Repository: chrisdone/god-mode
Branch: master
Commit: e6eef24dbf73
Files: 20
Total size: 91.8 KB
Directory structure:
gitextract_41c9285x/
├── .github/
│ ├── CONTRIBUTING.md
│ ├── README.md
│ └── workflows/
│ └── test.yml
├── .gitignore
├── Cask
├── LICENSE
├── features/
│ ├── c-commands.feature
│ ├── digit-arguments.feature
│ ├── execute-with-current-bindings.feature
│ ├── insertion-mode.feature
│ ├── last-command-event.feature
│ ├── predicates-disable.feature
│ ├── prefix-arguments.feature
│ ├── prefix-help.feature
│ ├── regions.feature
│ ├── repeat.feature
│ ├── step-definitions/
│ │ └── god-mode-steps.el
│ └── support/
│ └── env.el
├── god-mode-isearch.el
└── god-mode.el
================================================
FILE CONTENTS
================================================
================================================
FILE: .github/CONTRIBUTING.md
================================================
# Contributing
Please write a failing test before submitting pull requests. All new features should be accompanied by new tests.
Tests are written in [Ecukes](https://github.com/ecukes/ecukes), an integration testing framework for Emacs.
## Setup
To fetch the test dependencies, install [cask](https://github.com/cask/cask):
```bash
curl -fsSkL https://raw.github.com/cask/cask/master/go | python
```
then:
```bash
cd /path/to/god-mode
cask
```
Run the tests with:
```bash
cask exec ecukes
```
================================================
FILE: .github/README.md
================================================
# God Mode — no more RSI
[![melpa-badge][melpa-badge]][melpa-link]
[![melpa-stable-badge][melpa-stable-badge]][melpa-stable-link]
[![gh-actions-badge][gh-actions-badge]][gh-actions-link]
_NOTE_: This package requires Emacs 26.3 to work well.
This is a global minor mode for entering Emacs commands without
modifier keys. It's similar to Vim's separation of command mode and
insert mode.
All existing key bindings will work in God mode. It's only there to reduce your
usage of modifier keys.
## Example
In the example below, you can see how much effort is reduced:
```
Before: C-p C-k C-n M-^ ) C-j C-y M-r C-x z z M-2 M-f C-x C-s
After: p k n g ^ ) j y g r . . 2 g f x s
```
(Regarding <kbd>.</kbd>, see the [useful key bindings section][useful-key-bindings].)
You'll find this mode surprisingly natural, as you would already know how to use
your existing Emacs commands. Whenever you feel like it, you can explicitly use
modifier keys too.
See the [key mapping section][key-mapping] for a complete walk-through of key
translations.
## Setup
You can load and activate God mode as follows:
```emacs-lisp
(require 'god-mode)
(god-mode)
```
This will activate God mode in all future buffers. However, activation of God
mode itself is buffer-local.
God mode can be toggled through `god-local-mode` using the escape key
(<kbd>ESC</kbd>) as follows:
```emacs-lisp
(global-set-key (kbd "<escape>") #'god-local-mode)
```
If you want to toggle God mode on _all active and future buffers_, use
`god-mode-all` as follows:
```emacs-lisp
(global-set-key (kbd "<escape>") #'god-mode-all)
```
If God mode is activated through `god-mode` or `god-mode-all`, you might want to
ensure that no buffers are skipped, as follows:
```emacs-lisp
(setq god-exempt-major-modes nil)
(setq god-exempt-predicates nil)
```
This means that `magit-mode` or `dired-mode`, for example, will also enter God
mode when you activate it in all buffers. This means you can always reliably use
God mode commands in any buffer.
When God mode is enabled, entering function keys will be translated to use
appropriate key modifiers. For example, entering <kbd><f5></kbd> is
translated to <kbd>C-<f5></kbd>. To disable this translation, you can set the
`god-mode-enable-function-key-translation` variable to `nil` before loading God
mode, as follows:
``` emacs-lisp
(setq god-mode-enable-function-key-translation nil)
(require 'god-mode)
```
Also, you can add this to your `.xmodmap` to rebind the caps lock key to the
escape key:
```
remove Lock = Caps_Lock
keysym Caps_Lock = Escape
```
And run `xmodmap .xmodmap` for the changes to take effect immediately.
Or use `dconf`:
``` sh
dconf write /org/gnome/desktop/input-sources/xkb-options "['caps:escape']"
```
See [this link][switch-caps-lock-and-esc] for more details.
## Key mapping
This package defines the following key mappings:
* All commands are assumed to use the control modifier (<kbd>C-</kbd>) unless
otherwise indicated. Here are some examples:
* <kbd>x</kbd> → <kbd>C-x</kbd>
* <kbd>f</kbd> → <kbd>C-f</kbd>
* <kbd>x</kbd> <kbd>s</kbd> → <kbd>C-x</kbd> <kbd>C-s</kbd>
* <kbd>x</kbd> <kbd>SPC</kbd> <kbd>s</kbd> → <kbd>C-x</kbd> <kbd>s</kbd>
Note the use of the space key (<kbd>SPC</kbd>)
to produce <kbd>C-x</kbd> <kbd>s</kbd>.
* The literal key (<kbd>SPC</kbd>) is sticky. This means you don't have to enter
<kbd>SPC</kbd> repeatedly for key bindings such as <kbd>C-x</kbd> <kbd>r</kbd> <kbd>t</kbd>.
Entering the literal key again toggles its state.
The literal key can be changed through `god-literal-key`. Here are some examples:
* <kbd>x</kbd> <kbd>SPC</kbd> <kbd>r</kbd> <kbd>t</kbd> → <kbd>C-x</kbd> <kbd>r</kbd> <kbd>t</kbd>
* <kbd>x</kbd> <kbd>SPC</kbd> <kbd>r</kbd> <kbd>SPC</kbd> <kbd>g</kbd> <kbd>w</kbd> → <kbd>C-x</kbd> <kbd>r</kbd> <kbd>M-w</kbd>
* <kbd>g</kbd> is used to indicate the meta modifier (<kbd>M-</kbd>). This means
that there is no way to enter <kbd>C-g</kbd> in God mode, and you must
therefore type in <kbd>C-g</kbd> directly. This key can be changed through
`god-mode-alist`. Here are some examples:
* <kbd>g</kbd> <kbd>x</kbd> → <kbd>M-x</kbd>
* <kbd>g</kbd> <kbd>f</kbd> → <kbd>M-f</kbd>
* <kbd>G</kbd> is used to indicate both the control and meta modifiers
(<kbd>C-M-</kbd>). This key can also be changed through `god-mode-alist`. Here
are some examples:
* <kbd>G</kbd> <kbd>x</kbd> → <kbd>C-M-x</kbd>
* <kbd>G</kbd> <kbd>f</kbd> → <kbd>C-M-f</kbd>
* Digit arguments can also be used:
* <kbd>1</kbd> <kbd>2</kbd> <kbd>f</kbd> → <kbd>M-12</kbd> <kbd>C-f</kbd>
* If you use some of the [useful key bindings][useful-key-bindings],
<kbd>z</kbd> or <kbd>.</kbd> can repeat the previous command:
* <kbd>g</kbd> <kbd>f</kbd> <kbd>.</kbd> <kbd>.</kbd> → <kbd>M-f</kbd>
<kbd>M-f</kbd> <kbd>M-f</kbd>
* Universal arguments can also be specified using <kbd>u</kbd>:
* <kbd>u</kbd> <kbd>c</kbd> <kbd>o</kbd> → <kbd>C-u</kbd> <kbd>C-c</kbd>
<kbd>C-o</kbd>
## Lookup a key sequence
You can use `god-mode-describe-key` to check what command would be triggered by particular keys. This function works similarly to `describe-key`: it prompts for a key combination, translates it into a command, and display its information in the Help buffer.
By default, `god-mode-describe-key` is bound to `C-h k` in `god-local-mode-map`.
Note that `god-mode-describe-key` is only able to interpret key-bindings that are specific to `god-mode`. For other key-bindings, mouse-clicks, and menu items, it's better to use `describe-key`.
## Visual indicators for God mode
God mode allows you to customize its minor mode lighter by customizing the `god-mode-lighter-string` variable and the `god-mode-lighter` face.
For example, if you don't want any lighter, you can set the string to nil.
On the other hand, if you want the lighter to stand out, you can change the face, e.g. by making it inherit from `error`.
You can do this using `M-x customize-face RET god-mode-lighter` or as follows:
```emacs-lisp
(custom-set-faces
'(god-mode-lighter ((t (:inherit error)))))
```
Additionally, you can change the cursor style to visually indicate whether God mode is active
as follows:
```emacs-lisp
(defun my-god-mode-update-cursor-type ()
(setq cursor-type (if (or god-local-mode buffer-read-only) 'box 'bar)))
(add-hook 'post-command-hook #'my-god-mode-update-cursor-type)
```
You can also change the foreground and background of the mode line to indicate
whether God mode is active as follows:
```emacs-lisp
(defun my-god-mode-update-mode-line ()
(cond
(god-local-mode
(set-face-attribute 'mode-line nil
:foreground "#604000"
:background "#fff29a")
(set-face-attribute 'mode-line-inactive nil
:foreground "#3f3000"
:background "#fff3da"))
(t
(set-face-attribute 'mode-line nil
:foreground "#0a0a0a"
:background "#d7d7d7")
(set-face-attribute 'mode-line-inactive nil
:foreground "#404148"
:background "#efefef"))))
(add-hook 'post-command-hook #'my-god-mode-update-mode-line)
```
Note that using `post-command-hook` here should not be an issue for performance.
If you are concerned about performance for any reason, you can use
`god-mode-enabled-hook` and `god-mode-disabled-hook`.
With Emacs 27.1+, you can also use [window hooks][window-hooks].
## `overwrite-mode`
You can pause or resume God mode depending on whether `overwrite-mode` is
activated as follows:
```emacs-lisp
(defun my-god-mode-toggle-on-overwrite ()
"Toggle god-mode on overwrite-mode."
