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# $MirOS: src/bin/mksh/check.t,v 1.601 2013/03/24 15:01:46 tg Exp $
# $OpenBSD: bksl-nl.t,v 1.2 2001/01/28 23:04:56 niklas Exp $
# $OpenBSD: history.t,v 1.5 2001/01/28 23:04:56 niklas Exp $
# $OpenBSD: read.t,v 1.3 2003/03/10 03:48:16 david Exp $
#-
# Copyright © 2003, 2004, 2005, 2006, 2007, 2008, 2009, 2010,
# 2011, 2012, 2013
# Thorsten Glaser <tg@mirbsd.org>
#
# Provided that these terms and disclaimer and all copyright notices
# are retained or reproduced in an accompanying document, permission
# is granted to deal in this work without restriction, including un‐
# limited rights to use, publicly perform, distribute, sell, modify,
# merge, give away, or sublicence.
#
# This work is provided “AS IS” and WITHOUT WARRANTY of any kind, to
# the utmost extent permitted by applicable law, neither express nor
# implied; without malicious intent or gross negligence. In no event
# may a licensor, author or contributor be held liable for indirect,
# direct, other damage, loss, or other issues arising in any way out
# of dealing in the work, even if advised of the possibility of such
# damage or existence of a defect, except proven that it results out
# of said person’s immediate fault when using the work as intended.
#-
# You may also want to test IFS with the script at
# http://www.research.att.com/~gsf/public/ifs.sh
#
# More testsuites at:
# http://www.freebsd.org/cgi/cvsweb.cgi/src/tools/regression/bin/test/regress.sh?rev=HEAD
expected-stdout:
@(#)MIRBSD KSH R44 2013/03/24
description:
Check version of shell.
stdin:
echo $KSH_VERSION
name: KSH_VERSION
category: shell:legacy-no
---
expected-stdout:
@(#)LEGACY KSH R44 2013/03/24
description:
Check version of legacy shell.
stdin:
echo $KSH_VERSION
name: KSH_VERSION-legacy
category: shell:legacy-yes
---
name: selftest-1
description:
Regression test self-testing
stdin:
echo ${foo:-baz}
expected-stdout:
baz
---
name: selftest-2
description:
Regression test self-testing
env-setup: !foo=bar!
stdin:
echo ${foo:-baz}
expected-stdout:
bar
---
name: selftest-3
description:
Regression test self-testing
env-setup: !ENV=fnord!
stdin:
echo "<$ENV>"
expected-stdout:
<fnord>
---
name: selftest-env
description:
Just output the environment variables set (always fails)
category: disabled
stdin:
set
---
name: selftest-legacy
description:
Check some things in the LEGACY KSH
category: shell:legacy-yes
stdin:
set +o emacs
set +o vi
[[ "$(set +o) -o" = *"-o emacs -o"* ]] && echo 1=emacs
[[ "$(set +o) -o" = *"-o vi -o"* ]] && echo 1=vi
set -o emacs
set -o vi
[[ "$(set +o) -o" = *"-o emacs -o"* ]] && echo 2=emacs
[[ "$(set +o) -o" = *"-o vi -o"* ]] && echo 2=vi
expected-stdout:
2=emacs
2=vi
---
name: selftest-direct-builtin-call
description:
Check that direct builtin calls work
stdin:
ln -s "$__progname" cat || cp "$__progname" cat
ln -s "$__progname" echo || cp "$__progname" echo
./echo -c 'echo foo' | ./cat -u
expected-stdout:
-c echo foo
---
name: alias-1
description:
Check that recursion is detected/avoided in aliases.
stdin:
alias fooBar=fooBar
fooBar
exit 0
expected-stderr-pattern:
/fooBar.*not found.*/
---
name: alias-2
description:
Check that recursion is detected/avoided in aliases.
stdin:
alias fooBar=barFoo
alias barFoo=fooBar
fooBar
barFoo
exit 0
expected-stderr-pattern:
/fooBar.*not found.*\n.*barFoo.*not found/
---
name: alias-3
description:
Check that recursion is detected/avoided in aliases.
stdin:
alias Echo='echo '
alias fooBar=barFoo
alias barFoo=fooBar
Echo fooBar
unalias barFoo
Echo fooBar
expected-stdout:
fooBar
barFoo
---
name: alias-4
description:
Check that alias expansion isn't done on keywords (in keyword
postitions).
stdin:
alias Echo='echo '
alias while=While
while false; do echo hi ; done
Echo while
expected-stdout:
While
---
name: alias-5
description:
Check that alias expansion done after alias with trailing space.
stdin:
alias Echo='echo '
alias foo='bar stuff '
alias bar='Bar1 Bar2 '
alias stuff='Stuff'
alias blah='Blah'
Echo foo blah
expected-stdout:
Bar1 Bar2 Stuff Blah
---
name: alias-6
description:
Check that alias expansion done after alias with trailing space.
stdin:
alias Echo='echo '
alias foo='bar bar'
alias bar='Bar '
alias blah=Blah
Echo foo blah
expected-stdout:
Bar Bar Blah
---
name: alias-7
description:
Check that alias expansion done after alias with trailing space
after a keyword.
stdin:
alias X='case '
alias Y=Z
X Y in 'Y') echo is y ;; Z) echo is z ; esac
expected-stdout:
is z
---
name: alias-8
description:
Check that newlines in an alias don't cause the command to be lost.
stdin:
alias foo='
echo hi
echo there
'
foo
expected-stdout:
hi
there
---
name: alias-9
description:
Check that recursion is detected/avoided in aliases.
This check fails for slow machines or Cygwin, raise
the time-limit clause (e.g. to 7) if this occurs.
time-limit: 3
stdin:
print '#!'"$__progname"'\necho tf' >lq
chmod +x lq
PATH=$PWD:$PATH
alias lq=lq
lq
echo = now
i=`lq`
print -r -- $i
echo = out
exit 0
expected-stdout:
tf
= now
tf
= out
---
name: alias-10
description:
Check that recursion is detected/avoided in aliases.
Regression, introduced during an old bugfix.
stdin:
alias foo='print hello '
alias bar='foo world'
echo $(bar)
expected-stdout:
hello world
---
name: arith-lazy-1
description:
Check that only one side of ternary operator is evaluated
stdin:
x=i+=2
y=j+=2
typeset -i i=1 j=1
echo $((1 ? 20 : (x+=2)))
echo $i,$x
echo $((0 ? (y+=2) : 30))
echo $j,$y
expected-stdout:
20
1,i+=2
30
1,j+=2
---
name: arith-lazy-2
description:
Check that assignments not done on non-evaluated side of ternary
operator
stdin:
x=i+=2
y=j+=2
typeset -i i=1 j=1
echo $((1 ? 20 : (x+=2)))
echo $i,$x
echo $((0 ? (y+=2) : 30))
echo $i,$y
expected-stdout:
20
1,i+=2
30
1,j+=2
---
name: arith-lazy-3
description:
Check that assignments not done on non-evaluated side of ternary
operator and this construct is parsed correctly (Debian #445651)
stdin:
x=4
y=$((0 ? x=1 : 2))
echo = $x $y =
expected-stdout:
= 4 2 =
---
name: arith-ternary-prec-1
description:
Check precedence of ternary operator vs assignment
stdin:
typeset -i x=2
y=$((1 ? 20 : x+=2))
expected-exit: e != 0
expected-stderr-pattern:
/.*:.*1 \? 20 : x\+=2.*lvalue.*\n$/
---
name: arith-ternary-prec-2
description:
Check precedence of ternary operator vs assignment
stdin:
typeset -i x=2
echo $((0 ? x+=2 : 20))
expected-stdout:
20
---
name: arith-div-assoc-1
description:
Check associativity of division operator
stdin:
echo $((20 / 2 / 2))
expected-stdout:
5
---
name: arith-div-byzero
description:
Check division by zero errors out
stdin:
x=$(echo $((1 / 0)))
echo =$?:$x.
expected-stdout:
=1:.
expected-stderr-pattern:
/.*divisor/
---
name: arith-div-intmin-by-minusone
description:
Check division overflow wraps around silently
category: int:32
stdin:
echo signed:$((-2147483648 / -1))r$((-2147483648 % -1)).
echo unsigned:$((# -2147483648 / -1))r$((# -2147483648 % -1)).
expected-stdout:
signed:-2147483648r0.
unsigned:0r2147483648.
---
name: arith-div-intmin-by-minusone-64
description:
Check division overflow wraps around silently
category: int:64
stdin:
echo signed:$((-9223372036854775808 / -1))r$((-9223372036854775808 % -1)).
echo unsigned:$((# -9223372036854775808 / -1))r$((# -9223372036854775808 % -1)).
expected-stdout:
signed:-9223372036854775808r0.
unsigned:0r9223372036854775808.
---
name: arith-assop-assoc-1
description:
Check associativity of assignment-operator operator
stdin:
typeset -i i=1 j=2 k=3
echo $((i += j += k))
echo $i,$j,$k
expected-stdout:
6
6,5,3
---
name: arith-mandatory
description:
If MKSH_GCC55009 is set when compiling, passing of
this test is *mandatory* for a valid mksh executable!
category: shell:legacy-no
stdin:
typeset -i sari=0
typeset -Ui uari=0
typeset -i x=0
print -r -- $((x++)):$sari=$uari.
let --sari --uari
print -r -- $((x++)):$sari=$uari.
sari=2147483647 uari=2147483647
print -r -- $((x++)):$sari=$uari.
let ++sari ++uari
print -r -- $((x++)):$sari=$uari.
let --sari --uari
let 'sari *= 2' 'uari *= 2'
let ++sari ++uari
print -r -- $((x++)):$sari=$uari.
let ++sari ++uari
print -r -- $((x++)):$sari=$uari.
sari=-2147483648 uari=-2147483648
print -r -- $((x++)):$sari=$uari.
let --sari --uari
print -r -- $((x++)):$sari=$uari.
expected-stdout:
0:0=0.
1:-1=4294967295.
2:2147483647=2147483647.
3:-2147483648=2147483648.
4:-1=4294967295.
5:0=0.
6:-2147483648=2147483648.
7:2147483647=2147483647.
---
name: arith-unsigned-1
description:
Check if unsigned arithmetics work
category: int:32
stdin:
# signed vs unsigned
echo x1 $((-1)) $((#-1))
# calculating
typeset -i vs
typeset -Ui vu
vs=4123456789; vu=4123456789
echo x2 $vs $vu
(( vs %= 2147483647 ))
(( vu %= 2147483647 ))
echo x3 $vs $vu
vs=4123456789; vu=4123456789
(( # vs %= 2147483647 ))
(( # vu %= 2147483647 ))
echo x4 $vs $vu
# make sure the calculation does not change unsigned flag
vs=4123456789; vu=4123456789
echo x5 $vs $vu
# short form
echo x6 $((# vs % 2147483647)) $((# vu % 2147483647))
# array refs
set -A va
va[1975973142]=right
va[4123456789]=wrong
echo x7 ${va[#4123456789%2147483647]}
expected-stdout:
x1 -1 4294967295
x2 -171510507 4123456789
x3 -171510507 4123456789
x4 1975973142 1975973142
x5 -171510507 4123456789
x6 1975973142 1975973142
x7 right
---
name: arith-limit32-1
description:
Check if arithmetics are 32 bit
category: int:32
stdin:
# signed vs unsigned
echo x1 $((-1)) $((#-1))
# calculating
typeset -i vs
typeset -Ui vu
vs=2147483647; vu=2147483647
echo x2 $vs $vu
let vs++ vu++
echo x3 $vs $vu
vs=4294967295; vu=4294967295
echo x4 $vs $vu
let vs++ vu++
echo x5 $vs $vu
let vs++ vu++
echo x6 $vs $vu
expected-stdout:
x1 -1 4294967295
x2 2147483647 2147483647
x3 -2147483648 2147483648
x4 -1 4294967295
x5 0 0
x6 1 1
---
name: arith-limit64-1
description:
Check if arithmetics are 64 bit
category: int:64
stdin:
# signed vs unsigned
echo x1 $((-1)) $((#-1))
# calculating
typeset -i vs
typeset -Ui vu
vs=9223372036854775807; vu=9223372036854775807
echo x2 $vs $vu
let vs++ vu++
echo x3 $vs $vu
vs=18446744073709551615; vu=18446744073709551615
echo x4 $vs $vu
let vs++ vu++
echo x5 $vs $vu
let vs++ vu++
echo x6 $vs $vu
expected-stdout:
x1 -1 18446744073709551615
x2 9223372036854775807 9223372036854775807
x3 -9223372036854775808 9223372036854775808
x4 -1 18446744073709551615
x5 0 0
x6 1 1
---
name: bksl-nl-ign-1
description:
Check that \newline is not collapsed after #
stdin:
echo hi #there \
echo folks
expected-stdout:
hi
folks
---
name: bksl-nl-ign-2
description:
Check that \newline is not collapsed inside single quotes
stdin:
echo 'hi \
there'
echo folks
expected-stdout:
hi \
there
folks
---
name: bksl-nl-ign-3
description:
Check that \newline is not collapsed inside single quotes
stdin:
cat << \EOF
hi \
there
EOF
expected-stdout:
hi \
there
---
name: bksl-nl-ign-4
description:
Check interaction of aliases, single quotes and here-documents
with backslash-newline
(don't know what POSIX has to say about this)
stdin:
a=2
alias x='echo hi
cat << "EOF"
foo\
bar
some'
x
more\
stuff$a
EOF
expected-stdout:
hi
foo\
bar
some
more\
stuff$a
---
name: bksl-nl-ign-5
description:
Check what happens with backslash at end of input
(the old Bourne shell trashes them; so do we)
stdin: !
echo `echo foo\\`bar
echo hi\
expected-stdout:
foobar
hi
---
#
# Places \newline should be collapsed
#
name: bksl-nl-1
description:
Check that \newline is collapsed before, in the middle of, and
after words
stdin:
\
echo hi\
There, \
folks
expected-stdout:
hiThere, folks
---
name: bksl-nl-2
description:
Check that \newline is collapsed in $ sequences
(ksh93 fails this)
stdin:
a=12
ab=19
echo $\
a
echo $a\
b
echo $\
{a}
echo ${a\
b}
echo ${ab\
}
expected-stdout:
12
19
12
19
19
---
name: bksl-nl-3
description:
Check that \newline is collapsed in $(..) and `...` sequences
(ksh93 fails this)
stdin:
echo $\
(echo foobar1)
echo $(\
echo foobar2)
echo $(echo foo\
bar3)
echo $(echo foobar4\
)
echo `
echo stuff1`
echo `echo st\
uff2`
expected-stdout:
foobar1
foobar2
foobar3
foobar4
stuff1
stuff2
---
name: bksl-nl-4
description:
Check that \newline is collapsed in $((..)) sequences
(ksh93 fails this)
stdin:
echo $\
((1+2))
echo $(\
(1+2+3))
echo $((\
1+2+3+4))
echo $((1+\
2+3+4+5))
echo $((1+2+3+4+5+6)\
)
expected-stdout:
3
6
10
15
21
---
name: bksl-nl-5
description:
Check that \newline is collapsed in double quoted strings
stdin:
echo "\
hi"
echo "foo\
bar"
echo "folks\
"
expected-stdout:
hi
foobar
folks
---
name: bksl-nl-6
description:
Check that \newline is collapsed in here document delimiters
(ksh93 fails second part of this)
stdin:
a=12
cat << EO\
F
a=$a
foo\
bar
EOF
cat << E_O_F
foo
E_O_\
F
echo done
expected-stdout:
a=12
foobar
foo
done
---
name: bksl-nl-7
description:
Check that \newline is collapsed in double-quoted here-document
delimiter.
stdin:
a=12
cat << "EO\
F"
a=$a
foo\
bar
EOF
echo done
expected-stdout:
a=$a
foo\
bar
done
---
name: bksl-nl-8
description:
Check that \newline is collapsed in various 2+ character tokens
delimiter.
(ksh93 fails this)
stdin:
echo hi &\
& echo there
echo foo |\
| echo bar
cat <\
< EOF
stuff
EOF
cat <\
<\
- EOF
more stuff
EOF
cat <<\
EOF
abcdef
EOF
echo hi >\
> /dev/null
echo $?
i=1
case $i in
(\
x|\
1\
) echo hi;\
;
(*) echo oops
esac
expected-stdout:
hi
there
foo
stuff
more stuff
abcdef
0
hi
---
name: bksl-nl-9
description:
Check that \ at the end of an alias is collapsed when followed
by a newline
(don't know what POSIX has to say about this)
stdin:
alias x='echo hi\'
x
echo there
expected-stdout:
hiecho there
---
name: bksl-nl-10
description:
Check that \newline in a keyword is collapsed
stdin:
i\
f true; then\
echo pass; el\
se echo fail; fi
expected-stdout:
pass
---
#
# Places \newline should be collapsed (ksh extensions)
#
name: bksl-nl-ksh-1
description:
Check that \newline is collapsed in extended globbing
(ksh93 fails this)
stdin:
xxx=foo
case $xxx in
(f*\
(\
o\
)\
) echo ok ;;
*) echo bad
esac
expected-stdout:
ok
---
name: bksl-nl-ksh-2
description:
Check that \newline is collapsed in ((...)) expressions
(ksh93 fails this)
stdin:
i=1
(\
(\
i=i+2\
)\
)
echo $i
expected-stdout:
3
---
name: break-1
description:
See if break breaks out of loops
stdin:
for i in a b c; do echo $i; break; echo bad-$i; done
echo end-1
for i in a b c; do echo $i; break 1; echo bad-$i; done
echo end-2
for i in a b c; do
for j in x y z; do
echo $i:$j
break
echo bad-$i
done
echo end-$i
done
echo end-3
expected-stdout:
a
end-1
a
end-2
a:x
end-a
b:x
end-b
c:x
end-c
end-3
---
name: break-2
description:
See if break breaks out of nested loops
stdin:
for i in a b c; do
for j in x y z; do
echo $i:$j
break 2
echo bad-$i
done
echo end-$i
done
echo end
expected-stdout:
a:x
end
---
name: break-3
description:
What if break used outside of any loops
(ksh88,ksh93 don't print error messages here)
stdin:
break
expected-stderr-pattern:
/.*break.*/
---
name: break-4
description:
What if break N used when only N-1 loops
(ksh88,ksh93 don't print error messages here)
stdin:
for i in a b c; do echo $i; break 2; echo bad-$i; done
echo end
expected-stdout:
a
end
expected-stderr-pattern:
/.*break.*/
---
name: break-5
description:
Error if break argument isn't a number
stdin:
for i in a b c; do echo $i; break abc; echo more-$i; done
echo end
expected-stdout:
a
expected-exit: e != 0
expected-stderr-pattern:
/.*break.*/
---
name: continue-1
description:
See if continue continues loops
stdin:
for i in a b c; do echo $i; continue; echo bad-$i ; done
echo end-1
for i in a b c; do echo $i; continue 1; echo bad-$i; done
echo end-2
for i in a b c; do
for j in x y z; do
echo $i:$j
continue
echo bad-$i-$j
done
echo end-$i
done
echo end-3
expected-stdout:
a
b
c
end-1
a
b
c
end-2
a:x
a:y
a:z
end-a
b:x
b:y
b:z
end-b
c:x
c:y
c:z
end-c
end-3
---
name: continue-2
description:
See if continue breaks out of nested loops
stdin:
for i in a b c; do
for j in x y z; do
echo $i:$j
continue 2
echo bad-$i-$j
done
echo end-$i
done
echo end
expected-stdout:
a:x
b:x
c:x
end
---
name: continue-3
description:
What if continue used outside of any loops
(ksh88,ksh93 don't print error messages here)
stdin:
continue
expected-stderr-pattern:
/.*continue.*/
---
name: continue-4
description:
What if continue N used when only N-1 loops
(ksh88,ksh93 don't print error messages here)
stdin:
for i in a b c; do echo $i; continue 2; echo bad-$i; done
echo end
expected-stdout:
a
b
c
end
expected-stderr-pattern:
/.*continue.*/
---
name: continue-5
description:
Error if continue argument isn't a number
stdin:
for i in a b c; do echo $i; continue abc; echo more-$i; done
echo end
expected-stdout:
a
expected-exit: e != 0
expected-stderr-pattern:
/.*continue.*/
---
name: cd-history
description:
Test someone's CD history package (uses arrays)
stdin:
# go to known place before doing anything
cd /
alias cd=_cd
function _cd
{
typeset -i cdlen i
typeset t
if [ $# -eq 0 ]
then
set -- $HOME
fi
if [ "$CDHISTFILE" -a -r "$CDHISTFILE" ] # if directory history exists
then
typeset CDHIST
i=-1
while read -r t # read directory history file
do
CDHIST[i=i+1]=$t
done <$CDHISTFILE
fi
if [ "${CDHIST[0]}" != "$PWD" -a "$PWD" != "" ]
then
_cdins # insert $PWD into cd history
fi
cdlen=${#CDHIST[*]} # number of elements in history
case "$@" in
-) # cd to new dir
if [ "$OLDPWD" = "" ] && ((cdlen>1))
then
'print' ${CDHIST[1]}
'cd' ${CDHIST[1]}
_pwd
else
'cd' $@
_pwd
fi
;;
-l) # print directory list
typeset -R3 num
((i=cdlen))
while (((i=i-1)>=0))
do
num=$i
'print' "$num ${CDHIST[i]}"
done
return
;;
-[0-9]|-[0-9][0-9]) # cd to dir in list
if (((i=${1#-})<cdlen))
then
'print' ${CDHIST[i]}
'cd' ${CDHIST[i]}
_pwd
else
'cd' $@
_pwd
fi
;;
-*) # cd to matched dir in list
t=${1#-}
i=1
while ((i<cdlen))
do
case ${CDHIST[i]} in
*$t*)
'print' ${CDHIST[i]}
'cd' ${CDHIST[i]}
_pwd
break
;;
esac
((i=i+1))
done
if ((i>=cdlen))
then
'cd' $@
_pwd
fi
;;
*) # cd to new dir
'cd' $@
_pwd
;;
esac
_cdins # insert $PWD into cd history
if [ "$CDHISTFILE" ]
then
cdlen=${#CDHIST[*]} # number of elements in history
i=0
while ((i<cdlen))
do
'print' -r ${CDHIST[i]} # update directory history
((i=i+1))
done >$CDHISTFILE
fi
}
function _cdins # insert $PWD into cd history
{ # meant to be called only by _cd
typeset -i i
((i=0))
while ((i<${#CDHIST[*]})) # see if dir is already in list
do
if [ "${CDHIST[$i]}" = "$PWD" ]
then
break
fi
((i=i+1))
done
if ((i>22)) # limit max size of list
then
i=22
fi
while (((i=i-1)>=0)) # bump old dirs in list
do
CDHIST[i+1]=${CDHIST[i]}
done
CDHIST[0]=$PWD # insert new directory in list
}
function _pwd
{
if [ -n "$ECD" ]
then
pwd 1>&6
fi
}
# Start of test
cd /tmp
cd /bin
cd /etc
cd -
cd -2
cd -l
expected-stdout:
/bin
/tmp
3 /
2 /etc
1 /bin
0 /tmp
---
name: cd-pe
description:
Check package for cd -Pe
need-pass: no
# the mv command fails on Cygwin
# Hurd aborts the testsuite (permission denied)
# QNX does not find subdir to cd into
category: !os:cygwin,!os:gnu,!os:msys,!os:nto,!nosymlink
file-setup: file 644 "x"
mkdir noread noread/target noread/target/subdir
ln -s noread link
chmod 311 noread
cd -P$1 .
echo 0=$?
bwd=$PWD
cd -P$1 link/target
echo 1=$?,${PWD#$bwd/}
epwd=$($TSHELL -c pwd 2>/dev/null)
# This unexpectedly succeeds on GNU/Linux and MidnightBSD
#echo pwd=$?,$epwd
# expect: pwd=1,
mv ../../noread ../../renamed
cd -P$1 subdir
echo 2=$?,${PWD#$bwd/}
cd $bwd
chmod 755 renamed
rm -rf noread link renamed
stdin:
export TSHELL="$__progname"
"$__progname" x
echo "now with -e:"
"$__progname" x e
expected-stdout:
0=0
1=0,noread/target
2=0,noread/target/subdir
now with -e:
0=0
1=0,noread/target
2=1,noread/target/subdir
---
name: env-prompt
description:
Check that prompt not printed when processing ENV
env-setup: !ENV=./foo!
file-setup: file 644 "foo"
XXX=_
PS1=X
false && echo hmmm
need-ctty: yes
arguments: !-i!
stdin:
echo hi${XXX}there
expected-stdout:
hi_there
expected-stderr: !
XX
---
name: expand-ugly
description:
Check that weird ${foo+bar} constructs are parsed correctly
stdin:
print '#!'"$__progname"'\nfor x in "$@"; do print -r -- "$x"; done' >pfn
print '#!'"$__progname"'\nfor x in "$@"; do print -nr -- "<$x> "; done' >pfs
chmod +x pfn pfs
(echo 1 ${IFS+'}'z}) 2>/dev/null || echo failed in 1
(echo 2 "${IFS+'}'z}") 2>/dev/null || echo failed in 2
(echo 3 "foo ${IFS+'bar} baz") 2>/dev/null || echo failed in 3
(echo -n '4 '; ./pfn "foo ${IFS+"b c"} baz") 2>/dev/null || echo failed in 4
(echo -n '5 '; ./pfn "foo ${IFS+b c} baz") 2>/dev/null || echo failed in 5
(echo 6 ${IFS+"}"z}) 2>/dev/null || echo failed in 6
(echo 7 "${IFS+"}"z}") 2>/dev/null || echo failed in 7
(echo 8 "${IFS+\"}\"z}") 2>/dev/null || echo failed in 8
(echo 9 "${IFS+\"\}\"z}") 2>/dev/null || echo failed in 9
(echo 10 foo ${IFS+'bar} baz'}) 2>/dev/null || echo failed in 10
(echo 11 "$(echo "${IFS+'}'z}")") 2>/dev/null || echo failed in 11
(echo 12 "$(echo ${IFS+'}'z})") 2>/dev/null || echo failed in 12
(echo 13 ${IFS+\}z}) 2>/dev/null || echo failed in 13
(echo 14 "${IFS+\}z}") 2>/dev/null || echo failed in 14
u=x; (echo -n '15 '; ./pfs "foo ${IFS+a"b$u{ {"{{\}b} c ${IFS+d{}} bar" ${IFS-e{}} baz; echo .) 2>/dev/null || echo failed in 15
l=t; (echo 16 ${IFS+h`echo -n i ${IFS+$l}h`ere}) 2>/dev/null || echo failed in 16
l=t; (echo 17 ${IFS+h$(echo -n i ${IFS+$l}h)ere}) 2>/dev/null || echo failed in 17
l=t; (echo 18 "${IFS+h`echo -n i ${IFS+$l}h`ere}") 2>/dev/null || echo failed in 18
l=t; (echo 19 "${IFS+h$(echo -n i ${IFS+$l}h)ere}") 2>/dev/null || echo failed in 19
l=t; (echo 20 ${IFS+h`echo -n i "${IFS+$l}"h`ere}) 2>/dev/null || echo failed in 20
l=t; (echo 21 ${IFS+h$(echo -n i "${IFS+$l}"h)ere}) 2>/dev/null || echo failed in 21
l=t; (echo 22 "${IFS+h`echo -n i "${IFS+$l}"h`ere}") 2>/dev/null || echo failed in 22
l=t; (echo 23 "${IFS+h$(echo -n i "${IFS+$l}"h)ere}") 2>/dev/null || echo failed in 23
key=value; (echo -n '24 '; ./pfn "${IFS+'$key'}") 2>/dev/null || echo failed in 24
key=value; (echo -n '25 '; ./pfn "${IFS+"'$key'"}") 2>/dev/null || echo failed in 25 # ksh93: “'$key'”
key=value; (echo -n '26 '; ./pfn ${IFS+'$key'}) 2>/dev/null || echo failed in 26
key=value; (echo -n '27 '; ./pfn ${IFS+"'$key'"}) 2>/dev/null || echo failed in 27
(echo -n '28 '; ./pfn "${IFS+"'"x ~ x'}'x"'}"x}" #') 2>/dev/null || echo failed in 28
u=x; (echo -n '29 '; ./pfs foo ${IFS+a"b$u{ {"{ {\}b} c ${IFS+d{}} bar ${IFS-e{}} baz; echo .) 2>/dev/null || echo failed in 29
(echo -n '30 '; ./pfs ${IFS+foo 'b\
ar' baz}; echo .) 2>/dev/null || (echo failed in 30; echo failed in 31)
(echo -n '32 '; ./pfs ${IFS+foo "b\
ar" baz}; echo .) 2>/dev/null || echo failed in 32
(echo -n '33 '; ./pfs "${IFS+foo 'b\
ar' baz}"; echo .) 2>/dev/null || echo failed in 33
(echo -n '34 '; ./pfs "${IFS+foo "b\
ar" baz}"; echo .) 2>/dev/null || echo failed in 34
(echo -n '35 '; ./pfs ${v=a\ b} x ${v=c\ d}; echo .) 2>/dev/null || echo failed in 35
(echo -n '36 '; ./pfs "${v=a\ b}" x "${v=c\ d}"; echo .) 2>/dev/null || echo failed in 36
(echo -n '37 '; ./pfs ${v-a\ b} x ${v-c\ d}; echo .) 2>/dev/null || echo failed in 37
(echo 38 ${IFS+x'a'y} / "${IFS+x'a'y}" .) 2>/dev/null || echo failed in 38
foo="x'a'y"; (echo 39 ${foo%*'a'*} / "${foo%*'a'*}" .) 2>/dev/null || echo failed in 39
foo="a b c"; (echo -n '40 '; ./pfs "${foo#a}"; echo .) 2>/dev/null || echo failed in 40
expected-stdout:
1 }z
2 ''z}
3 foo 'bar baz
4 foo b c baz
5 foo b c baz
6 }z
7 }z
8 ""z}
9 "}"z
10 foo bar} baz
11 ''z}
12 }z
13 }z
14 }z
15 <foo abx{ {{{}b c d{} bar> <}> <baz> .
16 hi there
17 hi there
18 hi there
19 hi there
20 hi there
21 hi there
22 hi there
23 hi there
24 'value'
25 'value'
26 $key
27 'value'
28 'x ~ x''x}"x}" #
29 <foo> <abx{ {{> <{}b> <c> <d{}> <bar> <}> <baz> .
30 <foo> <b\
ar> <baz> .
32 <foo> <bar> <baz> .
33 <foo 'bar' baz> .
34 <foo bar baz> .
35 <a> <b> <x> <a> <b> .
36 <a\ b> <x> <a\ b> .
37 <a b> <x> <c d> .
38 xay / x'a'y .
39 x' / x' .
40 < b c> .
