Contents of /trunk/depend-tools/analyse-x86

#!/bin/sh
#
# Tavis Ormandy <taviso@gentoo.org> 2003
# Improvments by Will Woods <wwoods@gentoo.org>
#
# Identify instruction set used in binary.
#
##################

# ksh massively out performs bash.
if test -x /bin/ksh -a "$BASH_VERSION"; then
	exec /bin/ksh "$0" "$@"
fi

# initialize everything to zero.
eval {i486,i586,ppro,mmx,sse,sse2,amd,amd2,cpuid}=0

# unfortunately there are mnemonic collissions between vendor sets
# so check vendor_id string, and enable relevant sets.
printf "Checking vendor_id string..."
if ! test "${1%=*}" == "--vendor"; then
	case "`grep -Em1 '^vendor_id.*: ' /proc/cpuinfo | cut -d\" \" -f2`" in
		*GenuineIntel*) vendor=intel; printf "GenuineIntel\n";;
		*AuthenticAMD*) vendor=amd; printf "AuthenticAMD\n";;
		*CyrixInstead*) vendor=cyrix; printf "CyrixInstead\n";;
		*GenuineTMx86*) vendor=transmeta; printf "GenuineTMx86\n";;
		*) vendor=other; printf "other\n";;
	esac
else
	# allow vendor to be overridden
	vendor=${1#*=}; shift
	printf "%s\n" $vendor
fi

# quick sanity tests.
if ! test "$1"; then
	printf "usage: %s [--vendor=intel|amd|cyrix|transmeta] /path/to/binary\n" $0 1>&2
	exit 1
elif ! test -e "$1"; then 
	printf "error: %s does not exist.\n" "$1" 1>&2
	exit 1
elif ! test -r "$1"; then
	printf "error: cant read %s.\n" "$1" 1>&2
	exit 1
fi

printf "Disassembling %s, please wait...\n" $1

# initialize screen output
case "$vendor" in
	*intel*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
		$i486 $i586 $ppro $mmx $sse $sse2;;
	*amd*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u 3dnow: %4u\r" \
		$i486 $i586 $ppro $mmx $sse $(($amd+$amd2));;
	*cyrix*) printf "i486: %4u i586: %4u mmx: %4u\r" \
		$i486 $i586 $mmx;;
	*transmeta*) printf "i486: %4u i586: %4u mmx: %4u\r" \
		$i486 $i586 $mmx;;
	*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
		$i486 $i586 $ppro $mmx $sse $sse2;;
esac

