find-CPhysBox_Use_PatchCaller

To patch CPhysBox_Use in CS2, you must locate the function, disassemble the instruction loading inputdata->pCaller, and replace it with the this pointer to ensure correct patch propagation. This generates platform-specific YAML outputs.

Binary patching for CS2 server functions works by disassembling the target function, identifying the exact instruction loading the third argument, and generating platform-specific patch signatures to modify the binary behavior for both Windows and Linux.

The best way to generate patch signatures for CS2 reverse engineering is to disassemble the target function, identify the exact instruction loading the unwanted argument, and output the signature in a structured YAML format for both Windows and Linux platforms.

Yes, you need to generate separate YAML patch outputs for Windows and Linux CS2 binaries. Disassembling the function reveals platform-specific instructions, requiring distinct patch signatures for each operating system to correctly modify the caller.

Your CPhysBox_Use patch likely fails because the third argument still uses inputdata->pCaller instead of the entity pointer (this). You must patch the instruction to pass the this pointer, ensuring correct patch propagation.

Yes, you can use signature generation to patch function call arguments in CS2 server binaries. The process involves locating the target function, determining the specific instruction loading the argument, and generating a YAML patch signature.