WOSA/XFS

The task involves a printed circuit board in the form of a grid of size N × M, where each contact pad has its own coordinates. Initially, all points are isolated, but horizontal or vertical conductive tracks can be laid between them, connecting adjacent cells. The system of tracks determines whether electrical signals can propagate between different points on the board through direct or indirect connections. The program must handle two types of commands: adding a conductive track and queries to check if two specified points are connected. The result of the query should be “C” if the points are connected, or “NC” if they are not. All details, including input format, constraints, and implementation requirements, are provided in the attached file below. Payment: Can be negotiated after assessing the complexity. If possible, payment via PayPal.

Create compatibility between the ground control station, automatic start system (SAS), radar, and the aircraft.

Need an MTA:SA developer. I need help assembling a clean MTA:SA 1.6 mtasa-blue source on Windows. What needs to be done: 1. Set up the build environment: Visual Studio, Git, DirectX SDK, CEF, DLL, and other dependencies. 2. Build a clean mtasa-blue client/server. 3. Ensure the client runs without errors. 4. Explain which files/dependencies are needed. 5. Provide a brief guide on how I can rebuild the client myself. 6. Or help further via AnyDesk/Discord/Telegram. Important: - No bypassing anti-cheat. - No cheats. - No malicious code. - Only a legal build of the source and environment setup is needed. The result I want to achieve: - a built clean MTA:SA 1.6 client; - a built server or an explanation of how to build it; - a list of all dependencies; - a brief guide for rebuilding; - an explanation of what exactly was fixed. Or propose your price!

A program needs to be developed for Windows that allows connecting a jailbroken iPhone via USB cable and controlling it from a computer. Main functionality: Connecting the iPhone via USB. The program should quickly recognize the connected iPhone and operate through the cable to minimize delays and lags. Screen mirroring of the iPhone to the computer. (The phone's screen should be displayed on the computer in real-time) Controlling the phone using the mouse. The user should be able to click, swipe, scroll, and control the iPhone screen using the mouse from the computer. Text input from the computer. There should be a shared clipboard between the computer and the iPhone. File transfer from the computer to the iPhone. A function for uploading files from the computer to the phone's memory or to specific folders/apps needs to be added. Stable operation. The program should run smoothly, without significant delays, freezes, or connection drops. Compatibility: support for jailbroken iPhone, rootless jailbreak, iOS 16.7.12, connection via USB.