Commandes ZiGate

Commandes disponibles

Commun

 

Direction	Code du message	Libelle message	Format du message	Réponse(s)
Zigate -> Obj	0x0009	Get Network State (Firm v3.0d)		Status
				Network State Response
Zigate -> Obj	0x0010	Get Version		Status
				Version List

Zigate -> Obj

0x0011

Reset

Status, followed by chip reset

Zigate -> Obj

0x0012

Erase Persistent Data

Status

Zigate -> Obj	0x0013	ZLO/ZLL “Factory New” Reset	No payload	Status, followed by chip reset
			Resets (“Factory New”) the Control Bridge but persists the frame counters.

Zigate -> Obj

0x0014

Permit Join

Status, followed by “Permit join” status response

Zigate -> Obj

0x0015

Get devices list

Get devices authentified in the ZiGate’s PDM.

Status, followed by “Get devices list” response

Zigate -> Obj

0x0020

Set Expended PANID

<64-bit Extended PAN ID:uint64_t>

Status

Zigate -> Obj

0x0021

Set Channel Mask

<channel mask:uint32_t>

Status

Zigate -> Obj	0x0022	Set Security State + Key	<key type: uint8_t>	Status
			<key: data>

Zigate -> Obj	0x0023	Set device Type	<device type: uint8_t>	Status
			Device Types:
			0 = Coordinator
			1 = Router
			2 = Legacy Router

Zigate -> Obj	0x0024	Start Network		Status
				Network Joined / Formed

Zigate -> Obj	0x0025	Start Network Scan		Status
				Network Joined / Formed

Zigate -> Obj	0x0026	Remove Device	<target short address: uint64_t>	Status
			<extended address: uint64_t>	Leave indication

Zigate -> Obj	0x0027	Enable Permissions Controlled Joins	<Enable/Disable : uint8_t>	Status
			1 – Enable
			2 – Disable

Zigate -> Obj	0x0028	Authenticate Device	<IEEE address ; uint64_t>	Status
			<Key : 16 elements byte each>	Authenticate response

Zigate -> Obj	0x0029	Out of Band Commissioning Data Request	<Address of interest : uint64_t>	Status
			<Key : 16 elements byte each>	Out of Band Commissioning Data Response

Zigate -> Obj	0x002B	User Descriptor Set	< target short address: uint16_t>	Status
			< Address of interest: uint16_t>	User descriptor notify response
			< string length: uint8_t>
			<data: uint8_t stream >

Zigate -> Obj	0x002C	User Descritpor Request	< target short address: uint16_t>	Status
			< Address of interest: uint16_t>	User Descriptor response

Zigate -> Obj	0x0034	Complex Descriptor request	< target short address: uint16_t>	Status
			< Address of interest: uint16_t>	Complex Descriptor Response

Zigate -> Obj	0x0030	Bind	<target extended address: uint64_t>	Status
			<target endpoint: uint8_t>	Bind response
			<cluster ID: uint16_t>
			<destination address mode: uint8_t>
			<destination address:uint16_t or uint64_t>
			<destination endpoint (value ignored for group address): uint8_t>

Zigate -> Obj	0x0031	Unbind	<target extended address: uint64_t>	Status
			<target endpoint: uint8_t>	Unbind response
			<cluster ID: uint16_t>
			<destination address mode: uint8_t>
			<destination address: uint16_t or uint64_t>
			<destination endpoint(value ignored for group address): uint8_t>

Zigate -> Obj	0x0040	Network Address request	<target short address: uint16_t> <extended address:uint64_t>	Status
			<request type: uint8_t>	Network Address response
			<start index: uint8_t>
			Request Type:
			0 = Single Request
			1 = Extended Request

Zigate -> Obj	0x0041	IEEE Address request	<target short address: uint16_t>	Status
			<short address: uint16_t>	IEEE Address response
			<request type: uint8_t>
			<start index: uint8_t>
			Request Type:
			0 = Single
			1 = Extended

Zigate -> Obj	0x0042	Node Descriptor request	<target short address: uint16_t>	Status
				Node Descriptor response

Zigate -> Obj	0x0043	Simple Descriptor request	<target short address: uint16_t>	Status
			<endpoint: uint8_t>	Simple Descriptor response

Zigate -> Obj	0x0044	Power Descriptor request	<target short address: uint16_t>	Status
				Power Descriptor response