---
name: expand-unglob-dblq
description:
Check that regular "${foo+bar}" constructs are parsed correctly
stdin:
u=x
tl_norm() {
v=$2
test x"$v" = x"-" && unset v
(echo "$1 plus norm foo ${v+'bar'} baz")
(echo "$1 dash norm foo ${v-'bar'} baz")
(echo "$1 eqal norm foo ${v='bar'} baz")
(echo "$1 qstn norm foo ${v?'bar'} baz") 2>/dev/null || \
echo "$1 qstn norm -> error"
(echo "$1 PLUS norm foo ${v:+'bar'} baz")
(echo "$1 DASH norm foo ${v:-'bar'} baz")
(echo "$1 EQAL norm foo ${v:='bar'} baz")
(echo "$1 QSTN norm foo ${v:?'bar'} baz") 2>/dev/null || \
echo "$1 QSTN norm -> error"
}
tl_paren() {
v=$2
test x"$v" = x"-" && unset v
(echo "$1 plus parn foo ${v+(bar)} baz")
(echo "$1 dash parn foo ${v-(bar)} baz")
(echo "$1 eqal parn foo ${v=(bar)} baz")
(echo "$1 qstn parn foo ${v?(bar)} baz") 2>/dev/null || \
echo "$1 qstn parn -> error"
(echo "$1 PLUS parn foo ${v:+(bar)} baz")
(echo "$1 DASH parn foo ${v:-(bar)} baz")
(echo "$1 EQAL parn foo ${v:=(bar)} baz")
(echo "$1 QSTN parn foo ${v:?(bar)} baz") 2>/dev/null || \
echo "$1 QSTN parn -> error"
}
tl_brace() {
v=$2
test x"$v" = x"-" && unset v
(echo "$1 plus brac foo ${v+a$u{{{\}b} c ${v+d{}} baz")
(echo "$1 dash brac foo ${v-a$u{{{\}b} c ${v-d{}} baz")
(echo "$1 eqal brac foo ${v=a$u{{{\}b} c ${v=d{}} baz")
(echo "$1 qstn brac foo ${v?a$u{{{\}b} c ${v?d{}} baz") 2>/dev/null || \
echo "$1 qstn brac -> error"
(echo "$1 PLUS brac foo ${v:+a$u{{{\}b} c ${v:+d{}} baz")
(echo "$1 DASH brac foo ${v:-a$u{{{\}b} c ${v:-d{}} baz")
(echo "$1 EQAL brac foo ${v:=a$u{{{\}b} c ${v:=d{}} baz")
(echo "$1 QSTN brac foo ${v:?a$u{{{\}b} c ${v:?d{}} baz") 2>/dev/null || \
echo "$1 QSTN brac -> error"
}
tl_norm 1 -
tl_norm 2 ''
tl_norm 3 x
tl_paren 4 -
tl_paren 5 ''
tl_paren 6 x
tl_brace 7 -
tl_brace 8 ''
tl_brace 9 x
expected-stdout:
1 plus norm foo baz
1 dash norm foo 'bar' baz
1 eqal norm foo 'bar' baz
1 qstn norm -> error
1 PLUS norm foo baz
1 DASH norm foo 'bar' baz
1 EQAL norm foo 'bar' baz
1 QSTN norm -> error
2 plus norm foo 'bar' baz
2 dash norm foo baz
2 eqal norm foo baz
2 qstn norm foo baz
2 PLUS norm foo baz
2 DASH norm foo 'bar' baz
2 EQAL norm foo 'bar' baz
2 QSTN norm -> error
3 plus norm foo 'bar' baz
3 dash norm foo x baz
3 eqal norm foo x baz
3 qstn norm foo x baz
3 PLUS norm foo 'bar' baz
3 DASH norm foo x baz
3 EQAL norm foo x baz
3 QSTN norm foo x baz
4 plus parn foo baz
4 dash parn foo (bar) baz
4 eqal parn foo (bar) baz
4 qstn parn -> error
4 PLUS parn foo baz
4 DASH parn foo (bar) baz
4 EQAL parn foo (bar) baz
4 QSTN parn -> error
5 plus parn foo (bar) baz
5 dash parn foo baz
5 eqal parn foo baz
5 qstn parn foo baz
5 PLUS parn foo baz
5 DASH parn foo (bar) baz
5 EQAL parn foo (bar) baz
5 QSTN parn -> error
6 plus parn foo (bar) baz
6 dash parn foo x baz
6 eqal parn foo x baz
6 qstn parn foo x baz
6 PLUS parn foo (bar) baz
6 DASH parn foo x baz
6 EQAL parn foo x baz
6 QSTN parn foo x baz
7 plus brac foo c } baz
7 dash brac foo ax{{{}b c d{} baz
7 eqal brac foo ax{{{}b c ax{{{}b} baz
7 qstn brac -> error
7 PLUS brac foo c } baz
7 DASH brac foo ax{{{}b c d{} baz
7 EQAL brac foo ax{{{}b c ax{{{}b} baz
7 QSTN brac -> error
8 plus brac foo ax{{{}b c d{} baz
8 dash brac foo c } baz
8 eqal brac foo c } baz
8 qstn brac foo c } baz
8 PLUS brac foo c } baz
8 DASH brac foo ax{{{}b c d{} baz
8 EQAL brac foo ax{{{}b c ax{{{}b} baz
8 QSTN brac -> error
9 plus brac foo ax{{{}b c d{} baz
9 dash brac foo x c x} baz
9 eqal brac foo x c x} baz
9 qstn brac foo x c x} baz
9 PLUS brac foo ax{{{}b c d{} baz
9 DASH brac foo x c x} baz
9 EQAL brac foo x c x} baz
9 QSTN brac foo x c x} baz
---
name: expand-unglob-unq
description:
Check that regular ${foo+bar} constructs are parsed correctly
stdin:
u=x
tl_norm() {
v=$2
test x"$v" = x"-" && unset v
(echo $1 plus norm foo ${v+'bar'} baz)
(echo $1 dash norm foo ${v-'bar'} baz)
(echo $1 eqal norm foo ${v='bar'} baz)
(echo $1 qstn norm foo ${v?'bar'} baz) 2>/dev/null || \
echo "$1 qstn norm -> error"
(echo $1 PLUS norm foo ${v:+'bar'} baz)
(echo $1 DASH norm foo ${v:-'bar'} baz)
(echo $1 EQAL norm foo ${v:='bar'} baz)
(echo $1 QSTN norm foo ${v:?'bar'} baz) 2>/dev/null || \
echo "$1 QSTN norm -> error"
}
tl_paren() {
v=$2
test x"$v" = x"-" && unset v
(echo $1 plus parn foo ${v+\(bar')'} baz)
(echo $1 dash parn foo ${v-\(bar')'} baz)
(echo $1 eqal parn foo ${v=\(bar')'} baz)
(echo $1 qstn parn foo ${v?\(bar')'} baz) 2>/dev/null || \
echo "$1 qstn parn -> error"
(echo $1 PLUS parn foo ${v:+\(bar')'} baz)
(echo $1 DASH parn foo ${v:-\(bar')'} baz)
(echo $1 EQAL parn foo ${v:=\(bar')'} baz)
(echo $1 QSTN parn foo ${v:?\(bar')'} baz) 2>/dev/null || \
echo "$1 QSTN parn -> error"
}
tl_brace() {
v=$2
test x"$v" = x"-" && unset v
(echo $1 plus brac foo ${v+a$u{{{\}b} c ${v+d{}} baz)
(echo $1 dash brac foo ${v-a$u{{{\}b} c ${v-d{}} baz)
(echo $1 eqal brac foo ${v=a$u{{{\}b} c ${v=d{}} baz)
(echo $1 qstn brac foo ${v?a$u{{{\}b} c ${v?d{}} baz) 2>/dev/null || \
echo "$1 qstn brac -> error"
(echo $1 PLUS brac foo ${v:+a$u{{{\}b} c ${v:+d{}} baz)
(echo $1 DASH brac foo ${v:-a$u{{{\}b} c ${v:-d{}} baz)
(echo $1 EQAL brac foo ${v:=a$u{{{\}b} c ${v:=d{}} baz)
(echo $1 QSTN brac foo ${v:?a$u{{{\}b} c ${v:?d{}} baz) 2>/dev/null || \
echo "$1 QSTN brac -> error"
}
tl_norm 1 -
tl_norm 2 ''
tl_norm 3 x
tl_paren 4 -
tl_paren 5 ''
tl_paren 6 x
tl_brace 7 -
tl_brace 8 ''
tl_brace 9 x
expected-stdout:
1 plus norm foo baz
1 dash norm foo bar baz
1 eqal norm foo bar baz
1 qstn norm -> error
1 PLUS norm foo baz
1 DASH norm foo bar baz
1 EQAL norm foo bar baz
1 QSTN norm -> error
2 plus norm foo bar baz
2 dash norm foo baz
2 eqal norm foo baz
2 qstn norm foo baz
2 PLUS norm foo baz
2 DASH norm foo bar baz
2 EQAL norm foo bar baz
2 QSTN norm -> error
3 plus norm foo bar baz
3 dash norm foo x baz
3 eqal norm foo x baz
3 qstn norm foo x baz
3 PLUS norm foo bar baz
3 DASH norm foo x baz
3 EQAL norm foo x baz
3 QSTN norm foo x baz
4 plus parn foo baz
4 dash parn foo (bar) baz
4 eqal parn foo (bar) baz
4 qstn parn -> error
4 PLUS parn foo baz
4 DASH parn foo (bar) baz
4 EQAL parn foo (bar) baz
4 QSTN parn -> error
5 plus parn foo (bar) baz
5 dash parn foo baz
5 eqal parn foo baz
5 qstn parn foo baz
5 PLUS parn foo baz
5 DASH parn foo (bar) baz
5 EQAL parn foo (bar) baz
5 QSTN parn -> error
6 plus parn foo (bar) baz
6 dash parn foo x baz
6 eqal parn foo x baz
6 qstn parn foo x baz
6 PLUS parn foo (bar) baz
6 DASH parn foo x baz
6 EQAL parn foo x baz
6 QSTN parn foo x baz
7 plus brac foo c } baz
7 dash brac foo ax{{{}b c d{} baz
7 eqal brac foo ax{{{}b c ax{{{}b} baz
7 qstn brac -> error
7 PLUS brac foo c } baz
7 DASH brac foo ax{{{}b c d{} baz
7 EQAL brac foo ax{{{}b c ax{{{}b} baz
7 QSTN brac -> error
8 plus brac foo ax{{{}b c d{} baz
8 dash brac foo c } baz
8 eqal brac foo c } baz
8 qstn brac foo c } baz
8 PLUS brac foo c } baz
8 DASH brac foo ax{{{}b c d{} baz
8 EQAL brac foo ax{{{}b c ax{{{}b} baz
8 QSTN brac -> error
9 plus brac foo ax{{{}b c d{} baz
9 dash brac foo x c x} baz
9 eqal brac foo x c x} baz
9 qstn brac foo x c x} baz
9 PLUS brac foo ax{{{}b c d{} baz
9 DASH brac foo x c x} baz
9 EQAL brac foo x c x} baz
9 QSTN brac foo x c x} baz
---
name: expand-threecolons-dblq
description:
Check for a particular thing that used to segfault
stdin:
TEST=1234
echo "${TEST:1:2:3}"
echo $? but still living
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: expand-threecolons-unq
description:
Check for a particular thing that used to not error out
stdin:
TEST=1234
echo ${TEST:1:2:3}
echo $? but still living
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: expand-weird-1
description:
Check corner case of trim expansion vs. $# vs. ${#var}
stdin:
set 1 2 3 4 5 6 7 8 9 10 11
echo ${#} # value of $#
echo ${##} # length of $#
echo ${##1} # $# trimmed 1
set 1 2 3 4 5 6 7 8 9 10 11 12
echo ${##1}
expected-stdout:
11
2
1
2
---
name: expand-weird-2
description:
Check corner case of ${var?} vs. ${#var}
stdin:
(exit 0)
echo $? = ${#?} .
(exit 111)
echo $? = ${#?} .
expected-stdout:
0 = 1 .
111 = 3 .
---
name: expand-weird-3
description:
Check that trimming works with positional parameters (Debian #48453)
stdin:
A=9999-02
B=9999
echo 1=${A#$B?}.
set -- $A $B
echo 2=${1#$2?}.
expected-stdout:
1=02.
2=02.
---
name: eglob-bad-1
description:
Check that globbing isn't done when glob has syntax error
file-setup: file 644 "abcx"
file-setup: file 644 "abcz"
file-setup: file 644 "bbc"
stdin:
echo !([*)*
echo +(a|b[)*
expected-stdout:
!([*)*
+(a|b[)*
---
name: eglob-bad-2
description:
Check that globbing isn't done when glob has syntax error
(AT&T ksh fails this test)
file-setup: file 644 "abcx"
file-setup: file 644 "abcz"
file-setup: file 644 "bbc"
stdin:
echo [a*(]*)z
expected-stdout:
[a*(]*)z
---
name: eglob-infinite-plus
description:
Check that shell doesn't go into infinite loop expanding +(...)
expressions.
file-setup: file 644 "abc"
time-limit: 3
stdin:
echo +()c
echo +()x
echo +(*)c
echo +(*)x
expected-stdout:
+()c
+()x
abc
+(*)x
---
name: eglob-subst-1
description:
Check that eglobbing isn't done on substitution results
file-setup: file 644 "abc"
stdin:
x='@(*)'
echo $x
expected-stdout:
@(*)
---
name: eglob-nomatch-1
description:
Check that the pattern doesn't match
stdin:
echo 1: no-file+(a|b)stuff
echo 2: no-file+(a*(c)|b)stuff
echo 3: no-file+((((c)))|b)stuff
expected-stdout:
1: no-file+(a|b)stuff
2: no-file+(a*(c)|b)stuff
3: no-file+((((c)))|b)stuff
---
name: eglob-match-1
description:
Check that the pattern matches correctly
file-setup: file 644 "abd"
file-setup: file 644 "acd"
file-setup: file 644 "abac"
stdin:
echo 1: a+(b|c)d
echo 2: a!(@(b|B))d
echo 3: *(a(b|c)) # (...|...) can be used within X(..)
echo 4: a[b*(foo|bar)]d # patterns not special inside [...]
expected-stdout:
1: abd acd
2: acd
3: abac
4: abd
---
name: eglob-case-1
description:
Simple negation tests
stdin:
case foo in !(foo|bar)) echo yes;; *) echo no;; esac
case bar in !(foo|bar)) echo yes;; *) echo no;; esac
expected-stdout:
no
no
---
name: eglob-case-2
description:
Simple kleene tests
stdin:
case foo in *(a|b[)) echo yes;; *) echo no;; esac
case foo in *(a|b[)|f*) echo yes;; *) echo no;; esac
case '*(a|b[)' in *(a|b[)) echo yes;; *) echo no;; esac
expected-stdout:
no
yes
yes
---
name: eglob-trim-1
description:
Eglobbing in trim expressions...
(AT&T ksh fails this - docs say # matches shortest string, ## matches
longest...)
stdin:
x=abcdef
echo 1: ${x#a|abc}
echo 2: ${x##a|abc}
echo 3: ${x%def|f}
echo 4: ${x%%f|def}
expected-stdout:
1: bcdef
2: def
3: abcde
4: abc
---
name: eglob-trim-2
description:
Check eglobbing works in trims...
stdin:
x=abcdef
echo 1: ${x#*(a|b)cd}
echo 2: "${x#*(a|b)cd}"
echo 3: ${x#"*(a|b)cd"}
echo 4: ${x#a(b|c)}
expected-stdout:
1: ef
2: ef
3: abcdef
4: cdef
---
name: eglob-trim-3
description:
Check eglobbing works in trims, for Korn Shell
Ensure eglobbing does not work for reduced-feature /bin/sh
stdin:
set +o sh
x=foobar
y=foobaz
z=fooba\?
echo "<${x%bar|baz},${y%bar|baz},${z%\?}>"
echo "<${x%ba(r|z)},${y%ba(r|z)}>"
set -o sh
echo "<${x%bar|baz},${y%bar|baz},${z%\?}>"
z='foo(bar'
echo "<${z%(*}>"
expected-stdout:
<foo,foo,fooba>
<foo,foo>
<foobar,foobaz,fooba>
<foo>
---
name: eglob-substrpl-1
description:
Check eglobbing works in substs... and they work at all
stdin:
[[ -n $BASH_VERSION ]] && shopt -s extglob
x=1222321_ab/cde_b/c_1221
y=xyz
echo 1: ${x/2}
echo 2: ${x//2}
echo 3: ${x/+(2)}
echo 4: ${x//+(2)}
echo 5: ${x/2/4}
echo 6: ${x//2/4}
echo 7: ${x/+(2)/4}
echo 8: ${x//+(2)/4}
echo 9: ${x/b/c/e/f}
echo 10: ${x/b\/c/e/f}
echo 11: ${x/b\/c/e\/f}
echo 12: ${x/b\/c/e\\/f}
echo 13: ${x/b\\/c/e\\/f}
echo 14: ${x//b/c/e/f}
echo 15: ${x//b\/c/e/f}
echo 16: ${x//b\/c/e\/f}
echo 17: ${x//b\/c/e\\/f}
echo 18: ${x//b\\/c/e\\/f}
echo 19: ${x/b\/*\/c/x}
echo 20: ${x/\//.}
echo 21: ${x//\//.}
echo 22: ${x///.}
echo 23: ${x//#1/9}
echo 24: ${x//%1/9}
echo 25: ${x//\%1/9}
echo 26: ${x//\\%1/9}
echo 27: ${x//\a/9}
echo 28: ${x//\\a/9}
echo 29: ${x/2/$y}
expected-stdout:
1: 122321_ab/cde_b/c_1221
2: 131_ab/cde_b/c_11
3: 1321_ab/cde_b/c_1221
4: 131_ab/cde_b/c_11
5: 1422321_ab/cde_b/c_1221
6: 1444341_ab/cde_b/c_1441
7: 14321_ab/cde_b/c_1221
8: 14341_ab/cde_b/c_141
9: 1222321_ac/e/f/cde_b/c_1221
10: 1222321_ae/fde_b/c_1221
11: 1222321_ae/fde_b/c_1221
12: 1222321_ae\/fde_b/c_1221
13: 1222321_ab/cde_b/c_1221
14: 1222321_ac/e/f/cde_c/e/f/c_1221
15: 1222321_ae/fde_e/f_1221
16: 1222321_ae/fde_e/f_1221
17: 1222321_ae\/fde_e\/f_1221
18: 1222321_ab/cde_b/c_1221
19: 1222321_ax_1221
20: 1222321_ab.cde_b/c_1221
21: 1222321_ab.cde_b.c_1221
22: 1222321_ab/cde_b/c_1221
23: 9222321_ab/cde_b/c_1221
24: 1222321_ab/cde_b/c_1229
25: 1222321_ab/cde_b/c_1229
26: 1222321_ab/cde_b/c_1221
27: 1222321_9b/cde_b/c_1221
28: 1222321_9b/cde_b/c_1221
29: 1xyz22321_ab/cde_b/c_1221
---
name: eglob-substrpl-2
description:
Check anchored substring replacement works, corner cases
stdin:
foo=123
echo 1: ${foo/#/x}
echo 2: ${foo/%/x}
echo 3: ${foo/#/}
echo 4: ${foo/#}
echo 5: ${foo/%/}
echo 6: ${foo/%}
expected-stdout:
1: x123
2: 123x
3: 123
4: 123
5: 123
6: 123
---
name: eglob-substrpl-3a
description:
Check substring replacement works with variables and slashes, too
stdin:
pfx=/home/user
wd=/home/user/tmp
echo "${wd/#$pfx/~}"
echo "${wd/#\$pfx/~}"
echo "${wd/#"$pfx"/~}"
echo "${wd/#'$pfx'/~}"
echo "${wd/#"\$pfx"/~}"
echo "${wd/#'\$pfx'/~}"
expected-stdout:
~/tmp
/home/user/tmp
~/tmp
/home/user/tmp
/home/user/tmp
/home/user/tmp
---
name: eglob-substrpl-3b
description:
More of this, bash fails it (bash4 passes)
stdin:
pfx=/home/user
wd=/home/user/tmp
echo "${wd/#$(echo /home/user)/~}"
echo "${wd/#"$(echo /home/user)"/~}"
echo "${wd/#'$(echo /home/user)'/~}"
expected-stdout:
~/tmp
~/tmp
/home/user/tmp
---
name: eglob-substrpl-3c
description:
Even more weird cases
stdin:
pfx=/home/user
wd='$pfx/tmp'
echo 1: ${wd/#$pfx/~}
echo 2: ${wd/#\$pfx/~}
echo 3: ${wd/#"$pfx"/~}
echo 4: ${wd/#'$pfx'/~}
echo 5: ${wd/#"\$pfx"/~}
echo 6: ${wd/#'\$pfx'/~}
ts='a/ba/b$tp$tp_a/b$tp_*(a/b)_*($tp)'
tp=a/b
tr=c/d
[[ -n $BASH_VERSION ]] && shopt -s extglob
echo 7: ${ts/a\/b/$tr}
echo 8: ${ts/a\/b/\$tr}
echo 9: ${ts/$tp/$tr}
echo 10: ${ts/\$tp/$tr}
echo 11: ${ts/\\$tp/$tr}
echo 12: ${ts/$tp/c/d}
echo 13: ${ts/$tp/c\/d}
echo 14: ${ts/$tp/c\\/d}
echo 15: ${ts/+(a\/b)/$tr}
echo 16: ${ts/+(a\/b)/\$tr}
echo 17: ${ts/+($tp)/$tr}
echo 18: ${ts/+($tp)/c/d}
echo 19: ${ts/+($tp)/c\/d}
echo 25: ${ts//a\/b/$tr}
echo 26: ${ts//a\/b/\$tr}
echo 27: ${ts//$tp/$tr}
echo 28: ${ts//$tp/c/d}
echo 29: ${ts//$tp/c\/d}
echo 30: ${ts//+(a\/b)/$tr}
echo 31: ${ts//+(a\/b)/\$tr}
echo 32: ${ts//+($tp)/$tr}
echo 33: ${ts//+($tp)/c/d}
echo 34: ${ts//+($tp)/c\/d}
tp="+($tp)"
echo 40: ${ts/$tp/$tr}
echo 41: ${ts//$tp/$tr}
expected-stdout:
1: $pfx/tmp
2: ~/tmp
3: $pfx/tmp
4: ~/tmp
5: ~/tmp
6: ~/tmp
7: c/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
8: $tra/b$tp$tp_a/b$tp_*(a/b)_*($tp)
9: c/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
10: a/ba/bc/d$tp_a/b$tp_*(a/b)_*($tp)
11: c/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
12: c/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
13: c/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
14: c\/da/b$tp$tp_a/b$tp_*(a/b)_*($tp)
15: c/d$tp$tp_a/b$tp_*(a/b)_*($tp)
16: $tr$tp$tp_a/b$tp_*(a/b)_*($tp)
17: c/d$tp$tp_a/b$tp_*(a/b)_*($tp)
18: c/d$tp$tp_a/b$tp_*(a/b)_*($tp)
19: c/d$tp$tp_a/b$tp_*(a/b)_*($tp)
25: c/dc/d$tp$tp_c/d$tp_*(c/d)_*($tp)
26: $tr$tr$tp$tp_$tr$tp_*($tr)_*($tp)
27: c/dc/d$tp$tp_c/d$tp_*(c/d)_*($tp)
28: c/dc/d$tp$tp_c/d$tp_*(c/d)_*($tp)
29: c/dc/d$tp$tp_c/d$tp_*(c/d)_*($tp)
30: c/d$tp$tp_c/d$tp_*(c/d)_*($tp)
31: $tr$tp$tp_$tr$tp_*($tr)_*($tp)
32: c/d$tp$tp_c/d$tp_*(c/d)_*($tp)
33: c/d$tp$tp_c/d$tp_*(c/d)_*($tp)
34: c/d$tp$tp_c/d$tp_*(c/d)_*($tp)
40: a/ba/b$tp$tp_a/b$tp_*(a/b)_*($tp)
41: a/ba/b$tp$tp_a/b$tp_*(a/b)_*($tp)
# This is what GNU bash does:
# 40: c/d$tp$tp_a/b$tp_*(a/b)_*($tp)
# 41: c/d$tp$tp_c/d$tp_*(c/d)_*($tp)
---
name: eglob-utf8-1
description:
UTF-8 mode differences for eglobbing
stdin:
s=blöd
set +U
print 1: ${s%???} .
print 2: ${s/b???d/x} .
set -U
print 3: ${s%???} .
print 4: ${s/b??d/x} .
x=nö
print 5: ${x%?} ${x%%?} .
x=äh
print 6: ${x#?} ${x##?} .
x=<3D><>
print 7: ${x%?} ${x%%?} .
x=mä<6D>
print 8: ${x%?} ${x%%?} .
x=何
print 9: ${x%?} ${x%%?} .
expected-stdout:
1: bl .
2: x .
3: b .
4: x .
5: n n .
6: h h .
7: <20> <20> .
8: mä mä .
9: .
---
name: glob-bad-1
description:
Check that globbing isn't done when glob has syntax error
file-setup: dir 755 "[x"
file-setup: file 644 "[x/foo"
stdin:
echo [*
echo *[x
echo [x/*
expected-stdout:
[*
*[x
[x/foo
---
name: glob-bad-2
description:
Check that symbolic links aren't stat()'d
# breaks on FreeMiNT (cannot unlink dangling symlinks)
# breaks on MSYS (does not support symlinks)
# breaks on Dell UNIX 4.0 R2.2 (SVR4) where unlink also fails
category: !os:mint,!os:msys,!os:svr4.0,!nosymlink
file-setup: dir 755 "dir"
file-setup: symlink 644 "dir/abc"
non-existent-file
stdin:
echo d*/*
echo d*/abc
expected-stdout:
dir/abc
dir/abc
---
name: glob-range-1
description:
Test range matching
file-setup: file 644 ".bc"
file-setup: file 644 "abc"
file-setup: file 644 "bbc"
file-setup: file 644 "cbc"
file-setup: file 644 "-bc"
stdin:
echo [ab-]*
echo [-ab]*
echo [!-ab]*
echo [!ab]*
echo []ab]*
expected-stdout:
-bc abc bbc
-bc abc bbc
cbc
-bc cbc
abc bbc
---
name: glob-range-2
description:
Test range matching
(AT&T ksh fails this; POSIX says invalid)
file-setup: file 644 "abc"
stdin:
echo [a--]*
expected-stdout:
[a--]*
---
name: glob-range-3
description:
Check that globbing matches the right things...
# breaks on Mac OSX (HFS+ non-standard Unicode canonical decomposition)
# breaks on Cygwin 1.7 (files are now UTF-16 or something)
# breaks on QNX 6.4.1 (says RT)
category: !os:cygwin,!os:darwin,!os:msys,!os:nto
need-pass: no
file-setup: file 644 "a<>c"
stdin:
echo a[<EFBFBD>-<EFBFBD>]*
expected-stdout:
a<EFBFBD>c
---
name: glob-range-4
description:
Results unspecified according to POSIX
file-setup: file 644 ".bc"
stdin:
echo [a.]*
expected-stdout:
[a.]*
---
name: glob-range-5
description:
Results unspecified according to POSIX
(AT&T ksh treats this like [a-cc-e]*)
file-setup: file 644 "abc"
file-setup: file 644 "bbc"
file-setup: file 644 "cbc"
file-setup: file 644 "dbc"
file-setup: file 644 "ebc"
file-setup: file 644 "-bc"
stdin:
echo [a-c-e]*
expected-stdout:
-bc abc bbc cbc ebc
---
name: heredoc-1
description:
Check ordering/content of redundent here documents.
stdin:
cat << EOF1 << EOF2
hi
EOF1
there
EOF2
expected-stdout:
there
---
name: heredoc-2
description:
Check quoted here-doc is protected.
stdin:
a=foo
cat << 'EOF'
hi\
there$a
stuff
EO\
F
EOF
expected-stdout:
hi\
there$a
stuff
EO\
F
---
name: heredoc-3
description:
Check that newline isn't needed after heredoc-delimiter marker.
stdin: !
cat << EOF
hi
there
EOF
expected-stdout:
hi
there
---
name: heredoc-4
description:
Check that an error occurs if the heredoc-delimiter is missing.
stdin: !
cat << EOF
hi
there
expected-exit: e > 0
expected-stderr-pattern: /.*/
---
name: heredoc-5
description:
Check that backslash quotes a $, ` and \ and kills a \newline
stdin:
a=BAD
b=ok
cat << EOF
h\${a}i
h\\${b}i
th\`echo not-run\`ere
th\\`echo is-run`ere
fol\\ks
more\\
last \
line
EOF
expected-stdout:
h${a}i
h\oki
th`echo not-run`ere
th\is-runere
fol\ks
more\
last line
---
name: heredoc-6
description:
Check that \newline in initial here-delim word doesn't imply
a quoted here-doc.
stdin:
a=i
cat << EO\
F
h$a
there
EOF
expected-stdout:
hi
there
---
name: heredoc-7
description:
Check that double quoted $ expressions in here delimiters are
not expanded and match the delimiter.
POSIX says only quote removal is applied to the delimiter.
stdin:
a=b
cat << "E$a"
hi
h$a
hb
E$a
echo done
expected-stdout:
hi
h$a
hb
done
---
name: heredoc-8
description:
Check that double quoted escaped $ expressions in here
delimiters are not expanded and match the delimiter.
POSIX says only quote removal is applied to the delimiter
(\ counts as a quote).
stdin:
a=b
cat << "E\$a"
hi
h$a
h\$a
hb
h\b
E$a
echo done
expected-stdout:
hi
h$a
h\$a
hb
h\b
done
---
name: heredoc-9a
description:
Check that here strings work.
stdin:
bar="bar
baz"
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<foo
"$__progname" -c "tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<foo"
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<"$bar"
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<'$bar'
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<\$bar
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<-foo
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<"$(echo "foo bar")"
expected-stdout:
sbb
sbb
one
onm
$one
$one
-sbb
sbb one
---
name: heredoc-9b
description:
Check that a corner case of here strings works like bash
stdin:
fnord=42
bar="bar
\$fnord baz"
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<$bar
expected-stdout:
one $sabeq onm
category: bash
---
name: heredoc-9c
description:
Check that a corner case of here strings works like ksh93, zsh
stdin:
fnord=42
bar="bar
\$fnord baz"
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<<$bar
expected-stdout:
one
$sabeq onm
---
name: heredoc-9d
description:
Check another corner case of here strings
stdin:
tr abcdefghijklmnopqrstuvwxyz nopqrstuvwxyzabcdefghijklm <<< bar
expected-stdout:
one
---
name: heredoc-9e
description:
Check here string related regression with multiple iops
stdin:
echo $(tr r z <<<'bar' 2>/dev/null)
expected-stdout:
baz
---
name: heredoc-10
description:
Check direct here document assignment
stdin:
x=u
va=<<EOF
=a $x \x40=
EOF
vb=<<'EOF'
=b $x \x40=
EOF
function foo {
vc=<<-EOF
=c $x \x40=
EOF
}
fnd=$(typeset -f foo)
print -r -- "$fnd"
function foo {
echo blub
}
foo
eval "$fnd"
foo
# rather nonsensical, but…
vd=<<<"=d $x \x40="
ve=<<<'=e $x \x40='
vf=<<<$'=f $x \x40='
# now check
print -r -- "| va={$va} vb={$vb} vc={$vc} vd={$vd} ve={$ve} vf={$vf} |"
expected-stdout:
function foo {
vc=<<-EOF
=c $x \x40=
EOF
}
blub
| va={=a u \x40=
} vb={=b $x \x40=
} vc={=c u \x40=
} vd={=d u \x40=
} ve={=e $x \x40=
} vf={=f $x @=
} |
---
name: heredoc-11
description:
Check here documents with no or empty delimiter
stdin:
x=u
va=<<
=a $x \x40=
<<
vb=<<''
=b $x \x40=
function foo {
vc=<<-
=c $x \x40=
<<
vd=<<-''
=d $x \x40=
}
fnd=$(typeset -f foo)
print -r -- "$fnd"
function foo {
echo blub
}
foo
eval "$fnd"
foo
print -r -- "| va={$va} vb={$vb} vc={$vc} vd={$vd} |"
expected-stdout:
function foo {
vc=<<-
=c $x \x40=
<<
vd=<<-""
=d $x \x40=
}
blub
| va={=a u \x40=
} vb={=b $x \x40=
} vc={=c u \x40=
} vd={=d $x \x40=
} |
---
name: heredoc-comsub-1
description:
Tests for here documents in COMSUB, taken from Austin ML
stdin:
text=$(cat <<EOF
here is the text
EOF)
echo = $text =
expected-stdout:
= here is the text =
---
name: heredoc-comsub-2
description:
Tests for here documents in COMSUB, taken from Austin ML
stdin:
unbalanced=$(cat <<EOF
this paren ) is a problem
EOF)
echo = $unbalanced =
expected-stdout:
= this paren ) is a problem =
---
name: heredoc-comsub-3
description:
Tests for here documents in COMSUB, taken from Austin ML
stdin:
balanced=$(cat <<EOF
these parens ( ) are not a problem
EOF)
echo = $balanced =
expected-stdout:
= these parens ( ) are not a problem =
---
name: heredoc-comsub-4
description:
Tests for here documents in COMSUB, taken from Austin ML
stdin:
balanced=$(cat <<EOF
these parens \( ) are a problem
EOF)
echo = $balanced =
expected-stdout:
= these parens \( ) are a problem =
---
name: heredoc-subshell-1
description:
Tests for here documents in subshells, taken from Austin ML
stdin:
(cat <<EOF
some text
EOF)
echo end
expected-stdout:
some text
end
---
name: heredoc-subshell-2
description:
Tests for here documents in subshells, taken from Austin ML
stdin:
(cat <<EOF
some text
EOF
)
echo end
expected-stdout:
some text
end
---
name: heredoc-subshell-3
description:
Tests for here documents in subshells, taken from Austin ML
stdin:
(cat <<EOF; )
some text
EOF
echo end
expected-stdout:
some text
end
---
name: heredoc-weird-1
description:
Tests for here documents, taken from Austin ML
Documents current state in mksh, *NOT* necessarily correct!
stdin:
cat <<END
hello
END\
END
END
echo end
expected-stdout:
hello
ENDEND
end
---
name: heredoc-weird-2
description:
Tests for here documents, taken from Austin ML
stdin:
cat <<' END '
hello
END
echo end
expected-stdout:
hello
end
---
name: heredoc-weird-4
description:
Tests for here documents, taken from Austin ML
Documents current state in mksh, *NOT* necessarily correct!
stdin:
cat <<END
hello\
END
END
echo end
expected-stdout:
helloEND
end
---
name: heredoc-weird-5
description:
Tests for here documents, taken from Austin ML
Documents current state in mksh, *NOT* necessarily correct!
stdin:
cat <<END
hello
\END
END
echo end
expected-stdout:
hello
\END
end
---
name: heredoc-quoting-unsubst
description:
Check for correct handling of quoted characters in
here documents without substitution (marker is quoted).
stdin:
foo=bar
cat <<-'EOF'
x " \" \ \\ $ \$ `echo baz` \`echo baz\` $foo \$foo x
EOF
expected-stdout:
x " \" \ \\ $ \$ `echo baz` \`echo baz\` $foo \$foo x
---
name: heredoc-quoting-subst
description:
Check for correct handling of quoted characters in
here documents with substitution (marker is not quoted).
stdin:
foo=bar
cat <<-EOF
x " \" \ \\ $ \$ `echo baz` \`echo baz\` $foo \$foo x
EOF
expected-stdout:
x " \" \ \ $ $ baz `echo baz` bar $foo x
---
name: heredoc-tmpfile-1
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in simple command.
stdin:
TMPDIR=$PWD
eval '
cat <<- EOF
hi
EOF
for i in a b ; do
cat <<- EOF
more
EOF
done
' &
sleep 1
echo Left overs: *
expected-stdout:
hi
more
more
Left overs: *
---
name: heredoc-tmpfile-2
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in function, multiple calls to function.
stdin:
TMPDIR=$PWD
eval '
foo() {
cat <<- EOF
hi
EOF
}
foo
foo
' &
sleep 1
echo Left overs: *
expected-stdout:
hi
hi
Left overs: *
---
name: heredoc-tmpfile-3
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in function in loop, multiple calls to function.
stdin:
TMPDIR=$PWD
eval '
foo() {
cat <<- EOF
hi
EOF
}
for i in a b; do
foo
foo() {
cat <<- EOF
folks $i
EOF
}
done
foo
' &
sleep 1
echo Left overs: *
expected-stdout:
hi
folks b
folks b
Left overs: *
---
name: heredoc-tmpfile-4
description:
Check that heredoc temp files aren't removed too soon or too late.
Backgrounded simple command with here doc
stdin:
TMPDIR=$PWD
eval '
cat <<- EOF &
hi
EOF
' &
sleep 1
echo Left overs: *
expected-stdout:
hi
Left overs: *
---
name: heredoc-tmpfile-5
description:
Check that heredoc temp files aren't removed too soon or too late.
Backgrounded subshell command with here doc
stdin:
TMPDIR=$PWD
eval '
(
sleep 1 # so parent exits
echo A
cat <<- EOF
hi
EOF
echo B
) &
' &
sleep 2
echo Left overs: *
expected-stdout:
A
hi
B
Left overs: *
---
name: heredoc-tmpfile-6
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in pipeline.
stdin:
TMPDIR=$PWD
eval '
cat <<- EOF | sed "s/hi/HI/"
hi
EOF
' &
sleep 1
echo Left overs: *
expected-stdout:
HI
Left overs: *
---
name: heredoc-tmpfile-7
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in backgrounded pipeline.
stdin:
TMPDIR=$PWD
eval '
cat <<- EOF | sed 's/hi/HI/' &
hi
EOF
' &
sleep 1
echo Left overs: *
expected-stdout:
HI
Left overs: *
---
name: heredoc-tmpfile-8
description:
Check that heredoc temp files aren't removed too soon or too
late. Heredoc in function, backgrounded call to function.
This check can fail on slow machines (<100 MHz), or Cygwin,
that's normal.
need-pass: no
stdin:
TMPDIR=$PWD
# Background eval so main shell doesn't do parsing
eval '
foo() {
cat <<- EOF
hi
EOF
}
foo
# sleep so eval can die
(sleep 1; foo) &
(sleep 1; foo) &
foo
' &
sleep 2
echo Left overs: *
expected-stdout:
hi
hi
hi
hi
Left overs: *
---
name: history-basic
description:
See if we can test history at all
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo hi
fc -l
expected-stdout:
hi
1 echo hi
expected-stderr-pattern:
/^X*$/
---
name: history-dups
description:
Verify duplicates and spaces are not entered
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo hi
echo yo
echo hi
fc -l
expected-stdout:
hi
yo
hi
1 echo hi
expected-stderr-pattern:
/^X*$/
---
name: history-unlink
description:
Check if broken HISTFILEs do not cause trouble
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=foo/hist.file!
file-setup: file 644 "Env"
PS1=X
file-setup: dir 755 "foo"
file-setup: file 644 "foo/hist.file"
sometext
time-limit: 5
perl-setup: chmod(0555, "foo");
stdin:
echo hi
fc -l
chmod 0755 foo
expected-stdout:
hi
1 echo hi
expected-stderr-pattern:
/(.*can't unlink HISTFILE.*\n)?X*$/
---
name: history-e-minus-1
description:
Check if more recent command is executed
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo hi
echo there
fc -e -
expected-stdout:
hi
there
there
expected-stderr-pattern:
/^X*echo there\nX*$/
---
name: history-e-minus-2
description:
Check that repeated command is printed before command
is re-executed.
