@@ -140,71 +140,6 @@ class DeviceManager
140140 */
141141 void OpenRemoteDeviceCommissioningWindow (chip::EndpointId remoteEndpointId);
142142
143- /* *
144- * @brief Pair a remote fabric bridge with a given node ID.
145- *
146- * This function initiates the pairing process for a remote fabric bridge using the specified parameters.
147-
148- * @param nodeId The user-defined ID for the node being commissioned. It doesn’t need to be the same ID,
149- * as for the first fabric.
150- * @param setupPINCode The setup PIN code used to authenticate the pairing process.
151- * @param deviceRemoteIp The IP address of the remote device that is being paired as part of the fabric bridge.
152- * @param deviceRemotePort The secured device port of the remote device that is being paired as part of the fabric bridge.
153- *
154- * @return CHIP_ERROR Returns CHIP_NO_ERROR on success or an appropriate error code on failure.
155- */
156- CHIP_ERROR PairRemoteFabricBridge (chip::NodeId nodeId, uint32_t setupPINCode, const char * deviceRemoteIp,
157- uint16_t deviceRemotePort);
158-
159- /* *
160- * @brief Pair a remote Matter device to the current fabric.
161- *
162- * This function initiates the pairing process for a remote device using the specified parameters.
163-
164- * @param nodeId The user-defined ID for the node being commissioned. It doesn’t need to be the same ID,
165- * as for the first fabric.
166- * @param payload The the QR code payload or a manual pairing code generated by the first commissioner
167- * instance when opened commissioning window.
168- *
169- * @return CHIP_ERROR Returns CHIP_NO_ERROR on success or an appropriate error code on failure.
170- */
171- CHIP_ERROR PairRemoteDevice (chip::NodeId nodeId, const char * payload);
172-
173- /* *
174- * @brief Pair a remote Matter device to the current fabric.
175- *
176- * This function initiates the pairing process for a remote device using the specified parameters.
177-
178- * @param nodeId The user-defined ID for the node being commissioned. It doesn’t need to be the same ID,
179- * as for the first fabric.
180- * @param setupPINCode The setup PIN code used to authenticate the pairing process.
181- * @param deviceRemoteIp The IP address of the remote device that is being paired as part of the fabric bridge.
182- * @param deviceRemotePort The secured device port of the remote device that is being paired as part of the fabric bridge.
183- *
184- * @return CHIP_ERROR Returns CHIP_NO_ERROR on success or an appropriate error code on failure.
185- */
186- CHIP_ERROR PairRemoteDevice (chip::NodeId nodeId, uint32_t setupPINCode, const char * deviceRemoteIp, uint16_t deviceRemotePort);
187-
188- /* *
189- * @brief Unpair the remote Matter fabric bridge.
190- *
191- * This function initiates the unpairing process for the remote Matter fabric bridge from the current fabric.
192- *
193- * @return CHIP_ERROR Returns CHIP_NO_ERROR on success or an appropriate error code on failure.
194- */
195- CHIP_ERROR UnpairRemoteFabricBridge ();
196-
197- /* *
198- * @brief Unpair a specific remote Matter device from the current fabric.
199- *
200- * This function removes a specific remote device, identified by the node ID, from the fabric.
201- *
202- * @param nodeId The user-defined ID of the node that is being unpaired.
203- *
204- * @return CHIP_ERROR Returns CHIP_NO_ERROR on success or an appropriate error code on failure.
205- */
206- CHIP_ERROR UnpairRemoteDevice (chip::NodeId nodeId);
207-
208143 void SubscribeRemoteFabricBridge ();
209144
210145 void ReadSupportedDeviceCategories ();
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