(if (bound-and-true-p overwrite-mode)
(god-local-mode-pause)
(god-local-mode-resume)))
(add-hook 'overwrite-mode-hook #'my-god-mode-toggle-on-overwrite)
```
## `isearch` integration
There is an optional feature for providing God mode behaviour in `isearch`. It
allows you to hit <kbd>ESC</kbd>, for example, while in `isearch` to enable God
mode. Here's a more complete example:
<kbd>s</kbd> <kbd>h</kbd> <kbd>e</kbd> <kbd>y</kbd> <kbd>ESC</kbd>
<kbd>s</kbd> <kbd>s</kbd> <kbd>s</kbd> <kbd>RET</kbd> → <kbd>C-s</kbd>
<kbd>h</kbd> <kbd>e</kbd> <kbd>y</kbd> <kbd>C-s</kbd> <kbd>C-s</kbd>
<kbd>C-s</kbd> <kbd>RET</kbd>
You can load and activate this feature as follows:
```emacs-lisp
(require 'god-mode-isearch)
(define-key isearch-mode-map (kbd "<escape>") #'god-mode-isearch-activate)
(define-key god-mode-isearch-map (kbd "<escape>") #'god-mode-isearch-disable)
```
You can also configure `god-mode-isearch-map` for additional keybindings.
## Rebinding `self-insert-command`
You can rebind `self-insert-command` as you prefer. For example, here's a
mapping that calls `org-self-insert-command` in `org-mode`:
```emacs-lisp
(defun my-god-mode-self-insert ()
(interactive)
(if (and (bolp)
(eq major-mode 'org-mode))
(call-interactively 'org-self-insert-command)
(call-interactively 'god-mode-self-insert)))
(define-key god-local-mode-map [remap self-insert-command] #'my-god-mode-self-insert)
```
## Useful key bindings
For vim refugees, consider using `i` and `<escape>` to toggle god-mode off and
on:
```emacs-lisp
(define-key god-local-mode-map (kbd "i") #'god-local-mode)
(global-set-key (kbd "<escape>") #'(lambda () (interactive) (god-local-mode 1)))
```
The following key binding is also popular:
```emacs-lisp
(define-key god-local-mode-map (kbd "z") #'repeat)
```
Although I personally prefer:
```emacs-lisp
(define-key god-local-mode-map (kbd ".") #'repeat)
```
These are also handy:
```emacs-lisp
(global-set-key (kbd "C-x C-1") #'delete-other-windows)
(global-set-key (kbd "C-x C-2") #'split-window-below)
(global-set-key (kbd "C-x C-3") #'split-window-right)
(global-set-key (kbd "C-x C-0") #'delete-window)
(define-key god-local-mode-map (kbd "[") #'backward-paragraph)
(define-key god-local-mode-map (kbd "]") #'forward-paragraph)
```
So that you can run <kbd>x</kbd> <kbd>1</kbd>, <kbd>x</kbd>
<kbd>2</kbd>, <kbd>x</kbd> <kbd>3</kbd>, and <kbd>x</kbd> <kbd>0</kbd> in God mode.
## Exempt major modes
_NOTE_: This is less necessary in recent versions of God mode, as
it overrides all printable single byte keys and bindings in
most major modes.
Sometimes, God mode is enabled in buffers where it makes no sense. In
such cases, you can add the major mode to `god-exempt-major-modes`:
```emacs-lisp
(add-to-list 'god-exempt-major-modes 'dired-mode)
```
Since `dired-mode` is already in the list, that's a no-op, but you get
the idea. Consider opening an issue or pull request if you find a
major mode that should be on the official list.
Another option to control the behavior of God mode in new buffers is to provide
a function with no arguments that must return non-nil if God mode should be
disabled in the current buffer. See the `god-exempt-predicates` variable and its
default members `god-exempt-mode-p`, `god-comint-mode-p`, `god-view-mode-p` and
`god-special-mode-p` for further details.
## Usage with Evil
[Evil][evil] is a popular Emacs package that provides modal editing in the style
of Vi. While Evil doesn't always work well with God mode, there are a few simple
customizations that enable them to be used together smoothly.
* For running occasional and single commands in God mode, the built-in
`god-execute-with-current-bindings` command works well with Evil without
additional customization. This is quite similar to Evil's
`evil-execute-in-emacs-state` command. All Evil bindings remain available when
using `god-execute-with-current-bindings`. For example, executing
`god-execute-with-current-bindings` and entering <kbd>v</kbd> will execute
`evil-visual-block`, which is bound to <kbd>C-v</kbd> in Evil's Normal state.
* For sustained usage of God mode, it's a bit trickier as keybindings in Evil
states generally override God mode. For example, if God mode is activated in
Normal state, entering <kbd>v</kbd> executes `evil-visual-char`, which is
bound to <kbd>v</kbd> in Normal state, instead of executing
`evil-visual-block`. A good option to use Evil's state-specific keybindings
through God mode is to create an intercept keymap using
`evil-make-intercept-map` and `god-local-mode-map`. For example, you can
enable use of God mode in Normal state as follows:
```emacs-lisp
(with-eval-after-load 'god-mode
(evil-make-intercept-map god-local-mode-map 'normal)
(add-hook 'god-local-mode-hook #'evil-normalize-keymaps))
```
* Another option to use God mode with Evil is to use the
[`evil-god-state`][evil-god-state] package, which provides a dedicated Evil
state for using God mode. For running occasional, single commands through God
mode, use the `evil-execute-in-god-state` command. This works similar to
`god-execute-with-current-bindings`. For sustained use of God mode, use the
`evil-god-state` command. `evil-god-state` is also useful for accessing
default Emacs keybindings through God mode. However, a disadvantage of
`evil-god-state` is that Evil's state-specific keybindings will not be
available in God mode.
