Rather than using `n * 1024 * 1024`, this adds a convenient `_MiB`/`_KiB` user-literal to the new `literals.h` header to concisely describe units of memory in a much more readable way. Any other useful literals can be added to this header. These literals exist in the `xe::literals` namespace so they are opt-in, similar to `std::chrono` literals, and require a `using namespace xe::literals` statement to utilize it within the current scope.
I've done a pass through the codebase to replace trivial instances of `1024 * 1024 * ...` expressions being used but avoided anything that added additional casting complexity from `size_t` to `uint32_t` and such to keep this commit concise.
XMountUtilityDrive-related code checks some values returned from NtDeviceIoControlFile, stub just returns values that it seems to accept
IoCreateDevice is also used by utility-drive code, writing some values into a pointer returned by it, so stub allocs space so it can write to the pointer without errors.
- Fixed incorrect calculation of available pages
- Changed amount of total virtual bytes
- Added real amount of reserved virtual bytes
- Removed unused methods
- [Kernel] XEnumerator::WriteItems no longer cares about provided
buffer size, since we know the size when the XEnumerator was created.
- [Kernel] Added XStaticEnumerator template. Previous
XStaticEnumerator renamed to XStaticUntypedEnumerator.
- [XAM] Deferred xeXamEnumerate.
XamAppEnumerateContentAggregate seems to store title_id at 0x140, so I've moved title_id to there, now AGGREGATE_DATA seems to match the size of the struct used by XamContentCreateInternal.
Also removed unneeded/useless checks inside XamAppEnumerateContentAggregate.
Adds a new X_KTHREAD::apc_disable_count field at 0xB0 into X_KTHREAD based on where 360 kernel seems to store it, and made CriticalRegion funcs act on that, instead of locking things between all threads, and changes DeliverAPCs to check that field before running the APCs.
XThread::LockApc/UnlockApc were also updated too as those previously called into EnterCrit/LeaveCrit to work, but AFAIK the code that uses LockApc/UnlockApc does have an actual need for locking between threads, so changed them to work on XThread::global_critical_region_ directly instead.
