SuperWeChatPC is a modifier for the WeChat desktop client that unlocks hidden features through memory patching and binary hooks. It functions as a multi-account messaging manager, a messaging data archiver, and a software interface that exposes internal messaging functions to external programs. The project enables the simultaneous operation of multiple independent client instances on a single computer through process isolation. It allows for the transmission of large attachments by bypassing standard file size restrictions and provides a wrapper for programmatic message automation. The tool
This project is a set of extensions for the WeChat macOS application designed to modify client behavior and unlock hidden features. It functions as a client modification framework and a multi-account manager, allowing users to launch and operate several independent instances of the application on a single machine. The tool distinguishes itself through deep integration with the operating system, enabling the execution of macOS system commands and remote administration via incoming chat messages. It also provides productivity extensions that connect chat lists and conversation histories to exte
Electronic WeChat is an Electron-based desktop chat client and wrapper for the WeChat messaging service, designed for macOS and Linux. It provides a functional messaging interface that integrates with native operating system notifications and system trays. The client includes a message recall blocker that prevents senders from retracting or deleting messages after they have been delivered, ensuring the recipient retains a permanent record of the conversation. It also features a URL redirect bypass to open destination websites directly in the default web browser. The application supports stan
AzurLaneAutoScript is a mobile game automation system designed to perform repetitive gameplay tasks unattended. It functions as a screenshot-driven bot that controls Android devices, emulators, and cloud phones via ADB and uiautomator2, using computer vision to make interaction decisions instead of fixed timers. The project distinguishes itself through an advanced computer vision suite that includes local optical character recognition and perspective-aware grid detection. These tools allow the bot to parse 3D game maps, compute vanishing points, and normalize grid-centered objects for precise