this gives us a great level of control over how we build SDL2, omitting parts we don't want, and including parts we do want, like libusb support!
windows sdl2 normally doesn't support libusb, but with some magic it can be built and linked in fairly easily, giving windows sdl2 libusb support.
libusb support in sdl2 means official GC adapter support! (resolves#1879)
linux build will be done in a later commit
Also fix up libbizhash so it builds on clang
Slight fixes to sameboy and msxhawk makefiles
Fix rcheevo submodule commit (no actual changes, just make it point to a commit upstream actually has)
SDL2 .so not yet rebuilt, need to consider how to do that
citra seems to need at least Debian 11 to build
libe_sqlite3.so seemed to have already been built with Debian 10 so not bothering touching that
libwaterboxhost.so is Rust / targets glibc 2.28 anyways, nothing needs to be done there
Add in liblua-* variant for Linux lua library names (resolves#3678)
Remove some more unused NLua code
Make LuaState internal, we don't need to see it (NLua.Lua API slightly changed to accommodate this, tests could be broken due to this?)
Make various other NLua classes internal, we don't need to see them
Check against lua library loading failing, provide a non-fatal message box if it has failed instead of crashing on some exception.
Remove UnixSearchPaths (unneeded with LD_LIBRARY_PATH being set) and unused IImportResolvers
I'm pretty sure all the existing instances were intended to use `default(T)` if
the key isn't present, except maybe the cheatcode converters but I don't care to
rewrite those at the moment
Cleanup this code so it plays nicer with BizHawk's "run everything on the main thread" (+ WinForms not playing nice with async methods)
Resend any game session start / achievement unlocks / leaderboard triggers if they failed. Wait for all achievement unlocks and leaderboard triggers to finish on Dispose() (mostly for catching them when user closes BizHawk)
Update rcheevos to 10.7.0
* Use source generator for VersionInfo
* Remove leftover hacks
* Use same fallbacks as NixHawk when Git not available
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Co-authored-by: YoshiRulz <OSSYoshiRulz@gmail.com>
Update rcheevos, and with that add in the new DSi console ID
Experimentally revamp the build system, I'm looking into cmake here and it seems to do a great job. The builds committed here were built with clang-cl 15.0.1 and clang 15.0.7 (for Windows and Linux respectively). gcc/clang with msys2 still works fine. gcc on Linux should still work fine. MSVC (cl) itself even works (although as a note, it doesn't work with lto (/GL) due to the force everything exported flag I set). The old Makefile is still kept for future reference.
combine NLua with KeraLua (KeraLua is "gone" now I guess)
make it use the BizInvoker (so now it can properly handle the liblua5.4.so and lua54.dll names differing), also delete the liblua54.so.
minor speedup when creating a new empty table
make lua default to UTF8 internally, so we don't need to manually change the state's encoding
While msabi and sysv do agree what to do with floating point args for 4 floating point args (pass in xmm0-4), they dont agree what to do with mixing
msabi will choose the register corresponding with argument position. so if you have (int foo, float bar), bar will use xmm1
sysv instead will choose the first register available in the group. so with the previous example, you instead have bar using xmm0
the simple solution is to simply prohibit mixed args for now. maybe someday we could support mixing, but that's probably overkill (best use a struct at that point)
make a small dll for handling the msabi<->sysv adapter, using only assembly (taken from generated optimized rustc output) and handcrafted unwind information (c# exceptions in a callback seem to work fine in testing)
additionally, allow floating point arguments. this really only needs to occur on the c# side. msabi and sysv agree on the first 4 floating point args and for returns, so no work actually has to be done adapting these
with assembly being used, we can guarantee rax will not be stomped by compiler whims (and avoid potential floating point args from being trashed)
Morilli