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zsh/Test/E01options.ztst
Bart Schaefer 82ff9f24f1 48560: add TYPESET_TO_UNSET option to remove initialization of parameters
Changes typeset such that ${newparam-notset} yields "notset" and
"typeset -p newparam" does not show an assignment to the parameter.  This
is similar to the default behavior of bash and ksh, with minor differences
in typeset output.

Also add tests for some POSIX incompatibilities plus minor changes for test
harness robustness.
2021-04-18 13:58:09 -07:00

1468 lines
32 KiB
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# Test various shell options.
# Interactive options not tested here:
# ALWAYS_LAST_PROMPT
# ALWAYS_TO_END
# APPEND_HISTORY (history not maintained)
# AUTO_LIST
# AUTO_MENU
# AUTO_NAME_DIRS (named directory table not maintained)
# AUTO_PARAM_KEYS
# AUTO_PARAM_SLASH
# AUTO_REMOVE_SLASH
# AUTO_RESUME
# BANG_HIST
# BASH_AUTO_LIST
# BEEP (!)
# BG_NICE
# CHECK_JOBS
# COMPLETE_ALIASES
# COMPLETE_IN_WORD
# CORRECT
# CORRECT_ALL
# CSH_JUNKIE_HISTORY
# DVORAK
# EXTENDED_HISTORY
# FLOW_CONTROL
# GLOB_COMPLETE
# HIST_ALLOW_CLOBBER
# HIST_BEEP
# HIST_EXPIRE_DUPS_FIRST
# HIST_FIND_NO_DUPS
# HIST_IGNORE_ALL_DUPS
# HIST_IGNORE_DUPS (-h)
# HIST_IGNORE_SPACE (-g)
# HIST_NO_FUNCTIONS
# HIST_NO_STORE
# HIST_REDUCE_BLANKS
# HIST_SAVE_NO_DUPS
# HIST_VERIFY
# HUP
# IGNORE_EOF
# INC_APPEND_HISTORY
# INTERACTIVE
# INTERACTIVE_COMMENTS
# LIST_AMBIGUOUS
# LIST_BEEP
# LIST_PACKED
# LIST_ROWS_FIRST
# LIST_TYPES
# LOGIN
# LONG_LIST_JOBS
# MAIL_WARNING
# MENU_COMPLETE
# MONITOR
# NOTIFY
# OVERSTRIKE
# PRINT_EIGHT_BIT
# PROMPT_CR
# PUSHD_SILENT
# REC_EXACT
# RM_STAR_WAIT
# SHARE_HISTORY
# SINGLE_LINE_ZLE
# SUN_KEYBOARD_HACK
# ZLE
# The following require SHINSTDIN and are not (yet) tested:
# AUTO_CD
# SHINSTDIN
#
# Other difficult things I haven't done:
# GLOBAL_RCS (uses fixed files outside build area)
# HASH_CMDS )
# HASH_DIRS ) fairly seriously internal, hard to test at all
# HASH_LIST_ALL )
# PRINT_EXIT_STATUS haven't worked out what this does yet, although
# Bart suggested a fix.
# RCS ( " " " " )
# SH_OPTION_LETTERS even I found this too dull to set up a test for
# SINGLE_COMMAND kills shell
# VERBOSE hard because done on input (c.f. SHINSTDIN).
%prep
mkdir options.tmp && cd options.tmp
mkdir tmpcd homedir
touch tmpfile1 tmpfile2
mydir=$PWD
mydirt=`print -P %~`
mydirhome=`export HOME=$mydir/homedir; print -P %~`
catpath=$(which cat)
lspath==ls
# If the module fails to load, individual test points will skip.
zmodload zsh/zpty 2>/dev/null || true
%test
# setopt should move on to the next operation in the face of an error, but
# preserve the >0 return code
unsetopt aliases
setopt not_a_real_option aliases && return 2
print -r - $options[aliases]
0:setopt error handling
?(eval):setopt:4: no such option: not_a_real_option
>on
alias echo='print foo'
unsetopt aliases
# use eval else aliases are all parsed at start
eval echo bar
setopt aliases
eval echo bar
unalias echo
0:ALIASES option
>bar
>foo bar
setopt allexport
testpm1=exported
unsetopt allexport
testpm2=unexported
print ${(t)testpm1}
print ${(t)testpm2}
0:ALL_EXPORT option
>scalar-export
>scalar
# Count the number of directories on the stack. Don't care what they are.
dircount() { dirs -v | tail -1 | awk '{ print $1 + 1}'; }
unsetopt autopushd
cd tmpcd
dircount
cd ..
setopt autopushd
cd tmpcd
dircount
unsetopt autopushd
popd >/dev/null
0:AUTO_PUSHD option
>1
>2
unsetopt badpattern
print [a
setopt badpattern
print [b
1:BAD_PATTERN option
>[a
?(eval):4: bad pattern: [b
unsetopt bareglobqual nomatch
print *(.)
setopt bareglobqual nomatch
print *(.)