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
exec 2>&1
echo hi
echo there
fc -e -
expected-stdout-pattern:
/X*hi\nX*there\nX*echo there\nthere\nX*/
expected-stderr-pattern:
/^X*$/
---
name: history-e-minus-3
description:
fc -e - fails when there is no history
(ksh93 has a bug that causes this to fail)
(ksh88 loops on this)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
fc -e -
echo ok
expected-stdout:
ok
expected-stderr-pattern:
/^X*.*:.*history.*\nX*$/
---
name: history-e-minus-4
description:
Check if "fc -e -" command output goes to stdout.
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc
fc -e - | (read x; echo "A $x")
echo ok
expected-stdout:
abc
A abc
ok
expected-stderr-pattern:
/^X*echo abc\nX*/
---
name: history-e-minus-5
description:
fc is replaced in history by new command.
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
:
fc -e - echo
fc -l 2 5
expected-stdout:
abc def
ghi jkl
ghi jkl
2 echo ghi jkl
3 :
4 echo ghi jkl
5 fc -l 2 5
expected-stderr-pattern:
/^X*echo ghi jkl\nX*$/
---
name: history-list-1
description:
List lists correct range
(ksh88 fails 'cause it lists the fc command)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
fc -l -- -2
expected-stdout:
line 1
line 2
line 3
2 echo line 2
3 echo line 3
expected-stderr-pattern:
/^X*$/
---
name: history-list-2
description:
Lists oldest history if given pre-historic number
(ksh93 has a bug that causes this to fail)
(ksh88 fails 'cause it lists the fc command)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
fc -l -- -40
expected-stdout:
line 1
line 2
line 3
1 echo line 1
2 echo line 2
3 echo line 3
expected-stderr-pattern:
/^X*$/
---
name: history-list-3
description:
Can give number 'options' to fc
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
fc -l -3 -2
expected-stdout:
line 1
line 2
line 3
line 4
2 echo line 2
3 echo line 3
expected-stderr-pattern:
/^X*$/
---
name: history-list-4
description:
-1 refers to previous command
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
fc -l -1 -1
expected-stdout:
line 1
line 2
line 3
line 4
4 echo line 4
expected-stderr-pattern:
/^X*$/
---
name: history-list-5
description:
List command stays in history
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
fc -l -1 -1
fc -l -2 -1
expected-stdout:
line 1
line 2
line 3
line 4
4 echo line 4
4 echo line 4
5 fc -l -1 -1
expected-stderr-pattern:
/^X*$/
---
name: history-list-6
description:
HISTSIZE limits about of history kept.
(ksh88 fails 'cause it lists the fc command)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!HISTSIZE=3!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
5 echo line 5
expected-stderr-pattern:
/^X*$/
---
name: history-list-7
description:
fc allows too old/new errors in range specification
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!HISTSIZE=3!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l 1 30
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
5 echo line 5
6 fc -l 1 30
expected-stderr-pattern:
/^X*$/
---
name: history-list-r-1
description:
test -r flag in history
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l -r 2 4
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
3 echo line 3
2 echo line 2
expected-stderr-pattern:
/^X*$/
---
name: history-list-r-2
description:
If first is newer than last, -r is implied.
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l 4 2
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
3 echo line 3
2 echo line 2
expected-stderr-pattern:
/^X*$/
---
name: history-list-r-3
description:
If first is newer than last, -r is cancelled.
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l -r 4 2
expected-stdout:
line 1
line 2
line 3
line 4
line 5
2 echo line 2
3 echo line 3
4 echo line 4
expected-stderr-pattern:
/^X*$/
---
name: history-subst-1
description:
Basic substitution
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - abc=AB 'echo a'
expected-stdout:
abc def
ghi jkl
AB def
expected-stderr-pattern:
/^X*echo AB def\nX*$/
---
name: history-subst-2
description:
Does subst find previous command?
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - jkl=XYZQRT 'echo g'
expected-stdout:
abc def
ghi jkl
ghi XYZQRT
expected-stderr-pattern:
/^X*echo ghi XYZQRT\nX*$/
---
name: history-subst-3
description:
Does subst find previous command when no arguments given
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - jkl=XYZQRT
expected-stdout:
abc def
ghi jkl
ghi XYZQRT
expected-stderr-pattern:
/^X*echo ghi XYZQRT\nX*$/
---
name: history-subst-4
description:
Global substitutions work
(ksh88 and ksh93 do not have -g option)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def asjj sadjhasdjh asdjhasd
fc -e - -g a=FooBAR
expected-stdout:
abc def asjj sadjhasdjh asdjhasd
FooBARbc def FooBARsjj sFooBARdjhFooBARsdjh FooBARsdjhFooBARsd
expected-stderr-pattern:
/^X*echo FooBARbc def FooBARsjj sFooBARdjhFooBARsdjh FooBARsdjhFooBARsd\nX*$/
---
name: history-subst-5
description:
Make sure searches don't find current (fc) command
(ksh88/ksh93 don't have the ? prefix thing so they fail this test)
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - abc=AB \?abc
expected-stdout:
abc def
ghi jkl
AB def
expected-stderr-pattern:
/^X*echo AB def\nX*$/
---
name: history-ed-1-old
description:
Basic (ed) editing works (assumes you have generic ed editor
that prints no prompts). This is for oldish ed(1) which write
the character count to stdout.
category: stdout-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
fc echo
s/abc/FOOBAR/
w
q
expected-stdout:
abc def
13
16
FOOBAR def
expected-stderr-pattern:
/^X*echo FOOBAR def\nX*$/
---
name: history-ed-2-old
description:
Correct command is edited when number given
category: stdout-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2 is here
echo line 3
echo line 4
fc 2
s/is here/is changed/
w
q
expected-stdout:
line 1
line 2 is here
line 3
line 4
20
23
line 2 is changed
expected-stderr-pattern:
/^X*echo line 2 is changed\nX*$/
---
name: history-ed-3-old
description:
Newly created multi line commands show up as single command
in history.
(NOTE: adjusted for COMPLEX HISTORY compile time option)
(ksh88 fails 'cause it lists the fc command)
category: stdout-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
fc echo
s/abc/FOOBAR/
$a
echo a new line
.
w
q
fc -l
expected-stdout:
abc def
13
32
FOOBAR def
a new line
1 echo abc def
2 echo FOOBAR def
3 echo a new line
expected-stderr-pattern:
/^X*echo FOOBAR def\necho a new line\nX*$/
---
name: history-ed-1
description:
Basic (ed) editing works (assumes you have generic ed editor
that prints no prompts). This is for newish ed(1) and stderr.
category: !no-stderr-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
fc echo
s/abc/FOOBAR/
w
q
expected-stdout:
abc def
FOOBAR def
expected-stderr-pattern:
/^X*13\n16\necho FOOBAR def\nX*$/
---
name: history-ed-2
description:
Correct command is edited when number given
category: !no-stderr-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2 is here
echo line 3
echo line 4
fc 2
s/is here/is changed/
w
q
expected-stdout:
line 1
line 2 is here
line 3
line 4
line 2 is changed
expected-stderr-pattern:
/^X*20\n23\necho line 2 is changed\nX*$/
---
name: history-ed-3
description:
Newly created multi line commands show up as single command
in history.
category: !no-stderr-ed
need-ctty: yes
need-pass: no
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
fc echo
s/abc/FOOBAR/
$a
echo a new line
.
w
q
fc -l
expected-stdout:
abc def
FOOBAR def
a new line
1 echo abc def
2 echo FOOBAR def
3 echo a new line
expected-stderr-pattern:
/^X*13\n32\necho FOOBAR def\necho a new line\nX*$/
---
name: IFS-space-1
description:
Simple test, default IFS
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
set -- A B C
showargs 1 $*
showargs 2 "$*"
showargs 3 $@
showargs 4 "$@"
expected-stdout:
<1> <A> <B> <C>
<2> <A B C>
<3> <A> <B> <C>
<4> <A> <B> <C>
---
name: IFS-colon-1
description:
Simple test, IFS=:
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS=:
set -- A B C
showargs 1 $*
showargs 2 "$*"
showargs 3 $@
showargs 4 "$@"
expected-stdout:
<1> <A> <B> <C>
<2> <A:B:C>
<3> <A> <B> <C>
<4> <A> <B> <C>
---
name: IFS-null-1
description:
Simple test, IFS=""
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS=""
set -- A B C
showargs 1 $*
showargs 2 "$*"
showargs 3 $@
showargs 4 "$@"
expected-stdout:
<1> <A> <B> <C>
<2> <ABC>
<3> <A> <B> <C>
<4> <A> <B> <C>
---
name: IFS-space-colon-1
description:
Simple test, IFS=<white-space>:
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
set --
showargs 1 $*
showargs 2 "$*"
showargs 3 $@
showargs 4 "$@"
showargs 5 : "$@"
expected-stdout:
<1>
<2> <>
<3>
<4>
<5> <:>
---
name: IFS-space-colon-2
description:
Simple test, IFS=<white-space>:
AT&T ksh fails this, POSIX says the test is correct.
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
set --
showargs :"$@"
expected-stdout:
<:>
---
name: IFS-space-colon-4
description:
Simple test, IFS=<white-space>:
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
set --
showargs "$@$@"
expected-stdout:
---
name: IFS-space-colon-5
description:
Simple test, IFS=<white-space>:
Don't know what POSIX thinks of this. AT&T ksh does not do this.
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
set --
showargs "${@:-}"
expected-stdout:
<>
---
name: IFS-subst-1
description:
Simple test, IFS=<white-space>:
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
x=":b: :"
echo -n '1:'; for i in $x ; do echo -n " [$i]" ; done ; echo
echo -n '2:'; for i in :b:: ; do echo -n " [$i]" ; done ; echo
showargs 3 $x
showargs 4 :b::
x="a:b:"
echo -n '5:'; for i in $x ; do echo -n " [$i]" ; done ; echo
showargs 6 $x
x="a::c"
echo -n '7:'; for i in $x ; do echo -n " [$i]" ; done ; echo
showargs 8 $x
echo -n '9:'; for i in ${FOO-`echo -n h:i`th:ere} ; do echo -n " [$i]" ; done ; echo
showargs 10 ${FOO-`echo -n h:i`th:ere}
showargs 11 "${FOO-`echo -n h:i`th:ere}"
x=" A : B::D"
echo -n '12:'; for i in $x ; do echo -n " [$i]" ; done ; echo
showargs 13 $x
expected-stdout:
1: [] [b] []
2: [:b::]
<3> <> <b> <>
<4> <:b::>
5: [a] [b]
<6> <a> <b>
7: [a] [] [c]
<8> <a> <> <c>
9: [h] [ith] [ere]
<10> <h> <ith> <ere>
<11> <h:ith:ere>
12: [A] [B] [] [D]
<13> <A> <B> <> <D>
---
name: integer-base-err-1
description:
Can't have 0 base (causes shell to exit)
expected-exit: e != 0
stdin:
typeset -i i
i=3
i=0#4
echo $i
expected-stderr-pattern:
/^.*:.*0#4.*\n$/
---
name: integer-base-err-2
description:
Can't have multiple bases in a 'constant' (causes shell to exit)
(ksh88 fails this test)
expected-exit: e != 0
stdin:
typeset -i i
i=3
i=2#110#11
echo $i
expected-stderr-pattern:
/^.*:.*2#110#11.*\n$/
---
name: integer-base-err-3
description:
Syntax errors in expressions and effects on bases
(interactive so errors don't cause exits)
(ksh88 fails this test - shell exits, even with -i)
need-ctty: yes
arguments: !-i!
stdin:
PS1= # minimise prompt hassles
typeset -i4 a=10
typeset -i a=2+
echo $a
typeset -i4 a=10
typeset -i2 a=2+
echo $a
expected-stderr-pattern:
/^([#\$] )?.*:.*2+.*\n.*:.*2+.*\n$/
expected-stdout:
4#22
4#22
---
name: integer-base-err-4
description:
Are invalid digits (according to base) errors?
(ksh93 fails this test)
expected-exit: e != 0
stdin:
typeset -i i;
i=3#4
expected-stderr-pattern:
/^([#\$] )?.*:.*3#4.*\n$/
---
name: integer-base-1
description:
Missing number after base is treated as 0.
stdin:
typeset -i i
i=3
i=2#
echo $i
expected-stdout:
0
---
name: integer-base-2
description:
Check 'stickyness' of base in various situations
stdin:
typeset -i i=8
echo $i
echo ---------- A
typeset -i4 j=8
echo $j
echo ---------- B
typeset -i k=8
typeset -i4 k=8
echo $k
echo ---------- C
typeset -i4 l
l=3#10
echo $l
echo ---------- D
typeset -i m
m=3#10
echo $m
echo ---------- E
n=2#11
typeset -i n
echo $n
n=10
echo $n
echo ---------- F
typeset -i8 o=12
typeset -i4 o
echo $o
echo ---------- G
typeset -i p
let p=8#12
echo $p
expected-stdout:
8
---------- A
4#20
---------- B
4#20
---------- C
4#3
---------- D
3#10
---------- E
2#11
2#1010
---------- F
4#30
---------- G
8#12
---
name: integer-base-3
description:
More base parsing (hmm doesn't test much..)
stdin:
typeset -i aa
aa=1+12#10+2
echo $aa
typeset -i bb
bb=1+$aa
echo $bb
typeset -i bb
bb=$aa
echo $bb
typeset -i cc
cc=$aa
echo $cc
expected-stdout:
15
16
15
15
---
name: integer-base-4
description:
Check that things not declared as integers are not made integers,
also, check if base is not reset by -i with no arguments.
(ksh93 fails - prints 10#20 - go figure)
stdin:
xx=20
let xx=10
typeset -i | grep '^xx='
typeset -i4 a=10
typeset -i a=20
echo $a
expected-stdout:
4#110
---
name: integer-base-5
description:
More base stuff
stdin:
typeset -i4 a=3#10
echo $a
echo --
typeset -i j=3
j='~3'
echo $j
echo --
typeset -i k=1
x[k=k+1]=3
echo $k
echo --
typeset -i l
for l in 1 2+3 4; do echo $l; done
expected-stdout:
4#3
--
-4
--
2
--
1
5
4
---
name: integer-base-6
description:
Even more base stuff
(ksh93 fails this test - prints 0)
stdin:
typeset -i7 i
i=
echo $i
expected-stdout:
7#0
---
name: integer-base-7
description:
Check that non-integer parameters don't get bases assigned
stdin:
echo $(( zz = 8#100 ))
echo $zz
expected-stdout:
64
64
---
name: integer-base-check-flat
description:
Check behaviour does not match POSuX, because a not type-safe
scripting language has *no* business interpreting "010" as octal
category: shell:legacy-no
stdin:
echo :$((10)).$((010)).$((0x10)).
expected-stdout:
:10.10.16.
---
name: integer-base-check-flat-legacy
description:
Check behaviour matches POSuX for LEGACY KSH
category: shell:legacy-yes
stdin:
echo :$((10)).$((010)).$((0x10)).
expected-stdout:
:10.8.16.
---
name: integer-base-check-numeric-from
description:
Check behaviour for base one to 36, and that 37 errors out
stdin:
echo 1:$((1#1))0.
i=1
while (( ++i <= 36 )); do
eval 'echo '$i':$(('$i'#10)).'
done
echo 37:$($__progname -c 'echo $((37#10))').$?:
expected-stdout:
1:490.
2:2.
3:3.
4:4.
5:5.
6:6.
7:7.
8:8.
9:9.
10:10.
11:11.
12:12.
13:13.
14:14.
15:15.
16:16.
17:17.
18:18.
19:19.
20:20.
21:21.
22:22.
23:23.
24:24.
25:25.
26:26.
27:27.
28:28.
29:29.
30:30.
31:31.
32:32.
33:33.
34:34.
35:35.
36:36.
37:.0:
expected-stderr-pattern:
/.*bad number '37#10'/
---
name: integer-base-check-numeric-to
description:
Check behaviour for base one to 36, and that 37 errors out
stdin:
i=0
while (( ++i <= 37 )); do
typeset -Uui$i x=0x40
eval "typeset -i10 y=$x"
print $i:$x.$y.
done
expected-stdout:
1:1#@.64.
2:2#1000000.64.
3:3#2101.64.
4:4#1000.64.
5:5#224.64.
6:6#144.64.
7:7#121.64.
8:8#100.64.
9:9#71.64.
10:64.64.
11:11#59.64.
12:12#54.64.
13:13#4C.64.
14:14#48.64.
15:15#44.64.
16:16#40.64.
17:17#3D.64.
18:18#3A.64.
19:19#37.64.
20:20#34.64.
21:21#31.64.
22:22#2K.64.
23:23#2I.64.
24:24#2G.64.
25:25#2E.64.
26:26#2C.64.
27:27#2A.64.
28:28#28.64.
29:29#26.64.
30:30#24.64.
31:31#22.64.
32:32#20.64.
33:33#1V.64.
34:34#1U.64.
35:35#1T.64.
36:36#1S.64.
37:36#1S.64.
expected-stderr-pattern:
/.*bad integer base: 37/
---
name: integer-arithmetic-span
description:
Check wraparound and size that is defined in mksh
category: int:32
stdin:
echo s:$((2147483647+1)).$(((2147483647*2)+1)).$(((2147483647*2)+2)).
echo u:$((#2147483647+1)).$((#(2147483647*2)+1)).$((#(2147483647*2)+2)).
expected-stdout:
s:-2147483648.-1.0.
u:2147483648.4294967295.0.
---
name: integer-arithmetic-span-64
description:
Check wraparound and size that is defined in mksh
category: int:64
stdin:
echo s:$((9223372036854775807+1)).$(((9223372036854775807*2)+1)).$(((9223372036854775807*2)+2)).
echo u:$((#9223372036854775807+1)).$((#(9223372036854775807*2)+1)).$((#(9223372036854775807*2)+2)).
expected-stdout:
s:-9223372036854775808.-1.0.
u:9223372036854775808.18446744073709551615.0.
---
name: lineno-stdin
description:
See if $LINENO is updated and can be modified.
stdin:
echo A $LINENO
echo B $LINENO
LINENO=20
echo C $LINENO
expected-stdout:
A 1
B 2
C 20
---
name: lineno-inc
description:
See if $LINENO is set for .'d files.
file-setup: file 644 "dotfile"
echo dot A $LINENO
echo dot B $LINENO
LINENO=20
echo dot C $LINENO
stdin:
echo A $LINENO
echo B $LINENO
. ./dotfile
expected-stdout:
A 1
B 2
dot A 1
dot B 2
dot C 20
---
name: lineno-func
description:
See if $LINENO is set for commands in a function.
stdin:
echo A $LINENO
echo B $LINENO
bar() {
echo func A $LINENO
echo func B $LINENO
}
bar
echo C $LINENO
expected-stdout:
A 1
B 2
func A 4
func B 5
C 8
---
name: lineno-unset
description:
See if unsetting LINENO makes it non-magic.
file-setup: file 644 "dotfile"
echo dot A $LINENO
echo dot B $LINENO
stdin:
unset LINENO
echo A $LINENO
echo B $LINENO
bar() {
echo func A $LINENO
echo func B $LINENO
}
bar
. ./dotfile
echo C $LINENO
expected-stdout:
A
B
func A
func B
dot A
dot B
C
---
name: lineno-unset-use
description:
See if unsetting LINENO makes it non-magic even
when it is re-used.
file-setup: file 644 "dotfile"
echo dot A $LINENO
echo dot B $LINENO
stdin:
unset LINENO
LINENO=3
echo A $LINENO
echo B $LINENO
bar() {
echo func A $LINENO
echo func B $LINENO
}
bar
. ./dotfile
echo C $LINENO
expected-stdout:
A 3
B 3
func A 3
func B 3
dot A 3
dot B 3
C 3
---
name: lineno-trap
description:
Check if LINENO is tracked in traps
stdin:
fail() {
echo "line <$1>"
exit 1
}
trap 'fail $LINENO' INT ERR
false
expected-stdout:
line <6>
expected-exit: 1
---
name: unknown-trap
description:
Ensure unknown traps are not a syntax error
stdin:
(
trap "echo trap 1 executed" UNKNOWNSIGNAL || echo "foo"
echo =1
trap "echo trap 2 executed" UNKNOWNSIGNAL EXIT 999999 FNORD
echo = $?
) 2>&1 | sed "s^${__progname%.exe}\.*e*x*e*: <stdin>\[[0-9]*]PROG"
expected-stdout:
PROG: trap: bad signal 'UNKNOWNSIGNAL'
foo
=1
PROG: trap: bad signal 'UNKNOWNSIGNAL'
PROG: trap: bad signal '999999'
PROG: trap: bad signal 'FNORD'
= 3
trap 2 executed
---
name: read-IFS-1
description:
Simple test, default IFS
stdin:
echo "A B " > IN
unset x y z
read x y z < IN
echo 1: "x[$x] y[$y] z[$z]"
echo 1a: ${z-z not set}
read x < IN
echo 2: "x[$x]"
expected-stdout:
1: x[A] y[B] z[]
1a:
2: x[A B]
---
name: read-ksh-1
description:
If no var specified, REPLY is used
stdin:
echo "abc" > IN
read < IN
echo "[$REPLY]";
expected-stdout:
[abc]
---
name: read-regress-1
description:
Check a regression of read
file-setup: file 644 "foo"
foo bar
baz
blah
stdin:
while read a b c; do
read d
break
done <foo
echo "<$a|$b|$c><$d>"
expected-stdout:
<foo|bar|><baz>
---
name: read-delim-1
description:
Check read with delimiters
stdin:
emit() {
print -n 'foo bar\tbaz\nblah \0blub\tblech\nmyok meck \0'
}
emit | while IFS= read -d "" foo; do print -r -- "<$foo>"; done
emit | while read -d "" foo; do print -r -- "<$foo>"; done
emit | while read -d "eh?" foo; do print -r -- "<$foo>"; done
expected-stdout:
<foo bar baz
blah >
<blub blech
myok meck >
<foo bar baz
blah>
<blub blech
myok meck>
<foo bar baz
blah blub bl>
<ch
myok m>
---
name: read-ext-1
description:
Check read with number of bytes specified, and -A
stdin:
print 'foo\nbar' >x1
print -n x >x2
print 'foo\\ bar baz' >x3
x1a=u; read x1a <x1
x1b=u; read -N-1 x1b <x1
x2a=u; read x2a <x2; r2a=$?
x2b=u; read -N2 x2c <x2; r2b=$?
x2c=u; read -n2 x2c <x2; r2c=$?
x3a=u; read -A x3a <x3
print -r "x1a=<$x1a>"
print -r "x1b=<$x1b>"
print -r "x2a=$r2a<$x2a>"
print -r "x2b=$r2b<$x2b>"
print -r "x2c=$r2c<$x2c>"
print -r "x3a=<${x3a[0]}|${x3a[1]}|${x3a[2]}>"
expected-stdout:
x1a=<foo>
x1b=<foo
bar>
x2a=1<x>
x2b=1<u>
x2c=0<x>
x3a=<foo bar|baz|>
---
name: regression-1
description:
Lex array code had problems with this.
stdin:
echo foo[
n=bar
echo "hi[ $n ]=1"
expected-stdout:
foo[
hi[ bar ]=1
---
name: regression-2
description:
When PATH is set before running a command, the new path is
not used in doing the path search
$ echo echo hi > /tmp/q ; chmod a+rx /tmp/q
$ PATH=/tmp q
q: not found
$
in comexec() the two lines
while (*vp != NULL)
(void) typeset(*vp++, xxx, 0);
need to be moved out of the switch to before findcom() is
called - I don't know what this will break.
stdin:
: ${PWD:-`pwd 2> /dev/null`}
: ${PWD:?"PWD not set - can't do test"}
mkdir Y
cat > Y/xxxscript << EOF
#!/bin/sh
# Need to restore path so echo can be found (some shells don't have
# it as a built-in)
PATH=\$OLDPATH
echo hi
exit 0
EOF
chmod a+rx Y/xxxscript
export OLDPATH="$PATH"
PATH=$PWD/Y xxxscript
exit $?
expected-stdout:
hi
---
name: regression-6
description:
Parsing of $(..) expressions is non-optimal. It is
impossible to have any parentheses inside the expression.
I.e.,
$ ksh -c 'echo $(echo \( )'
no closing quote
$ ksh -c 'echo $(echo "(" )'
no closing quote
$
The solution is to hack the parsing clode in lex.c, the
question is how to hack it: should any parentheses be
escaped by a backslash, or should recursive parsing be done
(so quotes could also be used to hide hem). The former is
easier, the later better...
stdin:
echo $(echo \( )
echo $(echo "(" )
expected-stdout:
(
(
---
name: regression-9
description:
Continue in a for loop does not work right:
for i in a b c ; do
if [ $i = b ] ; then
continue
fi
echo $i
done
Prints a forever...
stdin:
first=yes
for i in a b c ; do
if [ $i = b ] ; then
if [ $first = no ] ; then
echo 'continue in for loop broken'
break # hope break isn't broken too :-)
fi
first=no
continue
fi
done
echo bye
expected-stdout:
bye
---
name: regression-10
description:
The following:
set -- `false`
echo $?
should print 0 according to POSIX (dash, bash, ksh93, posh)
but not 0 according to the getopt(1) manual page, ksh88, and
Bourne sh (such as /bin/sh on Solaris).
In mksh R39b, we honour POSIX except when -o sh is set.
category: shell:legacy-no
stdin:
showf() {
[[ -o posix ]]; FPOSIX=$((1-$?))
[[ -o sh ]]; FSH=$((1-$?))
echo -n "FPOSIX=$FPOSIX FSH=$FSH "
}
set +o posix +o sh
showf
set -- `false`
echo rv=$?
set -o sh
showf
set -- `false`
echo rv=$?
set -o posix
showf
set -- `false`
echo rv=$?
expected-stdout:
FPOSIX=0 FSH=0 rv=0
FPOSIX=0 FSH=1 rv=1
FPOSIX=1 FSH=0 rv=0
---
name: regression-10-legacy
description:
The following:
set -- `false`
echo $?
should print 0 according to POSIX (dash, bash, ksh93, posh)
but not 0 according to the getopt(1) manual page, ksh88, and
Bourne sh (such as /bin/sh on Solaris).
category: shell:legacy-yes
stdin:
showf() {
[[ -o posix ]]; FPOSIX=$((1-$?))
[[ -o sh ]]; FSH=$((1-$?))
echo -n "FPOSIX=$FPOSIX FSH=$FSH "
}
set +o posix +o sh
showf
set -- `false`
echo rv=$?
set -o sh
showf
set -- `false`
echo rv=$?
set -o posix
showf
set -- `false`
echo rv=$?
expected-stdout:
FPOSIX=0 FSH=0 rv=1
FPOSIX=0 FSH=1 rv=1
FPOSIX=1 FSH=0 rv=1
---
name: regression-11
description:
The following:
x=/foo/bar/blah
echo ${x##*/}
should echo blah but on some machines echos /foo/bar/blah.
stdin:
x=/foo/bar/blah
echo ${x##*/}
expected-stdout:
blah
---
name: regression-12
description:
Both of the following echos produce the same output under sh/ksh.att:
#!/bin/sh
x="foo bar"
echo "`echo \"$x\"`"
echo "`echo "$x"`"
pdksh produces different output for the former (foo instead of foo\tbar)
stdin:
x="foo bar"
echo "`echo \"$x\"`"
echo "`echo "$x"`"
expected-stdout:
foo bar
foo bar
---
name: regression-13
description:
The following command hangs forever:
$ (: ; cat /etc/termcap) | sleep 2
This is because the shell forks a shell to run the (..) command
and this shell has the pipe open. When the sleep dies, the cat
doesn't get a SIGPIPE 'cause a process (ie, the second shell)
still has the pipe open.
NOTE: this test provokes a bizarre bug in ksh93 (shell starts reading
commands from /etc/termcap..)
time-limit: 10
stdin:
echo A line of text that will be duplicated quite a number of times.> t1
cat t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 t1 > t2
cat t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 t2 > t1
cat t1 t1 t1 t1 > t2
(: ; cat t2 2>/dev/null) | sleep 1
---
name: regression-14
description:
The command
$ (foobar) 2> /dev/null
generates no output under /bin/sh, but pdksh produces the error
foobar: not found
Also, the command
$ foobar 2> /dev/null
generates an error under /bin/sh and pdksh, but AT&T ksh88 produces
no error (redirected to /dev/null).
stdin:
(you/should/not/see/this/error/1) 2> /dev/null
you/should/not/see/this/error/2 2> /dev/null
true
---
name: regression-15
description:
The command
$ whence foobar
generates a blank line under pdksh and sets the exit status to 0.
AT&T ksh88 generates no output and sets the exit status to 1. Also,
the command
$ whence foobar cat
generates no output under AT&T ksh88 (pdksh generates a blank line
and /bin/cat).
stdin:
whence does/not/exist > /dev/null
echo 1: $?
echo 2: $(whence does/not/exist | wc -l)
echo 3: $(whence does/not/exist cat | wc -l)
expected-stdout:
1: 1
2: 0
3: 0
---
name: regression-16
description:
${var%%expr} seems to be broken in many places. On the mips
the commands
$ read line < /etc/passwd
$ echo $line
root:0:1:...
$ echo ${line%%:*}
root
$ echo $line
root
$
change the value of line. On sun4s & pas, the echo ${line%%:*} doesn't
work. Haven't checked elsewhere...
script:
read x
y=$x
echo ${x%%:*}
echo $x
stdin:
root:asdjhasdasjhs:0:1:Root:/:/bin/sh
expected-stdout:
root
root:asdjhasdasjhs:0:1:Root:/:/bin/sh
---
name: regression-17
description:
The command
. /foo/bar
should set the exit status to non-zero (sh and AT&T ksh88 do).
XXX doting a non existent file is a fatal error for a script
stdin:
. does/not/exist
expected-exit: e != 0
expected-stderr-pattern: /.?/
---
name: regression-19
description:
Both of the following echos should produce the same thing, but don't:
$ x=foo/bar
$ echo ${x%/*}
foo
$ echo "${x%/*}"
foo/bar
stdin:
x=foo/bar
echo "${x%/*}"
expected-stdout:
foo
---
name: regression-21
description:
backslash does not work as expected in case labels:
$ x='-x'
$ case $x in
-\?) echo hi
esac
hi
$ x='-?'
$ case $x in
-\\?) echo hi
esac
hi
$
stdin:
case -x in
-\?) echo fail
esac
---
name: regression-22
description:
Quoting backquotes inside backquotes doesn't work:
$ echo `echo hi \`echo there\` folks`
asks for more info. sh and AT&T ksh88 both echo
hi there folks
stdin:
echo `echo hi \`echo there\` folks`
expected-stdout:
hi there folks
---
name: regression-23
description:
)) is not treated `correctly':
$ (echo hi ; (echo there ; echo folks))
missing ((
$
instead of (as sh and ksh.att)
$ (echo hi ; (echo there ; echo folks))
hi
there
folks
$
stdin:
( : ; ( : ; echo hi))
expected-stdout:
hi
---
name: regression-25
description:
Check reading stdin in a while loop. The read should only read
a single line, not a whole stdio buffer; the cat should get
the rest.
stdin:
(echo a; echo b) | while read x ; do
echo $x
cat > /dev/null
done
expected-stdout:
a
---
name: regression-26
description:
Check reading stdin in a while loop. The read should read both
lines, not just the first.
script:
a=
while [ "$a" != xxx ] ; do
last=$x
read x
cat /dev/null | sed 's/x/y/'
a=x$a
done
echo $last
stdin:
a
b
expected-stdout:
b
---
name: regression-27
description:
The command
. /does/not/exist
should cause a script to exit.
stdin:
. does/not/exist
echo hi
expected-exit: e != 0
expected-stderr-pattern: /does\/not\/exist/
---
name: regression-28
description:
variable assignements not detected well
stdin:
a.x=1 echo hi
expected-exit: e != 0
expected-stderr-pattern: /a\.x=1/
---
name: regression-29
description:
alias expansion different from AT&T ksh88
stdin:
alias a='for ' b='i in'
a b hi ; do echo $i ; done
expected-stdout:
hi
---
name: regression-30
description:
strange characters allowed inside ${...}
stdin:
echo ${a{b}}
expected-exit: e != 0
expected-stderr-pattern: /.?/
---
name: regression-31
description:
Does read handle partial lines correctly
script:
a= ret=
while [ "$a" != xxx ] ; do
read x y z
ret=$?
a=x$a
done
echo "[$x]"
echo $ret
stdin: !
a A aA
b B Bb
c
expected-stdout:
[c]
1
---
name: regression-32
description:
Does read set variables to null at eof?
script:
a=
while [ "$a" != xxx ] ; do
read x y z
a=x$a
done
echo 1: ${x-x not set} ${y-y not set} ${z-z not set}
echo 2: ${x:+x not null} ${y:+y not null} ${z:+z not null}
stdin:
a A Aa
b B Bb
expected-stdout:
1:
2:
---
name: regression-33
description:
Does umask print a leading 0 when umask is 3 digits?
stdin:
# on MiNT, the first umask call seems to fail
umask 022
# now, the test proper
umask 222
umask
expected-stdout:
0222
---
name: regression-35
description:
Tempory files used for here-docs in functions get trashed after
the function is parsed (before it is executed)
stdin:
f1() {
cat <<- EOF
F1
EOF
f2() {
cat <<- EOF
F2
EOF
}
}
f1
f2
unset -f f1
f2
expected-stdout:
F1
F2
F2
---
name: regression-36
description:
Command substitution breaks reading in while loop
(test from <sjg@void.zen.oz.au>)
stdin:
(echo abcdef; echo; echo 123) |
while read line
do
# the following line breaks it
c=`echo $line | wc -c`
echo $c
done
expected-stdout:
7
1
4
---
name: regression-37
description:
Machines with broken times() (reported by <sjg@void.zen.oz.au>)
time does not report correct real time
stdin:
time sleep 1
expected-stderr-pattern: !/^\s*0\.0[\s\d]+real|^\s*real[\s]+0+\.0/
---
name: regression-38
description:
set -e doesn't ignore exit codes for if/while/until/&&/||/!.
arguments: !-e!
stdin:
if false; then echo hi ; fi
false || true
false && true
while false; do echo hi; done
echo ok
expected-stdout:
ok
---
name: regression-39
description:
set -e: errors in command substitutions aren't ignored
Not clear if they should be or not... bash passes here
this may actually be required for make, so changed the
test to make this an mksh feature, not a bug
arguments: !-e!
stdin:
echo `false; echo hi`
#expected-fail: yes
#expected-stdout:
# hi
expected-stdout:
---
name: regression-40
description:
This used to cause a core dump
env-setup: !RANDOM=12!
stdin:
echo hi
expected-stdout:
hi
---
name: regression-41
description:
foo should be set to bar (should not be empty)
stdin:
foo=`
echo bar`
echo "($foo)"
expected-stdout:
(bar)
---
name: regression-42
description:
Can't use command line assignments to assign readonly parameters.
stdin:
print '#!'"$__progname"'\nunset RANDOM\nexport | while IFS= read -r' \
'RANDOM; do eval '\''print -r -- "$RANDOM=$'\''"$RANDOM"'\'\"\'\; \
done >env; chmod +x env; PATH=.:$PATH
foo=bar
readonly foo
foo=stuff env | grep '^foo'
expected-exit: e != 0
expected-stderr-pattern:
/read-only/
---
name: regression-43
description:
Can subshells be prefixed by redirections (historical shells allow
this)
stdin:
< /dev/null (sed 's/^/X/')
---
name: regression-45
description:
Parameter assignments with [] recognised correctly
stdin:
FOO=*[12]
BAR=abc[
MORE=[abc]
JUNK=a[bc
echo "<$FOO>"
echo "<$BAR>"
echo "<$MORE>"
echo "<$JUNK>"
expected-stdout:
<*[12]>
<abc[>
<[abc]>
<a[bc>
---
name: regression-46
description:
Check that alias expansion works in command substitutions and
at the end of file.
stdin:
alias x='echo hi'
FOO="`x` "
echo "[$FOO]"
x
expected-stdout:
[hi ]
hi
---
name: regression-47
description:
Check that aliases are fully read.
stdin:
alias x='echo hi;
echo there'
x
echo done
expected-stdout:
hi
there
done
---
name: regression-48
description:
Check that (here doc) temp files are not left behind after an exec.
stdin:
mkdir foo || exit 1
TMPDIR=$PWD/foo "$__progname" <<- 'EOF'
x() {
sed 's/^/X /' << E_O_F
hi
there
folks
E_O_F
echo "done ($?)"