# do the disassembling.

# %cr{0,2,3,4} version
# objdump -d $1 | cut -f3 |
objdump -d $1 | cut -f3 | cut -d" " -f1 | (
# %cr{0,2,3,4} version
# 	while read instruction operands; do
	while read instruction; do
 		case "$instruction" in
			"cmpxchg"|"xadd"|"bswap"|"invd"|"wbinvd"|"invlpg") let ++i486; print=1;;
			"rdmsr"|"wrmsr"|"rdtsc"|"cmpxch8B"|"rsm") let ++i586; print=1;;
			"cmovcc"|"fcmovcc"|"fcomi"|"fcomip"|"fucomi"|"fucomip"|"rdpmc"|"ud2") let ++ppro; print=1;;
			"emms"|"movd"|"movq"|"packsswb"|"packssdw"|"packuswb"|"paddb"|"paddw"|"paddd"|"paddsb"|"paddsw"|"paddusb"|"paddusw"|"pand"|"pandn"|"pcmpeqb"|"pcmpeqw"|"pcmpeqd"|"pcmpgtb"|"pcmpgtw"|"pcmpgtd"|"pmaddwd"|"pmulhw"|"pmullw"|"por"|"psllw"|"pslld"|"psllq"|"psraw"|"psrad"|"psrlw"|"psrld"|"psrlq"|"psubb"|"psubw"|"psubd"|"psubsb"|"psubsw"|"psubusb"|"psubusw"|"punpckhbw"|"punpckhwd"|"punpckhdq"|"punpcklbw"|"punpcklwd"|"punpckldq"|"pxor") let ++mmx; print=1;;
			"addps"|"addss"|"andnps"|"andps"|"cmpps"|"cmpss"|"comiss"|"cvtpi2ps"|"cvtps2pi"|"cvtsi2ss"|"cvtss2si"|"cvttps2pi"|"cvttss2si"|"divps"|"divss"|"fxrstor"|"fxsave"|"ldmxcsr"|"maxps"|"maxss"|"minps"|"minss"|"movaps"|"movhlps"|"movhps"|"movlhps"|"movlps"|"movmskps"|"movss"|"movups"|"mulps"|"mulss"|"orps"|"pavgb"|"pavgw"|"psadbw"|"rcpps"|"rcpss"|"rsqrtps"|"rsqrtss"|"shufps"|"sqrtps"|"sqrtss"|"stmxcsr"|"subps"|"subss"|"ucomiss"|"unpckhps"|"unpcklps"|"xorps"|"pextrw"|"pinsrw"|"pmaxsw"|"pmaxub"|"pminsw"|"pminub"|"pmovmskb"|"pmulhuw"|"pshufw"|"maskmovq"|"movntps"|"movntq"|"prefetch"|"sfence") let ++sse; print=1;;
			"addpd"|"addsd"|"andnpd"|"andpd"|"clflush"|"cmppd"|"cmpsd"|"comisd"|"cvtdq2pd"|"cvtdq2ps"|"cvtpd2pi"|"cvtpd2pq"|"cvtpd2ps"|"cvtpi2pd"|"cvtps2dq"|"cvtps2pd"|"cvtsd2si"|"cvtsd2ss"|"cvtsi2sd"|"cvtss2sd"|"cvttpd2pi"|"cvttpd2dq"|"cvttps2dq"|"cvttsd2si"|"divpd"|"divsd"|"lfence"|"maskmovdqu"|"maxpd"|"maxsd"|"mfence"|"minpd"|"minsd"|"movapd"|"movd"|"movdq2q"|"movdqa"|"movdqu"|"movhpd"|"movlpd"|"movmskpd"|"movntdq"|"movnti"|"movntpd"|"movq"|"movq2dq"|"movsd"|"movupd"|"mulpd"|"mulsd"|"orpd"|"packsswb"|"packssdw"|"packuswb"|"paddb"|"paddw"|"paddd"|"paddq"|"paddq"|"paddsb"|"paddsw"|"paddusb"|"paddusw"|"pand"|"pandn"|"pause"|"pavgb"|"pavgw"|"pcmpeqb"|"pcmpeqw"|"pcmpeqd"|"pcmpgtb"|"pcmpgtw"|"pcmpgtd"|"pextrw"|"pinsrw"|"pmaddwd"|"pmaxsw"|"pmaxub"|"pminsw"|"pminub"|"pmovmskb"|"pmulhw"|"pmulhuw"|"pmullw"|"pmuludq"|"pmuludq"|"por"|"psadbw"|"pshufd"|"pshufhw"|"pshuflw"|"pslldq"|"psllw"|"pslld"|"psllq"|"psraw"|"psrad"|"psrldq"|"psrlw"|"psrld"|"psrlq"|"psubb"|"psubw"|"psubd"|"psubq"|"psubq"|"psubsb"|"psubsw"|"psubusb"|"psubusw"|"psubsb"|"punpckhbw"|"punpckhwd"|"punpckhdq"|"punpckhqdq"|"punpcklbw"|"punpcklwd"|"punpckldq"|"punpcklqdq"|"pxor"|"shufpd"|"sqrtpd"|"sqrtsd"|"subpd"|"subsd"|"ucomisd"|"unpckhpd"|"unpcklpd"|"xorpd") let ++sse2; print=1;;
			"pavgusb"|"pfadd"|"pfsub"|"pfsubr"|"pfacc"|"pfcmpge"|"pfcmpgt"|"pfcmpeq"|"pfmin"|"pfmax"|"pi2fw"|"pi2fd"|"pf2iw"|"pf2id"|"pfrcp"|"pfrsqrt"|"pfmul"|"pfrcpit1"|"pfrsqit1"|"pfrcpit2"|"pmulhrw"|"pswapw"|"femms"|"prefetch") let ++amd; print=1;;
			"pf2iw"|"pfnacc"|"pfpnacc"|"pi2fw"|"pswapd"|"maskmovq"|"movntq"|"pavgb"|"pavgw"|"pextrw"|"pinsrw"|"pmaxsw"|"pmaxub"|"pminsw"|"pminub"|"pmovmskb"|"pmulhuw"|"prefetchnta"|"prefetcht0"|"prefetcht1"|"prefetcht2"|"psadbw"|"pshufw"|"sfence") let ++amd2; print=1;;
			"cpuid") let ++cpuid ++i586; print=1;;
# %cr{0,2,3,4} version
#			"mov") [[ "$operands" == *%cr[0234]* ]] && let ++i586; print=1;;
		esac
	# check if screen needs updating.
	if test "$print"; then
		case "$vendor" in
			*intel*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
				$i486 $i586 $ppro $mmx $sse $sse2;;
			*amd*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u 3dnow: %4u\r" \
				$i486 $i586 $ppro $mmx $sse $(($amd+$amd2));;
			*cyrix*) printf "i486: %4u i586: %4u mmx: %4u\r" \
				$i486 $i586 $mmx;;
			*transmeta*) printf "i486: %4u i586: %4u mmx: %4u\r" \
				$i486 $i586 $mmx;;
			*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
				$i486 $i586 $ppro $mmx $sse $sse2;;
		esac	
		unset print
	fi
	done 

