int dcmi_get_device_ip(int card_id, int device_id, enum dcmi_port_type input_type, int port_id, struct dcmi_ip_addr *ip, struct dcmi_ip_addr *mask) 功能说明 获取IP地址和mask地址。 参数说明 参数名称 输入/输出 类型 描述 card_id 输入 int 指定NPU管理单元的ID,当前实际支持的ID...
以ip_address的ip_type为准,mask_address的ip_type无效。 返回值 类型 描述 int 处理结果,返回0成功,失败返回错误码。 约束说明 只支持ipv4地址。 调用示例 int ret = 0; int device_id = 0; int port_type = 0; int port_id = 0; ip_addr_t ip_address = {0}; ip_addr_t ip_mask_address=...
There’s no single IP address that represents the device, or an interface. A device can have 0 or more interfaces, each of which can have 0 or more IP addresses, each of which can be IPv4 and IPv6. A device can have multiple interfaces of a given type. It’s common for iPhones to...
address = deviceLocalIp break }//if we don't have address from en0 - try get it from another interface //(but prefer from en0) if address == "N/A" && (interfaceName == "en0" || interfaceName == "en1" || interfaceName == "en2" || interfaceName == "pdp_ip" || interfac...
print(“ip address:”+IpAddressFirst2) } 副程式: // Return IP address of WiFi interface (en0) as a String, or `nil` funcgetWiFiAddress() ->String? { varaddress :String? // Get list of all interfaces on the local machine:
In this example, we will show you how to get all the information about the device using a single library. We will get the following details in this example. You can access all the above-mentioned details (and many more) using this library using sync or async call, you can even get thi...
/dna/intent/api/v1/network-device/ip-address/{ipAddress} Example return payload: { "response": { "apManagerInterfaceIp": null, "associatedWlcIp": null, "bootDateTime": null, "collectionInterval": null, "collectionStatus": null, "errorCode": null, "errorDescription": null, "family...
运行工程到本地模拟器,提示“Failed to get the device apiVersion” 问题现象 本地模拟器已启动后,运行工程到本地模拟器,提示“Failed to get the ……欲了解更多信息欢迎访问华为HarmonyOS开发者官网
The second command returns the hardware and firmware information from the target computer. The command connects with the remote hardware device that has the management IP address 10.0.0.29 by using the IPMI management protocol and the default port (623). The command specifies the credential object ...
The second command returns the hardware and firmware information from the target computer. The command connects with the remote hardware device that has the management IP address 10.0.0.29 by using the IPMI management protocol and the default port (623). The command specifies the credential object ...