find-CBaseEntity_StartTouch-AND-CBaseEntity_Touch-AND-CBaseEntity_EndTouch

To locate CBaseEntity touch virtual functions in CS2 binaries, use IDA Pro MCP to inspect vtable entries in server.dll or libserver.so, identifying StartTouch, Touch, and EndTouch handlers by analyzing call sequences and verifying function bodies via decompilation.

Vtable analysis for CS2 touch handlers works by mapping the CBaseEntity vtable in server binaries to locate StartTouch, Touch, and EndTouch entries, verifying function bodies through decompilation, and generating vfunc offset signatures to confirm the touch event flow.

Yes, you can use IDA Pro MCP to generate vfunc offset signatures for libserver.so by inspecting CBaseEntity vtable entries, verifying decompiled function bodies, and writing YAML definitions for the StartTouch, Touch, and EndTouch virtual functions.

The best way to identify touch call patterns is analyzing the CBaseEntity vtable in CS2 server binaries using IDA Pro MCP, verifying forwarding to parent entity methods, and generating robust vfunc offset signatures and YAML mappings for downstream analysis.

Yes, this binary analysis approach supports both Windows and Linux CS2 server binaries, targeting server.dll and libserver.so respectively to locate CBaseEntity vtable touch handlers and generate vfunc offset signatures across both platforms.

Generating YAML definitions for discovered CBaseEntity touch functions provides structured vfunc offset signatures and mappings for downstream analysis, ensuring the verified StartTouch, Touch, and EndTouch virtual functions can be referenced in subsequent reverse engineering workflows.