# print a newline
echo

# cpuid instruction could mean the application checks to see
# if an instruction is supported before executing it. This might 
# mean it will work on anything over a pentium.
if test $cpuid -gt 0; then
	printf "\nThis binary was found to contain the cpuid instruction.\n"
	printf "It may be able to conditionally execute instructions if\n"
	printf "they are supported on the host (i586+).\n\n"
fi

# print minimum required processor, if there are collissions
# use the vendor to decide what to print.
if test $sse2 -gt 0; then 
	subarch="Pentium IV (pentium4)"
elif test $sse -gt 0; then 
	if test "$vendor" == "intel"; then
		subarch="Pentium III (pentium3)"
	elif test "$vendor" == "amd"; then
		subarch="AMD Athlon 4 (athlon-4)"
	else
		subarch="Pentium III (pentium3)"
	fi
elif test "$vendor" == "amd" -a $amd2 -gt 0; then
	subarch="AMD Athlon (athlon)"
elif test "$vendor" == "amd" -a $amd -gt 0; then
	subarch="AMD K6 III (k6-3)"
elif test $mmx -gt 0; then 
	if test "$vendor" == "intel"; then
		if test $ppro -gt 0; then
			subarch="Pentium II (pentium2)"
		else
			subarch="Intel Pentium MMX [P55C] (pentium-mmx)"
		fi
	elif test "$vendor" == "amd"; then
		subarch="AMD K6 (k6)"
	elif test "$vendor" == "cyrix"; then
		subarch="Cyrix 6x86MX / MII (pentium-mmx)"
	else
		subarch="Intel Pentium MMX [P55C] (pentium-mmx)"
	fi
elif test $ppro -gt 0; then
	subarch="Pentium Pro (i686 or pentiumpro)"
elif test $i586 -gt 0; then
	subarch="Pentium or compatible (i586) (i586 or pentium)"
elif test $i486 -gt 0; then
	subarch="80486 or comaptible (i486)"
else
	subarch="80386 or compatible (i386)"
fi