Zigate -> Obj	0x0045	Active Endpoint request	<target short address: uint16_t>	Status
				Active Endpoint response

Zigate -> Obj	0x0046	Match Descriptor request	<target short address: uint16_t>	Status
			<profile id: uint16_t>	Match Descriptor response
			<number of input clusters: uint8_t>
			<input cluster list:data: each entry is uint16_t >
			<number of output clusters: uint8_t>
			<output cluster list:data: each entry is uint16_t>

Zigate -> Obj	0x0047	Management Leave request	<target short address: uint16_t>	Status
			<extended address: uint64_t>	Management Leave response
			<Rejoin: uint8_t>	Leave indication
			<Remove Children: uint8_t>
			Rejoin,
			0 = Do not rejoin
			1 = Rejoin
			Remove Children
			0 = Leave, removing children
			1 = Leave, do not remove children

Zigate -> Obj	0x0049	Permit Joining request	<target short address: uint16_t>	Status
			<interval: uint8_t>
			<TCsignificance: uint8_t>
			Target address: May be address of gateway node or broadcast (0xfffc)
			Interval:
			0 = Disable Joining
			1 – 254 = Time in seconds to allow joins
			255 = Allow all joins
			TCsignificance:
			0 = No change in authentication
			1 = Authentication policy as spec

Zigate -> Obj	0x004A	Management Network Update request	<target short address: uint16_t>	Status
			<channel mask: uint32_t>	Management Network Update response
			<scan duration: uint8_t>
			<scan count: uint8_t>
			<network update ID: uint8_t>
			<network manager short address: uint16_t>
			Channel Mask:
			Mask of channels to scan
			Scan Duration:
			0 – 0xFF Multiple of superframe duration.
			Scan count:
			Scan repeats 0 – 5
			Network Update ID:
			0 – 0xFF Transaction ID for scan

Zigate -> Obj	0x004B	System Server Discovery request	<target short address: uint16_t>	Status
			<Server mask: uint16_t>	System Server Discovery response
			Bitmask according to spec.

Zigate -> Obj	0x004E	Management LQI request	<Target Address : uint16_t>	Status
			<Start Index : uint8_t>	Management LQI response

Group

Zigate -> Obj	0x0060	Add Group	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Add Group response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group address: uint16_t>

Zigate -> Obj	0x0061	View Group	<address mode: uint8_t>	Status
			<target short address: uint16_t>	View Group response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group address: uint16_t >

Zigate -> Obj	0x0062	Get Group Membership	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Get Group Membership response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group count: uint8_t>
			<group list:data>

Zigate -> Obj	0x0063	Remove Group	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Remove Group response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group address: uint16_t >

Zigate -> Obj	0x0064	Remove All Groups	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>

Zigate -> Obj	0x0065	Add Group if identify	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group address: uint16_t >

Identify

Zigate -> Obj	0x0070	Identify Send	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<time: uint16_t>
			Time: Seconds

Zigate -> Obj	0x0071	Identify Query	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>

Action Move

Zigate -> Obj	0x0080	Move to Level	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<onoff: uint8_t>
			<mode: uint8_t>
			<rate: uint8_t>

Zigate -> Obj	0x0081	Move to level with/without on/off	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<onoff : uint8_t>
			<Level: uint8_t >
			<Transition Time: uint16_t>

Zigate -> Obj	0x0082	Move Step	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<onoff: uint8_t>
			<step mode: uint8_t >
			<step size: uint8_t>
			<Transition Time: uint16_t>

Zigate -> Obj	0x0083	Move Stop Move	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>

Zigate -> Obj	0x0084	Move Stop with On Off	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>

Action ON/OFF

Zigate -> Obj	0x0092	On/Off with no effects	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<command ID: uint8_t>
			Command Id
			0 – Off
			1 – On
			2 – Toggle

Zigate -> Obj	0x0093	On / Off Timed Send	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<onoff: uint8_t>
			<on time: uint16_t>
			<off time: uint16_t>
			On / Off:
			0 = Off
			1 = On
			Time: Seconds

Zigate -> Obj	0x0094	On / Off with effects Send	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<effect ID: uint8_t>
			<effect gradient: uint8_t>

