find-CGameResourceService_BuildResourceManifest-AND-CGameResourceService_m_pEntitySystem

You locate the CGameResourceService_BuildResourceManifest function in CS2 by using IDA Pro MCP to scan engine2.dll or libengine2.so for log strings and vtable references. This maps the resource manifest workflow accurately.

The m_pEntitySystem offset is a structural offset within CGameResourceService that links the resource manifest workflow to the entity system. You validate it by scanning binary cross-references to document accurate struct offsets in your analysis.

Yes, IDA Pro MCP supports binary analysis for both engine2.dll on Windows and libengine2.so on Linux. It allows you to generate and verify unique function signatures across both platforms for robust reverse engineering outputs.

You document struct offsets by scanning binary strings and cross-references to validate function boundaries and references. The provided SKILL tooling helps generate verified signatures and outputs robust YAML analysis files for accurate struct offset documentation.

Signature generation can fail if the binary cross-references and log strings are not properly validated before creating the signature. You need to carefully scan function boundaries and vtable references in engine2.dll or libengine2.so to produce a unique and robust signature.