Mesh Node#

sl_btmesh_node_algorithm_flag_t#

sl_btmesh_node_algorithm_flag_t

Flags for allowed provisioning algorithms during provisioning, which use a bitmap so that multiple algorithms can be supported.

sl_btmesh_node_auth_method_flag_t#

sl_btmesh_node_auth_method_flag_t

Flags for supported OOB authentication methods during provisioning, which use a bitmap so that multiple methods can be supported.

sl_btmesh_node_oob_input_action_flag_t#

sl_btmesh_node_oob_input_action_flag_t

Flags for supported input OOB actions during provisioning, which use a bitmap so that multiple actions can be supported.

sl_btmesh_node_oob_input_action_t#

sl_btmesh_node_oob_input_action_t

Indicate the input OOB action selected by the Provisioner during provisioning of the device.

sl_btmesh_node_oob_output_action_flag_t#

sl_btmesh_node_oob_output_action_flag_t

Flags for supported output OOB actions during provisioning, which use a bitmap so that multiple actions can be supported.

sl_btmesh_node_oob_output_action_t#

sl_btmesh_node_oob_output_action_t

Indicate the output OOB action selected by the Provisioner during provisioning of the device.

sl_btmesh_node_key_type_t#

sl_btmesh_node_key_type_t

Specify the type of a key in key manipulation commands.

sl_btmesh_node_config_state_t#

sl_btmesh_node_config_state_t

Specify the state to which a Configuration Client/Server command/event applies.

sl_btmesh_node_init#

sl_status_t sl_btmesh_node_init ()

Initialize the Bluetooth mesh stack in Node role. When initialization is complete, a sl_btmesh_evt_node_initialized event will be generated.

This command must be issued before any other Bluetooth Mesh commands, except for sl_btmesh_node_set_uuid command.

Note that you may initialize a device either in the Provisioner or the Node role, but not both.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

• sl_btmesh_evt_node_initialized

sl_btmesh_node_set_exportable_keys#

sl_status_t sl_btmesh_node_set_exportable_keys ()

Set the node in mode that allows exporting encryption keys. By default on devices with PSA/ITS support the keys on normal node cannot be exported. This command must called before either sl_btmesh_node_init or sl_btmesh_node_init_oob. On everey boot device boots to node role unless this command is issued before node initialization

This command is to be used if device is originally in a node role and at later stage switches to a provisioner role.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

sl_btmesh_node_start_unprov_beaconing#

sl_status_t sl_btmesh_node_start_unprov_beaconing (uint8_t bearer)

Start sending Unprovisioned Device Beacons.

This command makes an unprovisioned device available for provisioning. The device will start sending periodic unprovisioned device beacons containing device UUID. It will also start listening for incoming Provisioner connection attempts on the specified bearers (PB-ADV, PB-GATT, or both). For PB-GATT, the device will also begin advertising its provisioning GATT service.

At the beginning of a provisioning process, a sl_btmesh_evt_node_provisioning_started event will be generated. When the device receives provisioning data from the Provisioner, a sl_btmesh_evt_node_provisioned event will be generated. If provisioning fails with an error, a sl_btmesh_evt_node_provisioning_failed event will be generated.

After it is provisioned, addresses are allocated for the node elements and a network key is deployed to the node, making the node ready for further configuration by the Provisioner. Note that, at this point, the node is not yet fully ready to communicate with other nodes on the network.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

• sl_btmesh_evt_node_provisioning_started

• sl_btmesh_evt_node_provisioned

• sl_btmesh_evt_node_provisioning_failed

sl_btmesh_node_stop_unprov_beaconing#

sl_status_t sl_btmesh_node_stop_unprov_beaconing ()

Stop sending Unprovisioned Device Beacons.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_rssi#

sl_status_t sl_btmesh_node_get_rssi (int8_t * rssi)

Get the latest RSSI value of a provisioned Bluetooth device.

The value indicates the best signal strength received from any node within the network. The value is cleared after calling this function meaning the next call will fail if no new RSSI value is received.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_send_input_oob_request_response#

sl_status_t sl_btmesh_node_send_input_oob_request_response (size_t data_len, const uint8_t * data)

Provide the stack with the input out-of-band authentication data which the Provisioner is displaying.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_uuid#

sl_status_t sl_btmesh_node_get_uuid (uuid_128 * uuid)

Get the device UUID.