Scenes

Zigate -> Obj	0x00A0	View Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	View Scene response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Zigate -> Obj	0x00A1	Add Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Add Scene response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>
			<transition time: uint16_t>
			<scene name length: uint8_t>
			<scene name max length: uint8_t>
			<scene name data: data each element is uint8_t>

Zigate -> Obj	0x00A2	Remove Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Remove Scene response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Zigate -> Obj	0x00A3	Remove all scenes	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>

Zigate -> Obj	0x00A4	Store Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Zigate -> Obj	0x00A5	Recall Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Zigate -> Obj	0x00A6	Scene Membership request	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>

Zigate -> Obj	0x00A7	Add Enhanced Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>
			<transition time: uint16_t>
			<scene name: string>
			<length: uint16_t>
			<max length: uint16_t>
			<data: data>

Zigate -> Obj	0x00A8	View Enhanced Host->Node Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Zigate -> Obj	0x00A9	Copy Scene	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<from group ID: uint16_t>
			<from scene ID: uint8_t>
			<to group ID: uint16_t>
			<to scene ID: uint8_t>

Action Hue

Zigate -> Obj	0x00B0	Move to Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<hue: uint8_t>
			<direction: uint8_t>
			<transition time: uint16_t>

Zigate -> Obj	0x00B1	Move Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<rate: uint8_t>

Zigate -> Obj	0x00B2	Step Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<step size: uint8_t>
			<transition time: uint8_t>

Zigate -> Obj	0x00B3	Move to saturation	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<saturation: uint8_t>
			<transition time: uint16_t>

Zigate -> Obj	0x00B4	Move saturation	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<rate: uint8_t>

Zigate -> Obj	0x00B5	Step saturation	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<step size: uint8_t>
			<transition time: uint8_t>

Zigate -> Obj	0x00B6	Move to hue and saturation	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<hue: uint8_t>
			<saturation: uint8_t>
			<transition time: uint16_t>

Zigate -> Obj	0x00B7	Move to colour	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<colour X: uint16_t>
			<colour Y: uint16_t>
			<transition time: uint16_t >

Zigate -> Obj	0x00B8	Move Colour	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<colour X: int16_t>
			<colour Y: int16_t>

Zigate -> Obj	0x00B9	Step Colour	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<step X: int16_t>
			<step Y: int16_t>
			<transition time: uint16_t >

Zigate -> Obj	0x00BA	Enhanced Move to Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<direction: uint8_t>
			<Enhanced Hue: uint16_t>
			<transition time: uint16_t>

Zigate -> Obj	0x00BB	Enhanced Move Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<rate: uint8_t>

Zigate -> Obj	0x00BC	Enhanced Step Hue	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<step size: uint8_t>
			<transition time: uint8_t>

Zigate -> Obj	0x00BD	Enhanced Move to hue and saturation	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<enhanced hue: uint32_t>
			<saturation: uint32_t>
			<transition time: uint8_t>

Zigate -> Obj	0x00BE	Colour Loop Set	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<update flags: uint8_t>
			<action: uint8_t>
			<direction: uint8_t>
			<time: uint8_t>
			<start hue: uint32_t>

Zigate -> Obj	0x00BF	Stop Move Step	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>

Action color

Zigate -> Obj	0x00C0	Move to colour temperature	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<colour temperature: uint16_t>
			<transition time: uint16_t>

Zigate -> Obj	0x00C1	Move colour temperature	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<rate: uint16_t>
			<minimum temperature: uint16_t>
			<maximum temperature: uint16_t>
			<options mask: uint8_t>
			<options override: uint8_t>

Zigate -> Obj	0x00C2	Step colour temperature	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<mode: uint8_t>
			<step size: uint16_t>
			<transition time: uint16_t>
			<minimum temperature: uint16_t>
			<maximum temperature: uint16_t>

Action Touchlink

Zigate -> Obj

0x00D0

Initiate Touchlink

Status

Zigate -> Obj

0x00D2

Touch link factory reset target

Status

Identify Trigger Effect

Zigate -> Obj	0x00E0	Identify Trigger Effect	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<effect ID: uint8_t>
			<effect gradient: uint8_t >

Action Lock / Unlock Door

Zigate -> Obj	0x00F0	Lock / Unlock Door	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Data indication
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<lock/unlock: uint8_t>
			0 = Lock
			1 = Unlock

