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# $MirOS: src/bin/mksh/check.t,v 1.19 2005/07/04 11:57:55 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 $
#-
# You may also want to test IFS with the script at
# http://www.research.att.com/~gsf/public/ifs.sh
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: 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-ternary-prec-1
description:
Check precidance 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 precidance 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-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,$k
expected-stdout:
6
6,5,3
---
name: bksl-nl-ign-1
description:
Check that \newline is not collasped after #
stdin:
echo hi #there \
echo folks
expected-stdout:
hi
folks
---
name: bksl-nl-ign-2
description:
Check that \newline is not collasped inside single quotes
stdin:
echo 'hi \
there'
echo folks
expected-stdout:
hi \
there
folks
---
name: bksl-nl-ign-3
description:
Check that \newline is not collasped inside single quotes
stdin:
cat << \EOF
hi \
there
EOF
expected-stdout:
hi \
there
---
name: blsk-nl-ign-4
description:
Check interaction of aliases, single quotes and here-documents
with backslash-newline
(don't know what posix has to say about this)
stdin:
a=2
alias x='echo hi
cat << "EOF"
foo\
bar
some'
x
more\
stuff$a
EOF
expected-stdout:
hi
foo\
bar
some
more\
stuff$a
---
name: blsk-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 collasped 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 collasped 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 collasped 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 collasped 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 $((1+2+3+4+5+6)\
)
expected-stdout:
3
6
10
15
21
---
name: bksl-nl-5
description:
Check that \newline is collasped in double quoted strings
stdin:
echo "\
hi"
echo "foo\
bar"
echo "folks\
"
expected-stdout:
hi
foobar
folks
---
name: bksl-nl-6
description:
Check that \newline is collasped in here document delimiters
(ksh93 fails second part of this)
stdin:
a=12
cat << EO\
F
a=$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 collasped 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 collasped 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: blsk-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: blsk-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: blsk-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: blsk-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: 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
arguments: !-i!
stdin:
echo hi${XXX}there
expected-stdout:
hi_there
expected-stderr: !
XX
---
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:
Eglobing 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 eglobing 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: ${x#a(b|c)}
expected-stdout:
1: ef
2: ef
3: abcdef
4: cdef
---
name: glob-bad-1
description:
Check that globbing isn't done when glob has syntax error
file-setup: dir 755 "[x"
file-setup: file 644 "[x/foo"
stdin:
echo [*
echo *[x
echo [x/*
expected-stdout:
[*
*[x
[x/foo
---
name: glob-bad-2
description:
Check that symbolic links aren't stat()'d
file-setup: dir 755 "dir"
file-setup: symlink 644 "dir/abc"
non-existent-file
stdin:
echo d*/*
echo d*/abc
expected-stdout:
dir/abc
dir/abc
---
name: glob-range-1
description:
Test range matching
file-setup: file 644 ".bc"
file-setup: file 644 "abc"
file-setup: file 644 "bbc"
file-setup: file 644 "cbc"
file-setup: file 644 "-bc"
stdin:
echo [ab-]*
echo [-ab]*
echo [!-ab]*
echo [!ab]*
echo []ab]*
expected-stdout:
-bc abc bbc
-bc abc bbc
cbc
-bc cbc
abc bbc
---
name: glob-range-2
description:
Test range matching
(at&t ksh fails this; POSIX says invalid)
file-setup: file 644 "abc"
stdin:
echo [a--]*
expected-stdout:
[a--]*
---
name: glob-range-3
description:
Check that globbing matches the right things...
# breaks on Mac OSX (probably UTF-8 issue)
category: !os:darwin
file-setup: file 644 "a<>c"
stdin:
echo a[<5B>-<2D>]*
expected-stdout:
a<>c
---
name: glob-range-4
description:
Results unspecified according to POSIX
file-setup: file 644 ".bc"
stdin:
echo [a.]*
expected-stdout:
[a.]*
---
name: glob-range-5
description:
Results unspecified according to POSIX
(at&t ksh treats this like [a-cc-e]*)
file-setup: file 644 "abc"
file-setup: file 644 "bbc"
file-setup: file 644 "cbc"
file-setup: file 644 "dbc"
file-setup: file 644 "ebc"
file-setup: file 644 "-bc"
stdin:
echo [a-c-e]*
expected-stdout:
-bc abc bbc cbc ebc
---
name: heredoc-1
description:
Check ordering/content of redundent here documents.
