X86/x64 Assembler Jobs

I’m enhancing a Fallou 76 -based fan project and need a seasoned low-level C++ developer who feels at home in x64 Windows internals. Your single mission: refine an existing Scaleform initialization hook (F4SE) so it fires correctly on the new version od the game. That means you have to update the game's memory offsets so it can work. You can look at the working implementation of the dll, to check the changes. What’s already done • Whole hooking scaffold is coded and compiles cleanly. It is a F4SE/SFE forked project for a Fallout76 game Link to the project Has been updated and forked. I wilk provide younthe Access to the updated version od the repo. • Relocation-aware trampolines are in place; they simply point to outdated addresses. What I need from you ...

Box for 70000 tunnels with PCI transaction in process. View to process in command line. Sertificates installed. Cheap setup. Fast installation. Connections documented. Drop and go for dedicated box setup. Url for inbound and outbound transactions. User and pw. Tunnelling opponent access only. Four certs. Install included.

I will hand you the current Worldbox assemblies (, , ) together with either or NeoModLoader.dll. Using those files as a base, I need a self-contained fantasy-themed mod that drops straight into the mod-loader folder and runs without errors. Scope of the build • New game mechanics: a deeper combat system, a working resource-gathering loop, and periodic world events that can reshape kingdoms. • Additional fantasy characters and items that integrate with the above mechanics and respect Worldbox’s art style and balance. Once I give you the source pack you’ll have seven calendar days to deliver. After we talk through final details I expect a single fixed price for this sprint; no hourly or “starting from” figures. Deliverables (all required for project ...

I’m integrating a small yet critical X86 routine into a larger, production-grade application and need a seasoned assembly programmer to jump in quickly, finish the code, and prove it works with a clear screenshot of the routine executing correctly. You will receive my current source and a brief on the expected behaviour. Tweak, extend, or completely rewrite the segment—whatever delivers a clean, working solution that slots straight into our existing build. Accuracy matters more than elegance, but if you can squeeze in a performance gain, all the better. Please return: • The updated .asm (or .s) file and any supporting files • A short note on what you changed and why • A screenshot of the program running and producing the expected output in a terminal or d...