Action Attribute

Zigate -> Obj	0x0100	Read Attribute request	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Read Attribute response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<Cluster id: uint16_t>
			<direction: uint8_t>
			<manufacturer specific: uint8_t>
			<manufacturer id: uint16_t>
			<number of attributes: uint8_t>
			<attributes list: data list of uint16_t each>
			Direction:
			0 – from server to client
			1 – from client to server
			Manufacturer specific :
			0 – No 1 – Yes

Zigate -> Obj	0x0110	Write Attribute request	<address mode: uint8_t>	Data Indication
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<Cluster id: uint16_t>
			<direction: uint8_t>
			<manufacturer specific: uint8_t>
			<manufacturer id: uint16_t>
			<number of attributes: uint8_t>
			<attributes list: data list of uint16_t each>
			Direction:
			0 – from server to client
			1 – from client to server
			Manufacturer specific :
			1 – Yes
			0 – No

Zigate -> Obj	0x0120	Configure Reporting request	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Configure Reporting response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<Cluster id: uint16_t>
			<direction: uint8_t>
			<manufacturer specific: uint8_t>
			<manufacturer id: uint16_t>
			<number of attributes: uint8_t>
			<attributes list: data list of uint16_t each>
			Attribute direction : uint8_t
			Attribute type : uint8_t
			Attribute id : uint16_t
			Min interval : uint16_t
			Max interval : uint16_t
			Timeout : uint16_t
			Change : uint8_t

Zigate -> Obj	0x0140	Attribute Discovery request	<address mode: uint8_t>	Status
			<target short address: uint16_t>	Attribute Discovery response
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Attribute id : uint16_t>
			<direction: uint8_t>
			<manufacturer specific: uint8_t>
			<manufacturer id: uint16_t>
			<Max number of identifiers: uint8_t>
			Direction:
			0 – from server to client
			1 – from client to server
			Manufacturer specific :
			1 – Yes
			0 – No

IAS Zone

Zigate -> Obj	0x0400	IAS Zone enroll response	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<Enroll response code: uint8_t>
			<Zone id : uint8_t>

Obj -> Zigate	0x8401	Zone status change notification	<sequence number: uint8_t>	Status
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<src address mode: uint8_t>
			<src address: uint64_t or uint16_t based on address mode>
			<zone status: uint16_t> <extended status: uint8_t> <zone id : uint8_t> <delay: data each element uint16_t>

Requête APS

Zigate -> Obj	0x0530	Raw APS Data Request	<address mode: uint8_t>	Status
			<target short address: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<profile ID: uint16_t>
			<cluster ID: uint16_t>
			<security mode: uint8_t>
			<radius: uint8_t>
			<data length: uint8_t>
			<data: auint8_t>

 Réponses

Obj -> ZiGate	0x8000	Status	<status:uint8_t>	All status messages will have a sequence number sent back. Default of 0 for messages which are not transmitted over the air.
			<sequence number: uint8_t>
			<Packet Type: uint16_t>
			<Optional additional error information: string>
			Status:
			0 = Success
			1 = Incorrect parameters
			2 = Unhandled command
			3 = Command failed
			4 = Busy (Node is carrying out a lengthy operation and is currently unable to handle the incoming command)
			5 = Stack already started (no new configuration accepted)
			128 – 244 = Failed (ZigBee event codes)
			Packet Type: The value of the initiating command request.

Obj -> ZiGate	0x8001	Log message	<log level: uint8_t>
			<log message : string>
			Log Level :
			Use the Linux / Unix log levels
			0 = Emergency
			1 = Alert
			2 = Critical
			3 = Error
			4 = Warning
			5 = Notice
			6 = Information
			7 = Debug

Obj-> ZiGate	0x8002	Data indication	<status: uint8_t>
			<Profile ID: uint16_t>
			<cluster ID: uint16_t>
			<source endpoint: uint8_t>
			<destination endpoint: uint8_t>
			<source address mode: uint8_t>
			<source address: uint16_t or uint64_t>
			<destination address mode: uint8_t>
			<destination address: uint16_t or uint64_t>
			<payload size : uint8_t>
			<payload : data each element is uint8_t>

Obj-> ZiGate	0x8003	Liste des clusters de l’objet	<source endpoint: uint8_t t>
			<profile ID: uint16_t>
			<cluster list: data each entry is uint16_t>

Obj-> ZiGate	0x8004	Liste des attributs de l’objet	<source endpoint: uint8_t>
			<profile ID: uint16_t>
			<cluster ID: uint16_t>
			<attribute list: data each entry is uint16_t>

Obj-> ZiGate	0x8005	Liste des commandes de l’objet	<source endpoint: uint8_t>
			<profile ID: uint16_t>
			<cluster ID: uint16_t>
			<command ID list:data each entry is uint8_t>

Obj-> ZiGate	0x8006	Non “Factory new” Restart	Status –
			0 – STARTUP
			2 – NFN_START
			6 – RUNNING
			The node is provisioned from previous restart.

Obj-> ZiGate	0x8007	“Factory New” Restart	Status –
			0 – STARTUP
			2 – NFN_START
			6 – RUNNING
			The node is not yet provisioned.

Obj-> ZiGate	0x8009	Network State response (Firm v3.0d)	<Short Address: uint16_t>
			<Extended Address: uint64_t>
			<PAN ID: uint16_t>
			<Ext PAN ID: uint64_t>
			<Channel: uint8_t>

Obj-> ZiGate	0x8010	Version list	<Major version number: uint16_t>
			<Installer version number: uint16_t>

Obj-> ZiGate	0x8014	“Permit join” status response	<Status: bool_t>
			0 – Off
			1 – On

Obj-> ZiGate	0x8015	“Get devices list” response
			<device list – data each entry is 13 bytes>
				<ID: uint8_t> <Short address: uint16_t> <IEEE address: uint64_t> <Power source: bool_t> 0 – battery 1- AC power <LinkQuality : uint8_t> 1-255

Obj-> ZiGate	0x8024	Network joined / formed	<status: uint8_t>
			<short address: uint16_t>
			<extended address:uint64_t>
			<channel: uint8_t>
			Status:
			0 = Joined existing network
			1 = Formed new network
			128 – 244 = Failed (ZigBee event codes)

Obj-> ZiGate	0x8028	Authenticate response	<IEEE address of the Gateway: uint64_t>
			<Encrypted Key : uint8_t 16 elements>
			<MIC : uint8 4 elements>
			<IEEE address of the initiating node : uint64_t>
			<Active Key Sequence number : uint8_t>
			<Channel : uint8_t>
			<Short PAN Id : uint16_t>
			<Extended PAN ID : uint64_t>

Obj-> ZiGate	0x802B	User Descriptor Notify	<Sequence number: uin8_t>
			<status: uint8_t>
			<Network address of interest: uint16_t>

Obj-> ZiGate	0x802C	User Descriptor Response	<Sequence number: uin8_t>
			<status: uint8_t>
			<network address of interest: uint16_6>
			<length: uint8_t>
			<data: uint8_t stream>

Obj-> ZiGate	0x8030	Bind response	<Sequence number: uint8_t>
			<status: uint8_t>

Obj-> ZiGate	0x8031	Unbind response	<Sequence number: uint8_t>
			<status: uint8_t>

Obj-> ZiGate	0x8034	Complex Descriptor response	<Sequence number: uin8_t>
			<status: uint8_t>
			<Network address of interest: uint16_t>
			<Length: uint8_t>
			<xml tag: uint8_t>
			<field count: uint8_t>
			<field values: uint8_t stream>

Obj-> ZiGate	0x8040	Network Address response	<Sequence number: uin8_t>
			<status: uint8_t>
			<IEEE address: uint64_t>
			<short address: uint16_t>
			<number of associated devices: uint8_t>
			<start index: uint8_t>
			<device list – data each entry is uint16_t>

Obj-> ZiGate	0x8041	IEEE Address response	<Sequence number: uin8_t>
			<status: uint8_t>
			<IEEE address: uint64_t>
			<short address: uint16_t>
			<number of associated devices: uint8_t>
			<start index: uint8_t>
			<device list – data each entry is uint16_t>