}
echo=echo; [ -x /bin/echo ] && echo=/bin/echo
exec $echo subtest-1 hi
EOF
echo subtest-1 foo/*
TMPDIR=$PWD/foo "$__progname" <<- 'EOF'
echo=echo; [ -x /bin/echo ] && echo=/bin/echo
sed 's/^/X /' << E_O_F; exec $echo subtest-2 hi
a
few
lines
E_O_F
EOF
echo subtest-2 foo/*
expected-stdout:
subtest-1 hi
subtest-1 foo/*
X a
X few
X lines
subtest-2 hi
subtest-2 foo/*
---
name: regression-49
description:
Check that unset params with attributes are reported by set, those
sans attributes are not.
stdin:
unset FOO BAR
echo X$FOO
export BAR
typeset -i BLAH
set | grep FOO
set | grep BAR
set | grep BLAH
expected-stdout:
X
BAR
BLAH
---
name: regression-50
description:
Check that aliases do not use continuation prompt after trailing
semi-colon.
file-setup: file 644 "envf"
PS1=Y
PS2=X
env-setup: !ENV=./envf!
need-ctty: yes
arguments: !-i!
stdin:
alias foo='echo hi ; '
foo
foo echo there
expected-stdout:
hi
hi
there
expected-stderr: !
YYYY
---
name: regression-51
description:
Check that set allows both +o and -o options on same command line.
stdin:
set a b c
set -o noglob +o allexport
echo A: $*, *
expected-stdout:
A: a b c, *
---
name: regression-52
description:
Check that globbing works in pipelined commands
file-setup: file 644 "envf"
PS1=P
file-setup: file 644 "abc"
stuff
env-setup: !ENV=./envf!
need-ctty: yes
arguments: !-i!
stdin:
sed 's/^/X /' < ab*
echo mark 1
sed 's/^/X /' < ab* | sed 's/^/Y /'
echo mark 2
expected-stdout:
X stuff
mark 1
Y X stuff
mark 2
expected-stderr: !
PPPPP
---
name: regression-53
description:
Check that getopts works in functions
stdin:
bfunc() {
echo bfunc: enter "(args: $*; OPTIND=$OPTIND)"
while getopts B oc; do
case $oc in
(B)
echo bfunc: B option
;;
(*)
echo bfunc: odd option "($oc)"
;;
esac
done
echo bfunc: leave
}
function kfunc {
echo kfunc: enter "(args: $*; OPTIND=$OPTIND)"
while getopts K oc; do
case $oc in
(K)
echo kfunc: K option
;;
(*)
echo bfunc: odd option "($oc)"
;;
esac
done
echo kfunc: leave
}
set -- -f -b -k -l
echo "line 1: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 2: ret=$?, optc=$optc, OPTIND=$OPTIND"
bfunc -BBB blah
echo "line 3: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 4: ret=$?, optc=$optc, OPTIND=$OPTIND"
kfunc -KKK blah
echo "line 5: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 6: ret=$?, optc=$optc, OPTIND=$OPTIND"
echo
OPTIND=1
set -- -fbkl
echo "line 10: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 20: ret=$?, optc=$optc, OPTIND=$OPTIND"
bfunc -BBB blah
echo "line 30: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 40: ret=$?, optc=$optc, OPTIND=$OPTIND"
kfunc -KKK blah
echo "line 50: OPTIND=$OPTIND"
getopts kbfl optc
echo "line 60: ret=$?, optc=$optc, OPTIND=$OPTIND"
expected-stdout:
line 1: OPTIND=1
line 2: ret=0, optc=f, OPTIND=2
bfunc: enter (args: -BBB blah; OPTIND=2)
bfunc: B option
bfunc: B option
bfunc: leave
line 3: OPTIND=2
line 4: ret=0, optc=b, OPTIND=3
kfunc: enter (args: -KKK blah; OPTIND=1)
kfunc: K option
kfunc: K option
kfunc: K option
kfunc: leave
line 5: OPTIND=3
line 6: ret=0, optc=k, OPTIND=4
line 10: OPTIND=1
line 20: ret=0, optc=f, OPTIND=2
bfunc: enter (args: -BBB blah; OPTIND=2)
bfunc: B option
bfunc: B option
bfunc: leave
line 30: OPTIND=2
line 40: ret=1, optc=?, OPTIND=2
kfunc: enter (args: -KKK blah; OPTIND=1)
kfunc: K option
kfunc: K option
kfunc: K option
kfunc: leave
line 50: OPTIND=2
line 60: ret=1, optc=?, OPTIND=2
---
name: regression-54
description:
Check that ; is not required before the then in if (( ... )) then ...
stdin:
if (( 1 )) then
echo ok dparen
fi
if [[ -n 1 ]] then
echo ok dbrackets
fi
expected-stdout:
ok dparen
ok dbrackets
---
name: regression-55
description:
Check ${foo:%bar} is allowed (ksh88 allows it...)
stdin:
x=fooXbarXblah
echo 1 ${x%X*}
echo 2 ${x:%X*}
echo 3 ${x%%X*}
echo 4 ${x:%%X*}
echo 5 ${x#*X}
echo 6 ${x:#*X}
echo 7 ${x##*X}
echo 8 ${x:##*X}
expected-stdout:
1 fooXbar
2 fooXbar
3 foo
4 foo
5 barXblah
6 barXblah
7 blah
8 blah
---
name: regression-57
description:
Check if typeset output is correct for
uninitialised array elements.
stdin:
typeset -i xxx[4]
echo A
typeset -i | grep xxx | sed 's/^/ /'
echo B
typeset | grep xxx | sed 's/^/ /'
xxx[1]=2+5
echo M
typeset -i | grep xxx | sed 's/^/ /'
echo N
typeset | grep xxx | sed 's/^/ /'
expected-stdout:
A
xxx
B
typeset -i xxx
M
xxx[1]=7
N
set -A xxx
typeset -i xxx[1]
---
name: regression-58
description:
Check if trap exit is ok (exit not mistaken for signal name)
stdin:
trap 'echo hi' exit
trap exit 1
expected-stdout:
hi
---
name: regression-59
description:
Check if ${#array[*]} is calculated correctly.
stdin:
a[12]=hi
a[8]=there
echo ${#a[*]}
expected-stdout:
2
---
name: regression-60
description:
Check if default exit status is previous command
stdin:
(true; exit)
echo A $?
(false; exit)
echo B $?
( (exit 103) ; exit)
echo C $?
expected-stdout:
A 0
B 1
C 103
---
name: regression-61
description:
Check if EXIT trap is executed for sub shells.
stdin:
trap 'echo parent exit' EXIT
echo start
(echo A; echo A last)
echo B
(echo C; trap 'echo sub exit' EXIT; echo C last)
echo parent last
expected-stdout:
start
A
A last
B
C
C last
sub exit
parent last
parent exit
---
name: regression-62
description:
Check if test -nt/-ot succeeds if second(first) file is missing.
stdin:
touch a
test a -nt b && echo nt OK || echo nt BAD
test b -ot a && echo ot OK || echo ot BAD
expected-stdout:
nt OK
ot OK
---
name: regression-63
description:
Check if typeset, export, and readonly work
stdin:
{
echo FNORD-0
FNORD_A=1
FNORD_B=2
FNORD_C=3
FNORD_D=4
FNORD_E=5
FNORD_F=6
FNORD_G=7
FNORD_H=8
integer FNORD_E FNORD_F FNORD_G FNORD_H
export FNORD_C FNORD_D FNORD_G FNORD_H
readonly FNORD_B FNORD_D FNORD_F FNORD_H
echo FNORD-1
export
echo FNORD-2
export -p
echo FNORD-3
readonly
echo FNORD-4
readonly -p
echo FNORD-5
typeset
echo FNORD-6
typeset -p
echo FNORD-7
typeset -
echo FNORD-8
} | fgrep FNORD
fnord=(42 23)
typeset -p fnord
echo FNORD-9
expected-stdout:
FNORD-0
FNORD-1
FNORD_C
FNORD_D
FNORD_G
FNORD_H
FNORD-2
export FNORD_C=3
export FNORD_D=4
export FNORD_G=7
export FNORD_H=8
FNORD-3
FNORD_B
FNORD_D
FNORD_F
FNORD_H
FNORD-4
readonly FNORD_B=2
readonly FNORD_D=4
readonly FNORD_F=6
readonly FNORD_H=8
FNORD-5
typeset FNORD_A
typeset -r FNORD_B
typeset -x FNORD_C
typeset -x -r FNORD_D
typeset -i FNORD_E
typeset -i -r FNORD_F
typeset -i -x FNORD_G
typeset -i -x -r FNORD_H
FNORD-6
typeset FNORD_A=1
typeset -r FNORD_B=2
typeset -x FNORD_C=3
typeset -x -r FNORD_D=4
typeset -i FNORD_E=5
typeset -i -r FNORD_F=6
typeset -i -x FNORD_G=7
typeset -i -x -r FNORD_H=8
FNORD-7
FNORD_A=1
FNORD_B=2
FNORD_C=3
FNORD_D=4
FNORD_E=5
FNORD_F=6
FNORD_G=7
FNORD_H=8
FNORD-8
set -A fnord
typeset fnord[0]=42
typeset fnord[1]=23
FNORD-9
---
name: regression-64
description:
Check that we can redefine functions calling time builtin
stdin:
t() {
time >/dev/null
}
t 2>/dev/null
t() {
time
}
---
name: regression-65
description:
check for a regression with sleep builtin and signal mask
category: !nojsig
time-limit: 3
stdin:
sleep 1
echo blub |&
while read -p line; do :; done
echo ok
expected-stdout:
ok
---
name: regression-66
description:
Check that quoting is sane
category: !nojsig
stdin:
ac_space=' '
ac_newline='
'
set | grep ^ac_ |&
set -A lines
while IFS= read -pr line; do
if [[ $line = *space* ]]; then
lines[0]=$line
else
lines[1]=$line
fi
done
for line in "${lines[@]}"; do
print -r -- "$line"
done
expected-stdout:
ac_space=' '
ac_newline=$'\n'
---
name: readonly-0
description:
Ensure readonly is honoured for assignments and unset
stdin:
"$__progname" -c 'u=x; echo $? $u .' || echo aborted, $?
echo =
"$__progname" -c 'readonly u; u=x; echo $? $u .' || echo aborted, $?
echo =
"$__progname" -c 'u=x; readonly u; unset u; echo $? $u .' || echo aborted, $?
expected-stdout:
0 x .
=
aborted, 2
=
1 x .
expected-stderr-pattern:
/read-only/
---
name: readonly-1
description:
http://austingroupbugs.net/view.php?id=367 for export
stdin:
"$__progname" -c 'readonly foo; export foo=a; echo $?' || echo aborted, $?
expected-stdout:
aborted, 2
expected-stderr-pattern:
/read-only/
---
name: readonly-2a
description:
Check that getopts works as intended, for readonly-2b to be valid
stdin:
"$__progname" -c 'set -- -a b; getopts a c; echo $? $c .; getopts a c; echo $? $c .' || echo aborted, $?
expected-stdout:
0 a .
1 ? .
---
name: readonly-2b
description:
http://austingroupbugs.net/view.php?id=367 for getopts
stdin:
"$__progname" -c 'readonly c; set -- -a b; getopts a c; echo $? $c .' || echo aborted, $?
expected-stdout:
2 .
expected-stderr-pattern:
/read-only/
---
name: readonly-3
description:
http://austingroupbugs.net/view.php?id=367 for read
stdin:
echo x | "$__progname" -c 'read s; echo $? $s .' || echo aborted, $?
echo y | "$__progname" -c 'readonly s; read s; echo $? $s .' || echo aborted, $?
expected-stdout:
0 x .
2 .
expected-stderr-pattern:
/read-only/
---
name: syntax-1
description:
Check that lone ampersand is a syntax error
stdin:
&
expected-exit: e != 0
expected-stderr-pattern:
/syntax error/
---
name: xxx-quoted-newline-1
description:
Check that \<newline> works inside of ${}
stdin:
abc=2
echo ${ab\
c}
expected-stdout:
2
---
name: xxx-quoted-newline-2
description:
Check that \<newline> works at the start of a here document
stdin:
cat << EO\
F
hi
EOF
expected-stdout:
hi
---
name: xxx-quoted-newline-3
description:
Check that \<newline> works at the end of a here document
stdin:
cat << EOF
hi
EO\
F
expected-stdout:
hi
---
name: xxx-multi-assignment-cmd
description:
Check that assignments in a command affect subsequent assignments
in the same command
stdin:
FOO=abc
FOO=123 BAR=$FOO
echo $BAR
expected-stdout:
123
---
name: xxx-multi-assignment-posix-cmd
description:
Check that the behaviour for multiple assignments with a
command name matches POSIX. See:
http://thread.gmane.org/gmane.comp.standards.posix.austin.general/1925
stdin:
X=a Y=b; X=$Y Y=$X "$__progname" -c 'echo 1 $X $Y .'; echo 2 $X $Y .
unset X Y Z
X=a Y=${X=b} Z=$X "$__progname" -c 'echo 3 $Z .'
unset X Y Z
X=a Y=${X=b} Z=$X; echo 4 $Z .
expected-stdout:
1 b a .
2 a b .
3 b .
4 a .
---
name: xxx-multi-assignment-posix-nocmd
description:
Check that the behaviour for multiple assignments with no
command name matches POSIX (Debian #334182). See:
http://thread.gmane.org/gmane.comp.standards.posix.austin.general/1925
stdin:
X=a Y=b; X=$Y Y=$X; echo 1 $X $Y .
expected-stdout:
1 b b .
---
name: xxx-multi-assignment-posix-subassign
description:
Check that the behaviour for multiple assignments matches POSIX:
- The assignment words shall be expanded in the current execution
environment.
- The assignments happen in the temporary execution environment.
stdin:
unset X Y Z
Z=a Y=${X:=b} sh -c 'echo +$X+ +$Y+ +$Z+'
echo /$X/
# Now for the special case:
unset X Y Z
X= Y=${X:=b} sh -c 'echo +$X+ +$Y+'
echo /$X/
expected-stdout:
++ +b+ +a+
/b/
++ +b+
/b/
---
name: xxx-exec-environment-1
description:
Check to see if exec sets it's environment correctly
stdin:
print '#!'"$__progname"'\nunset RANDOM\nexport | while IFS= read -r' \
'RANDOM; do eval '\''print -r -- "$RANDOM=$'\''"$RANDOM"'\'\"\'\; \
done >env; chmod +x env; PATH=.:$PATH
FOO=bar exec env
expected-stdout-pattern:
/(^|.*\n)FOO=bar\n/
---
name: xxx-exec-environment-2
description:
Check to make sure exec doesn't change environment if a program
isn't exec-ed
stdin:
print '#!'"$__progname"'\nunset RANDOM\nexport | while IFS= read -r' \
'RANDOM; do eval '\''print -r -- "$RANDOM=$'\''"$RANDOM"'\'\"\'\; \
done >env; chmod +x env; PATH=.:$PATH
env >bar1
FOO=bar exec; env >bar2
cmp -s bar1 bar2
---
name: exec-function-environment-1
description:
Check assignments in function calls and whether they affect
the current execution environment (ksh93, SUSv4)
stdin:
f() { a=2; }; g() { b=3; echo y$c-; }; a=1 f; b=2; c=1 g
echo x$a-$b- z$c-
expected-stdout:
y1-
x2-3- z1-
---
name: xxx-what-do-you-call-this-1
stdin:
echo "${foo:-"a"}*"
expected-stdout:
a*
---
name: xxx-prefix-strip-1
stdin:
foo='a cdef'
echo ${foo#a c}
expected-stdout:
def
---
name: xxx-prefix-strip-2
stdin:
set a c
x='a cdef'
echo ${x#$*}
expected-stdout:
def
---
name: xxx-variable-syntax-1
stdin:
echo ${:}
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: xxx-variable-syntax-2
stdin:
set 0
echo ${*:0}
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: xxx-variable-syntax-3
stdin:
set -A foo 0
echo ${foo[*]:0}
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: xxx-substitution-eval-order
description:
Check order of evaluation of expressions
stdin:
i=1 x= y=
set -A A abc def GHI j G k
echo ${A[x=(i+=1)]#${A[y=(i+=2)]}}
echo $x $y
expected-stdout:
HI
2 4
---
name: xxx-set-option-1
description:
Check option parsing in set
stdin:
set -vsA foo -- A 1 3 2
echo ${foo[*]}
expected-stderr:
echo ${foo[*]}
expected-stdout:
1 2 3 A
---
name: xxx-exec-1
description:
Check that exec exits for built-ins
need-ctty: yes
arguments: !-i!
stdin:
exec echo hi
echo still herre
expected-stdout:
hi
expected-stderr-pattern: /.*/
---
name: xxx-while-1
description:
Check the return value of while loops
XXX need to do same for for/select/until loops
stdin:
i=x
while [ $i != xxx ] ; do
i=x$i
if [ $i = xxx ] ; then
false
continue
fi
done
echo loop1=$?
i=x
while [ $i != xxx ] ; do
i=x$i
if [ $i = xxx ] ; then
false
break
fi
done
echo loop2=$?
i=x
while [ $i != xxx ] ; do
i=x$i
false
done
echo loop3=$?
expected-stdout:
loop1=0
loop2=0
loop3=1
---
name: xxx-status-1
description:
Check that blank lines don't clear $?
need-ctty: yes
arguments: !-i!
stdin:
(exit 1)
echo $?
(exit 1)
echo $?
true
expected-stdout:
1
1
expected-stderr-pattern: /.*/
---
name: xxx-status-2
description:
Check that $? is preserved in subshells, includes, traps.
stdin:
(exit 1)
echo blank: $?
(exit 2)
(echo subshell: $?)
echo 'echo include: $?' > foo
(exit 3)
. ./foo
trap 'echo trap: $?' ERR
(exit 4)
echo exit: $?
expected-stdout:
blank: 1
subshell: 2
include: 3
trap: 4
exit: 4
---
name: xxx-clean-chars-1
description:
Check MAGIC character is stuffed correctly
stdin:
echo `echo [<5B>`
expected-stdout:
[<5B>
---
name: xxx-param-subst-qmark-1
description:
Check suppresion of error message with null string. According to
POSIX, it shouldn't print the error as 'word' isn't ommitted.
ksh88/93, Solaris /bin/sh and /usr/xpg4/bin/sh all print the error,
that's why the condition is reversed.
stdin:
unset foo
x=
echo x${foo?$x}
expected-exit: 1
# POSIX
#expected-fail: yes
#expected-stderr-pattern: !/not set/
# common use
expected-stderr-pattern: /parameter null or not set/
---
name: xxx-param-_-1
# fails due to weirdness of execv stuff
category: !os:uwin-nt
description:
Check c flag is set.
arguments: !-c!echo "[$-]"!
expected-stdout-pattern: /^\[.*c.*\]$/
---
name: tilde-expand-1
description:
Check tilde expansion after equal signs
env-setup: !HOME=/sweet!
stdin:
echo ${A=a=}~ b=~ c=d~ ~
set +o braceexpand
unset A
echo ${A=a=}~ b=~ c=d~ ~
expected-stdout:
a=/sweet b=/sweet c=d~ /sweet
a=~ b=~ c=d~ /sweet
---
name: tilde-expand-2
description:
Check tilde expansion works
env-setup: !HOME=/sweet!
stdin:
wd=$PWD
cd /
plus=$(print -r -- ~+)
minus=$(print -r -- ~-)
nix=$(print -r -- ~)
[[ $plus = / ]]; echo one $? .
[[ $minus = "$wd" ]]; echo two $? .
[[ $nix = /sweet ]]; echo nix $? .
expected-stdout:
one 0 .
two 0 .
nix 0 .
---
name: exit-err-1
description:
Check some "exit on error" conditions
stdin:
print '#!'"$__progname"'\nexec "$1"' >env
print '#!'"$__progname"'\nexit 1' >false
chmod +x env false
PATH=.:$PATH
set -ex
env false && echo something
echo END
expected-stdout:
END
expected-stderr:
+ env false
+ echo END
---
name: exit-err-2
description:
Check some "exit on error" edge conditions (POSIXly)
stdin:
print '#!'"$__progname"'\nexec "$1"' >env
print '#!'"$__progname"'\nexit 1' >false
print '#!'"$__progname"'\nexit 0' >true
chmod +x env false
PATH=.:$PATH
set -ex
if env true; then
env false && echo something
fi
echo END
expected-stdout:
END
expected-stderr:
+ env true
+ env false
+ echo END
---
name: exit-err-3
description:
pdksh regression which AT&T ksh does right
TFM says: [set] -e | errexit
Exit (after executing the ERR trap) ...
stdin:
trap 'echo EXIT' EXIT
trap 'echo ERR' ERR
set -e
cd /XXXXX 2>/dev/null
echo DONE
exit 0
expected-stdout:
ERR
EXIT
expected-exit: e != 0
---
name: exit-err-4
description:
"set -e" test suite (POSIX)
stdin:
set -e
echo pre
if true ; then
false && echo foo
fi
echo bar
expected-stdout:
pre
bar
---
name: exit-err-5
description:
"set -e" test suite (POSIX)
stdin:
set -e
foo() {
while [ "$1" ]; do
for E in $x; do
[ "$1" = "$E" ] && { shift ; continue 2 ; }
done
x="$x $1"
shift
done
echo $x
}
echo pre
foo a b b c
echo post
expected-stdout:
pre
a b c
post
---
name: exit-err-6
description:
"set -e" test suite (BSD make)
category: os:mirbsd
stdin:
mkdir zd zd/a zd/b
print 'all:\n\t@echo eins\n\t@exit 42\n' >zd/a/Makefile
print 'all:\n\t@echo zwei\n' >zd/b/Makefile
wd=$(pwd)
set -e
for entry in a b; do ( set -e; if [[ -d $wd/zd/$entry.i386 ]]; then _newdir_="$entry.i386"; else _newdir_="$entry"; fi; if [[ -z $_THISDIR_ ]]; then _nextdir_="$_newdir_"; else _nextdir_="$_THISDIR_/$_newdir_"; fi; _makefile_spec_=; [[ ! -f $wd/zd/$_newdir_/Makefile.bsd-wrapper ]] || _makefile_spec_="-f Makefile.bsd-wrapper"; subskipdir=; for skipdir in ; do subentry=${skipdir#$entry}; if [[ $subentry != $skipdir ]]; then if [[ -z $subentry ]]; then echo "($_nextdir_ skipped)"; break; fi; subskipdir="$subskipdir ${subentry#/}"; fi; done; if [[ -z $skipdir || -n $subentry ]]; then echo "===> $_nextdir_"; cd $wd/zd/$_newdir_; make SKIPDIR="$subskipdir" $_makefile_spec_ _THISDIR_="$_nextdir_" all; fi; ) done 2>&1 | sed "s!$wd!WD!g"
expected-stdout:
===> a
eins
*** Error code 42
Stop in WD/zd/a (line 2 of Makefile).
---
name: exit-err-7
description:
"set -e" regression (LP#1104543)
stdin:
set -e
bla() {
[ -x $PWD/nonexistant ] && $PWD/nonexistant
}
echo x
bla
echo y$?
expected-stdout:
x
expected-exit: 1
---
name: exit-err-8
description:
"set -e" regression (Debian #700526)
stdin:
set -e
_db_cmd() { return $1; }
db_input() { _db_cmd 30; }
db_go() { _db_cmd 0; }
db_input || :
db_go
exit 0
---
name: exit-enoent-1
description:
SUSv4 says that the shell should exit with 126/127 in some situations
stdin:
i=0
(echo; echo :) >x
"$__progname" ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
"$__progname" -c ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
echo exit 42 >x
"$__progname" ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
"$__progname" -c ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
rm -f x
"$__progname" ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
"$__progname" -c ./x >/dev/null 2>&1; r=$?; echo $((i++)) $r .
expected-stdout:
0 0 .
1 126 .
2 42 .
3 126 .
4 127 .
5 127 .
---
name: exit-eval-1
description:
Check eval vs substitution exit codes (ksh93 alike)
stdin:
(exit 12)
eval $(false)
echo A $?
(exit 12)
eval ' $(false)'
echo B $?
(exit 12)
eval " $(false)"
echo C $?
(exit 12)
eval "eval $(false)"
echo D $?
(exit 12)
eval 'eval '"$(false)"
echo E $?
IFS="$IFS:"
(exit 12)
eval $(echo :; false)
echo F $?
echo -n "G "
(exit 12)
eval 'echo $?'
echo H $?
expected-stdout:
A 0
B 1
C 0
D 0
E 0
F 0
G 12
H 0
---
name: exit-trap-1
description:
Check that "exit" with no arguments behaves SUSv4 conformant.
stdin:
trap 'echo hi; exit' EXIT
exit 9
expected-stdout:
hi
expected-exit: 9
---
name: exit-trap-2
description:
Check that ERR and EXIT traps are run just like ksh93 does.
GNU bash does not run ERtrap in ±e eval-undef but runs it
twice (bug?) in +e eval-false, so does ksh93 (bug?), which
also has a bug to continue execution (echoing "and out" and
returning 0) in +e eval-undef.
file-setup: file 644 "x"
v=; unset v
trap 'echo EXtrap' EXIT
trap 'echo ERtrap' ERR
set $1
echo "and run $2"
eval $2
echo and out
file-setup: file 644 "xt"
v=; unset v
trap 'echo EXtrap' EXIT
trap 'echo ERtrap' ERR
set $1
echo 'and run true'
true
echo and out
file-setup: file 644 "xf"
v=; unset v
trap 'echo EXtrap' EXIT
trap 'echo ERtrap' ERR
set $1
echo 'and run false'
false
echo and out
file-setup: file 644 "xu"
v=; unset v
trap 'echo EXtrap' EXIT
trap 'echo ERtrap' ERR
set $1
echo 'and run ${v?}'
${v?}
echo and out
stdin:
runtest() {
rm -f rc
(
"$__progname" "$@"
echo $? >rc
) 2>&1 | sed \
-e 's/parameter not set/parameter null or not set/' \
-e 's/[[]6]//' -e 's/: eval: line 1//' -e 's/: line 6//' \
-e "s^${__progname%.exe}\.*e*x*e*: <stdin>\[[0-9]*]PROG"
}
xe=-e
echo : $xe
runtest x $xe true
echo = eval-true $(<rc) .
runtest x $xe false
echo = eval-false $(<rc) .
runtest x $xe '${v?}'
echo = eval-undef $(<rc) .
runtest xt $xe
echo = noeval-true $(<rc) .
runtest xf $xe
echo = noeval-false $(<rc) .
runtest xu $xe
echo = noeval-undef $(<rc) .
xe=+e
echo : $xe
runtest x $xe true
echo = eval-true $(<rc) .
runtest x $xe false
echo = eval-false $(<rc) .
runtest x $xe '${v?}'
echo = eval-undef $(<rc) .
runtest xt $xe
echo = noeval-true $(<rc) .
runtest xf $xe
echo = noeval-false $(<rc) .
runtest xu $xe
echo = noeval-undef $(<rc) .
expected-stdout:
: -e
and run true
and out
EXtrap
= eval-true 0 .
and run false
ERtrap
EXtrap
= eval-false 1 .
and run ${v?}
x: v: parameter null or not set
ERtrap
EXtrap
= eval-undef 1 .
and run true
and out
EXtrap
= noeval-true 0 .
and run false
ERtrap
EXtrap
= noeval-false 1 .
and run ${v?}
xu: v: parameter null or not set
EXtrap
= noeval-undef 1 .
: +e
and run true
and out
EXtrap
= eval-true 0 .
and run false
ERtrap
and out
EXtrap
= eval-false 0 .
and run ${v?}
x: v: parameter null or not set
ERtrap
EXtrap
= eval-undef 1 .
and run true
and out
EXtrap
= noeval-true 0 .
and run false
ERtrap
and out
EXtrap
= noeval-false 0 .
and run ${v?}
xu: v: parameter null or not set
EXtrap
= noeval-undef 1 .
---
name: test-stlt-1
description:
Check that test also can handle string1 < string2 etc.
stdin:
test 2005/10/08 '<' 2005/08/21 && echo ja || echo nein
test 2005/08/21 \< 2005/10/08 && echo ja || echo nein
test 2005/10/08 '>' 2005/08/21 && echo ja || echo nein
test 2005/08/21 \> 2005/10/08 && echo ja || echo nein
expected-stdout:
nein
ja
ja
nein
expected-stderr-pattern: !/unexpected op/
---
name: test-precedence-1
description:
Check a weird precedence case (and POSIX echo)
stdin:
test \( -f = -f \)
rv=$?
echo $rv
expected-stdout:
0
---
name: test-option-1
description:
Test the test -o operator
stdin:
runtest() {
test -o $1; echo $?
[ -o $1 ]; echo $?
[[ -o $1 ]]; echo $?
}
if_test() {
test -o $1 -o -o !$1; echo $?
[ -o $1 -o -o !$1 ]; echo $?
[[ -o $1 || -o !$1 ]]; echo $?
test -o ?$1; echo $?
}
echo 0y $(if_test utf8-mode) =
echo 0n $(if_test utf8-hack) =
echo 1= $(runtest utf8-hack) =
echo 2= $(runtest !utf8-hack) =
echo 3= $(runtest ?utf8-hack) =
set +U
echo 1+ $(runtest utf8-mode) =
echo 2+ $(runtest !utf8-mode) =
echo 3+ $(runtest ?utf8-mode) =
set -U
echo 1- $(runtest utf8-mode) =
echo 2- $(runtest !utf8-mode) =
echo 3- $(runtest ?utf8-mode) =
echo = short flags =
echo 0y $(if_test -U) =
echo 0y $(if_test +U) =
echo 0n $(if_test -_) =
echo 0n $(if_test -U-) =
echo 1= $(runtest -_) =
echo 2= $(runtest !-_) =
echo 3= $(runtest ?-_) =
set +U
echo 1+ $(runtest -U) =
echo 2+ $(runtest !-U) =
echo 3+ $(runtest ?-U) =
echo 1+ $(runtest +U) =
echo 2+ $(runtest !+U) =
echo 3+ $(runtest ?+U) =
set -U
echo 1- $(runtest -U) =
echo 2- $(runtest !-U) =
echo 3- $(runtest ?-U) =
echo 1- $(runtest +U) =
echo 2- $(runtest !+U) =
echo 3- $(runtest ?+U) =
expected-stdout:
0y 0 0 0 0 =
0n 1 1 1 1 =
1= 1 1 1 =
2= 1 1 1 =
3= 1 1 1 =
1+ 1 1 1 =
2+ 0 0 0 =
3+ 0 0 0 =
1- 0 0 0 =
2- 1 1 1 =
3- 0 0 0 =
= short flags =
0y 0 0 0 0 =
0y 0 0 0 0 =
0n 1 1 1 1 =
0n 1 1 1 1 =
1= 1 1 1 =
2= 1 1 1 =
3= 1 1 1 =
1+ 1 1 1 =
2+ 0 0 0 =
3+ 0 0 0 =
1+ 1 1 1 =
2+ 0 0 0 =
3+ 0 0 0 =
1- 0 0 0 =
2- 1 1 1 =
3- 0 0 0 =
1- 0 0 0 =
2- 1 1 1 =
3- 0 0 0 =
---
name: mkshrc-1
description:
Check that ~/.mkshrc works correctly.
Part 1: verify user environment is not read (internal)
stdin:
echo x $FNORD
expected-stdout:
x
---
name: mkshrc-2a
description:
Check that ~/.mkshrc works correctly.
Part 2: verify mkshrc is not read (non-interactive shells)
file-setup: file 644 ".mkshrc"
FNORD=42
env-setup: !HOME=.!ENV=!
stdin:
echo x $FNORD
expected-stdout:
x
---
name: mkshrc-2b
description:
Check that ~/.mkshrc works correctly.
Part 2: verify mkshrc can be read (interactive shells)
file-setup: file 644 ".mkshrc"
FNORD=42
need-ctty: yes
arguments: !-i!
env-setup: !HOME=.!ENV=!PS1=!
stdin:
echo x $FNORD
expected-stdout:
x 42
expected-stderr-pattern:
/(# )*/
---
name: mkshrc-3
description:
Check that ~/.mkshrc works correctly.
