Dependencies: systemd gtk2 fping wget p7zip zenity lib64proxy-gnome lib64proxy-kde qrencode

Ports used: SOCKS - 127.0.0.1:1080 (can be changed), HTTP - 127.0.0.1:8889 (fixed)

A small and nimble GUI for XRay-core: launch, find VMESS, VLESS, SS (Shadowsocks) or Trojan configurations on the network, copy to the buffer, paste into XRayGUI (Paste button) and click Start. If the green indicator lights up and the logs run, the connection is established. In the browser, set the SOCKS5 - 127.0.0.1:1080 proxy and redirect DNS via proxy (check the box there). The list of configurations can be saved to a file and downloaded from a file (PopUp Menu). You can check your new location here: https://whoer.net

Support (without obfs):

• Shadowsocks
• VMESS, + TLS, + WS, + WS + TLS, + KCP
• VLESS, + TLS, + WS, + WS + TLS, + gRPC, + gPRC + TLS, + KCP, + REALITY
• Trojan, + WS, + gRPC

Starting with XRayGUI-v1.6, support for XTLS-Reality and a generator of simple but reliable Client-Server configurations have been introduced ("R" button).

Starting from XRayGUI-v1.5, it became possible to use the connection as a global proxy for the entire system (SWP checkbox). This allows you to redirect all traffic through Socks5 without manually interfering with browser settings. The mode is guaranteed to work in GNOME, Budgie, Cinnamon, MATE (package required: lib64proxy-gnome) and KDE-5 (package required: lib64proxy-kde).

In Mageia Linux for XFCE, LXDE and LXQt the global proxy is specified in Mageia Control Center->Network->Proxy. On other OSes, you can create a file /etc/profile.d/proxy.sh. Execute under su and relogin:

echo -e "export {http_proxy,https_proxy,ftp_proxy}=http://127.0.0.1:8889\nexport {HTTP_PROXY,HTTPS_PROXY,FTP_PROXY}=\$http_proxy" > /etc/profile.d/proxy.sh; chmod +x /etc/profile.d/proxy.sh

Note: Starting with XRayGUI-v1.1, the binary xray-core removed from the rpm package is downloaded and updated directly from the developer's GitHub to the directory ~/.config/xraygui/xray.

Tested in Mageia-9 and Linux Mint.