Obj-> ZiGate	0x8042	Node Descriptor response	<Sequence number: uint8_t>
			<Status uint8_t>
			<network address: uint16_t>
			<manufacturer code: uint16_t>
			<max Rx Size: uint16_t>
			<max Tx Size: uint16_t>
			<server mask: uint16_t>
			<descriptor capability: uint8_t>
			<mac flags: uint8_t>
			<max buffer size: uint8_t >
			<bit fields: uint16_t>
			Bitfields:
			Logical type (bits 0-2
			0 – Coordinator
			1 – Router
			2 – End Device)
			Complex descriptor available (bit 3)
			User descriptor available (bit 4)
			Reserved (bit 5-7)
			APS flags (bit 8-10 – currently 0)
			Frequency band(11-15 set to 3 (2.4Ghz))
			Server mask bits:
			0 – Primary trust center
			1 – Back up trust center
			2 – Primary binding cache
			3 – Backup binding cache
			4 – Primary discovery cache
			5 – Backup discovery cache
			6 – Network manager
			7 to15 – Reserved
			MAC capability
			Bit 0 – Alternate PAN Coordinator
			Bit 1 – Device Type
			Bit 2 – Power source
			Bit 3 – Receiver On when Idle
			Bit 4-5 – Reserved
			Bit 6 – Security capability
			Bit 7 – Allocate Address
			Descriptor capability:
			0 – extended Active endpoint list available
			1 – Extended simple descriptor list available
			2 to 7 – Reserved

Obj-> ZiGate	0x8043	Simple Descriptor response	<Sequence number: uint8_t>
			<status: uint8_t>
			<nwkAddress: uint16_t>
			<length: uint8_t>
			<endpoint: uint8_t>
			<profile: uint16_t>
			<device id: uint16_t>
			<bit fields: uint8_t >
			<InClusterCount: uint8_t >
			<In cluster list: data each entry is uint16_t>
			<OutClusterCount: uint8_t>
			<Out cluster list: data each entry is uint16_t>
			Bit fields:
			Device version: 4 bits (bits 0-4)
			Reserved: 4 bits (bits4-7)

Obj-> ZiGate	0x8044	Power Descriptor response	<Sequence number: uin8_t>
			<status : uint8_t>
			<bit field : uint16_t>
			Bit fields
			0 to 3: current power mode
			4 to 7: available power source
			8 to 11: current power source
			12 to15: current power source level

Obj-> ZiGate	0x8045	ctive Endpoint response	<Sequence number: uint8_t>
			<status: uint8_t>
			<Address: uint16_t>
			<endpoint count: uint8_t>
			<active endpoint list: each data element of the type uint8_t >

Obj-> ZiGate	0x8046	Match Descriptor response	<Sequence number: uint8_t>
			<status: uint8_t>
			<network address: uint16_t>
			<length of list: uint8_t>
			<match list: data each entry is uint8_t>

Obj-> ZiGate	0x8047	Management Leave response	<Sequence number: uin8_t>
			<status: uint8_t>

Obj-> ZiGate	0x8048	Leave indication	<extended address: uint64_t>
			<rejoin status: uint8_t>

Obj-> ZiGate	0x804A	Management Network Update response	<Sequence number: uint8_t>
			<status: uint8_t>
			<total transmission: uint16_t>
			<transmission failures: uint16_t>
			<scanned channels: uint32_t >
			<scanned channel list count: uint8_t>
			<channel list: list each element is uint8_t>

Obj-> ZiGate	0x804B	System Server Discovery response	<Sequence number: uint8_t>
			<status: uint8_t>
			<Server mask: uint16_t>
			Bitmask according to spec.

Obj-> ZiGate	0x804E	Management LQI response	<Sequence number: uint8_t>
			<status: uint8_t>
			<Neighbour Table Entries : uint8_t>
			<Neighbour Table List Count : uint8_t>
			<Start Index : uint8_t>
			<List of Entries elements described below :>
			Note: If Neighbour Table list count is 0, there are no elements in the list.
			NWK Address : uint16_t
			Extended PAN ID : uint64_t
			IEEE Address : uint64_t
			Depth : uint_t
			Link Quality : uint8_t
			Bit map of attributes Described below: uint8_t
			bit 0-1 Device Type
			(0-Coordinator 1-Router 2-End Device)
			bit 2-3 Permit Join status
			(1- On 0-Off)
			bit 4-5 Relationship
			(0-Parent 1-Child 2-Sibling)
			bit 6-7 Rx On When Idle status
			(1-On 0-Off)

Réponses GROUP

Obj-> ZiGate	0x8060	Add Group response	<Sequence number: uint8_t>	Status
			<endpoint: uint8_t>
			<Cluster id: uint16_t>