# print message and exit.
printf "%s will run on %s or higher processor.\n" "$1" "$subarch"; )
1	#!/bin/sh
2	#
3	# Tavis Ormandy <taviso@gentoo.org> 2003
4	# Improvments by Will Woods <wwoods@gentoo.org>
5	#
6	# Identify instruction set used in binary.
7	#
8	##################
9
10	# ksh massively out performs bash.
11	if test -x /bin/ksh -a "$BASH_VERSION"; then
12	exec /bin/ksh "$0" "$@"
13	fi
14
15	# initialize everything to zero.
16	eval {i486,i586,ppro,mmx,sse,sse2,amd,amd2,cpuid}=0
17
18	# unfortunately there are mnemonic collissions between vendor sets
19	# so check vendor_id string, and enable relevant sets.
20	printf "Checking vendor_id string..."
21	if ! test "${1%=*}" == "--vendor"; then
22	case "`grep -Em1 '^vendor_id.*: ' /proc/cpuinfo \| cut -d\" \" -f2`" in
23	GenuineIntel) vendor=intel; printf "GenuineIntel\n";;
24	AuthenticAMD) vendor=amd; printf "AuthenticAMD\n";;
25	CyrixInstead) vendor=cyrix; printf "CyrixInstead\n";;
26	GenuineTMx86) vendor=transmeta; printf "GenuineTMx86\n";;
27	*) vendor=other; printf "other\n";;
28	esac
29	else
30	# allow vendor to be overridden
31	vendor=${1#*=}; shift
32	printf "%s\n" $vendor
33	fi
34
35	# quick sanity tests.
36	if ! test "$1"; then
37	printf "usage: %s [--vendor=intel\|amd\|cyrix\|transmeta] /path/to/binary\n" $0 1>&2
38	exit 1
39	elif ! test -e "$1"; then
40	printf "error: %s does not exist.\n" "$1" 1>&2
41	exit 1
42	elif ! test -r "$1"; then
43	printf "error: cant read %s.\n" "$1" 1>&2
44	exit 1
45	fi
46
47	printf "Disassembling %s, please wait...\n" $1
48
49	# initialize screen output
50	case "$vendor" in
51	intel) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
52	$i486 $i586 $ppro $mmx $sse $sse2;;
53	amd) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u 3dnow: %4u\r" \
54	$i486 $i586 $ppro $mmx $sse $(($amd+$amd2));;
55	cyrix) printf "i486: %4u i586: %4u mmx: %4u\r" \
56	$i486 $i586 $mmx;;
57	transmeta) printf "i486: %4u i586: %4u mmx: %4u\r" \
58	$i486 $i586 $mmx;;
59	*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
60	$i486 $i586 $ppro $mmx $sse $sse2;;
61	esac
62
63	# do the disassembling.
64
65	# %cr{0,2,3,4} version
66	# objdump -d $1 \| cut -f3 \|
67	objdump -d $1 \| cut -f3 \| cut -d" " -f1 \| (
68	# %cr{0,2,3,4} version
69	# while read instruction operands; do
70	while read instruction; do
71	case "$instruction" in
72	"cmpxchg"\|"xadd"\|"bswap"\|"invd"\|"wbinvd"\|"invlpg") let ++i486; print=1;;
73	"rdmsr"\|"wrmsr"\|"rdtsc"\|"cmpxch8B"\|"rsm") let ++i586; print=1;;
74	"cmovcc"\|"fcmovcc"\|"fcomi"\|"fcomip"\|"fucomi"\|"fucomip"\|"rdpmc"\|"ud2") let ++ppro; print=1;;
