Qv2ray: A Versatile Cross-Platform V2Ray Client for Advanced User
Qv2ray is a salient project on GitHub designed to provide versatile cross-platform V2Ray functionality for advanced users. With increasing demand for internet censorship circumvention around the world, this project holds a significant relevance. Its purpose is to grant accessibility to blocked websites or services and provide a solution to network proxies, addressing the critical need for decentralized and secure internet access.
Project Overview:
The main objectives of Qv2ray are to offer advanced users a user-friendly client that supports the V2Ray core. It aims to bridge the connectivity gap caused by censorship by deploying complex protocols and sophisticated technologies. The tool is designed to communicate within a diverse array of servers and protocols, therefore, enabling the user to surpass rigid firewalls and gain access to the global web. The target audience mainly includes individuals who seek decentralized, uncensored, and secure access to the internet.
Project Features:
Qv2ray prides several key features that propel its functional prowess. It supports multiple proxy protocols, including Shadowsocks, Trojan, SOCKS, and HTTP. It also even offers a plugin system for expanded functionalities. Further, its cross-platform availability ensures its wide user reach. In addition, the user can connect multiple kernels at once - a feature designed to solve the problem of multi-hop proxies. Qv2ray also supports geolocation of V2Ray servers as well as custom subscription formats, providing detailed server information from varying services.
Technology Stack:
This Github project was developed using the robust and versatile C++ programming language that is known for its system programming capabilities. Qv2ray uses the Qt toolkit to grant its cross-platform compatibility. In addition, Qv2ray leverages GRPC for advanced strategies of load balancing and for the V2Ray core to function properly.
Project Structure and Architecture:
The architecture of Qv2ray involves an organized representation of components, programs, and necessary objects for the client to run smoothly. The project has modules that power its capabilities such as Classes, which include connection info, Outbound, Root etc., enabling seamless interaction all through. It is also built with the concept of software architecture patterns such as Layered pattern and Event-Driven pattern.
Contribution Guidelines:
