperational = 1;
    nullable boolean offPremiseServicesReachableIPv4 = 2;
    nullable boolean offPremiseServicesReachableIPv6 = 3;
    octet_string<8> hardwareAddress = 4;
    octet_string IPv4Addresses[] = 5;
    octet_string IPv6Addresses[] = 6;
    InterfaceTypeEnum type = 7;
  }

  critical event HardwareFaultChange = 0 {
    HardwareFaultEnum current[] = 0;
    HardwareFaultEnum previous[] = 1;
  }

  critical event RadioFaultChange = 1 {
    RadioFaultEnum current[] = 0;
    RadioFaultEnum previous[] = 1;
  }

  critical event NetworkFaultChange = 2 {
    NetworkFaultEnum current[] = 0;
    NetworkFaultEnum previous[] = 1;
  }

  critical event BootReason = 3 {
    BootReasonEnum bootReason = 0;
  }

  readonly attribute NetworkInterface networkInterfaces[] = 0;
  readonly attribute int16u rebootCount = 1;
  readonly attribute optional int64u upTime = 2;
  readonly attribute optional int32u totalOperationalHours = 3;
  readonly attribute optional BootReasonEnum bootReason = 4;
  readonly attribute optional HardwareFaultEnum activeHardwareFaults[] = 5;
  readonly attribute optional RadioFaultEnum activeRadioFaults[] = 6;
  readonly attribute optional NetworkFaultEnum activeNetworkFaults[] = 7;
  readonly attribute boolean testEventTriggersEnabled = 8;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct TestEventTriggerRequest {
    octet_string<16> enableKey = 0;
    int64u eventTrigger = 1;
  }

  response struct TimeSnapshotResponse = 2 {
    systime_ms systemTimeMs = 0;
    nullable posix_ms posixTimeMs = 1;
  }

  request struct PayloadTestRequestRequest {
    octet_string<16> enableKey = 0;
    int8u value = 1;
    int16u count = 2;
  }

  response struct PayloadTestResponse = 4 {
    octet_string payload = 0;
  }

  /** Provide a means for certification tests to trigger some test-plan-specific events */
  command access(invoke: manage) TestEventTrigger(TestEventTriggerRequest): DefaultSuccess = 0;
  /** Take a snapshot of system time and epoch time. */
  command TimeSnapshot(): TimeSnapshotResponse = 1;
  /** Request a variable length payload response. */
  command access(invoke: manage) PayloadTestRequest(PayloadTestRequestRequest): PayloadTestResponse = 3;
}

/** The Software Diagnostics Cluster provides a means to acquire standardized diagnostics metrics that MAY be used by a Node to assist a user or Administrative Node in diagnosing potential problems. */
cluster SoftwareDiagnostics = 52 {
  revision 1;

  bitmap Feature : bitmap32 {
    kWatermarks = 0x1;
  }

  struct ThreadMetricsStruct {
    int64u id = 0;
    optional char_string<8> name = 1;
    optional int32u stackFreeCurrent = 2;
    optional int32u stackFreeMinimum = 3;
    optional int32u stackSize = 4;
  }

  info event SoftwareFault = 0 {
    int64u id = 0;
    optional char_string name = 1;
    optional long_octet_string faultRecording = 2;
  }

  readonly attribute optional ThreadMetricsStruct threadMetrics[] = 0;
  readonly attribute optional int64u currentHeapFree = 1;
  readonly attribute optional int64u currentHeapUsed = 2;
  readonly attribute optional int64u currentHeapHighWatermark = 3;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  /** This command is used to reset the high watermarks for heap and stack memory. */
  command access(invoke: manage) ResetWatermarks(): DefaultSuccess = 0;
}

/** The Thread Network Diagnostics Cluster provides a means to acquire standardized diagnostics metrics that MAY be used by a Node to assist a user or Administrative Node in diagnosing potential problems */
cluster ThreadNetworkDiagnostics = 53 {
  revision 3;

  enum ConnectionStatusEnum : enum8 {
    kConnected = 0;
    kNotConnected = 1;
  }

  enum NetworkFaultEnum : enum8 {
    kUnspecified = 0;
    kLinkDown = 1;
    kHardwareFailure = 2;
    kNetworkJammed = 3;
  }

  enum RoutingRoleEnum : enum8 {
    kUnspecified = 0;
    kUnassigned = 1;
    kSleepyEndDevice = 2;
    kEndDevice = 3;
    kREED = 4 [spec_name = "REED"];
    kRouter = 5;
    kLeader = 6;
  }

  bitmap Feature : bitmap32 {
    kPacketCounts = 0x1;
    kErrorCounts = 0x2;
    kMLECounts = 0x4;
    kMACCounts = 0x8;
  }

  struct NeighborTableStruct {
    int64u extAddress = 0;
    int32u age = 1;
    int16u rloc16 = 2;
    int32u linkFrameCounter = 3;
    int32u mleFrameCounter = 4;
    int8u lqi = 5;
    nullable int8s averageRssi = 6;
    nullable int8s lastRssi = 7;
    int8u frameErrorRate = 8;
    int8u messageErrorRate = 9;
    boolean rxOnWhenIdle = 10;
    boolean fullThreadDevice = 11;
    boolean fullNetworkData = 12;
    boolean isChild = 13;
  }

  struct OperationalDatasetComponents {
    boolean activeTimestampPresent = 0;
    boolean pendingTimestampPresent = 1;
    boolean masterKeyPresent = 2;
    boolean networkNamePresent = 3;
    boolean extendedPanIdPresent = 4;
    boolean meshLocalPrefixPresent = 5;
    boolean delayPresent = 6;
    boolean panIdPresent = 7;
    boolean channelPresent = 8;
    boolean pskcPresent = 9;
    boolean securityPolicyPresent = 10;
    boolean channelMaskPresent = 11;
  }

  struct RouteTableStruct {
    int64u extAddress = 0;
    int16u rloc16 = 1;
    int8u routerId = 2;
    int8u nextHop = 3;
    int8u pathCost = 4;
    int8u LQIIn = 5;
    int8u LQIOut = 6;
    int8u age = 7;
    boolean allocated = 8;
    boolean linkEstablished = 9;
  }

  struct SecurityPolicy {
    int16u rotationTime = 0;
    int16u flags = 1;
  }

  info event ConnectionStatus = 0 {
    ConnectionStatusEnum connectionStatus = 0;
  }

  info event NetworkFaultChange = 1 {
    NetworkFaultEnum current[] = 0;
    NetworkFaultEnum previous[] = 1;
  }

  readonly attribute nullable int16u channel = 0;
  readonly attribute nullable RoutingRoleEnum routingRole = 1;
  readonly attribute nullable char_string<16> networkName = 2;
  readonly attribute nullable int16u panId = 3;
  readonly attribute nullable int64u extendedPanId = 4;
  readonly attribute nullable octet_string<17> meshLocalPrefix = 5;
  readonly attribute optional int64u overrunCount = 6;
  readonly attribute NeighborTableStruct neighborTable[] = 7;
  readonly attribute RouteTableStruct routeTable[] = 8;
  readonly attribute nullable int32u partitionId = 9;
  readonly attribute nullable int16u weighting = 10;
  readonly attribute nullable int16u dataVersion = 11;
  readonly attribute nullable int16u stableDataVersion = 12;
  readonly attribute nullable int8u leaderRouterId = 13;
  readonly attribute optional int16u detachedRoleCount = 14;
  readonly attribute optional int16u childRoleCount = 15;
  readonly attribute optional int16u routerRoleCount = 16;
  readonly attribute optional int16u leaderRoleCount = 17;
  readonly attribute optional int16u attachAttemptCount = 18;
  readonly attribute optional int16u partitionIdChangeCount = 19;
  readonly attribute optional int16u betterPartitionAttachAttemptCount = 20;
  readonly attribute optional int16u parentChangeCount = 21;
  readonly attribute optional int32u txTotalCount = 22;
  readonly attribute optional int32u txUnicastCount = 23;
  readonly attribute optional int32u txBroadcastCount = 24;
  readonly attribute optional int32u txAckRequestedCount = 25;
  readonly attribute optional int32u txAckedCount = 26;
  readonly attribute optional int32u txNoAckRequestedCount = 27;
  readonly attribute optional int32u txDataCount = 28;
  readonly attribute optional int32u txDataPollCount = 29;
  readonly attribute optional int32u txBeaconCount = 30;
  readonly attribute optional int32u txBeaconRequestCount = 31;
  readonly attribute optional int32u txOtherCount = 32;
  readonly attribute optional int32u txRetryCount = 33;
  readonly attribute optional int32u txDirectMaxRetryExpiryCount = 34;
  readonly attribute optional int32u txIndirectMaxRetryExpiryCount = 35;
  readonly attribute optional int32u txErrCcaCount = 36;
  readonly attribute optional int32u txErrAbortCount = 37;
  readonly attribute optional int32u txErrBusyChannelCount = 38;
  readonly attribute optional int32u rxTotalCount = 39;
  readonly attribute optional int32u rxUnicastCount = 40;
  readonly attribute optional int32u rxBroadcastCount = 41;
  readonly attribute optional int32u rxDataCount = 42;
  readonly attribute optional int32u rxDataPollCount = 43;
  readonly attribute optional int32u rxBeaconCount = 44;
  readonly attribute optional int32u rxBeaconRequestCount = 45;
  readonly attribute optional int32u rxOtherCount = 46;
  readonly attribute optional int32u rxAddressFilteredCount = 47;
  readonly attribute optional int32u rxDestAddrFilteredCount = 48;
  readonly attribute optional int32u rxDuplicatedCount = 49;
  readonly attribute optional int32u rxErrNoFrameCount = 50;
  readonly attribute optional int32u rxErrUnknownNeighborCount = 51;
  readonly attribute optional int32u rxErrInvalidSrcAddrCount = 52;
  readonly attribute optional int32u rxErrSecCount = 53;
  readonly attribute optional int32u rxErrFcsCount = 54;
  readonly attribute optional int32u rxErrOtherCount = 55;
  readonly attribute optional nullable int64u activeTimestamp = 56;
  readonly attribute optional nullable int64u pendingTimestamp = 57;
  readonly attribute optional nullable int32u delay = 58;
  readonly attribute nullable SecurityPolicy securityPolicy = 59;
  readonly attribute nullable octet_string<4> channelPage0Mask = 60;
  readonly attribute nullable OperationalDatasetComponents operationalDatasetComponents = 61;
  readonly attribute NetworkFaultEnum activeNetworkFaultsList[] = 62;
  provisional readonly attribute nullable int64u extAddress = 63;
  provisional readonly attribute nullable int16u rloc16 = 64;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  /** Reception of this command SHALL reset the following attributes to 0: */
  command access(invoke: manage) ResetCounts(): DefaultSuccess = 0;
}

/** The Wi-Fi Network Diagnostics Cluster provides a means to acquire standardized diagnostics metrics that MAY be used by a Node to assist a user or Administrative Node in diagnosing potential problems. */
cluster WiFiNetworkDiagnostics = 54 {
  revision 1;

  enum AssociationFailureCauseEnum : enum8 {
    kUnknown = 0;
    kAssociationFailed = 1;
    kAuthenticationFailed = 2;
    kSsidNotFound = 3;
  }

  enum ConnectionStatusEnum : enum8 {
    kConnected = 0;
    kNotConnected = 1;
  }

  enum SecurityTypeEnum : enum8 {
    kUnspecified = 0;
    kNone = 1;
    kWEP = 2 [spec_name = "WEP"];
    kWPA = 3 [spec_name = "WPA"];
    kWPA2 = 4 [spec_name = "WPA2"];
    kWPA3 = 5 [spec_name = "WPA3"];
  }

  enum WiFiVersionEnum : enum8 {
    kA = 0;
    kB = 1;
    kG = 2;
    kN = 3;
    kAc = 4;
    kAx = 5;
    kAh = 6;
  }

  bitmap Feature : bitmap32 {
    kPacketCounts = 0x1;
    kErrorCounts = 0x2;
  }

  info event Disconnection = 0 {
    int16u reasonCode = 0;
  }

  info event AssociationFailure = 1 {
    AssociationFailureCauseEnum associationFailureCause = 0;
    int16u status = 1;
  }

  info event ConnectionStatus = 2 {
    ConnectionStatusEnum connectionStatus = 0;
  }

  readonly attribute nullable octet_string<6> bssid = 0;
  readonly attribute nullable SecurityTypeEnum securityType = 1;
  readonly attribute nullable WiFiVersionEnum wiFiVersion = 2;
  readonly attribute nullable int16u channelNumber = 3;
  readonly attribute nullable int8s rssi = 4;
  readonly attribute optional nullable int32u beaconLostCount = 5;
  readonly attribute optional nullable int32u beaconRxCount = 6;
  readonly attribute optional nullable int32u packetMulticastRxCount = 7;
  readonly attribute optional nullable int32u packetMulticastTxCount = 8;
  readonly attribute optional nullable int32u packetUnicastRxCount = 9;
  readonly attribute optional nullable int32u packetUnicastTxCount = 10;
  readonly attribute optional nullable int64u currentMaxRate = 11;
  readonly attribute optional nullable int64u overrunCount = 12;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  /** This command is used to reset the count attributes. */
  command ResetCounts(): DefaultSuccess = 0;
}

/** The Ethernet Network Diagnostics Cluster provides a means to acquire standardized diagnostics metrics that MAY be used by a Node to assist a user or Administrative Node in diagnosing potential problems. */
cluster EthernetNetworkDiagnostics = 55 {
  revision 1;

  enum PHYRateEnum : enum8 {
    kRate10M = 0;
    kRate100M = 1;
    kRate1G = 2;
    kRate25G = 3 [spec_name = "Rate2_5G"];
    kRate5G = 4;
    kRate10G = 5;
    kRate40G = 6;
    kRate100G = 7;
    kRate200G = 8;
    kRate400G = 9;
  }

  bitmap Feature : bitmap32 {
    kPacketCounts = 0x1;
    kErrorCounts = 0x2;
  }

  readonly attribute optional nullable PHYRateEnum PHYRate = 0;
  readonly attribute optional nullable boolean fullDuplex = 1;
  readonly attribute optional int64u packetRxCount = 2;
  readonly attribute optional int64u packetTxCount = 3;
  readonly attribute optional int64u txErrCount = 4;
  readonly attribute optional int64u collisionCount = 5;
  readonly attribute optional int64u overrunCount = 6;
  readonly attribute optional nullable boolean carrierDetect = 7;
  readonly attribute optional int64u timeSinceReset = 8;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  /** This command is used to reset the count attributes. */
  command access(invoke: manage) ResetCounts(): DefaultSuccess = 0;
}

/** Accurate time is required for a number of reasons, including scheduling, display and validating security materials. */
cluster TimeSynchronization = 56 {
  revision 2;

  enum GranularityEnum : enum8 {
    kNoTimeGranularity = 0;
    kMinutesGranularity = 1;
    kSecondsGranularity = 2;
    kMillisecondsGranularity = 3;
    kMicrosecondsGranularity = 4;
  }

  enum StatusCode : enum8 {
    kTimeNotAccepted = 2;
  }

  enum TimeSourceEnum : enum8 {
    kNone = 0;
    kUnknown = 1;
    kAdmin = 2;
    kNodeTimeCluster = 3;
    kNonMatterSNTP = 4;
    kNonMatterNTP = 5;
    kMatterSNTP = 6;
    kMatterNTP = 7;
    kMixedNTP = 8;
    kNonMatterSNTPNTS = 9;
    kNonMatterNTPNTS = 10;
    kMatterSNTPNTS = 11;
    kMatterNTPNTS = 12;
    kMixedNTPNTS = 13;
    kCloudSource = 14;
    kPTP = 15 [spec_name = "PTP"];
    kGNSS = 16 [spec_name = "GNSS"];
  }

  enum TimeZoneDatabaseEnum : enum8 {
    kFull = 0;
    kPartial = 1;
    kNone = 2;
  }

  bitmap Feature : bitmap32 {
    kTimeZone = 0x1;
    kNTPClient = 0x2;
    kNTPServer = 0x4;
    kTimeSyncClient = 0x8;
  }

  struct DSTOffsetStruct {
    int32s offset = 0;
    epoch_us validStarting = 1;
    nullable epoch_us validUntil = 2;
  }

  struct FabricScopedTrustedTimeSourceStruct {
    node_id nodeID = 0;
    endpoint_no endpoint = 1;
  }

  struct TimeZoneStruct {
    int32s offset = 0;
    epoch_us validAt = 1;
    optional char_string<64> name = 2;
  }

  struct TrustedTimeSourceStruct {
    fabric_idx fabricIndex = 0;
    node_id nodeID = 1;
    endpoint_no endpoint = 2;
  }

  info event DSTTableEmpty = 0 {
  }

  info event DSTStatus = 1 {
    boolean DSTOffsetActive = 0;
  }

  info event TimeZoneStatus = 2 {
    int32s offset = 0;
    optional char_string name = 1;
  }

  info event TimeFailure = 3 {
  }

  info event MissingTrustedTimeSource = 4 {
  }

  readonly attribute nullable epoch_us UTCTime = 0;
  readonly attribute GranularityEnum granularity = 1;
  readonly attribute optional TimeSourceEnum timeSource = 2;
  readonly attribute optional nullable TrustedTimeSourceStruct trustedTimeSource = 3;
  readonly attribute optional nullable char_string<128> defaultNTP = 4;
  readonly attribute optional TimeZoneStruct timeZone[] = 5;
  readonly attribute optional DSTOffsetStruct DSTOffset[] = 6;
  readonly attribute optional nullable epoch_us localTime = 7;
  readonly attribute optional TimeZoneDatabaseEnum timeZoneDatabase = 8;
  readonly attribute optional boolean NTPServerAvailable = 9;
  readonly attribute optional int8u timeZoneListMaxSize = 10;
  readonly attribute optional int8u DSTOffsetListMaxSize = 11;
  readonly attribute optional boolean supportsDNSResolve = 12;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct SetUTCTimeRequest {
    epoch_us UTCTime = 0;
    GranularityEnum granularity = 1;
    optional TimeSourceEnum timeSource = 2;
  }

  request struct SetTrustedTimeSourceRequest {
    nullable FabricScopedTrustedTimeSourceStruct trustedTimeSource = 0;
  }

  request struct SetTimeZoneRequest {
    TimeZoneStruct timeZone[] = 0;
  }

  response struct SetTimeZoneResponse = 3 {
    boolean DSTOffsetRequired = 0;
  }

  request struct SetDSTOffsetRequest {
    DSTOffsetStruct DSTOffset[] = 0;
  }

  request struct SetDefaultNTPRequest {
    nullable char_string<128> defaultNTP = 0;
  }

  /** This command MAY be issued by Administrator to set the time. */
  command access(invoke: administer) SetUTCTime(SetUTCTimeRequest): DefaultSuccess = 0;
  /** This command SHALL set TrustedTimeSource. */
  fabric command access(invoke: administer) SetTrustedTimeSource(SetTrustedTimeSourceRequest): DefaultSuccess = 1;
  /** This command SHALL set TimeZone. */
  command access(invoke: manage) SetTimeZone(SetTimeZoneRequest): SetTimeZoneResponse = 2;
  /** This command SHALL set DSTOffset. */
  command access(invoke: manage) SetDSTOffset(SetDSTOffsetRequest): DefaultSuccess = 4;
  /** This command is used to set DefaultNTP. */
  command access(invoke: administer) SetDefaultNTP(SetDefaultNTPRequest): DefaultSuccess = 5;
}

/** Commands to trigger a Node to allow a new Administrator to commission it. */
cluster AdministratorCommissioning = 60 {
  revision 1; // NOTE: Default/not specifically set

  enum CommissioningWindowStatusEnum : enum8 {
    kWindowNotOpen = 0;
    kEnhancedWindowOpen = 1;
    kBasicWindowOpen = 2;
  }

  enum StatusCode : enum8 {
    kBusy = 2;
    kPAKEParameterError = 3;
    kWindowNotOpen = 4;
  }

  bitmap Feature : bitmap32 {
    kBasic = 0x1;
  }

  readonly attribute CommissioningWindowStatusEnum windowStatus = 0;
  readonly attribute nullable fabric_idx adminFabricIndex = 1;
  readonly attribute nullable vendor_id adminVendorId = 2;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct OpenCommissioningWindowRequest {
    int16u commissioningTimeout = 0;
    octet_string PAKEPasscodeVerifier = 1;
    int16u discriminator = 2;
    int32u iterations = 3;
    octet_string<32> salt = 4;
  }

  request struct OpenBasicCommissioningWindowRequest {
    int16u commissioningTimeout = 0;
  }

  /** This command is used by a current Administrator to instruct a Node to go into commissioning mode using enhanced commissioning method. */
  timed command access(invoke: administer) OpenCommissioningWindow(OpenCommissioningWindowRequest): DefaultSuccess = 0;
  /** This command is used by a current Administrator to instruct a Node to go into commissioning mode using basic commissioning method, if the node supports it. */
  timed command access(invoke: administer) OpenBasicCommissioningWindow(OpenBasicCommissioningWindowRequest): DefaultSuccess = 1;
  /** This command is used by a current Administrator to instruct a Node to revoke any active Open Commissioning Window or Open Basic Commissioning Window command. */
  timed command access(invoke: administer) RevokeCommissioning(): DefaultSuccess = 2;
}

