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[emacs] Evil mode (and a shell alias)

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Eryn Wells 2014-08-22 08:05:15 -07:00
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; Spaces, not tabs!
(setq-default indent-tabs-mode 'nil)
; Follow symlinks
(setq-default vc-follow-symlinks 't)
; Use solarized color scheme
(add-to-list 'custom-theme-load-path "~/.emacs.d/solarized")
(load-theme 'solarized-dark t)
; Enable evil mode
(add-to-list 'load-path "~/.emacs.d/evil")
(require 'evil)
(evil-mode 1)
;;
;; ORG MODE
;;

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*.el diff=lisp

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*.elc
*.aux
*.cp
*.fn
*.fns
*.info
*.ky
*.log
*.pg
*.toc
*.tp
*.vr
*.vrs
.depend

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* Changes and New Features in Evil
** News in 1.0.7
* Fix #319.
** News in 1.0.6
* Fix bug induced in emacs trunk due to changed behaviour of
`overriding-terminal-local-map` (fixes #309).
** News in 1.0.5
* Fix bug in `show-paren-mode` due to variable renaming in latest
emacs.
* Fix bug in isearch module due to variable renaming in latest
emacs.
** News in 1.0.4
* Undo one restriction when <c> argument is read in operator state.
** News in 1.0.3
* Fix `evil-delete-backward-word` at first non-blank in a line.
** News in 1.0.2
* Fix #290.
** News in 1.0.1
*** Improvements
* An ELPA package built by =make elpa= contains COPYING file.
* Bind =[tab]= like =\t= in =evil-ex-completion-map=, so that it
cannot be overwritten by a =[tab]= binding in the parent keymap
=minibuffer-local-completion-map=.
* Improve worst case performance of internal functions
=evil-in-string-p=, =evil-string-beginning= and
=evil-string-end=. This functions are used, e.g., in certain text
objects to detect whether point is within a string.
* Update authors list.
*** Fixes
* The interactive code =<state>= is fixed and used correctly in
=evil-ex-set-initial-state=.
* =evil-ex-global= always generates a single undo-step.
* Resolved issues: #249, #250, #253 and #257.

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EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
SUCH DAMAGES.
17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided
above cannot be given local legal effect according to their terms,
reviewing courts shall apply local law that most closely approximates
an absolute waiver of all civil liability in connection with the
Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<http://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<http://www.gnu.org/philosophy/why-not-lgpl.html>.

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SHELL = /bin/sh
EMACS = emacs
FILES = $(filter-out evil-tests.el,$(filter-out evil-pkg.el,$(wildcard evil*.el)))
VERSION := $(shell sed -ne '/define-package/,$$p' evil-pkg.el | sed -ne '/^\s*"[[:digit:]]\+\(\.[[:digit:]]\+\)*"\s*$$/ s/^.*"\(.*\)".*$$/\1/p')
ELPAPKG = evil-$(VERSION)
PROFILER =
DOC = doc
TAG =
LIBS = -L lib
ELCFILES = $(FILES:.el=.elc)
.PHONY: all compile compile-batch info pdf clean tests test emacs term terminal profiler indent elpa version
# Byte-compile Evil.
all: compile
compile: $(ELCFILES)
.depend: $(FILES)
@echo Compute dependencies
@rm -f .depend
@for f in $(FILES); do \
sed -n "s/(require '\(evil-.*\))/$${f}c: \1.elc/p" $$f >> .depend;\
done
-include .depend
$(ELCFILES): %.elc: %.el
$(EMACS) --batch -Q -L . $(LIBS) -f batch-byte-compile $<
# Byte-compile all files in one batch. This is faster than
# compiling each file in isolation, but also less stringent.
compile-batch: clean
$(EMACS) --batch -Q -L . $(LIBS) -f batch-byte-compile ${FILES}
# Documentation.
doc: info pdf
info: clean
cd $(DOC) && makeinfo evil.texi
pdf: clean
cd $(DOC) && texi2pdf evil.texi
# Delete byte-compiled files etc.
clean:
rm -f *~
rm -f \#*\#
rm -f *.elc
rm -f .depend
cd $(DOC) && rm -f *.aux *.cp *.fn *.fns *.info *.ky *.log *.pg *.toc *.tp *.vr *.vrs
# Run tests.
# The TAG variable may specify a test tag or a test name:
# make test TAG=repeat
# This will only run tests pertaining to the repeat system.
test:
$(EMACS) -nw -Q -L . $(LIBS) -l evil-tests.el \
--eval "(evil-tests-initialize '(${TAG}) '(${PROFILER}))"
# Byte-compile Evil and run all tests.
tests: compile
$(EMACS) -nw -Q -L . $(LIBS) -l evil-tests.el \
--eval "(evil-tests-initialize '(${TAG}) '(${PROFILER}))"
rm -f *.elc .depend
# Load Evil in a fresh instance of Emacs and run all tests.
emacs:
$(EMACS) -Q -L . $(LIBS) -l goto-chg.el -l evil-tests.el \
--eval "(evil-mode 1)" \
--eval "(evil-tests-initialize '(${TAG}) '(${PROFILER}) t)" &
# Load Evil in a terminal Emacs and run all tests.
term: terminal
terminal:
$(EMACS) -nw -Q -L . $(LIBS) -l goto-chg.el -l evil-tests.el \
--eval "(evil-mode 1)" \
--eval "(evil-tests-initialize '(${TAG}) '(${PROFILER}) t)"
# Run all tests with profiler.
profiler:
$(EMACS) --batch -Q -L . $(LIBS) -l goto-chg.el -l evil-tests.el \
--eval "(evil-tests-initialize '(${TAG}) (or '(${PROFILER}) t))"
# Re-indent all Evil code.
# Loads Evil into memory in order to indent macros properly.
# Also removes trailing whitespace, tabs and extraneous blank lines.
indent: clean
$(EMACS) --batch --eval '(setq vc-handled-backends nil)' ${FILES} evil-tests.el -Q -L . $(LIBS) -l evil-tests.el \
--eval "(dolist (buffer (reverse (buffer-list))) \
(when (buffer-file-name buffer) \
(set-buffer buffer) \
(message \"Indenting %s\" (current-buffer)) \
(setq-default indent-tabs-mode nil) \
(untabify (point-min) (point-max)) \
(indent-region (point-min) (point-max)) \
(delete-trailing-whitespace) \
(untabify (point-min) (point-max)) \
(goto-char (point-min)) \
(while (re-search-forward \"\\n\\\\{3,\\\\}\" nil t) \
(replace-match \"\\n\\n\")) \
(when (buffer-modified-p) (save-buffer 0))))"
# Create an ELPA package.
elpa:
@echo "Creating ELPA package $(ELPAPKG).tar"
@rm -rf ${ELPAPKG}
@mkdir ${ELPAPKG}
@cp $(FILES) COPYING evil-pkg.el ${ELPAPKG}
@tar cf ${ELPAPKG}.tar ${ELPAPKG}
@rm -rf ${ELPAPKG}
# Change the version using make VERSION=x.y.z
version:
$(EMACS) --batch --eval '(setq vc-handled-backends nil)' ${FILES} evil-tests.el -Q \
--eval "\
(progn \
(find-file \"evil-vars.el\") \
(when (re-search-forward \"^(defconst evil-version \\\"\\\\([-_.[:word:]]*\\\\)\\\"\" nil t) \
(replace-match \"${VERSION}\" t t nil 1)) \
(find-file \"evil-pkg.el\") \
(goto-line 3) \
(when (and (string-match-p \"[[:digit:]]+\\.[[:digit:]]+\\.[[:digit:]]+\" \"${VERSION}\") \
(re-search-forward \"\\\"\\\\([-_.[:word:]]*\\\\)\\\"\" nil t)) \
(replace-match \"${VERSION}\" t t nil 1)) \
(dolist (buffer (reverse (buffer-list))) \
(when (buffer-file-name buffer) \
(set-buffer buffer) \
(goto-char (point-min)) \
(when (re-search-forward \"^;;[[:space:]]*Version:[[:space:]]*\\\\([-_.[:word:]]*\\\\)\" nil t) \
(replace-match \"${VERSION}\" t t nil 1)) \
(when (buffer-modified-p) (save-buffer 0))))) \
"

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\input texinfo @c -*-texinfo-*-
@setfilename evil.info
@documentencoding ISO-8859-1
@include version.texi
@settitle Evil-mode manual
@include macros.texi
@copying
This manual is for Evil (version @value{VERSION} of @value{UPDATED}),
an extensible vi layer for Emacs.
Copyright @copyright{} 2011 @authors{}.
@quotation
Permission is granted to copy, distribute and/or modify this document
under the terms of the GNU Free Documentation License, Version 1.3
or any later version published by the Free Software Foundation;
with no Invariant Sections, no Front-Cover Texts, and no Back-Cover Texts.
A copy of the license is included in the section entitled
``GNU Free Documentation License''.
@end quotation
The Evil team thanks everyone at gmane.emacs.vim-emulation for
their feedback and contributions.
@end copying
@dircategory Emacs
@direntry
* Evil: (evil). Extensible vi layer for Emacs.
@end direntry
@titlepage
@title Evil
@subtitle Extensible vi layer for Emacs
@author @authors{}
@page
@insertcopying
@end titlepage
@contents
@ifnottex
@node Top, Overview, (dir), (dir)
@top Evil
This is the manual for Evil, an extensible vi layer for Emacs.
@end ifnottex
@menu
* Overview::
* Settings::
* Keymaps::
* Hooks::
* Macros::
* Other internals::
* GNU Free Documentation License::
@end menu
@node Overview
@chapter Overview
Evil is an extensible vi layer for Emacs. It emulates the main features
of Vim,@footnote{Vim is the most popular version of @dfn{vi}, a modal
text editor with many implementations. Vim also adds some functions of
its own, like Visual selection and text objects. For more information,
see: @uref{http://www.vim.org/}} turning Emacs into a modal editor.
Like Emacs in general, Evil is extensible in Emacs Lisp.
@menu
* Installation::
* Modes and states::
@end menu
@node Installation
@section Installation
Evil lives in a Git repository. To download Evil, do:
@example
git clone git://gitorious.org/evil/evil.git
@end example
@noindent Move Evil to @code{~/.emacs.d/evil}. Then add the following
lines to @code{~/.emacs}:
@lisp
(add-to-list 'load-path "~/.emacs.d/evil")
(require 'evil)
(evil-mode 1)
@end lisp
@noindent Evil requires @code{undo-tree.el} to provide linear undo
and undo branches. It is available from
EmacsWiki.@footnote{@uref{http://www.emacswiki.org/emacs/UndoTree}}
(A copy of @code{undo-tree.el} is also included in the Git repository.)
@node Modes and states
@section Modes and states
The next time Emacs is started, it will come up in @dfn{Normal state},
denoted by @code{<N>} on the mode line. This is where the main vi
bindings are defined. Note that you can always disable Normal state
with @kbd{C-z}, which switches to an ``Emacs state'' (denoted by
@code{<E>}) in which vi keys are completely disabled. Press @kbd{C-z}
again to switch back to Normal state.
Evil uses the term @dfn{state} for what is called a ``mode'' in vi,
since ``mode'' already has its own meaning in Emacs. Evil defines a
number of states, such as Normal state (@code{<N>}), Insert state
(@code{<I>}), Visual state (@code{<V>}), Replace state (@code{<R>}),
Operator-Pending state (@code{<O>}), Motion state (@code{<M>}) and Emacs
state (@code{<E>}). Each state has its own keymaps and customization
variables.
Meanwhile, a @dfn{mode} in Emacs is a set of key bindings for editing a
certain sort of text, like @code{emacs-lisp-mode} for Emacs Lisp. Modes
may include custom bindings for Evil states.
@node Settings
@chapter Settings
Evil's behavior can be adjusted by setting various variables.
The current values may be inspected by doing
@kbd{M-x customize-group RET evil RET}.
To change the value of a variable, add a @samp{setq} form to
@code{~/.emacs}, preferably before Evil is loaded:@footnote{Strictly
speaking, the order only matters if the variable affects the way Evil is
loaded. This is the case with some of the @samp{evil-want-} variables.}
@lisp
(setq evil-shift-width 8)
;; @r{Load Evil}
(require 'evil) @r{@dots{}}
@end lisp
@noindent Note that if a variable is buffer-local, you must use
@samp{setq-default} instead of @samp{setq} to change its global value.
@defvar evil-auto-indent
Whether the current line is indented when entering Insert state.
If @code{t} (the default), then the line is indented. If @code{nil},
then the line is not indented. Buffer-local.
@end defvar
@defvar evil-shift-width
The number of columns a line is shifted by the commands
@kbd{>} and @kbd{<}.
@end defvar
@defvar evil-repeat-move-cursor
If @code{t} (the default), then repeating a command with @kbd{.} may
change the position of the cursor. If @code{nil}, then the original
position is preserved.
@end defvar
@defvar evil-find-skip-newlines
If @code{t}, then @kbd{f}, @kbd{F}, @kbd{t} and @kbd{T} may skip over
newlines to find a character. If @code{nil} (the default), then they
are restricted to the current line.
@end defvar
@defvar evil-move-cursor-back
If @code{t} (the default), then the cursor moves backwards when exiting
Insert state. If @code{nil}, then the cursor does not move.
@end defvar
@defvar evil-want-fine-undo
If @code{t}, then a change-based action like @kbd{cw} may be undone
in several steps. If @code{nil} (the default), then it is undone in
one step.
@end defvar
@defvar evil-regexp-search
If @code{t} (the default), then @kbd{/} and @kbd{?} use regular
expressions for searching. If @code{nil}, they use plain text.
@end defvar
@defvar evil-search-wrap
If @code{t} (the default), then @kbd{/} and @kbd{?} wrap the search
around the buffer. If @code{nil}, then they stop at buffer boundaries.
@end defvar
@defvar evil-flash-delay
The number of seconds to flash search matches when pressing @kbd{n}
and @kbd{N}.
@end defvar
@defvar evil-want-C-i-jump
If @code{t} (the default), then @kbd{C-i} jumps forwards in the jump
list. If @code{nil}, then @kbd{C-i} inserts a tab.
@end defvar
@defvar evil-want-C-u-scroll
If @code{t}, then @kbd{C-u} scrolls the buffer. If @code{nil} (the
default), then @kbd{C-u} begins a numeric prefix argument.
@end defvar
@menu
* The cursor::
* The initial state::
@end menu
@node The cursor
@section The cursor
A state may change the cursor's appearance. The cursor settings are
stored in the variables below, which may contain a cursor type as per
the @samp{cursor-type} variable, a color string as passed to the
@samp{set-cursor-color} function, a zero-argument function for changing
the cursor, or a list of the above. For example, the following changes
the cursor in Replace state to a red box:
@lisp
(setq evil-replace-state-cursor '("red" box))
@end lisp
@noindent If the state does not specify a cursor,
@samp{evil-default-cursor} is used.
@defvar evil-default-cursor
The default cursor.
@end defvar
@defvar evil-normal-state-cursor
The cursor for Normal state.
@end defvar
@defvar evil-insert-state-cursor
The cursor for Insert state.
@end defvar
@defvar evil-visual-state-cursor
The cursor for Visual state.
@end defvar
@defvar evil-replace-state-cursor
The cursor for Replace state.
@end defvar
@defvar evil-operator-state-cursor
The cursor for Operator-Pending state.
@end defvar
@defvar evil-motion-state-cursor
The cursor for Motion state.
@end defvar
@defvar evil-emacs-state-cursor
The cursor for Emacs state.
@end defvar
@node The initial state
@section The initial state
By default, a new buffer comes up in Normal state. This can be changed
with the function @samp{evil-set-initial-state}.
@defun evil-set-initial-state mode state
Set the initial state for a buffer in which @var{mode} is active to
@var{state}. @var{mode} should be a major mode such as
@code{text-mode}, although minor modes work as well.
@end defun
@node Keymaps
@chapter Keymaps
Evil's key bindings are stored in a number of keymaps. Each state has a
@dfn{global keymap}, where the default key bindings for the state are
stored. For example, the global keymap for Normal state is
@samp{evil-normal-state-map}, and the key bindings in this map are seen
in all buffers that are currently in Normal state.
Keymaps are modified with the Emacs function @samp{define-key}:
@lisp
(define-key evil-normal-state-map "w" 'foo)
@end lisp
@noindent This binds the key @kbd{w} to the command @samp{foo}
in Normal state. The file @code{evil-maps.el} contains all the
key bindings.
@defvar evil-normal-state-map
The global keymap for Normal state.
@end defvar
@defvar evil-insert-state-map
The global keymap for Insert state.
@end defvar
@defvar evil-visual-state-map
The global keymap for Visual state.
@end defvar
@defvar evil-replace-state-map
The global keymap for Replace state.
@end defvar
@defvar evil-operator-state-map
The global keymap for Operator-Pending state.
@end defvar
@defvar evil-motion-state-map
The global keymap for Motion state.
@end defvar
@noindent Each state also has a @dfn{buffer-local keymap},
which is specific to the current buffer and has precedence over
the global keymap. These maps may be changed from a mode hook.
@defvar evil-normal-state-local-map
Buffer-local keymap for Normal state.
@end defvar
@defvar evil-insert-state-local-map
Buffer-local keymap for Insert state.
@end defvar
@defvar evil-visual-state-local-map
Buffer-local keymap for Visual state.
@end defvar
@defvar evil-replace-state-local-map
Buffer-local keymap for Replace state.
@end defvar
@defvar evil-operator-state-local-map
Buffer-local keymap for Operator-Pending state.
@end defvar
@defvar evil-motion-state-local-map
Buffer-local keymap for Motion state.
@end defvar
@menu
* @samp{evil-define-key}::
@end menu
@node @samp{evil-define-key}
@section @samp{evil-define-key}
Finally, Evil provides the function @samp{evil-define-key} for adding
state bindings to a regular keymap.
@defun evil-define-key state keymap key def
In @var{keymap}, create a binding from @var{key} to @var{def} in
@var{state}. @var{state} is one of @samp{normal}, @samp{insert},
@samp{visual}, @samp{replace}, @samp{operator} and @samp{motion}.
The other parameters are like those of @samp{define-key}.
@end defun
@noindent @samp{evil-define-key} can be used to augment existing
modes with state bindings, as well as create packages for custom
bindings. For example, the following will create a minor mode
@code{foo-mode} with Normal state bindings for the keys @kbd{w}
and @kbd{e}:
@lisp
(define-minor-mode foo-mode
"Foo mode."
:keymap (make-sparse-keymap))
(evil-define-key 'normal foo-mode-map "w" 'bar)
(evil-define-key 'normal foo-mode-map "e" 'baz)
@end lisp
@noindent This minor mode can then be enabled in any buffers where
the custom bindings are desired:
@lisp
(add-hook 'text-mode-hook 'foo-mode) ; @r{enable alongside @code{text-mode}}
@end lisp
@noindent If the minor mode is put into its own file @code{foo.el}
with a @code{(provide 'foo)} statement, it becomes an Emacs package.
@node Hooks
@chapter Hooks
A @dfn{hook} is a list of functions to execute. Hooks are modified with
the Emacs function @samp{add-hook}. Evil provides entry and exit hooks
for all of its states.
@defvar evil-normal-state-entry-hook
Run when entering Normal state.
@end defvar
@defvar evil-normal-state-exit-hook
Run when exiting Normal state.
@end defvar
@defvar evil-insert-state-entry-hook
Run when entering Insert state.
@end defvar
@defvar evil-insert-state-exit-hook
Run when exiting Insert state.
@end defvar
@defvar evil-visual-state-entry-hook
Run when entering Visual state.
@end defvar
@defvar evil-visual-state-exit-hook
Run when exiting Visual state.
@end defvar
@defvar evil-replace-state-entry-hook
Run when entering Replace state.
@end defvar
@defvar evil-replace-state-exit-hook
Run when exiting Replace state.
@end defvar
@defvar evil-operator-state-entry-hook
Run when entering Operator-Pending state.
@end defvar
@defvar evil-operator-state-exit-hook
Run when exiting Operator-Pending state.
@end defvar
@defvar evil-motion-state-entry-hook
Run when entering Motion state.
@end defvar
@defvar evil-motion-state-exit-hook
Run when exiting Motion state.
@end defvar
@noindent When these hooks are run, the variables @samp{evil-next-state}
and @samp{evil-previous-state} hold information about the states being
switched to and from.
@defvar evil-next-state
The state being switched to.
@end defvar
@defvar evil-previous-state
The state being switched from.
@end defvar
@node Macros
@chapter Macros
Evil is implemented in terms of reusable macros. Package writers can
use these to define new commands.
@menu
* Motions::
* Operators::
* Text objects::
* Types::
* States::
@end menu
@node Motions
@section Motions
A @dfn{motion} is a command which moves the cursor, such as @kbd{w} and
@kbd{e}. Motions are defined with the macro @samp{evil-define-motion}.
Motions not defined in this way should be declared with
@samp{evil-declare-motion}.
@defun evil-declare-motion command
Declare @var{command} to be a motion. This ensures that it works
properly in Visual state.
@end defun
@defmac evil-define-motion motion (count args@dots{}) doc keyword-args@dots{} body@dots{}
Define a movement command @var{motion}. A motion can have any number of
arguments, but the first argument, if any, has a predefined meaning as
the @var{count}. It is a positive or negative number, or @code{nil}.
The argument list is followed by the documentation string @var{doc},
which is followed by optional keyword arguments:
@table @code
@item :type @var{type}
The @var{type} determines how the motion works after an operator. If
@var{type} is @samp{inclusive}, then the ending position is included in
the motion range. If @var{type} is @samp{line}, then the range is
expanded to linewise positions. If @var{type} is @samp{block}, then the
range is blockwise. The default is @samp{exclusive}, which means that
the range is used as-is.
@item :jump @var{jump}
If @var{jump} is @code{t}, then the previous position is stored in the
jump list so it can be restored with @kbd{C-o}. The default is
@code{nil}.
@end table
The keyword arguments are followed by the @var{body}, which is where
the motion's behavior is defined. For instance:
@lisp
(evil-define-motion foo-forward (count)
"Move to the right by COUNT characters."
:type inclusive
(forward-char (or count 1)))
@end lisp
For more examples, you can view the source code for any command with
@kbd{C-h k}. For instance, @samp{evil-goto-line} may be viewed by
typing @kbd{C-h k G} and following the file link.
@end defmac
@node Operators
@section Operators
An @dfn{operator} is a command which acts on the text moved over by a
motion, such as @kbd{c}, @kbd{d} and @kbd{y}. Operators are defined
with the macro @samp{evil-define-operator}.
@defmac evil-define-operator operator (beg end type args@dots{}) doc keyword-args@dots{} body@dots{}
Define an operator command @var{operator}. An operator must have at
least two or three arguments, which have predefined meanings.
@var{beg} is the beginning position, @var{end} is the ending position,
and @var{type}, if given, is the type of the motion range. The argument
list is followed by the documentation string @var{doc}, which is
followed by optional keyword arguments:
@table @code
@item :type @var{type}
Make the input range be a certain @var{type}. For example, an operator
which only works with whole lines may set @var{type} to @samp{line}.
@item :motion @var{motion}
Use the motion @var{motion} instead of reading one from the keyboard.
This does not affect the behavior in Visual state, where the selection
boundaries are used instead.
@item :repeat @var{repeat}
If @var{repeat} is @code{t} (the default), then @kbd{.} will repeat the
operator. If @var{repeat} is @code{nil}, then the operator will not be
repeated.
@item :move-point @var{move-point}
If @var{move-point} is @code{t} (the default), then the cursor is
positioned at the beginning of the range. If @var{move-point} is
@code{nil}, then the original position is preserved.
@item :keep-visual @var{keep-visual}
If @var{keep-visual} is @code{t}, then the selection is not disabled
when the operator is run in Visual state; it is up to the operator to do
this. The default is @code{nil}, which means that Visual state is
exited automatically.
@end table
The keyword arguments are followed by the @var{body}, which is where the
operator's actions on @var{beg} and @var{end} are defined. For example,
@samp{evil-rot13}, which is bound to @kbd{g?} and performs ROT13
encryption on the text, may be defined as:
@lisp
(evil-define-operator evil-rot13 (beg end)
"ROT13 encrypt text."
(rot13-region beg end))
@end lisp
Pressing @kbd{g?w} will encrypt a word by calling @samp{rot13-region}
on the text moved over by the @kbd{w} motion.
@end defmac
@node Text objects
@section Text objects
A @dfn{text object} is a special kind of motion which sets a beginning
position as well as an ending position, such as @kbd{iw} and @kbd{a(}.
In Visual state, text objects alter both ends of the selection. Text
objects are defined with the macro @samp{evil-define-text-object}.
@defmac evil-define-text-object object (count args@dots{}) doc keyword-args@dots{} body@dots{}
Define a text object @var{object}. The first argument has a predefined
meaning as the @var{count}: it is a positive or negative number. The
argument list is followed by the documentation string @var{doc}, which
is followed by optional keyword arguments:
@table @code
@item :type @var{type}
Use the type @var{type} after an operator. In Visual state, this is the
type of the selection.
@item :extend-selection @var{extend-selection}
If @var{extend-selection} is @code{t} (the default), then the text
object always enlarges the current selection. If @code{nil}, then the
object replaces the selection.
@end table
The keyword arguments are followed by the @var{body}, which should
evaluate to a list @code{(@var{beg} @var{end})} of two positions in the
buffer. For example, a text object which selects three characters
following the current position could be defined as:
@lisp
(evil-define-text-object foo (count)
"Select three characters."
(list (point) (+ (point) 3)))
@end lisp
@end defmac
@noindent Evil provides several functions which return a list of
positions, for use in the definition of a text object. These functions
follow the rule that a positive @var{count} selects text after the
current position, while a negative @var{count} selects text before it.
@defun evil-inner-object-range count forward backward
Return a text range @code{(@var{beg} @var{end})} of @var{count}
``inner'' text objects (e.g., @kbd{iw}, @kbd{is}). @var{forward} is a
function which moves to the end of an object, and @var{backward} is a
function which moves to the beginning.
@end defun
@defun evil-an-object-range count forward backward
Return a text range @code{(@var{beg} @var{end})} of @var{count} text
objects with whitespace (e.g., @kbd{aw}, @kbd{as}). @var{forward} is a
function which moves to the end of an object, and @var{backward} is a
function which moves to the beginning.
@end defun
@defun evil-paren-range count open close &optional exclusive
Return a text range @code{(@var{beg} @var{end})} of @var{count}
delimited blocks (e.g., @kbd{i(}, @kbd{a(}). @var{open} and @var{close}
are characters. If @var{exclusive} is non-nil, then the delimiters are
excluded from the range. This function uses Emacs' syntax table and is
only applicable for single-character delimiters; use
@samp{evil-regexp-range} to match multiple characters.
@end defun
@defun evil-regexp-range count open close &optional exclusive
Return a text range @code{(@var{beg} @var{end})} of @var{count}
delimited blocks (e.g., @kbd{it}, @kbd{at}). @var{open} and @var{close}
are regular expressions. If @var{exclusive} is non-nil, then the
delimiters are excluded from the range.
@end defun
@node Types
@section Types
A @dfn{type} is a transformation on a pair of buffer positions. Evil
defines the types @samp{exclusive}, @samp{inclusive}, @samp{line} and
@samp{block}, which are used for motion ranges and Visual selection.
Types are defined with the macro @samp{evil-define-type}.
@defmac evil-define-type type doc keyword-args@dots{}
Define a type @var{type}, described by the documentation string
@var{doc}. Then follows keyword arguments:
@table @code
@item :expand @var{expand}
A function which takes two buffer positions and returns a list
@code{(@var{beg} @var{end})} of expanded positions.
@item :contract @var{contract}
A function which takes two expanded buffer positions and returns a list
@code{(@var{beg} @var{end})} of unexpanded positions. Optional.
@item :normalize @var{normalize}
A function which takes two unexpanded buffer positions and returns a
list @code{(@var{beg} @var{end})} of adjusted positions. Optional.
@item :injective @var{injective}
If @code{t} (the default), then expansion is one-to-one -- i.e.,
@var{expand} followed by @var{contract} always returns the original
positions. If @code{nil}, then several positions may expand to the same
(for example, the @samp{line} type is one-to-many as it expands to the
containing lines).
@end table
Further keywords and functions may be specified. These are understood
to be transformations on buffer positions, like @var{expand} and
@var{contract}.
@end defmac
@node States
@section States
States are defined with the macro @samp{evil-define-state}. The macro
defines the necessary hooks, keymaps and variables for a state, as well
as a toggle function @samp{evil-@var{state}-state} for entering the
state, and a predicate function @samp{evil-@var{state}-state-p} which
returns @code{t} when the state is active, and @code{nil} otherwise.
@defmac evil-define-state state doc keyword-args@dots{} body@dots{}
Define an Evil state @var{state}, described by the documentation string
@var{doc}. Then follows optional keyword arguments:
@table @code
@item :tag @var{tag}
Mode line indicitor, e.g., @code{"<T>"}.
@item :message @var{message}
String shown in the echo area.
@item :cursor @var{cursor}
Cursor specification.
@item :enable @var{enable}
List of other modes and states to enable. A state may enable another
state's keymaps in addition to its own.
@end table
This is followed the @var{body}, which is executed whenever the state is
enabled or disabled. The state's predicate function may be used to
distinguish between the two.
@end defmac
@node Other internals
@chapter Other internals
@menu
* Command properties::
@end menu
@node Command properties
@section Command properties
Evil defines @dfn{command properties} to store information about
commands, such as whether they should be repeated. A command property
is a @code{@var{:keyword}} with an associated value, e.g., @code{:repeat
nil}.
@defun evil-add-command-properties command &rest properties
Add @var{properties} to @var{command}. The properties should be
specified as a list of keywords and values:
@lisp
(evil-add-command-properties 'my-command :repeat t)
@end lisp
@end defun
@defun evil-set-command-properties command &rest properties
Like @samp{evil-add-command-properties}, but resets all
previous properties.
@end defun
@defun evil-get-command-property command property
Return the value of a command property.
@end defun
@defmac evil-define-command command (args@dots{}) doc keyword-args@dots{} body@dots{}
Define a command with command properties @var{keyword-args}.
@end defmac
@noindent For setting repeat properties, Evil provides the
following functions:
@defun evil-declare-repeat command
Declare @var{command} to be repeatable.
@end defun
@defun evil-declare-not-repeat command
Declare @var{command} to be nonrepeatable.
@end defun
@defun evil-declare-change-repeat command
Declare @var{command} to be repeatable by buffer changes rather than
keystrokes.
@end defun
@node GNU Free Documentation License
@appendix GNU Free Documentation License
@include fdl-1.3.texi
@bye
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@c The GNU Free Documentation License.
@center Version 1.3, 3 November 2008
@c This file is intended to be included within another document,
@c hence no sectioning command or @node.
@display
Copyright @copyright{} 2000, 2001, 2002, 2007, 2008 Free Software Foundation, Inc.
@uref{http://fsf.org/}
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
@end display
@enumerate 0
@item
PREAMBLE
The purpose of this License is to make a manual, textbook, or other
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This License is a kind of ``copyleft'', which means that derivative
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@item
APPLICABILITY AND DEFINITIONS
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@item
VERBATIM COPYING
You may copy and distribute the Document in any medium, either
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@item
COPYING IN QUANTITY
If you publish printed copies (or copies in media that commonly have
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If you publish or distribute Opaque copies of the Document numbering
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It is requested, but not required, that you contact the authors of the
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@item
MODIFICATIONS
You may copy and distribute a Modified Version of the Document under
the conditions of sections 2 and 3 above, provided that you release
the Modified Version under precisely this License, with the Modified
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and modification of the Modified Version to whoever possesses a copy
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@enumerate A
@item
Use in the Title Page (and on the covers, if any) a title distinct
from that of the Document, and from those of previous versions
(which should, if there were any, be listed in the History section
of the Document). You may use the same title as a previous version
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@item
List on the Title Page, as authors, one or more persons or entities
responsible for authorship of the modifications in the Modified
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Document (all of its principal authors, if it has fewer than five),
unless they release you from this requirement.
@item
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Modified Version, as the publisher.
@item
Preserve all the copyright notices of the Document.
@item
Add an appropriate copyright notice for your modifications
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@item
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terms of this License, in the form shown in the Addendum below.
@item
Preserve in that license notice the full lists of Invariant Sections
and required Cover Texts given in the Document's license notice.
@item
Include an unaltered copy of this License.
@item
Preserve the section Entitled ``History'', Preserve its Title, and add
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@item
Preserve the network location, if any, given in the Document for
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You may omit a network location for a work that was published at
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@item
For any section Entitled ``Acknowledgements'' or ``Dedications'', Preserve
the Title of the section, and preserve in the section all the
substance and tone of each of the contributor acknowledgements and/or
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@item
Preserve all the Invariant Sections of the Document,
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@item
Do not retitle any existing section to be Entitled ``Endorsements'' or
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@item
Preserve any Warranty Disclaimers.
@end enumerate
If the Modified Version includes new front-matter sections or
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@item
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@item
COLLECTIONS OF DOCUMENTS
You may make a collection consisting of the Document and other documents
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@item
AGGREGATION WITH INDEPENDENT WORKS
A compilation of the Document or its derivatives with other separate
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@item
TRANSLATION
Translation is considered a kind of modification, so you may
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If a section in the Document is Entitled ``Acknowledgements'',
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its Title (section 1) will typically require changing the actual
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@item
TERMINATION
You may not copy, modify, sublicense, or distribute the Document
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@item
FUTURE REVISIONS OF THIS LICENSE
The Free Software Foundation may publish new, revised versions
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RELICENSING
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``Incorporate'' means to publish or republish a Document, in whole or
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An MMC is ``eligible for relicensing'' if it is licensed under this
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The operator of an MMC Site may republish an MMC contained in the site
under CC-BY-SA on the same site at any time before August 1, 2009,
provided the MMC is eligible for relicensing.
@end enumerate
@page
@heading ADDENDUM: How to use this License for your documents
To use this License in a document you have written, include a copy of
the License in the document and put the following copyright and
license notices just after the title page:
@smallexample
@group
Copyright (C) @var{year} @var{your name}.
Permission is granted to copy, distribute and/or modify this document
under the terms of the GNU Free Documentation License, Version 1.3
or any later version published by the Free Software Foundation;
with no Invariant Sections, no Front-Cover Texts, and no Back-Cover
Texts. A copy of the license is included in the section entitled ``GNU
Free Documentation License''.
@end group
@end smallexample
If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
replace the ``with@dots{}Texts.'' line with this:
@smallexample
@group
with the Invariant Sections being @var{list their titles}, with
the Front-Cover Texts being @var{list}, and with the Back-Cover Texts
being @var{list}.
@end group
@end smallexample
If you have Invariant Sections without Cover Texts, or some other
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If your document contains nontrivial examples of program code, we
recommend releasing these examples in parallel under your choice of
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@c Local Variables:
@c ispell-local-pdict: "ispell-dict"
@c End:

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@c -*-texinfo-*-
@c This is part of the Evil manual.
@c Copyright (C) 2011 Frank Fischer and Vegard Øye.
@c See the file evil.texi for copying conditions.
@ifclear macros
@set macros
@macro authors {}
Frank Fischer and Vegard Øye
@end macro
@end ifclear

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@c -*-texinfo-*-
@c This is part of the Evil manual.
@c Copyright (C) 2011 Frank Fischer and Vegard Øye.
@c See the file evil.texi for copying conditions.
@set VERSION 0.1
@set UPDATED 2011-07-30

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;;; evil-integration.el --- Integrate Evil with other modules
;; Author: Vegard Øye <vegard_oye at hotmail.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
(require 'evil-maps)
(require 'evil-core)
(require 'evil-macros)
(require 'evil-types)
(require 'evil-repeat)
;;; Code:
;;; Evilize some commands
;; unbound keys should be ignored
(evil-declare-ignore-repeat 'undefined)
(mapc #'(lambda (cmd)
(evil-set-command-property cmd :keep-visual t)
(evil-declare-not-repeat cmd))
'(digit-argument
negative-argument
universal-argument
universal-argument-minus
universal-argument-more
universal-argument-other-key))
(mapc #'evil-declare-not-repeat
'(what-cursor-position))
(mapc #'evil-declare-change-repeat
'(dabbrev-expand
hippie-expand))
(mapc #'evil-declare-abort-repeat
'(balance-windows
eval-expression
execute-extended-command
exit-minibuffer
compile
delete-window
delete-other-windows
find-file-at-point
ffap-other-window
recompile
redo
save-buffer
split-window
split-window-horizontally
split-window-vertically
undo
undo-tree-redo
undo-tree-undo))
(evil-set-type #'previous-line 'line)
(evil-set-type #'next-line 'line)
(dolist (cmd '(keyboard-quit keyboard-escape-quit))
(evil-set-command-property cmd :suppress-operator t))
;;; Mouse
(evil-declare-insert-at-point-repeat 'mouse-yank-primary)
(evil-declare-insert-at-point-repeat 'mouse-yank-secondary)
;;; key-binding
;; Calling `keyboard-quit' should cancel repeat
(defadvice keyboard-quit (before evil activate)
(when (fboundp 'evil-repeat-abort)
(evil-repeat-abort)))
;; etags-select
;; FIXME: probably etags-select should be recomended in docs
(eval-after-load 'etags-select
'(progn
(define-key evil-motion-state-map "g]" 'etags-select-find-tag-at-point)))
;;; Buffer-menu
(evil-add-hjkl-bindings Buffer-menu-mode-map 'motion)
;; dictionary.el
(evil-add-hjkl-bindings dictionary-mode-map 'motion
"?" 'dictionary-help ; "h"
"C-o" 'dictionary-previous) ; "l"
;;; Dired
(eval-after-load 'dired
'(progn
;; use the standard Dired bindings as a base
(defvar dired-mode-map)
(evil-make-overriding-map dired-mode-map 'normal)
(evil-add-hjkl-bindings dired-mode-map 'normal
"J" 'dired-goto-file ; "j"
"K" 'dired-do-kill-lines ; "k"
"r" 'dired-do-redisplay ; "l"
;; ":d", ":v", ":s", ":e"
";" (lookup-key dired-mode-map ":"))))
(eval-after-load 'wdired
'(progn
(add-hook 'wdired-mode-hook #'evil-change-to-initial-state)
(defadvice wdired-change-to-dired-mode (after evil activate)
(evil-change-to-initial-state nil t))))
;;; ELP
(eval-after-load 'elp
'(defadvice elp-results (after evil activate)
(evil-motion-state)))
;;; ERT
(evil-add-hjkl-bindings ert-results-mode-map 'motion)
;;; Info
(evil-add-hjkl-bindings Info-mode-map 'motion
"0" 'evil-digit-argument-or-evil-beginning-of-line
(kbd "\M-h") 'Info-help ; "h"
"\C-t" 'Info-history-back ; "l"
"\C-o" 'Info-history-back
" " 'Info-scroll-up
"\C-]" 'Info-follow-nearest-node
(kbd "DEL") 'Info-scroll-down)
;;; Parentheses
(defadvice show-paren-function (around evil)
"Match parentheses in Normal state."
(if (if (memq 'not evil-highlight-closing-paren-at-point-states)
(memq evil-state evil-highlight-closing-paren-at-point-states)
(not (memq evil-state evil-highlight-closing-paren-at-point-states)))
ad-do-it
(let ((pos (point)) syntax narrow)
(setq pos
(catch 'end
(dotimes (var (1+ (* 2 evil-show-paren-range)))
(if (zerop (mod var 2))
(setq pos (+ pos var))
(setq pos (- pos var)))
(setq syntax (syntax-class (syntax-after pos)))
(cond
((eq syntax 4)
(setq narrow pos)
(throw 'end pos))
((eq syntax 5)
(throw 'end (1+ pos)))))))
(if pos
(save-excursion
(goto-char pos)
(save-restriction
(when narrow
(narrow-to-region narrow (point-max)))
ad-do-it))
;; prevent the preceding pair from being highlighted
(dolist (ov '(show-paren--overlay
show-paren--overlay-1
show-paren-overlay
show-paren-overlay-1))
(let ((ov (and (boundp ov) (symbol-value ov))))
(when (overlayp ov) (delete-overlay ov))))))))
;;; Speedbar
(evil-add-hjkl-bindings speedbar-key-map 'motion
"h" 'backward-char
"j" 'speedbar-next
"k" 'speedbar-prev
"l" 'forward-char
"i" 'speedbar-item-info
"r" 'speedbar-refresh
"u" 'speedbar-up-directory
"o" 'speedbar-toggle-line-expansion
(kbd "RET") 'speedbar-edit-line)
;; Ibuffer
(eval-after-load 'ibuffer
'(progn
(defvar ibuffer-mode-map)
(evil-make-overriding-map ibuffer-mode-map 'normal)
(evil-define-key 'normal ibuffer-mode-map
"j" 'evil-next-line
"k" 'evil-previous-line
"RET" 'ibuffer-visit-buffer)))
;;; Undo tree
(when (and (require 'undo-tree nil t)
(fboundp 'global-undo-tree-mode))
(global-undo-tree-mode 1))
(eval-after-load 'undo-tree
'(progn
(defun evil-turn-on-undo-tree-mode ()
"Enable `undo-tree-mode' if evil is enabled.
This function enables `undo-tree-mode' when Evil is activated in
some buffer, but only if `global-undo-tree-mode' is also
activated."
(when global-undo-tree-mode (undo-tree-mode 1)))
(add-hook 'evil-local-mode-hook #'evil-turn-on-undo-tree-mode)
(defadvice undo-tree-visualize (after evil activate)
"Initialize Evil in the visualization buffer."
(when evil-local-mode
(evil-initialize-state)))
(when (fboundp 'undo-tree-visualize)
(evil-ex-define-cmd "undol[ist]" 'undo-tree-visualize)
(evil-ex-define-cmd "ul" 'undo-tree-visualize))
(when (boundp 'undo-tree-visualizer-mode-map)
(define-key undo-tree-visualizer-mode-map
[remap evil-backward-char] 'undo-tree-visualize-switch-branch-left)
(define-key undo-tree-visualizer-mode-map
[remap evil-forward-char] 'undo-tree-visualize-switch-branch-right)
(define-key undo-tree-visualizer-mode-map
[remap evil-next-line] 'undo-tree-visualize-redo)
(define-key undo-tree-visualizer-mode-map
[remap evil-previous-line] 'undo-tree-visualize-undo)
(define-key undo-tree-visualizer-mode-map
[remap evil-ret] 'undo-tree-visualizer-set))
(when (boundp 'undo-tree-visualizer-selection-mode-map)
(define-key undo-tree-visualizer-selection-mode-map
[remap evil-backward-char] 'undo-tree-visualizer-select-left)
(define-key undo-tree-visualizer-selection-mode-map
[remap evil-forward-char] 'undo-tree-visualizer-select-right)
(define-key undo-tree-visualizer-selection-mode-map
[remap evil-next-line] 'undo-tree-visualizer-select-next)
(define-key undo-tree-visualizer-selection-mode-map
[remap evil-previous-line] 'undo-tree-visualizer-select-previous)
(define-key undo-tree-visualizer-selection-mode-map
[remap evil-ret] 'undo-tree-visualizer-set))))
;;; Auto-complete
(eval-after-load 'auto-complete
'(progn
(evil-add-command-properties 'auto-complete :repeat 'evil-ac-repeat)
(evil-add-command-properties 'ac-complete :repeat 'evil-ac-repeat)
(evil-add-command-properties 'ac-expand :repeat 'evil-ac-repeat)
(evil-add-command-properties 'ac-next :repeat 'ignore)
(evil-add-command-properties 'ac-previous :repeat 'ignore)
(defvar evil-ac-prefix-len nil
"The length of the prefix of the current item to be completed.")
(defvar ac-prefix)
(defun evil-ac-repeat (flag)
"Record the changes for auto-completion."
(cond
((eq flag 'pre)
(setq evil-ac-prefix-len (length ac-prefix))
(evil-repeat-start-record-changes))
((eq flag 'post)
;; Add change to remove the prefix
(evil-repeat-record-change (- evil-ac-prefix-len)
""
evil-ac-prefix-len)
;; Add change to insert the full completed text
(evil-repeat-record-change
(- evil-ac-prefix-len)
(buffer-substring-no-properties (- evil-repeat-pos
evil-ac-prefix-len)
(point))
0)
;; Finish repeation
(evil-repeat-finish-record-changes))))))
;;; Company
(eval-after-load 'company
'(progn
(mapc #'evil-declare-change-repeat
'(company-complete-mouse
company-complete-selection
company-complete-common))
(mapc #'evil-declare-ignore-repeat
'(company-abort
company-select-next
company-select-previous
company-select-next-or-abort
company-select-previous-or-abort
company-select-mouse
company-show-doc-buffer
company-show-location
company-search-candidates
company-filter-candidates))))
;; Eval last sexp
(defadvice preceding-sexp (around evil activate)
"In normal-state or motion-state, last sexp ends at point."
(if (or (evil-normal-state-p) (evil-motion-state-p))
(save-excursion
(unless (or (eobp) (eolp)) (forward-char))
ad-do-it)
ad-do-it))
(defadvice pp-last-sexp (around evil activate)
"In normal-state or motion-state, last sexp ends at point."
(if (or (evil-normal-state-p) (evil-motion-state-p))
(save-excursion
(unless (or (eobp) (eolp)) (forward-char))
ad-do-it)
ad-do-it))
;; Show key
(defadvice quail-show-key (around evil activate)
"Temporarily go to Emacs state"
(evil-with-state emacs ad-do-it))
(defadvice describe-char (around evil activate)
"Temporarily go to Emacs state"
(evil-with-state emacs ad-do-it))
;; ace-jump-mode
(declare-function 'ace-jump-char-mode "ace-jump-mode")
(declare-function 'ace-jump-word-mode "ace-jump-mode")
(declare-function 'ace-jump-line-mode "ace-jump-mode")
(defvar evil-ace-jump-active nil)
(defmacro evil-enclose-ace-jump-for-motion (&rest body)
"Enclose ace-jump to make it suitable for motions.
This includes restricting `ace-jump-mode' to the current window
in visual and operator state, deactivating visual updates, saving
the mark and entering `recursive-edit'."
(declare (indent defun)
(debug t))
`(let ((old-mark (mark))
(ace-jump-mode-scope
(if (and (not (memq evil-state '(visual operator)))
(boundp 'ace-jump-mode-scope))
ace-jump-mode-scope
'window)))
(remove-hook 'pre-command-hook #'evil-visual-pre-command t)
(remove-hook 'post-command-hook #'evil-visual-post-command t)
(unwind-protect
(let ((evil-ace-jump-active 'prepare))
(add-hook 'ace-jump-mode-end-hook
#'evil-ace-jump-exit-recursive-edit)
,@body
(when evil-ace-jump-active
(setq evil-ace-jump-active t)
(recursive-edit)))
(remove-hook 'post-command-hook
#'evil-ace-jump-exit-recursive-edit)
(remove-hook 'ace-jump-mode-end-hook
#'evil-ace-jump-exit-recursive-edit)
(if (evil-visual-state-p)
(progn
(add-hook 'pre-command-hook #'evil-visual-pre-command nil t)
(add-hook 'post-command-hook #'evil-visual-post-command nil t)
(set-mark old-mark))
(push-mark old-mark)))))
(eval-after-load 'ace-jump-mode
`(defadvice ace-jump-done (after evil activate)
(when evil-ace-jump-active
(add-hook 'post-command-hook #'evil-ace-jump-exit-recursive-edit))))
(defun evil-ace-jump-exit-recursive-edit ()
"Exit a recursive edit caused by an evil jump."
(cond
((eq evil-ace-jump-active 'prepare)
(setq evil-ace-jump-active nil))
(evil-ace-jump-active
(remove-hook 'post-command-hook #'evil-ace-jump-exit-recursive-edit)
(exit-recursive-edit))))
(evil-define-motion evil-ace-jump-char-mode (count)
"Jump visually directly to a char using ace-jump."
:type inclusive
(evil-without-repeat
(let ((pnt (point))
(buf (current-buffer)))
(evil-enclose-ace-jump-for-motion
(call-interactively 'ace-jump-char-mode))
;; if we jump backwards, motion type is exclusive, analogously
;; to `evil-find-char-backward'
(when (and (equal buf (current-buffer))
(< (point) pnt))
(setq evil-this-type 'exclusive)))))
(evil-define-motion evil-ace-jump-char-to-mode (count)
"Jump visually to the char in front of a char using ace-jump."
:type inclusive
(evil-without-repeat
(let ((pnt (point))
(buf (current-buffer)))
(evil-enclose-ace-jump-for-motion
(call-interactively 'ace-jump-char-mode))
(if (and (equal buf (current-buffer))
(< (point) pnt))
(progn
(or (eobp) (forward-char))
(setq evil-this-type 'exclusive))
(backward-char)))))
(evil-define-motion evil-ace-jump-line-mode (count)
"Jump visually to the beginning of a line using ace-jump."
:type line
:repeat abort
(evil-without-repeat
(evil-enclose-ace-jump-for-motion
(call-interactively 'ace-jump-line-mode))))
(evil-define-motion evil-ace-jump-word-mode (count)
"Jump visually to the beginning of a word using ace-jump."
:type exclusive
:repeat abort
(evil-without-repeat
(evil-enclose-ace-jump-for-motion
(call-interactively 'ace-jump-word-mode))))
(define-key evil-motion-state-map [remap ace-jump-char-mode] #'evil-ace-jump-char-mode)
(define-key evil-motion-state-map [remap ace-jump-line-mode] #'evil-ace-jump-line-mode)
(define-key evil-motion-state-map [remap ace-jump-word-mode] #'evil-ace-jump-word-mode)
;;; nXhtml/mumamo
;; ensure that mumamo does not toggle evil through its globalized mode
(eval-after-load 'mumamo
'(push 'evil-mode-cmhh mumamo-change-major-mode-no-nos))
(provide 'evil-integration)
;;; evil-integration.el ends here

