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21078: parse errors didn't cause non-zero exit status

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Peter Stephenson 2005-04-01 10:30:08 +00:00
parent 6f8b647733
commit e43b2acd67
3 changed files with 767 additions and 95 deletions
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450
Test/A01grammar.ztst Normal file
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#
# This file contains tests corresponding to the `Shell Grammar' texinfo node.
#
%prep
mkdir basic.tmp && cd basic.tmp
touch foo bar
echo "'" >unmatched_quote.txt
%test
#
# Tests for `Simple Commands and Pipelines'
#
echo foo | cat | sed 's/foo/bar/'
0:Basic pipeline handling
>bar
false | true
0:Exit status of pipeline with builtins (true)
true | false
1:Exit status of pipeline with builtins (false)
fn() { local foo; read foo; print $foo; }
coproc fn
print -p coproc test output
read -p bar
print $bar
0:Basic coprocess handling
>coproc test output
true | false && print true || print false
0:Basic sublist (i)
>false
false | true && print true || print false
0:Basic sublist (ii)
>true
(cd /NonExistentDirectory >&/dev/null) || print false
0:Basic subshell list with error
>false
{ cd /NonExistentDirectory >&/dev/null } || print false
0:Basic current shell list with error
>false
#
# Tests for `Precommand Modifiers'
#
- $ZTST_testdir/../Src/zsh -fc "[[ \$0 = \"-$ZTST_testdir/../Src/zsh\" ]]"
0:`-' precommand modifier
echo f*
noglob echo f*
0:`noglob' precommand modifier
>foo
>f*
(exec /bin/sh; echo bar)
0:`exec' precommand modifier
cat() { echo Function cat executed; }
command cat && unfunction cat
0:`command' precommand modifier
<External command cat executed
>External command cat executed
cd() { echo Not cd at all; }
builtin cd . && unfunction cd
0:`builtin' precommand modifier
#
# Tests for `Complex Commands'
#
if true; then
print true-1
elif true; then
print true-2
else
print false
fi
0:`if ...' (i)
>true-1
if false; then
print true-1
elif true; then
print true-2
else
print false
fi
0:`if ...' (ii)
>true-2
if false; then
print true-1
elif false; then
print true-2
else
print false
fi
0:`if ...' (iii)
>false
if true;
:
fi
1d:`if ...' (iv)
?(eval):3: parse error near `fi'
for name in word to term; do
print $name
done
0:`for' loop
>word
>to
>term
for name
in word to term; do
print $name
done
0:`for' loop with newline before in keyword
>word
>to
>term
for (( name = 0; name < 3; name++ )); do
print $name
done
0:arithmetic `for' loop
>0
>1
>2
for keyvar valvar in key1 val1 key2 val2; do
print key=$keyvar val=$valvar
done
0:enhanced `for' syntax with two loop variables
>key=key1 val=val1
>key=key2 val=val2
for keyvar valvar stuffvar in keyA valA stuffA keyB valB stuffB; do
print key=$keyvar val=$valvar stuff=$stuffvar
done
0:enhanced `for' syntax with three loop variables
>key=keyA val=valA stuff=stuffA
>key=keyB val=valB stuff=stuffB
for in in in in in stop; do
print in=$in
done
0:compatibility of enhanced `for' syntax with standard syntax
>in=in
>in=in
>in=in
>in=stop
name=0
while (( name < 3 )); do
print $name
(( name++ ))
done
0:`while' loop
>0
>1
>2
name=0
until (( name == 3 )); do
print $name
(( name++ ))
done
0:`until' loop
>0
>1
>2
repeat 3 do
echo over and over
done
0:`repeat' loop
>over and over
>over and over
>over and over
word=Trinity
case $word in
Michaelmas) print 0
;;
Hilary) print 1
;;
Trinity) print 2
;;
*) print 3
;;
esac
0:`case', old syntax
>2
word=Trinity
case $word in
(Michaelmas) print 0
;;
(Hilary) print 1
;;
(Trinity) print 2
;;
(*) print 3
;;
esac
0:`case', new syntax
>2
word=Hilary
case $word in
(Michaelmas) print 0
;;
(Hilary) print 1
;&
(Trinity) print 2
;&
(*) print 3
;;
esac
0:`case', new syntax, cascaded
>1
>2
>3
## Select now reads from stdin if the shell is not interactive.
## Its own output goes to stderr.
(COLUMNS=80
PS3="input> "
select name in one two three; do
print $name
done)
0:`select' loop
<2
?1) one 2) two 3) three
?input> input>
>two
function name1 name2 () { print This is $0; }
name2
name1 name2() { print This is still $0; }
name2
0:`function' keyword
>This is name2
>This is still name2
(time cat) >&/dev/null
0:`time' keyword (status only)
if [[ -f foo && -d . && -n $ZTST_testdir ]]; then
true
else
false
fi
0:basic [[ ... ]] test
#
# Current shell execution with try/always form.
# We put those with errors in subshells so that any unhandled error doesn't
# propagate.
#
{
print The try block.