stdin:
cat << EOF1 << EOF2
hi
EOF1
there
EOF2
expected-stdout:
there
---
name: heredoc-2
description:
Check quoted here-doc is protected.
stdin:
a=foo
cat << 'EOF'
hi\
there$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$a
h\$a
hb
h\b
done
---
name: heredoc-tmpfile-1
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in simple command.
stdin:
TMPDIR=$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=$PWD
eval '
cat <<- EOF | sed 's/hi/HI/' &
hi
EOF
' &
sleep 1
echo Left overs: *
expected-stdout:
HI
Left overs: *
---
name: heredoc-tmpfile-8
description:
Check that heredoc temp files aren't removed too soon or too late.
Heredoc in function, backgrounded call to function.
stdin:
TMPDIR=$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
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*$/
---
name: history-e-minus-1
description:
Check if more recent command is executed
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo hi
echo there
fc -e -
expected-stdout:
hi
there
there
expected-stderr-pattern:
/^X*echo there\nX*$/
---
name: history-e-minus-2
description:
Check that repeated command is printed before command
is re-executed.
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*$/
---
name: history-e-minus-3
description:
fc -e - fails when there is no history
(ksh93 has a bug that causes this to fail)
(ksh88 loops on this)
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
fc -e -
echo ok
expected-stdout:
ok
expected-stderr-pattern:
/^X*.*:.*history.*\nX*$/
---
name: history-e-minus-4
description:
Check if "fc -e -" command output goes to stdout.
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 $x")
echo ok
expected-stdout:
abc
A abc
ok
expected-stderr-pattern:
/^X*echo abc\nX*/
---
name: history-e-minus-5
description:
fc is replaced in history by new command.
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - echo
fc -l 2 4
expected-stdout:
abc def
ghi jkl
ghi jkl
2 echo ghi jkl
3 echo ghi jkl
4 fc -l 2 4
expected-stderr-pattern:
/^X*echo ghi jkl\nX*$/
---
name: history-list-1
description:
List lists correct range
(ksh88 fails 'cause it lists the fc command)
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*$/
---
name: history-list-2
description:
Lists oldest history if given pre-historic number
(ksh93 has a bug that causes this to fail)
(ksh88 fails 'cause it lists the fc command)
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
fc -l -- -40
expected-stdout:
line 1
line 2
line 3
1 echo line 1
2 echo line 2
3 echo line 3
expected-stderr-pattern:
/^X*$/
---
name: history-list-3
description:
Can give number 'options' to fc
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*$/
---
name: history-list-4
description:
-1 refers to previous command
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
fc -l -1 -1
expected-stdout:
line 1
line 2
line 3
line 4
4 echo line 4
expected-stderr-pattern:
/^X*$/
---
name: history-list-5
description:
List command stays in history
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*$/
---
name: history-list-6
description:
HISTSIZE limits about of history kept.
(ksh88 fails 'cause it lists the fc command)
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!HISTSIZE=3!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
5 echo line 5
expected-stderr-pattern:
/^X*$/
---
name: history-list-7
description:
fc allows too old/new errors in range specification
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*$/
---
name: history-list-r-1
description:
test -r flag in history
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l -r 2 4
expected-stdout:
line 1
line 2
line 3
line 4
line 5
4 echo line 4
3 echo line 3
2 echo line 2
expected-stderr-pattern:
/^X*$/
---
name: history-list-r-2
description:
If first is newer than last, -r is implied.
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*$/
---
name: history-list-r-3
description:
If first is newer than last, -r is cancelled.
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2
echo line 3
echo line 4
echo line 5
fc -l -r 4 2
expected-stdout:
line 1
line 2
line 3
line 4
line 5
2 echo line 2
3 echo line 3
4 echo line 4
expected-stderr-pattern:
/^X*$/
---
name: history-subst-1
description:
Basic substitution
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*$/
---
name: history-subst-2
description:
Does subst find previous command?