* [`evil-god-toggle`][evil-god-toggle] is an expanded version of
`evil-god-state` with features like persistence of visual selections
to corresponding active regions, global `god-mode` scope, and a
`god-off` which is like `emacs-state` but more easy to toggle in and
out of. The ability to use a persistent `god-state` is also better
documented.
[useful-key-bindings]: #useful-key-bindings
[key-mapping]: #key-mapping
[switch-caps-lock-and-esc]: https://askubuntu.com/questions/363346/how-to-permanently-switch-caps-lock-and-esc
[melpa-link]: https://melpa.org/#/god-mode
[melpa-stable-link]: https://stable.melpa.org/#/god-mode
[melpa-badge]: https://melpa.org/packages/god-mode-badge.svg
[melpa-stable-badge]: https://stable.melpa.org/packages/god-mode-badge.svg
[gh-actions-link]: https://github.com/emacsorphanage/god-mode/actions?query=workflow%3ACI+branch%3Amaster
[gh-actions-badge]: https://github.com/emacsorphanage/god-mode/actions/workflows/test.yml/badge.svg?branch=master
[evil]: https://github.com/emacs-evil/evil
[evil-god-state]: https://github.com/gridaphobe/evil-god-state
[evil-god-toggle]: https://github.com/jam1015/evil-god-toggle
[window-hooks]: https://www.gnu.org/software/emacs/manual/html_node/elisp/Window-Hooks.html
================================================
FILE: .github/workflows/test.yml
================================================
name: CI
on: [push, pull_request]
jobs:
build:
runs-on: ubuntu-latest
strategy:
matrix:
emacs_version:
- 26.3
- 27.2
- 28.1
- 28.2
- 29.1
- 29.2
- 29.3
- 29.4
- 30.1
- snapshot
include:
- emacs_version: snapshot
allow_failure: true
steps:
- uses: purcell/setup-emacs@master
with:
version: ${{ matrix.emacs_version }}
- uses: actions/checkout@v1
- uses: conao3/setup-cask@master
if: steps.cache-cask-executable.outputs.cache-hit != 'true'
with:
version: snapshot
- name: Install dependencies
run: 'cask install'
- name: Run tests
if: matrix.allow_failure != true
run: 'cask exec ecukes'
- name: Run tests (allow failure)
if: matrix.allow_failure == true
run: 'cask exec ecukes || true'
================================================
FILE: .gitignore
================================================
.cask
.ecukes-failing-scenarios
*.elc
================================================
FILE: Cask
================================================
(source gnu)
(source melpa)
(package "god-mode" "2.19.0" "God-like command entering minor mode.")
(development
(depends-on "ecukes")
(depends-on "ansi"))
================================================
FILE: LICENSE
================================================
GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc. <http://fsf.org/>
Everyone is permitted to copy and distribute verbatim copies
of this license document, but changing it is not allowed.
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================================================
FILE: features/c-commands.feature
================================================
Feature: C- commands
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert:
"""
laziness
impatience
hubris
"""
Then I have god-mode on
Scenario: map k into kill-line
Given I go to line "1"
When I send the key sequence "kk"
Then the buffer's contents should be:
"""
impatience
hubris
"""
Scenario: map / into undo
Given I go to line "1"
And I send the key sequence "kk"
When I send the key sequence "//"
Then the buffer's contents should be:
"""
laziness
impatience
hubris
"""
Scenario: execute named keyboard macro
Given I go to line "1"
And I bind a named keyboard macro which kills line to C-c C-r
When I send the key sequence "cr"
Then the buffer's contents should be:
"""
impatience
hubris
"""
Scenario: execute C-[god-literal-key]
Given I bind "C-SPC" to "set-mark-command"
And I go to beginning of buffer
And I send the key sequence "SPC"
And I go to end of buffer
When I send the key sequence "u SPC"
Then the cursor should be at point "1"
Scenario: execute long sequence of literals
Given I bind "C-c b e g" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c SPC b e g"
Then the cursor should be at point "1"
Scenario: toggle god-literal-key
Given I bind "C-c k M-l" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c SPC k SPC g l"
Then the cursor should be at point "1"
Scenario: toggle god-literal-key (sticky)
Given I bind "C-c k l" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c SPC k l"
Then the cursor should be at point "1"
Scenario: execute commands with C-arrow
Given I bind "C-x C-<left>" to "backward-word"
And I go to line "1"
And I go to end of line
When I send the key sequence "x <left>"
Then the cursor should be at point "1"
Scenario: execute commands with uppercase letters (control)
Given I bind "C-S-A" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "A"
Then the cursor should be at point "1"
Scenario: execute commands with uppercase letters (control+meta)
Given I bind "C-M-S-A" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "GA"
Then the cursor should be at point "1"
Scenario: execute commands with uppercase letters (meta)
Given I bind "M-A" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g A"
Then the cursor should be at point "1"
Scenario: execute commands with uppercase letters (combination)
Given I bind "C-x C-S-A" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "xA"
Then the cursor should be at point "1"
Scenario: execute commands with uppercase letters (literal)
Given I bind "C-c L" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c SPC L"
Then the cursor should be at point "1"
Scenario: execute commands with delete (control)
Given I bind "C-c C-<delete>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <delete>"
Then the cursor should be at point "1"
Scenario: execute commands with shifted arrows (control)
Given I bind "C-x C-S-<left>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "x S-<left>"
Then the cursor should be at point "1"
Scenario: execute commands with shifted arrows (meta)