Every mesh device has a 128-bit UUID identifying the device. It is used primarily during provisioning, because it is broadcast in Unprovisioned Device Beacons to indicate that the device is ready to be provisioned.

This command is used for debugging purposes. During provisioning, the stack automatically uses the UUID of the device, which does not need to be explicitly specified when sl_btmesh_node_start_unprov_beaconing is started.

If get uuid is used before sl_btmesh_node_init, the uuid will be read from the nvme if it was manually set by sl_btmesh_node_set_uuid. If get uuid is used without a prior sl_btmesh_node_init or sl_btmesh_node_set_uuid, SL_STATUS_BT_MESH_DOES_NOT_EXIST will be returned.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_provisioning_data#

sl_status_t sl_btmesh_node_set_provisioning_data (aes_key_128 device_key, aes_key_128 network_key, uint16_t netkey_index, uint32_t iv_index, uint16_t address, uint8_t kr_in_progress)

Provision devices completely out-of-band. Populate the Provisioner's device database with the corresponding values to make the device reachable and configurable in the Provisioner's network.

See also the Provisioner command for sl_btmesh_prov_add_ddb_entry to Provisioner's device database.

NOTE : The device must be reset after this command has been issued.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_init_oob#

sl_status_t sl_btmesh_node_init_oob (uint8_t public_key, uint8_t auth_methods, uint16_t output_actions, uint8_t output_size, uint16_t input_actions, uint8_t input_size, uint16_t oob_location)

Initialize the Bluetooth mesh stack in the Node role. When initialization is complete, a sl_btmesh_evt_node_initialized event is generated.

This command is the same as the sl_btmesh_node_init command except for parameters defining whether OOB authentication data stored on the device can be used during provisioning.

This command must be issued before any other Bluetooth mesh commands, except for sl_btmesh_node_set_uuid command.

Note that you may initialize a device either in the Provisioner or the Node role, but not both.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

• sl_btmesh_evt_node_initialized

sl_btmesh_node_set_ivrecovery_mode#

sl_status_t sl_btmesh_node_set_ivrecovery_mode (uint8_t mode)

Enable/disable the IV index recovery mode.

If the node has not been in communication with the network for a long time (e.g., because it was turned off), it may have missed IV index updates and isn't able to communicate with other nodes. In this case, enable the IV index recovery mode.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_ivrecovery_mode#

sl_status_t sl_btmesh_node_get_ivrecovery_mode (uint8_t * mode)

Get the current IV index recovery mode state. See sl_btmesh_node_set_ivrecovery_mode for details.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_net_relay_delay#

sl_status_t sl_btmesh_node_set_net_relay_delay (uint8_t min_ms, uint8_t max_ms)

Set the network relay delay interval.

This parameter determines the time a relay waits until it relays a network PDU. The value used is a random number within the specified interval.

Note that this value affects the first instance of the relayed network PDU. If relay retransmissions are enabled, the interval between retransmissions is defined by the relay state, set by the Provisioner of the network or by sl_btmesh_test_set_relay test command.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_net_relay_delay#

sl_status_t sl_btmesh_node_get_net_relay_delay (uint8_t * min_ms, uint8_t * max_ms)

Get network relay delay interval. See sl_btmesh_node_set_net_relay_delay command for details.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_ivupdate_state#

sl_status_t sl_btmesh_node_get_ivupdate_state (uint32_t * iv_index, uint8_t * state)

Get the current IV index update state in the network.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_request_ivupdate#

sl_status_t sl_btmesh_node_request_ivupdate ()

Attempt to request an IV index update in the network.

Each network layer PDU that a node sends has a 24-bit sequence number attached to it. Each node element keeps a sequence number counter, which is incremented for every PDU sent out to the network. Repeating sequence numbers for a given IV index value is not allowed. As a result, if a node determines it is about to exhaust the available sequence numbers in one of its elements, it needs to request an IV index update by issuing this command.

Determining when a node may run out of sequence numbers has to be done at the application level because the stack can't determine how often the application plans to transmit to the network, i.e., how long the remaining sequence numbers might last.

See also the sl_btmesh_node_get_seq_remaining command.

Note that the call may fail for various reasons, for example if an IV index update is already ongoing, or if not enough time has passed since the previous IV index update.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_seq_remaining#

sl_status_t sl_btmesh_node_get_seq_remaining (uint16_t elem_index, uint32_t * count)

Get the number of sequence numbers remaining on an element (before sequence numbers are exhausted). Note that every node element keeps a separate sequence number counter.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_save_replay_protection_list#

sl_status_t sl_btmesh_node_save_replay_protection_list ()

Save the current replay protection list to the persistent store.

The replay protection list keeps track of the packet sequence numbers from different sources received by the node. The node will not process messages associated with already used sequence numbers and is therefore protected from replay attacks using previously recorded messages.

The replay protection list is kept in RAM during runtime. It needs to be saved to the persistent store periodically and always before the device powers off. Because the stack is not aware when this will happen, the application has to call this method while the node is getting ready to power down but is still running.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_uuid#

sl_status_t sl_btmesh_node_set_uuid (uuid_128 uuid)

Write device UUID into the persistent store. This command must be called before initializing the Bluetooth mesh stack (before sl_btmesh_node_init or sl_btmesh_node_init_oob), otherwise the change will not take effect before a reboot.

Ensure that the UUID conforms to the format defined in RFC 4122

Note that UUID must not be changed when the device is provisioned to a network.

Furthermore, ensure that the UUID remains constant if a device has received a firmware update, which requires reprovisioning of the device after the update has been applied (e.g., new elements are added by the update).

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_replay_protection_list_status#

sl_status_t sl_btmesh_node_get_replay_protection_list_status (uint16_t * total_entries, uint16_t * unsaved_entries)

Get the status of the replay protection list.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_element_address#

sl_status_t sl_btmesh_node_get_element_address (uint16_t elem_index, uint16_t * address)

Get the unicast address configured to an element.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_send_static_oob_request_response#

sl_status_t sl_btmesh_node_send_static_oob_request_response (size_t data_len, const uint8_t * data)

Provide the stack with static out-of-band authentication data, which the stack requested.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_reset#

sl_status_t sl_btmesh_node_reset ()

Factory reset of the mesh node.

To complete procedure, the application should do its own cleanup duties and reset the hardware.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_beacon_reporting#

sl_status_t sl_btmesh_node_set_beacon_reporting (uint8_t report)

Set secure network beaconing on or off. When on, every received secure network beacon will generate a sl_btmesh_evt_node_beacon_received event.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_iv_update_age#

sl_status_t sl_btmesh_node_set_iv_update_age (uint32_t age_sec)

Set the time since the last IV update. After the reboot, the node doesn't know the time since the last IV update and assumes that it happened at the time of the reboot.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_key_count#

sl_status_t sl_btmesh_node_get_key_count (uint8_t type, uint32_t * count)

Get the total number of keys in node.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_key#

sl_status_t sl_btmesh_node_get_key (uint8_t type, uint32_t index, uint8_t current, uint16_t * id, uint16_t * netkey_index, aes_key_128 * key)

Get a key by position. Only current key data exits in normal mode. Old key data can be queried only during the key refresh.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_networks#

SL_BGAPI_DEPRECATED sl_status_t sl_btmesh_node_get_networks (size_t max_networks_size, size_t * networks_len, uint8_t * networks)

Get a list of networks supported by the node. This is a deprecated function. Please use sl_btmesh_node_get_key_count and sl_btmesh_node_get_key instead.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_element_seqnum#

sl_status_t sl_btmesh_node_get_element_seqnum (uint16_t elem_index, uint32_t * seqnum)

Get the current sequence number of an element.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_model_option#

sl_status_t sl_btmesh_node_set_model_option (uint16_t elem_index, uint16_t vendor_id, uint16_t model_id, uint8_t option, uint32_t value)

Set a model-specific option.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_local_dcd#

sl_status_t sl_btmesh_node_get_local_dcd (uint8_t page)

Get the local Device Composition Data.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