/** This cluster is used to add or remove Operational Credentials on a Commissionee or Node, as well as manage the associated Fabrics. */
cluster OperationalCredentials = 62 {
  revision 2;

  enum CertificateChainTypeEnum : enum8 {
    kDACCertificate = 1;
    kPAICertificate = 2;
  }

  enum NodeOperationalCertStatusEnum : enum8 {
    kOK = 0 [spec_name = "OK"];
    kInvalidPublicKey = 1;
    kInvalidNodeOpId = 2;
    kInvalidNOC = 3;
    kMissingCsr = 4;
    kTableFull = 5;
    kInvalidAdminSubject = 6;
    kFabricConflict = 9;
    kLabelConflict = 10;
    kInvalidFabricIndex = 11;
  }

  fabric_scoped struct FabricDescriptorStruct {
    octet_string<65> rootPublicKey = 1;
    vendor_id vendorID = 2;
    fabric_id fabricID = 3;
    node_id nodeID = 4;
    char_string<32> label = 5;
    optional octet_string<85> VIDVerificationStatement = 6;
    fabric_idx fabricIndex = 254;
  }

  fabric_scoped struct NOCStruct {
    octet_string<400> noc = 1;
    nullable octet_string<400> icac = 2;
    optional octet_string<400> vvsc = 3;
    fabric_idx fabricIndex = 254;
  }

  readonly attribute access(read: administer) NOCStruct NOCs[] = 0;
  readonly attribute FabricDescriptorStruct fabrics[] = 1;
  readonly attribute int8u supportedFabrics = 2;
  readonly attribute int8u commissionedFabrics = 3;
  readonly attribute octet_string trustedRootCertificates[] = 4;
  readonly attribute int8u currentFabricIndex = 5;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct AttestationRequestRequest {
    octet_string<32> attestationNonce = 0;
  }

  response struct AttestationResponse = 1 {
    octet_string attestationElements = 0;
    octet_string<64> attestationSignature = 1;
  }

  request struct CertificateChainRequestRequest {
    CertificateChainTypeEnum certificateType = 0;
  }

  response struct CertificateChainResponse = 3 {
    octet_string<600> certificate = 0;
  }

  request struct CSRRequestRequest {
    octet_string<32> CSRNonce = 0;
    optional boolean isForUpdateNOC = 1;
  }

  response struct CSRResponse = 5 {
    octet_string NOCSRElements = 0;
    octet_string<64> attestationSignature = 1;
  }

  request struct AddNOCRequest {
    octet_string<400> NOCValue = 0;
    optional octet_string<400> ICACValue = 1;
    octet_string<16> IPKValue = 2;
    int64u caseAdminSubject = 3;
    vendor_id adminVendorId = 4;
  }

  request struct UpdateNOCRequest {
    octet_string<400> NOCValue = 0;
    optional octet_string<400> ICACValue = 1;
  }

  response struct NOCResponse = 8 {
    NodeOperationalCertStatusEnum statusCode = 0;
    optional fabric_idx fabricIndex = 1;
    optional char_string<128> debugText = 2;
  }

  request struct UpdateFabricLabelRequest {
    char_string<32> label = 0;
  }

  request struct RemoveFabricRequest {
    fabric_idx fabricIndex = 0;
  }

  request struct AddTrustedRootCertificateRequest {
    octet_string<400> rootCACertificate = 0;
  }

  request struct SetVIDVerificationStatementRequest {
    optional vendor_id vendorID = 0;
    optional octet_string<85> VIDVerificationStatement = 1;
    optional octet_string<400> vvsc = 2;
  }

  request struct SignVIDVerificationRequestRequest {
    fabric_idx fabricIndex = 0;
    octet_string<32> clientChallenge = 1;
  }

  response struct SignVIDVerificationResponse = 14 {
    fabric_idx fabricIndex = 0;
    int8u fabricBindingVersion = 1;
    octet_string signature = 2;
  }

  /** Sender is requesting attestation information from the receiver. */
  command access(invoke: administer) AttestationRequest(AttestationRequestRequest): AttestationResponse = 0;
  /** Sender is requesting a device attestation certificate from the receiver. */
  command access(invoke: administer) CertificateChainRequest(CertificateChainRequestRequest): CertificateChainResponse = 2;
  /** Sender is requesting a certificate signing request (CSR) from the receiver. */
  command access(invoke: administer) CSRRequest(CSRRequestRequest): CSRResponse = 4;
  /** Sender is requesting to add the new node operational certificates. */
  command access(invoke: administer) AddNOC(AddNOCRequest): NOCResponse = 6;
  /** This command SHALL replace the NOC and optional associated ICAC (if present) scoped under the accessing fabric upon successful validation of all arguments and preconditions. */
  fabric command access(invoke: administer) UpdateNOC(UpdateNOCRequest): NOCResponse = 7;
  /** This command SHALL be used by an Administrative Node to set the user-visible Label field for a given Fabric, as reflected by entries in the Fabrics attribute. */
  fabric command access(invoke: administer) UpdateFabricLabel(UpdateFabricLabelRequest): NOCResponse = 9;
  /** This command is used by Administrative Nodes to remove a given fabric index and delete all associated fabric-scoped data. */
  command access(invoke: administer) RemoveFabric(RemoveFabricRequest): NOCResponse = 10;
  /** This command SHALL add a Trusted Root CA Certificate, provided as its CHIP Certificate representation. */
  command access(invoke: administer) AddTrustedRootCertificate(AddTrustedRootCertificateRequest): DefaultSuccess = 11;
  /** This command SHALL be used to update any of the accessing fabric's associated VendorID, VidVerificatioNStatement or VVSC (Vendor Verification Signing Certificate). */
  fabric command access(invoke: administer) SetVIDVerificationStatement(SetVIDVerificationStatementRequest): DefaultSuccess = 12;
  /** This command SHALL be used to request that the server authenticate the fabric associated with the FabricIndex given. */
  command access(invoke: administer) SignVIDVerificationRequest(SignVIDVerificationRequestRequest): SignVIDVerificationResponse = 13;
}

/** The Group Key Management Cluster is the mechanism by which group keys are managed. */
cluster GroupKeyManagement = 63 {
  revision 1; // NOTE: Default/not specifically set

  enum GroupKeySecurityPolicyEnum : enum8 {
    kTrustFirst = 0;
    kCacheAndSync = 1;
  }

  bitmap Feature : bitmap32 {
    kCacheAndSync = 0x1;
  }

  fabric_scoped struct GroupInfoMapStruct {
    group_id groupId = 1;
    endpoint_no endpoints[] = 2;
    optional char_string<16> groupName = 3;
    fabric_idx fabricIndex = 254;
  }

  fabric_scoped struct GroupKeyMapStruct {
    group_id groupId = 1;
    int16u groupKeySetID = 2;
    fabric_idx fabricIndex = 254;
  }

  struct GroupKeySetStruct {
    int16u groupKeySetID = 0;
    GroupKeySecurityPolicyEnum groupKeySecurityPolicy = 1;
    nullable octet_string<16> epochKey0 = 2;
    nullable epoch_us epochStartTime0 = 3;
    nullable octet_string<16> epochKey1 = 4;
    nullable epoch_us epochStartTime1 = 5;
    nullable octet_string<16> epochKey2 = 6;
    nullable epoch_us epochStartTime2 = 7;
  }

  attribute access(write: manage) GroupKeyMapStruct groupKeyMap[] = 0;
  readonly attribute GroupInfoMapStruct groupTable[] = 1;
  readonly attribute int16u maxGroupsPerFabric = 2;
  readonly attribute int16u maxGroupKeysPerFabric = 3;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct KeySetWriteRequest {
    GroupKeySetStruct groupKeySet = 0;
  }

  request struct KeySetReadRequest {
    int16u groupKeySetID = 0;
  }

  response struct KeySetReadResponse = 2 {
    GroupKeySetStruct groupKeySet = 0;
  }

  request struct KeySetRemoveRequest {
    int16u groupKeySetID = 0;
  }

  response struct KeySetReadAllIndicesResponse = 5 {
    int16u groupKeySetIDs[] = 0;
  }

  /** Write a new set of keys for the given key set id. */
  fabric command access(invoke: administer) KeySetWrite(KeySetWriteRequest): DefaultSuccess = 0;
  /** Read the keys for a given key set id. */
  fabric command access(invoke: administer) KeySetRead(KeySetReadRequest): KeySetReadResponse = 1;
  /** Revoke a Root Key from a Group */
  fabric command access(invoke: administer) KeySetRemove(KeySetRemoveRequest): DefaultSuccess = 3;
  /** Return the list of Group Key Sets associated with the accessing fabric */
  fabric command access(invoke: administer) KeySetReadAllIndices(): KeySetReadAllIndicesResponse = 4;
}

/** The User Label Cluster provides a feature to tag an endpoint with zero or more labels. */
cluster UserLabel = 65 {
  revision 1; // NOTE: Default/not specifically set

  shared struct LabelStruct {
    char_string<16> label = 0;
    char_string<16> value = 1;
  }

  attribute access(write: manage) LabelStruct labelList[] = 0;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;
}

/** This cluster provides an interface to manage regions of interest, or Zones, which can be either manufacturer or user defined. */
provisional cluster ZoneManagement = 1360 {
  revision 1;

  enum ZoneEventStoppedReasonEnum : enum8 {
    kActionStopped = 0;
    kTimeout = 1;
  }

  enum ZoneEventTriggeredReasonEnum : enum8 {
    kMotion = 0;
  }

  enum ZoneSourceEnum : enum8 {
    kMfg = 0;
    kUser = 1;
  }

  enum ZoneTypeEnum : enum8 {
    kTwoDCARTZone = 0;
  }

  enum ZoneUseEnum : enum8 {
    kMotion = 0;
    kPrivacy = 1;
    kFocus = 2;
  }

  bitmap Feature : bitmap32 {
    kTwoDimensionalCartesianZone = 0x1;
    kPerZoneSensitivity = 0x2;
    kUserDefined = 0x4;
    kFocusZones = 0x8;
  }

  struct TwoDCartesianVertexStruct {
    int16u x = 0;
    int16u y = 1;
  }

  struct TwoDCartesianZoneStruct {
    char_string<32> name = 0;
    ZoneUseEnum use = 1;
    TwoDCartesianVertexStruct vertices[] = 2;
    optional char_string<9> color = 3;
  }

  struct ZoneInformationStruct {
    int16u zoneID = 0;
    ZoneTypeEnum zoneType = 1;
    ZoneSourceEnum zoneSource = 2;
    optional TwoDCartesianZoneStruct twoDCartesianZone = 3;
  }

  struct ZoneTriggerControlStruct {
    int16u zoneID = 0;
    elapsed_s initialDuration = 1;
    elapsed_s augmentationDuration = 2;
    elapsed_s maxDuration = 3;
    elapsed_s blindDuration = 4;
    optional int8u sensitivity = 5;
  }

  info event ZoneTriggered = 0 {
    int16u zone = 0;
    ZoneEventTriggeredReasonEnum reason = 1;
  }

  info event ZoneStopped = 1 {
    int16u zone = 0;
    ZoneEventStoppedReasonEnum reason = 1;
  }

  readonly attribute optional int8u maxUserDefinedZones = 0;
  readonly attribute int8u maxZones = 1;
  readonly attribute ZoneInformationStruct zones[] = 2;
  readonly attribute ZoneTriggerControlStruct triggers[] = 3;
  readonly attribute int8u sensitivityMax = 4;
  attribute optional int8u sensitivity = 5;
  readonly attribute optional TwoDCartesianVertexStruct twoDCartesianMax = 6;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct CreateTwoDCartesianZoneRequest {
    TwoDCartesianZoneStruct zone = 0;
  }

  response struct CreateTwoDCartesianZoneResponse = 1 {
    int16u zoneID = 0;
  }

  request struct UpdateTwoDCartesianZoneRequest {
    int16u zoneID = 0;
    TwoDCartesianZoneStruct zone = 1;
  }

  request struct RemoveZoneRequest {
    int16u zoneID = 0;
  }

  request struct CreateOrUpdateTriggerRequest {
    ZoneTriggerControlStruct trigger = 0;
  }

  request struct RemoveTriggerRequest {
    int16u zoneID = 0;
  }

  /** This command SHALL create and store a TwoD Cartesian Zone. */
  command access(invoke: manage) CreateTwoDCartesianZone(CreateTwoDCartesianZoneRequest): CreateTwoDCartesianZoneResponse = 0;
  /** The UpdateTwoDCartesianZone SHALL update a stored TwoD Cartesian Zone. */
  command access(invoke: manage) UpdateTwoDCartesianZone(UpdateTwoDCartesianZoneRequest): DefaultSuccess = 2;
  /** This command SHALL remove the Zone mapped to the passed in ZoneID. */
  command access(invoke: manage) RemoveZone(RemoveZoneRequest): DefaultSuccess = 3;
  /** This command is used to create or update a Trigger for the specified motion Zone. */
  command access(invoke: manage) CreateOrUpdateTrigger(CreateOrUpdateTriggerRequest): DefaultSuccess = 4;
  /** This command SHALL remove the Trigger mapped to the provided ZoneID. */
  command access(invoke: manage) RemoveTrigger(RemoveTriggerRequest): DefaultSuccess = 5;
}

