hyperdbg-consistency-checker

To check HyperDbg IOCTL structure deviations, compare Go type mappings against the original C++ codebase to identify mismatches in struct layouts and enum definitions. This consistency verification covers debugger core, kernel_level, user_level, and sdk bindings to highlight potential deviations.

The best way to validate SDK generated bindings is to run the Bindgen pipeline consistency checker against both the Go and C++ HyperDbg sources. This process maps differences in enum mappings and constant names to concrete code changes, ensuring cross-file reference compatibility.

Yes, you can check enum mappings and constant names between the Go and C++ HyperDbg implementations. The consistency checker validates these mappings alongside struct layouts across core, kernel_level, user_level, and bindings components to ensure full compatibility and surface deviations.

Yes, the HyperDbg consistency checker works with debugger kernel_level and user_level components, alongside the core and sdk bindings. It identifies gaps in IOCTL structures and type mappings across these areas to provide targeted remediation guidance for aligning the Go and C++ implementations.

Go HyperDbg binding mismatches with the C++ codebase occur due to deviations in struct layouts, enum mappings, constant names, and cross-file references. Running a consistency check across debugger components and sdk bindings highlights these specific gaps and guides concrete code fixes.