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;;; evil-macros.el --- Macros
;; Author: Vegard Øye <vegard_oye at hotmail.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
(require 'evil-common)
(require 'evil-states)
(require 'evil-repeat)
;;; Code:
(declare-function evil-ex-p "evil-ex")
;; set some error codes
(put 'beginning-of-line 'error-conditions '(beginning-of-line error))
(put 'beginning-of-line 'error-message "Beginning of line")
(put 'end-of-line 'error-conditions '(end-of-line error))
(put 'end-of-line 'error-message "End of line")
(defun evil-motion-range (motion &optional count type)
"Execute a motion and return the buffer positions.
The return value is a list (BEG END TYPE)."
(let ((opoint (point))
(omark (mark t))
(omactive (and (boundp 'mark-active) mark-active))
(obuffer (current-buffer))
(evil-motion-marker (move-marker (make-marker) (point)))
range)
(evil-with-transient-mark-mode
(evil-narrow-to-field
(unwind-protect
(let ((current-prefix-arg count)
;; Store type in global variable `evil-this-type'.
;; If necessary, motions can change their type
;; during execution by setting this variable.
(evil-this-type
(or type (evil-type motion 'exclusive))))
(condition-case err
(let ((repeat-type (evil-repeat-type motion t)))
(if (functionp repeat-type)
(funcall repeat-type 'pre))
(unless (with-local-quit
(setq range (call-interactively motion))
t)
(evil-repeat-abort)
(setq quit-flag t))
(if (functionp repeat-type)
(funcall repeat-type 'post)))
(error (prog1 nil
(evil-repeat-abort)
;; some operators depend on succeeding
;; motions, in particular for
;; `evil-forward-char' (e.g., used by
;; `evil-substitute'), therefore we let
;; end-of-line and end-of-buffer pass
(if (not (memq (car err) '(end-of-line end-of-buffer)))
(signal (car err) (cdr err))
(message (error-message-string err))))))
(cond
;; the motion returned a range
((evil-range-p range))
;; the motion made a Visual selection
((evil-visual-state-p)
(setq range (evil-visual-range)))
;; the motion made an active region
((region-active-p)
(setq range (evil-range (region-beginning)
(region-end)
evil-this-type)))
;; default: range from previous position to current
(t
(setq range (evil-expand-range
(evil-normalize evil-motion-marker
(point)
evil-this-type)))))
(unless (or (null type) (eq (evil-type range) type))
(evil-set-type range type)
(evil-expand-range range))
(evil-set-range-properties range nil)
range)
;; restore point and mark like `save-excursion',
;; but only if the motion hasn't disabled the operator
(unless evil-inhibit-operator
(set-buffer obuffer)
(evil-move-mark omark)
(goto-char opoint))
;; delete marker so it doesn't slow down editing
(move-marker evil-motion-marker nil))))))
(defmacro evil-define-motion (motion args &rest body)
"Define an motion command MOTION.
\(fn MOTION (COUNT ARGS...) DOC [[KEY VALUE]...] BODY...)"
(declare (indent defun)
(debug (&define name lambda-list
[&optional stringp]
[&rest keywordp sexp]
[&optional ("interactive" [&rest form])]
def-body)))
(let (arg doc interactive key keys type)
(when args
(setq args `(&optional ,@(delq '&optional args))
;; the count is either numerical or nil
interactive '("<c>")))
;; collect docstring
(when (and (> (length body) 1)
(or (eq (car-safe (car-safe body)) 'format)
(stringp (car-safe body))))
(setq doc (pop body)))
;; collect keywords
(setq keys (plist-put keys :repeat 'motion))
(while (keywordp (car-safe body))
(setq key (pop body)
arg (pop body)
keys (plist-put keys key arg)))
;; collect `interactive' specification
(when (eq (car-safe (car-safe body)) 'interactive)
(setq interactive (cdr (pop body))))
;; macro expansion
`(progn
;; refresh echo area in Eldoc mode
(when ',motion
(eval-after-load 'eldoc
'(and (fboundp 'eldoc-add-command)
(eldoc-add-command ',motion))))
(evil-define-command ,motion (,@args)
,@(when doc `(,doc)) ; avoid nil before `interactive'
,@keys
:keep-visual t
(interactive ,@interactive)
,@body))))
(defmacro evil-define-union-move (name args &rest moves)
"Create a movement function named NAME.
The function moves to the nearest object boundary defined by one
of the movement function in MOVES, which is a list where each
element has the form \(FUNC PARAMS... COUNT).
COUNT is a variable which is bound to 1 or -1, depending on the
direction. In each iteration, the function calls each move in
isolation and settles for the nearest position. If unable to move
further, the return value is the number of iterations that could
not be performed.
\(fn NAME (COUNT) MOVES...)"
(declare (indent defun)
(debug (&define name lambda-list
[&optional stringp]
def-body)))
(let* ((var (or (car-safe args) 'var))
(doc (when (stringp (car-safe moves))
(pop moves)))
(moves (mapcar #'(lambda (move)
`(save-excursion
;; don't include failing moves
(when (zerop ,move)
(point))))
moves)))
`(evil-define-motion ,name (count)
,@(when doc `(,doc))
(evil-motion-loop (,var (or count 1))
(if (> ,var 0)
(evil-goto-min ,@moves)
(evil-goto-max ,@moves))))))
(defmacro evil-narrow-to-line (&rest body)
"Narrow BODY to the current line.
BODY will signal the errors 'beginning-of-line or 'end-of-line
upon reaching the beginning or end of the current line.
\(fn [[KEY VAL]...] BODY...)"
(declare (indent defun)
(debug t))
`(let* ((range (evil-expand (point) (point) 'line))
(beg (evil-range-beginning range))
(end (evil-range-end range))
(min (point-min))
(max (point-max)))
(when (save-excursion (goto-char end) (bolp))
(setq end (max beg (1- end))))
;; don't include the newline in Normal state
(when (and evil-move-cursor-back
(not (evil-visual-state-p))
(not (evil-operator-state-p)))
(setq end (max beg (1- end))))
(evil-with-restriction beg end
(evil-signal-without-movement
(condition-case err
(progn ,@body)
(beginning-of-buffer
(if (= beg min)
(signal (car err) (cdr err))
(signal 'beginning-of-line nil)))
(end-of-buffer
(if (= end max)
(signal (car err) (cdr err))
(signal 'end-of-line nil))))))))
;; we don't want line boundaries to trigger the debugger
;; when `debug-on-error' is t
(add-to-list 'debug-ignored-errors "^Beginning of line$")
(add-to-list 'debug-ignored-errors "^End of line$")
(defun evil-eobp (&optional pos)
"Whether point is at end-of-buffer with regard to end-of-line."
(save-excursion
(when pos (goto-char pos))
(cond
((eobp))
;; the rest only pertains to Normal state
((not (evil-normal-state-p))
nil)
;; at the end of the last line
((eolp)
(forward-char)
(eobp))
;; at the last character of the last line
(t
(forward-char)
(cond
((eobp))
((eolp)
(forward-char)
(eobp)))))))
(defun evil-move-beginning (count forward &optional backward)
"Move to the beginning of the COUNT next object.
If COUNT is negative, move to the COUNT previous object.
FORWARD is a function which moves to the end of the object, and
BACKWARD is a function which moves to the beginning.
If one is unspecified, the other is used with a negative argument."
(let* ((count (or count 1))
(backward (or backward
#'(lambda (count)
(funcall forward (- count)))))
(forward (or forward
#'(lambda (count)
(funcall backward (- count)))))
(opoint (point)))
(cond
((< count 0)
(when (bobp)
(signal 'beginning-of-buffer nil))
(unwind-protect
(evil-motion-loop (nil count count)
(funcall backward 1))
(unless (zerop count)
(goto-char (point-min)))))
((> count 0)
(when (evil-eobp)
(signal 'end-of-buffer nil))
;; Do we need to move past the current object?
(when (<= (save-excursion
(funcall forward 1)
(funcall backward 1)
(point))
opoint)
(setq count (1+ count)))
(unwind-protect
(evil-motion-loop (nil count count)
(funcall forward 1))
(if (zerop count)
;; go back to beginning of object
(funcall backward 1)
(goto-char (point-max)))))
(t
count))))
(defun evil-move-end (count forward &optional backward inclusive)
"Move to the end of the COUNT next object.
If COUNT is negative, move to the COUNT previous object.
FORWARD is a function which moves to the end of the object, and
BACKWARD is a function which moves to the beginning.
If one is unspecified, the other is used with a negative argument.
If INCLUSIVE is non-nil, then point is placed at the last character
of the object; otherwise it is placed at the end of the object."
(let* ((count (or count 1))
(backward (or backward
#'(lambda (count)
(funcall forward (- count)))))
(forward (or forward
#'(lambda (count)
(funcall backward (- count)))))
(opoint (point)))
(cond
((< count 0)
(when (bobp)
(signal 'beginning-of-buffer nil))
;; Do we need to move past the current object?
(when (>= (save-excursion
(funcall backward 1)
(funcall forward 1)
(point))
(if inclusive
(1+ opoint)
opoint))
(setq count (1- count)))
(unwind-protect
(evil-motion-loop (nil count count)
(funcall backward 1))
(if (not (zerop count))
(goto-char (point-min))
;; go to end of object
(funcall forward 1)
(when inclusive
(unless (bobp) (backward-char)))
(when (or (evil-normal-state-p)
(evil-motion-state-p))
(evil-adjust-cursor t)))))
((> count 0)
(when (evil-eobp)
(signal 'end-of-buffer nil))
(when inclusive
(forward-char))
(unwind-protect
(evil-motion-loop (nil count count)
(funcall forward 1))
(if (not (zerop count))
(goto-char (point-max))
(when inclusive
(unless (bobp) (backward-char)))
(when (or (evil-normal-state-p)
(evil-motion-state-p))
(evil-adjust-cursor t)))))
(t
count))))
(defmacro evil-define-text-object (object args &rest body)
"Define a text object command OBJECT.
BODY should return a range (BEG END) to the right of point
if COUNT is positive, and to the left of it if negative.
\(fn OBJECT (COUNT) DOC [[KEY VALUE]...] BODY...)"
(declare (indent defun)
(debug (&define name lambda-list
[&optional stringp]
[&rest keywordp sexp]
def-body)))
(let* ((args (delq '&optional args))
(count (or (pop args) 'count))
(args (when args `(&optional ,@args)))
(interactive '((interactive "<c><v>")))
arg doc key keys)
;; collect docstring
(when (stringp (car-safe body))
(setq doc (pop body)))
;; collect keywords
(setq keys (plist-put keys :extend-selection t))
(while (keywordp (car-safe body))
(setq key (pop body)
arg (pop body)
keys (plist-put keys key arg)))
;; interactive
(when (eq (car-safe (car-safe body)) 'interactive)
(setq interactive (list (pop body))))
;; macro expansion
`(evil-define-motion ,object (,count ,@args)
,@(when doc `(,doc))
,@keys
,@interactive
(setq ,count (or ,count 1))
(when (/= ,count 0)
(let ((type (evil-type ',object evil-visual-char))
(extend (and (evil-visual-state-p)
(evil-get-command-property
',object :extend-selection
',(plist-get keys :extend-selection))))
(dir evil-visual-direction)
mark point range selection)
(cond
;; Visual state: extend the current selection
((and (evil-visual-state-p)
(evil-called-interactively-p))
;; if we are at the beginning of the Visual selection,
;; go to the left (negative COUNT); if at the end,
;; go to the right (positive COUNT)
(setq dir evil-visual-direction
,count (* ,count dir))
(setq range (progn ,@body))
(when (evil-range-p range)
(setq range (evil-expand-range range))
(evil-set-type range (evil-type range type))
(setq range (evil-contract-range range))
;; the beginning is mark and the end is point
;; unless the selection goes the other way
(setq mark (evil-range-beginning range)
point (evil-range-end range)
type (evil-type range))
(when (< dir 0)
(evil-swap mark point))
;; select the union
(evil-visual-make-selection mark point type)))
;; not Visual state: return a pair of buffer positions
(t
(setq range (progn ,@body))
(unless (evil-range-p range)
(setq ,count (- ,count)
range (progn ,@body)))
(when (evil-range-p range)
(setq selection (evil-range (point) (point) type))
(if extend
(setq range (evil-range-union range selection))
(evil-set-type range (evil-type range type)))
;; ensure the range is properly expanded
(evil-contract-range range)
(evil-expand-range range)
(evil-set-range-properties range nil)
range))))))))
(defmacro evil-define-operator (operator args &rest body)
"Define an operator command OPERATOR.
\(fn OPERATOR (BEG END ARGS...) DOC [[KEY VALUE]...] BODY...)"
(declare (indent defun)
(debug (&define name lambda-list
[&optional stringp]
[&rest keywordp sexp]
[&optional ("interactive" [&rest form])]
def-body)))
(let* ((args (delq '&optional args))
(interactive (if (> (length args) 2) '("<R>") '("<r>")))
(args (if (> (length args) 2)
`(,(nth 0 args) ,(nth 1 args)
&optional ,@(nthcdr 2 args))
args))
arg doc key keys visual)
;; collect docstring
(when (and (> (length body) 1)
(or (eq (car-safe (car-safe body)) 'format)
(stringp (car-safe body))))
(setq doc (pop body)))
;; collect keywords
(setq keys (plist-put keys :move-point t))
(while (keywordp (car-safe body))
(setq key (pop body)
arg (pop body))
(cond
((eq key :keep-visual)
(setq visual arg))
(t
(setq keys (plist-put keys key arg)))))
;; collect `interactive' specification
(when (eq (car-safe (car-safe body)) 'interactive)
(setq interactive (cdr-safe (pop body))))
;; transform extended interactive specs
(setq interactive (apply #'evil-interactive-form interactive))
(setq keys (evil-concat-plists keys (cdr-safe interactive))
interactive (car-safe interactive))
;; macro expansion
`(evil-define-command ,operator ,args
,@(when doc `(,doc))
,@keys
:keep-visual t
:suppress-operator t
(interactive
(let* ((evil-operator-range-motion
(when (evil-has-command-property-p ',operator :motion)
;; :motion nil is equivalent to :motion undefined
(or (evil-get-command-property ',operator :motion)
#'undefined)))
(evil-operator-range-type
(evil-get-command-property ',operator :type))
(orig (point))
evil-operator-range-beginning
evil-operator-range-end
evil-inhibit-operator)
(setq evil-inhibit-operator-value nil
evil-this-operator this-command)
(prog1 ,interactive
(setq orig (point)
evil-inhibit-operator-value evil-inhibit-operator)
(if ,visual
(when (evil-visual-state-p)
(evil-visual-expand-region))
(when (or (evil-visual-state-p) (region-active-p))
(setq deactivate-mark t)))
(cond
((evil-visual-state-p)
(evil-visual-rotate 'upper-left))
((evil-get-command-property ',operator :move-point)
(goto-char (or evil-operator-range-beginning orig)))
(t
(goto-char orig))))))
(unwind-protect
(let ((evil-inhibit-operator evil-inhibit-operator-value))
(unless (and evil-inhibit-operator
(evil-called-interactively-p))
,@body))
(setq evil-inhibit-operator-value nil)))))
;; this is used in the `interactive' specification of an operator command
(defun evil-operator-range (&optional return-type)
"Read a motion from the keyboard and return its buffer positions.
The return value is a list (BEG END), or (BEG END TYPE) if
RETURN-TYPE is non-nil."
(let ((motion (or evil-operator-range-motion
(when (evil-ex-p) 'evil-line)))
(type evil-operator-range-type)
(range (evil-range (point) (point)))
command count modifier)
(evil-save-echo-area
(cond
;; Ex mode
((and (evil-ex-p) evil-ex-range)
(setq range evil-ex-range))
;; Visual selection
((and (not (evil-ex-p)) (evil-visual-state-p))
(setq range (evil-visual-range)))
;; active region
((and (not (evil-ex-p)) (region-active-p))
(setq range (evil-range (region-beginning)
(region-end)
(or evil-this-type 'exclusive))))
(t
;; motion
(evil-save-state
(unless motion
(evil-change-state 'operator)
;; Make linewise operator shortcuts. E.g., "d" yields the
;; shortcut "dd", and "g?" yields shortcuts "g??" and "g?g?".
(let ((keys (nth 2 (evil-extract-count (this-command-keys)))))
(setq keys (listify-key-sequence keys))
(dotimes (var (length keys))
(define-key evil-operator-shortcut-map
(vconcat (nthcdr var keys)) 'evil-line)))
;; read motion from keyboard
(setq command (evil-read-motion motion)
motion (nth 0 command)
count (nth 1 command)
type (or type (nth 2 command))))
(cond
((eq motion #'undefined)
(setq range (if return-type '(nil nil nil) '(nil nil))
motion nil))
((or (null motion) ; keyboard-quit
(evil-get-command-property motion :suppress-operator))
(when (fboundp 'evil-repeat-abort)
(evil-repeat-abort))
(setq quit-flag t
motion nil))
(evil-repeat-count
(setq count evil-repeat-count
;; only the first operator's count is overwritten
evil-repeat-count nil))
((or count current-prefix-arg)
;; multiply operator count and motion count together
(setq count
(* (prefix-numeric-value count)
(prefix-numeric-value current-prefix-arg)))))
(when motion
(let ((evil-state 'operator)
mark-active)
;; calculate motion range
(setq range (evil-motion-range
motion
count
type))))
;; update global variables
(setq evil-this-motion motion
evil-this-motion-count count
type (evil-type range type)
evil-this-type type))))
(when (evil-range-p range)
(unless (or (null type) (eq (evil-type range) type))
(evil-contract-range range)
(evil-set-type range type)
(evil-expand-range range))
(evil-set-range-properties range nil)
(unless return-type
(evil-set-type range nil))
(setq evil-operator-range-beginning (evil-range-beginning range)
evil-operator-range-end (evil-range-end range)
evil-operator-range-type (evil-type range)))
range)))
(defmacro evil-define-type (type doc &rest body)
"Define type TYPE.
DOC is a general description and shows up in all docstrings.
It is followed by a list of keywords and functions:
:expand FUNC Expansion function. This function should accept
two positions in the current buffer, BEG and END,
and return a pair of expanded buffer positions.
:contract FUNC The opposite of :expand, optional.
:one-to-one BOOL Whether expansion is one-to-one. This means that
:expand followed by :contract always returns the
original range.
:normalize FUNC Normalization function, optional. This function should
accept two unexpanded positions and adjust them before
expansion. May be used to deal with buffer boundaries.
:string FUNC Description function. This takes two buffer positions
and returns a human-readable string, for example,
\"2 lines\".
If further keywords and functions are specified, they are assumed to
be transformations on buffer positions, like :expand and :contract.
\(fn TYPE DOC [[KEY FUNC]...])"
(declare (indent defun)
(debug (&define name
[&optional stringp]
[&rest [keywordp function-form]])))
(let (args defun-forms func key name plist string sym val)
;; standard values
(setq plist (plist-put plist :one-to-one t))
;; keywords
(while (keywordp (car-safe body))
(setq key (pop body)
val (pop body))
(if (plist-member plist key) ; not a function
(setq plist (plist-put plist key val))
(setq func val
sym (intern (replace-regexp-in-string
"^:" "" (symbol-name key)))
name (intern (format "evil-%s-%s" type sym))
args (car (cdr-safe func))
string (car (cdr (cdr-safe func)))
string (if (stringp string)
(format "%s\n\n" string) "")
plist (plist-put plist key `',name))
(add-to-list
'defun-forms
(cond
((eq key :string)
`(defun ,name (beg end &rest properties)
,(format "Return size of %s from BEG to END \
with PROPERTIES.\n\n%s%s" type string doc)
(let ((beg (evil-normalize-position beg))
(end (evil-normalize-position end))
(type ',type)
plist range)
(when (and beg end)
(save-excursion
(evil-sort beg end)
(unless (plist-get properties :expanded)
(setq range (apply #'evil-expand
beg end type properties)
beg (evil-range-beginning range)
end (evil-range-end range)
type (evil-type range type)
plist (evil-range-properties range))
(setq properties
(evil-concat-plists properties plist)))
(or (apply #',func beg end
(when ,(> (length args) 2)
properties))
""))))))
(t
`(defun ,name (beg end &rest properties)
,(format "Perform %s transformation on %s from BEG to END \
with PROPERTIES.\n\n%s%s" sym type string doc)
(let ((beg (evil-normalize-position beg))
(end (evil-normalize-position end))
(type ',type)
plist range)
(when (and beg end)
(save-excursion
(evil-sort beg end)
(when (memq ,key '(:expand :contract))
(setq properties
(plist-put properties
:expanded
,(eq key :expand))))
(setq range (or (apply #',func beg end
(when ,(> (length args) 2)
properties))
(apply #'evil-range
beg end type properties))
beg (evil-range-beginning range)
end (evil-range-end range)
type (evil-type range type)
plist (evil-range-properties range))
(setq properties
(evil-concat-plists properties plist))
(apply #'evil-range beg end type properties)))))))
t)))
;; :one-to-one requires both or neither of :expand and :contract
(when (plist-get plist :expand)
(setq plist (plist-put plist :one-to-one
(and (plist-get plist :contract)
(plist-get plist :one-to-one)))))
`(progn
(evil-put-property 'evil-type-properties ',type ,@plist)
,@defun-forms
',type)))
(defmacro evil-define-interactive-code (code &rest body)
"Define an interactive code.
PROMPT, if given, is the remainder of the interactive string
up to the next newline. Command properties may be specified
via KEY-VALUE pairs. BODY should evaluate to a list of values.
\(fn CODE (PROMPT) [[KEY VALUE]...] BODY...)"
(declare (indent defun))
(let* ((args (when (and (> (length body) 1)
(listp (car-safe body)))
(pop body)))
(doc (when (stringp (car-safe body)) (pop body)))
func properties)
(while (keywordp (car-safe body))
(setq properties
(append properties (list (pop body) (pop body)))))
(cond
(args
(setq func `(lambda ,args
,@(when doc `(,doc))
,@body)))
((> (length body) 1)
(setq func `(progn ,@body)))
(t
(setq func (car body))))
`(eval-and-compile
(let* ((code ,code)
(entry (assoc code evil-interactive-alist))
(value (cons ',func ',properties)))
(if entry
(setcdr entry value)
(push (cons code value) evil-interactive-alist))
code))))
;;; Highlighting
(when (fboundp 'font-lock-add-keywords)
(font-lock-add-keywords
'emacs-lisp-mode
;; Match all `evil-define-' forms except `evil-define-key'.
;; (In the interests of speed, this expression is incomplete
;; and does not match all three-letter words.)
'(("(\\(evil-\\(?:ex-\\)?define-\
\\(?:[^ k][^ e][^ y]\\|[-[:word:]]\\{4,\\}\\)\\)\
\\>[ \f\t\n\r\v]*\\(\\sw+\\)?"
(1 font-lock-keyword-face)
(2 font-lock-function-name-face nil t))
("(\\(evil-\\(?:delay\\|narrow\\|signal\\|save\\|with\\(?:out\\)?\\)\
\\(?:-[-[:word:]]+\\)?\\)\\>\[ \f\t\n\r\v]+"
1 font-lock-keyword-face)
("(\\(evil-\\(?:[-[:word:]]\\)*loop\\)\\>[ \f\t\n\r\v]+"
1 font-lock-keyword-face))))
(provide 'evil-macros)
;;; evil-macros.el ends here

