find-CEntitySystem_Init-decompiles

Find CEntitySystem_Init-decompiles (final-guarantee fallback)

Recover every symbol that CEntitySystem::Init wires up, in CS2 server.dll / libserver.so, using IDA Pro MCP tools. This is the Agent fallback for the find-CEntitySystem_Init-decompiles skill: it only runs when the preprocessor script returned failure, which almost always means one target's access pattern moved — either it was inlined into CEntitySystem_Init where the reference expected a separate function, or it was de-inlined out of CEntitySystem_Init into a helper the reference does not know about.

Your job is to produce the missing output YAMLs regardless of that inline/de-inline boundary.

Realworld Function References

Read the platform-relevant real-world YAMLs before searching in IDA. They provide concrete disassembly, decompiler output, semantic anchors, and both sides of the known inline/de-inline boundary. Treat their addresses and offsets as reference-build values only; verify every result against the current binary.

• Windows inline baseline: ida_preprocessor_scripts/references/server/CEntitySystem_Init.windows.yaml
• Linux baseline: ida_preprocessor_scripts/references/server/CEntitySystem_Init.linux.yaml
• Windows de-inlined CEntitySystem_Init variant: ida_preprocessor_scripts/references/server/CEntitySystem_Init-noinline.windows.yaml
• Windows de-inlined material helper: ida_preprocessor_scripts/references/server/CEntitySystem_InitEntityMaterialAttributes.windows.yaml
• Linux registration helper: ida_preprocessor_scripts/references/server/CEntitySystem_ProcessEntityRegistration.linux.yaml

Background — what CEntitySystem_Init does

CEntitySystem_Init(this, const char *name, int a3, int mode, char a5) is a long constructor-style routine. Along the way it:

• copies the system name into this->m_sEntSystemName;
• stores the serialization mode into this->m_eNetworkSerializationMode;
• initializes this->m_ComponentUnserializerInfoAllocator (a CUtlScratchMemoryPool);
• registers all entity/component classes;
• calls g_pNetworkMessages->SetNetworkSerializationContextData("string_t_table", m_eNetworkSerializationMode, &m_Symbols) through the INetworkMessages vtable (an indirect virtual call);
• when m_eNetworkSerializationMode is set, allocates a CNetworkFieldScratchData into this->m_pNetworkFieldScratchData and calls g_pFlattenedSerializers->CreateFieldChangedEventQueue(m_pNetworkFieldScratchData, m_pFieldChangeLimitSpew) through the IFlattenedSerializers vtable, storing the result into this->m_pNetworkFieldChangedEventQueue;
• (Linux) tail-calls the de-inlined CEntitySystem_ProcessEntityRegistration;
• (Windows) runs the entity-material-attributes registration loop that touches this->m_EntityMaterialAttributes.