75	"emms"\|"movd"\|"movq"\|"packsswb"\|"packssdw"\|"packuswb"\|"paddb"\|"paddw"\|"paddd"\|"paddsb"\|"paddsw"\|"paddusb"\|"paddusw"\|"pand"\|"pandn"\|"pcmpeqb"\|"pcmpeqw"\|"pcmpeqd"\|"pcmpgtb"\|"pcmpgtw"\|"pcmpgtd"\|"pmaddwd"\|"pmulhw"\|"pmullw"\|"por"\|"psllw"\|"pslld"\|"psllq"\|"psraw"\|"psrad"\|"psrlw"\|"psrld"\|"psrlq"\|"psubb"\|"psubw"\|"psubd"\|"psubsb"\|"psubsw"\|"psubusb"\|"psubusw"\|"punpckhbw"\|"punpckhwd"\|"punpckhdq"\|"punpcklbw"\|"punpcklwd"\|"punpckldq"\|"pxor") let ++mmx; print=1;;
76	"addps"\|"addss"\|"andnps"\|"andps"\|"cmpps"\|"cmpss"\|"comiss"\|"cvtpi2ps"\|"cvtps2pi"\|"cvtsi2ss"\|"cvtss2si"\|"cvttps2pi"\|"cvttss2si"\|"divps"\|"divss"\|"fxrstor"\|"fxsave"\|"ldmxcsr"\|"maxps"\|"maxss"\|"minps"\|"minss"\|"movaps"\|"movhlps"\|"movhps"\|"movlhps"\|"movlps"\|"movmskps"\|"movss"\|"movups"\|"mulps"\|"mulss"\|"orps"\|"pavgb"\|"pavgw"\|"psadbw"\|"rcpps"\|"rcpss"\|"rsqrtps"\|"rsqrtss"\|"shufps"\|"sqrtps"\|"sqrtss"\|"stmxcsr"\|"subps"\|"subss"\|"ucomiss"\|"unpckhps"\|"unpcklps"\|"xorps"\|"pextrw"\|"pinsrw"\|"pmaxsw"\|"pmaxub"\|"pminsw"\|"pminub"\|"pmovmskb"\|"pmulhuw"\|"pshufw"\|"maskmovq"\|"movntps"\|"movntq"\|"prefetch"\|"sfence") let ++sse; print=1;;
77	"addpd"\|"addsd"\|"andnpd"\|"andpd"\|"clflush"\|"cmppd"\|"cmpsd"\|"comisd"\|"cvtdq2pd"\|"cvtdq2ps"\|"cvtpd2pi"\|"cvtpd2pq"\|"cvtpd2ps"\|"cvtpi2pd"\|"cvtps2dq"\|"cvtps2pd"\|"cvtsd2si"\|"cvtsd2ss"\|"cvtsi2sd"\|"cvtss2sd"\|"cvttpd2pi"\|"cvttpd2dq"\|"cvttps2dq"\|"cvttsd2si"\|"divpd"\|"divsd"\|"lfence"\|"maskmovdqu"\|"maxpd"\|"maxsd"\|"mfence"\|"minpd"\|"minsd"\|"movapd"\|"movd"\|"movdq2q"\|"movdqa"\|"movdqu"\|"movhpd"\|"movlpd"\|"movmskpd"\|"movntdq"\|"movnti"\|"movntpd"\|"movq"\|"movq2dq"\|"movsd"\|"movupd"\|"mulpd"\|"mulsd"\|"orpd"\|"packsswb"\|"packssdw"\|"packuswb"\|"paddb"\|"paddw"\|"paddd"\|"paddq"\|"paddq"\|"paddsb"\|"paddsw"\|"paddusb"\|"paddusw"\|"pand"\|"pandn"\|"pause"\|"pavgb"\|"pavgw"\|"pcmpeqb"\|"pcmpeqw"\|"pcmpeqd"\|"pcmpgtb"\|"pcmpgtw"\|"pcmpgtd"\|"pextrw"\|"pinsrw"\|"pmaddwd"\|"pmaxsw"\|"pmaxub"\|"pminsw"\|"pminub"\|"pmovmskb"\|"pmulhw"\|"pmulhuw"\|"pmullw"\|"pmuludq"\|"pmuludq"\|"por"\|"psadbw"\|"pshufd"\|"pshufhw"\|"pshuflw"\|"pslldq"\|"psllw"\|"pslld"\|"psllq"\|"psraw"\|"psrad"\|"psrldq"\|"psrlw"\|"psrld"\|"psrlq"\|"psubb"\|"psubw"\|"psubd"\|"psubq"\|"psubq"\|"psubsb"\|"psubsw"\|"psubusb"\|"psubusw"\|"psubsb"\|"punpckhbw"\|"punpckhwd"\|"punpckhdq"\|"punpckhqdq"\|"punpcklbw"\|"punpcklwd"\|"punpckldq"\|"punpcklqdq"\|"pxor"\|"shufpd"\|"sqrtpd"\|"sqrtsd"\|"subpd"\|"subsd"\|"ucomisd"\|"unpckhpd"\|"unpcklpd"\|"xorpd") let ++sse2; print=1;;
78	"pavgusb"\|"pfadd"\|"pfsub"\|"pfsubr"\|"pfacc"\|"pfcmpge"\|"pfcmpgt"\|"pfcmpeq"\|"pfmin"\|"pfmax"\|"pi2fw"\|"pi2fd"\|"pf2iw"\|"pf2id"\|"pfrcp"\|"pfrsqrt"\|"pfmul"\|"pfrcpit1"\|"pfrsqit1"\|"pfrcpit2"\|"pmulhrw"\|"pswapw"\|"femms"\|"prefetch") let ++amd; print=1;;
79	"pf2iw"\|"pfnacc"\|"pfpnacc"\|"pi2fw"\|"pswapd"\|"maskmovq"\|"movntq"\|"pavgb"\|"pavgw"\|"pextrw"\|"pinsrw"\|"pmaxsw"\|"pmaxub"\|"pminsw"\|"pminub"\|"pmovmskb"\|"pmulhuw"\|"prefetchnta"\|"prefetcht0"\|"prefetcht1"\|"prefetcht2"\|"psadbw"\|"pshufw"\|"sfence") let ++amd2; print=1;;