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emacs.d/evil/evil-maps.el Normal file
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@ -0,0 +1,504 @@
;;; evil-maps.el --- Default keymaps
;; Author: Vegard Øye <vegard_oye at hotmail.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
(require 'evil-states)
(require 'evil-ex)
(require 'evil-commands)
;;; Code:
;;; Normal state
(define-key evil-normal-state-map "a" 'evil-append)
(define-key evil-normal-state-map "A" 'evil-append-line)
(define-key evil-normal-state-map "c" 'evil-change)
(define-key evil-normal-state-map "C" 'evil-change-line)
(define-key evil-normal-state-map "d" 'evil-delete)
(define-key evil-normal-state-map "D" 'evil-delete-line)
(define-key evil-normal-state-map "i" 'evil-insert)
(define-key evil-normal-state-map "I" 'evil-insert-line)
(define-key evil-normal-state-map "J" 'evil-join)
(define-key evil-normal-state-map "m" 'evil-set-marker)
(define-key evil-normal-state-map "o" 'evil-open-below)
(define-key evil-normal-state-map "O" 'evil-open-above)
(define-key evil-normal-state-map "p" 'evil-paste-after)
(define-key evil-normal-state-map "P" 'evil-paste-before)
(define-key evil-normal-state-map "q" 'evil-record-macro)
(define-key evil-normal-state-map "r" 'evil-replace)
(define-key evil-normal-state-map "R" 'evil-replace-state)
(define-key evil-normal-state-map "s" 'evil-substitute)
(define-key evil-normal-state-map "S" 'evil-change-whole-line)
(define-key evil-normal-state-map "x" 'evil-delete-char)
(define-key evil-normal-state-map "X" 'evil-delete-backward-char)
(define-key evil-normal-state-map "y" 'evil-yank)
(define-key evil-normal-state-map "Y" 'evil-yank-line)
(define-key evil-normal-state-map "&" 'evil-ex-repeat-substitute)
(define-key evil-normal-state-map "g&" 'evil-ex-repeat-global-substitute)
(define-key evil-normal-state-map "g8" 'what-cursor-position)
(define-key evil-normal-state-map "ga" 'what-cursor-position)
(define-key evil-normal-state-map "gi" 'evil-insert-resume)
(define-key evil-normal-state-map "gJ" 'evil-join-whitespace)
(define-key evil-normal-state-map "gq" 'evil-fill-and-move)
(define-key evil-normal-state-map "gw" 'evil-fill)
(define-key evil-normal-state-map "gu" 'evil-downcase)
(define-key evil-normal-state-map "gU" 'evil-upcase)
(define-key evil-normal-state-map "gf" 'find-file-at-point)
(define-key evil-normal-state-map "gF" 'evil-find-file-at-point-with-line)
(define-key evil-normal-state-map "g?" 'evil-rot13)
(define-key evil-normal-state-map "g~" 'evil-invert-case)
(define-key evil-normal-state-map "zo" 'evil-open-fold)
(define-key evil-normal-state-map "zc" 'evil-close-fold)
(define-key evil-normal-state-map "za" 'evil-toggle-fold)
(define-key evil-normal-state-map "zr" 'evil-open-folds)
(define-key evil-normal-state-map "zm" 'evil-close-folds)
(define-key evil-normal-state-map "z=" 'ispell-word)
(define-key evil-normal-state-map "\C-n" 'evil-paste-pop-next)
(define-key evil-normal-state-map "\C-p" 'evil-paste-pop)
(define-key evil-normal-state-map "\C-t" 'pop-tag-mark)
(define-key evil-normal-state-map (kbd "C-.") 'evil-repeat-pop)
(define-key evil-normal-state-map (kbd "M-.") 'evil-repeat-pop-next)
(define-key evil-normal-state-map "." 'evil-repeat)
(define-key evil-normal-state-map "@" 'evil-execute-macro)
(define-key evil-normal-state-map "\"" 'evil-use-register)
(define-key evil-normal-state-map "~" 'evil-invert-char)
(define-key evil-normal-state-map "=" 'evil-indent)
(define-key evil-normal-state-map "<" 'evil-shift-left)
(define-key evil-normal-state-map ">" 'evil-shift-right)
(define-key evil-normal-state-map "ZZ" 'evil-save-modified-and-close)
(define-key evil-normal-state-map "ZQ" 'evil-quit)
(define-key evil-normal-state-map (kbd "DEL") 'evil-backward-char)
(define-key evil-normal-state-map [escape] 'evil-force-normal-state)
(define-key evil-normal-state-map [remap cua-paste-pop] 'evil-paste-pop)
(define-key evil-normal-state-map [remap yank-pop] 'evil-paste-pop)
;; go to last change
(define-key evil-normal-state-map "g;" 'goto-last-change)
(define-key evil-normal-state-map "g," 'goto-last-change-reverse)
;; undo
(define-key evil-normal-state-map "u" 'undo)
(define-key evil-normal-state-map "\C-r" 'redo)
;; window commands
(define-prefix-command 'evil-window-map)
(define-key evil-window-map "b" 'evil-window-bottom-right)
(define-key evil-window-map "c" 'evil-window-delete)
(define-key evil-window-map "h" 'evil-window-left)
(define-key evil-window-map "H" 'evil-window-move-far-left)
(define-key evil-window-map "j" 'evil-window-down)
(define-key evil-window-map "J" 'evil-window-move-very-bottom)
(define-key evil-window-map "k" 'evil-window-up)
(define-key evil-window-map "K" 'evil-window-move-very-top)
(define-key evil-window-map "l" 'evil-window-right)
(define-key evil-window-map "L" 'evil-window-move-far-right)
(define-key evil-window-map "n" 'evil-window-new)
(define-key evil-window-map "o" 'delete-other-windows)
(define-key evil-window-map "p" 'evil-window-mru)
(define-key evil-window-map "r" 'evil-window-rotate-downwards)
(define-key evil-window-map "R" 'evil-window-rotate-upwards)
(define-key evil-window-map "s" 'evil-window-split)
(define-key evil-window-map "S" 'evil-window-split)
(define-key evil-window-map "t" 'evil-window-top-left)
(define-key evil-window-map "v" 'evil-window-vsplit)
(define-key evil-window-map "w" 'evil-window-next)
(define-key evil-window-map "W" 'evil-window-prev)
(define-key evil-window-map "+" 'evil-window-increase-height)
(define-key evil-window-map "-" 'evil-window-decrease-height)
(define-key evil-window-map "_" 'evil-window-set-height)
(define-key evil-window-map "<" 'evil-window-decrease-width)
(define-key evil-window-map ">" 'evil-window-increase-width)
(define-key evil-window-map "=" 'balance-windows)
(define-key evil-window-map "|" 'evil-window-set-width)
(define-key evil-window-map "\C-b" 'evil-window-bottom-right)
(define-key evil-window-map "\C-c" 'evil-window-delete)
(define-key evil-window-map "\C-H" 'evil-window-move-far-left)
(define-key evil-window-map "\C-h" 'evil-window-left)
(define-key evil-window-map "\C-J" 'evil-window-move-very-bottom)
(define-key evil-window-map "\C-j" 'evil-window-down)
(define-key evil-window-map "\C-K" 'evil-window-move-very-top)
(define-key evil-window-map "\C-k" 'evil-window-up)
(define-key evil-window-map "\C-L" 'evil-window-move-far-right)
(define-key evil-window-map "\C-l" 'evil-window-right)
(define-key evil-window-map "\C-n" 'evil-window-new)
(define-key evil-window-map "\C-o" 'delete-other-windows)
(define-key evil-window-map "\C-p" 'evil-window-mru)
(define-key evil-window-map "\C-r" 'evil-window-rotate-downwards)
(define-key evil-window-map "\C-R" 'evil-window-rotate-upwards)
(define-key evil-window-map "\C-s" 'evil-window-split)
(define-key evil-window-map "\C-S" 'evil-window-split)
(define-key evil-window-map "\C-t" 'evil-window-top-left)
(define-key evil-window-map "\C-v" 'evil-window-vsplit)
(define-key evil-window-map "\C-w" 'evil-window-next)
(define-key evil-window-map "\C-W" 'evil-window-prev)
(define-key evil-window-map "\C-_" 'evil-window-set-height)
(define-key evil-window-map "\C-f" 'ffap-other-window)
;;; Motion state
;; "0" is a special command when called first
(evil-redirect-digit-argument evil-motion-state-map "0" 'evil-beginning-of-line)
(define-key evil-motion-state-map "1" 'digit-argument)
(define-key evil-motion-state-map "2" 'digit-argument)
(define-key evil-motion-state-map "3" 'digit-argument)
(define-key evil-motion-state-map "4" 'digit-argument)
(define-key evil-motion-state-map "5" 'digit-argument)
(define-key evil-motion-state-map "6" 'digit-argument)
(define-key evil-motion-state-map "7" 'digit-argument)
(define-key evil-motion-state-map "8" 'digit-argument)
(define-key evil-motion-state-map "9" 'digit-argument)
(define-key evil-motion-state-map "b" 'evil-backward-word-begin)
(define-key evil-motion-state-map "B" 'evil-backward-WORD-begin)
(define-key evil-motion-state-map "e" 'evil-forward-word-end)
(define-key evil-motion-state-map "E" 'evil-forward-WORD-end)
(define-key evil-motion-state-map "f" 'evil-find-char)
(define-key evil-motion-state-map "F" 'evil-find-char-backward)
(define-key evil-motion-state-map "G" 'evil-goto-line)
(define-key evil-motion-state-map "h" 'evil-backward-char)
(define-key evil-motion-state-map "H" 'evil-window-top)
(define-key evil-motion-state-map "j" 'evil-next-line)
(define-key evil-motion-state-map "k" 'evil-previous-line)
(define-key evil-motion-state-map "l" 'evil-forward-char)
(define-key evil-motion-state-map " " 'evil-forward-char)
(define-key evil-motion-state-map "K" 'evil-lookup)
(define-key evil-motion-state-map "L" 'evil-window-bottom)
(define-key evil-motion-state-map "M" 'evil-window-middle)
(define-key evil-motion-state-map "n" 'evil-search-next)
(define-key evil-motion-state-map "N" 'evil-search-previous)
(define-key evil-motion-state-map "t" 'evil-find-char-to)
(define-key evil-motion-state-map "T" 'evil-find-char-to-backward)
(define-key evil-motion-state-map "w" 'evil-forward-word-begin)
(define-key evil-motion-state-map "W" 'evil-forward-WORD-begin)
(define-key evil-motion-state-map "gd" 'evil-goto-definition)
(define-key evil-motion-state-map "ge" 'evil-backward-word-end)
(define-key evil-motion-state-map "gE" 'evil-backward-WORD-end)
(define-key evil-motion-state-map "gg" 'evil-goto-first-line)
(define-key evil-motion-state-map "gj" 'evil-next-visual-line)
(define-key evil-motion-state-map "gk" 'evil-previous-visual-line)
(define-key evil-motion-state-map "g0" 'evil-beginning-of-visual-line)
(define-key evil-motion-state-map "g_" 'evil-last-non-blank)
(define-key evil-motion-state-map "g^" 'evil-first-non-blank-of-visual-line)
(define-key evil-motion-state-map "gm" 'evil-middle-of-visual-line)
(define-key evil-motion-state-map "g$" 'evil-end-of-visual-line)
(define-key evil-motion-state-map "g\C-]" 'find-tag)
(define-key evil-motion-state-map "{" 'evil-backward-paragraph)
(define-key evil-motion-state-map "}" 'evil-forward-paragraph)
(define-key evil-motion-state-map "#" 'evil-search-word-backward)
(define-key evil-motion-state-map "g#" 'evil-search-unbounded-word-backward)
(define-key evil-motion-state-map "$" 'evil-end-of-line)
(define-key evil-motion-state-map "%" 'evil-jump-item)
(define-key evil-motion-state-map "`" 'evil-goto-mark)
(define-key evil-motion-state-map "'" 'evil-goto-mark-line)
(define-key evil-motion-state-map "(" 'evil-backward-sentence)
(define-key evil-motion-state-map ")" 'evil-forward-sentence)
(define-key evil-motion-state-map "]]" 'evil-forward-section-begin)
(define-key evil-motion-state-map "][" 'evil-forward-section-end)
(define-key evil-motion-state-map "[[" 'evil-backward-section-begin)
(define-key evil-motion-state-map "[]" 'evil-backward-section-end)
(define-key evil-motion-state-map "[(" 'evil-previous-open-paren)
(define-key evil-motion-state-map "])" 'evil-next-close-paren)
(define-key evil-motion-state-map "[{" 'evil-previous-open-brace)
(define-key evil-motion-state-map "]}" 'evil-next-close-brace)
(define-key evil-motion-state-map "*" 'evil-search-word-forward)
(define-key evil-motion-state-map "g*" 'evil-search-unbounded-word-forward)
(define-key evil-motion-state-map "," 'evil-repeat-find-char-reverse)
(define-key evil-motion-state-map "/" 'evil-search-forward)
(define-key evil-motion-state-map ";" 'evil-repeat-find-char)
(define-key evil-motion-state-map "?" 'evil-search-backward)
(define-key evil-motion-state-map "|" 'evil-goto-column)
(define-key evil-motion-state-map "^" 'evil-first-non-blank)
(define-key evil-motion-state-map "+" 'evil-next-line-first-non-blank)
(define-key evil-motion-state-map "_" 'evil-next-line-1-first-non-blank)
(define-key evil-motion-state-map "-" 'evil-previous-line-first-non-blank)
(define-key evil-motion-state-map "\C-w" 'evil-window-map)
(define-key evil-motion-state-map "\C-]" 'evil-jump-to-tag)
(define-key evil-motion-state-map (kbd "C-b") 'evil-scroll-page-up)
(define-key evil-motion-state-map (kbd "C-d") 'evil-scroll-down)
(define-key evil-motion-state-map (kbd "C-e") 'evil-scroll-line-down)
(define-key evil-motion-state-map (kbd "C-f") 'evil-scroll-page-down)
(define-key evil-motion-state-map (kbd "C-o") 'evil-jump-backward)
(define-key evil-motion-state-map (kbd "C-y") 'evil-scroll-line-up)
(define-key evil-motion-state-map (kbd "RET") 'evil-ret)
(define-key evil-motion-state-map "\\" 'evil-execute-in-emacs-state)
(define-key evil-motion-state-map "z^" 'evil-scroll-top-line-to-bottom)
(define-key evil-motion-state-map "z+" 'evil-scroll-bottom-line-to-top)
(define-key evil-motion-state-map "zt" 'evil-scroll-line-to-top)
;; TODO: z RET has an advanced form taking an count before the RET
;; but this requires again a special state with a single command
;; bound to RET
(define-key evil-motion-state-map (vconcat "z" [return]) "zt^")
(define-key evil-motion-state-map (kbd "z RET") (vconcat "z" [return]))
(define-key evil-motion-state-map "zz" 'evil-scroll-line-to-center)
(define-key evil-motion-state-map "z." "zz^")
(define-key evil-motion-state-map "zb" 'evil-scroll-line-to-bottom)
(define-key evil-motion-state-map "z-" "zb^")
(define-key evil-motion-state-map "v" 'evil-visual-char)
(define-key evil-motion-state-map "V" 'evil-visual-line)
(define-key evil-motion-state-map "\C-v" 'evil-visual-block)
(define-key evil-motion-state-map "gv" 'evil-visual-restore)
(define-key evil-motion-state-map (kbd "C-^") 'evil-buffer)
(define-key evil-motion-state-map [left] 'evil-backward-char)
(define-key evil-motion-state-map [right] 'evil-forward-char)
(define-key evil-motion-state-map [up] 'evil-previous-line)
(define-key evil-motion-state-map [down] 'evil-next-line)
(define-key evil-motion-state-map "zl" 'evil-scroll-column-right)
(define-key evil-motion-state-map [?z right] "zl")
(define-key evil-motion-state-map "zh" 'evil-scroll-column-left)
(define-key evil-motion-state-map [?z left] "zh")
(define-key evil-motion-state-map "zL" 'evil-scroll-right)
(define-key evil-motion-state-map "zH" 'evil-scroll-left)
(define-key evil-motion-state-map
(read-kbd-macro evil-toggle-key) 'evil-emacs-state)
;; text objects
(define-key evil-outer-text-objects-map "w" 'evil-a-word)
(define-key evil-outer-text-objects-map "W" 'evil-a-WORD)
(define-key evil-outer-text-objects-map "s" 'evil-a-sentence)
(define-key evil-outer-text-objects-map "p" 'evil-a-paragraph)
(define-key evil-outer-text-objects-map "b" 'evil-a-paren)
(define-key evil-outer-text-objects-map "(" 'evil-a-paren)
(define-key evil-outer-text-objects-map ")" 'evil-a-paren)
(define-key evil-outer-text-objects-map "[" 'evil-a-bracket)
(define-key evil-outer-text-objects-map "]" 'evil-a-bracket)
(define-key evil-outer-text-objects-map "B" 'evil-a-curly)
(define-key evil-outer-text-objects-map "{" 'evil-a-curly)
(define-key evil-outer-text-objects-map "}" 'evil-a-curly)
(define-key evil-outer-text-objects-map "<" 'evil-an-angle)
(define-key evil-outer-text-objects-map ">" 'evil-an-angle)
(define-key evil-outer-text-objects-map "'" 'evil-a-single-quote)
(define-key evil-outer-text-objects-map "\"" 'evil-a-double-quote)
(define-key evil-outer-text-objects-map "`" 'evil-a-back-quote)
(define-key evil-outer-text-objects-map "t" 'evil-a-tag)
(define-key evil-outer-text-objects-map "o" 'evil-a-symbol)
(define-key evil-inner-text-objects-map "w" 'evil-inner-word)
(define-key evil-inner-text-objects-map "W" 'evil-inner-WORD)
(define-key evil-inner-text-objects-map "s" 'evil-inner-sentence)
(define-key evil-inner-text-objects-map "p" 'evil-inner-paragraph)
(define-key evil-inner-text-objects-map "b" 'evil-inner-paren)
(define-key evil-inner-text-objects-map "(" 'evil-inner-paren)
(define-key evil-inner-text-objects-map ")" 'evil-inner-paren)
(define-key evil-inner-text-objects-map "[" 'evil-inner-bracket)
(define-key evil-inner-text-objects-map "]" 'evil-inner-bracket)
(define-key evil-inner-text-objects-map "B" 'evil-inner-curly)
(define-key evil-inner-text-objects-map "{" 'evil-inner-curly)
(define-key evil-inner-text-objects-map "}" 'evil-inner-curly)
(define-key evil-inner-text-objects-map "<" 'evil-inner-angle)
(define-key evil-inner-text-objects-map ">" 'evil-inner-angle)
(define-key evil-inner-text-objects-map "'" 'evil-inner-single-quote)
(define-key evil-inner-text-objects-map "\"" 'evil-inner-double-quote)
(define-key evil-inner-text-objects-map "`" 'evil-inner-back-quote)
(define-key evil-inner-text-objects-map "t" 'evil-inner-tag)
(define-key evil-inner-text-objects-map "o" 'evil-inner-symbol)
(define-key evil-motion-state-map "gn" 'evil-next-match)
(define-key evil-motion-state-map "gN" 'evil-previous-match)
(when evil-want-C-i-jump
(define-key evil-motion-state-map (kbd "C-i") 'evil-jump-forward))
(when evil-want-C-u-scroll
(define-key evil-motion-state-map (kbd "C-u") 'evil-scroll-up))
;;; Visual state
(define-key evil-visual-state-map "A" 'evil-append)
(define-key evil-visual-state-map "I" 'evil-insert)
(define-key evil-visual-state-map "o" 'exchange-point-and-mark)
(define-key evil-visual-state-map "O" 'evil-visual-exchange-corners)
(define-key evil-visual-state-map "R" 'evil-change)
(define-key evil-visual-state-map "u" 'evil-downcase)
(define-key evil-visual-state-map "U" 'evil-upcase)
(define-key evil-visual-state-map "z=" 'ispell-word)
(define-key evil-visual-state-map "a" evil-outer-text-objects-map)
(define-key evil-visual-state-map "i" evil-inner-text-objects-map)
(define-key evil-visual-state-map [remap evil-repeat] 'undefined)
(define-key evil-visual-state-map [escape] 'evil-exit-visual-state)
;;; Operator-Pending state
(define-key evil-operator-state-map "a" evil-outer-text-objects-map)
(define-key evil-operator-state-map "i" evil-inner-text-objects-map)
;; (define-key evil-operator-state-map [escape] 'keyboard-quit)
;;; Insert state
(define-key evil-insert-state-map "\C-k" 'evil-insert-digraph)
(define-key evil-insert-state-map "\C-o" 'evil-execute-in-normal-state)
(define-key evil-insert-state-map "\C-r" 'evil-paste-from-register)
(define-key evil-insert-state-map "\C-y" 'evil-copy-from-above)
(define-key evil-insert-state-map "\C-e" 'evil-copy-from-below)
(define-key evil-insert-state-map "\C-n" 'evil-complete-next)
(define-key evil-insert-state-map "\C-p" 'evil-complete-previous)
(define-key evil-insert-state-map "\C-x\C-n" 'evil-complete-next-line)
(define-key evil-insert-state-map "\C-x\C-p" 'evil-complete-previous-line)
(define-key evil-insert-state-map "\C-t" 'evil-shift-right-line)
(define-key evil-insert-state-map "\C-d" 'evil-shift-left-line)
(define-key evil-insert-state-map [remap delete-backward-char] 'evil-delete-backward-char-and-join)
(define-key evil-insert-state-map [delete] 'delete-char)
(define-key evil-insert-state-map [remap newline] 'evil-ret)
(define-key evil-insert-state-map [remap newline-and-indent] 'evil-ret-and-indent)
(define-key evil-insert-state-map [escape] 'evil-normal-state)
(define-key evil-insert-state-map
(read-kbd-macro evil-toggle-key) 'evil-emacs-state)
(if evil-want-C-w-delete
(define-key evil-insert-state-map "\C-w" 'evil-delete-backward-word)
(define-key evil-insert-state-map "\C-w" 'evil-window-map))
;;; Replace state
(define-key evil-replace-state-map (kbd "DEL") 'evil-replace-backspace)
(define-key evil-replace-state-map [escape] 'evil-normal-state)
;;; Emacs state
(define-key evil-emacs-state-map
(read-kbd-macro evil-toggle-key) 'evil-exit-emacs-state)
(when evil-want-C-w-in-emacs-state
(define-key evil-emacs-state-map "\C-w" 'evil-window-map))
;;; Minibuffer
(define-key minibuffer-local-map "\C-p" 'evil-complete-next)
(define-key minibuffer-local-map "\C-n" 'evil-complete-previous)
(define-key minibuffer-local-map "\C-x\C-p" 'evil-complete-next-line)
(define-key minibuffer-local-map "\C-x\C-n" 'evil-complete-previous-line)
;;; Mouse
(define-key evil-motion-state-map [down-mouse-1] 'evil-mouse-drag-region)
(define-key evil-visual-state-map [mouse-2] 'evil-exit-visual-and-repeat)
(define-key evil-normal-state-map [mouse-2] 'mouse-yank-primary)
(define-key evil-insert-state-map [mouse-2] 'mouse-yank-primary)
;; Ex
(define-key evil-motion-state-map ":" 'evil-ex)
(define-key evil-motion-state-map "!" 'evil-shell-command)
(evil-ex-define-cmd "e[dit]" 'evil-edit)
(evil-ex-define-cmd "w[rite]" 'evil-write)
(evil-ex-define-cmd "wa[ll]" 'evil-write-all)
(evil-ex-define-cmd "sav[eas]" 'evil-save)
(evil-ex-define-cmd "r[ead]" 'evil-read)
(evil-ex-define-cmd "b[uffer]" 'evil-buffer)
(evil-ex-define-cmd "bn[ext]" 'evil-next-buffer)
(evil-ex-define-cmd "bp[revious]" 'evil-prev-buffer)
(evil-ex-define-cmd "bN[ext]" "bprevious")
(evil-ex-define-cmd "sb[uffer]" 'evil-split-buffer)
(evil-ex-define-cmd "sbn[ext]" 'evil-split-next-buffer)
(evil-ex-define-cmd "sbp[revious]" 'evil-split-prev-buffer)
(evil-ex-define-cmd "sbN[ext]" "sbprevious")
(evil-ex-define-cmd "buffers" 'buffer-menu)
(evil-ex-define-cmd "files" 'evil-show-files)
(evil-ex-define-cmd "ls" "buffers")
(evil-ex-define-cmd "c[hange]" 'evil-change)
(evil-ex-define-cmd "co[py]" 'evil-copy)
(evil-ex-define-cmd "t" "copy")
(evil-ex-define-cmd "m[ove]" 'evil-move)
(evil-ex-define-cmd "d[elete]" 'evil-delete)
(evil-ex-define-cmd "y[ank]" 'evil-yank)
(evil-ex-define-cmd "go[to]" 'evil-goto-char)
(evil-ex-define-cmd "j[oin]" 'evil-join)
(evil-ex-define-cmd "le[ft]" 'evil-align-left)
(evil-ex-define-cmd "ri[ght]" 'evil-align-right)
(evil-ex-define-cmd "ce[nter]" 'evil-align-center)
(evil-ex-define-cmd "sp[lit]" 'evil-window-split)
(evil-ex-define-cmd "vs[plit]" 'evil-window-vsplit)
(evil-ex-define-cmd "new" 'evil-window-new)
(evil-ex-define-cmd "vne[w]" 'evil-window-vnew)
(evil-ex-define-cmd "clo[se]" 'evil-window-delete)
(evil-ex-define-cmd "on[ly]" 'delete-other-windows)
(evil-ex-define-cmd "q[uit]" 'evil-quit)
(evil-ex-define-cmd "wq" 'evil-save-and-close)
(evil-ex-define-cmd "quita[ll]" 'evil-quit-all)
(evil-ex-define-cmd "qa[ll]" "quitall")
(evil-ex-define-cmd "wqa[ll]" 'evil-save-and-quit)
(evil-ex-define-cmd "xa[ll]" "wqall")
(evil-ex-define-cmd "x[it]" 'evil-save-modified-and-close)
(evil-ex-define-cmd "exi[t]" 'evil-save-modified-and-close)
(evil-ex-define-cmd "bd[elete]" 'evil-delete-buffer)
(evil-ex-define-cmd "g[lobal]" 'evil-ex-global)
(evil-ex-define-cmd "v[global]" 'evil-ex-global-inverted)
(evil-ex-define-cmd "norm[al]" 'evil-ex-normal)
(evil-ex-define-cmd "s[ubstitute]" 'evil-ex-substitute)
(evil-ex-define-cmd "&" 'evil-ex-repeat-substitute)
(evil-ex-define-cmd "&&" 'evil-ex-repeat-substitute-with-flags)
(evil-ex-define-cmd "~" 'evil-ex-repeat-substitute-with-search)
(evil-ex-define-cmd "~&" 'evil-ex-repeat-substitute-with-search-and-flags)
(evil-ex-define-cmd "registers" 'evil-show-registers)
(evil-ex-define-cmd "marks" 'evil-show-marks)
(evil-ex-define-cmd "ju[mps]" 'evil-show-jumps)
(evil-ex-define-cmd "noh[lsearch]" 'evil-ex-nohighlight)
(evil-ex-define-cmd "f[ile]" 'evil-show-file-info)
(evil-ex-define-cmd "<" 'evil-shift-left)
(evil-ex-define-cmd ">" 'evil-shift-right)
(evil-ex-define-cmd "=" 'evil-ex-line-number)
(evil-ex-define-cmd "!" 'evil-shell-command)
(evil-ex-define-cmd "@:" 'evil-ex-repeat)
(evil-ex-define-cmd "set-initial-state" 'evil-ex-set-initial-state)
(evil-ex-define-cmd "show-digraphs" 'evil-ex-show-digraphs)
;; search command line
(define-key evil-ex-search-keymap "\d" #'evil-ex-delete-backward-char)
;; ex command line
(define-key evil-ex-completion-map "\d" #'evil-ex-delete-backward-char)
(define-key evil-ex-completion-map "\t" #'evil-ex-completion)
(define-key evil-ex-completion-map [tab] #'evil-ex-completion)
(define-key evil-ex-completion-map "\C-a" 'evil-ex-completion)
(define-key evil-ex-completion-map "\C-b" 'move-beginning-of-line)
(define-key evil-ex-completion-map "\C-c" 'abort-recursive-edit)
(define-key evil-ex-completion-map "\C-d" 'evil-ex-completion)
(define-key evil-ex-completion-map "\C-g" 'abort-recursive-edit)
(define-key evil-ex-completion-map "\C-k" 'evil-insert-digraph)
(define-key evil-ex-completion-map "\C-l" 'evil-ex-completion)
(define-key evil-ex-completion-map "\C-p" #'next-complete-history-element)
(define-key evil-ex-completion-map "\C-r" 'evil-paste-from-register)
(define-key evil-ex-completion-map "\C-n" #'next-complete-history-element)
(define-key evil-ex-completion-map "\C-u" 'evil-delete-whole-line)
(define-key evil-ex-completion-map "\C-v" #'quoted-insert)
(define-key evil-ex-completion-map "\C-w" 'backward-kill-word)
(define-key evil-ex-completion-map [escape] 'abort-recursive-edit)
(define-key evil-ex-completion-map [S-left] 'backward-word)
(define-key evil-ex-completion-map [S-right] 'forward-word)
(define-key evil-ex-completion-map [up] 'previous-complete-history-element)
(define-key evil-ex-completion-map [down] 'next-complete-history-element)
(define-key evil-ex-completion-map [prior] 'previous-history-element)
(define-key evil-ex-completion-map [next] 'next-history-element)
(define-key evil-ex-completion-map [return] 'exit-minibuffer)
(define-key evil-ex-completion-map (kbd "RET") 'exit-minibuffer)
;; evil-read-key
(define-key evil-read-key-map (kbd "ESC") #'keyboard-quit)
(define-key evil-read-key-map (kbd "C-]") #'keyboard-quit)
(define-key evil-read-key-map (kbd "C-q") #'evil-read-quoted-char)
(define-key evil-read-key-map (kbd "C-v") #'evil-read-quoted-char)
(define-key evil-read-key-map (kbd "C-k") #'evil-read-digraph-char)
(define-key evil-read-key-map "\r" "\n")
(provide 'evil-maps)
;;; evil-maps.el ends here