0:BARE_GLOB_QUAL option
>*(.)
>tmpfile1 tmpfile2
setopt braceccl
print {abcd}
unsetopt braceccl
print {abcd}
0:BRACE_CCL option
>a b c d
>{abcd}
# Don't use NUL as a field separator in the following.
setopt braceccl
print {$'\0'-$'\5'} | IFS=' ' read -A chars
for c in $chars; do print $(( #c )); done
unsetopt braceccl
0:BRACE_CCL option starting from NUL
>0
>1
>2
>3
>4
>5
setopt bsdecho
echo "histon\nimpington"
echo -e "girton\ncottenham"
unsetopt bsdecho
echo "newnham\ncomberton"
0:BSD_ECHO option
>histon\nimpington
>girton
>cottenham
>newnham
>comberton
unsetopt c_bases
print $(( [#16]15 ))
print $(( [#8]9 ))
setopt c_bases
print $(( [#16]31 ))
print $(( [#8]17 ))
setopt octal_zeroes
print $(( [#8]19 ))
unsetopt c_bases octal_zeroes
0:C_BASES option
>16#F
>8#11
>0x1F
>8#21
>023
setopt cdablevars
# only absolute paths are eligible for ~-expansion
cdablevar1=tmpcd
(cd cdablevar1)
cdablevar2=$PWD/tmpcd
cd cdablevar2
cd ..
print back in ${PWD:t}
unsetopt cdablevars
cd cdablevar2
1q:CDABLE_VARS option
>back in options.tmp
?(eval):cd:4: no such file or directory: cdablevar1
?(eval):cd:10: no such file or directory: cdablevar2
# CHASE_DOTS should go with CHASE_LINKS in B01cd.ztst
# which saves me having to write it here.
setopt noclobber
rm -f foo1 bar1 rod1
echo waterbeach >foo1
(echo landbeach >foo1)
cat foo1
(echo lode >>bar1)
[[ -f bar1 ]] && print That shouldn\'t be there.
echo denny >rod1
echo wicken >>rod1
cat rod1
unsetopt noclobber
rm -f foo2 bar2 rod2
echo ely >foo2
echo march >foo2
cat foo2
echo wimpole >>bar2
cat bar2
echo royston >rod2
echo foxton >>rod2
cat rod2
rm -f foo* bar* rod*
0:CLOBBER option
>waterbeach
>denny
>wicken
>march
>wimpole
>royston
>foxton
?(eval):4: file exists: foo1
?(eval):6: no such file or directory: bar1
setopt cshjunkieloops
eval 'for f in swaffham bulbeck; print $f; end'
print next one should fail >&2
unsetopt cshjunkieloops
eval 'for f in chesterton arbury; print $f; end'
1:CSH_JUNKIE_LOOPS option (for loop)
>swaffham
>bulbeck
?next one should fail
?(eval):1: parse error near `end'
# ` emacs deconfusion
setopt cshjunkiequotes
print this should cause an error >&2
eval "print 'line one
line two'"
print this should not >&2
eval "print 'line three\\
line four'"
unsetopt cshjunkiequotes
0:CSH_JUNKIE_QUOTES option
>line three
> line four
?this should cause an error
?(eval):1: unmatched '
?this should not
# ' emacs deconfusion
nullcmd() { print '$NULLCMD run'; }
readnullcmd() { print 'Running $READNULLCMD'; cat; }
NULLCMD=nullcmd
READNULLCMD=readnullcmd
setopt cshnullcmd
rm -f foo
print "This should fail" >&2
(>foo)
print "This should succeed" >&2
print "These are the contents of foo" >foo
cat foo
print "This should also fail" >&2
(<foo)
unsetopt cshnullcmd
rm -f foo
>foo
<foo
rm -f foo
0:CSH_NULL_CMD option
>These are the contents of foo
>Running $READNULLCMD
>$NULLCMD run
?This should fail
?(eval):8: redirection with no command
?This should succeed
?This should also fail
?(eval):13: redirection with no command
# nomatch should be overridden by cshnullglob
setopt nomatch cshnullglob
print tmp* nothing* blah
print -n 'hoping for no match: ' >&2
(print nothing* blah)
print >&2
unsetopt cshnullglob nomatch
print tmp* nothing* blah
print nothing* blah
0:CSH_NULL_GLOB option
>tmpcd tmpfile1 tmpfile2 blah
>tmpcd tmpfile1 tmpfile2 nothing* blah
>nothing* blah
?hoping for no match: (eval):4: no match
?