80	"cpuid") let ++cpuid ++i586; print=1;;
81	# %cr{0,2,3,4} version
82	# "mov") [[ "$operands" == %cr[0234] ]] && let ++i586; print=1;;
83	esac
84	# check if screen needs updating.
85	if test "$print"; then
86	case "$vendor" in
87	intel) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
88	$i486 $i586 $ppro $mmx $sse $sse2;;
89	amd) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u 3dnow: %4u\r" \
90	$i486 $i586 $ppro $mmx $sse $(($amd+$amd2));;
91	cyrix) printf "i486: %4u i586: %4u mmx: %4u\r" \
92	$i486 $i586 $mmx;;
93	transmeta) printf "i486: %4u i586: %4u mmx: %4u\r" \
94	$i486 $i586 $mmx;;
95	*) printf "i486: %4u i586: %4u ppro: %4u mmx: %4u sse: %4u sse2: %4u\r" \
96	$i486 $i586 $ppro $mmx $sse $sse2;;
97	esac
98	unset print
99	fi
100	done
101
102	# print a newline
103	echo
104
105	# cpuid instruction could mean the application checks to see
106	# if an instruction is supported before executing it. This might
107	# mean it will work on anything over a pentium.
108	if test $cpuid -gt 0; then
109	printf "\nThis binary was found to contain the cpuid instruction.\n"
110	printf "It may be able to conditionally execute instructions if\n"
111	printf "they are supported on the host (i586+).\n\n"
112	fi
113
114	# print minimum required processor, if there are collissions
115	# use the vendor to decide what to print.
116	if test $sse2 -gt 0; then
117	subarch="Pentium IV (pentium4)"
118	elif test $sse -gt 0; then
119	if test "$vendor" == "intel"; then
120	subarch="Pentium III (pentium3)"
121	elif test "$vendor" == "amd"; then
122	subarch="AMD Athlon 4 (athlon-4)"
123	else
124	subarch="Pentium III (pentium3)"
125	fi
126	elif test "$vendor" == "amd" -a $amd2 -gt 0; then
127	subarch="AMD Athlon (athlon)"
128	elif test "$vendor" == "amd" -a $amd -gt 0; then
129	subarch="AMD K6 III (k6-3)"
130	elif test $mmx -gt 0; then
131	if test "$vendor" == "intel"; then
132	if test $ppro -gt 0; then
133	subarch="Pentium II (pentium2)"
134	else
135	subarch="Intel Pentium MMX [P55C] (pentium-mmx)"
136	fi
137	elif test "$vendor" == "amd"; then
138	subarch="AMD K6 (k6)"
139	elif test "$vendor" == "cyrix"; then
140	subarch="Cyrix 6x86MX / MII (pentium-mmx)"
141	else
142	subarch="Intel Pentium MMX [P55C] (pentium-mmx)"
143	fi
144	elif test $ppro -gt 0; then
145	subarch="Pentium Pro (i686 or pentiumpro)"
146	elif test $i586 -gt 0; then
147	subarch="Pentium or compatible (i586) (i586 or pentium)"
148	elif test $i486 -gt 0; then
149	subarch="80486 or comaptible (i486)"
150	else
151	subarch="80386 or compatible (i386)"
152	fi
153
154	# print message and exit.
155	printf "%s will run on %s or higher processor.\n" "$1" "$subarch"; )