This change introduces comsoaudio v1. We're using a new strategy when it
comes to dynamic linking of dso files and building miniaudio device code
which I think will be fast and stable in the long run. You now have your
choice of reading/writing to the internal ring buffer abstraction or you
can specify a device-driven callback function instead. It's now possible
to not open the microphone when you don't need it since touching the mic
causes security popups to happen. The DLL is now built statically, so it
only needs to depend on kernel32. Our NES terminal emulator now uses the
cosmoaudio library and is confirmed to be working on Windows, Mac, Linux
- You can now run `make -j8 toolchain` on Windows
- You can now run `make -j` on MacOS ARM64 and BSD OSes
- You can now use our Emacs dev environment on MacOS/Windows
- Fix bug where the x16 register was being corrupted by --ftrace
- The programs under build/bootstrap/ are updated as fat binaries
- The Makefile now explains how to download cosmocc-0.0.12 toolchain
- The build scripts under bin/ now support "cosmo" branded toolchains
- stat() now goes faster on Windows (shaves 100ms off `make` latency)
- Code cleanup and added review on the Windows signal checking code
- posix_spawnattr_setrlimit() now works around MacOS ARM64 bugs
- Landlock Make now favors posix_spawn() on non-Linux/OpenBSD
- posix_spawn() now has better --strace logging on Windows
- fstatat() can now avoid EACCES in more cases on Windows
- fchmod() can now change the readonly bit on Windows
Building o//third_party/python now takes 5 seconds on my PC
This change works towards modifying Python to use runtime dispatching
when appropriate. For example, when loading the magnums in the socket
module, it's a good idea to check if the magnum is zero, because that
means the local system platform doesn't support it.
