https://github.com/uk-ar/key-combo.git
git clone 'git://github.com/uk-ar/key-combo.git'
key-combo is an Emacs package that provides “cycling” key-binding. Multiple commands are executed sequentially with a repeated keypress of a single key. Multi-key cords can also be bound to a sequences of characters or commands in order to create complex “smart operator” effects.
This package is available from MELPA. Alternatively you
can place key-combo.el
into your emacs path and add (require 'key-combo)
to
your init file.
Activate key-combo-mode
localy in a mode hook with:
(key-combo-mode 1)
or globally with
(global-key-combo-mode t)
Define cycling key combos globally with key-combo-define-global
function:
(key-combo-define-global "=" '(" = " " == " " === " )) ;cycling
(key-combo-define-global "=>" " => ")
(key-combo-define-global "C-a" `(back-to-indentation move-beginning-of-line
beginning-of-buffer key-combo-return))
(key-combo-define-global "C-e" '(move-end-of-line end-of-buffer key-combo-return))
or for each modes separately:
(key-combo-define emacs-lisp-mode-map "=" '("= " "eq " "equal "))
There is also key-combo-define-local
that should be used inside mode hooks.
To facilitate quick declaration of cord, key-combo.el
provides
key-combo-define-hook
which is used to setup same hook for a list of
modes. Here is a simple example for emacs-lisp
:
(defvar my-lisp-mode-hooks
'(lisp-mode-hook
emacs-lisp-mode-hook
lisp-interaction-mode-hook
inferior-gauche-mode-hook
scheme-mode-hook))
(defvar my-key-combos-for-lisp
'(("." . ("." " . "))
("," . (key-combo-execute-original))
(",@" . " ,@")
(";=" . ";=> ")
("=" . ("= " "eq " "equal "))
(">=" . ">= ")))
(key-combo-define-hook my-lisp-mode-hooks ; hooks
'my-key-combo-lisp-hook ; function name
my-key-combos-for-lisp)
To load a range of default configurations for lisp
, C
, C++
, js
, org
etc modes, use:
(key-combo-load-default)
key-combo
is intended as a superset of the following projects:
Anything you can do with the above package you should be able to do with
key-combo
, and much more.