# The trick is to avoid =cat being expanded in the output while $catpath is.
setopt NO_equals
print -n trick; print =cat
setopt equals
print -n trick; print =cat
0q:EQUALS option
>trick=cat
>trick$catpath
# explanation of expected TRAPZERR output: from false and from
# testfn() with ERR_EXIT on (hmm, should we really get a second one from
# the function exiting?), then from the false only with ERR_EXIT off.
TRAPZERR() { print ZERR trapped; }
testfn() { setopt localoptions $2; print $1 before; false; print $1 after; }
(testfn on errexit)
testfn off
unfunction TRAPZERR testfn
0:ERR_EXIT option
>on before
>ZERR trapped
>ZERR trapped
>off before
>ZERR trapped
>off after
(
setopt ERR_EXIT
() { false; print is executed; } && true
() { false; print is not executed; }
print is not executed
)
1:ERR_EXIT is suppressed within a function followed by "&&"
>is executed
(
setopt ERR_RETURN
() { false; print is not executed; } || print is executed
print is also executed
)
0:ERR_RETURN is not suppressed within a function followed by "||"
>is executed
>is also executed
(
setopt ERR_RETURN
() {
() { false; print Not executed 1; } || true
print Executed
() { false; print Not executed 2; }
print Not executed 3;
} && false
)
1:ERR_RETURN with additional levels
>Executed
(print before; setopt noexec; print after)
0:NO_EXEC option
>before
(setopt noexec
typeset -A hash
hash['this is a string'])
0:NO_EXEC option should not attempt to parse subscripts
(setopt noexec nomatch
echo *NonExistentFile*)
0:NO_EXEC option should not do globbing
(setopt noexec
echo ${unset_var?Not an error})
0:NO_EXEC should not test for unset variables
(setopt noexec
: ${${string%[aeiou]*}/(#m)?(#e)/${(U)MATCH}} Rule 1
: ${array[4,5][1][2,3]} Rule 2
: ${${(P)foo[1,6]}[1,3]} Rule 3
: "${${(@)array}[1,2]}" Rule 5
: "${(@)${(@)array}[1,2]#?}" Rule 6
: ${(el.20..X.)${bar}} Rule 11 success case)
0:NO_EXEC handles parameter substitution examples
(setopt noexec
: ${(el.20..X.)$bar} Rule 11 failure case)
1:NO_EXEC does recognize bad substitution syntax
*?* bad substitution
setopt NO_eval_lineno
eval 'print $LINENO'
setopt eval_lineno
eval 'print $LINENO'
0:EVAL_LINENO option
>2
>1
# The EXTENDED_GLOB test doesn't test globbing fully --- it just tests
# that certain patterns are treated literally with the option off
# and as patterns with the option on.
testfn() { print -n "$1 $2 $3 "; if [[ $1 = ${~2} ]];
then print yes; else print no; fi; }
tests=('a#' '?~b' '^aa')
strings=('a' 'aa' 'b' 'a#' '?~b' '^aa')
for opt in noextendedglob extendedglob; do
setopt $opt
for test in $tests; do
for string in $strings; do
testfn $string $test $opt
done
done
done
0:EXTENDED_GLOB option
>a a# noextendedglob no
>aa a# noextendedglob no
>b a# noextendedglob no
>a# a# noextendedglob yes
>?~b a# noextendedglob no
>^aa a# noextendedglob no
>a ?~b noextendedglob no
>aa ?~b noextendedglob no
>b ?~b noextendedglob no
>a# ?~b noextendedglob no
>?~b ?~b noextendedglob yes
>^aa ?~b noextendedglob no
>a ^aa noextendedglob no
>aa ^aa noextendedglob no
>b ^aa noextendedglob no
>a# ^aa noextendedglob no
>?~b ^aa noextendedglob no
>^aa ^aa noextendedglob yes
>a a# extendedglob yes
>aa a# extendedglob yes
>b a# extendedglob no
>a# a# extendedglob no
>?~b a# extendedglob no
>^aa a# extendedglob no
>a ?~b extendedglob yes
>aa ?~b extendedglob no
>b ?~b extendedglob no
>a# ?~b extendedglob no
>?~b ?~b extendedglob no
>^aa ?~b extendedglob no
>a ^aa extendedglob yes
>aa ^aa extendedglob no
>b ^aa extendedglob yes
>a# ^aa extendedglob yes
>?~b ^aa extendedglob yes
>^aa ^aa extendedglob yes
foo() { print My name is $0; }
unsetopt functionargzero
foo
setopt functionargzero
foo
unfunction foo
0:FUNCTION_ARGZERO option
>My name is (anon)
>My name is foo
setopt _NO_glob_
print tmp*
set -o glob
print tmp*
0:GLOB option
>tmp*
>tmpcd tmpfile1 tmpfile2
showit() { local v;
for v in first second third; do
eval print \$$v \$\{\(t\)$v\}
done;
}
setit() { typeset -x first=inside1;
typeset +g -x second=inside2;
typeset -g -x third=inside3;
showit;