• sl_btmesh_evt_node_local_dcd_data

• sl_btmesh_evt_node_local_dcd_data_end

sl_btmesh_node_power_off#

sl_status_t sl_btmesh_node_power_off ()

Power off the mesh node. To be called prior power off to allow the device to save its own state.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_adv_phy#

sl_status_t sl_btmesh_node_set_adv_phy (uint8_t phy)

sl_btmesh_node_get_adv_phy#

sl_status_t sl_btmesh_node_get_adv_phy (uint8_t * phy)

sl_btmesh_node_set_provisioning_algorithms#

sl_status_t sl_btmesh_node_set_provisioning_algorithms (uint16_t algorithms)

Set the set of allowed provisioning algorithms. The application can use this command to limit the algorithms used in provisioning, even if the stack would contain support for multiple algorithms. This command has to be issued before initializing the stack with sl_btmesh_node_init or sl_btmesh_node_init_oob.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_init_provisioning_records#

sl_status_t sl_btmesh_node_init_provisioning_records ()

Initialize provisioning record retrieval functionality on the device. This must be called before device is provisioned, if provisioning records are to be used.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_unprov_beaconing_adv_interval#

sl_status_t sl_btmesh_node_set_unprov_beaconing_adv_interval (uint16_t adv_interval_min, uint16_t adv_interval_max)

Set Unprovisioned Device Beaconing advertisement interval timing parameters both with and without URI.

This command sets the timing parameters of Unprovisioned Device Beaconing advertisement interval with and without URI. This setting will take effect next time the Unprovisioned Device Beaconing advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_proxy_service_adv_interval#

sl_status_t sl_btmesh_node_set_proxy_service_adv_interval (uint16_t adv_interval_min, uint16_t adv_interval_max)

Set Mesh Proxy Service advertisement interval timing parameters.

This command sets the timing parameters of Mesh Proxy Service advertisement interval. This setting will take effect next time the Mesh Proxy Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_provisioning_service_adv_interval#

sl_status_t sl_btmesh_node_set_provisioning_service_adv_interval (uint16_t adv_interval_min, uint16_t adv_interval_max)

Set Mesh Provisioning Service advertisement interval timing parameters.

This command sets the timing parameters of Mesh Provisioning Service advertisement interval. This setting will take effect next time the Mesh Provisioning Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_local_model_metadata_page#

sl_status_t sl_btmesh_node_get_local_model_metadata_page (uint8_t page)

Get the local Mesh Model Metadata.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

Events

• sl_btmesh_evt_node_local_model_metadata_page

• sl_btmesh_evt_node_local_model_metadata_page_end

sl_btmesh_node_save_proxy_solicitation_rpl#

sl_status_t sl_btmesh_node_save_proxy_solicitation_rpl ()

Save the current Private GATT Proxy Solicitation Replay Protection List to persistent storage.

Solicitation PDU RPL is in use only if the node supports On Demand Private Proxy Server.

The replay protection list keeps track of the Solicitation PDU sequence numbers from different sources received by the node. The node will not process messages associtated with already used sequence numbers and is therefore protected from replay attacks using previously recorded messages.

The replay protection list is kept is RAM during runtime. It needs to be saved to persistent storage periodally and always before the device powers off. Because the stack is not aware when this will happen, the application has to call this method while the node is getting ready to power down but is still running.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_proxy_solicitation_rpl_status#

sl_status_t sl_btmesh_node_get_proxy_solicitation_rpl_status (uint16_t * total_entries, uint16_t * unsaved_entries)

Get the status of the Solicitation Replay Protection List.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_oob_uri#

sl_status_t sl_btmesh_node_set_oob_uri (size_t uri_len, const uint8_t * uri)

Set OOB URI.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_get_oob_uri#

sl_status_t sl_btmesh_node_get_oob_uri (size_t max_uri_size, size_t * uri_len, uint8_t * uri)

Get the OOB URI.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_proxy_service_uuid#

sl_status_t sl_btmesh_node_set_proxy_service_uuid (uint16_t uuid)

sl_btmesh_node_test_identity#

sl_status_t sl_btmesh_node_test_identity (uint16_t address, uint16_t netkey_index, size_t data_len, const uint8_t * data, uint8_t * match)

Tets if receiver network identity beacon matches mesh network.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_proxy_service_scan_response#

sl_status_t sl_btmesh_node_set_proxy_service_scan_response (uint16_t netkey_index, size_t scan_response_data_len, const uint8_t * scan_response_data)

Set Mesh Proxy Service scan response data.

