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# Test POSIX-specific behavior
# Currently this covers only POSIXBUILTINS, other behaviors are in their
# more directly related sections
#
%prep
setopt POSIX_BUILTINS TYPESET_TO_UNSET
%test
local parentenv=preserved
fn() {
typeset -h +g -m \*
unset -m \*
integer i=9
float -H f=9
declare -t scalar
declare -H -a array
typeset
typeset +
}
fn
echo $parentenv
0:Parameter hiding and tagging, printing types and values
>array local array
>float local f
>integer local i=9
>local tagged scalar
>array local array
>float local f
>integer local i
>local tagged scalar
>preserved
readonly foo=bar novalue
readonly -p
0:readonly -p output (no readonly specials)
>readonly foo=bar
>readonly novalue
local -a myarray
typeset -p1 myarray
myarray=("&" sand '""' "" plugh)
typeset -p1 myarray
0:typeset -p1 output for array
>typeset -a myarray
>typeset -a myarray=(
> '&'
> sand
> '""'
> ''
> plugh
>)
local -A myhash
typeset -p1 myhash
myhash=([one]=two [three]= [four]="[]")
typeset -p1 myhash
0:typeset -p1 output for associative array
>typeset -A myhash
>typeset -A myhash=(
> [four]='[]'
> [one]=two
> [three]=''
>)
str=s
arr=(a)
typeset -A ass
ass=(a a)
integer i=0
float f=0
print ${(t)str} ${(t)arr} ${(t)ass} ${(t)i} ${(t)f}
0:${(t)...}
>scalar array association-local integer-local float-local
print $empty[(i)] $empty[(I)]
0:(i) and (I) return nothing for empty array
>
(
# reserved words are handled during parsing,
# hence eval...
disable -r typeset
eval '
setopt kshtypeset
ktvars=(ktv1 ktv2)
typeset ktfoo=`echo arg1 arg2` $ktvars
() {
local ktfoo
print $+ktv1 $+ktv2 $+ktv3 $+ktfoo
}
print $ktfoo
unsetopt kshtypeset
typeset noktfoo=`echo noktarg1 noktarg2`
print $noktfoo
print $+noktarg1 $+noktarg2
unset ktfoo ktv1 ktv2 noktfoo noktarg2
'
)
0:KSH_TYPESET option
>0 0 0 0
>arg1 arg2
>noktarg1
>0 0
() {
local var
print ${(t)var}
}
0:(t) returns correct type
>scalar-local
() {
readonly var
typeset -p var
}
0:readonly with typeset -p
>typeset -g -r var
# Tests expected to fail
echo -
0f:A single "-" for echo does not end the arguments
F:POSIX requires a solitary "-" to be a plain argument
>-
ARGV0=sh $ZTST_testdir/../Src/zsh -c 'foreach() { true; }'
-f:"foreach" is not a reserved word
ARGV0=sh $ZTST_testdir/../Src/zsh -c 'end() { true; }
-f:"end" is not a reserved word
a='a:b:' ARGV0=sh $ZTST_testdir/../Src/zsh -c 'IFS=:; printf "<%s>\n" $a'
0f:IFS is a separator, not a delimiter
><a>
><b>
a=$'\ra\r\rb' ARGV0=sh $ZTST_testdir/../Src/zsh -c 'IFS=:; printf "<%s>\n" $a'
0f:All whitespace characters are "IFS whitespace"
F:isspace('\r') is true so \r should behave like space, \t, \n
F:This may also need to apply to multibyte whitespace
><a>
><b>
ARGV0=sh $ZTST_testdir/../Src/zsh -c 'IFS=2; printf "<%s>\n" $((11*11))'
0f:IFS applies to math results (numbers treated as strings)
><1>
><1>
ARGV0=sh $ZTST_testdir/../Src/zsh -c 'inf=42; echo $((inf))'
0f:All identifiers are variable references in POSIX arithmetic
F:POSIX has neither math functions nor floating point
>42
ARGV0=sh $ZTST_testdir/../Src/zsh -c 'EUID=10; echo "$EUID"'
-f:EUID is not a special variable
>10
ARGV0=sh $ZTST_testdir/../Src/zsh -c "printf '<%10s>\n' St$'\M-C\M-)'phane"
0f:Width of %s is computed in bytes not characters
F:This is considered a bugfix in zsh
>< Stéphane>
|
