Moves it from Settings to Common::TimeZone, since this algorithm doesn't
depend on the setting. It also lets us use it in other libraries.
common: Various fixes
time_zone: Don't double up the std::abs
Too many absolute values were causing mirrored time zones to resolve
as the same.
Prevents needing to deduce the non-Switch setting in core. Instead, we
deduce the meaning of this setting where the heresy is committed, in
common.
settings: Remove strftime usage
GetTimeZoneString: Use standard features
Also forces GMT on MinGW due to broken strftime.
This causes the emulated system's universal time to be on the user's clock, and the user time to
be off if they set a time zone.
time_manager: Remove GetExternalRtcTime
Uses C++20 tzdb to determine the system timezone. The switch uses the
597 posix time zones, so this needs tests if the system time zone isn't
posix-compliant.
Track the private anonymous placeholder mappings created by Unmap() and
wherever possible, replace existing placeholders with larger ones
instead of creating many small ones.
This helps with the buildup of mappings in /proc/YUZU_PID/maps after a
longer gaming session, improving stability without having to increase
vm.max_map_count to a ridiculous value. The amount of placeholder
mappings will no longer outgrow the amount of actual memfd mappings in
cases of high memory fragmentation.
Hardly limiting the device access memory to 4 GB for integrated vulkan devices here. This works for the Steam Deck in order not to go above 4 GB VRAM usage any more (above this value the likelihood to crash when the RAM exceeds 12 GB as well raises).
But there will be perhaps a detection mechanism necessary for detecting the real memory limit for integrated vulkan devices. Those likely might have small limits anyway, but what about integrated GPUs on machines with > 16 GB RAM, aka larger amounts ?
Narr the Reg