This command sets the scan response data for a Mesh Proxy Service advertisement. The Mesh Proxy Service advertisement is a connectable and scannable advertisement, meaning that a client can issue a scan request and receive a scan response that carries additional data relevant to the service. This setting will take effect next time the Mesh Proxy Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_clear_proxy_service_scan_response#

sl_status_t sl_btmesh_node_clear_proxy_service_scan_response (uint16_t netkey_index)

Clear Mesh Proxy Service scan response data.

This command clears the scan response data for a Mesh Proxy Service advertisement. This setting will take effect next time the Mesh Proxy Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_set_provisioning_service_scan_response#

sl_status_t sl_btmesh_node_set_provisioning_service_scan_response (size_t scan_response_data_len, const uint8_t * scan_response_data)

Set Mesh Provisioning Service scan response data.

This command sets the scan response data for a Mesh Provisioning Service advertisement. The Mesh Provisioning Service advertisement is a connectable and scannable advertisement, meaning that a client can issue a scan request and receive a scan response that carries additional data relevant to the service. This setting will take effect next time the Mesh Provisioning Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_node_clear_provisioning_service_scan_response#

sl_status_t sl_btmesh_node_clear_provisioning_service_scan_response ()

Clear Mesh Provisioning Service scan response data.

This command clears the scan response data for a Mesh Provisioning Service advertisement. This setting will take effect next time the Mesh Provisioning Service advertisement is started.

Returns

• SL_STATUS_OK if successful. Error code otherwise.