6
emacs.d/evil/evil-pkg.el Normal file
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(define-package
"evil"
"1.0.9"
"Extensible Vi layer for Emacs."
'((undo-tree "0.6.3")
(goto-chg "1.6")))

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;;; evil-repeat.el --- Repeat system
;; Author: Frank Fischer <frank.fischer at mathematik.tu-chemnitz.de>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; A repeat begins when leaving Normal state; it ends when re-entering
;; Normal state. The diagram below shows possible routes between
;; Normal state (N), Insert state (I), Visual state (V),
;; Operator-Pending state (O) and Replace state (R). (Emacs state
;; is an exception: nothing is repeated in that state.)
;; ___
;; / \
;; | R |
;; \___/
;; ^ |
;; | |
;; ___ |___V ___
;; / \ <------- / \ -------> / \
;; | V | | N | | O |
;; \___/ -------> \___/ <------- \___/
;; | | ^ |
;; | | | |
;; | V___| |
;; | / \ |
;; +--------> | I | <--------+
;; \___/
;;
;; The recording of a repeat is started in one of two cases: Either a
;; command is about being executed (in pre-command-hook) or normal
;; state is exited. The recording is stopped whenever a command has
;; being completed and evil is in normal state afterwards. Therefore,
;; a non-inserting command in normal-state is recorded as a single
;; repeat unit. In contrast, if the command leaves normal state and
;; starts insert-state, all commands that are executed until
;; insert-state is left and normal state is reactivated are recorded
;; together in one repeat unit. In other words, a repeat unit consists
;; of all commands that are executed starting and ending in normal
;; state.
;;
;; Not all commands are recored. There are several commands that are
;; completely ignored and other commands that even abort the currently
;; active recording, e.g., commands that change the current buffer.
;;
;; During recording the repeat information is appended to the variable
;; `evil-repeat-info', which is cleared when the recording
;; starts. This accumulated repeat information is put into the
;; `evil-repeat-ring' when the recording is finished. The dot command,
;; `\[evil-repeat]' (`evil-repeat') replays the most recent entry in
;; the ring, preceeding repeats can be replayed using
;; `\[evil-repeat-pop]' (`evil-repeat-pop').
;;
;; Repeat information can be stored in almost arbitrary form. How the
;; repeat information for each single command is recored is determined
;; by the :repeat property of the command. This property has the
;; following interpretation:
;;
;; t record commands by storing the key-sequence that invoked it
;; nil ignore this command completely
;; ignore synonym to nil
;; motion command is recorded by storing the key-sequence but only in
;; insert state, otherwise it is ignored.
;; abort stop recording of repeat information immediately
;; change record commands by storing buffer changes
;; SYMBOL if SYMBOL is contained as key in `evil-repeat-types'
;; call the corresponding (function-)value, otherwise
;; call the function associated with SYMBOL. In both
;; cases the function should take exactly one argument
;; which is either 'pre or 'post depending on whether
;; the function is called before or after the execution
;; of the command.
;;
;; Therefore, using a certain SYMBOL one can write specific repeation
;; functions for each command.
;;
;; Each value of ring `evil-repeat-info', i.e., each single repeat
;; information must be one of the following two possibilities:
;; If element is a sequence, it is regarded as a key-sequence to
;; be repeated. Otherwise the element must be a list
;; (FUNCTION PARAMS ...) which will be called using
;; (apply FUNCTION PARAMS) whenever this repeat is being executed.
;;
;; A user supplied repeat function can use the functions
;; `evil-record-repeat' to append further repeat-information of the
;; form described above to `evil-repeat-info'. See the implementation
;; of `evil-repeat-keystrokes' and `evil-repeat-changes' for examples.
;; Those functions are called in different situations before and after
;; the execution of a command. Each function should take one argument
;; which can be either 'pre, 'post, 'pre-operator or 'post-operator
;; specifying when the repeat function has been called. If the command
;; is a usual command the function is called with 'pre before the
;; command is executed and with 'post after the command has been
;; executed.
;;
;; The repeat information is executed with `evil-execute-repeat-info',
;; which passes key-sequence elements to `execute-kbd-macro' and
;; executes other elements as defined above. A special version is
;; `evil-execute-repeat-info-with-count'. This function works as
;; `evil-execute-repeat-info', but replaces the count of the first
;; command. This is done by parsing the key-sequence, ignoring all
;; calls to `digit-prefix-argument' and `negative-argument', and
;; prepending the count as a string to the vector of the remaining
;; key-sequence.
(require 'evil-states)
;;; Code:
(declare-function evil-visual-state-p "evil-visual")
(declare-function evil-visual-range "evil-visual")
(declare-function evil-visual-char "evil-visual")
(declare-function evil-visual-line "evil-visual")
(declare-function evil-visual-block "evil-visual")
(defmacro evil-without-repeat (&rest body)
(declare (indent defun)
(debug t))
`(let ((pre-command-hook (remq 'evil-repeat-pre-hook pre-command-hook))
(post-command-hook (remq 'evil-repeat-post-hook post-command-hook)))
,@body
(evil-repeat-abort)))
(defsubst evil-repeat-recording-p ()
"Returns non-nil iff a recording is in progress."
(eq evil-recording-repeat t))
(defun evil-repeat-start ()
"Start recording a new repeat into `evil-repeat-info'."
(evil-repeat-reset t)
(evil-repeat-record-buffer)
(when (evil-visual-state-p)
(let* ((range (evil-visual-range))
(beg (evil-range-beginning range))
(end (1- (evil-range-end range)))
(nfwdlines (- (line-number-at-pos end)
(line-number-at-pos beg))))
(evil-repeat-record
(cond
((eq evil-visual-selection 'char)
(list #'evil-repeat-visual-char
nfwdlines
(- end
(if (zerop nfwdlines)
beg
(save-excursion
(goto-char end)
(line-beginning-position))))))
((eq evil-visual-selection 'line)
(list #'evil-repeat-visual-line nfwdlines))
((eq evil-visual-selection 'block)
(list #'evil-repeat-visual-block
nfwdlines
(abs (- (evil-column beg) (evil-column end))))))))))
(defun evil-repeat-stop ()
"Stop recording a repeat.
Update `evil-repeat-ring' with the accumulated changes
in `evil-repeat-info' and clear variables."
(unwind-protect
(when (evil-repeat-recording-p)
(setq evil-repeat-info
(evil-normalize-repeat-info evil-repeat-info))
(when (and evil-repeat-info evil-repeat-ring)
(ring-insert evil-repeat-ring evil-repeat-info)))
(evil-repeat-reset nil)))
(defun evil-repeat-abort ()
"Abort current repeation."
(evil-repeat-reset 'abort))
(defun evil-repeat-reset (flag)
"Clear all repeat recording variables.
Set `evil-recording-repeat' to FLAG."
(setq evil-recording-repeat flag
evil-repeat-info nil
evil-repeat-buffer nil))
(defsubst evil-repeat-record-position (&optional pos)
"Set `evil-repeat-pos' to POS or point."
(setq evil-repeat-pos (or pos (point))))
(defun evil-repeat-record-buffer ()
"Set `evil-repeat-buffer' to the current buffer."
(unless (minibufferp)
(setq evil-repeat-buffer (current-buffer))))
(defmacro evil-save-repeat-info (&rest body)
"Execute BODY, protecting the values of repeat variables."
(declare (indent defun)
(debug t))
`(let (evil-repeat-ring
evil-recording-repeat
evil-recording-current-command
evil-repeat-info
evil-repeat-changes
evil-repeat-pos
evil-repeat-keys
evil-repeat-buffer
this-command
last-command)
,@body))
(defun evil-repeat-different-buffer-p (&optional strict)
"Whether the buffer has changed in a repeat.
If STRICT is non-nil, returns t if the previous buffer
is unknown; otherwise returns t only if the previous
buffer is known and different from the current buffer."
(and (or (buffer-live-p evil-repeat-buffer) strict)
(not (minibufferp))
(not (eq (current-buffer) evil-repeat-buffer))))
(defun evil-repeat-type (command &optional default)
"Return the :repeat property of COMMAND.
If COMMAND doesn't have this property, return DEFAULT."
(when (functionp command) ; ignore keyboard macros
(let* ((type (evil-get-command-property command :repeat default))
(repeat-type (assq type evil-repeat-types)))
(if repeat-type (cdr repeat-type) type))))
(defun evil-repeat-force-abort-p (repeat-type)
"Returns non-nil iff the current command should abort the recording of repeat information."
(or (evil-repeat-different-buffer-p) ; ... buffer changed
(eq repeat-type 'abort) ; ... explicitely forced
(eq evil-recording-repeat 'abort) ; ... already aborted
(evil-emacs-state-p) ; ... in Emacs state
(and (evil-mouse-events-p (this-command-keys)) ; ... mouse events
(eq repeat-type nil))
(minibufferp))) ; ... minibuffer activated
(defun evil-repeat-record (info)
"Add INFO to the end of `evil-repeat-info'."
(when (evil-repeat-recording-p)
(setq evil-repeat-info (nconc evil-repeat-info (list info)))))
;; called from `evil-normal-state-exit-hook'
(defun evil-repeat-start-hook ()
"Record a new repeat when exiting Normal state.
Does not record in Emacs state or if the current command
has :repeat nil."
(when (and (eq (evil-repeat-type this-command t) t)
(not (evil-emacs-state-p)))
(evil-repeat-start)))
;; called from `pre-command-hook'
(defun evil-repeat-pre-hook ()
"Prepare the current command for recording the repeation."
(when evil-local-mode
(let ((repeat-type (evil-repeat-type this-command t)))
(cond
;; abort the repeat
((evil-repeat-force-abort-p repeat-type)
;; We mark the current record as being aborted, because there
;; may be further pre-hooks following before the post-hook is
;; called.
(evil-repeat-abort))
;; ignore those commands completely
((null repeat-type))
;; record command
(t
;; In normal-state or visual state, each command is a single
;; repeation, therefore start a new repeation.
(when (or (evil-normal-state-p)
(evil-visual-state-p))
(evil-repeat-start))
(setq evil-recording-current-command t)
(funcall repeat-type 'pre))))))
(put 'evil-repeat-pre-hook 'permanent-local-hook t)
;; called from `post-command-hook'
(defun evil-repeat-post-hook ()
"Finish recording of repeat-information for the current-command."
(when (and evil-local-mode evil-recording-repeat)
(let ((repeat-type (evil-repeat-type this-command t)))
(cond
;; abort the repeat
((evil-repeat-force-abort-p repeat-type)
;; The command has been aborted but is complete, so just reset
;; the recording state.
(evil-repeat-reset nil))
;; ignore if command should not be recorded or the current
;; command is not being recorded
((or (null repeat-type)
(not evil-recording-current-command)))
;; record command
(t
(funcall repeat-type 'post)
;; In normal state, the repeat sequence is complete, so record it.
(when (evil-normal-state-p)
(evil-repeat-stop)))))
;; done with recording the current command
(setq evil-recording-current-command nil)))
(put 'evil-repeat-post-hook 'permanent-local-hook t)
(defun evil-clear-command-keys ()
"Clear `this-command-keys' and all information about the current command keys.
Calling this function prevents further recording of the keys that
invoked the current command"
(clear-this-command-keys t)
(setq evil-repeat-keys ""))
(defun evil-repeat-keystrokes (flag)
"Repeation recording function for commands that are repeated by keystrokes."
(cond
((eq flag 'pre)
(when evil-this-register
(evil-repeat-record
`(set evil-this-register ,evil-this-register)))
(setq evil-repeat-keys (this-command-keys)))
((eq flag 'post)
(evil-repeat-record (if (zerop (length (this-command-keys)))
evil-repeat-keys
(this-command-keys)))
;; erase commands keys to prevent double recording
(evil-clear-command-keys))))
(defun evil-repeat-motion (flag)
"Repeation for motions. Motions are recorded by keystroke but only in insert state."
(when (memq evil-state '(insert replace))
(evil-repeat-keystrokes flag)))
(defun evil-repeat-changes (flag)
"Repeation recording function for commands that are repeated by buffer changes."
(cond
((eq flag 'pre)
(add-hook 'after-change-functions #'evil-repeat-change-hook nil t)
(evil-repeat-start-record-changes))
((eq flag 'post)
(remove-hook 'after-change-functions #'evil-repeat-change-hook t)
(evil-repeat-finish-record-changes))))
;; called from the `after-change-functions' hook
(defun evil-repeat-change-hook (beg end length)
"Record change information for current command."
(let ((repeat-type (evil-repeat-type this-command t)))
(when (and (evil-repeat-recording-p)
(eq repeat-type 'evil-repeat-changes)
(not (evil-emacs-state-p))
(not (evil-repeat-different-buffer-p t))
evil-state)
(unless (evil-repeat-recording-p)
(evil-repeat-start))
(evil-repeat-record-change (- beg evil-repeat-pos)
(buffer-substring beg end)
length))))
(put 'evil-repeat-change-hook 'permanent-local-hook t)
(defun evil-repeat-record-change (relpos ins ndel)
"Record the current buffer changes during a repeat.
If CHANGE is specified, it is added to `evil-repeat-changes'."
(when (evil-repeat-recording-p)
(setq evil-repeat-changes
(nconc evil-repeat-changes (list (list relpos ins ndel))))))
(defun evil-repeat-start-record-changes ()
"Starts the recording of a new set of buffer changes."
(setq evil-repeat-changes nil)
(evil-repeat-record-position))
(defun evil-repeat-finish-record-changes ()
"Finishes the recording of buffer changes and records them as repeat."
(when (evil-repeat-recording-p)
(evil-repeat-record `(evil-execute-change
,evil-repeat-changes
,(- (point) evil-repeat-pos)))
(setq evil-repeat-changes nil)))
(defun evil-repeat-insert-at-point (flag)
"Repeation recording function for commands that insert text in region.
This records text insertion when a command inserts some text in a
buffer between (point) and (mark)."
(cond
((eq flag 'pre)
(add-hook 'after-change-functions #'evil-repeat-insert-at-point-hook nil t))
((eq flag 'post)
(remove-hook 'after-change-functions #'evil-repeat-insert-at-point-hook t))))
(defun evil-repeat-insert-at-point-hook (beg end length)
(let ((repeat-type (evil-repeat-type this-command t)))
(when (and (evil-repeat-recording-p)
(eq repeat-type 'evil-repeat-insert-at-point)
(not (evil-emacs-state-p))
(not (evil-repeat-different-buffer-p t))
evil-state)
(setq evil-repeat-pos beg)
(evil-repeat-record (list 'insert (buffer-substring beg end))))))
(put 'evil-repeat-insert-at-point-hook 'permanent-local-hook t)
(defun evil-normalize-repeat-info (repeat-info)
"Concatenate consecutive arrays in REPEAT-INFO.
Returns a single array."
(let* ((result (cons nil nil))
(result-last result)
cur cur-last)
(dolist (rep repeat-info)
(cond
((null rep))
((arrayp rep)
(setq rep (listify-key-sequence rep))
(cond
(cur
(setcdr cur-last (cons rep nil))
(setq cur-last (cdr cur-last)))
(t
(setq cur (cons rep nil))
(setq cur-last cur))))
(t
(when cur
(setcdr result-last (cons (apply #'vconcat cur) nil))
(setq result-last (cdr result-last))
(setq cur nil))
(setcdr result-last (cons rep nil))
(setq result-last (cdr result-last)))))
(when cur
(setcdr result-last (cons (apply #'vconcat cur) nil)))
(cdr result)))
(defun evil-repeat-visual-char (nfwdlines nfwdchars)
"Restores a character visual selection.
If the selection is in a single line, the restored visual
selection covers the same number of characters. If the selection
covers several lines, the restored selection covers the same
number of lines and the same number of characters in the last
line as the original selection."
(evil-visual-char)
(when (> nfwdlines 0)
(forward-line nfwdlines))
(forward-char nfwdchars))
(defun evil-repeat-visual-line (nfwdlines)
"Restores a character visual selection.
If the selection is in a single line, the restored visual
selection covers the same number of characters. If the selection
covers several lines, the restored selection covers the same
number of lines and the same number of characters in the last
line as the original selection."
(evil-visual-line)
(forward-line nfwdlines))
(defun evil-repeat-visual-block (nfwdlines nfwdchars)
"Restores a character visual selection.
If the selection is in a single line, the restored visual
selection covers the same number of characters. If the selection
covers several lines, the restored selection covers the same
number of lines and the same number of characters in the last
line as the original selection."
(evil-visual-block)
(let ((col (current-column)))
(forward-line nfwdlines)
(move-to-column (+ col nfwdchars) t)))
(defun evil-execute-change (changes rel-point)
"Executes as list of changes.
CHANGES is a list of triples (REL-BEG INSERT-TEXT NDEL).
REL-BEG is the relative position (to point) where the change
takes place. INSERT-TEXT is the text to be inserted at that
position and NDEL the number of characters to be deleted at that
position before insertion.
REL-POINT is the relative position to point before the changed
where point should be placed after all changes."
(evil-save-repeat-info
(let ((point (point)))
(dolist (change changes)
(goto-char (+ point (nth 0 change)))
(delete-char (nth 2 change))
(insert (nth 1 change)))
(goto-char (+ point rel-point)))))
(defun evil-execute-repeat-info (repeat-info)
"Executes a repeat-information REPEAT-INFO."
(evil-save-repeat-info
(dolist (rep repeat-info)
(cond
((or (arrayp rep) (stringp rep))
(let ((input-method current-input-method)
(evil-input-method nil))
(deactivate-input-method)
(unwind-protect
(execute-kbd-macro rep)
(activate-input-method input-method))))
((consp rep)
(when (and (= 3 (length rep))
(eq (nth 0 rep) 'set)
(eq (nth 1 rep) 'evil-this-register)
(>= (nth 2 rep) ?0)
(< (nth 2 rep) ?9))
(setcar (nthcdr 2 rep) (1+ (nth 2 rep))))
(apply (car rep) (cdr rep)))
(t
(error "Unexpected repeat-info: %S" rep))))))
;; TODO: currently we prepend the replacing count before the
;; key-sequence that calls the command. Can we use direct
;; modification of prefix-arg instead? Does it work in
;; conjunction with `execute-kbd-macro'?
(defun evil-execute-repeat-info-with-count (count repeat-info)
"Repeat the repeat-information REPEAT-INFO with the count of
the first command replaced by COUNT. The count is replaced if
and only if COUNT is non-nil."
(evil-save-repeat-info
(cond
;; do nothing (zero repeating)
((and count (zerop count)))
;; replace count
(count
(let ((evil-repeat-count count)
done)
(while (and repeat-info
(arrayp (car repeat-info))
(not done))
(let* ((count-and-cmd (evil-extract-count (pop repeat-info))))
(push (vconcat (number-to-string count)
(nth 2 count-and-cmd)
(nth 3 count-and-cmd))
repeat-info)
(setq done t)))
(evil-execute-repeat-info repeat-info)))
;; repeat with original count
(t
(evil-execute-repeat-info repeat-info)))))
(evil-define-command evil-repeat (count &optional save-point)
"Repeat the last editing command with count replaced by COUNT.
If SAVE-POINT is non-nil, do not move point."
:repeat ignore
:suppress-operator t
(interactive (list current-prefix-arg
(not evil-repeat-move-cursor)))
(cond
((null evil-repeat-ring)
(error "Already executing repeat"))
(save-point
(save-excursion
(evil-repeat count)))
(t
(unwind-protect
(let ((confirm-kill-emacs t)
(kill-buffer-hook
(cons #'(lambda ()
(error "Cannot delete buffer in repeat command"))
kill-buffer-hook))
(undo-pointer buffer-undo-list))
(evil-with-single-undo
(setq evil-last-repeat (list (point) count undo-pointer))
(evil-execute-repeat-info-with-count
count (ring-ref evil-repeat-ring 0))))
(evil-normal-state)))))
;; TODO: the same issue concering disabled undos as for `evil-paste-pop'
(evil-define-command evil-repeat-pop (count &optional save-point)
"Replace the just repeated command with a previously executed command.
Only allowed after `evil-repeat', `evil-repeat-pop' or
`evil-repeat-pop-next'. Uses the same repeat count that
was used for the first repeat.
The COUNT argument inserts the COUNT-th previous kill.
If COUNT is negative, this is a more recent kill."
:repeat nil
:suppress-operator t
(interactive (list (prefix-numeric-value current-prefix-arg)
(not evil-repeat-move-cursor)))
(cond
((not (and (eq last-command #'evil-repeat)
evil-last-repeat))
(error "Previous command was not evil-repeat: %s" last-command))
(save-point
(save-excursion
(evil-repeat-pop count)))
(t
(unless (eq buffer-undo-list (nth 2 evil-last-repeat))
(evil-undo-pop))
(goto-char (car evil-last-repeat))
;; rotate the repeat-ring
(while (> count 0)
(when evil-repeat-ring
(ring-insert-at-beginning evil-repeat-ring
(ring-remove evil-repeat-ring 0)))
(setq count (1- count)))
(while (< count 0)
(when evil-repeat-ring
(ring-insert evil-repeat-ring
(ring-remove evil-repeat-ring)))
(setq count (1+ count)))
(setq this-command #'evil-repeat)
(evil-repeat (cadr evil-last-repeat)))))
(evil-define-command evil-repeat-pop-next (count &optional save-point)
"Same as `evil-repeat-pop', but with negative COUNT."
:repeat nil
:suppress-operator t
(interactive (list (prefix-numeric-value current-prefix-arg)
(not evil-repeat-move-cursor)))
(evil-repeat-pop (- count) save-point))
(defadvice read-key-sequence (before evil activate)
"Record `this-command-keys' before it is reset."
(when (and (evil-repeat-recording-p)
evil-recording-current-command)
(let ((repeat-type (evil-repeat-type this-command t)))
(if (functionp repeat-type)
(funcall repeat-type 'post)))))
(provide 'evil-repeat)
;;; evil-repeat.el ends here