/** The Camera AV Stream Management cluster is used to allow clients to manage, control, and configure various audio, video, and snapshot streams on a camera. */
provisional cluster CameraAvStreamManagement = 1361 {
  revision 1;

  enum AudioCodecEnum : enum8 {
    kOPUS = 0 [spec_name = "OPUS"];
    kAACLC = 1 [spec_name = "AAC-LC"];
  }

  enum ImageCodecEnum : enum8 {
    kJPEG = 0 [spec_name = "JPEG"];
  }

  enum TriStateAutoEnum : enum8 {
    kOff = 0;
    kOn = 1;
    kAuto = 2;
  }

  enum TwoWayTalkSupportTypeEnum : enum8 {
    kNotSupported = 0;
    kHalfDuplex = 1;
    kFullDuplex = 2;
  }

  enum VideoCodecEnum : enum8 {
    kH264 = 0;
    kHEVC = 1 [spec_name = "HEVC"];
    kVVC = 2 [spec_name = "VVC"];
    kAV1 = 3 [spec_name = "AV1"];
  }

  bitmap Feature : bitmap32 {
    kAudio = 0x1;
    kVideo = 0x2;
    kSnapshot = 0x4;
    kPrivacy = 0x8;
    kSpeaker = 0x10;
    kImageControl = 0x20;
    kWatermark = 0x40;
    kOnScreenDisplay = 0x80;
    kLocalStorage = 0x100;
    kHighDynamicRange = 0x200;
    kNightVision = 0x400;
  }

  struct VideoResolutionStruct {
    int16u width = 0;
    int16u height = 1;
  }

  struct VideoStreamStruct {
    int16u videoStreamID = 0;
    StreamUsageEnum streamUsage = 1;
    VideoCodecEnum videoCodec = 2;
    int16u minFrameRate = 3;
    int16u maxFrameRate = 4;
    VideoResolutionStruct minResolution = 5;
    VideoResolutionStruct maxResolution = 6;
    int32u minBitRate = 7;
    int32u maxBitRate = 8;
    int16u keyFrameInterval = 9;
    optional boolean watermarkEnabled = 10;
    optional boolean OSDEnabled = 11;
    int8u referenceCount = 12;
  }

  struct SnapshotStreamStruct {
    int16u snapshotStreamID = 0;
    ImageCodecEnum imageCodec = 1;
    int16u frameRate = 2;
    VideoResolutionStruct minResolution = 3;
    VideoResolutionStruct maxResolution = 4;
    int8u quality = 5;
    int8u referenceCount = 6;
    boolean encodedPixels = 7;
    boolean hardwareEncoder = 8;
    optional boolean watermarkEnabled = 9;
    optional boolean OSDEnabled = 10;
  }

  struct SnapshotCapabilitiesStruct {
    VideoResolutionStruct resolution = 0;
    int16u maxFrameRate = 1;
    ImageCodecEnum imageCodec = 2;
    boolean requiresEncodedPixels = 3;
    optional boolean requiresHardwareEncoder = 4;
  }

  struct RateDistortionTradeOffPointsStruct {
    VideoCodecEnum codec = 0;
    VideoResolutionStruct resolution = 1;
    int32u minBitRate = 2;
  }

  struct AudioCapabilitiesStruct {
    int8u maxNumberOfChannels = 0;
    AudioCodecEnum supportedCodecs[] = 1;
    int32u supportedSampleRates[] = 2;
    int8u supportedBitDepths[] = 3;
  }

  struct AudioStreamStruct {
    int16u audioStreamID = 0;
    StreamUsageEnum streamUsage = 1;
    AudioCodecEnum audioCodec = 2;
    int8u channelCount = 3;
    int32u sampleRate = 4;
    int32u bitRate = 5;
    int8u bitDepth = 6;
    int8u referenceCount = 7;
  }

  struct VideoSensorParamsStruct {
    int16u sensorWidth = 0;
    int16u sensorHeight = 1;
    int16u maxFPS = 2;
    optional int16u maxHDRFPS = 3;
  }

  readonly attribute optional int8u maxConcurrentEncoders = 0;
  readonly attribute optional int32u maxEncodedPixelRate = 1;
  readonly attribute optional VideoSensorParamsStruct videoSensorParams = 2;
  readonly attribute optional boolean nightVisionUsesInfrared = 3;
  readonly attribute optional VideoResolutionStruct minViewportResolution = 4;
  readonly attribute optional RateDistortionTradeOffPointsStruct rateDistortionTradeOffPoints[] = 5;
  readonly attribute int32u maxContentBufferSize = 6;
  readonly attribute optional AudioCapabilitiesStruct microphoneCapabilities = 7;
  readonly attribute optional AudioCapabilitiesStruct speakerCapabilities = 8;
  readonly attribute optional TwoWayTalkSupportTypeEnum twoWayTalkSupport = 9;
  readonly attribute optional SnapshotCapabilitiesStruct snapshotCapabilities[] = 10;
  readonly attribute int32u maxNetworkBandwidth = 11;
  readonly attribute optional int16u currentFrameRate = 12;
  attribute access(read: manage, write: manage) optional boolean HDRModeEnabled = 13;
  readonly attribute StreamUsageEnum supportedStreamUsages[] = 14;
  readonly attribute optional VideoStreamStruct allocatedVideoStreams[] = 15;
  readonly attribute optional AudioStreamStruct allocatedAudioStreams[] = 16;
  readonly attribute optional SnapshotStreamStruct allocatedSnapshotStreams[] = 17;
  readonly attribute StreamUsageEnum streamUsagePriorities[] = 18;
  attribute optional boolean softRecordingPrivacyModeEnabled = 19;
  attribute optional boolean softLivestreamPrivacyModeEnabled = 20;
  readonly attribute optional boolean hardPrivacyModeOn = 21;
  attribute access(read: manage, write: manage) optional TriStateAutoEnum nightVision = 22;
  attribute access(read: manage, write: manage) optional TriStateAutoEnum nightVisionIllum = 23;
  attribute access(read: manage, write: manage) optional ViewportStruct viewport = 24;
  attribute access(read: manage, write: manage) optional boolean speakerMuted = 25;
  attribute access(read: manage, write: manage) optional int8u speakerVolumeLevel = 26;
  readonly attribute access(read: manage) optional int8u speakerMaxLevel = 27;
  readonly attribute access(read: manage) optional int8u speakerMinLevel = 28;
  attribute access(read: manage, write: manage) optional boolean microphoneMuted = 29;
  attribute access(read: manage, write: manage) optional int8u microphoneVolumeLevel = 30;
  readonly attribute access(read: manage) optional int8u microphoneMaxLevel = 31;
  readonly attribute access(read: manage) optional int8u microphoneMinLevel = 32;
  attribute access(read: manage, write: manage) optional boolean microphoneAGCEnabled = 33;
  attribute access(read: manage, write: manage) optional int16u imageRotation = 34;
  attribute access(read: manage, write: manage) optional boolean imageFlipHorizontal = 35;
  attribute access(read: manage, write: manage) optional boolean imageFlipVertical = 36;
  attribute access(read: manage, write: manage) optional boolean localVideoRecordingEnabled = 37;
  attribute access(read: manage, write: manage) optional boolean localSnapshotRecordingEnabled = 38;
  attribute access(read: manage, write: manage) optional boolean statusLightEnabled = 39;
  attribute access(read: manage, write: manage) optional ThreeLevelAutoEnum statusLightBrightness = 40;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct AudioStreamAllocateRequest {
    StreamUsageEnum streamUsage = 0;
    AudioCodecEnum audioCodec = 1;
    int8u channelCount = 2;
    int32u sampleRate = 3;
    int32u bitRate = 4;
    int8u bitDepth = 5;
  }

  response struct AudioStreamAllocateResponse = 1 {
    int16u audioStreamID = 0;
  }

  request struct AudioStreamDeallocateRequest {
    int16u audioStreamID = 0;
  }

  request struct VideoStreamAllocateRequest {
    StreamUsageEnum streamUsage = 0;
    VideoCodecEnum videoCodec = 1;
    int16u minFrameRate = 2;
    int16u maxFrameRate = 3;
    VideoResolutionStruct minResolution = 4;
    VideoResolutionStruct maxResolution = 5;
    int32u minBitRate = 6;
    int32u maxBitRate = 7;
    int16u keyFrameInterval = 8;
    optional boolean watermarkEnabled = 9;
    optional boolean OSDEnabled = 10;
  }

  response struct VideoStreamAllocateResponse = 4 {
    int16u videoStreamID = 0;
  }

  request struct VideoStreamModifyRequest {
    int16u videoStreamID = 0;
    optional boolean watermarkEnabled = 1;
    optional boolean OSDEnabled = 2;
  }

  request struct VideoStreamDeallocateRequest {
    int16u videoStreamID = 0;
  }

  request struct SnapshotStreamAllocateRequest {
    ImageCodecEnum imageCodec = 0;
    int16u maxFrameRate = 1;
    VideoResolutionStruct minResolution = 2;
    VideoResolutionStruct maxResolution = 3;
    int8u quality = 4;
    optional boolean watermarkEnabled = 5;
    optional boolean OSDEnabled = 6;
  }

  response struct SnapshotStreamAllocateResponse = 8 {
    int16u snapshotStreamID = 0;
  }

  request struct SnapshotStreamModifyRequest {
    int16u snapshotStreamID = 0;
    optional boolean watermarkEnabled = 1;
    optional boolean OSDEnabled = 2;
  }

  request struct SnapshotStreamDeallocateRequest {
    int16u snapshotStreamID = 0;
  }

  request struct SetStreamPrioritiesRequest {
    StreamUsageEnum streamPriorities[] = 0;
  }

  request struct CaptureSnapshotRequest {
    nullable int16u snapshotStreamID = 0;
    VideoResolutionStruct requestedResolution = 1;
  }

  response struct CaptureSnapshotResponse = 13 {
    octet_string data = 0;
    ImageCodecEnum imageCodec = 1;
    VideoResolutionStruct resolution = 2;
  }