}
first=outside1 second=outside2 third=outside3
unsetopt globalexport
setit
showit
setopt globalexport
setit
showit
unfunction setit showit
0:GLOBAL_EXPORT option
>inside1 scalar-local-export
>inside2 scalar-local-export
>inside3 scalar-export
>outside1 scalar
>outside2 scalar
>inside3 scalar-export
>inside1 scalar-export
>inside2 scalar-local-export
>inside3 scalar-export
>inside1 scalar-export
>outside2 scalar
>inside3 scalar-export
# GLOB_ASSIGN is tested in A06assign.ztst.
mkdir onlysomefiles
touch onlysomefiles/.thisfile onlysomefiles/thatfile
setopt globdots
print onlysomefiles/*
unsetopt globdots
print onlysomefiles/*
rm -rf onlysomefiles
0:GLOB_DOTS option
>onlysomefiles/.thisfile onlysomefiles/thatfile
>onlysomefiles/thatfile
# we've tested this enough times already...
# could add some stuff for other sorts of expansion
foo='tmp*'
setopt globsubst
print ${foo}
unsetopt globsubst
print ${foo}
0:GLOB_SUBST option
>tmpcd tmpfile1 tmpfile2
>tmp*
setopt histsubstpattern
print *(:s/t??/TING/)
foo=(tmp*)
print ${foo:s/??p/THUMP/}
foo=(one.c two.c three.c)
print ${foo:s/#%(#b)t(*).c/T${match[1]}.X/}
print *(#q:s/#(#b)tmp(*e)/'scrunchy${match[1]}'/)
unsetopt histsubstpattern
0:HIST_SUBST_PATTERN option
>TINGcd TINGfile1 TINGfile2 homedir
>THUMPcd THUMPfile1 THUMPfile2
>one.c Two.X Three.X
>homedir scrunchyfile1 scrunchyfile2 tmpcd
setopt ignorebraces
echo X{a,b}Y
unsetopt ignorebraces
echo X{a,b}Y
0:IGNORE_BRACES option
>X{a,b}Y
>XaY XbY
setopt ksh_arrays
array=(one two three)
print $array $array[2]
print ${array[0]} ${array[1]} ${array[2]} ${array[3]}
unsetopt ksh_arrays
print $array $array[2]
print ${array[0]} ${array[1]} ${array[2]} ${array[3]}
unset array
0:KSH_ARRAYS option
>one one[2]
>one two three
>one two three two
>one two three
fpath=(.)
echo >foo 'echo foo loaded; foo() { echo foo run; }'
echo >bar 'bar() { echo bar run; }'
setopt kshautoload
autoload foo bar
foo
bar
unfunction foo bar
unsetopt kshautoload
autoload foo bar
foo
bar
0:KSH_AUTOLOAD option
>foo loaded
>foo run
>bar run
>foo loaded
>bar run
# ksh_glob is tested by the glob tests.
setopt kshoptionprint globassign
print set
setopt | grep kshoptionprint
setopt | grep globassign
unsetopt kshoptionprint
print unset
setopt | grep kshoptionprint
setopt | grep globassign
unsetopt globassign
0:KSH_OPTION_PRINT option
>set
>kshoptionprint on
>globassign on
>unset
>globassign
# This test is now somewhat artificial as
# KSH_TYPESET only applies to the builtin
# interface. Tests to the more standard
# reserved word interface appear elsewhere.
(
# reserved words are handled during parsing,
# hence eval...
disable -r typeset
eval '
setopt kshtypeset
ktvars=(ktv1 ktv2)
typeset ktfoo=`echo arg1 arg2` $ktvars
print $+ktv1 $+ktv2 $+ktv3
print $ktfoo
unsetopt kshtypeset
typeset noktfoo=`echo noktarg1 noktarg2`
print $noktfoo
print $+noktarg1 $+noktarg2
unset ktfoo ktv1 ktv2 noktfoo noktarg2
'
)