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
echo ghi jkl
fc -e - jkl=XYZQRT 'echo g'
expected-stdout:
abc def
ghi jkl
ghi XYZQRT
expected-stderr-pattern:
/^X*echo ghi XYZQRT\nX*$/
---
name: history-subst-3
description:
Does subst find previous command when no arguments given
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*$/
---
name: history-subst-4
description:
Global substitutions work
(ksh88 and ksh93 do not have -g option)
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def asjj sadjhasdjh asdjhasd
fc -e - -g a=FooBAR
expected-stdout:
abc def asjj sadjhasdjh asdjhasd
FooBARbc def FooBARsjj sFooBARdjhFooBARsdjh FooBARsdjhFooBARsd
expected-stderr-pattern:
/^X*echo FooBARbc def FooBARsjj sFooBARdjhFooBARsdjh FooBARsdjhFooBARsd\nX*$/
---
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)
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*$/
---
name: history-ed-1-old
description:
Basic (ed) editing works (assumes you have generic ed editor
that prints no prompts). This is for oldish ed(1) which write
the character count to stdout. Found on MS Interix/SFU 3.5
and Mac OSX 10.4 "Tiger".
category: os:interix,os:darwin
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo abc def
fc echo
s/abc/FOOBAR/
w
q
expected-stdout:
abc def
13
16
FOOBAR def
expected-stderr-pattern:
/^X*echo FOOBAR def\nX*$/
---
name: history-ed-2-old
description:
Correct command is edited when number given
category: os:interix,os:darwin
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: os:interix,os:darwin
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.
# we don't have persistent history on Solaris (no flock)
category: !os:solaris,!os:interix,!os:darwin
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*$/
---
name: history-ed-2
description:
Correct command is edited when number given
category: !os:solaris,!os:interix,!os:darwin
arguments: !-i!
env-setup: !ENV=./Env!HISTFILE=hist.file!
file-setup: file 644 "Env"
PS1=X
stdin:
echo line 1
echo line 2 is here
echo line 3
echo line 4
fc 2
s/is here/is changed/
w
q
expected-stdout:
line 1
line 2 is here
line 3
line 4
line 2 is changed
expected-stderr-pattern:
/^X*20\n23\necho line 2 is changed\nX*$/
---
name: history-ed-3
description:
Newly created multi line commands show up as single command
in history.
category: !os:solaris,!os:interix,!os:darwin
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-3
description:
Simple test, IFS=<white-space>:
pdksh fails both of these tests
stdin:
showargs() { for i; do echo -n " <$i>"; done; echo; }
IFS="$IFS:"
x=
set --
showargs "$x$@"
showargs "$@$x"
expected-fail: yes
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)
arguments: !-i!
stdin:
PS1= # minimize 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: 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 $LINENO
expected-stdout:
A 3
B 3
func A 3
func B 3
dot A 3
dot B 3
C 3
---
name: read-IFS-1
description:
Simple test, default IFS
stdin:
echo "A B " > IN
unset x y z
read x y z < IN
echo 1: "x[$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: 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 \()
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 $?
shoud not print 0. (according to /bin/sh, at&t ksh88, and the
getopt(1) man page - not according to POSIX)
stdin:
set -- `false`
echo $?
expected-stdout:
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) | 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:
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 $c
done
expected-stdout:
7
1
4
---
name: regression-37
description:
Machines with broken times() (reported by <sjg@void.zen.oz.au>)
time does not report correct real time
stdin:
time sleep 1
expected-stderr-pattern: !/^\s*0\.0[\s\d]+real|^\s*real[\s]+0+\.0/
---
name: regression-38
description:
set -e doesn't ignore exit codes for if/while/until/&&/||/!.
arguments: !-e!
stdin:
if false; then echo hi ; fi
false || true
false && true
while false; do echo hi; done
echo ok
expected-stdout:
ok
---
name: regression-39
description:
set -e: errors in command substitutions aren't ignored
Not clear if they should be or not...
expected-fail: yes
arguments: !-e!
stdin:
echo `false; echo hi`
expected-stdout:
hi
---
name: regression-40
description:
This used to cause a core dump
env-setup: !RANDOM=12!
stdin:
echo hi
expected-stdout:
hi
---
name: regression-41
description:
foo should be set to bar (should not be empty)
stdin:
foo=`
echo bar`
echo "($foo)"
expected-stdout:
(bar)
---
name: regression-42
description:
Can't use command line assignments to assign readonly parameters.
stdin:
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-44
description:
getopts sets OPTIND correctly for unparsed option
stdin:
set -- -a -a -x
while getopts :a optc; do
echo "OPTARG=$OPTARG, OPTIND=$OPTIND, optc=$optc."
done
echo done
expected-stdout:
OPTARG=, OPTIND=2, optc=a.
