LC_COLLATE=C
#
# test the shell globbing
#
expect()
{
echo expect "$@"
}
# First, a test that bash-2.01.1 fails
${THIS_SH} ./glob1.sub
MYDIR=$PWD # save where we are
TESTDIR=/tmp/glob-test
mkdir $TESTDIR
builtin cd $TESTDIR || { echo $0: cannot cd to $TESTDIR >&2 ; exit 1; }
rm -rf *
touch a b c d abc abd abe bb bcd ca cb dd de Beware
mkdir bdir
# see if `regular' globbing works right
expect '<a> <abc> <abd> <abe> <X*>'
recho a* X*
expect '<a> <abc> <abd> <abe>'
recho \a*
# see if null glob expansion works
shopt -s nullglob
expect '<a> <abc> <abd> <abe>'
recho a* X*
shopt -u nullglob
# see if the code that expands directories only works
expect '<bdir/>'
recho b*/
# Test quoted and unquoted globbing characters
expect '<*>'
recho \*
expect '<a*>'
recho 'a*'
expect '<a*>'
recho a\*
expect '<c> <ca> <cb> <a*> <*q*>'
recho c* a\* *q*
expect '<**>'
recho "*"*
expect '<**>'
recho \**
expect '<\.\./*/>'
recho "\.\./*/"
expect '<s/\..*//>'
recho 's/\..*//'
# Pattern from Larry Wall's Configure that caused bash to blow up
expect '</^root:/{s/^[^:]*:[^:]*:\([^:]*\).*$/\1/>'
recho "/^root:/{s/^[^:]*:[^:]*:\([^:]*\).*"'$'"/\1/"
# Make sure character classes work properly
expect '<abc> <abd> <abe> <bb> <cb>'
recho [a-c]b*
expect '<abd> <abe> <bb> <bcd> <bdir> <ca> <cb> <dd> <de>'
recho [a-y]*[^c]
expect '<abd> <abe>'
recho a*[^c]
touch a-b aXb
expect '<a-b> <aXb>'
recho a[X-]b
touch .x .y
expect '<Beware> <d> <dd> <de>'
recho [^a-c]*
# Make sure that filenames with embedded globbing characters are handled
# properly
mkdir a\*b
> a\*b/ooo
expect '<a*b/ooo>'
recho a\*b/*
expect '<a*b/ooo>'
recho a\*?/*
expect '<no match>'
cmd='echo !7'
case "$cmd" in
*\\!*) echo match ;;
*) echo no match ;;
esac
expect '<not there>'
file='r.*'
case $file in
*.\*) echo not there ;;
*) echo there ;;
esac
# examples from the Posix.2 spec (d11.2, p. 243)
expect '<abc>'
recho a[b]c
expect '<abc>'
recho a["b"]c
expect '<abc>'
recho a[\b]c
expect '<abc>'
recho a?c
expect '<match 1>'
case abc in
a"b"c) echo 'match 1' ;;
*) echo 'BAD match 1' ;;
esac
expect '<match 2>'
case abc in
a*c) echo 'match 2' ;;
*) echo 'BAD match 2' ;;
esac
expect '<ok 1>'
case abc in
"a?c") echo 'bad 1' ;;
*) echo 'ok 1' ;;
esac
expect '<ok 2>'
case abc in
a\*c) echo 'bad 2' ;;
*) echo 'ok 2' ;;
esac
expect '<ok 3>'
case abc in
a\[b]c) echo 'bad 3' ;;
*) echo 'ok 3' ;;
esac
expect '<ok 4>'
case "$nosuchvar" in
"") echo 'ok 4' ;;
*) echo 'bad 4' ;;
esac
# This is very odd, but sh and ksh seem to agree
expect '<ok 5>'
case abc in
a["\b"]c) echo 'ok 5' ;;
*) echo 'bad 5' ;;
esac
mkdir man
mkdir man/man1
touch man/man1/bash.1
expect '<man/man1/bash.1>'
recho */man*/bash.*
expect '<man/man1/bash.1>'
recho $(echo */man*/bash.*)
expect '<man/man1/bash.1>'