0:KSH_TYPESET option
>1 1 0
>arg1 arg2
>noktarg1
>0 1
showopt() { setopt | egrep 'localoptions|ksharrays'; }
f1() { setopt localoptions ksharrays; showopt }
f2() { setopt ksharrays; showopt }
setopt kshoptionprint
showopt
f1
showopt
f2
showopt
unsetopt ksh_arrays
0:LOCAL_OPTIONS option
>ksharrays off
>localoptions off
>ksharrays on
>localoptions on
>ksharrays off
>localoptions off
>ksharrays on
>localoptions off
>ksharrays on
>localoptions off
# LOCAL_TRAPS was tested in C03traps (phew).
fn() {
local HOME=/any/old/name
print -l var=~ 'anything goes/here'=~ split=`echo maybe not`;
}
setopt magicequalsubst
fn
setopt kshtypeset
fn
unsetopt magicequalsubst kshtypeset
fn
0:MAGIC_EQUAL_SUBST option
>var=/any/old/name
>anything goes/here=/any/old/name
>split=maybe
>not
>var=/any/old/name
>anything goes/here=/any/old/name
>split=maybe not
>var=~
>anything goes/here=~
>split=maybe
>not
setopt MARK_DIRS
print tmp*
unsetopt MARK_DIRS
print tmp*
0:MARK_DIRS option
>tmpcd/ tmpfile1 tmpfile2
>tmpcd tmpfile1 tmpfile2
# maybe should be in A04redirect
print "This is in1" >in1
print "This is in2" >in2
unsetopt multios
print Test message >foo1 >foo2
print foo1: $(<foo1)
print foo2: $(<foo2)
cat <in1 <in2
setopt multios
print Test message >foo1 >foo2
sleep 1 # damn, race in multios
print foo1: $(<foo1)
print foo2: $(<foo2)
cat <in1 <in2
rm -f foo1 foo2 in1 in2
0:MULTIOS option
>foo1:
>foo2: Test message
>This is in2
>foo1: Test message
>foo2: Test message
>This is in1
>This is in2
# This is trickier than it looks. There's a hack at the end of
# execcmd() to catch the multio processes attached to the
# subshell, which otherwise sort of get lost in the general turmoil.
# Without that, the multios aren't synchronous with the subshell
# or the main shell starting the "cat", so the output files appear
# empty.
setopt multios
( echo hello ) >multio_out1 >multio_out2 && cat multio_out*
0:Multios attached to a subshell
>hello
>hello
# This tests for another race in multios.
print -u $ZTST_fd 'This test hangs the shell when it fails...'
setopt multios
echo These are the contents of the file >multio_race.out
multio_race_fn() { cat; }
multio_race_fn <$(echo multio_race.out multio_race.out)
0:Fix for race with input multios
>These are the contents of the file
>These are the contents of the file
# tried this with other things, but not on its own, so much.
unsetopt nomatch
print with nonomatch: flooble*
setopt nomatch
print with nomatch flooble*
1:NOMATCH option
>with nonomatch: flooble*
?(eval):4: no matches found: flooble*
# NULL_GLOB should override NONOMATCH...
setopt nullglob nomatch
print frooble* tmp*
unsetopt nullglob nomatch
print frooble* tmp*
0:NULL_GLOB option
>tmpcd tmpfile1 tmpfile2
>frooble* tmpcd tmpfile1 tmpfile2
touch ngs1.txt ngs2.txt ngs10.txt ngs20.txt ngs100.txt ngs200.txt
setopt numericglobsort
print -l ngs*
unsetopt numericglobsort
print -l ngs*
0:NUMERIC_GLOB_SORT option
>ngs1.txt
>ngs2.txt
>ngs10.txt
>ngs20.txt
>ngs100.txt
>ngs200.txt
>ngs1.txt
>ngs10.txt
>ngs100.txt
>ngs2.txt
>ngs20.txt
>ngs200.txt
typeset -i 10 oznum
setopt octalzeroes
(( oznum = 012 + 013 ))
print $oznum
unsetopt octalzeroes
(( oznum = 012 + 013 ))
print $oznum
unset oznum
0:OCTAL_ZEROES options
>21
>25
typeset -a oldpath
oldpath=($path)
mkdir pdt_topdir pathtestdir pdt_topdir/pathtestdir
print "#!/bin/sh\necho File in upper dir" >pathtestdir/findme
print "#!/bin/sh\necho File in lower dir" >pdt_topdir/pathtestdir/findme
chmod u+x pathtestdir/findme pdt_topdir/pathtestdir/findme
pathtestdir/findme
rm -f pathtestdir/findme
setopt pathdirs
path=($PWD $PWD/pdt_topdir)
pathtestdir/findme
print unsetting option...
unsetopt pathdirs
pathtestdir/findme
path=($oldpath)
unset oldpath
rm -rf pdt_topdir pathtestdir
0:PATH_DIRS option
>File in upper dir
>File in lower dir
>unsetting option...
?(eval):14: no such file or directory: pathtestdir/findme
(setopt pathdirs; path+=( /usr/bin ); type ./env)
1:whence honours PATH_DIRS option
>./env not found
setopt posixbuiltins
PATH= command -v print
PATH= command -V print
PATH= command print foo
unsetopt posixbuiltins
print unsetting...
PATH= command -V print
PATH= command print foo
127:POSIX_BUILTINS option
>print
>print is a shell builtin
>foo
>unsetting...
