How does Kirin OS provide virtual desktop and remote connection functions?

How does Kirin OS provide virtual desktop and remote connection functions?

Introduction:
Kirin operating system is an operating system independently developed in China for desktop and server applications. It has stability, security and performance advantages. It provides rich functions, including virtual desktop and remote connection functions, providing users with a more convenient and flexible working environment. This article will introduce how Kirin operating system implements virtual desktops and remote connections, and provide relevant code examples.

1. Virtual desktop function implementation
Virtual desktop refers to running multiple desktop environments on the same physical computer, and users can switch between different desktops to achieve the simultaneous use of multiple desktop environments Effect.

In the Kirin operating system, the virtual desktop function is implemented by the Virtual Window Manager. The following is a simple sample code that demonstrates how to create and switch different virtual desktops in Kirin operating system:

#include <stdio.h>

int main() {
   int desktops[4] = {1, 2, 3, 4}; // 创建四个桌面
   int currentDesktop = 1; // 当前使用的桌面

   printf("当前桌面为：%d
", currentDesktop);

   // 切换到不同的桌面
   int targetDesktop = 3; // 切换到第三个桌面
   currentDesktop = desktops[targetDesktop-1];

   printf("切换至桌面：%d
", currentDesktop);

   return 0;
}

In actual applications, the virtual window manager requires more complex logic to achieve desktop creation , destruction and switching functions. By using appropriate window management algorithms and data structures, the operation of multiple desktops can be better managed.

2. Realization of remote connection function
Remote connection refers to transferring the desktop environment of one computer to another computer through the network, so that users can access and operate the computer remotely.

In the Kirin operating system, the remote connection function is implemented by the Remote Desktop Protocol (RDP). The following is a simple sample code that demonstrates how to use RDP to implement remote connections:

#include <stdio.h>

int main() {
   char clientAddress[] = "192.168.0.100"; // 远程客户端IP地址
   int clientPort = 3389; // 远程客户端端口号

   char serverAddress[] = "192.168.0.200"; // 远程服务器IP地址
   int serverPort = 3389; // 远程服务器端口号

   // 创建远程连接
   int connectResult = Connect(clientAddress, clientPort, serverAddress, serverPort);

   if (connectResult == 0) {
      printf("远程连接已建立
");
   } else {
      printf("远程连接建立失败
");
   }

   return 0;
}

In actual applications, the RDP protocol also needs to implement functions such as remote desktop screen transmission, input device forwarding, and security authentication. You can use existing third-party libraries or open source projects to implement RDP functions.

Summary:
Kirin operating system is a powerful operating system that provides convenient functions such as virtual desktop and remote connection. Through virtual desktops, users can use multiple desktop environments at the same time to improve work efficiency. Through remote connection, users can access and operate computers anytime and anywhere to achieve remote work. I believe that with the advancement and development of technology, Kirin operating system will provide users with a richer and more convenient functional experience.

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