} always {
print The always block.
}
print After the always block.
0:Basic `always' syntax
>The try block.
>The always block.
>After the always block.
({
print Position one.
print ${*this is an error*}
print Position two.
} always {
if (( TRY_BLOCK_ERROR )); then
print An error occurred.
else
print No error occurred.
fi
}
print Position three)
1:Always block with error not reset
>Position one.
>An error occurred.
?(eval):3: bad substitution
({
print Stelle eins.
print ${*voici une erreur}
print Posizione due.
} always {
if (( TRY_BLOCK_ERROR )); then
print Erratum factum est. Retro ponetur.
(( TRY_BLOCK_ERROR = 0 ))
else
print unray touay foay anguageslay
fi
}
print Status after always block is $?.)
0:Always block with error reset
>Stelle eins.
>Erratum factum est. Retro ponetur.
>Status after always block is 1.
?(eval):3: bad substitution
# Outputting of structures from the wordcode is distinctly non-trivial,
# we probably ought to have more like the following...
fn1() { { echo foo; } }
fn2() { { echo foo; } always { echo bar; } }
fn3() { ( echo foo; ) }
functions fn1 fn2 fn3
0:Output of syntactic structures with and without always blocks
>fn1 () {
> {
> echo foo
> }
>}
>fn2 () {
> {
> echo foo
> } always {
> echo bar
> }
>}
>fn3 () {
> (
> echo foo
> )
>}
#
# Tests for `Alternate Forms For Complex Commands'
#
if (true) { print true-1 } elif (true) { print true-2 } else { print false }
if (false) { print true-1 } elif (true) { print true-2 } else { print false }
if (false) { print true-1 } elif (false) { print true-2 } else { print false }
0:Alternate `if' with braces
>true-1
>true-2
>false
if true; print true
0:Short form of `if'
>true
for name ( word1 word2 word3 ) print $name
0:Form of `for' with parentheses.
>word1
>word2
>word3
for name in alpha beta gamma; print $name
0:Short form of `for'
>alpha
>beta
>gamma
for (( val = 2; val < 10; val *= val )) print $val
0:Short arithmetic `for'
>2
>4
foreach name ( verbiage words periphrasis )
print $name
end
0:Csh-like `for'
>verbiage
>words
>periphrasis
# see comment with braces used in if loops
val=0;
while (( val < 2 )) { print $((val++)); }
0:Alternative `while'
>0
>1
val=2;
until (( val == 0 )) { print $((val--)); }
0:Alternative `until'
>2
>1
repeat 3 print Hip hip hooray
0:Short `repeat'
>Hip hip hooray
>Hip hip hooray
>Hip hip hooray
case bravo {
(alpha) print schmalpha
;;
(bravo) print schmavo
;;
(charlie) print schmarlie
;;
}
0:`case' with braces
>schmavo
print 'This test hangs the shell when it fails...' >&8
name=0
# The number 4375 here is chosen to produce more than 16384 bytes of output
while (( name < 4375 )); do
print -n $name
(( name++ ))
done < /dev/null | { read name; print done }
0:Bug regression: `while' loop with redirection and pipeline
>done
# This used to be buggy and print X at the end of each iteration.
for f in 1 2 3 4; do
print $f || break
done && print X
0:Handling of ||'s and &&'s with a for loop in between
>1
>2
>3
>4
>X
# Same bug for &&, used to print `no' at the end of each iteration
for f in 1 2 3 4; do
false && print strange
done || print no
0:Handling of &&'s and ||'s with a for loop in between
>no
$ZTST_testdir/../Src/zsh -f unmatched_quote.txt
1:Parse error with file causes non-zero exit status
?unmatched_quote.txt:2: unmatched '
$ZTST_testdir/../Src/zsh -f <unmatched_quote.txt
1:Parse error on standard input causes non-zero exit status
?zsh: unmatched '