Default to enabled because this is the config we expect by default.
In the future will get some benchmarking in various games like
Assassin's Creed, and Call of Duty.
Adds it to the VDSO handling, it's not necessarily a VDSO function but
it behaves as such as it is in every single process. This means we get
to reuse the mapped page for every process when thunks are built,
shaving a page out of 32-bit processes.
Also, fixes a bug in guest VDSO symbol loading where clang sticks all
symbols in to `.dynsym` where gcc sticks them in to `.symtab`. Search
both. This effectively meant the couple of guest VDSO symbols were
always failing to get found, causing us to allocate yet another page on
32-bit. So effectively three pages stolen.
This also means we can remove the Linux specific X86HelperGen stuff from
FEXCore, only passing a single "VDSO" function pointer to the backend
for the dispatcher. Once again moving the Linux stuff to the frontend is
good.
Fixes an assert about about untracked noexec code `NoExec
instruction in entry block: FFFFE000` whenever thunk callbacks were
used.
Previously this was overriding the cached value in the local Value object.
The global SilentLog variable never got updated, so a stale value would be
used.
This reverts commit e1a45a2720, reversing
changes made to bd7edd8651.
The change rendered pressure-vessel non-functional on muvm-based setups
like Fedora Asahi Remix.
rpmalloc is currently very aggressively configured which causes
significant reductions in resident memory over jemalloc.
In Bayonetta's title screen it went from 963MB down to 834MB resident.
Still creates a copy of FEXInterpreter from FEX for downstream projects
to have some time to get off the old name. Creating a symlink is kind of
a pain in cmake so just doing an install copy is easy.
Ryan Houdek