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;;; evil-states.el --- States
;; Author: Vegard Øye <vegard_oye at hotmail.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
(require 'evil-core)
;;; Code:
;;; Normal state
(evil-define-state normal
"Normal state.
AKA \"Command\" state."
:tag " <N> "
:enable (motion)
:exit-hook (evil-repeat-start-hook)
(cond
((evil-normal-state-p)
(add-hook 'post-command-hook #'evil-normal-post-command nil t))
(t
(remove-hook 'post-command-hook #'evil-normal-post-command t))))
(defun evil-normal-post-command (&optional command)
"Reset command loop variables in Normal state.
Also prevent point from reaching the end of the line.
If the region is activated, enter Visual state."
(unless (or (evil-initializing-p)
(null this-command))
(setq command (or command this-command))
(when (evil-normal-state-p)
(setq evil-this-type nil
evil-this-operator nil
evil-this-motion nil
evil-this-motion-count nil
evil-inhibit-operator nil
evil-inhibit-operator-value nil)
(unless (memq command '(evil-use-register
digit-argument
negative-argument
universal-argument
universal-argument-minus
universal-argument-more
universal-argument-other-key))
(setq evil-this-register nil))
(evil-adjust-cursor))))
(put 'evil-normal-post-command 'permanent-local-hook t)
;;; Insert state
(evil-define-state insert
"Insert state."
:tag " <I> "
:cursor (bar . 2)
:message "-- INSERT --"
:entry-hook (evil-start-track-last-insertion)
:exit-hook (evil-cleanup-insert-state evil-stop-track-last-insertion)
:input-method t
(cond
((evil-insert-state-p)
(add-hook 'pre-command-hook #'evil-insert-repeat-hook)
(unless evil-want-fine-undo
(evil-start-undo-step t)))
(t
(remove-hook 'pre-command-hook #'evil-insert-repeat-hook)
(setq evil-insert-repeat-info evil-repeat-info)
(evil-set-marker ?^ nil t)
(unless evil-want-fine-undo
(evil-end-undo-step t))
(when evil-move-cursor-back
(when (or (evil-normal-state-p evil-next-state)
(evil-motion-state-p evil-next-state))
(evil-move-cursor-back))))))
(defun evil-insert-repeat-hook ()
"Record insertion keys in `evil-insert-repeat-info'."
(setq evil-insert-repeat-info (last evil-repeat-info))
(remove-hook 'pre-command-hook #'evil-insert-repeat-hook))
(put 'evil-insert-repeat-hook 'permanent-local-hook t)
(defun evil-cleanup-insert-state ()
"Called when Insert state is about to be exited.
Handles the repeat-count of the insertion command."
(when evil-insert-count
(dotimes (i (1- evil-insert-count))
(when evil-insert-lines
(evil-insert-newline-below))
(when (fboundp 'evil-execute-repeat-info)
(evil-execute-repeat-info
(cdr evil-insert-repeat-info)))))
(when evil-insert-vcount
(let ((buffer-invisibility-spec buffer-invisibility-spec))
;; make all lines hidden by hideshow temporarily visible
(when (listp buffer-invisibility-spec)
(setq buffer-invisibility-spec
(evil-filter-list
#'(lambda (x)
(or (eq x 'hs)
(eq (car-safe x) 'hs)))
buffer-invisibility-spec)))
(let ((line (nth 0 evil-insert-vcount))
(col (nth 1 evil-insert-vcount))
(vcount (nth 2 evil-insert-vcount)))
(save-excursion
(dotimes (v (1- vcount))
(goto-char (point-min))
(forward-line (+ line v))
(when (or (not evil-insert-skip-empty-lines)
(not (integerp col))
(save-excursion
(evil-move-end-of-line)
(>= (current-column) col)))
(if (integerp col)
(move-to-column col t)
(funcall col))
(dotimes (i (or evil-insert-count 1))
(when (fboundp 'evil-execute-repeat-info)
(evil-execute-repeat-info
(cdr evil-insert-repeat-info)))))))))))
;;; Visual state
;; Visual selections are implemented in terms of types, and are
;; compatible with the Emacs region. This is achieved by "translating"
;; the region to the selected text right before a command is executed.
;; If the command is a motion, the translation is postponed until a
;; non-motion command is invoked (distinguished by the :keep-visual
;; command property).
;;
;; Visual state activates the region, enabling Transient Mark mode if
;; not already enabled. This is only temporay: if Transient Mark mode
;; was disabled before entering Visual state, it is disabled when
;; exiting Visual state. This allows Visual state to harness the
;; "transient" behavior of many commands without overriding the user's
;; preferences in other states.
(defmacro evil-define-visual-selection (selection doc &rest body)
"Define a Visual selection SELECTION.
Creates a command evil-visual-SELECTION for enabling the selection.
DOC is the function's documentation string. The following keywords
may be specified in BODY:
:message STRING Status message when enabling the selection.
:type TYPE Type to use (defaults to SELECTION).
Following the keywords is optional code which is executed each time
the selection is enabled.
\(fn SELECTION DOC [[KEY VAL]...] BODY...)"
(declare (indent defun)
(debug (&define name stringp
[&rest keywordp sexp]
def-body)))
(let* ((name (intern (format "evil-visual-%s" selection)))
(message (intern (format "%s-message" name)))
(type selection)
arg key string)
;; collect keywords
(while (keywordp (car-safe body))
(setq key (pop body)
arg (pop body))
(cond
((eq key :message)
(setq string arg))
((eq key :type)
(setq type arg))))
;; macro expansion
`(progn
(add-to-list 'evil-visual-alist (cons ',selection ',name))
(defvar ,name ',type ,(format "*%s" doc))
(defvar ,message ,string ,doc)
(evil-define-command ,name (&optional mark point type message)
,@(when doc `(,doc))
:keep-visual t
:repeat nil
(interactive
(list nil nil
(if (and (evil-visual-state-p)
(eq evil-visual-selection ',selection))
'exit ,name) t))
(if (eq type 'exit)
(evil-exit-visual-state)
(setq type (or type ,name)
evil-visual-selection ',selection)
(evil-visual-make-region mark point type message)
,@body))
',selection)))
(evil-define-visual-selection char
"Characterwise selection."
:type inclusive
:message "-- VISUAL --")
(evil-define-visual-selection line
"Linewise selection."
:message "-- VISUAL LINE --")
(evil-define-visual-selection block
"Blockwise selection."
:message "-- VISUAL BLOCK --"
(evil-transient-mark -1)
;; refresh the :corner property
(setq evil-visual-properties
(plist-put evil-visual-properties :corner
(evil-visual-block-corner 'upper-left))))
(evil-define-state visual
"Visual state."
:tag " <V> "
:enable (motion normal)
:message 'evil-visual-message
(cond
((evil-visual-state-p)
(evil-save-transient-mark-mode)
(setq select-active-regions nil)
(cond
((region-active-p)
(if (< (evil-visual-direction) 0)
(evil-visual-select (region-beginning) (region-end)
evil-visual-char
(evil-visual-direction))
(evil-visual-make-selection (mark t) (point)
evil-visual-char))
(evil-visual-highlight))
(t
(evil-visual-make-region (point) (point) evil-visual-char)))
(add-hook 'pre-command-hook #'evil-visual-pre-command nil t)
(add-hook 'post-command-hook #'evil-visual-post-command nil t)
(add-hook 'deactivate-mark-hook #'evil-visual-deactivate-hook nil t))
(t
;; Postpone deactivation of region if next state is Insert.
;; This gives certain insertion commands (auto-pairing characters,
;; for example) an opportunity to access the region.
(if (and (eq evil-next-state 'insert)
(eq evil-visual-selection 'char))
(add-hook 'evil-normal-state-entry-hook
#'evil-visual-deactivate-hook nil t)
(evil-visual-deactivate-hook))
(setq evil-visual-region-expanded nil)
(remove-hook 'pre-command-hook #'evil-visual-pre-command t)
(remove-hook 'post-command-hook #'evil-visual-post-command t)
(remove-hook 'deactivate-mark-hook #'evil-visual-deactivate-hook t)
(evil-visual-highlight -1))))
(defun evil-visual-pre-command (&optional command)
"Run before each COMMAND in Visual state.
Expand the region to the selection unless COMMAND is a motion."
(when (evil-visual-state-p)
(setq command (or command this-command))
(when evil-visual-x-select-timer
(cancel-timer evil-visual-x-select-timer))
(unless (evil-get-command-property command :keep-visual)
(evil-visual-update-x-selection)
(evil-visual-expand-region
;; exclude final newline from linewise selection
;; unless the command has real need of it
(and (eq (evil-visual-type) 'line)
(evil-get-command-property command :exclude-newline))))))
(put 'evil-visual-pre-command 'permanent-local-hook t)
(defun evil-visual-post-command (&optional command)
"Run after each COMMAND in Visual state.
If COMMAND is a motion, refresh the selection;
otherwise exit Visual state."
(when (evil-visual-state-p)
(setq command (or command this-command))
(if (or quit-flag
(eq command #'keyboard-quit)
;; Is `mark-active' nil for an unexpanded region?
deactivate-mark
(and (not evil-visual-region-expanded)
(not (region-active-p))
(not (eq evil-visual-selection 'block))))
(progn
(evil-exit-visual-state)
(evil-adjust-cursor))
(if evil-visual-region-expanded
(evil-visual-contract-region)
(evil-visual-refresh))
(setq evil-visual-x-select-timer
(run-with-idle-timer evil-visual-x-select-timeout nil
#'evil-visual-update-x-selection
(current-buffer)))
(evil-visual-highlight))))
(put 'evil-visual-post-command 'permanent-local-hook t)
(defun evil-visual-update-x-selection (&optional buffer)
"Update the X selection with the current visual region."
(let ((buf (or buffer (current-buffer))))
(when (buffer-live-p buf)
(with-current-buffer buf
(when (and (evil-visual-state-p)
(fboundp 'x-select-text)
(or (not (boundp 'ns-initialized))
(with-no-warnings ns-initialized))
(not (eq evil-visual-selection 'block)))
(x-select-text (buffer-substring-no-properties
evil-visual-beginning
evil-visual-end)))))))
(defun evil-visual-activate-hook (&optional command)
"Enable Visual state if the region is activated."
(unless (evil-visual-state-p)
(evil-delay nil
;; the activation may only be momentary, so re-check
;; in `post-command-hook' before entering Visual state
'(unless (or (evil-visual-state-p)
(evil-insert-state-p)
(evil-emacs-state-p))
(when (and (region-active-p)
(not deactivate-mark))
(evil-visual-state)))
'post-command-hook nil t
"evil-activate-visual-state")))
(put 'evil-visual-activate-hook 'permanent-local-hook t)
(defun evil-visual-deactivate-hook (&optional command)
"Deactivate the region and restore Transient Mark mode."
(setq command (or command this-command))
(remove-hook 'deactivate-mark-hook
#'evil-visual-deactivate-hook t)
(remove-hook 'evil-normal-state-entry-hook
#'evil-visual-deactivate-hook t)
(cond
((and (evil-visual-state-p) command
(not (evil-get-command-property command :keep-visual)))
(setq evil-visual-region-expanded nil)
(evil-exit-visual-state))
((not (evil-visual-state-p))
(evil-active-region -1)
(evil-restore-transient-mark-mode))))
(put 'evil-visual-deactivate-hook 'permanent-local-hook t)
(evil-define-command evil-exit-visual-state (&optional later buffer)
"Exit from Visual state to the previous state.
If LATER is non-nil, exit after the current command."
:keep-visual t
:repeat abort
(with-current-buffer (or buffer (current-buffer))
(when (evil-visual-state-p)
(if later
(setq deactivate-mark t)
(when evil-visual-region-expanded
(evil-visual-contract-region))
(evil-change-to-previous-state)))))
(defun evil-visual-message (&optional selection)
"Create an echo area message for SELECTION.
SELECTION is a kind of selection as defined by
`evil-define-visual-selection', such as `char', `line'
or `block'."
(let (message)
(setq selection (or selection evil-visual-selection))
(when selection
(setq message
(symbol-value (intern (format "evil-visual-%s-message"
selection))))
(cond
((functionp message)
(funcall message))
((stringp message)
(evil-echo "%s" message))))))
(defun evil-visual-select (beg end &optional type dir message)
"Create a Visual selection of type TYPE from BEG to END.
Point and mark are positioned so that the resulting selection
has the specified boundaries. If DIR is negative, point precedes mark,
otherwise it succedes it. To specify point and mark directly,
use `evil-visual-make-selection'."
(let* ((range (evil-contract beg end type))
(mark (evil-range-beginning range))
(point (evil-range-end range))
(dir (or dir 1)))
(when (< dir 0)
(evil-swap mark point))
(evil-visual-make-selection mark point type message)))
(defun evil-visual-make-selection (mark point &optional type message)
"Create a Visual selection with point at POINT and mark at MARK.
The boundaries of the selection are inferred from these
and the current TYPE. To specify the boundaries and infer
mark and point, use `evil-visual-select' instead."
(let* ((selection (evil-visual-selection-for-type type))
(func (evil-visual-selection-function selection))
(prev (and (evil-visual-state-p) evil-visual-selection))
(mark (evil-normalize-position mark))
(point (evil-normalize-position point))
(state evil-state))
(unless (evil-visual-state-p)
(evil-visual-state))
(setq evil-visual-selection selection)
(funcall func mark point type
;; signal a message when changing the selection
(when (or (not (evil-visual-state-p state))
(not (eq selection prev)))
message))))
(defun evil-visual-make-region (mark point &optional type message)
"Create an active region from MARK to POINT.
If TYPE is given, also set the Visual type.
If MESSAGE is given, display it in the echo area."
(interactive)
(let* ((point (evil-normalize-position
(or point (point))))
(mark (evil-normalize-position
(or mark
(when (or (evil-visual-state-p)
(region-active-p))
(mark t))
point))))
(unless (evil-visual-state-p)
(evil-visual-state))
(evil-active-region 1)
(setq evil-visual-region-expanded nil)
(evil-visual-refresh mark point type)
(cond
((null evil-echo-state))
((stringp message)
(evil-echo "%s" message))
(message
(cond
((stringp evil-visual-state-message)
(evil-echo "%s" evil-visual-state-message))
((functionp evil-visual-state-message)
(funcall evil-visual-state-message)))))))
(defun evil-visual-expand-region (&optional exclude-newline)
"Expand the region to the Visual selection.
If EXCLUDE-NEWLINE is non-nil and the selection ends with a newline,
exclude that newline from the region."
(when (and (evil-visual-state-p)
(not evil-visual-region-expanded))
(let ((mark evil-visual-beginning)
(point evil-visual-end))
(when (< evil-visual-direction 0)
(evil-swap mark point))
(setq evil-visual-region-expanded t)
(evil-visual-refresh mark point)
(when (and exclude-newline
(save-excursion
(goto-char evil-visual-end)
(and (bolp) (not (bobp)))))
(if (< evil-visual-direction 0)
(evil-move-mark (max point (1- (mark))))
(goto-char (max mark (1- (point)))))))))
(defun evil-visual-contract-region ()
"The inverse of `evil-visual-expand-region'.
Create a Visual selection that expands to the current region."
(evil-visual-refresh)
(setq evil-visual-region-expanded nil)
(evil-visual-refresh evil-visual-mark evil-visual-point))
(defun evil-visual-refresh (&optional mark point type &rest properties)
"Refresh point, mark and Visual variables.
Refreshes `evil-visual-beginning', `evil-visual-end',
`evil-visual-mark', `evil-visual-point', `evil-visual-selection',
`evil-visual-direction', `evil-visual-properties' and `evil-this-type'."
(let* ((point (or point (point)))
(mark (or mark (mark t) point))
(dir (evil-visual-direction))
(type (or type (evil-visual-type evil-visual-selection)
(evil-visual-type)))
range)
(evil-move-mark mark)
(goto-char point)
(setq evil-visual-beginning
(or evil-visual-beginning
(let ((marker (make-marker)))
(move-marker marker (min point mark))))
evil-visual-end
(or evil-visual-end
(let ((marker (make-marker)))
(set-marker-insertion-type marker t)
(move-marker marker (max point mark))))
evil-visual-mark
(or evil-visual-mark
(let ((marker (make-marker)))
(move-marker marker mark)))
evil-visual-point
(or evil-visual-point
(let ((marker (make-marker)))
(move-marker marker point))))
(setq evil-visual-properties
(evil-concat-plists evil-visual-properties properties))
(cond
(evil-visual-region-expanded
(setq type (or (evil-visual-type) type))
(move-marker evil-visual-beginning (min point mark))
(move-marker evil-visual-end (max point mark))
;; if the type is one-to-one, we can safely refresh
;; the unexpanded positions as well
(when (evil-type-property type :one-to-one)
(setq range (apply #'evil-contract point mark type
evil-visual-properties)
mark (evil-range-beginning range)
point (evil-range-end range))
(when (< dir 0)
(evil-swap mark point))
(move-marker evil-visual-mark mark)
(move-marker evil-visual-point point)))
(t
(setq range (apply #'evil-expand point mark type
evil-visual-properties)
type (evil-type range type))
(move-marker evil-visual-beginning (evil-range-beginning range))
(move-marker evil-visual-end (evil-range-end range))
(move-marker evil-visual-mark mark)
(move-marker evil-visual-point point)))
(setq evil-visual-direction dir
evil-this-type type)))
(defun evil-visual-highlight (&optional arg)
"Highlight Visual selection, depending on the Visual type.
With negative ARG, disable highlighting."
(cond
((and (numberp arg) (< arg 1))
(when evil-visual-overlay
(delete-overlay evil-visual-overlay)
(setq evil-visual-overlay nil))
(when evil-visual-block-overlays
(mapc #'delete-overlay evil-visual-block-overlays)
(setq evil-visual-block-overlays nil)))
((eq evil-visual-selection 'block)
(when evil-visual-overlay
(evil-visual-highlight -1))
(evil-visual-highlight-block
evil-visual-beginning
evil-visual-end))
(t
(when evil-visual-block-overlays
(evil-visual-highlight -1))
(if evil-visual-overlay
(move-overlay evil-visual-overlay
evil-visual-beginning evil-visual-end)
(setq evil-visual-overlay
(make-overlay evil-visual-beginning evil-visual-end)))
(overlay-put evil-visual-overlay 'face 'region)
(overlay-put evil-visual-overlay 'priority 99))))
(defun evil-visual-highlight-block (beg end &optional overlays)
"Highlight rectangular region from BEG to END.
Do this by putting an overlay on each line within the rectangle.
Each overlay extends across all the columns of the rectangle.
Reuse overlays where possible to prevent flicker."
(let* ((point (point))
(mark (or (mark t) point))
(overlays (or overlays 'evil-visual-block-overlays))
(old (symbol-value overlays))
(eol-col (and (memq this-command '(next-line previous-line))
(numberp temporary-goal-column)
(1+ (min (round temporary-goal-column)
(1- most-positive-fixnum)))))
