find-CGameRules_ClientSettingsChanged

You can locate CGameRules::ClientSettingsChanged in CS2 server binaries by tracing the "fov_desired" string reference and its cross-references using IDA Pro MCP. This approach isolates the function for subsequent renaming and vtable index calculation.

Generating a unique signature for a CS2 server function involves decompiling the target function in IDA Pro MCP to extract its binary pattern. After tracing the "fov_desired" string reference, the tool computes a robust signature and emits the result in YAML.

String reference tracing for reverse engineering CS2 libserver.so works by searching for specific strings like "fov_desired" and gathering their cross-references. IDA Pro MCP then decompiles the referencing functions to identify the exact code handling client settings changes.

Yes, this IDA Pro MCP approach works for both CS2 server.dll and libserver.so. It applies the same reverse engineering methodology of tracing the "fov_desired" string reference and cross-references to locate the CGameRules::ClientSettingsChanged function across both binary formats.

To determine the vtable offset for a function found via string reference, use IDA Pro MCP to inspect the renamed function's position in the virtual function table. This computes the correct dispatch index for CGameRules::ClientSettingsChanged.

Writing YAML analysis output beside the binary during reverse engineering ensures traceability of the generated signatures, vtable offsets, and function names. It documents the IDA Pro MCP findings for CGameRules::ClientSettingsChanged for future mod development reference.