  /** This command SHALL allocate an audio stream on the camera and return an allocated audio stream identifier. */
  command access(invoke: manage) AudioStreamAllocate(AudioStreamAllocateRequest): AudioStreamAllocateResponse = 0;
  /** This command SHALL deallocate an audio stream on the camera, corresponding to the given audio stream identifier. */
  command access(invoke: manage) AudioStreamDeallocate(AudioStreamDeallocateRequest): DefaultSuccess = 2;
  /** This command SHALL allocate a video stream on the camera and return an allocated video stream identifier. */
  command access(invoke: manage) VideoStreamAllocate(VideoStreamAllocateRequest): VideoStreamAllocateResponse = 3;
  /** This command SHALL be used to modify a stream specified by the VideoStreamID. */
  command access(invoke: manage) VideoStreamModify(VideoStreamModifyRequest): DefaultSuccess = 5;
  /** This command SHALL deallocate a video stream on the camera, corresponding to the given video stream identifier. */
  command access(invoke: manage) VideoStreamDeallocate(VideoStreamDeallocateRequest): DefaultSuccess = 6;
  /** This command SHALL allocate a snapshot stream on the device and return an allocated snapshot stream identifier. */
  command access(invoke: manage) SnapshotStreamAllocate(SnapshotStreamAllocateRequest): SnapshotStreamAllocateResponse = 7;
  /** This command SHALL be used to modify a stream specified by the VideoStreamID. */
  command access(invoke: manage) SnapshotStreamModify(SnapshotStreamModifyRequest): DefaultSuccess = 9;
  /** This command SHALL deallocate an snapshot stream on the camera, corresponding to the given snapshot stream identifier. */
  command access(invoke: manage) SnapshotStreamDeallocate(SnapshotStreamDeallocateRequest): DefaultSuccess = 10;
  /** This command SHALL set the relative priorities of the various stream usages on the camera. */
  command access(invoke: administer) SetStreamPriorities(SetStreamPrioritiesRequest): DefaultSuccess = 11;
  /** This command SHALL return a Snapshot from the camera. */
  command CaptureSnapshot(CaptureSnapshotRequest): CaptureSnapshotResponse = 12;
}

/** This cluster provides an interface into controls associated with the operation of a device that provides pan, tilt, and zoom functions, either mechanically, or against a digital image. */
provisional cluster CameraAvSettingsUserLevelManagement = 1362 {
  revision 1;

  enum PhysicalMovementEnum : enum8 {
    kIdle = 0;
    kMoving = 1;
  }

  bitmap Feature : bitmap32 {
    kDigitalPTZ = 0x1;
    kMechanicalPan = 0x2;
    kMechanicalTilt = 0x4;
    kMechanicalZoom = 0x8;
    kMechanicalPresets = 0x10;
  }

  struct MPTZStruct {
    optional int16s pan = 0;
    optional int16s tilt = 1;
    optional int8u zoom = 2;
  }

  struct MPTZPresetStruct {
    int8u presetID = 0;
    char_string<32> name = 1;
    MPTZStruct settings = 2;
  }

  struct DPTZStruct {
    int16u videoStreamID = 0;
    ViewportStruct viewport = 1;
  }

  readonly attribute optional MPTZStruct MPTZPosition = 0;
  readonly attribute optional int8u maxPresets = 1;
  readonly attribute optional MPTZPresetStruct MPTZPresets[] = 2;
  readonly attribute optional DPTZStruct DPTZStreams[] = 3;
  readonly attribute optional int8u zoomMax = 4;
  readonly attribute optional int16s tiltMin = 5;
  readonly attribute optional int16s tiltMax = 6;
  readonly attribute optional int16s panMin = 7;
  readonly attribute optional int16s panMax = 8;
  readonly attribute optional PhysicalMovementEnum movementState = 9;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct MPTZSetPositionRequest {
    optional int16s pan = 0;
    optional int16s tilt = 1;
    optional int8u zoom = 2;
  }

  request struct MPTZRelativeMoveRequest {
    optional int16s panDelta = 0;
    optional int16s tiltDelta = 1;
    optional int8s zoomDelta = 2;
  }

  request struct MPTZMoveToPresetRequest {
    int8u presetID = 0;
  }

  request struct MPTZSavePresetRequest {
    optional int8u presetID = 0;
    char_string<32> name = 1;
  }

  request struct MPTZRemovePresetRequest {
    int8u presetID = 0;
  }

  request struct DPTZSetViewportRequest {
    int16u videoStreamID = 0;
    ViewportStruct viewport = 1;
  }

  request struct DPTZRelativeMoveRequest {
    int16u videoStreamID = 0;
    optional int16s deltaX = 1;
    optional int16s deltaY = 2;
    optional int8s zoomDelta = 3;
  }

  /** This command SHALL move the camera to the provided values for pan, tilt, and zoom in the mechanical PTZ. */
  command MPTZSetPosition(MPTZSetPositionRequest): DefaultSuccess = 0;
  /** This command SHALL move the camera by the delta values relative to the currently defined position. */
  command MPTZRelativeMove(MPTZRelativeMoveRequest): DefaultSuccess = 1;
  /** This command SHALL move the camera to the positions specified by the Preset passed. */
  command MPTZMoveToPreset(MPTZMoveToPresetRequest): DefaultSuccess = 2;
  /** This command allows creating a new preset or updating the values of an existing one. */
  command MPTZSavePreset(MPTZSavePresetRequest): DefaultSuccess = 3;
  /** This command SHALL remove a preset entry from the PresetMptzTable. */
  command MPTZRemovePreset(MPTZRemovePresetRequest): DefaultSuccess = 4;
  /** This command allows for setting the digital viewport for a specific Video Stream. */
  command DPTZSetViewport(DPTZSetViewportRequest): DefaultSuccess = 5;
  /** This command SHALL change the per stream viewport by the amount specified in a relative fashion. */
  command DPTZRelativeMove(DPTZRelativeMoveRequest): DefaultSuccess = 6;
}

/** The WebRTC transport provider cluster provides a way for stream providers (e.g. Cameras) to stream or receive their data through WebRTC. */
provisional cluster WebRTCTransportProvider = 1363 {
  revision 1;

  bitmap Feature : bitmap32 {
    kMetadata = 0x1;
  }

  struct SFrameStruct {
    int16u cipherSuite = 0;
    octet_string<128> baseKey = 1;
    octet_string<8> kid = 2;
  }

  readonly attribute access(read: manage) WebRTCSessionStruct currentSessions[] = 0;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct SolicitOfferRequest {
    StreamUsageEnum streamUsage = 0;
    endpoint_no originatingEndpointID = 1;
    optional nullable int16u videoStreamID = 2;
    optional nullable int16u audioStreamID = 3;
    optional ICEServerStruct ICEServers[] = 4;
    optional char_string<16> ICETransportPolicy = 5;
    optional boolean metadataEnabled = 6;
    optional SFrameStruct SFrameConfig = 7;
  }

  response struct SolicitOfferResponse = 1 {
    int16u webRTCSessionID = 0;
    boolean deferredOffer = 1;
    optional nullable int16u videoStreamID = 2;
    optional nullable int16u audioStreamID = 3;
  }

  request struct ProvideOfferRequest {
    nullable int16u webRTCSessionID = 0;
    char_string sdp = 1;
    StreamUsageEnum streamUsage = 2;
    endpoint_no originatingEndpointID = 3;
    optional nullable int16u videoStreamID = 4;
    optional nullable int16u audioStreamID = 5;
    optional ICEServerStruct ICEServers[] = 6;
    optional char_string<16> ICETransportPolicy = 7;
    optional boolean metadataEnabled = 8;
    optional SFrameStruct SFrameConfig = 9;
  }

  response struct ProvideOfferResponse = 3 {
    int16u webRTCSessionID = 0;
    optional nullable int16u videoStreamID = 1;
    optional nullable int16u audioStreamID = 2;
  }

  request struct ProvideAnswerRequest {
    int16u webRTCSessionID = 0;
    char_string sdp = 1;
  }

  request struct ProvideICECandidatesRequest {
    int16u webRTCSessionID = 0;
    ICECandidateStruct ICECandidates[] = 1;
  }

  request struct EndSessionRequest {
    int16u webRTCSessionID = 0;
    WebRTCEndReasonEnum reason = 1;
  }

  /** Requests that the Provider initiates a new session with the Offer / Answer flow in a way that allows for options to be passed and work with devices needing the standby flow. */
  fabric command SolicitOffer(SolicitOfferRequest): SolicitOfferResponse = 0;
  /** This command allows an SDP Offer to be set and start a new session. */
  fabric command ProvideOffer(ProvideOfferRequest): ProvideOfferResponse = 2;
  /** This command SHALL be initiated from a Node in response to an Offer that was previously received from a remote peer. */
  fabric command ProvideAnswer(ProvideAnswerRequest): DefaultSuccess = 4;
  /** This command allows for string based ICE candidates generated after the initial Offer / Answer exchange, via a JSEP onicecandidate event, a DOM rtcpeerconnectioniceevent event, or other WebRTC compliant implementations, to be added to a session during the gathering phase. */
  fabric command ProvideICECandidates(ProvideICECandidatesRequest): DefaultSuccess = 5;
  /** This command instructs the stream provider to end the WebRTC session. */
  fabric command EndSession(EndSessionRequest): DefaultSuccess = 6;
}

/** The WebRTC transport requestor cluster provides a way for stream consumers (e.g. Matter Stream Viewer) to establish a WebRTC connection with a stream provider. */
provisional cluster WebRTCTransportRequestor = 1364 {
  revision 1;

  readonly attribute access(read: administer) WebRTCSessionStruct currentSessions[] = 0;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct OfferRequest {
    int16u webRTCSessionID = 0;
    char_string sdp = 1;
    optional ICEServerStruct ICEServers[] = 2;
    optional char_string<16> ICETransportPolicy = 3;
  }

  request struct AnswerRequest {
    int16u webRTCSessionID = 0;
    char_string sdp = 1;
  }

  request struct ICECandidatesRequest {
    int16u webRTCSessionID = 0;
    ICECandidateStruct ICECandidates[] = 1;
  }

  request struct EndRequest {
    int16u webRTCSessionID = 0;
    WebRTCEndReasonEnum reason = 1;
  }

  /** This command provides the stream requestor with WebRTC session details. */
  command Offer(OfferRequest): DefaultSuccess = 0;
  /** This command provides the stream requestor with the WebRTC session details (i.e. Session ID and SDP answer), It is the next command in the Offer/Answer flow to the ProvideOffer command. */
  command Answer(AnswerRequest): DefaultSuccess = 1;
  /** This command allows for the object based ICE candidates generated after the initial Offer / Answer exchange, via a JSEP onicecandidate event, a DOM rtcpeerconnectioniceevent event, or other WebRTC compliant implementations, to be added to a session during the gathering phase. */
  command ICECandidates(ICECandidatesRequest): DefaultSuccess = 2;
  /** This command notifies the stream requestor that the provider has ended the WebRTC session. */
  command End(EndRequest): DefaultSuccess = 3;
}