beg-col end-col new nlines overlay window-beg window-end)
(save-excursion
;; calculate the rectangular region represented by BEG and END,
;; but put BEG in the upper-left corner and END in the
;; lower-right if not already there
(setq beg-col (evil-column beg)
end-col (evil-column end))
(when (>= beg-col end-col)
(if (= beg-col end-col)
(setq end-col (1+ end-col))
(evil-sort beg-col end-col))
(setq beg (save-excursion
(goto-char beg)
(evil-move-to-column beg-col))
end (save-excursion
(goto-char end)
(evil-move-to-column end-col 1))))
;; update end column with eol-col (extension to eol).
(when (and eol-col (> eol-col end-col))
(setq end-col eol-col))
;; force a redisplay so we can do reliable window
;; BEG/END calculations
(sit-for 0)
(setq window-beg (max (window-start) beg)
window-end (min (window-end) (1+ end))
nlines (count-lines window-beg
(min window-end (point-max))))
;; iterate over those lines of the rectangle which are
;; visible in the currently selected window
(goto-char window-beg)
(dotimes (i nlines)
(let (before after row-beg row-end)
;; beginning of row
(evil-move-to-column beg-col)
(when (< (current-column) beg-col)
;; prepend overlay with virtual spaces if unable to
;; move directly to the first column
(setq before
(propertize
(make-string
(- beg-col (current-column)) ?\ )
'face
(or (get-text-property (1- (point)) 'face)
'default))))
(setq row-beg (point))
;; end of row
(evil-move-to-column end-col)
(when (and (not (eolp))
(< (current-column) end-col))
;; append overlay with virtual spaces if unable to
;; move directly to the last column
(setq after
(propertize
(make-string
(if (= (point) row-beg)
(- end-col beg-col)
(- end-col (current-column)))
?\ ) 'face 'region))
;; place cursor on one of the virtual spaces
(if (= point row-beg)
(put-text-property
0 (min (length after) 1)
'cursor t after)
(put-text-property
(max 0 (1- (length after))) (length after)
'cursor t after)))
(setq row-end (min (point) (line-end-position)))
;; trim old leading overlays
(while (and old
(setq overlay (car old))
(< (overlay-start overlay) row-beg)
(/= (overlay-end overlay) row-end))
(delete-overlay overlay)
(setq old (cdr old)))
;; reuse an overlay if possible, otherwise create one
(cond
((and old (setq overlay (car old))
(or (= (overlay-start overlay) row-beg)
(= (overlay-end overlay) row-end)))
(move-overlay overlay row-beg row-end)
(overlay-put overlay 'before-string before)
(overlay-put overlay 'after-string after)
(setq new (cons overlay new)
old (cdr old)))
(t
(setq overlay (make-overlay row-beg row-end))
(overlay-put overlay 'before-string before)
(overlay-put overlay 'after-string after)
(setq new (cons overlay new)))))
(forward-line 1))
;; display overlays
(dolist (overlay new)
(overlay-put overlay 'face 'region)
(overlay-put overlay 'priority 99))
;; trim old overlays
(dolist (overlay old)
(delete-overlay overlay))
(set overlays (nreverse new)))))
(defun evil-visual-range ()
"Return the Visual selection as a range.
This is a list (BEG END TYPE PROPERTIES...), where BEG is the
beginning of the selection, END is the end of the selection,
TYPE is the selection's type, and PROPERTIES is a property list
of miscellaneous selection attributes."
(apply #'evil-range
evil-visual-beginning evil-visual-end
(evil-visual-type)
:expanded t
evil-visual-properties))
(defun evil-visual-direction ()
"Return direction of Visual selection.
The direction is -1 if point precedes mark and 1 otherwise.
See also the variable `evil-visual-direction', which holds
the direction of the last selection."
(let* ((point (point))
(mark (or (mark t) point)))
(if (< point mark) -1 1)))
(defun evil-visual-type (&optional selection)
"Return the type of the Visual selection.
If SELECTION is specified, return the type of that instead."
(if (and (null selection) (evil-visual-state-p))
(or evil-this-type (evil-visual-type evil-visual-selection))
(setq selection (or selection evil-visual-selection))
(symbol-value (cdr-safe (assq selection evil-visual-alist)))))
(defun evil-visual-goto-end ()
"Go to the last line of the Visual selection.
This position may differ from `evil-visual-end' depending on
the selection type, and is contained in the selection."
(let ((range (evil-contract-range (evil-visual-range))))
(goto-char (evil-range-end range))))
(defun evil-visual-alist ()
"Return an association list from types to selection symbols."
(mapcar #'(lambda (e)
(cons (symbol-value (cdr-safe e)) (cdr-safe e)))
evil-visual-alist))
(defun evil-visual-selection-function (selection)
"Return a selection function for TYPE.
Default to `evil-visual-make-region'."
(or (cdr-safe (assq selection evil-visual-alist))
;; generic selection function
'evil-visual-make-region))
(defun evil-visual-selection-for-type (type)
"Return a Visual selection for TYPE."
(catch 'done
(dolist (selection evil-visual-alist)
(when (eq (symbol-value (cdr selection)) type)
(throw 'done (car selection))))))
(defun evil-visual-block-corner (&optional corner point mark)
"Block corner corresponding to POINT, with MARK in opposite corner.
Depending on POINT and MARK, the return value is `upper-left',
`upper-right', `lower-left' or `lower-right':
upper-left +---+ upper-right
| |
lower-left +---+ lower-right
One-column or one-row blocks are ambiguous. In such cases,
the horizontal or vertical component of CORNER is used.
CORNER defaults to `upper-left'."
(let* ((point (or point (point)))
(mark (or mark (mark t)))
(corner (symbol-name
(or corner
(and (overlayp evil-visual-overlay)
(overlay-get evil-visual-overlay
:corner))
'upper-left)))
(point-col (evil-column point))
(mark-col (evil-column mark))
horizontal vertical)
(cond
((= point-col mark-col)
(setq horizontal
(or (and (string-match "left\\|right" corner)
(match-string 0 corner))
"left")))
((< point-col mark-col)
(setq horizontal "left"))
((> point-col mark-col)
(setq horizontal "right")))
(cond
((= (line-number-at-pos point)
(line-number-at-pos mark))
(setq vertical
(or (and (string-match "upper\\|lower" corner)
(match-string 0 corner))
"upper")))
((< point mark)
(setq vertical "upper"))
((> point mark)
(setq vertical "lower")))
(intern (format "%s-%s" vertical horizontal))))
;;; Operator-Pending state
(evil-define-state operator
"Operator-Pending state."
:tag " <O> "
:cursor evil-half-cursor
:enable (evil-operator-shortcut-map operator motion normal))
(evil-define-keymap evil-operator-shortcut-map
"Keymap for Operator-Pending shortcuts like \"dd\" and \"gqq\"."
:local t
(setq evil-operator-shortcut-map (make-sparse-keymap))
(evil-initialize-local-keymaps))
;; the half-height "Operator-Pending cursor" cannot be specified
;; as a static `cursor-type' value, since its height depends on
;; the current font size
(defun evil-half-cursor ()
"Change cursor to a half-height box.
\(This is really just a thick horizontal bar.)"
(let (height)
;; make `window-line-height' reliable
(redisplay)
(setq height (window-line-height))
(setq height (+ (nth 0 height) (nth 3 height)))
;; cut cursor height in half
(setq height (/ height 2))
(setq cursor-type (cons 'hbar height))
;; ensure the cursor is redisplayed
(force-window-update (selected-window))
(redisplay)))
;;; Replace state
(evil-define-state replace
"Replace state."
:tag " <R> "
:cursor hbar
:message "-- REPLACE --"
:input-method t
(cond
((evil-replace-state-p)
(overwrite-mode 1)
(add-hook 'pre-command-hook #'evil-replace-pre-command nil t)
(unless evil-want-fine-undo
(evil-start-undo-step t)))
(t
(overwrite-mode -1)
(remove-hook 'pre-command-hook #'evil-replace-pre-command t)
(unless evil-want-fine-undo
(evil-end-undo-step t))
(when evil-move-cursor-back
(evil-move-cursor-back))))
(setq evil-replace-alist nil))
(defun evil-replace-pre-command ()
"Remember the character under point."
(when (evil-replace-state-p)
(unless (assq (point) evil-replace-alist)
(add-to-list 'evil-replace-alist
(cons (point)
(unless (eolp)
(char-after)))))))
(put 'evil-replace-pre-command 'permanent-local-hook t)
(defun evil-replace-backspace ()
"Restore character under cursor."
(interactive)
(let (char)
(backward-char)
(when (assq (point) evil-replace-alist)
(setq char (cdr (assq (point) evil-replace-alist)))
(save-excursion
(delete-char 1)
(when char
(insert char))))))
;;; Motion state
(evil-define-state motion
"Motion state."
:tag " <M> "
:suppress-keymap t)
;;; Emacs state
(evil-define-state emacs
"Emacs state."
:tag " <E> "
:message "-- EMACS --"
:input-method t
:intercept-esc nil)
(provide 'evil-states)
;;; evil-states.el ends here

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;;; evil-types.el --- Type system
;; Author: Vegard Øye <vegard_oye at hotmail.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; Version: 1.0.9
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; A type defines a transformation on a pair of buffer positions.
;; Types are used by Visual state (character/line/block selection)
;; and Operator-Pending state (character/line/block motions).
;;
;; The basic transformation is "expansion". For example, the `line'
;; type "expands" a pair of positions to whole lines by moving the
;; first position to the beginning of the line and the last position
;; to the end of the line. That expanded selection is what the rest
;; of Emacs sees and acts on.
;;
;; An optional transformation is "contraction", which is the opposite
;; of expansion. If the transformation is one-to-one, expansion
;; followed by contraction always returns the original range.
;; (The `line' type is not one-to-one, as it may expand multiple
;; positions to the same lines.)
;;
;; Another optional transformation is "normalization", which takes
;; two unexpanded positions and adjusts them before expansion.
;; This is useful for cleaning up "invalid" positions.
;;
;; Types are defined at the end of this file using the macro
;; `evil-define-type'.
(require 'evil-common)
(require 'evil-macros)
;;; Code:
;;; Type definitions
(evil-define-type exclusive
"Return the positions unchanged, with some exceptions.
If the end position is at the beginning of a line, then:
* If the beginning position is at or before the first non-blank
character on the line, return `line' (expanded).
* Otherwise, move the end position to the end of the previous
line and return `inclusive' (expanded)."
:normalize (lambda (beg end)
(cond
((progn
(goto-char end)
(and (/= beg end) (bolp)))
(setq end (max beg (1- end)))
(cond
((progn
(goto-char beg)
(looking-back "^[ \f\t\v]*" (line-beginning-position)))
(evil-expand beg end 'line))
(t
(unless evil-cross-lines
(setq end (max beg (1- end))))
(evil-expand beg end 'inclusive))))
(t
(evil-range beg end))))
:string (lambda (beg end)
(let ((width (- end beg)))
(format "%s character%s" width
(if (= width 1) "" "s")))))
(evil-define-type inclusive
"Include the character under point.
If the end position is at the beginning of a line or the end of a
line and `evil-want-visual-char-semi-exclusive', then:
* If in visual state return `exclusive' (expanded)."
:expand (lambda (beg end)
(if (and evil-want-visual-char-semi-exclusive
(evil-visual-state-p)
(< beg end)
(save-excursion
(goto-char end)
(or (bolp) (eolp))))
(evil-range beg end 'exclusive)
(evil-range beg (1+ end))))
:contract (lambda (beg end)
(evil-range beg (max beg (1- end))))
:normalize (lambda (beg end)
(goto-char end)
(when (eq (char-after) ?\n)
(setq end (max beg (1- end))))
(evil-range beg end))
:string (lambda (beg end)
(let ((width (- end beg)))
(format "%s character%s" width
(if (= width 1) "" "s")))))
(evil-define-type line
"Include whole lines."
:one-to-one nil
:expand (lambda (beg end)
(evil-range
(progn
(goto-char beg)
(min (line-beginning-position)
(progn
;; move to beginning of line as displayed
(evil-move-beginning-of-line)
(line-beginning-position))))
(progn
(goto-char end)
(max (line-beginning-position 2)
(progn
;; move to end of line as displayed
(evil-move-end-of-line)
(line-beginning-position 2))))))
:contract (lambda (beg end)
(evil-range beg (max beg (1- end))))
:string (lambda (beg end)
(let ((height (count-lines beg end)))
(format "%s line%s" height
(if (= height 1) "" "s")))))
(evil-define-type block
"Like `inclusive', but for rectangles:
the last column is included."
:expand (lambda (beg end &rest properties)
(let ((beg-col (evil-column beg))
(end-col (evil-column end))
(corner (plist-get properties :corner)))
;; Since blocks are implemented as a pair of buffer
;; positions, expansion is restricted to what the buffer
;; allows. In the case of a one-column block, there are
;; two ways to expand it (either move the upper corner
;; beyond the lower corner, or the lower beyond the
;; upper), so try out both possibilities when
;; encountering the end of the line.
(cond
((= beg-col end-col)
(goto-char end)
(cond
((eolp)
(goto-char beg)
(if (eolp)
(evil-range beg end)
(evil-range (1+ beg) end)))
((memq corner '(lower-right upper-right right))
(evil-range (1+ beg) end))
(t
(evil-range beg (1+ end)))))
((< beg-col end-col)
(goto-char end)
(if (eolp)
(evil-range beg end)
(evil-range beg (1+ end))))
(t
(goto-char beg)
(if (eolp)
(evil-range beg end)
(evil-range (1+ beg) end))))))
:contract (lambda (beg end)
(let ((beg-col (evil-column beg))
(end-col (evil-column end)))
(if (> beg-col end-col)
(evil-range (1- beg) end)
(evil-range beg (max beg (1- end))))))
:string (lambda (beg end)
(let ((height (count-lines
beg
(progn
(goto-char end)
(if (and (bolp) (not (eobp)))
(1+ end)
end))))
(width (abs (- (evil-column beg)
(evil-column end)))))
(format "%s row%s and %s column%s"
height
(if (= height 1) "" "s")
width
(if (= width 1) "" "s"))))
:rotate (lambda (beg end &rest properties)
"Rotate block according to :corner property.
:corner can be one of `upper-left',``upper-right', `lower-left'
and `lower-right'."
(let ((left (evil-column beg))
(right (evil-column end))
(corner (or (plist-get properties :corner)
'upper-left)))
(evil-sort left right)
(goto-char beg)
(if (memq corner '(upper-right lower-left))
(move-to-column right)
(move-to-column left))
(setq beg (point))
(goto-char end)
(if (memq corner '(upper-right lower-left))
(move-to-column left)
(move-to-column right))
(setq end (point))
(setq properties (plist-put properties
:corner corner))
(apply #'evil-range beg end properties))))
(evil-define-type rectangle
"Like `exclusive', but for rectangles:
the last column is excluded."
:expand (lambda (beg end)
;; select at least one column
(if (= (evil-column beg) (evil-column end))
(evil-expand beg end 'block)
(evil-range beg end 'block))))
;;; Standard interactive codes
(evil-define-interactive-code "*"
"Signal error if the buffer is read-only."
(when buffer-read-only
(signal 'buffer-read-only nil)))
(evil-define-interactive-code "b" (prompt)
"Name of existing buffer."
(list (read-buffer prompt (current-buffer) t)))
(evil-define-interactive-code "c"
"Read character."
(list (read-char)))
(evil-define-interactive-code "p"
"Prefix argument converted to number."
(list (prefix-numeric-value current-prefix-arg)))
(evil-define-interactive-code "P"
"Prefix argument in raw form."
(list current-prefix-arg))
;;; Custom interactive codes
(evil-define-interactive-code "<c>"
"Count."
(list (when current-prefix-arg
(prefix-numeric-value
current-prefix-arg))))
(evil-define-interactive-code "<vc>"
"Count, but only in visual state.
This should be used by an operator taking a count. In normal
state the count should not be handled by the operator but by the
motion that defines the operator's range. In visual state the
range is specified by the visual region and the count is not used
at all. Thus in the case the operator may use the count
directly."
(list (when (and (evil-visual-state-p) current-prefix-arg)
(prefix-numeric-value
current-prefix-arg))))
(evil-define-interactive-code "<C>"
"Character read through `evil-read-key'."
(list
(if (evil-operator-state-p)
(evil-without-restriction (evil-read-key))
(evil-read-key))))
(evil-define-interactive-code "<r>"
"Untyped motion range (BEG END)."
(evil-operator-range))
(evil-define-interactive-code "<R>"
"Typed motion range (BEG END TYPE)."
(evil-operator-range t))
(evil-define-interactive-code "<v>"
"Typed motion range of visual range(BEG END TYPE).
If visual state is inactive then those values are nil."
(if (evil-visual-state-p)
(let ((range (evil-visual-range)))
(list (car range)
(cadr range)
(evil-type range)))
(list nil nil nil)))
(evil-define-interactive-code "<x>"
"Current register."
(list evil-this-register))
(evil-define-interactive-code "<y>"
"Current yank-handler."
(list (evil-yank-handler)))
(evil-define-interactive-code "<a>"
"Ex argument."
:ex-arg t
(list (when (evil-ex-p) evil-ex-argument)))
(evil-define-interactive-code "<f>"
"Ex file argument."
:ex-arg file
(list (when (evil-ex-p) (evil-ex-file-arg))))
(evil-define-interactive-code "<b>"
"Ex buffer argument."
:ex-arg buffer
(list (when (evil-ex-p) evil-ex-argument)))
(evil-define-interactive-code "<sh>"
"Ex shell command argument."
:ex-arg shell
(list (when (evil-ex-p) evil-ex-argument)))
(evil-define-interactive-code "<fsh>"
"Ex file or shell command argument."
:ex-arg file-or-shell
(list (when (evil-ex-p) evil-ex-argument)))
(evil-define-interactive-code "<sym>"
"Ex symbolic argument."
:ex-arg sym
(list (when (and (evil-ex-p) evil-ex-argument)
(intern evil-ex-argument))))
(evil-define-interactive-code "<addr>"
"Ex line number."
(list
(and (evil-ex-p)
(let ((expr (evil-ex-parse evil-ex-argument)))
(if (eq (car expr) 'evil-goto-line)
(save-excursion
(goto-char evil-ex-point)
(eval (cadr expr)))
(error "Invalid address"))))))
(evil-define-interactive-code "<!>"
"Ex bang argument."
:ex-bang t
(list (when (evil-ex-p) evil-ex-bang)))
(evil-define-interactive-code "</>"
"Ex delimited argument."
(when (evil-ex-p)
(evil-delimited-arguments evil-ex-argument)))
(evil-define-interactive-code "<g/>"
"Ex global argument."
(when (evil-ex-p)
(evil-ex-parse-global evil-ex-argument)))
(evil-define-interactive-code "<s/>"
"Ex substitution argument."
:ex-arg substitution
(when (evil-ex-p)
(evil-ex-get-substitute-info evil-ex-argument t)))
(provide 'evil-types)
;;; evil-types.el ends here