Given I bind "M-S-<left>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g S-<left>"
Then the cursor should be at point "1"
Scenario: execute commands with shifted arrows (shift)
Given I bind "C-c C-S-<left>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c S-<left>"
Then the cursor should be at point "1"
Scenario: execute commands with numbered function keys (literal)
Given I bind "C-c <f12>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c SPC <f12>"
Then the cursor should be at point "1"
Scenario: execute commands with numbered function keys (control)
Given I bind "C-c C-<f12>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <f12>"
Then the cursor should be at point "1"
Scenario: execute commands with numbered function keys (meta)
Given I bind "C-c M-<f12>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c g <f12>"
Then the cursor should be at point "1"
Scenario: execute commands with numbered function keys (control+shift)
Given I bind "C-c C-S-<f12>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c S-<f12>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and space (control+shift)
Given I bind "C-c C-S-SPC" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c S-SPC"
Then the cursor should be at point "1"
Scenario: execute commands with shift and return (control+shift)
Given I bind "C-c C-S-<return>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <S-return>"
Then the cursor should be at point "1"
Scenario: execute commands with fallback lookup
Given I bind "C-c a" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c a"
Then the cursor should be at point "1"
Scenario: execute commands with shift and tab (control+shift)
Given I bind "C-c C-S-<iso-lefttab>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <S-iso-lefttab>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and backspace (control+shift)
Given I bind "C-c C-S-<backspace>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <S-backspace>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and delete (control+shift)
Given I bind "C-c C-S-<delete>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "c <S-delete>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and space (meta+shift)
Given I bind "M-S-SPC" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g S-SPC"
Then the cursor should be at point "1"
Scenario: execute commands with shift and return (meta+shift)
Given I bind "M-S-<return>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g S-<return>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and tab (meta+shift)
Given I bind "M-S-<iso-lefttab>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g <S-iso-lefttab>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and backspace (meta+shift)
Given I bind "M-S-<backspace>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g S-<backspace>"
Then the cursor should be at point "1"
Scenario: execute commands with shift and backspace (meta+shift)
Given I bind "M-S-<delete>" to "beginning-of-buffer"
And I go to end of buffer
When I send the key sequence "g S-<delete>"
Then the cursor should be at point "1"
================================================
FILE: features/digit-arguments.feature
================================================
Feature: Digit arguments
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert "abcdefghijklmnopqrstuvwxyz"
And I have god-mode on
And I go to line "1"
Scenario: M-5 C-d does delete 5 times
When I send the key sequence "M-5 C-d"
Then the buffer's contents should be "fghijklmnopqrstuvwxyz"
Scenario: 5d does delete 5 times
When I send the key sequence "5d"
Then the buffer's contents should be "fghijklmnopqrstuvwxyz"
================================================
FILE: features/execute-with-current-bindings.feature
================================================
Feature: Execute with current bindings
Background:
Given I am in buffer "god-mode-test"
And I bind "C-e" to "god-execute-with-current-bindings"
And the buffer is empty
And I insert "abcdefghijkl"
And I go to beginning of buffer
Scenario: no effect when already in God mode
Given I have god-mode on
When I send the key sequence "C-e q Z"
Then the buffer's contents should be "Zabcdefghijkl"
And god-mode is enabled
Scenario: runs one command in God mode
Given I am in insertion mode
When I send the key sequence "C-e q Z"
Then the buffer's contents should be "Zabcdefghijkl"
And god-mode is disabled
Scenario: handles prefix arguments
Given I am in insertion mode
When I send the key sequence "C-u 1 C-e 0 f"
Then the cursor should be at point "11"
================================================
FILE: features/insertion-mode.feature
================================================
Feature: Insertion mode
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I am in insertion mode
Scenario: C-u u inserts u 4 times
When I send the key sequence "C-u u"
Then the buffer's contents should be "uuuu"
Scenario: C-u C-u u inserts u 16 times
When I send the key sequence "C-u C-u u"
Then the buffer's contents should be "uuuuuuuuuuuuuuuu"
================================================
FILE: features/last-command-event.feature
================================================
Feature: Prefix arguments
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert "abcdefghijklmnopqrstuvwxyz"
And I have god-mode on
And I go to line "1"
Scenario: M-4 C-d does delete 4 times
When I send the key sequence "M-4 C-d"
Then the buffer's contents should be "efghijklmnopqrstuvwxyz"
Scenario: g4d does delete 4 times
When I send the key sequence "g4d"
Then the buffer's contents should be "efghijklmnopqrstuvwxyz"
================================================
FILE: features/predicates-disable.feature
================================================
Feature: Predicate based disable
Background:
Given god-mode is enabled for all buffers
And I am in buffer "god-mode-test"
And I describe function "god-mode"