/** This cluster implements the upload of Audio and Video streams from the Push AV Stream Transport Cluster using suitable push-based transports. */
provisional cluster PushAvStreamTransport = 1365 {
  revision 1;

  enum CMAFInterfaceEnum : enum8 {
    kInterface1 = 0;
    kInterface2DASH = 1;
    kInterface2HLS = 2;
  }

  enum ContainerFormatEnum : enum8 {
    kCMAF = 0 [spec_name = "CMAF"];
  }

  enum IngestMethodsEnum : enum8 {
    kCMAFIngest = 0;
  }

  enum StatusCodeEnum : enum8 {
    kInvalidTLSEndpoint = 2;
    kInvalidStream = 3;
    kInvalidURL = 4;
    kInvalidZone = 5;
    kInvalidCombination = 6;
    kInvalidTriggerType = 7;
    kInvalidTransportStatus = 8;
    kInvalidOptions = 9;
    kInvalidStreamUsage = 10;
  }

  enum TransportStatusEnum : enum8 {
    kActive = 0;
    kInactive = 1;
  }

  enum TransportTriggerTypeEnum : enum8 {
    kCommand = 0;
    kMotion = 1;
    kContinuous = 2;
  }

  enum TriggerActivationReasonEnum : enum8 {
    kUserInitiated = 0;
    kAutomation = 1;
    kEmergency = 2;
  }

  bitmap Feature : bitmap32 {
    kPerZoneSensitivity = 0x1;
    kMetadata = 0x2;
  }

  struct TransportMotionTriggerTimeControlStruct {
    int16u initialDuration = 0;
    int16u augmentationDuration = 1;
    elapsed_s maxDuration = 2;
    int16u blindDuration = 3;
  }

  struct TransportZoneOptionsStruct {
    nullable int16u zone = 0;
    optional int8u sensitivity = 1;
  }

  struct TransportTriggerOptionsStruct {
    TransportTriggerTypeEnum triggerType = 0;
    optional nullable TransportZoneOptionsStruct motionZones[] = 1;
    optional nullable int8u motionSensitivity = 2;
    optional TransportMotionTriggerTimeControlStruct motionTimeControl = 3;
    optional int16u maxPreRollLen = 4;
  }

  struct CMAFContainerOptionsStruct {
    CMAFInterfaceEnum CMAFInterface = 0;
    int16u segmentDuration = 1;
    int16u chunkDuration = 2;
    int8u sessionGroup = 3;
    char_string<16> trackName = 4;
    optional octet_string<16> CENCKey = 5;
    optional octet_string<16> CENCKeyID = 6;
    optional boolean metadataEnabled = 7;
  }

  struct ContainerOptionsStruct {
    ContainerFormatEnum containerType = 0;
    optional CMAFContainerOptionsStruct CMAFContainerOptions = 1;
  }

  struct TransportOptionsStruct {
    StreamUsageEnum streamUsage = 0;
    optional nullable int16u videoStreamID = 1;
    optional nullable int16u audioStreamID = 2;
    int16u endpointID = 3;
    long_char_string<2000> url = 4;
    TransportTriggerOptionsStruct triggerOptions = 5;
    IngestMethodsEnum ingestMethod = 6;
    ContainerOptionsStruct containerOptions = 7;
    optional epoch_s expiryTime = 8;
  }

  fabric_scoped struct TransportConfigurationStruct {
    int16u connectionID = 0;
    TransportStatusEnum transportStatus = 1;
    optional TransportOptionsStruct transportOptions = 2;
    fabric_idx fabricIndex = 254;
  }

  struct SupportedFormatStruct {
    ContainerFormatEnum containerFormat = 0;
    IngestMethodsEnum ingestMethod = 1;
  }

  info event PushTransportBegin = 0 {
    int16u connectionID = 0;
    TransportTriggerTypeEnum triggerType = 1;
    optional TriggerActivationReasonEnum activationReason = 2;
  }

  info event PushTransportEnd = 1 {
    int16u connectionID = 0;
    TransportTriggerTypeEnum triggerType = 1;
    optional TriggerActivationReasonEnum activationReason = 2;
  }

  readonly attribute SupportedFormatStruct supportedFormats[] = 0;
  readonly attribute TransportConfigurationStruct currentConnections[] = 1;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct AllocatePushTransportRequest {
    TransportOptionsStruct transportOptions = 0;
  }

  response struct AllocatePushTransportResponse = 1 {
    TransportConfigurationStruct transportConfiguration = 0;
  }

  request struct DeallocatePushTransportRequest {
    int16u connectionID = 0;
  }

  request struct ModifyPushTransportRequest {
    int16u connectionID = 0;
    TransportOptionsStruct transportOptions = 1;
  }

  request struct SetTransportStatusRequest {
    nullable int16u connectionID = 0;
    TransportStatusEnum transportStatus = 1;
  }

  request struct ManuallyTriggerTransportRequest {
    int16u connectionID = 0;
    TriggerActivationReasonEnum activationReason = 1;
    optional TransportMotionTriggerTimeControlStruct timeControl = 2;
    optional long_octet_string<256> userDefined = 3;
  }

  request struct FindTransportRequest {
    nullable int16u connectionID = 0;
  }

  response struct FindTransportResponse = 7 {
    TransportConfigurationStruct transportConfigurations[] = 0;
  }

  /** This command SHALL allocate a transport and return a PushTransportConnectionID. */
  fabric command access(invoke: manage) AllocatePushTransport(AllocatePushTransportRequest): AllocatePushTransportResponse = 0;
  /** This command SHALL be generated to request the Node deallocates the specified transport. */
  fabric command access(invoke: manage) DeallocatePushTransport(DeallocatePushTransportRequest): DefaultSuccess = 2;
  /** This command is used to request the Node modifies the configuration of the specified push transport. */
  fabric command access(invoke: manage) ModifyPushTransport(ModifyPushTransportRequest): DefaultSuccess = 3;
  /** This command SHALL be generated to request the Node modifies the Transport Status of a specified transport or all transports. */
  fabric command access(invoke: manage) SetTransportStatus(SetTransportStatusRequest): DefaultSuccess = 4;
  /** This command SHALL be generated to request the Node to manually start the specified push transport. */
  fabric command ManuallyTriggerTransport(ManuallyTriggerTransportRequest): DefaultSuccess = 5;
  /** This command SHALL return the Transport Configuration for the specified push transport or all allocated transports for the fabric if null. */
  fabric command FindTransport(FindTransportRequest): FindTransportResponse = 6;
}

/** This cluster provides facilities to configure and play Chime sounds, such as those used in a doorbell. */
provisional cluster Chime = 1366 {
  revision 1;

  struct ChimeSoundStruct {
    int8u chimeID = 0;
    char_string<48> name = 1;
  }

  readonly attribute ChimeSoundStruct installedChimeSounds[] = 0;
  attribute int8u selectedChime = 1;
  attribute boolean enabled = 2;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  command PlayChimeSound(): DefaultSuccess = 0;
}

/** This Cluster is used to manage TLS Client Certificates and to provision
      TLS endpoints with enough information to facilitate subsequent connection. */
provisional cluster TlsCertificateManagement = 2049 {
  revision 1;

  fabric_scoped struct TLSCertStruct {
    int16u caid = 0;
    optional long_octet_string<3000> certificate = 1;
    fabric_idx fabricIndex = 254;
  }

  fabric_scoped struct TLSClientCertificateDetailStruct {
    int16u ccdid = 0;
    optional nullable long_octet_string<3000> clientCertificate = 1;
    optional octet_string intermediateCertificates[] = 2;
    fabric_idx fabricIndex = 254;
  }

  readonly attribute int8u maxRootCertificates = 0;
  readonly attribute TLSCertStruct provisionedRootCertificates[] = 1;
  readonly attribute int8u maxClientCertificates = 2;
  readonly attribute TLSClientCertificateDetailStruct provisionedClientCertificates[] = 3;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct ProvisionRootCertificateRequest {
    long_octet_string<3000> certificate = 0;
    nullable int16u caid = 1;
  }

  response struct ProvisionRootCertificateResponse = 1 {
    int16u caid = 0;
  }

  request struct FindRootCertificateRequest {
    nullable int16u caid = 0;
  }

  response struct FindRootCertificateResponse = 3 {
    TLSCertStruct certificateDetails[] = 0;
  }

  request struct LookupRootCertificateRequest {
    octet_string<64> fingerprint = 0;
  }

  response struct LookupRootCertificateResponse = 5 {
    int16u caid = 0;
  }

  request struct RemoveRootCertificateRequest {
    int16u caid = 0;
  }

  request struct ClientCSRRequest {
    octet_string<32> nonce = 0;
    nullable int16u ccdid = 1;
  }

  response struct ClientCSRResponse = 8 {
    int16u ccdid = 0;
    long_octet_string<3000> csr = 1;
    octet_string<128> nonceSignature = 2;
  }

  request struct ProvisionClientCertificateRequest {
    int16u ccdid = 0;
    long_octet_string<3000> clientCertificate = 1;
    octet_string intermediateCertificates[] = 2;
  }

  request struct FindClientCertificateRequest {
    nullable int16u ccdid = 0;
  }

  response struct FindClientCertificateResponse = 11 {
    TLSClientCertificateDetailStruct certificateDetails[] = 0;
  }

  request struct LookupClientCertificateRequest {
    octet_string<64> fingerprint = 0;
  }

  response struct LookupClientCertificateResponse = 13 {
    int16u ccdid = 0;
  }

  request struct RemoveClientCertificateRequest {
    int16u ccdid = 0;
  }

  /** This command SHALL provision a newly provided certificate, or rotate an existing one, based on the contents of the CAID field. */
  fabric command access(invoke: administer) ProvisionRootCertificate(ProvisionRootCertificateRequest): ProvisionRootCertificateResponse = 0;
  /** This command SHALL return the specified TLS root certificate, or all provisioned TLS root certificates for the accessing fabric, based on the contents of the CAID field. */
  fabric command FindRootCertificate(FindRootCertificateRequest): FindRootCertificateResponse = 2;
  /** This command SHALL return the CAID for the passed in fingerprint. */
  fabric command LookupRootCertificate(LookupRootCertificateRequest): LookupRootCertificateResponse = 4;
  /** This command SHALL be generated to request the server removes the certificate provisioned to the provided Certificate Authority ID. */
  fabric command access(invoke: administer) RemoveRootCertificate(RemoveRootCertificateRequest): DefaultSuccess = 6;
  /** This command SHALL be generated to request the Node generates a certificate signing request for a new TLS key pair or use an existing CCDID for certificate rotation. */
  fabric command access(invoke: administer) ClientCSR(ClientCSRRequest): ClientCSRResponse = 7;
  /** This command SHALL be generated to request the Node provisions newly provided Client Certificate Details, or rotate an existing client certificate. */
  fabric command access(invoke: administer) ProvisionClientCertificate(ProvisionClientCertificateRequest): DefaultSuccess = 9;
  /** This command SHALL return the TLSClientCertificateDetailStruct for the passed in CCDID, or all TLS client certificates for the accessing fabric, based on the contents of the CCDID field. */
  fabric command FindClientCertificate(FindClientCertificateRequest): FindClientCertificateResponse = 10;
  /** This command SHALL return the CCDID for the passed in Fingerprint. */
  fabric command LookupClientCertificate(LookupClientCertificateRequest): LookupClientCertificateResponse = 12;
  /** This command SHALL be used to request the Node removes all stored information for the provided CCDID. */
  fabric command access(invoke: administer) RemoveClientCertificate(RemoveClientCertificateRequest): DefaultSuccess = 14;
}

