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| | # Tests of the bindkey command.
# This concentrates on the command itself and also resolving keystrokes
# into bindings. The latter is particularly tricky with multibyte sequences.
%prep
ZSH_TEST_LANG=$(ZTST_find_UTF8)
if ( zmodload zsh/zpty 2>/dev/null ); then
. $ZTST_srcdir/comptest
comptestinit -z $ZTST_testdir/../Src/zsh
else
ZTST_unimplemented="the zsh/zpty module is not available"
fi
%test
zpty_run 'bindkey -s "\C-xy" foo'
zletest $'\C-xy'
zpty_run 'bindkey -r "\C-xy"'
0:bindkey -s
>BUFFER: foo
>CURSOR: 3
zpty_run 'bindkey -s "\C-xy" foo'
zpty_run 'bindkey -s "\C-x\C-y" bar'
zletest $'\C-xy\C-x\C-y'
zpty_run 'bindkey -r "\C-xy"'
zpty_run 'bindkey -r "\C-x\C-y"'
0:bindkey with multiple definitions associated with prefix
>BUFFER: foobar
>CURSOR: 6
bindkey -s '\C-xy' bar
bindkey '\C-xy'
bindkey -r '\C-xy'
bindkey '\C-xy'
0:bindkey output
>"^Xy" "bar"
>"^Xy" undefined-key
zpty_run 'bindkey -s "\e[" altbracket'
zletest $'$\C-A\e[17~'
zpty_run 'bindkey -r "\e["'
0:binding to CSI introduction is not used if a full sequence arrives
>BUFFER: $
>CURSOR: 0
zpty_run 'bindkey -s "\e[1" altbracketone'
zletest $'$\C-A\e[17~'
zpty_run 'bindkey -r "\e[1"'
0:binding to longer prefix of a CSI sequence is used
# we assume the user knows what they're doing
>BUFFER: altbracketone7~$
>CURSOR: 15
zpty_run 'bindkey -s "\e[" altbracket'
zletest $'$\C-A\e[177'
zpty_run 'bindkey -r "\e["'
0:use prefix binding where we don't have a CSI sequence
>BUFFER: altbracket177$
>CURSOR: 13
# As we're only looking at definitions here, we don't
# bother using the pseudo-terminal; just test in the normal fashion.
bindkey -e
bindkey -s '\C-xy' foo
bindkey -N testmap emacs
bindkey -M testmap '\C-xy'
bindkey -s -M testmap '\C-xy' bar
bindkey -M testmap '\C-xy'
bindkey '\C-xy'
bindkey -A testmap main
bindkey '\C-xy'
bindkey -A emacs main
bindkey '\C-xy'
0:creating keymaps from existing keymaps
>"^Xy" "foo"
>"^Xy" "bar"
>"^Xy" "foo"
>"^Xy" "bar"
>"^Xy" "foo"
# Depends on the keymap created in the previous test.
bindkey -l
bindkey -D testmap
print Deleted...
bindkey -l
0:deleting keymaps
>.safe
>command
>emacs
>isearch
>main
>testmap
>vicmd
>viins
>viopp
>visual
>Deleted...
>.safe
>command
>emacs
>isearch
>main
>vicmd
>viins
>viopp
>visual
# This \M... style display of 8-bit characters is a bit
# dated in multibyte mode, but no one's complained...
if [[ -z $ZSH_TEST_LANG ]]; then
ZTST_skip="multibyte not available for bindkey test"
else
bindkey | grep '\\M.*self-insert'
fi
0:in multibyte mode all bytes with bit 7 set start self-insert
>"\M-^@"-"\M-^?" self-insert
if [[ -z $ZSH_TEST_LANG ]]; then
ZTST_skip="multibyte not available for bindkey test"
else
zpty_run 'alias unbind="bindkey -r ホ"'
zpty_run 'bindkey -s ホ bar'
zletest 'ホ'
zpty_run unbind
zletest 'ホ'
zpty_run 'bindkey ホ self-insert'
zletest 'ホ'
zpty_run unbind
zletest 'ホ'
fi
0:bindkey -s multibyte characters
>BUFFER: bar
>CURSOR: 3
>BUFFER: ホ
>CURSOR: 1
>BUFFER: ホ
>CURSOR: 1
>BUFFER: ホ
>CURSOR: 1
zpty_run 'bindkey " " magic-space'
setopt interactivecomments
zletest 'echo $(( x ) x ) y'
zletest 'echo $(( ##x ) ##x ) y'
unsetopt interactivecomments
zletest 'echo $(( x ) x ) y'
zletest 'echo $(( ##x ) ##x ) y'
0:history expansion of failed command substitution using magic-space binding
>BUFFER: echo $(( x ) x ) y
>CURSOR: 18
>BUFFER: echo $(( ##x ) ##x ) y
>CURSOR: 22
>BUFFER: echo $(( x ) x ) y
>CURSOR: 18
>BUFFER: echo $(( ##x ) ##x ) y
>CURSOR: 22
bindkey -d
for name in a b c d e; bindkey -N $name
bindkey -d
bindkey -l
0:delete all keymaps after expanding keymapnamtab
>.safe
>command
>emacs
>isearch
>main
>vicmd
>viins
>viopp
>visual
|