sl_btmesh_cmd_node_init_id#

#define sl_btmesh_cmd_node_init_id

0x00140028

sl_btmesh_cmd_node_set_exportable_keys_id#

#define sl_btmesh_cmd_node_set_exportable_keys_id

0x24140028

sl_btmesh_cmd_node_start_unprov_beaconing_id#

#define sl_btmesh_cmd_node_start_unprov_beaconing_id

0x01140028

sl_btmesh_cmd_node_stop_unprov_beaconing_id#

#define sl_btmesh_cmd_node_stop_unprov_beaconing_id

0x16140028

sl_btmesh_cmd_node_get_rssi_id#

#define sl_btmesh_cmd_node_get_rssi_id

0x17140028

sl_btmesh_cmd_node_send_input_oob_request_response_id#

#define sl_btmesh_cmd_node_send_input_oob_request_response_id

0x02140028

sl_btmesh_cmd_node_get_uuid_id#

#define sl_btmesh_cmd_node_get_uuid_id

0x03140028

sl_btmesh_cmd_node_set_provisioning_data_id#

#define sl_btmesh_cmd_node_set_provisioning_data_id

0x04140028

sl_btmesh_cmd_node_init_oob_id#

#define sl_btmesh_cmd_node_init_oob_id

0x05140028

sl_btmesh_cmd_node_set_ivrecovery_mode_id#

#define sl_btmesh_cmd_node_set_ivrecovery_mode_id

0x06140028

sl_btmesh_cmd_node_get_ivrecovery_mode_id#

#define sl_btmesh_cmd_node_get_ivrecovery_mode_id

0x07140028

sl_btmesh_cmd_node_set_net_relay_delay_id#

#define sl_btmesh_cmd_node_set_net_relay_delay_id

0x0b140028

sl_btmesh_cmd_node_get_net_relay_delay_id#

#define sl_btmesh_cmd_node_get_net_relay_delay_id

0x0c140028

sl_btmesh_cmd_node_get_ivupdate_state_id#

#define sl_btmesh_cmd_node_get_ivupdate_state_id

0x0d140028

sl_btmesh_cmd_node_request_ivupdate_id#

#define sl_btmesh_cmd_node_request_ivupdate_id

0x0e140028

sl_btmesh_cmd_node_get_seq_remaining_id#

#define sl_btmesh_cmd_node_get_seq_remaining_id

0x0f140028

sl_btmesh_cmd_node_save_replay_protection_list_id#

#define sl_btmesh_cmd_node_save_replay_protection_list_id

0x10140028

sl_btmesh_cmd_node_set_uuid_id#

#define sl_btmesh_cmd_node_set_uuid_id

0x11140028

sl_btmesh_cmd_node_get_replay_protection_list_status_id#

#define sl_btmesh_cmd_node_get_replay_protection_list_status_id

0x14140028

sl_btmesh_cmd_node_get_element_address_id#

#define sl_btmesh_cmd_node_get_element_address_id

0x12140028

sl_btmesh_cmd_node_send_static_oob_request_response_id#

#define sl_btmesh_cmd_node_send_static_oob_request_response_id

0x13140028

sl_btmesh_cmd_node_reset_id#

#define sl_btmesh_cmd_node_reset_id

0x15140028

sl_btmesh_cmd_node_set_beacon_reporting_id#

#define sl_btmesh_cmd_node_set_beacon_reporting_id

0x18140028

sl_btmesh_cmd_node_set_iv_update_age_id#

#define sl_btmesh_cmd_node_set_iv_update_age_id

0x19140028

sl_btmesh_cmd_node_get_key_count_id#

#define sl_btmesh_cmd_node_get_key_count_id

0x1a140028

sl_btmesh_cmd_node_get_key_id#

#define sl_btmesh_cmd_node_get_key_id

0x1b140028

sl_btmesh_cmd_node_get_networks_id#

#define sl_btmesh_cmd_node_get_networks_id

0x1c140028

sl_btmesh_cmd_node_get_element_seqnum_id#

#define sl_btmesh_cmd_node_get_element_seqnum_id

0x1d140028

sl_btmesh_cmd_node_set_model_option_id#

#define sl_btmesh_cmd_node_set_model_option_id

0x1e140028

sl_btmesh_cmd_node_get_local_dcd_id#

#define sl_btmesh_cmd_node_get_local_dcd_id

0x1f140028

sl_btmesh_cmd_node_power_off_id#

#define sl_btmesh_cmd_node_power_off_id

0x21140028

sl_btmesh_cmd_node_set_adv_phy_id#

#define sl_btmesh_cmd_node_set_adv_phy_id

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sl_btmesh_cmd_node_get_adv_phy_id#

#define sl_btmesh_cmd_node_get_adv_phy_id

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sl_btmesh_cmd_node_set_provisioning_algorithms_id#

#define sl_btmesh_cmd_node_set_provisioning_algorithms_id

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sl_btmesh_cmd_node_init_provisioning_records_id#

#define sl_btmesh_cmd_node_init_provisioning_records_id

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sl_btmesh_cmd_node_set_unprov_beaconing_adv_interval_id#

#define sl_btmesh_cmd_node_set_unprov_beaconing_adv_interval_id

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sl_btmesh_cmd_node_set_proxy_service_adv_interval_id#

#define sl_btmesh_cmd_node_set_proxy_service_adv_interval_id

0x29140028

sl_btmesh_cmd_node_set_provisioning_service_adv_interval_id#

#define sl_btmesh_cmd_node_set_provisioning_service_adv_interval_id

0x30140028

sl_btmesh_cmd_node_get_local_model_metadata_page_id#

#define sl_btmesh_cmd_node_get_local_model_metadata_page_id

0x20140028

sl_btmesh_cmd_node_save_proxy_solicitation_rpl_id#

#define sl_btmesh_cmd_node_save_proxy_solicitation_rpl_id

0x31140028

sl_btmesh_cmd_node_get_proxy_solicitation_rpl_status_id#

#define sl_btmesh_cmd_node_get_proxy_solicitation_rpl_status_id

0x32140028

sl_btmesh_cmd_node_set_oob_uri_id#

#define sl_btmesh_cmd_node_set_oob_uri_id

0x33140028

sl_btmesh_cmd_node_get_oob_uri_id#

#define sl_btmesh_cmd_node_get_oob_uri_id

0x34140028

sl_btmesh_cmd_node_set_proxy_service_uuid_id#

#define sl_btmesh_cmd_node_set_proxy_service_uuid_id

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sl_btmesh_cmd_node_test_identity_id#