/** This Cluster is used to provision TLS Endpoints with enough information to facilitate subsequent connection. */
provisional cluster TlsClientManagement = 2050 {
  revision 1;

  enum StatusCodeEnum : enum8 {
    kEndpointAlreadyInstalled = 2;
    kRootCertificateNotFound = 3;
    kClientCertificateNotFound = 4;
    kEndpointInUse = 5;
  }

  enum TLSEndpointStatusEnum : enum8 {
    kProvisioned = 0;
    kInUse = 1;
  }

  fabric_scoped struct TLSEndpointStruct {
    int16u endpointID = 0;
    octet_string<253> hostname = 1;
    int16u port = 2;
    int16u caid = 3;
    nullable int16u ccdid = 4;
    TLSEndpointStatusEnum status = 5;
    fabric_idx fabricIndex = 254;
  }

  readonly attribute int8u maxProvisioned = 0;
  readonly attribute TLSEndpointStruct provisionedEndpoints[] = 1;
  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct ProvisionEndpointRequest {
    octet_string<253> hostname = 0;
    int16u port = 1;
    int16u caid = 2;
    nullable int16u ccdid = 3;
    nullable int16u endpointID = 4;
  }

  response struct ProvisionEndpointResponse = 1 {
    int16u endpointID = 0;
  }

  request struct FindEndpointRequest {
    int16u endpointID = 0;
  }

  response struct FindEndpointResponse = 3 {
    TLSEndpointStruct endpoint = 0;
  }

  request struct RemoveEndpointRequest {
    int16u endpointID = 0;
  }

  /** This command is used to provision a TLS Endpoint for the provided HostName / Port combination. */
  fabric command access(invoke: administer) ProvisionEndpoint(ProvisionEndpointRequest): ProvisionEndpointResponse = 0;
  /** This command is used to find a TLS Endpoint by its ID. */
  fabric command FindEndpoint(FindEndpointRequest): FindEndpointResponse = 2;
  /** This command is used to remove a TLS Endpoint by its ID. */
  fabric command access(invoke: administer) RemoveEndpoint(RemoveEndpointRequest): DefaultSuccess = 4;
}

/** The Fault Injection Cluster provide a means for a test harness to configure faults(for example triggering a fault in the system). */
internal cluster FaultInjection = 4294048774 {
  revision 1; // NOTE: Default/not specifically set

  enum FaultType : enum8 {
    kUnspecified = 0;
    kSystemFault = 1;
    kInetFault = 2;
    kChipFault = 3;
    kCertFault = 4;
  }

  readonly attribute command_id generatedCommandList[] = 65528;
  readonly attribute command_id acceptedCommandList[] = 65529;
  readonly attribute attrib_id attributeList[] = 65531;
  readonly attribute bitmap32 featureMap = 65532;
  readonly attribute int16u clusterRevision = 65533;

  request struct FailAtFaultRequest {
    FaultType type = 0;
    int32u id = 1;
    int32u numCallsToSkip = 2;
    int32u numCallsToFail = 3;
    boolean takeMutex = 4;
  }

  request struct FailRandomlyAtFaultRequest {
    FaultType type = 0;
    int32u id = 1;
    int8u percentage = 2;
  }

  /** Configure a fault to be triggered deterministically */
  command access(invoke: manage) FailAtFault(FailAtFaultRequest): DefaultSuccess = 0;
  /** Configure a fault to be triggered randomly, with a given probability defined as a percentage */
  command access(invoke: manage) FailRandomlyAtFault(FailRandomlyAtFaultRequest): DefaultSuccess = 1;
}

endpoint 0 {
  device type ma_rootdevice = 22, version 3;
  device type ma_otarequestor = 18, version 1;

  binding cluster OtaSoftwareUpdateProvider;

  server cluster Descriptor {
    callback attribute deviceTypeList;
    callback attribute serverList;
    callback attribute clientList;
    callback attribute partsList;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster Binding {
    callback attribute binding;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster AccessControl {
    emits event AccessControlEntryChanged;
    emits event AccessControlExtensionChanged;
    callback attribute acl;
    callback attribute subjectsPerAccessControlEntry;
    callback attribute targetsPerAccessControlEntry;
    callback attribute accessControlEntriesPerFabric;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster BasicInformation {
    emits event StartUp;
    emits event ShutDown;
    emits event Leave;
    callback attribute dataModelRevision;
    callback attribute vendorName;
    callback attribute vendorID;
    callback attribute productName;
    callback attribute productID;
    callback attribute nodeLabel;
    callback attribute location;
    callback attribute hardwareVersion;
    callback attribute hardwareVersionString;
    callback attribute softwareVersion;
    callback attribute softwareVersionString;
    callback attribute manufacturingDate;
    callback attribute partNumber;
    callback attribute productURL;
    callback attribute productLabel;
    callback attribute serialNumber;
    callback attribute localConfigDisabled;
    callback attribute uniqueID;
    callback attribute capabilityMinima;
    callback attribute specificationVersion;
    callback attribute maxPathsPerInvoke;
    callback attribute configurationVersion;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster OtaSoftwareUpdateRequestor {
    emits event StateTransition;
    emits event VersionApplied;
    emits event DownloadError;
    callback attribute defaultOTAProviders;
    ram      attribute updatePossible default = 1;
    ram      attribute updateState default = 0;
    ram      attribute updateStateProgress default = 0;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;

    handle command AnnounceOTAProvider;
  }

  server cluster LocalizationConfiguration {
    persist  attribute activeLocale default = "en-US";
    callback attribute supportedLocales;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;
  }

  server cluster GeneralCommissioning {
    ram      attribute breadcrumb default = 0x0000000000000000;
    callback attribute basicCommissioningInfo;
    callback attribute regulatoryConfig;
    callback attribute locationCapability;
    callback attribute supportsConcurrentConnection;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    callback attribute clusterRevision default = 2;

    handle command ArmFailSafe;
    handle command ArmFailSafeResponse;
    handle command SetRegulatoryConfig;
    handle command SetRegulatoryConfigResponse;
    handle command CommissioningComplete;
    handle command CommissioningCompleteResponse;
  }

  server cluster NetworkCommissioning {
    callback attribute maxNetworks;
    callback attribute networks;
    callback attribute interfaceEnabled;
    callback attribute lastNetworkingStatus;
    callback attribute lastNetworkID;
    callback attribute lastConnectErrorValue;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;

    handle command ScanNetworks;
    handle command ScanNetworksResponse;
    handle command AddOrUpdateWiFiNetwork;
    handle command AddOrUpdateThreadNetwork;
    handle command RemoveNetwork;
    handle command NetworkConfigResponse;
    handle command ConnectNetwork;
    handle command ConnectNetworkResponse;
    handle command ReorderNetwork;
  }

  server cluster DiagnosticLogs {
    callback attribute featureMap;
    callback attribute clusterRevision;

    handle command RetrieveLogsRequest;
    handle command RetrieveLogsResponse;
  }

  server cluster GeneralDiagnostics {
    emits event BootReason;
    callback attribute networkInterfaces;
    callback attribute rebootCount;
    callback attribute upTime;
    callback attribute totalOperationalHours;
    callback attribute bootReason;
    callback attribute testEventTriggersEnabled default = false;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;

    handle command TestEventTrigger;
    handle command TimeSnapshot;
    handle command TimeSnapshotResponse;
  }

  server cluster SoftwareDiagnostics {
    callback attribute threadMetrics;
    callback attribute currentHeapFree;
    callback attribute currentHeapUsed;
    callback attribute currentHeapHighWatermark;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster ThreadNetworkDiagnostics {
    callback attribute channel;
    callback attribute routingRole;
    callback attribute networkName;
    callback attribute panId;
    callback attribute extendedPanId;
    callback attribute meshLocalPrefix;
    callback attribute overrunCount;
    callback attribute neighborTable;
    callback attribute routeTable;
    callback attribute partitionId;
    callback attribute weighting;
    callback attribute dataVersion;
    callback attribute stableDataVersion;
    callback attribute leaderRouterId;
    callback attribute detachedRoleCount;
    callback attribute childRoleCount;
    callback attribute routerRoleCount;
    callback attribute leaderRoleCount;
    callback attribute attachAttemptCount;
    callback attribute partitionIdChangeCount;
    callback attribute betterPartitionAttachAttemptCount;
    callback attribute parentChangeCount;
    callback attribute txTotalCount;
    callback attribute txUnicastCount;
    callback attribute txBroadcastCount;
    callback attribute txAckRequestedCount;
    callback attribute txAckedCount;
    callback attribute txNoAckRequestedCount;
    callback attribute txDataCount;
    callback attribute txDataPollCount;
    callback attribute txBeaconCount;
    callback attribute txBeaconRequestCount;
    callback attribute txOtherCount;
    callback attribute txRetryCount;
    callback attribute txDirectMaxRetryExpiryCount;
    callback attribute txIndirectMaxRetryExpiryCount;
    callback attribute txErrCcaCount;
    callback attribute txErrAbortCount;
    callback attribute txErrBusyChannelCount;
    callback attribute rxTotalCount;
    callback attribute rxUnicastCount;
    callback attribute rxBroadcastCount;
    callback attribute rxDataCount;
    callback attribute rxDataPollCount;
    callback attribute rxBeaconCount;
    callback attribute rxBeaconRequestCount;
    callback attribute rxOtherCount;
    callback attribute rxAddressFilteredCount;
    callback attribute rxDestAddrFilteredCount;
    callback attribute rxDuplicatedCount;
    callback attribute rxErrNoFrameCount;
    callback attribute rxErrUnknownNeighborCount;
    callback attribute rxErrInvalidSrcAddrCount;
    callback attribute rxErrSecCount;
    callback attribute rxErrFcsCount;
    callback attribute rxErrOtherCount;
    callback attribute activeTimestamp;
    callback attribute pendingTimestamp;
    callback attribute delay;
    callback attribute securityPolicy;
    callback attribute channelPage0Mask;
    callback attribute operationalDatasetComponents;
    callback attribute activeNetworkFaultsList;
    ram      attribute featureMap default = 0x000F;
    ram      attribute clusterRevision default = 3;

