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|
# oper-:arch-:syst-:chip-:kern-
# oper = operating system type; e.g., sunos-4.1.4
# arch = machine language; e.g., sparc
# syst = which binaries can run; e.g., sun4
# chip = chip model; e.g., micro-2-80
# kern = kernel version; e.g., sun4m
# dependence: arch --- chip
# \ \
# oper --- syst --- kern
# so, for example, syst is interpreted in light of oper, but chip is not.
# anyway, no slashes, no extra colons, no uppercase letters.
# the point of the extra -'s is to ease parsing: can add hierarchies later.
# e.g., *:i386-*:*:pentium-*:* would handle pentium-100 as well as pentium,
# and i386-486 (486s do have more instructions, you know) as well as i386.
# the idea here is to include ALL useful available information.
exec 2>/dev/null
sys="`uname -s | tr '/:[A-Z]' '..[a-z]'`"
if [ x"$sys" != x ]
then
unamer="`uname -r | tr /: ..`"
unamem="`uname -m | tr /: ..`"
unamev="`uname -v | tr /: ..`"
case "$sys" in
bsd.os)
# in bsd 4.4, uname -v does not have useful info.
# in bsd 4.4, uname -m is arch, not chip.
oper="$sys-$unamer"
arch="$unamem"
syst=""
chip="`sysctl -n hw.model`"
kern=""
;;
freebsd)
# see above about bsd 4.4
oper="$sys-$unamer"
arch="$unamem"
syst=""
chip="`sysctl -n hw.model`" # hopefully
kern=""
;;
netbsd)
# see above about bsd 4.4
oper="$sys-$unamer"
arch="$unamem"
syst=""
chip="`sysctl -n hw.model`" # hopefully
kern=""
;;
linux)
# as in bsd 4.4, uname -v does not have useful info.
oper="$sys-$unamer"
syst=""
chip="$unamem"
kern=""
case "$chip" in
i386|i486|i586|i686)
arch="i386"
;;
alpha)
arch="alpha"
;;
esac
;;
aix)
# naturally IBM has to get uname -r and uname -v backwards. dorks.
oper="$sys-$unamev-$unamer"
arch="`arch | tr /: ..`"
syst=""
chip="$unamem"
kern=""
;;
sunos)
oper="$sys-$unamer-$unamev"
arch="`(uname -p || mach) | tr /: ..`"
syst="`arch | tr /: ..`"
chip="$unamem" # this is wrong; is there any way to get the real info?
kern="`arch -k | tr /: ..`"
;;
unix_sv)
oper="$sys-$unamer-$unamev"
arch="`uname -m`"
syst=""
chip="$unamem"
kern=""
;;
*)
oper="$sys-$unamer-$unamev"
arch="`arch | tr /: ..`"
syst=""
chip="$unamem"
kern=""
;;
esac
else
$CC -c trycpp.c
$LD -o trycpp trycpp.o
case `./trycpp` in
nextstep)
oper="nextstep-`hostinfo | sed -n 's/^[ ]*NeXT Mach \([^:]*\):.*$/\1/p'`"
arch="`hostinfo | sed -n 's/^Processor type: \(.*\) (.*)$/\1/p' | tr /: ..`"
syst=""
chip="`hostinfo | sed -n 's/^Processor type: .* (\(.*\))$/\1/p' | tr ' /:' '...'`"
kern=""
;;
*)
oper="unknown"
arch=""
syst=""
chip=""
kern=""
;;
esac
rm -f trycpp.o trycpp
fi
case "$chip" in
80486)
# let's try to be consistent here. (BSD/OS)
chip=i486
;;
i486DX)
# respect the hyphen hierarchy. (FreeBSD)
chip=i486-dx
;;
i486.DX2)
# respect the hyphen hierarchy. (FreeBSD)
chip=i486-dx2
;;
Intel.586)
# no, you nitwits, there is no such chip. (NeXTStep)
chip=pentium
;;
i586)
# no, you nitwits, there is no such chip. (Linux)
chip=pentium
;;
i686)
# STOP SAYING THAT! (Linux)
chip=ppro
esac
if $CC -c x86cpuid.c
then
if $LD -o x86cpuid x86cpuid.o
then
x86cpuid="`./x86cpuid | tr /: ..`"
case "$x86cpuid" in
?*)
chip="$x86cpuid"
;;
esac
fi
fi
rm -f x86cpuid x86cpuid.o
echo "$oper-:$arch-:$syst-:$chip-:$kern-" | tr ' [A-Z]' '.[a-z]'
|