And I grep current directory
And I start ielm
Scenario: God mode is automatically enabled for fundamental-mode
When I switch to buffer "god-mode-test"
Then god-mode is enabled
Scenario: God mode is disabled for help-mode (a special derived mode)
When I switch to buffer "*Help*"
Then god-mode is disabled
Scenario: God mode is disabled for grep-mode (an explicitly disabled mode)
When I switch to buffer "*grep*"
Then god-mode is disabled
Scenario: God mode is disabled in buffers with view-mode
When I open a view-mode buffer
Then god-mode is disabled
Scenario: God mode is disabled in comint derived buffers
When I switch to buffer "*ielm*"
Then god-mode is disabled
Scenario: God mode is disabled in mode-class special buffers
When I open a test-special-mode buffer
Then god-mode is disabled
================================================
FILE: features/prefix-arguments.feature
================================================
Feature: Prefix arguments
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert "abcdefghijklmnopqrstuvwxyz"
And I have god-mode on
And I go to line "1"
Scenario: C-u C-d does delete 4 times
When I send the key sequence "C-u C-d"
Then the buffer's contents should be "efghijklmnopqrstuvwxyz"
Scenario: ud does delete 4 times
When I send the key sequence "ud"
Then the buffer's contents should be "efghijklmnopqrstuvwxyz"
Scenario: C-u C-u C-d does delete 16 times
When I send the key sequence "C-u C-u C-d"
Then the buffer's contents should be "qrstuvwxyz"
Scenario: uud does delete 16 times
When I send the key sequence "uud"
Then the buffer's contents should be "qrstuvwxyz"
================================================
FILE: features/prefix-help.feature
================================================
Feature: Prefix help
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I have god-mode on
And I bind "C-c C-e" to "end-of-line"
And I bind "M-s C-e" to "end-of-line"
Scenario: shows help on entering C-h (control)
When I send the key sequence "C-c C-h"
Then there is a "*Help*" buffer
Scenario: help buffer shows relevant bindings (control)
Given I send the key sequence "C-c C-h"
When I switch to buffer "*Help*"
Then the buffer's contents should contain "Major Mode Bindings Starting With C-c:"
And the buffer's contents should contain "Global Bindings Starting With C-c:"
Scenario: shows help on entering C-h (meta)
When I send the key sequence "M-s C-h"
Then there is a "*Help*" buffer
Scenario: help buffer shows relevant bindings (meta)
Given I send the key sequence "M-s C-h"
When I switch to buffer "*Help*"
Then the buffer's contents should contain "Major Mode Bindings Starting With M-s:"
And the buffer's contents should contain "Global Bindings Starting With M-s:"
================================================
FILE: features/regions.feature
================================================
Feature: Regions
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert "Here we go"
And I have god-mode on
And I go to beginning of buffer
And I set the mark
Scenario: mark is preserved (control)
When I send the key sequence "f"
Then the region should be "H"
Scenario: mark is preserved (meta)
When I send the key sequence "gf"
Then the region should be "Here"
Scenario: mark is preserved (control+meta)
When I send the key sequence "gfGf"
Then the region should be "Here we"
================================================
FILE: features/repeat.feature
================================================
Feature: Repeat
Background:
Given I am in buffer "god-mode-test"
And the buffer is empty
And I insert "abcdefghijklmnopqrstuvwxyz one two three"
And I have god-mode on
And I go to line "1"
Scenario: M-5 C-d C-x z does delete 5 times then 5 more times
When I send the key sequence "M-5 C-d C-x z"
Then the buffer's contents should be "klmnopqrstuvwxyz one two three"
Scenario: 5dx z does delete 5 times then 5 more times
When I send the key sequence "5dx SPC z"
Then the buffer's contents should be "klmnopqrstuvwxyz one two three"
Scenario: M-f C-x z M-d deletes the second word
When I send the key sequence "M-f C-x z M-d"
Then the buffer's contents should be "abcdefghijklmnopqrstuvwxyz one three"
Scenario: gfx zgd deletes the second word
When I send the key sequence "gfx SPC zgd"
Then the buffer's contents should be "abcdefghijklmnopqrstuvwxyz one three"
================================================
FILE: features/step-definitions/god-mode-steps.el
================================================
;; This file contains your project specific step definitions. All
;; files in this directory whose names end with "-steps.el" will be
;; loaded automatically by Ecukes.
(require 'seq)
(Given "^I bind a named keyboard macro which kills line to C-c C-r$"
(lambda ()
(fset 'god-mode-test-keyboard-macro
"\C-a\C-k\C-k")
(global-set-key (kbd "C-c C-r") 'god-mode-test-keyboard-macro)))
(Given "^I bind \"\\([^\"]+\\)\" to \"\\([^\"]+\\)\""
(lambda (key cmd)
(local-set-key (kbd key) (intern cmd))))
(Given "^god-mode is enabled for all buffers$"
(lambda ()
(when (not god-global-mode)
(god-mode))))
(Given "^I describe function \"\\(.+\\)\"$"
(lambda (fn)
(describe-function (intern fn))))
(Given "^I grep current directory"
(lambda ()
(set-process-query-on-exit-flag
(get-buffer-process (grep "grep -Rin god ."))
nil)))
(Given "^I open a view-mode buffer"
(lambda ()
(set-buffer (get-buffer-create "*view-mode-buffer*"))
(view-mode)
(god-local-mode 0)
(god-mode-maybe-activate)))
(Given "^I open a test-special-mode buffer"
(lambda ()
(set-buffer (get-buffer-create "*test-special-mode*"))
(test-special-mode)))
(Given "^I start ielm$"
(lambda ()
(require 'ielm)
(ielm)))
(When "I send the key sequence \"\\(.+\\)\""
(lambda (keys)
(execute-kbd-macro (kbd keys))))
(Then "^god-mode is enabled$"
(lambda ()
(cl-assert (not (null god-local-mode)))))
(Then "^god-mode is disabled$"
(lambda ()
(cl-assert (null god-local-mode))))
(Then "^I have god-mode on$"
"Turn god-mode on."