    handle command ResetCounts;
  }

  server cluster WiFiNetworkDiagnostics {
    emits event Disconnection;
    emits event AssociationFailure;
    emits event ConnectionStatus;
    callback attribute bssid;
    callback attribute securityType;
    callback attribute wiFiVersion;
    callback attribute channelNumber;
    callback attribute rssi;
    callback attribute beaconLostCount;
    callback attribute beaconRxCount;
    callback attribute packetMulticastRxCount;
    callback attribute packetMulticastTxCount;
    callback attribute packetUnicastRxCount;
    callback attribute packetUnicastTxCount;
    callback attribute currentMaxRate;
    callback attribute overrunCount;
    ram      attribute featureMap default = 3;
    callback attribute clusterRevision default = 1;

    handle command ResetCounts;
  }

  server cluster EthernetNetworkDiagnostics {
    callback attribute PHYRate;
    callback attribute fullDuplex;
    callback attribute packetRxCount;
    callback attribute packetTxCount;
    callback attribute txErrCount;
    callback attribute collisionCount;
    callback attribute overrunCount;
    callback attribute carrierDetect;
    callback attribute timeSinceReset;
    ram      attribute featureMap default = 3;
    callback attribute clusterRevision;

    handle command ResetCounts;
  }

  server cluster AdministratorCommissioning {
    callback attribute windowStatus;
    callback attribute adminFabricIndex;
    callback attribute adminVendorId;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    callback attribute clusterRevision;

    handle command OpenCommissioningWindow;
    handle command RevokeCommissioning;
  }

  server cluster OperationalCredentials {
    callback attribute NOCs;
    callback attribute fabrics;
    callback attribute supportedFabrics;
    callback attribute commissionedFabrics;
    callback attribute trustedRootCertificates;
    callback attribute currentFabricIndex;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;

    handle command AttestationRequest;
    handle command AttestationResponse;
    handle command CertificateChainRequest;
    handle command CertificateChainResponse;
    handle command CSRRequest;
    handle command CSRResponse;
    handle command AddNOC;
    handle command UpdateNOC;
    handle command NOCResponse;
    handle command UpdateFabricLabel;
    handle command RemoveFabric;
    handle command AddTrustedRootCertificate;
    handle command SetVIDVerificationStatement;
    handle command SignVIDVerificationRequest;
    handle command SignVIDVerificationResponse;
  }

  server cluster GroupKeyManagement {
    callback attribute groupKeyMap;
    callback attribute groupTable;
    callback attribute maxGroupsPerFabric;
    callback attribute maxGroupKeysPerFabric;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;

    handle command KeySetWrite;
    handle command KeySetRead;
    handle command KeySetReadResponse;
    handle command KeySetRemove;
    handle command KeySetReadAllIndices;
    handle command KeySetReadAllIndicesResponse;
  }

  server cluster UserLabel {
    callback attribute labelList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;
  }

  server cluster FaultInjection {
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;

    handle command FailAtFault;
    handle command FailRandomlyAtFault;
  }
}
endpoint 1 {
  device type ma_camera = 322, version 1;

  binding cluster WebRTCTransportRequestor;

  server cluster Identify {
    ram      attribute identifyTime default = 0x0000;
    ram      attribute identifyType default = 0x0;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 0x0005;

    handle command Identify;
    handle command TriggerEffect;
  }

  server cluster Groups {
    ram      attribute nameSupport;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 4;

    handle command AddGroup;
    handle command AddGroupResponse;
    handle command ViewGroup;
    handle command ViewGroupResponse;
    handle command GetGroupMembership;
    handle command GetGroupMembershipResponse;
    handle command RemoveGroup;
    handle command RemoveGroupResponse;
    handle command RemoveAllGroups;
    handle command AddGroupIfIdentifying;
  }

  server cluster Descriptor {
    callback attribute deviceTypeList;
    callback attribute serverList;
    callback attribute clientList;
    callback attribute partsList;
    callback attribute featureMap;
    callback attribute clusterRevision;
  }

  server cluster PowerSource {
    ram      attribute status;
    ram      attribute order;
    ram      attribute description;
    callback attribute endpointList;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;
  }

  server cluster TimeSynchronization {
    callback attribute UTCTime;
    callback attribute granularity;
    ram      attribute timeSource default = 0x00;
    callback attribute trustedTimeSource;
    callback attribute defaultNTP;
    callback attribute timeZone;
    callback attribute DSTOffset;
    callback attribute localTime;
    ram      attribute timeZoneDatabase default = 2;
    callback attribute timeZoneListMaxSize;
    callback attribute DSTOffsetListMaxSize;
    ram      attribute supportsDNSResolve;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 2;

    handle command SetUTCTime;
    handle command SetTrustedTimeSource;
    handle command SetTimeZone;
    handle command SetTimeZoneResponse;
    handle command SetDSTOffset;
    handle command SetDefaultNTP;
  }

  server cluster ZoneManagement {
    emits event ZoneTriggered;
    emits event ZoneStopped;
    callback attribute maxUserDefinedZones;
    callback attribute maxZones;
    callback attribute zones;
    callback attribute triggers;
    callback attribute sensitivityMax;
    callback attribute sensitivity;
    callback attribute twoDCartesianMax;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    callback attribute clusterRevision;

    handle command CreateTwoDCartesianZone;
    handle command CreateTwoDCartesianZoneResponse;
    handle command UpdateTwoDCartesianZone;
    handle command RemoveZone;
    handle command CreateOrUpdateTrigger;
    handle command RemoveTrigger;
  }

  server cluster CameraAvStreamManagement {
    callback attribute maxConcurrentEncoders;
    callback attribute maxEncodedPixelRate;
    callback attribute videoSensorParams;
    callback attribute nightVisionUsesInfrared;
    callback attribute minViewportResolution;
    callback attribute rateDistortionTradeOffPoints;
    callback attribute maxContentBufferSize;
    callback attribute microphoneCapabilities;
    callback attribute speakerCapabilities;
    callback attribute twoWayTalkSupport;
    callback attribute snapshotCapabilities;
    callback attribute maxNetworkBandwidth;
    callback attribute currentFrameRate;
    callback attribute HDRModeEnabled;
    callback attribute supportedStreamUsages;
    callback attribute allocatedVideoStreams;
    callback attribute allocatedAudioStreams;
    callback attribute allocatedSnapshotStreams;
    callback attribute streamUsagePriorities;
    callback attribute softRecordingPrivacyModeEnabled;
    callback attribute softLivestreamPrivacyModeEnabled;
    callback attribute hardPrivacyModeOn;
    callback attribute nightVision;
    callback attribute nightVisionIllum;
    callback attribute viewport;
    callback attribute speakerMuted;
    callback attribute speakerVolumeLevel;
    callback attribute speakerMaxLevel;
    callback attribute speakerMinLevel;
    callback attribute microphoneMuted;
    callback attribute microphoneVolumeLevel;
    callback attribute microphoneMaxLevel;
    callback attribute microphoneMinLevel;
    callback attribute microphoneAGCEnabled;
    callback attribute imageRotation;
    callback attribute imageFlipHorizontal;
    callback attribute imageFlipVertical;
    callback attribute localVideoRecordingEnabled;
    callback attribute localSnapshotRecordingEnabled;
    callback attribute statusLightEnabled;
    callback attribute statusLightBrightness;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    ram      attribute clusterRevision default = 1;

    handle command AudioStreamAllocate;
    handle command AudioStreamAllocateResponse;
    handle command AudioStreamDeallocate;
    handle command VideoStreamAllocate;
    handle command VideoStreamAllocateResponse;
    handle command VideoStreamModify;
    handle command VideoStreamDeallocate;
    handle command SnapshotStreamAllocate;
    handle command SnapshotStreamAllocateResponse;
    handle command SnapshotStreamModify;
    handle command SnapshotStreamDeallocate;
    handle command SetStreamPriorities;
    handle command CaptureSnapshot;
    handle command CaptureSnapshotResponse;
  }

  server cluster CameraAvSettingsUserLevelManagement {
    callback attribute MPTZPosition;
    ram      attribute maxPresets default = 5;
    callback attribute MPTZPresets;
    callback attribute DPTZStreams;
    ram      attribute zoomMax default = 100;
    ram      attribute tiltMin default = -90;
    ram      attribute tiltMax default = 90;
    ram      attribute panMin default = -180;
    ram      attribute panMax default = 180;
    ram      attribute movementState;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 31;
    ram      attribute clusterRevision default = 1;

    handle command MPTZSetPosition;
    handle command MPTZRelativeMove;
    handle command MPTZMoveToPreset;
    handle command MPTZSavePreset;
    handle command MPTZRemovePreset;
    handle command DPTZSetViewport;
    handle command DPTZRelativeMove;
  }

  server cluster WebRTCTransportProvider {
    callback attribute currentSessions;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    callback attribute featureMap;
    ram      attribute clusterRevision default = 1;

    handle command SolicitOffer;
    handle command SolicitOfferResponse;
    handle command ProvideOffer;
    handle command ProvideOfferResponse;
    handle command ProvideAnswer;
    handle command ProvideICECandidates;
    handle command EndSession;
  }

  server cluster PushAvStreamTransport {
    emits event PushTransportBegin;
    emits event PushTransportEnd;
    callback attribute supportedFormats;
    callback attribute currentConnections;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 3;
    ram      attribute clusterRevision default = 1;

    handle command AllocatePushTransport;
    handle command AllocatePushTransportResponse;
    handle command DeallocatePushTransport;
    handle command ModifyPushTransport;
    handle command SetTransportStatus;
    handle command ManuallyTriggerTransport;
    handle command FindTransport;
    handle command FindTransportResponse;
  }

  server cluster Chime {
    callback attribute installedChimeSounds;
    callback attribute selectedChime;
    callback attribute enabled;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    ram      attribute clusterRevision default = 1;

    handle command PlayChimeSound;
  }

  server cluster TlsCertificateManagement {
    callback attribute maxRootCertificates;
    callback attribute provisionedRootCertificates;
    callback attribute maxClientCertificates;
    callback attribute provisionedClientCertificates;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    callback attribute clusterRevision;

    handle command ProvisionRootCertificate;
    handle command ProvisionRootCertificateResponse;
    handle command FindRootCertificate;
    handle command FindRootCertificateResponse;
    handle command LookupRootCertificate;
    handle command LookupRootCertificateResponse;
    handle command RemoveRootCertificate;
    handle command ClientCSR;
    handle command ClientCSRResponse;
    handle command ProvisionClientCertificate;
    handle command FindClientCertificate;
    handle command FindClientCertificateResponse;
    handle command LookupClientCertificate;
    handle command LookupClientCertificateResponse;
    handle command RemoveClientCertificate;
  }

  server cluster TlsClientManagement {
    callback attribute maxProvisioned;
    callback attribute provisionedEndpoints;
    callback attribute generatedCommandList;
    callback attribute acceptedCommandList;
    callback attribute attributeList;
    ram      attribute featureMap default = 0;
    callback attribute clusterRevision;

    handle command ProvisionEndpoint;
    handle command ProvisionEndpointResponse;
    handle command FindEndpoint;
    handle command FindEndpointResponse;
    handle command RemoveEndpoint;
  }
}