find-CCSPlayer_MovementServices_FullWalkMove-AND-CCSPlayer_MovementServices_CheckVelocity-AND-CCSPlayer_MovementServices_WaterMove

To find CS2 movement functions, use IDA Pro MCP to search for signature strings, locate cross-references, decompile candidates, and verify behavioral markers. This process maps FullWalkMove, CheckVelocity, and WaterMove in server.dll or libserver.so.

Velocity sanitization in CS2 is handled by the CCSPlayer_MovementServices_CheckVelocity function. You can locate it in server binaries by tracing cross-references from known movement strings and decompiling candidate functions to verify velocity checks.

You can locate and rename unknown movement functions in libserver.so using IDA Pro by applying a structured workflow: detect signatures, trace cross-references, decompile, validate behavior, and rename symbols accordingly to map the movement logic.

Yes, the reverse engineering workflow supports exporting function signatures for CS2. After validating the movement functions, the workflow generates robust signatures and exports the analysis results in YAML format for integration with tooling pipelines.

Yes, you can use this approach to analyze water movement logic in server.dll. The workflow specifically targets CCSPlayer_MovementServices_WaterMove, allowing you to decompile and verify the water movement behavior within the CS2 server binary.

If signature string detection fails for CS2 movement functions, rely on cross-reference tracing from related movement calls. Decompile candidate functions to verify behavioral markers like ground walk or velocity checks before renaming symbols.