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This change fixes an issue with the tcflow() magic numbers that was causing bash to freeze up on Linux. While auditing termios polyfills, several other issues were identified with XNU/BSD compatibility. Out of an abundance of caution this change undefines as much surface area from libc/calls/struct/termios.h as possible, so that autoconf scripts are less likely to detect non-POSIX teletypewriter APIs that haven't been polyfilled by Cosmopolitan. This is a *breaking change* for your static archives in /opt/cosmos if you use the cosmocc toolchain. That's because this change disables the ioctl() undiamonding trick for code outside the monorepo, specifically because it'll lead to brittle ABI breakages like this. If you're using the cosmocc toolchain, you'll need to rebuild libraries like ncurses, readline, etc. Yes diamonds cause bloat. To work around that, consider using tcgetwinsize() instead of ioctl(TIOCGWINSZ) since it'll help you avoid pulling every single ioctl-related polyfill into the linkage. The cosmocc script was specifying -DNDEBUG for some reason. It's fixed. |
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.. | ||
test | ||
cosmo.h | ||
lapi.c | ||
lapi.h | ||
lauxlib.c | ||
lauxlib.h | ||
lbaselib.c | ||
lcode.c | ||
lcode.h | ||
lcorolib.c | ||
lctype.h | ||
ldblib.c | ||
ldebug.c | ||
ldebug.h | ||
ldo.c | ||
ldo.h | ||
ldump.c | ||
lfunc.c | ||
lfunc.h | ||
lgc.c | ||
lgc.h | ||
linit.c | ||
liolib.c | ||
ljumptab.inc | ||
llex.c | ||
llex.h | ||
llimits.h | ||
llock.c | ||
lmathlib.c | ||
lmem.c | ||
lmem.h | ||
loadlib.c | ||
lobject.c | ||
lobject.h | ||
lopcodes.c | ||
lopcodes.h | ||
lopnames.inc | ||
loslib.c | ||
lparser.c | ||
lparser.h | ||
lprefix.h | ||
lrepl.c | ||
lrepl.h | ||
lstate.c | ||
lstate.h | ||
lstring.c | ||
lstring.h | ||
lstrlib.c | ||
ltable.c | ||
ltable.h | ||
ltablib.c | ||
ltests.c | ||
ltests.h | ||
ltm.c | ||
ltm.h | ||
lua.h | ||
lua.main.c | ||
lua.mk | ||
luac.main.c | ||
luacallwithtrace.c | ||
luaconf.h | ||
luaencodejsondata.c | ||
luaencodeluadata.c | ||
luaencodeurl.c | ||
luaformatstack.c | ||
lualib.h | ||
luaparseurl.c | ||
luaprintstack.c | ||
luapushheader.c | ||
luapushheaders.c | ||
luapushlatin1.c | ||
luapushurlparams.c | ||
lundump.c | ||
lundump.h | ||
lunix.c | ||
lunix.h | ||
lutf8lib.c | ||
lvm.c | ||
lvm.h | ||
lzio.c | ||
lzio.h | ||
README.cosmo | ||
serialize.c | ||
tms.h | ||
visitor.c | ||
visitor.h |
DESCRIPTION Lua is a language designed for embedded use in native applications. It has an impossibly elegant C API and the Lua language itself feels more like Python compared to alternatives like Tcl except it's a great deal faster and doesn't have strong opinions about character encoding. PROVENANCE https://github.com/lua/lua/ commit e7803f7dbcdc966ab1f9db143424ee811ab1a398 Author: Roberto Ierusalimschy <roberto@inf.puc-rio.br> Date: Wed Mar 3 09:44:20 2021 -0300 New release number (5.4.3) luac.c needed to be sourced from: https://www.lua.org/ftp/lua-5.4.3.tar.gz LOCAL MODIFICATIONS Lua now uses a bestline REPL with bash-style code completion. Integer literals such as `033` will now be interpreted as octal. Integer literals such as `0b10` will now be interpreted as binary. The `\e` string literal escape sequence has been added, which is equivalent to `\27` (the Lua version of `\033`) or the ASCII ESC character. It may be used for teletypewriter control like having bold text, which can be encoded elegantly as `\e[1mHELLO\e[0m`. Added luaL_traceback2() for function parameters in traceback. Added Python-like printf modulus operator for strings. Added Python-like printf multiply operator for strings.