>print is a shell builtin
?(eval):8: command not found: print
(
setopt posixbuiltins
opts=()
command $opts print foo
opts=(-v)
command $opts print
opts=(-V)
command $opts print
)
0:command with options from expansion
>foo
>print
>print is a shell builtin
# With non-special command: original value restored
# With special builtin: new value kept
# With special builtin preceded by "command": original value restored.
(setopt posixbuiltins
FOO=val0
FOO=val1 true; echo $FOO
FOO=val2 times 1>/dev/null 2>&1; echo $FOO
FOO=val3 command times 1>/dev/null 2>&1; echo $FOO)
0:POSIX_BUILTINS and restoring variables
>val0
>val2
>val2
print "Contents of file" >cat_arg
(
cat() { print Function with argument $1 }
print Without
(exec cat cat_arg; print Not reached)
print With
(setopt posixbuiltins; exec cat cat_arg; print Not reached)
)
0:POSIX_BUILTINS and exec
>Without
>Function with argument cat_arg
>With
>Contents of file
# PRINTEXITVALUE only works if shell input is coming from standard input.
# Goodness only knows why.
$ZTST_testdir/../Src/zsh -f <<<'
setopt printexitvalue
func() {
false
}
func
'
1:PRINT_EXIT_VALUE option
?zsh: exit 1
$ZTST_testdir/../Src/zsh -f <<<'
setopt printexitvalue
() { false; }
'
1:PRINT_EXIT_VALUE option for anonymous function
?zsh: exit 1
setopt promptbang
print -P !
setopt nopromptbang
print -P !
0:PROMPT_BANG option
>0
>!
unsetopt promptpercent
print -P '%/'
setopt promptpercent
print -P '%/'
0q:PROMPT_PERCENT option
>%/
>$mydir
setopt promptsubst
print -P '`echo waaah`'
unsetopt promptsubst
print -P '`echo waaah`'
0:PROMPT_SUBST option
>waaah
>`echo waaah`
dirs
pushd $mydir/tmpcd
dirs
pushd $mydir/tmpcd
dirs
setopt pushdignoredups
pushd $mydir/tmpcd
dirs
unsetopt pushdignoredups
popd >/dev/null
popd >/dev/null
0q:PUSHD_IGNOREDUPS option
>$mydirt
>$mydirt/tmpcd $mydirt
>$mydirt/tmpcd $mydirt/tmpcd $mydirt
>$mydirt/tmpcd $mydirt/tmpcd $mydirt
mkdir newcd
cd $mydir
pushd $mydir/tmpcd
pushd $mydir/newcd
dirs
pushd -0
dirs
setopt pushdminus pushdsilent
pushd -0
dirs
unsetopt pushdminus
popd >/dev/null
popd >/dev/null
cd $mydir
0q:PUSHD_MINUS option
>$mydirt/newcd $mydirt/tmpcd $mydirt
>$mydirt $mydirt/newcd $mydirt/tmpcd
>$mydirt $mydirt/newcd $mydirt/tmpcd
# Do you have any idea how dull this is?
(export HOME=$mydir/homedir
pushd $mydir/tmpcd
pushd
dirs
setopt pushdtohome
pushd
dirs
unsetopt pushdtohome
popd
pushd
popd
dirs)
0q:PUSHD_TO_HOME option
>$mydirhome $mydirhome/tmpcd
>~ $mydirhome $mydirhome/tmpcd
>$mydirhome
array=(one two three four)
setopt rcexpandparam
print aa${array}bb
unsetopt rcexpandparam
print aa${array}bb
0:RC_EXPAND_PARAM option
>aaonebb aatwobb aathreebb aafourbb
>aaone two three fourbb
setopt rcquotes
# careful, this is done when parsing a complete block
eval "print 'one''quoted''expression'"
unsetopt rcquotes
eval "print 'another''quoted''expression'"
0:RC_QUOTES option
>one'quoted'expression
>anotherquotedexpression
# too lazy to test jobs -Z and ARGV0.
(setopt restricted; cd /)
(setopt restricted; PATH=/bin:/usr/bin)
(setopt restricted; /bin/ls)
(setopt restricted; hash ls=/bin/ls)
(setopt restricted; print ha >outputfile)
(setopt restricted; exec ls)
(setopt restricted; unsetopt restricted)
:
0:RESTRICTED option
?(eval):cd:1: restricted
?(eval):2: PATH: restricted
?(eval):3: /bin/ls: restricted
?(eval):hash:4: restricted: /bin/ls
?(eval):5: writing redirection not allowed in restricted mode
?(eval):exec:6: ls: restricted
?(eval):unsetopt:7: can't change option: restricted
# ' emacs deconfusion
fn() {
print =ls ={ls,}
local foo='=ls'
print ${~foo}
}
setopt shfileexpansion
fn
unsetopt shfileexpansion
fn
0q:SH_FILE_EXPANSION option
>$lspath =ls =
>=ls
>$lspath $lspath =
>$lspath
() {
emulate -L sh
v='~/one ~/two'
print -l -- $v $v
}
0:SH_FILE_EXPANSION option with GLOB_SUBST et al.