Part 3: verify mkshrc can be turned off
file-setup: file 644 ".mkshrc"
FNORD=42
env-setup: !HOME=.!ENV=nonexistant!
stdin:
echo x $FNORD
expected-stdout:
x
---
name: sh-mode-1
description:
Check that sh mode turns braceexpand off
and that that works correctly
stdin:
set -o braceexpand
set +o sh
[[ $(set +o) == *@(-o sh)@(| *) ]] && echo sh || echo nosh
[[ $(set +o) == *@(-o braceexpand)@(| *) ]] && echo brex || echo nobrex
echo {a,b,c}
set +o braceexpand
echo {a,b,c}
set -o braceexpand
echo {a,b,c}
set -o sh
echo {a,b,c}
[[ $(set +o) == *@(-o sh)@(| *) ]] && echo sh || echo nosh
[[ $(set +o) == *@(-o braceexpand)@(| *) ]] && echo brex || echo nobrex
set -o braceexpand
echo {a,b,c}
[[ $(set +o) == *@(-o sh)@(| *) ]] && echo sh || echo nosh
[[ $(set +o) == *@(-o braceexpand)@(| *) ]] && echo brex || echo nobrex
expected-stdout:
nosh
brex
a b c
{a,b,c}
a b c
{a,b,c}
sh
nobrex
a b c
sh
brex
---
name: sh-mode-2a
description:
Check that sh mode is *not* automatically turned on
category: !binsh
stdin:
ln -s "$__progname" ksh || cp "$__progname" ksh
ln -s "$__progname" sh || cp "$__progname" sh
ln -s "$__progname" ./-ksh || cp "$__progname" ./-ksh
ln -s "$__progname" ./-sh || cp "$__progname" ./-sh
for shell in {,-}{,k}sh; do
print -- $shell $(./$shell +l -c \
'[[ $(set +o) == *@(-o sh)@(| *) ]] && echo sh || echo nosh')
done
expected-stdout:
sh nosh
ksh nosh
-sh nosh
-ksh nosh
---
name: sh-mode-2b
description:
Check that sh mode *is* automatically turned on
category: binsh
stdin:
ln -s "$__progname" ksh || cp "$__progname" ksh
ln -s "$__progname" sh || cp "$__progname" sh
ln -s "$__progname" ./-ksh || cp "$__progname" ./-ksh
ln -s "$__progname" ./-sh || cp "$__progname" ./-sh
for shell in {,-}{,k}sh; do
print -- $shell $(./$shell +l -c \
'[[ $(set +o) == *@(-o sh)@(| *) ]] && echo sh || echo nosh')
done
expected-stdout:
sh sh
ksh nosh
-sh sh
-ksh nosh
---
name: pipeline-1
description:
pdksh bug: last command of a pipeline is executed in a
subshell - make sure it still is, scripts depend on it
file-setup: file 644 "abcx"
file-setup: file 644 "abcy"
stdin:
echo *
echo a | while read d; do
echo $d
echo $d*
echo *
set -o noglob
echo $d*
echo *
done
echo *
expected-stdout:
abcx abcy
a
abcx abcy
abcx abcy
a*
*
abcx abcy
---
name: pipeline-2
description:
check that co-processes work with TCOMs, TPIPEs and TPARENs
category: !nojsig
stdin:
"$__progname" -c 'i=100; echo hi |& while read -p line; do echo "$((i++)) $line"; done'
"$__progname" -c 'i=200; echo hi | cat |& while read -p line; do echo "$((i++)) $line"; done'
"$__progname" -c 'i=300; (echo hi | cat) |& while read -p line; do echo "$((i++)) $line"; done'
expected-stdout:
100 hi
200 hi
300 hi
---
name: pipeline-3
description:
Check that PIPESTATUS does what it's supposed to
stdin:
echo 1 $PIPESTATUS .
echo 2 ${PIPESTATUS[0]} .
echo 3 ${PIPESTATUS[1]} .
(echo x; exit 12) | (cat; exit 23) | (cat; exit 42)
echo 5 $? , $PIPESTATUS , ${PIPESTATUS[0]} , ${PIPESTATUS[1]} , ${PIPESTATUS[2]} , ${PIPESTATUS[3]} .
echo 6 ${PIPESTATUS[0]} .
set | fgrep PIPESTATUS
echo 8 $(set | fgrep PIPESTATUS) .
expected-stdout:
1 0 .
2 0 .
3 .
x
5 42 , 12 , 12 , 23 , 42 , .
6 0 .
PIPESTATUS[0]=0
8 PIPESTATUS[0]=0 PIPESTATUS[1]=0 .
---
name: persist-history-1
description:
Check if persistent history saving works
category: !no-histfile
need-ctty: yes
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
cat hist.file
expected-stdout-pattern:
/cat hist.file/
expected-stderr-pattern:
/^X*$/
---
name: typeset-1
description:
Check that global does what typeset is supposed to do
stdin:
set -A arrfoo 65
foo() {
global -Uui16 arrfoo[*]
}
echo before ${arrfoo[0]} .
foo
echo after ${arrfoo[0]} .
set -A arrbar 65
bar() {
echo inside before ${arrbar[0]} .
arrbar[0]=97
echo inside changed ${arrbar[0]} .
global -Uui16 arrbar[*]
echo inside typeset ${arrbar[0]} .
arrbar[0]=48
echo inside changed ${arrbar[0]} .
}
echo before ${arrbar[0]} .
bar
echo after ${arrbar[0]} .
expected-stdout:
before 65 .
after 16#41 .
before 65 .
inside before 65 .
inside changed 97 .
inside typeset 16#61 .
inside changed 16#30 .
after 16#30 .
---
name: typeset-padding-1
description:
Check if left/right justification works as per TFM
stdin:
typeset -L10 ln=0hall0
typeset -R10 rn=0hall0
typeset -ZL10 lz=0hall0
typeset -ZR10 rz=0hall0
typeset -Z10 rx=" hallo "
echo "<$ln> <$rn> <$lz> <$rz> <$rx>"
expected-stdout:
<0hall0 > < 0hall0> <hall0 > <00000hall0> <0000 hallo>
---
name: typeset-padding-2
description:
Check if base-!10 integers are padded right
stdin:
typeset -Uui16 -L9 ln=16#1
typeset -Uui16 -R9 rn=16#1
typeset -Uui16 -Z9 zn=16#1
typeset -L9 ls=16#1
typeset -R9 rs=16#1
typeset -Z9 zs=16#1
echo "<$ln> <$rn> <$zn> <$ls> <$rs> <$zs>"
expected-stdout:
<16#1 > < 16#1> <16#000001> <16#1 > < 16#1> <0000016#1>
---
name: utf8bom-1
description:
Check that the UTF-8 Byte Order Mark is ignored as the first
multibyte character of the shell input (with -c, from standard
input, as file, or as eval argument), but nowhere else
# breaks on Mac OSX (HFS+ non-standard Unicode canonical decomposition)
category: !os:darwin
stdin:
mkdir foo
print '#!/bin/sh\necho ohne' >foo/fnord
print '#!/bin/sh\necho mit' >foo/fnord
print 'fnord\nfnord\nfnord\nfnord' >foo/bar
print eval \''fnord\nfnord\nfnord\nfnord'\' >foo/zoo
set -A anzahl -- foo/*
echo got ${#anzahl[*]} files
chmod +x foo/*
export PATH=$(pwd)/foo:$PATH
"$__progname" -c 'fnord'
echo =
"$__progname" -c 'fnord; fnord; fnord; fnord'
echo =
"$__progname" foo/bar
echo =
"$__progname" <foo/bar
echo =
"$__progname" foo/zoo
echo =
"$__progname" -c 'echo : $(fnord)'
rm -rf foo
expected-stdout:
got 4 files
ohne
=
ohne
ohne
mit
ohne
=
ohne
ohne
mit
ohne
=
ohne
ohne
mit
ohne
=
ohne
ohne
mit
ohne
=
: ohne
---
name: utf8bom-2
description:
Check that we can execute BOM-shebangs (failures not fatal)
XXX if the OS can already execute them, we lose
note: cygwin execve(2) doesn't return to us with ENOEXEC, we lose
note: Ultrix perl5 t4 returns 65280 (exit-code 255) and no text
need-pass: no
category: !os:cygwin,!os:msys,!os:ultrix,!os:uwin-nt,!smksh
env-setup: !FOO=BAR!
stdin:
print '#!'"$__progname"'\nprint "1 a=$ENV{FOO}";' >t1
print '#!'"$__progname"'\nprint "2 a=$ENV{FOO}";' >t2
print '#!'"$__perlname"'\nprint "3 a=$ENV{FOO}\n";' >t3
print '#!'"$__perlname"'\nprint "4 a=$ENV{FOO}\n";' >t4
chmod +x t?
./t1
./t2
./t3
./t4
expected-stdout:
1 a=/nonexistant{FOO}
2 a=/nonexistant{FOO}
3 a=BAR
4 a=BAR
expected-stderr-pattern:
/(Unrecognized character .... ignored at \..t4 line 1)*/
---
name: utf8opt-1a
description:
Check that the utf8-mode flag is not set at non-interactive startup
category: !os:hpux
env-setup: !PS1=!PS2=!LC_CTYPE=en_US.UTF-8!
stdin:
if [[ $- = *U* ]]; then
echo is set
else
echo is not set
fi
expected-stdout:
is not set
---
name: utf8opt-1b
description:
Check that the utf8-mode flag is not set at non-interactive startup
category: os:hpux
env-setup: !PS1=!PS2=!LC_CTYPE=en_US.utf8!
stdin:
if [[ $- = *U* ]]; then
echo is set
else
echo is not set
fi
expected-stdout:
is not set
---
name: utf8opt-2a
description:
Check that the utf8-mode flag is set at interactive startup.
-DMKSH_ASSUME_UTF8=0 => expected failure, please ignore
-DMKSH_ASSUME_UTF8=1 => not expected, please investigate
-UMKSH_ASSUME_UTF8 => not expected, but if your OS is old,
try passing HAVE_SETLOCALE_CTYPE=0 to Build.sh
need-pass: no
category: !os:hpux,!os:msys
need-ctty: yes
arguments: !-i!
env-setup: !PS1=!PS2=!LC_CTYPE=en_US.UTF-8!
stdin:
if [[ $- = *U* ]]; then
echo is set
else
echo is not set
fi
expected-stdout:
is set
expected-stderr-pattern:
/(# )*/
---
name: utf8opt-2b
description:
Check that the utf8-mode flag is set at interactive startup
Expected failure if -DMKSH_ASSUME_UTF8=0
category: os:hpux
need-ctty: yes
arguments: !-i!
env-setup: !PS1=!PS2=!LC_CTYPE=en_US.utf8!
stdin:
if [[ $- = *U* ]]; then
echo is set
else
echo is not set
fi
expected-stdout:
is set
expected-stderr-pattern:
/(# )*/
---
name: utf8opt-3a
description:
Ensure ±U on the command line is honoured
(these two tests may pass falsely depending on CPPFLAGS)
stdin:
export i=0
code='if [[ $- = *U* ]]; then echo $i on; else echo $i off; fi'
let i++; "$__progname" -U -c "$code"
let i++; "$__progname" +U -c "$code"
echo $((++i)) done
expected-stdout:
1 on
2 off
3 done
---
name: utf8opt-3b
description:
Ensure ±U on the command line is honoured, interactive shells
need-ctty: yes
stdin:
export i=0
code='if [[ $- = *U* ]]; then echo $i on; else echo $i off; fi'
let i++; "$__progname" -U -ic "$code"
let i++; "$__progname" +U -ic "$code"
echo $((++i)) done
expected-stdout:
1 on
2 off
3 done
---
name: aliases-1
description:
Check if built-in shell aliases are okay
category: !android,!arge
stdin:
alias
typeset -f
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
stop='kill -STOP'
suspend='kill -STOP $$'
type='whence -v'
---
name: aliases-1-hartz4
description:
Check if built-in shell aliases are okay
category: android,arge
stdin:
alias
typeset -f
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
type='whence -v'
---
name: aliases-2a
description:
Check if “set -o sh” disables built-in aliases (except a few)
category: disabled
arguments: !-o!sh!
stdin:
alias
typeset -f
expected-stdout:
integer='typeset -i'
local=typeset
---
name: aliases-3a
description:
Check if running as sh disables built-in aliases (except a few)
category: disabled
stdin:
cp "$__progname" sh
./sh -c 'alias; typeset -f'
rm -f sh
expected-stdout:
integer='typeset -i'
local=typeset
---
name: aliases-2b
description:
Check if “set -o sh” does not influence built-in aliases
category: !android,!arge
arguments: !-o!sh!
stdin:
alias
typeset -f
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
stop='kill -STOP'
suspend='kill -STOP $$'
type='whence -v'
---
name: aliases-3b
description:
Check if running as sh does not influence built-in aliases
category: !android,!arge
stdin:
cp "$__progname" sh
./sh -c 'alias; typeset -f'
rm -f sh
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
stop='kill -STOP'
suspend='kill -STOP $$'
type='whence -v'
---
name: aliases-2b-hartz4
description:
Check if “set -o sh” does not influence built-in aliases
category: android,arge
arguments: !-o!sh!
stdin:
alias
typeset -f
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
type='whence -v'
---
name: aliases-3b-hartz4
description:
Check if running as sh does not influence built-in aliases
category: android,arge
stdin:
cp "$__progname" sh
./sh -c 'alias; typeset -f'
rm -f sh
expected-stdout:
autoload='typeset -fu'
functions='typeset -f'
hash='alias -t'
history='fc -l'
integer='typeset -i'
local=typeset
login='exec login'
nameref='typeset -n'
nohup='nohup '
r='fc -e -'
source='PATH=$PATH:. command .'
type='whence -v'
---
name: aliases-cmdline
description:
Check that aliases work from the command line (Debian #517009)
Note that due to the nature of the lexing process, defining
aliases in COMSUBs then immediately using them, and things
like 'alias foo=bar && foo', still fail.
stdin:
"$__progname" -c $'alias a="echo OK"\na'
expected-stdout:
OK
---
name: aliases-funcdef-1
description:
Check if POSIX functions take precedences over aliases
stdin:
alias foo='echo makro'
foo() {
echo funktion
}
foo
expected-stdout:
funktion
---
name: aliases-funcdef-2
description:
Check if POSIX functions take precedences over aliases
stdin:
alias foo='echo makro'
foo () {
echo funktion
}
foo
expected-stdout:
funktion
---
name: aliases-funcdef-3
description:
Check if aliases take precedences over Korn functions
stdin:
alias foo='echo makro'
function foo {
echo funktion
}
foo
expected-stdout:
makro
---
name: aliases-funcdef-4
description:
Functions should only take over if actually being defined
stdin:
alias local
:|| local() { :; }
alias local
expected-stdout:
local=typeset
local=typeset
---
name: arrays-1
description:
Check if Korn Shell arrays work as expected
stdin:
v="c d"
set -A foo -- a \$v "$v" '$v' b
echo "${#foo[*]}|${foo[0]}|${foo[1]}|${foo[2]}|${foo[3]}|${foo[4]}|"
expected-stdout:
5|a|$v|c d|$v|b|
---
name: arrays-2a
description:
Check if bash-style arrays work as expected
stdin:
v="c d"
foo=(a \$v "$v" '$v' b)
echo "${#foo[*]}|${foo[0]}|${foo[1]}|${foo[2]}|${foo[3]}|${foo[4]}|"
expected-stdout:
5|a|$v|c d|$v|b|
---
name: arrays-2b
description:
Check if bash-style arrays work as expected, with newlines
stdin:
print '#!'"$__progname"'\nfor x in "$@"; do print -nr -- "$x|"; done' >pfp
chmod +x pfp
test -n "$ZSH_VERSION" && setopt KSH_ARRAYS
v="e f"
foo=(a
bc
d \$v "$v" '$v' g
)
./pfp "${#foo[*]}" "${foo[0]}" "${foo[1]}" "${foo[2]}" "${foo[3]}" "${foo[4]}" "${foo[5]}" "${foo[6]}"; echo
foo=(a\
bc
d \$v "$v" '$v' g
)
./pfp "${#foo[*]}" "${foo[0]}" "${foo[1]}" "${foo[2]}" "${foo[3]}" "${foo[4]}" "${foo[5]}" "${foo[6]}"; echo
foo=(a\
bc\\
d \$v "$v" '$v'
g)
./pfp "${#foo[*]}" "${foo[0]}" "${foo[1]}" "${foo[2]}" "${foo[3]}" "${foo[4]}" "${foo[5]}" "${foo[6]}"; echo
expected-stdout:
7|a|bc|d|$v|e f|$v|g|
7|a|bc|d|$v|e f|$v|g|
6|abc\|d|$v|e f|$v|g||
---
name: arrays-3
description:
Check if array bounds are uint32_t
stdin:
set -A foo a b c
foo[4097]=d
foo[2147483637]=e
echo ${foo[*]}
foo[-1]=f
echo ${foo[4294967295]} g ${foo[*]}
expected-stdout:
a b c d e
f g a b c d e f
---
name: arrays-4
description:
Check if Korn Shell arrays with specified indices work as expected
stdin:
v="c d"
set -A foo -- [1]=\$v [2]="$v" [4]='$v' [0]=a [5]=b
echo "${#foo[*]}|${foo[0]}|${foo[1]}|${foo[2]}|${foo[3]}|${foo[4]}|${foo[5]}|"
expected-stdout:
5|a|$v|c d||$v|b|
---
name: arrays-5
description:
Check if bash-style arrays with specified indices work as expected
stdin:
v="c d"
foo=([1]=\$v [2]="$v" [4]='$v' [0]=a [5]=b)
echo "${#foo[*]}|${foo[0]}|${foo[1]}|${foo[2]}|${foo[3]}|${foo[4]}|${foo[5]}|"
x=([128]=foo bar baz)
echo k= ${!x[*]} .
echo v= ${x[*]} .
expected-stdout:
5|a|$v|c d||$v|b|
k= 128 129 130 .
v= foo bar baz .
---
name: arrays-6
description:
Check if we can get the array keys (indices) for indexed arrays,
Korn shell style
stdin:
of() {
i=0
for x in "$@"; do
echo -n "$((i++))<$x>"
done
echo
}
foo[1]=eins
set | grep '^foo'
echo =
foo[0]=zwei
foo[4]=drei
set | grep '^foo'
echo =
echo a $(of ${foo[*]}) = $(of ${bar[*]}) a
echo b $(of "${foo[*]}") = $(of "${bar[*]}") b
echo c $(of ${foo[@]}) = $(of ${bar[@]}) c
echo d $(of "${foo[@]}") = $(of "${bar[@]}") d
echo e $(of ${!foo[*]}) = $(of ${!bar[*]}) e
echo f $(of "${!foo[*]}") = $(of "${!bar[*]}") f
echo g $(of ${!foo[@]}) = $(of ${!bar[@]}) g
echo h $(of "${!foo[@]}") = $(of "${!bar[@]}") h
expected-stdout:
foo[1]=eins
=
foo[0]=zwei
foo[1]=eins
foo[4]=drei
=
a 0<zwei>1<eins>2<drei> = a
b 0<zwei eins drei> = 0<> b
c 0<zwei>1<eins>2<drei> = c
d 0<zwei>1<eins>2<drei> = d
e 0<0>1<1>2<4> = e
f 0<0 1 4> = 0<> f
g 0<0>1<1>2<4> = g
h 0<0>1<1>2<4> = h
---
name: arrays-7
description:
Check if we can get the array keys (indices) for indexed arrays,
Korn shell style, in some corner cases
stdin:
echo !arz: ${!arz}
echo !arz[0]: ${!arz[0]}
echo !arz[1]: ${!arz[1]}
arz=foo
echo !arz: ${!arz}
echo !arz[0]: ${!arz[0]}
echo !arz[1]: ${!arz[1]}
unset arz
echo !arz: ${!arz}
echo !arz[0]: ${!arz[0]}
echo !arz[1]: ${!arz[1]}
expected-stdout:
!arz: 0
!arz[0]:
!arz[1]:
!arz: arz
!arz[0]: 0
!arz[1]:
!arz: 0
!arz[0]:
!arz[1]:
---
name: arrays-8
description:
Check some behavioural rules for arrays.
stdin:
fna() {
set -A aa 9
}
fnb() {
typeset ab
set -A ab 9
}
fnc() {
typeset ac
set -A ac 91
unset ac
set -A ac 92
}
fnd() {
set +A ad 9
}
fne() {
unset ae
set +A ae 9
}
fnf() {
unset af[0]
set +A af 9
}
fng() {
unset ag[*]
set +A ag 9
}
set -A aa 1 2
set -A ab 1 2
set -A ac 1 2
set -A ad 1 2
set -A ae 1 2
set -A af 1 2
set -A ag 1 2
set -A ah 1 2
typeset -Z3 aa ab ac ad ae af ag
print 1a ${aa[*]} .
print 1b ${ab[*]} .
print 1c ${ac[*]} .
print 1d ${ad[*]} .
print 1e ${ae[*]} .
print 1f ${af[*]} .
print 1g ${ag[*]} .
print 1h ${ah[*]} .
fna
fnb
fnc
fnd
fne
fnf
fng
typeset -Z5 ah[*]
print 2a ${aa[*]} .
print 2b ${ab[*]} .
print 2c ${ac[*]} .
print 2d ${ad[*]} .
print 2e ${ae[*]} .
print 2f ${af[*]} .
print 2g ${ag[*]} .
print 2h ${ah[*]} .
expected-stdout:
1a 001 002 .
1b 001 002 .
1c 001 002 .
1d 001 002 .
1e 001 002 .
1f 001 002 .
1g 001 002 .
1h 1 2 .
2a 9 .
2b 001 002 .
2c 92 .
2d 009 002 .
2e 9 .
2f 9 002 .
2g 009 .
2h 00001 00002 .
---
name: arrays-9a
description:
Check that we can concatenate arrays
stdin:
unset foo; foo=(bar); foo+=(baz); echo 1 ${!foo[*]} : ${foo[*]} .
unset foo; foo=(foo bar); foo+=(baz); echo 2 ${!foo[*]} : ${foo[*]} .
unset foo; foo=([2]=foo [0]=bar); foo+=(baz [5]=quux); echo 3 ${!foo[*]} : ${foo[*]} .
expected-stdout:
1 0 1 : bar baz .
2 0 1 2 : foo bar baz .
3 0 2 3 5 : bar foo baz quux .
---
name: arrays-9b
description:
Check that we can concatenate parameters too
stdin:
unset foo; foo=bar; foo+=baz; echo 1 $foo .
unset foo; typeset -i16 foo=10; foo+=20; echo 2 $foo .
expected-stdout:
1 barbaz .
2 16#a20 .
---
name: arrassign-basic
description:
Check basic whitespace conserving properties of wdarrassign
stdin:
a=($(echo a b))
b=($(echo "a b"))
c=("$(echo "a b")")
d=("$(echo a b)")
a+=($(echo c d))
b+=($(echo "c d"))
c+=("$(echo "c d")")
d+=("$(echo c d)")
echo ".a:${a[0]}.${a[1]}.${a[2]}.${a[3]}:"
echo ".b:${b[0]}.${b[1]}.${b[2]}.${b[3]}:"
echo ".c:${c[0]}.${c[1]}.${c[2]}.${c[3]}:"
echo ".d:${d[0]}.${d[1]}.${d[2]}.${d[3]}:"
expected-stdout:
.a:a.b.c.d:
.b:a.b.c.d:
.c:a b.c d..:
.d:a b.c d..:
---
name: arrassign-fnc-none
description:
Check locality of array access inside a function
stdin:
function fn {
x+=(f)
echo ".fn:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
}
function rfn {
if [[ -n $BASH_VERSION ]]; then
y=()
else
set -A y
fi
y+=(f)
echo ".rfn:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
}
x=(m m)
y=(m m)
echo ".f0:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f1:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f2:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
echo ".rf0:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf1:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf2:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
expected-stdout:
.f0:m.m..:
.fn:m.m.f.:
.f1:m.m.f.:
.fn:m.m.f.f:
.f2:m.m.f.f:
.rf0:m.m..:
.rfn:f...:
.rf1:f...:
.rfn:f...:
.rf2:f...:
---
name: arrassign-fnc-local
description:
Check locality of array access inside a function
with the bash/mksh/ksh93 local/typeset keyword
(note: ksh93 has no local; typeset works only in FKSH)
stdin:
function fn {
typeset x
x+=(f)
echo ".fn:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
}
function rfn {
if [[ -n $BASH_VERSION ]]; then
y=()
else
set -A y
fi
typeset y
y+=(f)
echo ".rfn:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
}
function fnr {
typeset z
if [[ -n $BASH_VERSION ]]; then
z=()
else
set -A z
fi
z+=(f)
echo ".fnr:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
}
x=(m m)
y=(m m)
z=(m m)
echo ".f0:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f1:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f2:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
echo ".rf0:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf1:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf2:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
echo ".f0r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
fnr
echo ".f1r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
fnr
echo ".f2r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
expected-stdout:
.f0:m.m..:
.fn:f...:
.f1:m.m..:
.fn:f...:
.f2:m.m..:
.rf0:m.m..:
.rfn:f...:
.rf1:...:
.rfn:f...:
.rf2:...:
.f0r:m.m..:
.fnr:f...:
.f1r:m.m..:
.fnr:f...:
.f2r:m.m..:
---
name: arrassign-fnc-global
description:
Check locality of array access inside a function
with the mksh-specific global keyword
stdin:
function fn {
global x
x+=(f)
echo ".fn:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
}
function rfn {
set -A y
global y
y+=(f)
echo ".rfn:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
}
function fnr {
global z
set -A z
z+=(f)
echo ".fnr:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
}
x=(m m)
y=(m m)
z=(m m)
echo ".f0:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f1:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
fn
echo ".f2:${x[0]}.${x[1]}.${x[2]}.${x[3]}:"
echo ".rf0:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf1:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
rfn
echo ".rf2:${y[0]}.${y[1]}.${y[2]}.${y[3]}:"
echo ".f0r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
fnr
echo ".f1r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
fnr
echo ".f2r:${z[0]}.${z[1]}.${z[2]}.${z[3]}:"
expected-stdout:
.f0:m.m..:
.fn:m.m.f.:
.f1:m.m.f.:
.fn:m.m.f.f:
.f2:m.m.f.f:
.rf0:m.m..:
.rfn:f...:
.rf1:f...:
.rfn:f...:
.rf2:f...:
.f0r:m.m..:
.fnr:f...:
.f1r:f...:
.fnr:f...:
.f2r:f...:
---
name: strassign-fnc-none
description:
Check locality of string access inside a function
stdin:
function fn {
x+=f
echo ".fn:$x:"
}
function rfn {
y=
y+=f
echo ".rfn:$y:"
}
x=m
y=m
echo ".f0:$x:"
fn
echo ".f1:$x:"
fn
echo ".f2:$x:"
echo ".rf0:$y:"
rfn
echo ".rf1:$y:"
rfn
echo ".rf2:$y:"
expected-stdout:
.f0:m:
.fn:mf:
.f1:mf:
.fn:mff:
.f2:mff:
.rf0:m:
.rfn:f:
.rf1:f:
.rfn:f:
.rf2:f:
---
name: strassign-fnc-local
description:
Check locality of string access inside a function
with the bash/mksh/ksh93 local/typeset keyword
(note: ksh93 has no local; typeset works only in FKSH)
stdin:
function fn {
typeset x
x+=f
echo ".fn:$x:"
}
function rfn {
y=
typeset y
y+=f
echo ".rfn:$y:"
}
function fnr {
typeset z
z=
z+=f
echo ".fnr:$z:"
}
x=m
y=m
z=m
echo ".f0:$x:"
fn
echo ".f1:$x:"
fn
echo ".f2:$x:"
echo ".rf0:$y:"
rfn
echo ".rf1:$y:"
rfn
echo ".rf2:$y:"
echo ".f0r:$z:"
fnr
echo ".f1r:$z:"
fnr
echo ".f2r:$z:"
expected-stdout:
.f0:m:
.fn:f:
.f1:m:
.fn:f:
.f2:m:
.rf0:m:
.rfn:f:
.rf1::
.rfn:f:
.rf2::
.f0r:m:
.fnr:f:
.f1r:m:
.fnr:f:
.f2r:m:
---
name: strassign-fnc-global
description:
Check locality of string access inside a function
with the mksh-specific global keyword
stdin:
function fn {
global x
x+=f
echo ".fn:$x:"
}
function rfn {
y=
global y
y+=f
echo ".rfn:$y:"
}
function fnr {
global z
z=
z+=f
echo ".fnr:$z:"
}
x=m
y=m
z=m
echo ".f0:$x:"
fn
echo ".f1:$x:"
fn
echo ".f2:$x:"
echo ".rf0:$y:"
rfn
echo ".rf1:$y:"
rfn
echo ".rf2:$y:"
echo ".f0r:$z:"
fnr
echo ".f1r:$z:"
fnr
echo ".f2r:$z:"
expected-stdout:
.f0:m:
.fn:mf:
.f1:mf:
.fn:mff:
.f2:mff:
.rf0:m:
.rfn:f:
.rf1:f:
.rfn:f:
.rf2:f:
.f0r:m:
.fnr:f:
.f1r:f:
.fnr:f:
.f2r:f:
---
name: varexpand-substr-1
description:
Check if bash-style substring expansion works
when using positive numerics
stdin:
x=abcdefghi
typeset -i y=123456789
typeset -i 16 z=123456789 # 16#75bcd15
echo a t${x:2:2} ${y:2:3} ${z:2:3} a
echo b ${x::3} ${y::3} ${z::3} b
echo c ${x:2:} ${y:2:} ${z:2:} c
echo d ${x:2} ${y:2} ${z:2} d
echo e ${x:2:6} ${y:2:6} ${z:2:7} e
echo f ${x:2:7} ${y:2:7} ${z:2:8} f
echo g ${x:2:8} ${y:2:8} ${z:2:9} g
expected-stdout:
a tcd 345 #75 a
b abc 123 16# b
c c
d cdefghi 3456789 #75bcd15 d
e cdefgh 345678 #75bcd1 e
f cdefghi 3456789 #75bcd15 f
g cdefghi 3456789 #75bcd15 g
---
name: varexpand-substr-2
description:
Check if bash-style substring expansion works
when using negative numerics or expressions
stdin:
x=abcdefghi
typeset -i y=123456789
typeset -i 16 z=123456789 # 16#75bcd15
n=2
echo a ${x:$n:3} ${y:$n:3} ${z:$n:3} a
echo b ${x:(n):3} ${y:(n):3} ${z:(n):3} b
echo c ${x:(-2):1} ${y:(-2):1} ${z:(-2):1} c
echo d t${x: n:2} ${y: n:3} ${z: n:3} d
expected-stdout:
a cde 345 #75 a
b cde 345 #75 b
c h 8 1 c
d tcd 345 #75 d
---
name: varexpand-substr-3
description:
Check that some things that work in bash fail.
This is by design. And that some things fail in both.
stdin:
export x=abcdefghi n=2
"$__progname" -c 'echo v${x:(n)}x'
"$__progname" -c 'echo w${x: n}x'
"$__progname" -c 'echo x${x:n}x'
"$__progname" -c 'echo y${x:}x'
"$__progname" -c 'echo z${x}x'
"$__progname" -c 'x=abcdef;y=123;echo ${x:${y:2:1}:2}' >/dev/null 2>&1; echo $?
expected-stdout:
vcdefghix
wcdefghix
zabcdefghix
1
expected-stderr-pattern:
/x:n.*bad substitution.*\n.*bad substitution/
---
name: varexpand-substr-4
description:
Check corner cases for substring expansion
stdin:
x=abcdefghi
integer y=2
echo a ${x:(y == 1 ? 2 : 3):4} a
expected-stdout:
a defg a
---
name: varexpand-substr-5A
description:
Check that substring expansions work on characters
stdin:
set +U
x=mäh
echo a ${x::1} ${x: -1} a
echo b ${x::3} ${x: -3} b
echo c ${x:1:2} ${x: -3:2} c
echo d ${#x} d
expected-stdout:
a m h a
b mä äh b
c ä ä c
d 4 d
---
name: varexpand-substr-5W
description:
Check that substring expansions work on characters
stdin:
set -U
x=mäh
echo a ${x::1} ${x: -1} a
echo b ${x::2} ${x: -2} b
echo c ${x:1:1} ${x: -2:1} c
echo d ${#x} d
expected-stdout:
a m h a
b mä äh b
c ä ä c
d 3 d
---
name: varexpand-substr-6
description:
Check that string substitution works correctly
stdin:
foo=1
bar=2
baz=qwertyuiop
echo a ${baz: foo: bar}
echo b ${baz: foo: $bar}
echo c ${baz: $foo: bar}
echo d ${baz: $foo: $bar}
expected-stdout:
a we
b we
c we
d we
---
name: varexpand-special-hash
description:
Check special ${var@x} expansion for x=hash
stdin:
typeset -i8 foo=10
bar=baz
unset baz
bla=foo
print ${foo@#} ${bar@#} ${baz@#} .
print ${foo@#123} ${bar@#456} ${baz@#789} .
print ${foo@#bla} ${bar@#bar} ${baz@#OPTIND} .
expected-stdout:
D50219A0 20E5DB5B 00000000 .
554A1C76 004A212E CB209562 .
6B21CF91 20E5DB5B 124EA49D .
---
name: varexpand-special-quote
description:
Check special ${var@Q} expansion for quoted strings
stdin:
set +U
i=x
j=a\ b
k=$'c
d\xA0''e€f'
print -r -- "<i=$i j=$j k=$k>"
s="u=${i@Q} v=${j@Q} w=${k@Q}"
print -r -- "s=\"$s\""
eval "$s"
typeset -p u v w
expected-stdout:
<i=x j=a b k=c
d<EFBFBD>e€f>
s="u=x v='a b' w=$'c\nd\240e\u20ACf'"
typeset u=x
typeset v='a b'
typeset w=$'c\nd\240e\u20ACf'
---
name: varexpand-null-1
description:
Ensure empty strings expand emptily
stdin:
print x ${a} ${b} y
print z ${a#?} ${b%?} w
print v ${a=} ${b/c/d} u
expected-stdout:
x y
z w
v u
---
name: varexpand-null-2
description:
Ensure empty strings, when quoted, are expanded as empty strings
stdin:
print '#!'"$__progname"'\nfor x in "$@"; do print -nr -- "<$x> "; done' >pfs
chmod +x pfs
./pfs 1 "${a}" 2 "${a#?}" + "${b%?}" 3 "${a=}" + "${b/c/d}"
echo .
expected-stdout:
<1> <> <2> <> <+> <> <3> <> <+> <> .