Obj-> ZiGate	0x8061	View Group response	<Sequence number: uint8_t>
			<endpoint: uint8_t>
			<Cluster id: uint16_t>
			<status: uint8_t>
			<Group id :uint16_t>

Obj-> ZiGate	0x8062	Get Group Membership response	<Sequence number: uint8_t>
			<endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Src Addr: uint16_t> (added only from 3.0d version)
			<capacity: uint8_t>
			<Group count: uint8_t>
			<List of Group id: list each data item uint16_t>

Obj-> ZiGate	0x8063	Remove Group response	<Sequence number: uin8_t>	Status
			<endpoint: uint8_t>
			<Cluster id: uint16_t>
			<status: uint8_t>
			<Group id: uint16_t>

Réponses SCENE

Obj-> ZiGate	0x80A0	View Scene response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>
			<transition time: uint16_t>
			<scene name length: uint8_t>
			<scene name max length: uint8_t>
			<scene name data: data each element is uint8_t>
			<extensions length: uint16_t>
			<extensions max length: uint16_t>
			<extensions data: data each element is uint8_t>

Obj-> ZiGate	0x80A1	Add Scene response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Obj-> ZiGate	0x80A2	Remove Scene response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Obj-> ZiGate	0x80A3	Remove All Scene response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<group ID: uint16_t>

Obj-> ZiGate	0x80A4	Store Scene response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<group ID: uint16_t>
			<scene ID: uint8_t>

Obj-> ZiGate	0x80A6	Scene Membership response	<sequence number: uint8_t>
			<endpoint : uint8_t>
			<cluster id: uint16_t>
			<status: uint8_t>
			<capacity: uint8_t>
			<group ID: uint16_t>
			<scene count: uint8_t>
			<scene list: data each element uint8_t>

Réponses Attributs

Obj-> ZiGate	0x8100	Read individual Attribute Response	<Sequence number: uint8_t>
			<Src address : uint16_t>
			<Endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Attribute Enum: uint16_t>
			<Attribute status: uint8_t>
			<Attribute data type: uint8_t>
			<Size Of the attributes in bytes: uint16_t>
			<Data byte list : stream of uint8_t>

Obj-> ZiGate	0x8101	Default response	<Sequence number: uint8_t>
			<endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Command Id: uint8_t>
			<Status code: uint8_t>

Obj-> ZiGate	0x8102	Report Individual Attribute response	<Sequence number: uint8_t>
			<Src address : uint16_t>
			<Endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Attribute Enum: uint16_t>
			<Attribute status: uint8_t>
			<Attribute data type: uint8_t>
			<Size Of the attributes in bytes: uint16_t>
			<Data byte list : stream of uint8_t>

Obj-> ZiGate	0x8110	Write Attribute Response	<Sequence number: uint8_t>
			<Src address : uint16_t>
			<Endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Attribute Enum: uint16_t>
			<Attribute status: uint8_t>
			<Attribute data type: uint8_t>
			<Size Of the attributes in bytes: uint16_t>
			<Data byte list : stream of uint8_t>

Obj-> ZiGate	0x8120	Configure Reporting response	<Sequence number: uint8_t>
			<Src address : uint16_t>
			<Endpoint: uint8_t>
			<Cluster id: uint16_t>
			<Status: uint8_t>

Obj-> ZiGate	0x8140	Attribute Discovery response	<complete: uint8_t>
			<attribute type: uint8_t>
			<attribute id: uint16_t>
			Complete:
			0 – more attributes to follow
			1 – this was the last attribute

Router Discover

Obj-> ZiGate	0x8701	Router Discovery Confirm	<status: uint8_t>
			<nwk status: uint8_t>

Réponses APS

Obj-> ZiGate	0x8702	APS Data Confirm Fail	<status: uint8_t>
			<src endpoint: uint8_t>
			<dst endpoint: uint8_t>
			<dst address mode: uint8_t>
			<destination address: uint64_t>
			<seq number: uint8_t>

Device Announce

Obj-> ZiGate	0x004D	Device announce	< short address: uint16_t>
			< IEEE address: uint64_t>
			< MAC capability: uint8_t>
			MAC capability
			Bit 0 – Alternate PAN Coordinator
			Bit 1 – Device Type
			Bit 2 – Power source
			Bit 3 – Receiver On when Idle
			Bit 4,5 – Reserved
			Bit 6 – Security capability
			Bit 7 – Allocate Address