(lambda ()
(god-local-mode 1)))
(Then "^I am in insertion mode$"
"Turn god-mode off."
(lambda ()
(god-local-mode -1)))
(Then "^there is a \"\\([^\"]+\\)\" buffer$"
(lambda (name)
(cl-assert
(seq-filter (lambda (b) (string-prefix-p name (buffer-name b)))
(buffer-list)))))
(Then "^the buffer's contents should be\\(?: \"\\(.+\\)\"\\|:\\)$"
"Asserts that the current buffer includes some text.
Examples:
- Then the buffer's contents should be \"CONTENTS\"
- Then the buffer's contents should be:
\"\"\"
CONTENTS
\"\"\""
(lambda (expected)
(let ((actual (buffer-string))
(message "Expected buffer's contents to be '%s', but was '%s'"))
(cl-assert (s-equals? expected actual) nil message expected actual))))
(Then "^the buffer's contents should contain\\(?: \"\\(.+\\)\"\\|:\\)$"
"Asserts that the current buffer contains some text.
Examples:
- Then the buffer's contents should contain \"CONTENTS\"
- Then the buffer's contents should contain:
\"\"\"
CONTENTS
\"\"\""
(lambda (expected)
(let ((actual (buffer-string))
(message "Expected buffer's contents to contain '%s', but was '%s'"))
(cl-assert (s-contains? expected actual) nil message expected actual))))
================================================
FILE: features/support/env.el
================================================
(require 'f)
(require 'cl-lib)
(defvar god-mode-support-path
(f-dirname load-file-name))
(defvar god-mode-features-path
(f-parent god-mode-support-path))
(defvar god-mode-root-path
(f-parent god-mode-features-path))
(add-to-list 'load-path god-mode-root-path)
(define-derived-mode test-special-mode fundamental-mode "Test"
"This mode is marked special via its mode class rather than
through inheritance.")
(put 'test-special-mode 'mode-class 'special)
(require 'god-mode)
(require 'espuds)
(Setup
;; Before anything has run
)
(Before
;; Before each scenario is run
)
(After
;; After each scenario is run
)
(Teardown
;; After when everything has been run
)
================================================
FILE: god-mode-isearch.el
================================================
;;; god-mode-isearch.el --- God mode behaviour for isearch -*- lexical-binding: t; -*-
;; Copyright (C) 2014 Chris Done
;; Copyright (C) 2020 Akhil Wali
;; Author: Chris Done <chrisdone@gmail.com>
;; URL: https://github.com/emacsorphanage/god-mode
;; Version: 2.19.0
;; Package-Requires: ((emacs "26.3"))
;; This file 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, or (at your option)
;; any later version.
;; This file 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/>.
;;; Commentary:
;; Global minor mode for entering Emacs commands without modifier keys.
;;; Code:
;; Recommended use:
;; (define-key isearch-mode-map (kbd "<escape>") 'god-mode-isearch-activate)
;; (define-key god-mode-isearch-map (kbd "<escape>") 'god-mode-isearch-disable)
(defvar god-mode-isearch-map
(let ((map (copy-keymap isearch-mode-map)))
(define-key map (kbd "s") 'isearch-repeat-forward)
(define-key map (kbd "r") 'isearch-repeat-backward)
(define-key map (kbd "w") 'isearch-yank-word-or-char)
map)
"Keymap for modal isearch.")
(defun god-mode-isearch-activate ()
"Activate God mode in the isearch buffer."
(interactive)
(setq overriding-terminal-local-map god-mode-isearch-map))
(defun god-mode-isearch-disable ()
"Deactivate God mode in the isearch buffer."
(interactive)
(setq overriding-terminal-local-map isearch-mode-map))
(provide 'god-mode-isearch)
;;; god-mode-isearch.el ends here
================================================
FILE: god-mode.el
================================================
;;; god-mode.el --- Minor mode for God-like command entering -*- lexical-binding: t; -*-
;; Copyright (C) 2013 Chris Done
;; Copyright (C) 2013 Magnar Sveen
;; Copyright (C) 2013 Rüdiger Sonderfeld
;; Copyright (C) 2013 Dillon Kearns
;; Copyright (C) 2013 Fabián Ezequiel Gallina
;; Copyright (C) 2020 Akhil Wali
;; Author: Chris Done <chrisdone@gmail.com>
;; URL: https://github.com/emacsorphanage/god-mode
;; Version: 2.19.0
;; Package-Requires: ((emacs "26.3"))
;; This file is not part of GNU Emacs.
;; This file 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, or (at your option)
;; any later version.