---
name: print-funny-chars
description:
Check print builtin's capability to output designated characters
stdin:
print '<\0144\0344\xDB\u00DB\u20AC\uDB\x40>'
expected-stdout:
<d<EFBFBD><EFBFBD>Û€Û@>
---
name: print-bksl-c
description:
Check print builtin's \c escape
stdin:
print '\ca'; print b
expected-stdout:
ab
---
name: print-nul-chars
description:
Check handling of NUL characters for print and COMSUB
stdin:
x=$(print '<\0>')
print $(($(print '<\0>' | wc -c))) $(($(print "$x" | wc -c))) \
${#x} "$x" '<\0>'
expected-stdout-pattern:
/^4 3 2 <> <\0>$/
---
name: print-escapes
description:
Check backslash expansion by the print builtin
stdin:
print '\ \!\"\#\$\%\&'\\\''\(\)\*\+\,\-\.\/\0\1\2\3\4\5\6\7\8' \
'\9\:\;\<\=\>\?\@\A\B\C\D\E\F\G\H\I\J\K\L\M\N\O\P\Q\R\S\T' \
'\U\V\W\X\Y\Z\[\\\]\^\_\`\a\b \d\e\f\g\h\i\j\k\l\m\n\o\p' \
'\q\r\s\t\u\v\w\x\y\z\{\|\}\~' '\u20acd' '\U20acd' '\x123' \
'\0x' '\0123' '\01234' | {
# integer-base-one-3As
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z5 hv=2147483647
typeset -i1 wc=0x0A
dasc=
nl=${wc#1#}
while IFS= read -r line; do
line=$line$nl
while [[ -n $line ]]; do
hv=1#${line::1}
if (( (pos & 15) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
print -n "${hv#16#} "
if (( (hv < 32) || (hv > 126) )); then
dasc=$dasc.
else
dasc=$dasc${line::1}
fi
(( (pos++ & 15) == 7 )) && print -n -- '- '
line=${line:1}
done
done
while (( pos & 15 )); do
print -n ' '
(( (pos++ & 15) == 7 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 5C 20 5C 21 5C 22 5C 23 - 5C 24 5C 25 5C 26 5C 27 |\ \!\"\#\$\%\&\'|
00000010 5C 28 5C 29 5C 2A 5C 2B - 5C 2C 5C 2D 5C 2E 5C 2F |\(\)\*\+\,\-\.\/|
00000020 5C 31 5C 32 5C 33 5C 34 - 5C 35 5C 36 5C 37 5C 38 |\1\2\3\4\5\6\7\8|
00000030 20 5C 39 5C 3A 5C 3B 5C - 3C 5C 3D 5C 3E 5C 3F 5C | \9\:\;\<\=\>\?\|
00000040 40 5C 41 5C 42 5C 43 5C - 44 1B 5C 46 5C 47 5C 48 |@\A\B\C\D.\F\G\H|
00000050 5C 49 5C 4A 5C 4B 5C 4C - 5C 4D 5C 4E 5C 4F 5C 50 |\I\J\K\L\M\N\O\P|
00000060 5C 51 5C 52 5C 53 5C 54 - 20 5C 56 5C 57 5C 58 5C |\Q\R\S\T \V\W\X\|
00000070 59 5C 5A 5C 5B 5C 5C 5D - 5C 5E 5C 5F 5C 60 07 08 |Y\Z\[\]\^\_\`..|
00000080 20 20 5C 64 1B 0C 5C 67 - 5C 68 5C 69 5C 6A 5C 6B | \d..\g\h\i\j\k|
00000090 5C 6C 5C 6D 0A 5C 6F 5C - 70 20 5C 71 0D 5C 73 09 |\l\m.\o\p \q.\s.|
000000A0 0B 5C 77 5C 79 5C 7A 5C - 7B 5C 7C 5C 7D 5C 7E 20 |.\w\y\z\{\|\}\~ |
000000B0 E2 82 AC 64 20 EF BF BD - 20 12 33 20 78 20 53 20 |...d ... .3 x S |
000000C0 53 34 0A - |S4.|
---
name: dollar-doublequoted-strings
description:
Check that a $ preceding "…" is ignored
stdin:
echo $"Localise me!"
cat <<<$"Me too!"
V=X
aol=aol
cat <<-$"aol"
I do not take a $V for a V!
aol
expected-stdout:
Localise me!
Me too!
I do not take a $V for a V!
---
name: dollar-quoted-strings
description:
Check backslash expansion by $'…' strings
stdin:
print '#!'"$__progname"'\nfor x in "$@"; do print -r -- "$x"; done' >pfn
chmod +x pfn
./pfn $'\ \!\"\#\$\%\&\'\(\)\*\+\,\-\.\/ \1\2\3\4\5\6' \
$'a\0b' $'a\01b' $'\7\8\9\:\;\<\=\>\?\@\A\B\C\D\E\F\G\H\I' \
$'\J\K\L\M\N\O\P\Q\R\S\T\U1\V\W\X\Y\Z\[\\\]\^\_\`\a\b\d\e' \
$'\f\g\h\i\j\k\l\m\n\o\p\q\r\s\t\u1\v\w\x1\y\z\{\|\}\~ $x' \
$'\u20acd' $'\U20acd' $'\x123' $'fn\x0rd' $'\0234' $'\234' \
$'\2345' $'\ca' $'\c!' $'\c?' $'\c€' $'a\
b' | {
# integer-base-one-3As
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z5 hv=2147483647
typeset -i1 wc=0x0A
dasc=
nl=${wc#1#}
while IFS= read -r line; do
line=$line$nl
while [[ -n $line ]]; do
hv=1#${line::1}
if (( (pos & 15) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
print -n "${hv#16#} "
if (( (hv < 32) || (hv > 126) )); then
dasc=$dasc.
else
dasc=$dasc${line::1}
fi
(( (pos++ & 15) == 7 )) && print -n -- '- '
line=${line:1}
done
done
while (( pos & 15 )); do
print -n ' '
(( (pos++ & 15) == 7 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 20 21 22 23 24 25 26 27 - 28 29 2A 2B 2C 2D 2E 2F | !"#$%&'()*+,-./|
00000010 20 01 02 03 04 05 06 0A - 61 0A 61 01 62 0A 07 38 | .......a.a.b..8|
00000020 39 3A 3B 3C 3D 3E 3F 40 - 41 42 43 44 1B 46 47 48 |9:;<=>?@ABCD.FGH|
00000030 49 0A 4A 4B 4C 4D 4E 4F - 50 51 52 53 54 01 56 57 |I.JKLMNOPQRST.VW|
00000040 58 59 5A 5B 5C 5D 5E 5F - 60 07 08 64 1B 0A 0C 67 |XYZ[\]^_`..d...g|
00000050 68 69 6A 6B 6C 6D 0A 6F - 70 71 0D 73 09 01 0B 77 |hijklm.opq.s...w|
00000060 01 79 7A 7B 7C 7D 7E 20 - 24 78 0A E2 82 AC 64 0A |.yz{|}~ $x....d.|
00000070 EF BF BD 0A C4 A3 0A 66 - 6E 0A 13 34 0A 9C 0A 9C |.......fn..4....|
00000080 35 0A 01 0A 01 0A 7F 0A - 02 82 AC 0A 61 0A 62 0A |5...........a.b.|
---
name: dollar-quotes-in-heredocs-strings
description:
They are, however, not parsed in here documents, here strings
(outside of string delimiters) or regular strings, but in
parameter substitutions.
stdin:
cat <<EOF
dollar = strchr(s, '$'); /* ' */
foo " bar \" baz
EOF
cat <<$'a\tb'
a\tb
a b
cat <<<"dollar = strchr(s, '$'); /* ' */"
cat <<<'dollar = strchr(s, '\''$'\''); /* '\'' */'
x="dollar = strchr(s, '$'); /* ' */"
cat <<<"$x"
cat <<<$'a\E[0m\tb'
unset nl; print -r -- "x${nl:=$'\n'}y"
echo "1 foo\"bar"
# cf & HEREDOC
cat <<EOF
2 foo\"bar
EOF
# probably never reached for here strings?
cat <<<"3 foo\"bar"
cat <<<"4 foo\\\"bar"
cat <<<'5 foo\"bar'
# old scripts use this (e.g. ncurses)
echo "^$"
# make sure this works, outside of quotes
cat <<<'7'$'\t''.'
expected-stdout:
dollar = strchr(s, '$'); /* ' */
foo " bar \" baz
a\tb
dollar = strchr(s, '$'); /* ' */
dollar = strchr(s, '$'); /* ' */
dollar = strchr(s, '$'); /* ' */
a b
x
y
1 foo"bar
2 foo\"bar
3 foo"bar
4 foo\"bar
5 foo\"bar
^$
7 .
---
name: dot-needs-argument
description:
check Debian #415167 solution: '.' without arguments should fail
stdin:
"$__progname" -c .
"$__progname" -c source
expected-exit: e != 0
expected-stderr-pattern:
/\.: missing argument.*\n.*\.: missing argument/
---
name: alias-function-no-conflict
description:
make aliases not conflict with functions
note: for ksh-like functions, the order of preference is
different; bash outputs baz instead of bar in line 2 below
stdin:
alias foo='echo bar'
foo() {
echo baz
}
alias korn='echo bar'
function korn {
echo baz
}
foo
korn
unset -f foo
foo 2>/dev/null || echo rab
expected-stdout:
baz
bar
rab
---
name: bash-function-parens
description:
ensure the keyword function is ignored when preceding
POSIX style function declarations (bashism)
stdin:
mk() {
echo '#!'"$__progname"
echo "$1 {"
echo ' echo "bar='\''$0'\'\"
echo '}'
echo ${2:-foo}
}
mk 'function foo' >f-korn
mk 'foo ()' >f-dash
mk 'function foo ()' >f-bash
mk 'function stop ()' stop >f-stop
print '#!'"$__progname"'\nprint -r -- "${0%/f-argh}"' >f-argh
chmod +x f-*
u=$(./f-argh)
x="korn: $(./f-korn)"; echo "${x/@("$u")/.}"
x="dash: $(./f-dash)"; echo "${x/@("$u")/.}"
x="bash: $(./f-bash)"; echo "${x/@("$u")/.}"
x="stop: $(./f-stop)"; echo "${x/@("$u")/.}"
expected-stdout:
korn: bar='foo'
dash: bar='./f-dash'
bash: bar='./f-bash'
stop: bar='./f-stop'
---
name: integer-base-one-1
description:
check if the use of fake integer base 1 works
stdin:
set -U
typeset -Uui16 i0=1#<EFBFBD> i1=1#€
typeset -i1 o0a=64
typeset -i1 o1a=0x263A
typeset -Uui1 o0b=0x7E
typeset -Uui1 o1b=0xFDD0
integer px=0xCAFE 'p0=1# ' p1=1#… pl=1#f
echo "in <$i0> <$i1>"
echo "out <${o0a#1#}|${o0b#1#}> <${o1a#1#}|${o1b#1#}>"
typeset -Uui1 i0 i1
echo "pass <$px> <$p0> <$p1> <$pl> <${i0#1#}|${i1#1#}>"
typeset -Uui16 tv1=1#~ tv2=1# tv3=1#<EFBFBD> tv4=1#<EFBFBD> tv5=1#<EFBFBD> tv6=1#<EFBFBD> tv7=1#  tv8=1#€
echo "specX <${tv1#16#}> <${tv2#16#}> <${tv3#16#}> <${tv4#16#}> <${tv5#16#}> <${tv6#16#}> <${tv7#16#}> <${tv8#16#}>"
typeset -i1 tv1 tv2 tv3 tv4 tv5 tv6 tv7 tv8
echo "specW <${tv1#1#}> <${tv2#1#}> <${tv3#1#}> <${tv4#1#}> <${tv5#1#}> <${tv6#1#}> <${tv7#1#}> <${tv8#1#}>"
typeset -i1 xs1=0xEF7F xs2=0xEF80 xs3=0xFDD0
echo "specU <${xs1#1#}> <${xs2#1#}> <${xs3#1#}>"
expected-stdout:
in <16#EFEF> <16#20AC>
out <@|~> <☺|﷐>
pass <16#cafe> <1# > <1#…> <1#f> <<EFBFBD>|€>
specX <7E> <7F> <EF80> <EF81> <EFC0> <EFC1> <A0> <80>
specW <~> <> <<EFBFBD>> <<EFBFBD>> <<EFBFBD>> <<EFBFBD>> < > <€>
specU <> <<EFBFBD>> <﷐>
---
name: integer-base-one-2a
description:
check if the use of fake integer base 1 stops at correct characters
stdin:
set -U
integer x=1#foo
echo /$x/
expected-stderr-pattern:
/1#foo: unexpected 'oo'/
expected-exit: e != 0
---
name: integer-base-one-2b
description:
check if the use of fake integer base 1 stops at correct characters
stdin:
set -U
integer x=1#<EFBFBD><EFBFBD>
echo /$x/
expected-stderr-pattern:
/1#<EFBFBD><EFBFBD>: unexpected '<27>'/
expected-exit: e != 0
---
name: integer-base-one-2c1
description:
check if the use of fake integer base 1 stops at correct characters
stdin:
set -U
integer x=1#…
echo /$x/
expected-stdout:
/1#…/
---
name: integer-base-one-2c2
description:
check if the use of fake integer base 1 stops at correct characters
stdin:
set +U
integer x=1#…
echo /$x/
expected-stderr-pattern:
/1#…: unexpected '<27>'/
expected-exit: e != 0
---
name: integer-base-one-2d1
description:
check if the use of fake integer base 1 handles octets okay
stdin:
set -U
typeset -i16 x=1#<EFBFBD>
echo /$x/ # invalid utf-8
expected-stdout:
/16#efff/
---
name: integer-base-one-2d2
description:
check if the use of fake integer base 1 handles octets
stdin:
set -U
typeset -i16 x=1#<EFBFBD>
echo /$x/ # invalid 2-byte
expected-stdout:
/16#efc2/
---
name: integer-base-one-2d3
description:
check if the use of fake integer base 1 handles octets
stdin:
set -U
typeset -i16 x=1#<EFBFBD>
echo /$x/ # invalid 2-byte
expected-stdout:
/16#efef/
---
name: integer-base-one-2d4
description:
check if the use of fake integer base 1 stops at invalid input
stdin:
set -U
typeset -i16 x=1#<EFBFBD><EFBFBD><EFBFBD>
echo /$x/ # invalid 3-byte
expected-stderr-pattern:
/1#<EFBFBD><EFBFBD><EFBFBD>: unexpected '<27>'/
expected-exit: e != 0
---
name: integer-base-one-2d5
description:
check if the use of fake integer base 1 stops at invalid input
stdin:
set -U
typeset -i16 x=1#<EFBFBD><EFBFBD>
echo /$x/ # non-minimalistic
expected-stderr-pattern:
/1#<EFBFBD><EFBFBD>: unexpected '<27>'/
expected-exit: e != 0
---
name: integer-base-one-2d6
description:
check if the use of fake integer base 1 stops at invalid input
stdin:
set -U
typeset -i16 x=1#<EFBFBD><EFBFBD><EFBFBD>
echo /$x/ # non-minimalistic
expected-stderr-pattern:
/1#<EFBFBD><EFBFBD><EFBFBD>: unexpected '<27>'/
expected-exit: e != 0
---
name: integer-base-one-3As
description:
some sample code for hexdumping
not NUL safe; input lines must be NL terminated
stdin:
{
print 'Hello, World!\\\nこんにちは！'
typeset -Uui16 i=0x100
# change that to 0xFF once we can handle embedded
# NUL characters in strings / here documents
while (( i++ < 0x1FF )); do
print -n "\x${i#16#1}"
done
print '\0z'
} | {
# integer-base-one-3As
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z5 hv=2147483647
typeset -i1 wc=0x0A
dasc=
nl=${wc#1#}
while IFS= read -r line; do
line=$line$nl
while [[ -n $line ]]; do
hv=1#${line::1}
if (( (pos & 15) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
print -n "${hv#16#} "
if (( (hv < 32) || (hv > 126) )); then
dasc=$dasc.
else
dasc=$dasc${line::1}
fi
(( (pos++ & 15) == 7 )) && print -n -- '- '
line=${line:1}
done
done
while (( pos & 15 )); do
print -n ' '
(( (pos++ & 15) == 7 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 48 65 6C 6C 6F 2C 20 57 - 6F 72 6C 64 21 5C 0A E3 |Hello, World!\..|
00000010 81 93 E3 82 93 E3 81 AB - E3 81 A1 E3 81 AF EF BC |................|
00000020 81 0A 01 02 03 04 05 06 - 07 08 09 0A 0B 0C 0D 0E |................|
00000030 0F 10 11 12 13 14 15 16 - 17 18 19 1A 1B 1C 1D 1E |................|
00000040 1F 20 21 22 23 24 25 26 - 27 28 29 2A 2B 2C 2D 2E |. !"#$%&'()*+,-.|
00000050 2F 30 31 32 33 34 35 36 - 37 38 39 3A 3B 3C 3D 3E |/0123456789:;<=>|
00000060 3F 40 41 42 43 44 45 46 - 47 48 49 4A 4B 4C 4D 4E |?@ABCDEFGHIJKLMN|
00000070 4F 50 51 52 53 54 55 56 - 57 58 59 5A 5B 5C 5D 5E |OPQRSTUVWXYZ[\]^|
00000080 5F 60 61 62 63 64 65 66 - 67 68 69 6A 6B 6C 6D 6E |_`abcdefghijklmn|
00000090 6F 70 71 72 73 74 75 76 - 77 78 79 7A 7B 7C 7D 7E |opqrstuvwxyz{|}~|
000000A0 7F 80 81 82 83 84 85 86 - 87 88 89 8A 8B 8C 8D 8E |................|
000000B0 8F 90 91 92 93 94 95 96 - 97 98 99 9A 9B 9C 9D 9E |................|
000000C0 9F A0 A1 A2 A3 A4 A5 A6 - A7 A8 A9 AA AB AC AD AE |................|
000000D0 AF B0 B1 B2 B3 B4 B5 B6 - B7 B8 B9 BA BB BC BD BE |................|
000000E0 BF C0 C1 C2 C3 C4 C5 C6 - C7 C8 C9 CA CB CC CD CE |................|
000000F0 CF D0 D1 D2 D3 D4 D5 D6 - D7 D8 D9 DA DB DC DD DE |................|
00000100 DF E0 E1 E2 E3 E4 E5 E6 - E7 E8 E9 EA EB EC ED EE |................|
00000110 EF F0 F1 F2 F3 F4 F5 F6 - F7 F8 F9 FA FB FC FD FE |................|
00000120 FF 7A 0A - |.z.|
---
name: integer-base-one-3Ws
description:
some sample code for hexdumping Unicode
not NUL safe; input lines must be NL terminated
stdin:
set -U
{
print 'Hello, World!\\\nこんにちは！'
typeset -Uui16 i=0x100
# change that to 0xFF once we can handle embedded
# NUL characters in strings / here documents
while (( i++ < 0x1FF )); do
print -n "\u${i#16#1}"
done
print
print \\xff # invalid utf-8
print \\xc2 # invalid 2-byte
print \\xef\\xbf\\xc0 # invalid 3-byte
print \\xc0\\x80 # non-minimalistic
print \\xe0\\x80\\x80 # non-minimalistic
print '<27>￾￿' # end of range
print '\0z' # embedded NUL
} | {
# integer-base-one-3Ws
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z7 hv
typeset -i1 wc=0x0A
typeset -i lpos
dasc=
nl=${wc#1#}
while IFS= read -r line; do
line=$line$nl
lpos=0
while (( lpos < ${#line} )); do
wc=1#${line:(lpos++):1}
if (( (wc < 32) || \
((wc > 126) && (wc < 160)) )); then
dch=.
elif (( (wc & 0xFF80) == 0xEF80 )); then
dch=<3D>
else
dch=${wc#1#}
fi
if (( (pos & 7) == 7 )); then
dasc=$dasc$dch
dch=
elif (( (pos & 7) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
let hv=wc
print -n "${hv#16#} "
(( (pos++ & 7) == 3 )) && \
print -n -- '- '
dasc=$dasc$dch
done
done
while (( pos & 7 )); do
print -n ' '
(( (pos++ & 7) == 3 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 0048 0065 006C 006C - 006F 002C 0020 0057 |Hello, W|
00000008 006F 0072 006C 0064 - 0021 005C 000A 3053 |orld!\.こ|
00000010 3093 306B 3061 306F - FF01 000A 0001 0002 |んにちは！...|
00000018 0003 0004 0005 0006 - 0007 0008 0009 000A |........|
00000020 000B 000C 000D 000E - 000F 0010 0011 0012 |........|
00000028 0013 0014 0015 0016 - 0017 0018 0019 001A |........|
00000030 001B 001C 001D 001E - 001F 0020 0021 0022 |..... !"|
00000038 0023 0024 0025 0026 - 0027 0028 0029 002A |#$%&'()*|
00000040 002B 002C 002D 002E - 002F 0030 0031 0032 |+,-./012|
00000048 0033 0034 0035 0036 - 0037 0038 0039 003A |3456789:|
00000050 003B 003C 003D 003E - 003F 0040 0041 0042 |;<=>?@AB|
00000058 0043 0044 0045 0046 - 0047 0048 0049 004A |CDEFGHIJ|
00000060 004B 004C 004D 004E - 004F 0050 0051 0052 |KLMNOPQR|
00000068 0053 0054 0055 0056 - 0057 0058 0059 005A |STUVWXYZ|
00000070 005B 005C 005D 005E - 005F 0060 0061 0062 |[\]^_`ab|
00000078 0063 0064 0065 0066 - 0067 0068 0069 006A |cdefghij|
00000080 006B 006C 006D 006E - 006F 0070 0071 0072 |klmnopqr|
00000088 0073 0074 0075 0076 - 0077 0078 0079 007A |stuvwxyz|
00000090 007B 007C 007D 007E - 007F 0080 0081 0082 |{|}~....|
00000098 0083 0084 0085 0086 - 0087 0088 0089 008A |........|
000000A0 008B 008C 008D 008E - 008F 0090 0091 0092 |........|
000000A8 0093 0094 0095 0096 - 0097 0098 0099 009A |........|
000000B0 009B 009C 009D 009E - 009F 00A0 00A1 00A2 |..... ¡¢|
000000B8 00A3 00A4 00A5 00A6 - 00A7 00A8 00A9 00AA |£¤¥¦§¨©ª|
000000C0 00AB 00AC 00AD 00AE - 00AF 00B0 00B1 00B2 |«¬­®¯°±²|
000000C8 00B3 00B4 00B5 00B6 - 00B7 00B8 00B9 00BA |³´µ·¸¹º|
000000D0 00BB 00BC 00BD 00BE - 00BF 00C0 00C1 00C2 |»¼½¾¿ÀÁÂ|
000000D8 00C3 00C4 00C5 00C6 - 00C7 00C8 00C9 00CA |ÃÄÅÆÇÈÉÊ|
000000E0 00CB 00CC 00CD 00CE - 00CF 00D0 00D1 00D2 |ËÌÍÎÏÐÑÒ|
000000E8 00D3 00D4 00D5 00D6 - 00D7 00D8 00D9 00DA |ÓÔÕÖ×ØÙÚ|
000000F0 00DB 00DC 00DD 00DE - 00DF 00E0 00E1 00E2 |ÛÜÝÞßàáâ|
000000F8 00E3 00E4 00E5 00E6 - 00E7 00E8 00E9 00EA |ãäåæçèéê|
00000100 00EB 00EC 00ED 00EE - 00EF 00F0 00F1 00F2 |ëìíîïðñò|
00000108 00F3 00F4 00F5 00F6 - 00F7 00F8 00F9 00FA |óôõö÷øùú|
00000110 00FB 00FC 00FD 00FE - 00FF 000A EFFF 000A |ûüýþÿ.<EFBFBD>.|
00000118 EFC2 000A EFEF EFBF - EFC0 000A EFC0 EF80 |<EFBFBD>.<EFBFBD><EFBFBD><EFBFBD>.<EFBFBD><EFBFBD>|
00000120 000A EFE0 EF80 EF80 - 000A FFFD EFEF EFBF |.<EFBFBD><EFBFBD><EFBFBD>.<EFBFBD><EFBFBD><EFBFBD>|
00000128 EFBE EFEF EFBF EFBF - 000A 007A 000A |<EFBFBD><EFBFBD><EFBFBD><EFBFBD>.z.|
---
name: integer-base-one-3Ar
description:
some sample code for hexdumping; NUL and binary safe
stdin:
{
print 'Hello, World!\\\nこんにちは！'
typeset -Uui16 i=0x100
# change that to 0xFF once we can handle embedded
# NUL characters in strings / here documents
while (( i++ < 0x1FF )); do
print -n "\x${i#16#1}"
done
print '\0z'
} | {
# integer-base-one-3Ar
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z5 hv=2147483647
dasc=
if read -arN -1 line; then
typeset -i1 line
i=0
while (( i < ${#line[*]} )); do
hv=${line[i++]}
if (( (pos & 15) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
print -n "${hv#16#} "
if (( (hv < 32) || (hv > 126) )); then
dasc=$dasc.
else
dasc=$dasc${line[i-1]#1#}
fi
(( (pos++ & 15) == 7 )) && print -n -- '- '
done
fi
while (( pos & 15 )); do
print -n ' '
(( (pos++ & 15) == 7 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 48 65 6C 6C 6F 2C 20 57 - 6F 72 6C 64 21 5C 0A E3 |Hello, World!\..|
00000010 81 93 E3 82 93 E3 81 AB - E3 81 A1 E3 81 AF EF BC |................|
00000020 81 0A 01 02 03 04 05 06 - 07 08 09 0A 0B 0C 0D 0E |................|
00000030 0F 10 11 12 13 14 15 16 - 17 18 19 1A 1B 1C 1D 1E |................|
00000040 1F 20 21 22 23 24 25 26 - 27 28 29 2A 2B 2C 2D 2E |. !"#$%&'()*+,-.|
00000050 2F 30 31 32 33 34 35 36 - 37 38 39 3A 3B 3C 3D 3E |/0123456789:;<=>|
00000060 3F 40 41 42 43 44 45 46 - 47 48 49 4A 4B 4C 4D 4E |?@ABCDEFGHIJKLMN|
00000070 4F 50 51 52 53 54 55 56 - 57 58 59 5A 5B 5C 5D 5E |OPQRSTUVWXYZ[\]^|
00000080 5F 60 61 62 63 64 65 66 - 67 68 69 6A 6B 6C 6D 6E |_`abcdefghijklmn|
00000090 6F 70 71 72 73 74 75 76 - 77 78 79 7A 7B 7C 7D 7E |opqrstuvwxyz{|}~|
000000A0 7F 80 81 82 83 84 85 86 - 87 88 89 8A 8B 8C 8D 8E |................|
000000B0 8F 90 91 92 93 94 95 96 - 97 98 99 9A 9B 9C 9D 9E |................|
000000C0 9F A0 A1 A2 A3 A4 A5 A6 - A7 A8 A9 AA AB AC AD AE |................|
000000D0 AF B0 B1 B2 B3 B4 B5 B6 - B7 B8 B9 BA BB BC BD BE |................|
000000E0 BF C0 C1 C2 C3 C4 C5 C6 - C7 C8 C9 CA CB CC CD CE |................|
000000F0 CF D0 D1 D2 D3 D4 D5 D6 - D7 D8 D9 DA DB DC DD DE |................|
00000100 DF E0 E1 E2 E3 E4 E5 E6 - E7 E8 E9 EA EB EC ED EE |................|
00000110 EF F0 F1 F2 F3 F4 F5 F6 - F7 F8 F9 FA FB FC FD FE |................|
00000120 FF 00 7A 0A - |..z.|
---
name: integer-base-one-3Wr
description:
some sample code for hexdumping Unicode; NUL and binary safe
stdin:
set -U
{
print 'Hello, World!\\\nこんにちは！'
typeset -Uui16 i=0x100
# change that to 0xFF once we can handle embedded
# NUL characters in strings / here documents
while (( i++ < 0x1FF )); do
print -n "\u${i#16#1}"
done
print
print \\xff # invalid utf-8
print \\xc2 # invalid 2-byte
print \\xef\\xbf\\xc0 # invalid 3-byte
print \\xc0\\x80 # non-minimalistic
print \\xe0\\x80\\x80 # non-minimalistic
print '<27>￾￿' # end of range
print '\0z' # embedded NUL
} | {
# integer-base-one-3Wr
typeset -Uui16 -Z11 pos=0
typeset -Uui16 -Z7 hv=2147483647
dasc=
if read -arN -1 line; then
typeset -i1 line
i=0
while (( i < ${#line[*]} )); do
hv=${line[i++]}
if (( (hv < 32) || \
((hv > 126) && (hv < 160)) )); then
dch=.
elif (( (hv & 0xFF80) == 0xEF80 )); then
dch=<3D>
else
dch=${line[i-1]#1#}
fi
if (( (pos & 7) == 7 )); then
dasc=$dasc$dch
dch=
elif (( (pos & 7) == 0 )); then
(( pos )) && print "$dasc|"
print -n "${pos#16#} "
dasc=' |'
fi
print -n "${hv#16#} "
(( (pos++ & 7) == 3 )) && \
print -n -- '- '
dasc=$dasc$dch
done
fi
while (( pos & 7 )); do
print -n ' '
(( (pos++ & 7) == 3 )) && print -n -- '- '
done
(( hv == 2147483647 )) || print "$dasc|"
}
expected-stdout:
00000000 0048 0065 006C 006C - 006F 002C 0020 0057 |Hello, W|
00000008 006F 0072 006C 0064 - 0021 005C 000A 3053 |orld!\.こ|
00000010 3093 306B 3061 306F - FF01 000A 0001 0002 |んにちは！...|
00000018 0003 0004 0005 0006 - 0007 0008 0009 000A |........|
00000020 000B 000C 000D 000E - 000F 0010 0011 0012 |........|
00000028 0013 0014 0015 0016 - 0017 0018 0019 001A |........|
00000030 001B 001C 001D 001E - 001F 0020 0021 0022 |..... !"|
00000038 0023 0024 0025 0026 - 0027 0028 0029 002A |#$%&'()*|
00000040 002B 002C 002D 002E - 002F 0030 0031 0032 |+,-./012|
00000048 0033 0034 0035 0036 - 0037 0038 0039 003A |3456789:|
00000050 003B 003C 003D 003E - 003F 0040 0041 0042 |;<=>?@AB|
00000058 0043 0044 0045 0046 - 0047 0048 0049 004A |CDEFGHIJ|
00000060 004B 004C 004D 004E - 004F 0050 0051 0052 |KLMNOPQR|
00000068 0053 0054 0055 0056 - 0057 0058 0059 005A |STUVWXYZ|
00000070 005B 005C 005D 005E - 005F 0060 0061 0062 |[\]^_`ab|
00000078 0063 0064 0065 0066 - 0067 0068 0069 006A |cdefghij|
00000080 006B 006C 006D 006E - 006F 0070 0071 0072 |klmnopqr|
00000088 0073 0074 0075 0076 - 0077 0078 0079 007A |stuvwxyz|
00000090 007B 007C 007D 007E - 007F 0080 0081 0082 |{|}~....|
00000098 0083 0084 0085 0086 - 0087 0088 0089 008A |........|
000000A0 008B 008C 008D 008E - 008F 0090 0091 0092 |........|
000000A8 0093 0094 0095 0096 - 0097 0098 0099 009A |........|
000000B0 009B 009C 009D 009E - 009F 00A0 00A1 00A2 |..... ¡¢|
000000B8 00A3 00A4 00A5 00A6 - 00A7 00A8 00A9 00AA |£¤¥¦§¨©ª|
000000C0 00AB 00AC 00AD 00AE - 00AF 00B0 00B1 00B2 |«¬­®¯°±²|
000000C8 00B3 00B4 00B5 00B6 - 00B7 00B8 00B9 00BA |³´µ·¸¹º|
000000D0 00BB 00BC 00BD 00BE - 00BF 00C0 00C1 00C2 |»¼½¾¿ÀÁÂ|
000000D8 00C3 00C4 00C5 00C6 - 00C7 00C8 00C9 00CA |ÃÄÅÆÇÈÉÊ|
000000E0 00CB 00CC 00CD 00CE - 00CF 00D0 00D1 00D2 |ËÌÍÎÏÐÑÒ|
000000E8 00D3 00D4 00D5 00D6 - 00D7 00D8 00D9 00DA |ÓÔÕÖ×ØÙÚ|
000000F0 00DB 00DC 00DD 00DE - 00DF 00E0 00E1 00E2 |ÛÜÝÞßàáâ|
000000F8 00E3 00E4 00E5 00E6 - 00E7 00E8 00E9 00EA |ãäåæçèéê|
00000100 00EB 00EC 00ED 00EE - 00EF 00F0 00F1 00F2 |ëìíîïðñò|
00000108 00F3 00F4 00F5 00F6 - 00F7 00F8 00F9 00FA |óôõö÷øùú|
00000110 00FB 00FC 00FD 00FE - 00FF 000A EFFF 000A |ûüýþÿ.<EFBFBD>.|
00000118 EFC2 000A EFEF EFBF - EFC0 000A EFC0 EF80 |<EFBFBD>.<EFBFBD><EFBFBD><EFBFBD>.<EFBFBD><EFBFBD>|
00000120 000A EFE0 EF80 EF80 - 000A FFFD EFEF EFBF |.<EFBFBD><EFBFBD><EFBFBD>.<EFBFBD><EFBFBD><EFBFBD>|
00000128 EFBE EFEF EFBF EFBF - 000A 0000 007A 000A |<EFBFBD><EFBFBD><EFBFBD><EFBFBD>..z.|
---
name: integer-base-one-4
description:
Check if ksh93-style base-one integers work
category: !smksh
stdin:
set -U
echo 1 $(('a'))
(echo 2f $(('aa'))) 2>&1 | sed "s/^[^']*'/2p '/"
echo 3 $(('…'))
x="'a'"
echo "4 <$x>"
echo 5 $(($x))
echo 6 $((x))
expected-stdout:
1 97
2p 'aa': multi-character character constant
3 8230
4 <'a'>
5 97
6 97
---
name: integer-base-one-5A
description:
Check to see that we’re NUL and Unicode safe
stdin:
set +U
print 'a\0b\xfdz' >x
read -a y <x
set -U
typeset -Uui16 y
print ${y[*]} .
expected-stdout:
16#61 16#0 16#62 16#FD 16#7A .
---
name: integer-base-one-5W
description:
Check to see that we’re NUL and Unicode safe
stdin:
set -U
print 'a\0b€c' >x
read -a y <x
set +U
typeset -Uui16 y
print ${y[*]} .
expected-stdout:
16#61 16#0 16#62 16#20AC 16#63 .
---
name: ulimit-1
description:
Check if we can use a specific syntax idiom for ulimit
category: !os:syllable
stdin:
if ! x=$(ulimit -d) || [[ $x = unknown ]]; then
#echo expected to fail on this OS
echo okay
else
ulimit -dS $x && echo okay
fi
expected-stdout:
okay
---
name: redir-1
description:
Check some of the most basic invariants of I/O redirection
stdin:
i=0
function d {
print o$i.
print -u2 e$((i++)).
}
d >a 2>b
echo =1=
cat a
echo =2=
cat b
echo =3=
d 2>&1 >c
echo =4=
cat c
echo =5=
expected-stdout:
=1=
o0.
=2=
e0.
=3=
e1.
=4=
o1.