F:Regression test for workers/41811
>~/one
>~/two
>~/one
>~/two
(
setopt shfileexpansion
set -- also appearing
print -l $*$*
)
0:SH_FILE_EXPANSION interaction with inserting nodes from parameters
>also
>appearingalso
>appearing
testpat() {
if [[ $1 = ${~2} ]]; then print $1 $2 yes; else print $1 $2 no; fi
}
print option on
setopt shglob
repeat 2; do
for str in 'a(b|c)' ab; do
testpat $str 'a(b|c)'
done
for str in 'a<1-10>' a9; do
testpat $str 'a<1-10>'
done
[[ ! -o shglob ]] && break
print option off
unsetopt shglob
done
0:SH_GLOB option
>option on
>a(b|c) a(b|c) yes
>ab a(b|c) no
>a<1-10> a<1-10> yes
>a9 a<1-10> no
>option off
>a(b|c) a(b|c) no
>ab a(b|c) yes
>a<1-10> a<1-10> no
>a9 a<1-10> yes
print this is bar >bar
fn() {
local NULLCMD=cat READNULLCMD=cat
{ echo hello | >foo } 2>/dev/null
cat foo
<bar
}
setopt shnullcmd
print option set
fn
unsetopt shnullcmd
print option unset
fn
rm -f foo bar
0:SH_NULLCMD option
>option set
>option unset
>hello
>this is bar
fn() {
eval 'for f in foo bar; print $f'
eval 'for f (word1 word2) print $f'
eval 'repeat 3 print nonsense'
}
unsetopt shortloops shortrepeat
print shortloops and shortrepeat unset
fn
setopt shortrepeat
print shortrepeat set
fn
setopt shortloops
print shortloops set
fn
0:SHORT_LOOPS option
>shortloops and shortrepeat unset
>shortrepeat set
>nonsense
>nonsense
>nonsense
>shortloops set
>foo
>bar
>word1
>word2
>nonsense
>nonsense
>nonsense
?(eval):1: parse error near `print'
?(eval):1: parse error near `print'
?(eval):1: parse error near `print'
?(eval):1: parse error near `print'
?(eval):1: parse error near `print'
fn() { print -l $*; }
setopt shwordsplit
print option set
repeat 2; do
foo='two words'
fn $foo
fn "${=foo}"
[[ ! -o shwordsplit ]] && break
unsetopt shwordsplit
print option unset
done
0:SH_WORD_SPLIT option
>option set
>two
>words
>two
>words
>option unset
>two words
>two
>words
fn() { unset foo; print value is $foo; }
setopt nounset
print option unset unset by setting nounset
eval fn
print option unset reset
setopt unset
fn
0:UNSET option
>option unset unset by setting nounset
>option unset reset
>value is
?fn: foo: parameter not set
fn1() { unset foo; print value 1 is ${foo#bar}; }
fn2() { unset foo; print value 2 is ${foo%bar}; }
fn3() { unset foo; print value 3 is ${foo/bar}; }
setopt nounset
print option unset unset by setting nounset
eval fn1
eval fn2
eval fn3
print option unset reset
setopt unset
fn1
fn2
fn3
0:UNSET option with operators
>option unset unset by setting nounset
>option unset reset
>value 1 is
>value 2 is
>value 3 is
?fn1: foo: parameter not set
?fn2: foo: parameter not set
?fn3: foo: parameter not set
fn() {
emulate -L zsh
setopt warncreateglobal
foo1=bar1
unset foo1
foo1=bar2
local foo2=bar3
unset foo2
foo2=bar4
typeset -g foo3
foo3=bar5
fn2() {
foo3=bar6
}
foo4=bar7 =true
(( foo5=8 ))
integer foo6=9
(( foo6=10 ))