#define sl_btmesh_cmd_node_test_identity_id

0x36140028

sl_btmesh_cmd_node_set_proxy_service_scan_response_id#

#define sl_btmesh_cmd_node_set_proxy_service_scan_response_id

0x37140028

sl_btmesh_cmd_node_clear_proxy_service_scan_response_id#

#define sl_btmesh_cmd_node_clear_proxy_service_scan_response_id

0x38140028

sl_btmesh_cmd_node_set_provisioning_service_scan_response_id#

#define sl_btmesh_cmd_node_set_provisioning_service_scan_response_id

0x39140028

sl_btmesh_cmd_node_clear_provisioning_service_scan_response_id#

#define sl_btmesh_cmd_node_clear_provisioning_service_scan_response_id

0x3a140028

sl_btmesh_rsp_node_init_id#

#define sl_btmesh_rsp_node_init_id

0x00140028

sl_btmesh_rsp_node_set_exportable_keys_id#

#define sl_btmesh_rsp_node_set_exportable_keys_id

0x24140028

sl_btmesh_rsp_node_start_unprov_beaconing_id#

#define sl_btmesh_rsp_node_start_unprov_beaconing_id

0x01140028

sl_btmesh_rsp_node_stop_unprov_beaconing_id#

#define sl_btmesh_rsp_node_stop_unprov_beaconing_id

0x16140028

sl_btmesh_rsp_node_get_rssi_id#

#define sl_btmesh_rsp_node_get_rssi_id

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sl_btmesh_rsp_node_send_input_oob_request_response_id#

#define sl_btmesh_rsp_node_send_input_oob_request_response_id

0x02140028

sl_btmesh_rsp_node_get_uuid_id#

#define sl_btmesh_rsp_node_get_uuid_id

0x03140028

sl_btmesh_rsp_node_set_provisioning_data_id#

#define sl_btmesh_rsp_node_set_provisioning_data_id

0x04140028

sl_btmesh_rsp_node_init_oob_id#

#define sl_btmesh_rsp_node_init_oob_id

0x05140028

sl_btmesh_rsp_node_set_ivrecovery_mode_id#

#define sl_btmesh_rsp_node_set_ivrecovery_mode_id

0x06140028

sl_btmesh_rsp_node_get_ivrecovery_mode_id#

#define sl_btmesh_rsp_node_get_ivrecovery_mode_id

0x07140028

sl_btmesh_rsp_node_set_net_relay_delay_id#

#define sl_btmesh_rsp_node_set_net_relay_delay_id

0x0b140028

sl_btmesh_rsp_node_get_net_relay_delay_id#

#define sl_btmesh_rsp_node_get_net_relay_delay_id

0x0c140028

sl_btmesh_rsp_node_get_ivupdate_state_id#

#define sl_btmesh_rsp_node_get_ivupdate_state_id

0x0d140028

sl_btmesh_rsp_node_request_ivupdate_id#

#define sl_btmesh_rsp_node_request_ivupdate_id

0x0e140028

sl_btmesh_rsp_node_get_seq_remaining_id#

#define sl_btmesh_rsp_node_get_seq_remaining_id

0x0f140028

sl_btmesh_rsp_node_save_replay_protection_list_id#

#define sl_btmesh_rsp_node_save_replay_protection_list_id

0x10140028

sl_btmesh_rsp_node_set_uuid_id#

#define sl_btmesh_rsp_node_set_uuid_id

0x11140028

sl_btmesh_rsp_node_get_replay_protection_list_status_id#

#define sl_btmesh_rsp_node_get_replay_protection_list_status_id

0x14140028

sl_btmesh_rsp_node_get_element_address_id#

#define sl_btmesh_rsp_node_get_element_address_id

0x12140028

sl_btmesh_rsp_node_send_static_oob_request_response_id#

#define sl_btmesh_rsp_node_send_static_oob_request_response_id

0x13140028

sl_btmesh_rsp_node_reset_id#

#define sl_btmesh_rsp_node_reset_id

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sl_btmesh_rsp_node_set_beacon_reporting_id#