=5=
---
name: bashiop-1
description:
Check if GNU bash-like I/O redirection works
Part 1: this is also supported by GNU bash
stdin:
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout &>foo
echo ===
cat foo
expected-stdout:
tri
===
ras
dwa
---
name: bashiop-2a
description:
Check if GNU bash-like I/O redirection works
Part 2: this is *not* supported by GNU bash
stdin:
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout 3&>foo
echo ===
cat foo
expected-stdout:
ras
===
dwa
tri
---
name: bashiop-2b
description:
Check if GNU bash-like I/O redirection works
Part 2: this is *not* supported by GNU bash
stdin:
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout 3>foo &>&3
echo ===
cat foo
expected-stdout:
===
ras
dwa
tri
---
name: bashiop-2c
description:
Check if GNU bash-like I/O redirection works
Part 2: this is supported by GNU bash 4 only
stdin:
echo mir >foo
set -o noclobber
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout &>>foo
echo ===
cat foo
expected-stdout:
tri
===
mir
ras
dwa
---
name: bashiop-3a
description:
Check if GNU bash-like I/O redirection fails correctly
Part 1: this is also supported by GNU bash
stdin:
echo mir >foo
set -o noclobber
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout &>foo
echo ===
cat foo
expected-stdout:
===
mir
expected-stderr-pattern: /.*: can't (create|overwrite) .*/
---
name: bashiop-3b
description:
Check if GNU bash-like I/O redirection fails correctly
Part 2: this is *not* supported by GNU bash
stdin:
echo mir >foo
set -o noclobber
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
threeout &>|foo
echo ===
cat foo
expected-stdout:
tri
===
ras
dwa
---
name: bashiop-4
description:
Check if GNU bash-like I/O redirection works
Part 4: this is also supported by GNU bash,
but failed in some mksh versions
stdin:
exec 3>&1
function threeout {
echo ras
echo dwa >&2
echo tri >&3
}
function blubb {
[[ -e bar ]] && threeout "$bf" &>foo
}
blubb
echo -n >bar
blubb
echo ===
cat foo
expected-stdout:
tri
===
ras
dwa
---
name: bashiop-5
description:
Check if GNU bash-like I/O redirection is only supported
in !POSIX !sh mode as it breaks existing scripts' syntax
(tested only on MirBSD as it uses /dev/fd)
category: os:mirbsd
stdin:
"$__progname" -c 'echo foo>/dev/null&>/dev/fd/2 echo bar1'
"$__progname" -o posix -c 'echo foo>/dev/null&>/dev/fd/2 echo bar2'
"$__progname" -o sh -c 'echo foo>/dev/null&>/dev/fd/2 echo bar3'
expected-stderr:
foo echo bar1
bar2
bar3
---
name: mkshiop-1
description:
Check for support of more than 9 file descriptors
category: !convfds
stdin:
read -u10 foo 10<<< bar
echo x$foo
expected-stdout:
xbar
---
name: mkshiop-2
description:
Check for support of more than 9 file descriptors
category: !convfds
stdin:
exec 12>foo
print -u12 bar
echo baz >&12
cat foo
expected-stdout:
bar
baz
---
name: oksh-shcrash
description:
src/regress/bin/ksh/shcrash.sh,v 1.1
stdin:
deplibs="-lz -lpng /usr/local/lib/libjpeg.la -ltiff -lm -lX11 -lXext /usr/local/lib/libiconv.la -L/usr/local/lib -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libglib.la /usr/local/lib/libgmodule.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgdk.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgtk.la -ltiff -ljpeg -lz -lpng -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgdk_pixbuf.la -lz -lpng /usr/local/lib/libiconv.la -L/usr/local/lib -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libglib.la -lm -lm /usr/local/lib/libaudiofile.la -lm -lm -laudiofile -L/usr/local/lib /usr/local/lib/libesd.la -lm -lz -L/usr/local/lib /usr/local/lib/libgnomesupport.la -lm -lz -lm -lglib -L/usr/local/lib /usr/local/lib/libgnome.la -lX11 -lXext /usr/local/lib/libiconv.la -L/usr/local/lib -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libgmodule.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgdk.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgtk.la -lICE -lSM -lz -lpng /usr/local/lib/libungif.la /usr/local/lib/libjpeg.la -ltiff -lm -lz -lpng /usr/local/lib/libungif.la -lz /usr/local/lib/libjpeg.la -ltiff -L/usr/local/lib -L/usr/X11R6/lib /usr/local/lib/libgdk_imlib.la -lm -L/usr/local/lib /usr/local/lib/libart_lgpl.la -lm -lz -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -lICE -lSM -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -L/usr/X11R6/lib -lm -lz -lpng -lungif -lz -ljpeg -ltiff -ljpeg -lgdk_imlib -lglib -lm -laudiofile -lm -laudiofile -lesd -L/usr/local/lib /usr/local/lib/libgnomeui.la -lz -lz /usr/local/lib/libxml.la -lz -lz -lz /usr/local/lib/libxml.la -lm -lX11 -lXext /usr/local/lib/libiconv.la -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libglib.la /usr/local/lib/libgmodule.la -lintl -lglib -lgmodule /usr/local/lib/libgdk.la /usr/local/lib/libgtk.la -L/usr/X11R6/lib -L/usr/local/lib /usr/local/lib/libglade.la -lz -lz -lz /usr/local/lib/libxml.la /usr/local/lib/libglib.la -lm -lm /usr/local/lib/libaudiofile.la -lm -lm -laudiofile /usr/local/lib/libesd.la -lm -lz /usr/local/lib/libgnomesupport.la -lm -lz -lm -lglib /usr/local/lib/libgnome.la -lX11 -lXext /usr/local/lib/libiconv.la -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libgmodule.la -lintl -lm -lX11 -lXext -lglib -lgmodule /usr/local/lib/libgdk.la -lintl -lm -lX11 -lXext -lglib -lgmodule /usr/local/lib/libgtk.la -lICE -lSM -lz -lpng /usr/local/lib/libungif.la /usr/local/lib/libjpeg.la -ltiff -lm -lz -lz /usr/local/lib/libgdk_imlib.la /usr/local/lib/libart_lgpl.la -lm -lz -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -lm -lz -lungif -lz -ljpeg -ljpeg -lgdk_imlib -lglib -lm -laudiofile -lm -laudiofile -lesd /usr/local/lib/libgnomeui.la -L/usr/X11R6/lib -L/usr/local/lib /usr/local/lib/libglade-gnome.la /usr/local/lib/libglib.la -lm -lm /usr/local/lib/libaudiofile.la -lm -lm -laudiofile -L/usr/local/lib /usr/local/lib/libesd.la -lm -lz -L/usr/local/lib /usr/local/lib/libgnomesupport.la -lm -lz -lm -lglib -L/usr/local/lib /usr/local/lib/libgnome.la -lX11 -lXext /usr/local/lib/libiconv.la -L/usr/local/lib -L/usr/ports/devel/gettext/w-gettext-0.10.40/gettext-0.10.40/intl/.libs /usr/local/lib/libintl.la /usr/local/lib/libgmodule.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgdk.la -lintl -lm -lX11 -lXext -L/usr/X11R6/lib -lglib -lgmodule -L/usr/local/lib /usr/local/lib/libgtk.la -lICE -lSM -lz -lpng /usr/local/lib/libungif.la /usr/local/lib/libjpeg.la -ltiff -lm -lz -lpng /usr/local/lib/libungif.la -lz /usr/local/lib/libjpeg.la -ltiff -L/usr/local/lib -L/usr/X11R6/lib /usr/local/lib/libgdk_imlib.la -lm -L/usr/local/lib /usr/local/lib/libart_lgpl.la -lm -lz -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -lICE -lSM -lm -lX11 -lXext -lintl -lglib -lgmodule -lgdk -lgtk -L/usr/X11R6/lib -lm -lz -lpng -lungif -lz -ljpeg -ltiff -ljpeg -lgdk_imlib -lglib -lm -laudiofile -lm -laudiofile -lesd -L/usr/local/lib /usr/local/lib/libgnomeui.la -L/usr/X11R6/lib -L/usr/local/lib"
specialdeplibs="-lgnomeui -lart_lgpl -lgdk_imlib -ltiff -ljpeg -lungif -lpng -lz -lSM -lICE -lgtk -lgdk -lgmodule -lintl -lXext -lX11 -lgnome -lgnomesupport -lesd -laudiofile -lm -lglib"
for deplib in $deplibs; do
case $deplib in
-L*)
new_libs="$deplib $new_libs"
;;
*)
case " $specialdeplibs " in
*" $deplib "*)
new_libs="$deplib $new_libs";;
esac
;;
esac
done
---
name: oksh-varfunction-mod1
description:
$OpenBSD: varfunction.sh,v 1.1 2003/12/15 05:28:40 otto Exp $
Calling
FOO=bar f
where f is a ksh style function, should not set FOO in the current
env. If f is a Bourne style function, FOO should be set. Furthermore,
the function should receive a correct value of FOO. However, differing
from oksh, setting FOO in the function itself must change the value in
setting FOO in the function itself should not change the value in
global environment.
Inspired by PR 2450.
stdin:
print '#!'"$__progname"'\nunset RANDOM\nexport | while IFS= read -r' \
'RANDOM; do eval '\''print -r -- "$RANDOM=$'\''"$RANDOM"'\'\"\'\; \
done >env; chmod +x env; PATH=.:$PATH
function k {
if [ x$FOO != xbar ]; then
echo 1
return 1
fi
x=$(env | grep FOO)
if [ "x$x" != "xFOO=bar" ]; then
echo 2
return 1;
fi
FOO=foo
return 0
}
b () {
if [ x$FOO != xbar ]; then
echo 3
return 1
fi
x=$(env | grep FOO)
if [ "x$x" != "xFOO=bar" ]; then
echo 4
return 1;
fi
FOO=foo
return 0
}
FOO=bar k
if [ $? != 0 ]; then
exit 1
fi
if [ x$FOO != x ]; then
exit 1
fi
FOO=bar b
if [ $? != 0 ]; then
exit 1
fi
if [ x$FOO != xfoo ]; then
exit 1
fi
FOO=barbar
FOO=bar k
if [ $? != 0 ]; then
exit 1
fi
if [ x$FOO != xbarbar ]; then
exit 1
fi
FOO=bar b
if [ $? != 0 ]; then
exit 1
fi
if [ x$FOO != xfoo ]; then
exit 1
fi
---
name: fd-cloexec-1
description:
Verify that file descriptors > 2 are private for Korn shells
AT&T ksh93 does this still, which means we must keep it as well
category: shell:legacy-no
file-setup: file 644 "test.sh"
echo >&3 Fowl
stdin:
exec 3>&1
"$__progname" test.sh
expected-exit: e != 0
expected-stderr-pattern:
/bad file descriptor/
---
name: fd-cloexec-2
description:
Verify that file descriptors > 2 are not private for POSIX shells
See Debian Bug #154540, Closes: #499139
file-setup: file 644 "test.sh"
echo >&3 Fowl
stdin:
test -n "$POSH_VERSION" || set -o sh
exec 3>&1
"$__progname" test.sh
expected-stdout:
Fowl
---
name: fd-cloexec-3
description:
Verify that file descriptors > 2 are not private for LEGACY KSH
category: shell:legacy-yes
file-setup: file 644 "test.sh"
echo >&3 Fowl
stdin:
exec 3>&1
"$__progname" test.sh
expected-stdout:
Fowl
---
name: comsub-1a
description:
COMSUB are now parsed recursively, so this works
see also regression-6: matching parenthesēs bug
Fails on: pdksh bash2 bash3 zsh
Passes on: bash4 ksh93 mksh(20110313+)
stdin:
echo 1 $(case 1 in (1) echo yes;; (2) echo no;; esac) .
echo 2 $(case 1 in 1) echo yes;; 2) echo no;; esac) .
TEST=1234; echo 3 ${TEST: $(case 1 in (1) echo 1;; (*) echo 2;; esac)} .
TEST=5678; echo 4 ${TEST: $(case 1 in 1) echo 1;; *) echo 2;; esac)} .
a=($(case 1 in (1) echo 1;; (*) echo 2;; esac)); echo 5 ${a[0]} .
a=($(case 1 in 1) echo 1;; *) echo 2;; esac)); echo 6 ${a[0]} .
expected-stdout:
1 yes .
2 yes .
3 234 .
4 678 .
5 1 .
6 1 .
---
name: comsub-1b
description:
COMSUB are now parsed recursively, so this works
Fails on: pdksh bash2 bash3 bash4 zsh
Passes on: ksh93 mksh(20110313+)
stdin:
echo 1 $(($(case 1 in (1) echo 1;; (*) echo 2;; esac)+10)) .
echo 2 $(($(case 1 in 1) echo 1;; *) echo 2;; esac)+20)) .
(( a = $(case 1 in (1) echo 1;; (*) echo 2;; esac) )); echo 3 $a .
(( a = $(case 1 in 1) echo 1;; *) echo 2;; esac) )); echo 4 $a .
a=($(($(case 1 in (1) echo 1;; (*) echo 2;; esac)+10))); echo 5 ${a[0]} .
a=($(($(case 1 in 1) echo 1;; *) echo 2;; esac)+20))); echo 6 ${a[0]} .
expected-stdout:
1 11 .
2 21 .
3 1 .
4 1 .
5 11 .
6 21 .
---
name: comsub-2
description:
RedHat BZ#496791 – another case of missing recursion
in parsing COMSUB expressions
Fails on: pdksh bash2 bash3¹ bash4¹ zsh
Passes on: ksh93 mksh(20110305+)
① bash[34] seem to choke on comment ending with backslash-newline
stdin:
# a comment with " ' \
x=$(
echo yes
# a comment with " ' \
)
echo $x
expected-stdout:
yes
---
name: comsub-3
description:
Extended test for COMSUB explaining why a recursive parser
is a must (a non-recursive parser cannot pass all three of
these test cases, especially the ‘#’ is difficult)
stdin:
print '#!'"$__progname"'\necho 1234' >id; chmod +x id; PATH=.:$PATH
echo $(typeset -i10 x=16#20; echo $x)
echo $(typeset -Uui16 x=16#$(id -u)
) .
echo $(c=1; d=1
typeset -Uui16 a=36#foo; c=2
typeset -Uui16 b=36 #foo; d=2
echo $a $b $c $d)
expected-stdout:
32
.
16#4F68 16#24 2 1
---
name: comsub-4
description:
Check the tree dump functions for !MKSH_SMALL functionality
category: !smksh
stdin:
x() { case $1 in u) echo x ;;& *) echo $1 ;; esac; }
typeset -f x
expected-stdout:
x() {
case $1 in
(u)
echo x
;|
(*)
echo $1
;;
esac
}
---
name: comsub-5
description:
Check COMSUB works with aliases (does not expand them twice)
stdin:
print '#!'"$__progname"'\nfor x in "$@"; do print -r -- "$x"; done' >pfn
chmod +x pfn
alias echo='echo a'
foo() {
./pfn "$(echo foo)"
}
./pfn "$(echo b)"
typeset -f foo
expected-stdout:
a b
foo() {
./pfn "$(echo foo )"
}
---
name: comsub-torture
description:
Check the tree dump functions work correctly
stdin:
if [[ -z $__progname ]]; then echo >&2 call me with __progname; exit 1; fi
while IFS= read -r line; do
if [[ $line = '#1' ]]; then
lastf=0
continue
elif [[ $line = EOFN* ]]; then
fbody=$fbody$'\n'$line
continue
elif [[ $line != '#'* ]]; then
fbody=$fbody$'\n\t'$line
continue
fi
if (( lastf )); then
x="inline_${nextf}() {"$fbody$'\n}\n'
print -nr -- "$x"
print -r -- "${x}typeset -f inline_$nextf" | "$__progname"
x="function comsub_$nextf { x=\$("$fbody$'\n); }\n'
print -nr -- "$x"
print -r -- "${x}typeset -f comsub_$nextf" | "$__progname"
x="function reread_$nextf { x=\$(("$fbody$'\n)|tr u x); }\n'
print -nr -- "$x"
print -r -- "${x}typeset -f reread_$nextf" | "$__progname"
fi
lastf=1
fbody=
nextf=${line#?}
done <<'EOD'
#1
#TCOM
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4"
#TPAREN_TPIPE_TLIST
(echo $foo | tr -dc 0-9; echo)
#TAND_TOR
cmd && echo ja || echo nein
#TSELECT
select file in *; do echo "<$file>" ; break ; done
#TFOR_TTIME
time for i in {1,2,3} ; do echo $i ; done
#TCASE
case $foo in 1) echo eins;& 2) echo zwei ;| *) echo kann net bis drei zählen;; esac
#TIF_TBANG_TDBRACKET_TELIF
if ! [[ 1 = 1 ]] ; then echo eins; elif [[ 1 = 2 ]]; then echo zwei ;else echo drei; fi
#TWHILE
i=1; while (( i < 10 )); do echo $i; let ++i; done
#TUNTIL
i=10; until (( !--i )) ; do echo $i; done
#TCOPROC
cat * |& ls
#TFUNCT_TBRACE_TASYNC
function korn { echo eins; echo zwei ; }
bourne () { logger * & }
#IOREAD_IOCAT
tr x u 0<foo >>bar
#IOWRITE_IOCLOB_IOHERE_noIOSKIP
cat >|bar <<'EOFN'
foo
EOFN
#IOWRITE_noIOCLOB_IOHERE_IOSKIP
cat 1>bar <<-EOFI
foo
EOFI
#IORDWR_IODUP
sh 1<>/dev/console 0<&1 2>&1
#COMSUB_EXPRSUB
echo $(true) $((1+ 2))
#QCHAR_OQUOTE_CQUOTE
echo fo\ob\"a\`r\'b\$az
echo "fo\ob\"a\`r\'b\$az"
echo 'fo\ob\"a\`r'\''b\$az'
#OSUBST_CSUBST_OPAT_SPAT_CPAT
[[ ${foo#bl\(u\)b} = @(bar|baz) ]]
#heredoc_closed
x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN); echo $x
#heredoc_space
x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN ); echo $x
#patch_motd
x=$(sysctl -n kern.version | sed 1q)
[[ -s /etc/motd && "$([[ "$(head -1 /etc/motd)" != $x ]] && \
ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF)" = @(?) ]] && rm -f /etc/motd
if [[ ! -s /etc/motd ]]; then
install -c -o root -g wheel -m 664 /dev/null /etc/motd
print -- "$x\n" >/etc/motd
fi
#wdarrassign
case x in
x) a+=b; c+=(d e)
esac
#0
EOD
expected-stdout:
inline_TCOM() {
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4"
}
inline_TCOM() {
vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4"
}
function comsub_TCOM { x=$(
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4"
); }
function comsub_TCOM {
x=$(vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4" )
}
function reread_TCOM { x=$((
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4"
)|tr u x); }
function reread_TCOM {
x=$(( vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4" ) | tr u x )
}
inline_TPAREN_TPIPE_TLIST() {
(echo $foo | tr -dc 0-9; echo)
}
inline_TPAREN_TPIPE_TLIST() {
( echo $foo | tr -dc 0-9
echo )
}
function comsub_TPAREN_TPIPE_TLIST { x=$(
(echo $foo | tr -dc 0-9; echo)
); }
function comsub_TPAREN_TPIPE_TLIST {
x=$(( echo $foo | tr -dc 0-9 ; echo ) )
}
function reread_TPAREN_TPIPE_TLIST { x=$((
(echo $foo | tr -dc 0-9; echo)
)|tr u x); }
function reread_TPAREN_TPIPE_TLIST {
x=$(( ( echo $foo | tr -dc 0-9 ; echo ) ) | tr u x )
}
inline_TAND_TOR() {
cmd && echo ja || echo nein
}
inline_TAND_TOR() {
cmd && echo ja || echo nein
}
function comsub_TAND_TOR { x=$(
cmd && echo ja || echo nein
); }
function comsub_TAND_TOR {
x=$(cmd && echo ja || echo nein )
}
function reread_TAND_TOR { x=$((
cmd && echo ja || echo nein
)|tr u x); }
function reread_TAND_TOR {
x=$(( cmd && echo ja || echo nein ) | tr u x )
}
inline_TSELECT() {
select file in *; do echo "<$file>" ; break ; done
}
inline_TSELECT() {
select file in *
do
echo "<$file>"
break
done
}
function comsub_TSELECT { x=$(
select file in *; do echo "<$file>" ; break ; done
); }
function comsub_TSELECT {
x=$(select file in * ; do echo "<$file>" ; break ; done )
}
function reread_TSELECT { x=$((
select file in *; do echo "<$file>" ; break ; done
)|tr u x); }
function reread_TSELECT {
x=$(( select file in * ; do echo "<$file>" ; break ; done ) | tr u x )
}
inline_TFOR_TTIME() {
time for i in {1,2,3} ; do echo $i ; done
}
inline_TFOR_TTIME() {
time for i in {1,2,3}
do
echo $i
done
}
function comsub_TFOR_TTIME { x=$(
time for i in {1,2,3} ; do echo $i ; done
); }
function comsub_TFOR_TTIME {
x=$(time for i in {1,2,3} ; do echo $i ; done )
}
function reread_TFOR_TTIME { x=$((
time for i in {1,2,3} ; do echo $i ; done
)|tr u x); }
function reread_TFOR_TTIME {
x=$(( time for i in {1,2,3} ; do echo $i ; done ) | tr u x )
}
inline_TCASE() {
case $foo in 1) echo eins;& 2) echo zwei ;| *) echo kann net bis drei zählen;; esac
}
inline_TCASE() {
case $foo in
(1)
echo eins
;&
(2)
echo zwei
;|
(*)
echo kann net bis drei zählen
;;
esac
}
function comsub_TCASE { x=$(
case $foo in 1) echo eins;& 2) echo zwei ;| *) echo kann net bis drei zählen;; esac
); }
function comsub_TCASE {
x=$(case $foo in (1) echo eins ;& (2) echo zwei ;| (*) echo kann net bis drei zählen ;; esac )
}
function reread_TCASE { x=$((
case $foo in 1) echo eins;& 2) echo zwei ;| *) echo kann net bis drei zählen;; esac
)|tr u x); }
function reread_TCASE {
x=$(( case $foo in (1) echo eins ;& (2) echo zwei ;| (*) echo kann net bis drei zählen ;; esac ) | tr u x )
}
inline_TIF_TBANG_TDBRACKET_TELIF() {
if ! [[ 1 = 1 ]] ; then echo eins; elif [[ 1 = 2 ]]; then echo zwei ;else echo drei; fi
}
inline_TIF_TBANG_TDBRACKET_TELIF() {
if ! [[ 1 = 1 ]]
then
echo eins
elif [[ 1 = 2 ]]
then
echo zwei
else
echo drei
fi
}
function comsub_TIF_TBANG_TDBRACKET_TELIF { x=$(
if ! [[ 1 = 1 ]] ; then echo eins; elif [[ 1 = 2 ]]; then echo zwei ;else echo drei; fi
); }
function comsub_TIF_TBANG_TDBRACKET_TELIF {
x=$(if ! [[ 1 = 1 ]] ; then echo eins ; elif [[ 1 = 2 ]] ; then echo zwei ; else echo drei ; fi )
}
function reread_TIF_TBANG_TDBRACKET_TELIF { x=$((
if ! [[ 1 = 1 ]] ; then echo eins; elif [[ 1 = 2 ]]; then echo zwei ;else echo drei; fi
)|tr u x); }
function reread_TIF_TBANG_TDBRACKET_TELIF {
x=$(( if ! [[ 1 = 1 ]] ; then echo eins ; elif [[ 1 = 2 ]] ; then echo zwei ; else echo drei ; fi ) | tr u x )
}
inline_TWHILE() {
i=1; while (( i < 10 )); do echo $i; let ++i; done
}
inline_TWHILE() {
i=1
while let " i < 10 "
do
echo $i
let ++i
done
}
function comsub_TWHILE { x=$(
i=1; while (( i < 10 )); do echo $i; let ++i; done
); }
function comsub_TWHILE {
x=$(i=1 ; while let " i < 10 " ; do echo $i ; let ++i ; done )
}
function reread_TWHILE { x=$((
i=1; while (( i < 10 )); do echo $i; let ++i; done
)|tr u x); }
function reread_TWHILE {
x=$(( i=1 ; while let " i < 10 " ; do echo $i ; let ++i ; done ) | tr u x )
}
inline_TUNTIL() {
i=10; until (( !--i )) ; do echo $i; done
}
inline_TUNTIL() {
i=10
until let " !--i "
do
echo $i
done
}
function comsub_TUNTIL { x=$(
i=10; until (( !--i )) ; do echo $i; done
); }
function comsub_TUNTIL {
x=$(i=10 ; until let " !--i " ; do echo $i ; done )
}
function reread_TUNTIL { x=$((
i=10; until (( !--i )) ; do echo $i; done
)|tr u x); }
function reread_TUNTIL {
x=$(( i=10 ; until let " !--i " ; do echo $i ; done ) | tr u x )
}
inline_TCOPROC() {
cat * |& ls
}
inline_TCOPROC() {
cat * |&
ls
}
function comsub_TCOPROC { x=$(
cat * |& ls
); }
function comsub_TCOPROC {
x=$(cat * |& ls )
}
function reread_TCOPROC { x=$((
cat * |& ls
)|tr u x); }
function reread_TCOPROC {
x=$(( cat * |& ls ) | tr u x )
}
inline_TFUNCT_TBRACE_TASYNC() {
function korn { echo eins; echo zwei ; }
bourne () { logger * & }
}
inline_TFUNCT_TBRACE_TASYNC() {
function korn {
echo eins
echo zwei
}
bourne() {
logger * &
}
}
function comsub_TFUNCT_TBRACE_TASYNC { x=$(
function korn { echo eins; echo zwei ; }
bourne () { logger * & }
); }
function comsub_TFUNCT_TBRACE_TASYNC {
x=$(function korn { echo eins ; echo zwei ; } ; bourne() { logger * & } )
}
function reread_TFUNCT_TBRACE_TASYNC { x=$((
function korn { echo eins; echo zwei ; }
bourne () { logger * & }
)|tr u x); }
function reread_TFUNCT_TBRACE_TASYNC {
x=$(( function korn { echo eins ; echo zwei ; } ; bourne() { logger * & } ) | tr u x )
}
inline_IOREAD_IOCAT() {
tr x u 0<foo >>bar
}
inline_IOREAD_IOCAT() {
tr x u <foo >>bar
}
function comsub_IOREAD_IOCAT { x=$(
tr x u 0<foo >>bar
); }
function comsub_IOREAD_IOCAT {
x=$(tr x u <foo >>bar )
}
function reread_IOREAD_IOCAT { x=$((
tr x u 0<foo >>bar
)|tr u x); }
function reread_IOREAD_IOCAT {
x=$(( tr x u <foo >>bar ) | tr u x )
}
inline_IOWRITE_IOCLOB_IOHERE_noIOSKIP() {
cat >|bar <<'EOFN'
foo
EOFN
}
inline_IOWRITE_IOCLOB_IOHERE_noIOSKIP() {
cat >|bar <<"EOFN"
foo
EOFN
}
function comsub_IOWRITE_IOCLOB_IOHERE_noIOSKIP { x=$(
cat >|bar <<'EOFN'
foo
EOFN
); }
function comsub_IOWRITE_IOCLOB_IOHERE_noIOSKIP {
x=$(cat >|bar <<"EOFN"
foo
EOFN
)
}
function reread_IOWRITE_IOCLOB_IOHERE_noIOSKIP { x=$((
cat >|bar <<'EOFN'
foo
EOFN
)|tr u x); }
function reread_IOWRITE_IOCLOB_IOHERE_noIOSKIP {
x=$(( cat >|bar <<"EOFN"
foo
EOFN
) | tr u x )
}
inline_IOWRITE_noIOCLOB_IOHERE_IOSKIP() {
cat 1>bar <<-EOFI
foo
EOFI
}
inline_IOWRITE_noIOCLOB_IOHERE_IOSKIP() {
cat >bar <<-EOFI
foo
EOFI
}
function comsub_IOWRITE_noIOCLOB_IOHERE_IOSKIP { x=$(
cat 1>bar <<-EOFI
foo
EOFI
); }
function comsub_IOWRITE_noIOCLOB_IOHERE_IOSKIP {
x=$(cat >bar <<-EOFI
foo
EOFI
)
}
function reread_IOWRITE_noIOCLOB_IOHERE_IOSKIP { x=$((
cat 1>bar <<-EOFI
foo
EOFI
)|tr u x); }
function reread_IOWRITE_noIOCLOB_IOHERE_IOSKIP {
x=$(( cat >bar <<-EOFI
foo
EOFI
) | tr u x )
}
inline_IORDWR_IODUP() {
sh 1<>/dev/console 0<&1 2>&1
}
inline_IORDWR_IODUP() {
sh 1<>/dev/console <&1 2>&1
}
function comsub_IORDWR_IODUP { x=$(
sh 1<>/dev/console 0<&1 2>&1
); }
function comsub_IORDWR_IODUP {
x=$(sh 1<>/dev/console <&1 2>&1 )
}
function reread_IORDWR_IODUP { x=$((
sh 1<>/dev/console 0<&1 2>&1
)|tr u x); }
function reread_IORDWR_IODUP {
x=$(( sh 1<>/dev/console <&1 2>&1 ) | tr u x )
}
inline_COMSUB_EXPRSUB() {
echo $(true) $((1+ 2))
}
inline_COMSUB_EXPRSUB() {
echo $(true ) $((1+ 2))
}
function comsub_COMSUB_EXPRSUB { x=$(
echo $(true) $((1+ 2))
); }
function comsub_COMSUB_EXPRSUB {
x=$(echo $(true ) $((1+ 2)) )
}
function reread_COMSUB_EXPRSUB { x=$((
echo $(true) $((1+ 2))
)|tr u x); }
function reread_COMSUB_EXPRSUB {
x=$(( echo $(true ) $((1+ 2)) ) | tr u x )
}
inline_QCHAR_OQUOTE_CQUOTE() {
echo fo\ob\"a\`r\'b\$az
echo "fo\ob\"a\`r\'b\$az"
echo 'fo\ob\"a\`r'\''b\$az'
}
inline_QCHAR_OQUOTE_CQUOTE() {
echo fo\ob\"a\`r\'b\$az
echo "fo\ob\"a\`r\'b\$az"
echo "fo\\ob\\\"a\\\`r"\'"b\\\$az"
}
function comsub_QCHAR_OQUOTE_CQUOTE { x=$(
echo fo\ob\"a\`r\'b\$az
echo "fo\ob\"a\`r\'b\$az"
echo 'fo\ob\"a\`r'\''b\$az'
); }
function comsub_QCHAR_OQUOTE_CQUOTE {
x=$(echo fo\ob\"a\`r\'b\$az ; echo "fo\ob\"a\`r\'b\$az" ; echo "fo\\ob\\\"a\\\`r"\'"b\\\$az" )
}
function reread_QCHAR_OQUOTE_CQUOTE { x=$((
echo fo\ob\"a\`r\'b\$az
echo "fo\ob\"a\`r\'b\$az"
echo 'fo\ob\"a\`r'\''b\$az'
)|tr u x); }
function reread_QCHAR_OQUOTE_CQUOTE {
x=$(( echo fo\ob\"a\`r\'b\$az ; echo "fo\ob\"a\`r\'b\$az" ; echo "fo\\ob\\\"a\\\`r"\'"b\\\$az" ) | tr u x )
}
inline_OSUBST_CSUBST_OPAT_SPAT_CPAT() {
[[ ${foo#bl\(u\)b} = @(bar|baz) ]]
}
inline_OSUBST_CSUBST_OPAT_SPAT_CPAT() {
[[ ${foo#bl\(u\)b} = @(bar|baz) ]]
}
function comsub_OSUBST_CSUBST_OPAT_SPAT_CPAT { x=$(
[[ ${foo#bl\(u\)b} = @(bar|baz) ]]
); }
function comsub_OSUBST_CSUBST_OPAT_SPAT_CPAT {
x=$([[ ${foo#bl\(u\)b} = @(bar|baz) ]] )
}
function reread_OSUBST_CSUBST_OPAT_SPAT_CPAT { x=$((
[[ ${foo#bl\(u\)b} = @(bar|baz) ]]
)|tr u x); }
function reread_OSUBST_CSUBST_OPAT_SPAT_CPAT {
x=$(( [[ ${foo#bl\(u\)b} = @(bar|baz) ]] ) | tr u x )
}
inline_heredoc_closed() {
x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN); echo $x
}
inline_heredoc_closed() {
x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN
)
echo $x
}
function comsub_heredoc_closed { x=$(
x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN); echo $x
); }
function comsub_heredoc_closed {
x=$(x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN
) ; echo $x )
}
function reread_heredoc_closed { x=$((
x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN); echo $x
)|tr u x); }
function reread_heredoc_closed {
x=$(( x=$(cat <<EOFN
note there must be no space between EOFN and )
EOFN
) ; echo $x ) | tr u x )
}
inline_heredoc_space() {
x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN ); echo $x
}
inline_heredoc_space() {
x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN
)
echo $x
}
function comsub_heredoc_space { x=$(
x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN ); echo $x
); }
function comsub_heredoc_space {
x=$(x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN
) ; echo $x )
}
function reread_heredoc_space { x=$((
x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN ); echo $x
)|tr u x); }
function reread_heredoc_space {
x=$(( x=$(cat <<EOFN\
note the space between EOFN and ) is actually part of the here document marker
EOFN
) ; echo $x ) | tr u x )
}
inline_patch_motd() {
x=$(sysctl -n kern.version | sed 1q)
[[ -s /etc/motd && "$([[ "$(head -1 /etc/motd)" != $x ]] && \
ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF)" = @(?) ]] && rm -f /etc/motd
if [[ ! -s /etc/motd ]]; then
install -c -o root -g wheel -m 664 /dev/null /etc/motd
print -- "$x\n" >/etc/motd
fi
}
inline_patch_motd() {
x=$(sysctl -n kern.version | sed 1q )
[[ -s /etc/motd && "$([[ "$(head -1 /etc/motd )" != $x ]] && ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF
)" = @(?) ]] && rm -f /etc/motd
if [[ ! -s /etc/motd ]]
then
install -c -o root -g wheel -m 664 /dev/null /etc/motd
print -- "$x\n" >/etc/motd
fi
}
function comsub_patch_motd { x=$(
x=$(sysctl -n kern.version | sed 1q)
[[ -s /etc/motd && "$([[ "$(head -1 /etc/motd)" != $x ]] && \
ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF)" = @(?) ]] && rm -f /etc/motd
if [[ ! -s /etc/motd ]]; then
install -c -o root -g wheel -m 664 /dev/null /etc/motd
print -- "$x\n" >/etc/motd
fi
); }
function comsub_patch_motd {
x=$(x=$(sysctl -n kern.version | sed 1q ) ; [[ -s /etc/motd && "$([[ "$(head -1 /etc/motd )" != $x ]] && ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF
)" = @(?) ]] && rm -f /etc/motd ; if [[ ! -s /etc/motd ]] ; then install -c -o root -g wheel -m 664 /dev/null /etc/motd ; print -- "$x\n" >/etc/motd ; fi )
}
function reread_patch_motd { x=$((
x=$(sysctl -n kern.version | sed 1q)
[[ -s /etc/motd && "$([[ "$(head -1 /etc/motd)" != $x ]] && \
ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF)" = @(?) ]] && rm -f /etc/motd
if [[ ! -s /etc/motd ]]; then
install -c -o root -g wheel -m 664 /dev/null /etc/motd
print -- "$x\n" >/etc/motd
fi
)|tr u x); }
function reread_patch_motd {
x=$(( x=$(sysctl -n kern.version | sed 1q ) ; [[ -s /etc/motd && "$([[ "$(head -1 /etc/motd )" != $x ]] && ed -s /etc/motd 2>&1 <<-EOF
1,/^\$/d
0a
$x
.