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;;; evil.el --- extensible vi layer
;; Authors:
;; Alessandro Piras <laynor@gmail.com>
;; Antono Vasiljev <antono.vasiljev at gmail.com>
;; Barry O'Reilly <gundaetiapo at gmail.com>
;; Christoph Lange <langec at web.de>
;; Frank Fischer <frank-fischer at shadow-soft.de>
;; Frank Terbeck <ft at bewatermyfriend.org>
;; Gordon Gustafson <gordon3.14@gmail.com>
;; Jonathan Claggett <jclaggett at lonocloud.com>
;; José A. Romero L. <escherdragon@gmail.com>
;; Lars Andersen <expez at expez.com>
;; Lintaro Ina <tarao.gnn at gmail.com>
;; Lukasz Wrzosek <wrzoski@gmail.com>
;; Marian Schubert <maio@netsafe.cz>
;; Michael Markert <markert.michael at googlemail.com>
;; Nikolai Weibull <now at bitwi.se>
;; phaebz <phaebz at gmail.com>
;; Sanel Zukan <sanelz at gmail.com>
;; Sarah Brofeldt <sarah at thinkmonster.(none)>
;; Simon Hafner <hafnersimon at gmail.com>
;; Stefan Wehr <mail at stefanwehr.de>
;; Sune Simonsen <sune.simonsen at jayway.com>
;; Thomas Hisch <thomas at opentech.at>
;; Trevor Murphy <trevor.m.murphy at gmail.com>
;; Ulrich Müller <ulm at gentoo.org>
;; Vegard Øye <vegard_oye at hotmail.com>
;; Winfred Lu <winfred.lu@gmail.com>
;; Wolfgang Jenkner <wjenkner at inode.at>
;; Xiao Hanyu <xiaohanyu1988 at gmail.com>
;; York Zhao <yzhao at telecor.com>
;; Maintainer: Vegard Øye <vegard_oye at hotmail.com>
;; To get in touch, please use the bug tracker or the
;; mailing list (see below).
;; Created: 2011-03-01
;; Version: 1.0.9
;; Keywords: emulation, vim
;; URL: http://gitorious.org/evil
;; Repository: git://gitorious.org/evil/evil.git
;; EmacsWiki: http://www.emacswiki.org/emacs/Evil
;; Bug tracker: https://bitbucket.org/lyro/evil/issues
;; If you have bug reports, suggestions or patches, please
;; create an issue at the bug tracker (open for everyone).
;; Other discussions (tips, extensions) go to the mailing list.
;; Mailing list: <implementations-list at lists.ourproject.org>
;; Subscribe: http://tinyurl.com/implementations-list
;; Newsgroup: nntp://news.gmane.org/gmane.emacs.vim-emulation
;; Archives: http://dir.gmane.org/gmane.emacs.vim-emulation
;; You don't have to subscribe to post; we usually reply
;; within a few days and CC our replies back to you.
;;
;; This file is NOT part of GNU Emacs.
;;; License:
;; This file is part of Evil.
;;
;; Evil is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Evil is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Evil. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; Evil is an extensible vi layer for Emacs. It emulates the main
;; features of Vim, and provides facilities for writing custom
;; extensions.
;;
;; Evil lives in a Git repository. To obtain Evil, do
;;
;; git clone git://gitorious.org/evil/evil.git
;;
;; Move Evil to ~/.emacs.d/evil (or somewhere else in the `load-path').
;; Then add the following lines to ~/.emacs:
;;
;; (add-to-list 'load-path "~/.emacs.d/evil")
;; (require 'evil)
;; (evil-mode 1)
;;
;; Evil requires undo-tree.el for linear undo and undo branches:
;;
;; http://www.emacswiki.org/emacs/UndoTree
;;
;; Otherwise, Evil uses regular Emacs undo.
;;
;; Evil requires `goto-last-change' and `goto-last-change-reverse'
;; function for the corresponding motions g; g, as well as the
;; last-change-register `.'. One package providing these functions is
;; goto-chg.el:
;;
;; http://www.emacswiki.org/emacs/GotoChg
;;
;; Without this package the corresponding motions will raise an error.
;;; Code:
(require 'evil-vars)
(require 'evil-common)
(require 'evil-core)
(require 'evil-states)
(require 'evil-repeat)
(require 'evil-macros)
(require 'evil-search)
(require 'evil-ex)
(require 'evil-digraphs)
(require 'evil-types)
(require 'evil-commands)
(require 'evil-maps)
(require 'evil-integration)
(run-hooks 'evil-after-load-hook)
(provide 'evil)
;;; evil.el ends here

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This folder contains external libraries that are freely distributable
under the GNU GPL license. They may not be up to date.
Emacs does not add subdirectories to the `load-path' by default.
Therefore this directory is not covered by the installation
instructions.

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;;; goto-chg.el --- goto last change
;;--------------------------------------------------------------------
;;
;; Copyright (C) 2002-2008, David Andersson
;;
;; This program is free software; you can redistribute it and/or
;; modify it under the terms of the GNU General Public License as
;; published by the Free Software Foundation; either version 2 of
;; the License, or (at your option) any later version.
;;
;; This program is distributed in the hope that it will be
;; useful, but WITHOUT ANY WARRANTY; without even the implied
;; warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
;; PURPOSE. See the GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public
;; License along with this program; if not, write to the Free
;; Software Foundation, Inc., 59 Temple Place, Suite 330, Boston,
;; MA 02111-1307 USA
;;
;;-------------------------------------------------------------------
;;
;; Author: David Andersson <l.david.andersson(at)sverige.nu>
;; Created: 16 May 2002
;; Version: 1.4
;;
;;; Commentary:
;;
;; Goto Last Change
;;
;; Goto the point of the most recent edit in the buffer.
;; When repeated, goto the second most recent edit, etc.
;; Negative argument, C-u -, for reverse direction.
;; Works by looking into buffer-undo-list to find points of edit.
;;
;; You would probably like to bind this command to a key.
;; For example in your ~/.emacs:
;;
;; (require 'goto-chg)
;;
;; (global-set-key [(control ?.)] 'goto-last-change)
;; (global-set-key [(control ?,)] 'goto-last-change-reverse)
;;
;; Works with emacs-19.29, 19.31, 20.3, 20.7, 21.1, 21.4 and 22.1.
;; Works with XEmacs-20.4 and 21.4 (but see todo about `last-command' below)
;;
;;--------------------------------------------------------------------
;; History
;;
;; Ver 1.4 2008-09-20 David Andersson
;; Improved property change description; Update comments.
;; Ver 1.3 2007-03-14 David Andersson
;; Added `goto-last-change-reverse'
;; Ver 1.2 2003-04-06 David Andersson
;; Don't let repeating error depthen glc-probe-depth.
;; Ver 1.1 2003-04-06 David Andersson
;; Zero arg describe changes. Negative arg go back.
;; Autoload. Remove message using nil in stead of an empty string.
;; Ver 1.0 2002-05-18 David Andersson
;; Initial version
;;
;;--------------------------------------------------------------------
;;
;;todo: Rename "goto-chg.el" -> "gotochange.el" or "goto-chgs" ?
;;todo: Rename function goto-last-change -> goto-last-edit ?
;;todo: Rename adjective "-last-" -> "-latest-" or "-most-recent-" ?
;;todo: There are some, maybe useful, funcs for region undo
;; in simple.el in emacs 20. Take a look.
;;todo: Add functionality to visit changed point in text order, not only in
;; chronological order. (Naa, highlight-changes-mode does that).
;;todo: Inverse indication that a change has been saved or not
;;todo: Highlight the range of text involved in the last change?
;;todo: Function that goes in reverse direction. Either a function
;; 'goto-next-change' only callable after 'goto-last-change'
;; or enter a minor mode similar to isearch.
;;todo: See session-jump-to-last-change in session.el?
;;todo: Unhide invisible text (e.g. outline mode) like isearch do.
;;todo: XEmacs sets last-command to `t' after an error, so you cannot reverse
;; after "No furter change info". Should we bother?
;;todo: Try distinguish "No further change info" (end of truncated undo list)
;; and "No further changes" (end of a complete undo list).
;;
;;--------------------------------------------------------------------
;;; Code:
(defvar glc-default-span 8 "*goto-last-change don't visit the same point twice. glc-default-span tells how far around a visited point not to visit again.")
(defvar glc-current-span 8 "Internal for goto-last-change.\nA copy of glc-default-span or the ARG passed to goto-last-change.")
(defvar glc-probe-depth 0 "Internal for goto-last-change.\nIt is non-zero between successive goto-last-change.")
;;todo: Find begin and end of line, then use it somewhere
(defun glc-center-ellipsis (str maxlen &optional ellipsis)
"Truncate STRING in the middle to length MAXLEN.
If STRING is max MAXLEN just return the string.
Optional third argument is the replacement, which defaults to \"...\"."
(if (<= (length str) maxlen)
str
;; else
(let* ((lipsis (or ellipsis "..."))
(i (/ (- maxlen (length lipsis)) 2)))
(concat (substring str 0 i)
lipsis
(substring str (- i))))))
(defun glc-adjust-pos2 (pos p1 p2 adj)
;; Helper function to glc-adjust-pos
(cond ((<= pos (- p1 glc-current-span))
pos)
((> pos (+ p2 glc-current-span))
(+ pos adj))
((zerop glc-current-span)
p1)
(t
nil)))
(defun glc-adjust-pos (pos e)
"Given POS, a buffer position before the edit E, compute and return
the \"same\" buffer position after E happened.
Exception: return nil if POS is closer than `glc-current-span' to the edit E.
\nInsertion edits before POS returns a larger value.
Deletion edits before POS returns a smaller value.
\nThe edit E is an entry from the `buffer-undo-list'. See for details."
(cond ((atom e) ; nil==cmd boundary, or, num==changed pos
pos)
((numberp (car e)) ; (beg . end)==insertion
(glc-adjust-pos2 pos (car e) (car e) (- (cdr e) (car e))))
;; (cond ((< pos (- (car e) glc-current-span)) pos)
;; ((> pos (+ (car e) glc-current-span)) (+ pos (- (cdr e) (car e))))
;; (t nil)))
((stringp (car e)) ; (string . pos)==deletion
(glc-adjust-pos2 pos (abs (cdr e)) (+ (abs (cdr e)) (length (car e))) (- (length (car e)))))
;; (cond ((< pos (- (abs (cdr e)) glc-current-span)) pos)
;; ((> pos (+ (abs (cdr e)) (length (car e)) glc-current-span)) (- pos (length (car e))))
;; (t nil)))
((null (car e)) ; (nil prop val beg . end)==prop change
(glc-adjust-pos2 pos (nth 3 e) (nthcdr 4 e) 0))
;; (cond ((< pos (- (nth 3 e) glc-current-span)) pos)
;; ((> pos (+ (nthcdr 4 e) glc-current-span)) pos)
;; (t nil)))
(t ; (marker . dist)==marker moved
pos)))
;; If recursive in stead of iterative (while), it tends to fill the call stack.
;; (Isn't it tail optimized?)
(defun glc-adjust-list (r)
"R is list of edit entries in chronological order.
Pick the point of the first edit entry and update that point with
the second, third, etc, edit entries. Return the final updated point,
or nil if the point was closer than `glc-current-span' to some edit in R.
\nR is basically a reversed slice from the buffer-undo-list."
(if r
;; Get pos
(let ((pos (glc-get-pos (car r))))
(setq r (cdr r))
;; Walk back in reverse list
(while (and r pos)
(setq pos (glc-adjust-pos pos (car r))
r (cdr r)))
pos)
;; else
nil))
(defun glc-get-pos (e)
"If E represents an edit, return a position value in E, the position
where the edit took place. Return nil if E represents no real change.
\nE is a entry in the buffer-undo-list."
(cond ((numberp e) e) ; num==changed position
((atom e) nil) ; nil==command boundary
((numberp (car e)) (cdr e)) ; (beg . end)==insertion
((stringp (car e)) (abs (cdr e))) ; (string . pos)==deletion
((null (car e)) (nthcdr 4 e)) ; (nil ...)==text property change
((atom (car e)) nil) ; (t ...)==file modification time
(t nil))) ; (marker ...)==marker moved
(defun glc-get-descript (e &optional n)
"If E represents an edit, return a short string describing E.
Return nil if E represents no real change.
\nE is a entry in the buffer-undo-list."
(let ((nn (or (format "T-%d: " n) "")))
(cond ((numberp e) "New position") ; num==changed position
((atom e) nil) ; nil==command boundary
((numberp (car e)) ; (beg . end)==insertion
(if (and n (< n 2))
(format "%sInserted %d chars \"%s\"" nn (- (cdr e) (car e))
(glc-center-ellipsis (buffer-substring (car e) (cdr e)) 60))
;; else
;; An older insert. The inserted text cannot easily be computed.
;; Just show the char count.
(format "%sInserted %d chars" nn (- (cdr e) (car e)))))
((stringp (car e)) ; (string . pos)==deletion
(format "%sDeleted \"%s\"" nn (glc-center-ellipsis (car e) 60)))
((null (car e)) ; (nil ...)==text property change
(format "%sProperty change" nn))
((atom (car e)) nil) ; (t ...)==file modification time
(t nil)))) ; (marker ...)==marker moved
(defun glc-is-positionable (e)
"Return non-nil if E is an insertion, deletion or text property change.
\nE is a entry in the buffer-undo-list."
(and (not (numberp e)) (glc-get-pos e)))
(defun glc-is-filetime (e)
"Return t if E indicates a buffer became \"modified\",
that is, it was previously saved or unchanged. Nil otherwise."
(and (listp e) (eq (car e) t)))
;;;###autoload
(defun goto-last-change (arg)
"Go to the point where the last edit was made in the current buffer.
Repeat the command to go to the second last edit, etc.
A preceding \\[universal-argument] - (minus) will reverse direction for the next command in
the sequence, to go back to a more recent edit.
\nIt does not go to the same point twice even if there has been many edits
there. I call the minimal distance between distinguishable edits \"span\".
Set variable `glc-default-span' to control how close is \"the same point\".
Default span is 8.
The span can be changed temporarily with \\[universal-argument] right before \\[goto-last-change]:
\\[universal-argument] <NUMBER> set current span to that number,
\\[universal-argument] (no number) multiplies span by 4, starting with default.
The so set span remains until it is changed again with \\[universal-argument], or the consecutive
repetition of this command is ended by any other command.
\nWhen span is zero (i.e. \\[universal-argument] 0) subsequent \\[goto-last-change] visits each and
every point of edit and a message shows what change was made there.
In this case it may go to the same point twice.
\nThis command uses undo information. If undo is disabled, so is this command.
At times, when undo information becomes too large, the oldest information is
discarded. See variable `undo-limit'."
(interactive "P")
(cond ((not (eq this-command last-command))
;; Start a glc sequence
;; Don't go to current point if last command was an obvious edit
;; (yank or self-insert, but not kill-region). Makes it easier to
;; jump back and forth when copying seleced lines.
(setq glc-probe-depth (if (memq last-command '(yank self-insert-command)) 1 0)
glc-direction 1
glc-current-span glc-default-span)
(if (< (prefix-numeric-value arg) 0)
(error "Negative arg: Cannot reverse as the first operation"))))
(cond ((null buffer-undo-list)
(error "Buffer has not been changed"))
((eq buffer-undo-list t)
(error "No change info (undo is disabled)")))
(cond ((numberp arg) ; Numeric arg sets span
(setq glc-current-span (abs arg)))
((consp arg) ; C-u's multiply previous span by 4
(setq glc-current-span (* (abs (car arg)) glc-default-span))
(message "Current span is %d chars" glc-current-span))) ;todo: keep message with "waiting" and "is saved"
(cond ((< (prefix-numeric-value arg) 0)
(setq glc-direction -1))
(t
(setq glc-direction 1)))
(let (rev ; Reversed (and filtered) undo list
pos ; The pos we look for, nil until found
(n 0) ; Steps in undo list (length of 'rev')
(l buffer-undo-list)
(passed-save-entry (not (buffer-modified-p)))
(new-probe-depth glc-probe-depth))
;; Walk back and forth in the buffer-undo-list, each time one step deeper,
;; until we can walk back the whole list with a 'pos' that is not coming
;; too close to another edit.
(while (null pos)
(setq new-probe-depth (+ new-probe-depth glc-direction))
(if (< glc-direction 0)
(setq rev ()
n 0
l buffer-undo-list
passed-save-entry (not (buffer-modified-p))))
(if (< new-probe-depth 1)
(error "No later change info"))
(if (> n 150)
(message "working..."))
;; Walk forward in buffer-undo-list, glc-probe-depth steps.
;; Build reverse list along the way
(while (< n new-probe-depth)
(cond ((null l)
;(setq this-command t) ; Disrupt repeat sequence
(error "No further change info"))
((glc-is-positionable (car l))
(setq n (1+ n)
rev (cons (car l) rev)))
((or passed-save-entry (glc-is-filetime (car l)))
(setq passed-save-entry t)))
(setq l (cdr l)))
;; Walk back in reverse list, from older to newer edits.
;; Adjusting pos along the way.
(setq pos (glc-adjust-list rev)))
;; Found a place not previously visited, in 'pos'.
;; (An error have been issued if nothing (more) found.)
(if (> n 150)
(message nil)) ; remove message "working..."
(if (and (= glc-current-span 0) (glc-get-descript (car rev) n))
(message "%s" (glc-get-descript (car rev) n))
;; else
(if passed-save-entry
(message "(This change is saved)")))
(setq glc-probe-depth new-probe-depth)
(goto-char pos)))
;; ;;;###autoload
(defun goto-last-change-reverse (arg)
(interactive "P")
;; Negate arg, all kinds
(cond ((eq arg nil) (setq arg '-))
((eq arg '-) (setq arg nil))
((listp arg) (setq arg (list (- (car arg)))))
(t (setq arg (- arg))))
;; Make 'goto-last-change-reverse' look like 'goto-last-change'
(cond ((eq last-command this-command)
(setq last-command 'goto-last-change)))
(setq this-command 'goto-last-change)
;; Call 'goto-last-change' to do the job
(goto-last-change arg))
(provide 'goto-chg)
;;; goto-chg.el ends here

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emacs.d/org-mode Submodule

@ -0,0 +1 @@
Subproject commit 099b6f0fb5b4db43bc9025a71c136f773c8289cb

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rc
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@ -11,6 +11,7 @@ alias h='history'
alias df='df -h'
alias du='du -h'
alias v='vim'
alias e='emacs'
binary_exists ledger && alias l='ledger'