}
# don't pollute the test environment with the variables...
(fn)
0:WARN_CREATE_GLOBAL option
?fn:3: scalar parameter foo1 created globally in function fn
?fn:5: scalar parameter foo1 created globally in function fn
?fn:15: numeric parameter foo5 created globally in function fn
fn() {
emulate -L zsh
setopt warncreateglobal
TZ=UTC date >&/dev/null
local um=$(TZ=UTC date 2>/dev/null)
}
fn
0:WARN_CREATE_GLOBAL negative cases
(
foo1=global1 foo2=global2 foo3=global3 foo4=global4
integer foo5=5
# skip foo6, defined in fn_wnv
foo7=(one two)
fn_wnv() {
# warns
foo1=bar1
# doesn't warn
local foo2=bar3
unset foo2
# still doesn't warn
foo2=bar4
# doesn't warn
typeset -g foo3=bar5
# warns
foo3=bar6
fn2() {
# warns if global option, not attribute
foo3=bar6
}
fn2
# doesn't warn
foo4=bar7 =true
# warns
(( foo5=8 ))
integer foo6=9
# doesn't warn
(( foo6=10 ))
foo7[3]=three
foo7[4]=(four)
}
print option off >&2
fn_wnv
print option on >&2
setopt warnnestedvar
fn_wnv
unsetopt warnnestedvar
print function attribute on >&2
functions -W fn_wnv
fn_wnv
print all off again >&2
functions +W fn_wnv
fn_wnv
)
0:WARN_NESTED_VAR option
?option off
?option on
?fn_wnv:2: scalar parameter foo1 set in enclosing scope in function fn_wnv
?fn_wnv:11: scalar parameter foo3 set in enclosing scope in function fn_wnv
?fn2:2: scalar parameter foo3 set in enclosing scope in function fn2
?fn_wnv:20: numeric parameter foo5 set in enclosing scope in function fn_wnv
?function attribute on
?fn_wnv:2: scalar parameter foo1 set in enclosing scope in function fn_wnv
?fn_wnv:11: scalar parameter foo3 set in enclosing scope in function fn_wnv
?fn_wnv:20: numeric parameter foo5 set in enclosing scope in function fn_wnv
?all off again
(
setopt warnnestedvar
() {
typeset -A a
: ${a[hello world]::=foo}
print ${(t)a}
key="hello world"
print $a[$key]
}
)
0:No false positive on parameter used with subscripted assignment
>association-local
>foo
(
setopt warnnestedvar
() {
local var=(one two)
() { var=three; }
print $var
}
)
0:Warn when changing type of nested variable: array to scalar.
?(anon): scalar parameter var set in enclosing scope in function (anon)
>three
(
setopt warnnestedvar
() {
local var=three
() { var=(one two); }
print $var
}
)
0:Warn when changing type of nested variable: scalar to array.
?(anon): array parameter var set in enclosing scope in function (anon)
>one two
# This really just tests if XTRACE is egregiously broken.
# To test it properly would need a full set of its own.
fn() { print message; }
PS4='+%N:%i> '
setopt xtrace
fn
unsetopt xtrace
fn
0:XTRACE option
>message
>message
?+(eval):4> fn
?+fn:0> print message
?+(eval):5> unsetopt xtrace
setopt ignoreclosebraces
eval "icb_test() { echo this is OK; }"
icb_test
icb_args() { print $#; }
eval "icb_args { this, is, ok, too }"
0:IGNORE_CLOSE_BRACES option
>this is OK
>6
(setopt pipefail
true | true | true
print $?
true | false | true
print $?
exit 2 | false | true
print $?
false | exit 2 | true
print $?)
0:PIPE_FAIL option
>0
>1
>1
>2
for (( i = 0; i < 10; i++ )); do
() {
print $i
break
}
done
0:NO_LOCAL_LOOPS
>0
() {
emulate -L zsh
setopt localloops
for (( i = 0; i < 10; i++ )); do
() {
setopt nolocalloops # ignored in parent
print $i
break
}
done
}
0:LOCAL_LOOPS
>0
>1
>2
>3
>4
>5
>6
>7
>8
>9
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
?(anon):4: `break' active at end of function scope
# There are further tests for PRIVILEGED in P01privileged.ztst.
if [[ -o privileged ]]; then
unsetopt privileged
fi
unsetopt privileged
0:PRIVILEGED sanity check: unsetting is idempotent
F:If this test fails at the first unsetopt, refer to P01privileged.ztst.
if [[ -o privileged ]]; then
(( UID != EUID ))
else
(( UID == EUID ))
fi
0:PRIVILEGED sanity check: default value is correct
if zmodload -e zsh/zpty 2>/dev/null; then
for target_dir target_pattern in \
'.' '*' \
'/' '/*'
do
before=`ls -a -- $target_dir`
zpty subshell $ZTST_testdir/../Src/zsh -f +Z
[[ $PWD == */options.tmp ]] || return 1 # Sanity check before calling rm(1).
zpty -w subshell 'PS1=PROMPT'
zpty -r -m subshell REPLY $'*PROMPT'
zpty -w subshell "rm $target_pattern"
zpty -w -n subshell 'n'
sleep 1
zpty -rt subshell REPLY && print -r -- ${REPLY%%$'\r\n'}
zpty -d subshell
after=`ls -a -- $target_dir`
[[ $before == $after ]] || return 1
done
else
ZTST_skip="the zsh/zpty module is not available"
fi
BEL=$'\a'
0q:RM_STAR_SILENT
*>zsh: sure you want to delete all 15 files in ${PWD:h}/options.tmp \[yn\]\? ${BEL}(|n)
*>zsh: sure you want to delete (all <->|more than <->) files in / \[yn\]\? ${BEL}(|n)
() {
local var
print ${(t)var}
}
0:(t) returns correct type
>scalar-local
() {
readonly var
typeset -p var
}
0:readonly with typeset -p
F:compare E03posix.ztst
>typeset -r var=''