wq
EOF
)" = @(?) ]] && rm -f /etc/motd ; if [[ ! -s /etc/motd ]] ; then install -c -o root -g wheel -m 664 /dev/null /etc/motd ; print -- "$x\n" >/etc/motd ; fi ) | tr u x )
}
inline_wdarrassign() {
case x in
x) a+=b; c+=(d e)
esac
}
inline_wdarrassign() {
case x in
(x)
a+=b
set -A c+ -- d e
;;
esac
}
function comsub_wdarrassign { x=$(
case x in
x) a+=b; c+=(d e)
esac
); }
function comsub_wdarrassign {
x=$(case x in (x) a+=b ; set -A c+ -- d e ;; esac )
}
function reread_wdarrassign { x=$((
case x in
x) a+=b; c+=(d e)
esac
)|tr u x); }
function reread_wdarrassign {
x=$(( case x in (x) a+=b ; set -A c+ -- d e ;; esac ) | tr u x )
}
---
name: comsub-torture-io
description:
Check the tree dump functions work correctly with I/O redirection
stdin:
if [[ -z $__progname ]]; then echo >&2 call me with __progname; exit 1; fi
while IFS= read -r line; do
if [[ $line = '#1' ]]; then
lastf=0
continue
elif [[ $line = EOFN* ]]; then
fbody=$fbody$'\n'$line
continue
elif [[ $line != '#'* ]]; then
fbody=$fbody$'\n\t'$line
continue
fi
if (( lastf )); then
x="inline_${nextf}() {"$fbody$'\n}\n'
print -nr -- "$x"
print -r -- "${x}typeset -f inline_$nextf" | "$__progname"
x="function comsub_$nextf { x=\$("$fbody$'\n); }\n'
print -nr -- "$x"
print -r -- "${x}typeset -f comsub_$nextf" | "$__progname"
x="function reread_$nextf { x=\$(("$fbody$'\n)|tr u x); }\n'
print -nr -- "$x"
print -r -- "${x}typeset -f reread_$nextf" | "$__progname"
fi
lastf=1
fbody=
nextf=${line#?}
done <<'EOD'
#1
#TCOM
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4" >&3
#TPAREN_TPIPE_TLIST
(echo $foo | tr -dc 0-9 >&3; echo >&3) >&3
#TAND_TOR
cmd >&3 && >&3 echo ja || echo >&3 nein
#TSELECT
select file in *; do echo "<$file>" ; break >&3 ; done >&3
#TFOR_TTIME
for i in {1,2,3} ; do time >&3 echo $i ; done >&3
#TCASE
case $foo in 1) echo eins >&3;& 2) echo zwei >&3 ;| *) echo kann net bis drei zählen >&3;; esac >&3
#TIF_TBANG_TDBRACKET_TELIF
if ! [[ 1 = 1 ]] >&3 ; then echo eins; elif [[ 1 = 2 ]] >&3; then echo zwei ;else echo drei; fi >&3
#TWHILE
i=1; while (( i < 10 )) >&3; do echo $i; let ++i; done >&3
#TUNTIL
i=10; until (( !--i )) >&3 ; do echo $i; done >&3
#TCOPROC
cat * >&3 |& >&3 ls
#TFUNCT_TBRACE_TASYNC
function korn { echo eins; echo >&3 zwei ; }
bourne () { logger * >&3 & }
#COMSUB_EXPRSUB
echo $(true >&3) $((1+ 2))
#0
EOD
expected-stdout:
inline_TCOM() {
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4" >&3
}
inline_TCOM() {
vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4" >&3
}
function comsub_TCOM { x=$(
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4" >&3
); }
function comsub_TCOM {
x=$(vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4" >&3 )
}
function reread_TCOM { x=$((
vara=1 varb='2 3' cmd arg1 $arg2 "$arg3 4" >&3
)|tr u x); }
function reread_TCOM {
x=$(( vara=1 varb="2 3" cmd arg1 $arg2 "$arg3 4" >&3 ) | tr u x )
}
inline_TPAREN_TPIPE_TLIST() {
(echo $foo | tr -dc 0-9 >&3; echo >&3) >&3
}
inline_TPAREN_TPIPE_TLIST() {
( echo $foo | tr -dc 0-9 >&3
echo >&3 ) >&3
}
function comsub_TPAREN_TPIPE_TLIST { x=$(
(echo $foo | tr -dc 0-9 >&3; echo >&3) >&3
); }
function comsub_TPAREN_TPIPE_TLIST {
x=$(( echo $foo | tr -dc 0-9 >&3 ; echo >&3 ) >&3 )
}
function reread_TPAREN_TPIPE_TLIST { x=$((
(echo $foo | tr -dc 0-9 >&3; echo >&3) >&3
)|tr u x); }
function reread_TPAREN_TPIPE_TLIST {
x=$(( ( echo $foo | tr -dc 0-9 >&3 ; echo >&3 ) >&3 ) | tr u x )
}
inline_TAND_TOR() {
cmd >&3 && >&3 echo ja || echo >&3 nein
}
inline_TAND_TOR() {
cmd >&3 && echo ja >&3 || echo nein >&3
}
function comsub_TAND_TOR { x=$(
cmd >&3 && >&3 echo ja || echo >&3 nein
); }
function comsub_TAND_TOR {
x=$(cmd >&3 && echo ja >&3 || echo nein >&3 )
}
function reread_TAND_TOR { x=$((
cmd >&3 && >&3 echo ja || echo >&3 nein
)|tr u x); }
function reread_TAND_TOR {
x=$(( cmd >&3 && echo ja >&3 || echo nein >&3 ) | tr u x )
}
inline_TSELECT() {
select file in *; do echo "<$file>" ; break >&3 ; done >&3
}
inline_TSELECT() {
select file in *
do
echo "<$file>"
break >&3
done >&3
}
function comsub_TSELECT { x=$(
select file in *; do echo "<$file>" ; break >&3 ; done >&3
); }
function comsub_TSELECT {
x=$(select file in * ; do echo "<$file>" ; break >&3 ; done >&3 )
}
function reread_TSELECT { x=$((
select file in *; do echo "<$file>" ; break >&3 ; done >&3
)|tr u x); }
function reread_TSELECT {
x=$(( select file in * ; do echo "<$file>" ; break >&3 ; done >&3 ) | tr u x )
}
inline_TFOR_TTIME() {
for i in {1,2,3} ; do time >&3 echo $i ; done >&3
}
inline_TFOR_TTIME() {
for i in {1,2,3}
do
time echo $i >&3
done >&3
}
function comsub_TFOR_TTIME { x=$(
for i in {1,2,3} ; do time >&3 echo $i ; done >&3
); }
function comsub_TFOR_TTIME {
x=$(for i in {1,2,3} ; do time echo $i >&3 ; done >&3 )
}
function reread_TFOR_TTIME { x=$((
for i in {1,2,3} ; do time >&3 echo $i ; done >&3
)|tr u x); }
function reread_TFOR_TTIME {
x=$(( for i in {1,2,3} ; do time echo $i >&3 ; done >&3 ) | tr u x )
}
inline_TCASE() {
case $foo in 1) echo eins >&3;& 2) echo zwei >&3 ;| *) echo kann net bis drei zählen >&3;; esac >&3
}
inline_TCASE() {
case $foo in
(1)
echo eins >&3
;&
(2)
echo zwei >&3
;|
(*)
echo kann net bis drei zählen >&3
;;
esac >&3
}
function comsub_TCASE { x=$(
case $foo in 1) echo eins >&3;& 2) echo zwei >&3 ;| *) echo kann net bis drei zählen >&3;; esac >&3
); }
function comsub_TCASE {
x=$(case $foo in (1) echo eins >&3 ;& (2) echo zwei >&3 ;| (*) echo kann net bis drei zählen >&3 ;; esac >&3 )
}
function reread_TCASE { x=$((
case $foo in 1) echo eins >&3;& 2) echo zwei >&3 ;| *) echo kann net bis drei zählen >&3;; esac >&3
)|tr u x); }
function reread_TCASE {
x=$(( case $foo in (1) echo eins >&3 ;& (2) echo zwei >&3 ;| (*) echo kann net bis drei zählen >&3 ;; esac >&3 ) | tr u x )
}
inline_TIF_TBANG_TDBRACKET_TELIF() {
if ! [[ 1 = 1 ]] >&3 ; then echo eins; elif [[ 1 = 2 ]] >&3; then echo zwei ;else echo drei; fi >&3
}
inline_TIF_TBANG_TDBRACKET_TELIF() {
if ! [[ 1 = 1 ]] >&3
then
echo eins
elif [[ 1 = 2 ]] >&3
then
echo zwei
else
echo drei
fi >&3
}
function comsub_TIF_TBANG_TDBRACKET_TELIF { x=$(
if ! [[ 1 = 1 ]] >&3 ; then echo eins; elif [[ 1 = 2 ]] >&3; then echo zwei ;else echo drei; fi >&3
); }
function comsub_TIF_TBANG_TDBRACKET_TELIF {
x=$(if ! [[ 1 = 1 ]] >&3 ; then echo eins ; elif [[ 1 = 2 ]] >&3 ; then echo zwei ; else echo drei ; fi >&3 )
}
function reread_TIF_TBANG_TDBRACKET_TELIF { x=$((
if ! [[ 1 = 1 ]] >&3 ; then echo eins; elif [[ 1 = 2 ]] >&3; then echo zwei ;else echo drei; fi >&3
)|tr u x); }
function reread_TIF_TBANG_TDBRACKET_TELIF {
x=$(( if ! [[ 1 = 1 ]] >&3 ; then echo eins ; elif [[ 1 = 2 ]] >&3 ; then echo zwei ; else echo drei ; fi >&3 ) | tr u x )
}
inline_TWHILE() {
i=1; while (( i < 10 )) >&3; do echo $i; let ++i; done >&3
}
inline_TWHILE() {
i=1
while let " i < 10 " >&3
do
echo $i
let ++i
done >&3
}
function comsub_TWHILE { x=$(
i=1; while (( i < 10 )) >&3; do echo $i; let ++i; done >&3
); }
function comsub_TWHILE {
x=$(i=1 ; while let " i < 10 " >&3 ; do echo $i ; let ++i ; done >&3 )
}
function reread_TWHILE { x=$((
i=1; while (( i < 10 )) >&3; do echo $i; let ++i; done >&3
)|tr u x); }
function reread_TWHILE {
x=$(( i=1 ; while let " i < 10 " >&3 ; do echo $i ; let ++i ; done >&3 ) | tr u x )
}
inline_TUNTIL() {
i=10; until (( !--i )) >&3 ; do echo $i; done >&3
}
inline_TUNTIL() {
i=10
until let " !--i " >&3
do
echo $i
done >&3
}
function comsub_TUNTIL { x=$(
i=10; until (( !--i )) >&3 ; do echo $i; done >&3
); }
function comsub_TUNTIL {
x=$(i=10 ; until let " !--i " >&3 ; do echo $i ; done >&3 )
}
function reread_TUNTIL { x=$((
i=10; until (( !--i )) >&3 ; do echo $i; done >&3
)|tr u x); }
function reread_TUNTIL {
x=$(( i=10 ; until let " !--i " >&3 ; do echo $i ; done >&3 ) | tr u x )
}
inline_TCOPROC() {
cat * >&3 |& >&3 ls
}
inline_TCOPROC() {
cat * >&3 |&
ls >&3
}
function comsub_TCOPROC { x=$(
cat * >&3 |& >&3 ls
); }
function comsub_TCOPROC {
x=$(cat * >&3 |& ls >&3 )
}
function reread_TCOPROC { x=$((
cat * >&3 |& >&3 ls
)|tr u x); }
function reread_TCOPROC {
x=$(( cat * >&3 |& ls >&3 ) | tr u x )
}
inline_TFUNCT_TBRACE_TASYNC() {
function korn { echo eins; echo >&3 zwei ; }
bourne () { logger * >&3 & }
}
inline_TFUNCT_TBRACE_TASYNC() {
function korn {
echo eins
echo zwei >&3
}
bourne() {
logger * >&3 &
}
}
function comsub_TFUNCT_TBRACE_TASYNC { x=$(
function korn { echo eins; echo >&3 zwei ; }
bourne () { logger * >&3 & }
); }
function comsub_TFUNCT_TBRACE_TASYNC {
x=$(function korn { echo eins ; echo zwei >&3 ; } ; bourne() { logger * >&3 & } )
}
function reread_TFUNCT_TBRACE_TASYNC { x=$((
function korn { echo eins; echo >&3 zwei ; }
bourne () { logger * >&3 & }
)|tr u x); }
function reread_TFUNCT_TBRACE_TASYNC {
x=$(( function korn { echo eins ; echo zwei >&3 ; } ; bourne() { logger * >&3 & } ) | tr u x )
}
inline_COMSUB_EXPRSUB() {
echo $(true >&3) $((1+ 2))
}
inline_COMSUB_EXPRSUB() {
echo $(true >&3 ) $((1+ 2))
}
function comsub_COMSUB_EXPRSUB { x=$(
echo $(true >&3) $((1+ 2))
); }
function comsub_COMSUB_EXPRSUB {
x=$(echo $(true >&3 ) $((1+ 2)) )
}
function reread_COMSUB_EXPRSUB { x=$((
echo $(true >&3) $((1+ 2))
)|tr u x); }
function reread_COMSUB_EXPRSUB {
x=$(( echo $(true >&3 ) $((1+ 2)) ) | tr u x )
}
---
name: funsub-1
description:
Check that non-subenvironment command substitution works
stdin:
set -e
foo=bar
echo "ob $foo ."
echo "${
echo "ib $foo :"
foo=baz
echo "ia $foo :"
false
}" .
echo "oa $foo ."
expected-stdout:
ob bar .
ib bar :
ia baz : .
oa baz .
---
name: funsub-2
description:
You can now reliably use local and return in funsubs
(not exit though)
stdin:
x=q; e=1; x=${ echo a; e=2; echo x$e;}; echo 1:y$x,$e,$?.
x=q; e=1; x=${ echo a; typeset e=2; echo x$e;}; echo 2:y$x,$e,$?.
x=q; e=1; x=${ echo a; typeset e=2; return 3; echo x$e;}; echo 3:y$x,$e,$?.
expected-stdout:
1:ya x2,2,0.
2:ya x2,1,0.
3:ya,1,3.
---
name: test-stnze-1
description:
Check that the short form [ $x ] works
stdin:
i=0
[ -n $x ]
rv=$?; echo $((++i)) $rv
[ $x ]
rv=$?; echo $((++i)) $rv
[ -n "$x" ]
rv=$?; echo $((++i)) $rv
[ "$x" ]
rv=$?; echo $((++i)) $rv
x=0
[ -n $x ]
rv=$?; echo $((++i)) $rv
[ $x ]
rv=$?; echo $((++i)) $rv
[ -n "$x" ]
rv=$?; echo $((++i)) $rv
[ "$x" ]
rv=$?; echo $((++i)) $rv
x='1 -a 1 = 2'
[ -n $x ]
rv=$?; echo $((++i)) $rv
[ $x ]
rv=$?; echo $((++i)) $rv
[ -n "$x" ]
rv=$?; echo $((++i)) $rv
[ "$x" ]
rv=$?; echo $((++i)) $rv
expected-stdout:
1 0
2 1
3 1
4 1
5 0
6 0
7 0
8 0
9 1
10 1
11 0
12 0
---
name: test-stnze-2
description:
Check that the short form [[ $x ]] works (ksh93 extension)
stdin:
i=0
[[ -n $x ]]
rv=$?; echo $((++i)) $rv
[[ $x ]]
rv=$?; echo $((++i)) $rv
[[ -n "$x" ]]
rv=$?; echo $((++i)) $rv
[[ "$x" ]]
rv=$?; echo $((++i)) $rv
x=0
[[ -n $x ]]
rv=$?; echo $((++i)) $rv
[[ $x ]]
rv=$?; echo $((++i)) $rv
[[ -n "$x" ]]
rv=$?; echo $((++i)) $rv
[[ "$x" ]]
rv=$?; echo $((++i)) $rv
x='1 -a 1 = 2'
[[ -n $x ]]
rv=$?; echo $((++i)) $rv
[[ $x ]]
rv=$?; echo $((++i)) $rv
[[ -n "$x" ]]
rv=$?; echo $((++i)) $rv
[[ "$x" ]]
rv=$?; echo $((++i)) $rv
expected-stdout:
1 1
2 1
3 1
4 1
5 0
6 0
7 0
8 0
9 0
10 0
11 0
12 0
---
name: event-subst-3
description:
Check that '!' substitution in noninteractive mode is ignored
file-setup: file 755 "falsetto"
#! /bin/sh
echo molto bene
exit 42
file-setup: file 755 "!false"
#! /bin/sh
echo si
stdin:
export PATH=.:$PATH
falsetto
echo yeap
!false
echo meow
! false
echo = $?
if
! false; then echo foo; else echo bar; fi
expected-stdout:
molto bene
yeap
si
meow
= 0
foo
---
name: event-subst-0
description:
Check that '!' substitution in interactive mode is ignored
need-ctty: yes
arguments: !-i!
file-setup: file 755 "falsetto"
#! /bin/sh
echo molto bene
exit 42
file-setup: file 755 "!false"
#! /bin/sh
echo si
stdin:
export PATH=.:$PATH
falsetto
echo yeap
!false
echo meow
! false
echo = $?
if
! false; then echo foo; else echo bar; fi
expected-stdout:
molto bene
yeap
si
meow
= 0
foo
expected-stderr-pattern:
/.*/
---
name: nounset-1
description:
Check that "set -u" matches (future) SUSv4 requirement
stdin:
(set -u
try() {
local v
eval v=\$$1
if [[ -n $v ]]; then
echo $1=nz
else
echo $1=zf
fi
}
x=y
(echo $x)
echo =1
(echo $y)
echo =2
(try x)
echo =3
(try y)
echo =4
(try 0)
echo =5
(try 2)
echo =6
(try)
echo =7
(echo at=$@)
echo =8
(echo asterisk=$*)
echo =9
(echo $?)
echo =10
(echo $!)
echo =11
(echo $-)
echo =12
#(echo $_)
#echo =13
(echo $#)
echo =14
(mypid=$$; try mypid)
echo =15
) 2>&1 | sed -e 's/^[^]]*]//' -e 's/^[^:]*: *//'
expected-stdout:
y
=1
y: parameter not set
=2
x=nz
=3
y: parameter not set
=4
0=nz
=5
2: parameter not set
=6
1: parameter not set
=7
at=
=8
asterisk=
=9
0
=10
!: parameter not set
=11
ush
=12
0
=14
mypid=nz
=15
---
name: nameref-1
description:
Testsuite for nameref (bound variables)
stdin:
bar=global
typeset -n ir2=bar
typeset -n ind=ir2
echo !ind: ${!ind}
echo ind: $ind
echo !ir2: ${!ir2}
echo ir2: $ir2
typeset +n ind
echo !ind: ${!ind}
echo ind: $ind
typeset -n ir2=ind
echo !ir2: ${!ir2}
echo ir2: $ir2
set|grep ^ir2|sed 's/^/s1: /'
typeset|grep ' ir2'|sed -e 's/^/s2: /' -e 's/nameref/typeset -n/'
set -A blub -- e1 e2 e3
typeset -n ind=blub
typeset -n ir2=blub[2]
echo !ind[1]: ${!ind[1]}
echo !ir2: $!ir2
echo ind[1]: ${ind[1]}
echo ir2: $ir2
expected-stdout:
!ind: bar
ind: global
!ir2: bar
ir2: global
!ind: ind
ind: ir2
!ir2: ind
ir2: ir2
s1: ir2=ind
s2: typeset -n ir2
!ind[1]: 1
!ir2: ir2
ind[1]: e2
ir2: e3
---
name: nameref-2da
description:
Testsuite for nameref (bound variables)
Functions, argument given directly, after local
stdin:
function foo {
typeset bar=lokal baz=auch
typeset -n v=bar
echo entering
echo !v: ${!v}
echo !bar: ${!bar}
echo !baz: ${!baz}
echo bar: $bar
echo v: $v
v=123
echo bar: $bar
echo v: $v
echo exiting
}
bar=global
echo bar: $bar
foo bar
echo bar: $bar
expected-stdout:
bar: global
entering
!v: bar
!bar: bar
!baz: baz
bar: lokal
v: lokal
bar: 123
v: 123
exiting
bar: global
---
name: nameref-3
description:
Advanced testsuite for bound variables (ksh93 fails this)
stdin:
typeset -n foo=bar[i]
set -A bar -- b c a
for i in 0 1 2 3; do
print $i $foo .
done
expected-stdout:
0 b .
1 c .
2 a .
3 .
---
name: nameref-4
description:
Ensure we don't run in an infinite loop
time-limit: 3
stdin:
baz() {
typeset -n foo=foo
foo[0]=bar
}
set -A foo bad
echo sind $foo .
baz
echo blah $foo .
expected-stdout:
sind bad .
blah bar .
---
name: better-parens-1a
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
if ( (echo fubar)|tr u x); then
echo ja
else
echo nein
fi
expected-stdout:
fxbar
ja
---
name: better-parens-1b
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
echo $( (echo fubar)|tr u x) $?
expected-stdout:
fxbar 0
---
name: better-parens-1c
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
x=$( (echo fubar)|tr u x); echo $x $?
expected-stdout:
fxbar 0
---
name: better-parens-2a
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
if ((echo fubar)|tr u x); then
echo ja
else
echo nein
fi
expected-stdout:
fxbar
ja
---
name: better-parens-2b
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
echo $((echo fubar)|tr u x) $?
expected-stdout:
fxbar 0
---
name: better-parens-2c
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
x=$((echo fubar)|tr u x); echo $x $?
expected-stdout:
fxbar 0
---
name: better-parens-3a
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
if ( (echo fubar)|(tr u x)); then
echo ja
else
echo nein
fi
expected-stdout:
fxbar
ja
---
name: better-parens-3b
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
echo $( (echo fubar)|(tr u x)) $?
expected-stdout:
fxbar 0
---
name: better-parens-3c
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
x=$( (echo fubar)|(tr u x)); echo $x $?
expected-stdout:
fxbar 0
---
name: better-parens-4a
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
if ((echo fubar)|(tr u x)); then
echo ja
else
echo nein
fi
expected-stdout:
fxbar
ja
---
name: better-parens-4b
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
echo $((echo fubar)|(tr u x)) $?
expected-stdout:
fxbar 0
---
name: better-parens-4c
description:
Check support for ((…)) and $((…)) vs (…) and $(…)
stdin:
x=$((echo fubar)|(tr u x)); echo $x $?
expected-stdout:
fxbar 0
---
name: echo-test-1
description:
Test what the echo builtin does (mksh)
stdin:
echo -n 'foo\x40bar'
echo -e '\tbaz'
expected-stdout:
foo@bar baz
---
name: echo-test-2
description:
Test what the echo builtin does (POSIX)
Note: this follows Debian Policy 10.4 which mandates
that -n shall be treated as an option, not XSI which
mandates it shall be treated as string but escapes
shall be expanded.
stdin:
test -n "$POSH_VERSION" || set -o posix
echo -n 'foo\x40bar'
echo -e '\tbaz'
expected-stdout:
foo\x40bar-e \tbaz
---
name: echo-test-3-mnbsd
description:
Test what the echo builtin does, and test a compatibility flag.
category: mnbsdash
stdin:
"$__progname" -c 'echo -n 1=\\x40$1; echo -e \\x2E' -- foo bar
"$__progname" -o posix -c 'echo -n 2=\\x40$1; echo -e \\x2E' -- foo bar
"$__progname" -o sh -c 'echo -n 3=\\x40$1; echo -e \\x2E' -- foo bar
expected-stdout:
1=@foo.
2=\x40foo-e \x2E
3=\x40bar.
---
name: echo-test-3-normal
description:
Test what the echo builtin does, and test a compatibility flag.
category: !mnbsdash
stdin:
"$__progname" -c 'echo -n 1=\\x40$1; echo -e \\x2E' -- foo bar
"$__progname" -o posix -c 'echo -n 2=\\x40$1; echo -e \\x2E' -- foo bar
"$__progname" -o sh -c 'echo -n 3=\\x40$1; echo -e \\x2E' -- foo bar
expected-stdout:
1=@foo.
2=\x40foo-e \x2E
3=\x40foo-e \x2E
---
name: utilities-getopts-1
description:
getopts sets OPTIND correctly for unparsed option
stdin:
set -- -a -a -x
while getopts :a optc; do
echo "OPTARG=$OPTARG, OPTIND=$OPTIND, optc=$optc."
done
echo done
expected-stdout:
OPTARG=, OPTIND=2, optc=a.
OPTARG=, OPTIND=3, optc=a.
OPTARG=x, OPTIND=4, optc=?.
done
---
name: utilities-getopts-2
description:
Check OPTARG
stdin:
set -- -a Mary -x
while getopts a: optc; do
echo "OPTARG=$OPTARG, OPTIND=$OPTIND, optc=$optc."
done
echo done
expected-stdout:
OPTARG=Mary, OPTIND=3, optc=a.
OPTARG=, OPTIND=4, optc=?.
done
expected-stderr-pattern: /.*-x.*option/
---
name: wcswidth-1
description:
Check the new wcswidth feature
stdin:
s=何
set +U
print octets: ${#s} .
print 8-bit width: ${%s} .
set -U
print characters: ${#s} .
print columns: ${%s} .
s=<EFBFBD>
set +U
print octets: ${#s} .
print 8-bit width: ${%s} .
set -U
print characters: ${#s} .
print columns: ${%s} .
expected-stdout:
octets: 3 .
8-bit width: -1 .
characters: 1 .
columns: 2 .
octets: 3 .
8-bit width: 3 .
characters: 1 .
columns: 1 .
---
name: wcswidth-2
description:
Check some corner cases
stdin:
print % $% .
set -U
x='a b'
print c ${%x} .
set +U
x='a b'
print d ${%x} .
expected-stdout:
% $% .
c -1 .
d -1 .
---
name: wcswidth-3
description:
Check some corner cases
stdin:
print ${%} .
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: wcswidth-4a
description:
Check some corner cases
stdin:
print ${%*} .
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: wcswidth-4b
description:
Check some corner cases
stdin:
print ${%@} .
expected-stderr-pattern:
/bad substitution/
expected-exit: 1
---
name: wcswidth-4c
description:
Check some corner cases
stdin:
:
print ${%?} .
expected-stdout:
1 .
---
name: realpath-1
description:
Check proper return values for realpath
category: os:mirbsd
stdin:
wd=$(realpath .)
mkdir dir
:>file
:>dir/file
ln -s dir lndir
ln -s file lnfile
ln -s nix lnnix
ln -s . lnself
i=0
chk() {
typeset x y
x=$(realpath "$wd/$1" 2>&1); y=$?
print $((++i)) "?$1" =${x##*$wd/} !$y
}
chk dir
chk dir/
chk dir/file
chk dir/nix
chk file
chk file/
chk file/file
chk file/nix
chk nix
chk nix/
chk nix/file
chk nix/nix
chk lndir
chk lndir/
chk lndir/file
chk lndir/nix
chk lnfile
chk lnfile/
chk lnfile/file
chk lnfile/nix
chk lnnix
chk lnnix/
chk lnnix/file
chk lnnix/nix
chk lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself
rm lnself
expected-stdout:
1 ?dir =dir !0
2 ?dir/ =dir !0
3 ?dir/file =dir/file !0
4 ?dir/nix =dir/nix !0
5 ?file =file !0
6 ?file/ =file/: Not a directory !20
7 ?file/file =file/file: Not a directory !20
8 ?file/nix =file/nix: Not a directory !20
9 ?nix =nix !0
10 ?nix/ =nix !0
11 ?nix/file =nix/file: No such file or directory !2
12 ?nix/nix =nix/nix: No such file or directory !2
13 ?lndir =dir !0
14 ?lndir/ =dir !0
15 ?lndir/file =dir/file !0
16 ?lndir/nix =dir/nix !0
17 ?lnfile =file !0
18 ?lnfile/ =lnfile/: Not a directory !20
19 ?lnfile/file =lnfile/file: Not a directory !20
20 ?lnfile/nix =lnfile/nix: Not a directory !20
21 ?lnnix =nix !0
22 ?lnnix/ =nix !0
23 ?lnnix/file =lnnix/file: No such file or directory !2
24 ?lnnix/nix =lnnix/nix: No such file or directory !2
25 ?lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself =lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself/lnself: Too many levels of symbolic links !62
---
name: realpath-2
description:
Ensure that exactly two leading slashes are not collapsed
POSIX guarantees this exception, e.g. for UNC paths on Cygwin
category: os:mirbsd
stdin:
ln -s /bin t1
ln -s //bin t2
ln -s ///bin t3
realpath /bin
realpath //bin
realpath ///bin
realpath /usr/bin
realpath /usr//bin
realpath /usr///bin
realpath t1
realpath t2
realpath t3
rm -f t1 t2 t3
cd //usr/bin
pwd
cd ../lib
pwd
realpath //usr/include/../bin
expected-stdout:
/bin
//bin
/bin
/usr/bin
/usr/bin
/usr/bin
/bin
//bin
/bin
//usr/bin
//usr/lib
//usr/bin
---
name: crash-1
description:
Crashed during March 2011, fixed on vernal equinōx ☺
category: os:mirbsd,os:openbsd
stdin:
export MALLOC_OPTIONS=FGJPRSX
"$__progname" -c 'x=$(tr z r <<<baz); echo $x'
expected-stdout:
bar
---
name: debian-117-1
description:
Check test - bug#465250
stdin:
test \( ! -e \) ; echo $?
expected-stdout:
1
---
name: debian-117-2
description:
Check test - bug#465250
stdin:
test \( -e \) ; echo $?
expected-stdout:
0
---
name: debian-117-3
description:
Check test - bug#465250
stdin:
test ! -e ; echo $?
expected-stdout:
1
---
name: debian-117-4
description:
Check test - bug#465250
stdin:
test -e ; echo $?
expected-stdout:
0
---
name: case-zsh
description:
Check that zsh case variants work
stdin:
case 'b' in
a) echo a ;;
b) echo b ;;
c) echo c ;;
*) echo x ;;
esac
echo =
case 'b' in
a) echo a ;&
b) echo b ;&
c) echo c ;&
*) echo x ;&
esac
echo =
case 'b' in
a) echo a ;|
b) echo b ;|
c) echo c ;|
*) echo x ;|
esac
expected-stdout:
b
=
b
c
x
=
b
x
---
name: case-braces
description:
Check that case end tokens are not mixed up (Debian #220272)
stdin:
i=0
for value in 'x' '}' 'esac'; do
print -n "$((++i))($value)bourne "
case $value in
}) echo brace ;;
*) echo no ;;
esac
print -n "$((++i))($value)korn "
case $value {
esac) echo esac ;;
*) echo no ;;
}
done
expected-stdout:
1(x)bourne no
2(x)korn no
3(})bourne brace
4(})korn no
5(esac)bourne no
6(esac)korn esac
---
name: command-shift
description:
Check that 'command shift' works
stdin:
function snc {
echo "before 0='$0' 1='$1' 2='$2'"
shift
echo "after 0='$0' 1='$1' 2='$2'"
}
function swc {
echo "before 0='$0' 1='$1' 2='$2'"
command shift
echo "after 0='$0' 1='$1' 2='$2'"
}
echo = without command
snc 一 二
echo = with command
swc 一 二
echo = done
expected-stdout:
= without command
before 0='snc' 1='一' 2='二'
after 0='snc' 1='二' 2=''
= with command
before 0='swc' 1='一' 2='二'
after 0='swc' 1='二' 2=''
= done
---
name: duffs-device
description:
Check that the compiler did not optimise-break them
(lex.c has got a similar one in SHEREDELIM)
stdin:
set +U
s=
typeset -i1 i=0
while (( ++i < 256 )); do
s+=${i#1#}
done
s+=$'\xC2\xA0\xE2\x82\xAC\xEF\xBF\xBD\xEF\xBF\xBE\xEF\xBF\xBF\xF0\x90\x80\x80.'
typeset -p s
expected-stdout:
typeset s=$'\001\002\003\004\005\006\a\b\t\n\v\f\r\016\017\020\021\022\023\024\025\026\027\030\031\032\E\034\035\036\037 !"#$%&\047()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\\]^_`abcdefghijklmnopqrstuvwxyz{|}~\177\200\201\202\203\204\205\206\207\210\211\212\213\214\215\216\217\220\221\222\223\224\225\226\227\230\231\232\233\234\235\236\237\240\241\242\243\244\245\246\247\250\251\252\253\254\255\256\257\260\261\262\263\264\265\266\267\270\271\272\273\274\275\276\277\300\301\302\303\304\305\306\307\310\311\312\313\314\315\316\317\320\321\322\323\324\325\326\327\330\331\332\333\334\335\336\337\340\341\342\343\344\345\346\347\350\351\352\353\354\355\356\357\360\361\362\363\364\365\366\367\370\371\372\373\374\375\376\377\u00A0\u20AC\uFFFD\357\277\276\357\277\277\360\220\200\200.'
---
name: stateptr-underflow
description:
This check overflows an Xrestpos stored in a short in R40
category: fastbox
stdin:
function Lb64decode {
[[ -o utf8-mode ]]; local u=$?
set +U
local c s="$*" t=
[[ -n $s ]] || { s=$(cat;print x); s=${s%x}; }
local -i i=0 n=${#s} p=0 v x
local -i16 o
while (( i < n )); do
c=${s:(i++):1}
case $c {
(=) break ;;
([A-Z]) (( v = 1#$c - 65 )) ;;
([a-z]) (( v = 1#$c - 71 )) ;;
([0-9]) (( v = 1#$c + 4 )) ;;
(+) v=62 ;;
(/) v=63 ;;
(*) continue ;;
}
(( x = (x << 6) | v ))
case $((p++)) {
(0) continue ;;
(1) (( o = (x >> 4) & 255 )) ;;
(2) (( o = (x >> 2) & 255 )) ;;
(3) (( o = x & 255 ))
p=0
;;
}
t=$t\\x${o#16#}
done
print -n $t
(( u )) || set -U
}
i=-1
s=
while (( ++i < 12120 )); do
s+=a
done
Lb64decode $s >/dev/null
---
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