#define sl_btmesh_rsp_node_set_beacon_reporting_id

0x18140028

sl_btmesh_rsp_node_set_iv_update_age_id#

#define sl_btmesh_rsp_node_set_iv_update_age_id

0x19140028

sl_btmesh_rsp_node_get_key_count_id#

#define sl_btmesh_rsp_node_get_key_count_id

0x1a140028

sl_btmesh_rsp_node_get_key_id#

#define sl_btmesh_rsp_node_get_key_id

0x1b140028

sl_btmesh_rsp_node_get_networks_id#

#define sl_btmesh_rsp_node_get_networks_id

0x1c140028

sl_btmesh_rsp_node_get_element_seqnum_id#

#define sl_btmesh_rsp_node_get_element_seqnum_id

0x1d140028

sl_btmesh_rsp_node_set_model_option_id#

#define sl_btmesh_rsp_node_set_model_option_id

0x1e140028

sl_btmesh_rsp_node_get_local_dcd_id#

#define sl_btmesh_rsp_node_get_local_dcd_id

0x1f140028

sl_btmesh_rsp_node_power_off_id#

#define sl_btmesh_rsp_node_power_off_id

0x21140028

sl_btmesh_rsp_node_set_adv_phy_id#

#define sl_btmesh_rsp_node_set_adv_phy_id

0x22140028

sl_btmesh_rsp_node_get_adv_phy_id#

#define sl_btmesh_rsp_node_get_adv_phy_id

0x23140028

sl_btmesh_rsp_node_set_provisioning_algorithms_id#

#define sl_btmesh_rsp_node_set_provisioning_algorithms_id

0x25140028

sl_btmesh_rsp_node_init_provisioning_records_id#

#define sl_btmesh_rsp_node_init_provisioning_records_id

0x26140028

sl_btmesh_rsp_node_set_unprov_beaconing_adv_interval_id#

#define sl_btmesh_rsp_node_set_unprov_beaconing_adv_interval_id

0x28140028

sl_btmesh_rsp_node_set_proxy_service_adv_interval_id#

#define sl_btmesh_rsp_node_set_proxy_service_adv_interval_id

0x29140028

sl_btmesh_rsp_node_set_provisioning_service_adv_interval_id#

#define sl_btmesh_rsp_node_set_provisioning_service_adv_interval_id

0x30140028

sl_btmesh_rsp_node_get_local_model_metadata_page_id#

#define sl_btmesh_rsp_node_get_local_model_metadata_page_id

0x20140028

sl_btmesh_rsp_node_save_proxy_solicitation_rpl_id#

#define sl_btmesh_rsp_node_save_proxy_solicitation_rpl_id

0x31140028

sl_btmesh_rsp_node_get_proxy_solicitation_rpl_status_id#

#define sl_btmesh_rsp_node_get_proxy_solicitation_rpl_status_id

0x32140028

sl_btmesh_rsp_node_set_oob_uri_id#

#define sl_btmesh_rsp_node_set_oob_uri_id

0x33140028

sl_btmesh_rsp_node_get_oob_uri_id#

#define sl_btmesh_rsp_node_get_oob_uri_id

0x34140028

sl_btmesh_rsp_node_set_proxy_service_uuid_id#

#define sl_btmesh_rsp_node_set_proxy_service_uuid_id

0x35140028

sl_btmesh_rsp_node_test_identity_id#

#define sl_btmesh_rsp_node_test_identity_id

0x36140028

sl_btmesh_rsp_node_set_proxy_service_scan_response_id#

#define sl_btmesh_rsp_node_set_proxy_service_scan_response_id

0x37140028

sl_btmesh_rsp_node_clear_proxy_service_scan_response_id#

#define sl_btmesh_rsp_node_clear_proxy_service_scan_response_id

0x38140028

sl_btmesh_rsp_node_set_provisioning_service_scan_response_id#

#define sl_btmesh_rsp_node_set_provisioning_service_scan_response_id

0x39140028

sl_btmesh_rsp_node_clear_provisioning_service_scan_response_id#

#define sl_btmesh_rsp_node_clear_provisioning_service_scan_response_id

0x3a140028