The kernel module now links and compiles, there are still a lot of empty
TODOs left, there are empty stubs for hypertrace, assembly files and
kdserial etc. these can be introduced one by one. My first step will be
loading the kernel module from the userspace cli.
Big step forward! :)
Created a lot of new platform wrappers for windows only functions
also removed hyperevade from the linux module build and added a empty
stub for the transparent functions they provide which can be filled in
later.
Logging.c and UnloadDll.c compile and link into HyperDbg.ko, along with
the two components that were waiting on the logging layer (BinarySearch,
OptimizationsExamples).
- new PlatformStr.{h,c}: PlatformVsnprintf/Sprintf/Strnlen replace
vsprintf_s/sprintf_s/strnlen_s; PlatformSprintf moved here out of
PlatformMem so both spellings return -1 on truncation
- BasicTypes.h: IRP/IO_STACK_LOCATION/IO_STATUS_BLOCK/UNICODE_STRING
grow the members shared code touches, plus the NT status and access
constants the notify path needs
- Environment.h: RTL_NUMBER_OF, _Analysis_assume_, ASSERT -> WARN_ON
- PlatformEvent: ExEventObjectType placeholder token
- HyperLogCallback.c stays out of the module: it defines the same
LogCallback* entry points as Logging.c (it is the per-DLL forwarding
shim on Windows), so in one link unit it is a duplicate symbol
Route Spinlock.c's three MSVC intrinsics through the platform
intrinsics layer instead of the Windows builtins:
_mm_pause -> CpuPause (already existed)
_interlockedbittestandset -> CpuInterlockedBitTestAndSet (new)
InterlockedCompareExchange-> CpuInterlockedCompareExchange (new, 32-bit)
Add the two new Cpu* wrappers to the kernel PlatformIntrinsics
{.h,.c} with win + linux arms (Linux uses __atomic_* builtins,
mirroring the existing 64-bit CAS), keeping the Cpu* wrappers the
single intrinsic boundary.