recho "$(echo */man*/bash.*)"
# tests with multiple `*'s
case abc in
a***c) echo ok 1;;
esac
case abc in
a*****?c) echo ok 2;;
esac
case abc in
?*****??) echo ok 3;;
esac
case abc in
*****??) echo ok 4;;
esac
case abc in
*****??c) echo ok 5;;
esac
case abc in
?*****?c) echo ok 6;;
esac
case abc in
?***?****c) echo ok 7;;
esac
case abc in
?***?****?) echo ok 8;;
esac
case abc in
?***?****) echo ok 9;;
esac
case abc in
*******c) echo ok 10;;
esac
case abc in
*******?) echo ok 11;;
esac
case abcdecdhjk in
a*cd**?**??k) echo ok 20;;
esac
case abcdecdhjk in
a**?**cd**?**??k) echo ok 21;;
esac
case abcdecdhjk in
a**?**cd**?**??k***) echo ok 22;;
esac
case abcdecdhjk in
a**?**cd**?**??***k) echo ok 23;;
esac
case abcdecdhjk in
a**?**cd**?**??***k**) echo ok 24;;
esac
case abcdecdhjk in
a****c**?**??*****) echo ok 25;;
esac
case '-' in
[-abc]) echo ok 26 ;;
esac
case '-' in
[abc-]) echo ok 27 ;;
esac
case '\' in
\\) echo ok 28 ;;
esac
case '\' in
[\\]) echo ok 29 ;;
esac
case '\' in
'\') echo ok 30 ;;
esac
case '[' in
[[]) echo ok 31 ;;
esac
# a `[' without a closing `]' is just another character to match, in the
# bash implementation
case '[' in
[) echo ok 32 ;;
esac
case '[abc' in
[*) echo 'ok 33';;
esac
# a right bracket shall lose its special meaning and represent itself in
# a bracket expression if it occurs first in the list. -- POSIX.2 2.8.3.2
case ']' in
[]]) echo ok 34 ;;
esac
case '-' in
[]-]) echo ok 35 ;;
esac
# a backslash should just escape the next character in this context
case p in
[a-\z]) echo ok 36 ;;
esac
# this was a bug in all versions up to bash-2.04-release
case "/tmp" in
[/\\]*) echo ok 37 ;;
esac
# none of these should output anything
case abc in
??**********?****?) echo bad 1;;
esac
case abc in
??**********?****c) echo bad 2;;
esac
case abc in
?************c****?****) echo bad 3;;
esac
case abc in
*c*?**) echo bad 4;;
esac
case abc in
a*****c*?**) echo bad 5;;
esac
case abc in
a********???*******) echo bad 6;;
esac
case 'a' in
[]) echo bad 7 ;;
esac
case '[' in
[abc) echo bad 8;;
esac
# let's start testing the case-insensitive globbing code
recho b*
shopt -s nocaseglob
recho b*
recho [b]*
shopt -u nocaseglob
# make sure set -f works right
set -f
recho *
set +f
# test out the GLOBIGNORE code
GLOBIGNORE='.*:*c:*e:?'
recho *
GLOBIGNORE='.*:*b:*d:?'
recho *
# see if GLOBIGNORE can substitute for `set -f'
GLOBIGNORE='.*:*'
recho *
unset GLOBIGNORE
expect '<man/man1/bash.1>'
recho */man*/bash.*
# make sure null values for GLOBIGNORE have no effect
GLOBIGNORE=
expect '<man/man1/bash.1>'
recho */man*/bash.*
# this is for the benefit of pure coverage, so it writes the pcv file
# in the right place, and for gprof
builtin cd $MYDIR
rm -rf $TESTDIR
exit 0