* Guard the token in a lock whilst querying stuff
* Remove the piece of code that checks if the information class provided is above the maximum information class threshold. That code literally duplicates the inner functionality of the default case in the switch block, where the code falls in that case if an invalid information class is provided anyway.
* Remove the redundant information classes. Internally, this function in Windows has 12 switch case blocks (11 token info classes + the default case) and the other classes are supported in NtQueryInformationToken only so it doesn't make any logical sense to keep them in the codebase.
* Annotate the argument parameters with SAL and add documentation header
Having conditional statements with CMAKE_BUILD_TYPE is an antipattern
See https://stackoverflow.com/questions/66079007/having-conditional-statements-on-build-type-variable-a-good-design
We use both single- and multi-config generators (Ninja and VS), so we
can't really rely on CMAKE_BUILD_TYPE, because it's not always set.
This commit alters some conditional flags to use <$CONFIG:...>
generator expression, but is still not complete. Also, our default
optimization level (4) now has what was always a de-facto flags
config*.cmake files are constantly getting out of sync between
each other. Besides that, the parameters are not really dependent
on a target architecture, but rather on a compiler (except *ARCH)
This approach seems to be more future-prone, and allows to see
all the options in one file (there are really not that many of them)
Implement a sanity check helper which determines if the partition is a system drive or not based on the %SystemDrive% environment variable, preventing the user from nuking accidentally the partition with ReactOS system files installed. :P
NOTE: This code serves as a temporary measure to prevent accidental formatting of the system drive. In the future most of this code has to be totally rewritten (and stopping syncing with WINE altogether) as well as FMIFS library code so that we're on par in terms of compatibility with Windows.
The dialog box at the startup of On-Screen Keyboard is displayed alongside with main window. While the Microsoft's OSK in XP is written in MFC and OSK is actually a mere window whereas our OSK is a dialog, the main dialog procedure call is superseded until the user does something with the warning dialog box on startup.
Just create a thread for it and handle the dialog box on startup in its own thread.