OPTARG=, OPTIND=3, optc=a.
OPTARG=x, OPTIND=3, optc=?.
done
---
name: regression-45
description:
Parameter assignments with [] recognized correctly
stdin:
FOO=*[12]
BAR=abc[
MORE=[abc]
JUNK=a[bc
echo "<$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 $0 <<- 'EOF'
x() {
sed 's/^/X /' << E_O_F
hi
there
folks
E_O_F
echo "done ($?)"
}
echo=echo; [ -x /bin/echo ] && echo=/bin/echo
exec $echo subtest-1 hi
EOF
echo subtest-1 foo/*
TMPDIR=$PWD/foo $0 <<- '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 "env"
PS1=Y
PS2=X
env-setup: !ENV=./env!
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 globing works in pipelined commands
file-setup: file 644 "env"
PS1=P
file-setup: file 644 "abc"
stuff
env-setup: !ENV=./env!
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:
#!/bin/ksh
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-56
description:
Check eval vs substitution exit codes
(this is what ksh88 does)
stdin:
eval $(false)
echo A $?
eval ' $(false)'
echo B $?
eval " $(false)"
echo C $?
eval "eval $(false)"
echo D $?
eval 'eval '"$(false)"
echo E $?
IFS="$IFS:"
eval $(echo :; false)
echo F $?
expected-stdout:
A 1
B 1
C 1
D 0
E 0
F 1
---
name: regression-57
description:
Check if typeset output is correct for
uninitialized 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
typeset -i xxx
---
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: 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 $BAR
expected-stdout:
123
---
name: xxx-exec-environment-1
description:
Check to see if exec sets it's environment correctly
stdin:
FOO=bar exec env
expected-stdout-pattern:
/(^|.*\n)FOO=bar\n/
---
name: xxx-exec-environment-2
description:
Check to make sure exec doesn't change environment if a program
isn't exec-ed
stdin:
env > bar1
FOO=bar exec; env > bar2
cmp -s bar1 bar2
---
name: xxx-what-do-you-call-this-1
stdin:
echo "${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-subsitution-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
arguments: !-i!
stdin:
exec print 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 $?
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: $?
expected-stdout:
blank: 1
subshell: 2
include: 3
trap: 4
exit: 4
---
name: xxx-clean-chars-1
description:
Check MAGIC character is stuffed correctly
stdin:
echo `echo [<5B>`
expected-stdout:
[<5B>
---
name: xxx-param-subst-qmark-1
description:
Check suppresion of error message with null string. According to
POSIX, it shouldn't print the error as 'word' isn't ommitted.
ksh88, Solaris /bin/sh and /usr/xpg4/bin/sh all print the error?!
stdin:
unset foo
x=
echo x${foo?$x}
expected-exit: 1
expected-fail: yes
expected-stderr-pattern: !/not set/
---
name: xxx-param-_-1
description:
Check c flag is set.
arguments: !-c!echo "[$-]"!
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 posix
echo ${A=a=}~ b=~ c=d~ ~
expected-stdout:
a=/sweet b=/sweet c=d~ /sweet
a=~ b=~ c=d~ /sweet
---
name: errexit-1
description:
Check some "exit on error" conditions
stdin:
set -ex
/usr/bin/env false && echo something
echo END
expected-stdout:
END
expected-stderr:
+ /usr/bin/env false
+ echo END
---
name: errexit-2
description:
Check some "exit on error" edge conditions
stdin:
set -ex
if /usr/bin/env true; then
/usr/bin/env false && echo something
fi
echo END
expected-stdout:
END
expected-stderr:
+ /usr/bin/env true
+ /usr/bin/env false
+ echo END
---
name: version-1
description:
Check version of shell.
category: pdksh
stdin:
echo $KSH_VERSION
expected-stdout:
@(#)MIRBSD KSH R23 2005/07/04
---
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