;; This file 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 GNU Emacs; see the file COPYING. If not, write to
;; the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
;; Boston, MA 02110-1301, USA.
;;; Commentary:
;; Global minor mode for entering Emacs commands without modifier keys.
;;; Code:
(require 'cl-lib)
(add-hook 'after-change-major-mode-hook 'god-mode-maybe-activate)
(defvar god-local-mode-paused nil)
(make-variable-buffer-local 'god-local-mode-paused)
;; DEPRECATED
(defvaralias 'god-mod-alist 'god-mode-alist
"Alias of `god-mode-alist' for backward compatibility.
Use `god-mode-alist' instead.")
(make-obsolete 'god-mod-alist 'god-mode-alist "2.16.1")
(defcustom god-mode-alist
'((nil . "C-")
("g" . "M-")
("G" . "C-M-"))
"List of keys and their associated modifer."
:group 'god
:type '(alist))
(defcustom god-literal-key
"SPC"
"The key used for literal interpretation."
:group 'god
:type 'string)
(defcustom god-exempt-major-modes
'(Custom-mode
Info-mode
ag-mode
calculator-mode
calendar-mode
cider-test-report-mode
compilation-mode
debugger-mode
dired-mode
edebug-mode
ediff-mode
eww-mode
geben-breakpoint-list-mode
git-commit-mode ; For versions prior to Magit 2.1.0
grep-mode
ibuffer-mode
magit-popup-mode
org-agenda-mode
pdf-outline-buffer-mode
recentf-dialog-mode
sldb-mode
sly-db-mode
vc-annotate-mode
wdired-mode)
"List of major modes that should not start with `god-local-mode' enabled."
:group 'god
:type '(repeat symbol))
(defcustom god-exempt-predicates
(list #'god-exempt-mode-p
#'god-comint-mode-p
#'god-git-commit-mode-p
#'god-view-mode-p
#'god-special-mode-p)
"List of predicates checked before enabling `god-local-mode'.
All predicates must return nil for `god-local-mode' to start."
:group 'god
:type '(repeat function))
(defcustom god-mode-enable-function-key-translation t
"Enables translation of function keys to use modifier keys.
For example, if this variable is non-nil, then entering `<f5>'
in God mode will be translated to `C-<f5>'."
:group 'god
:type 'boolean)
(defcustom god-mode-lighter-string
"God"
"String displayed on the mode line when God mode is active.
Set it to nil if you don't want a mode line indicator."
:group 'god
:type '(choice string (const :tag "None" nil)))
(defface god-mode-lighter
'((t))
"Face for God mode's lighter."
:group 'god)
(defun god-mode-make-f-key (n &optional shift)
"Get the event for numbered function key N, with shift status SHIFT.
For example, calling with arguments 5 and t yields the symbol `S-f5'."
(intern (format "%sf%d" (if shift "S-" "") n)))
(defvar god-local-mode-map
(let ((map (make-sparse-keymap)))
(suppress-keymap map t)
(define-key map [remap self-insert-command] 'god-mode-self-insert)
(let ((i ?\s))
(while (< i 256)
(define-key map (vector i) 'god-mode-self-insert)
(setq i (1+ i))))
(when god-mode-enable-function-key-translation
(dotimes (i 35)
(define-key map (vector (god-mode-make-f-key (1+ i))) 'god-mode-self-insert)
(define-key map (vector (god-mode-make-f-key (1+ i) t)) 'god-mode-self-insert)))
(define-key map (kbd "DEL") nil)
(define-key map (kbd "C-h k") #'god-mode-describe-key)
map))
;;;###autoload
(define-minor-mode god-local-mode
"Minor mode for running commands."
:init-value nil
:lighter (god-mode-lighter-string
((" "
(:propertize god-mode-lighter-string face god-mode-lighter))))
:keymap god-local-mode-map
(if god-local-mode
(run-hooks 'god-mode-enabled-hook)
(run-hooks 'god-mode-disabled-hook)))
(defun god-local-mode-pause ()
"Pause `god-local-mode' if it is enabled.
See also `god-local-mode-resume'."
(when god-local-mode
(god-local-mode -1)
(setq god-local-mode-paused t)))
(defun god-local-mode-resume ()
"Re-enable `god-local-mode'.
If it was not active when `god-local-mode-pause' was called, nothing happens."
(when (bound-and-true-p god-local-mode-paused)
(setq god-local-mode-paused nil)
(god-local-mode 1)))
(defvar god-global-mode nil
"Enable `god-local-mode' on all buffers.")
(defvar god-literal-sequence nil
"Toggled when `god-literal-key' is pressed in a command sequence.")
;;;###autoload
(defun god-mode ()
"Toggle global `god-local-mode'."
(interactive)
(setq god-global-mode (not god-global-mode))
(if god-global-mode
(god-local-mode 1)
(god-local-mode -1)))
;;;###autoload
(defun god-mode-all (&optional arg)
"Toggle `god-local-mode' in all buffers.
Toggle the mode if ARG is nil. If ARG is non-nil, enable the mode
if ARG is zero or a positive number, or disable the mode if ARG
is a negative number."
(interactive)
(let ((new-status
(cond
((null arg) (if (bound-and-true-p god-local-mode) -1 1))
((> 0 arg) -1)
(t 1))))
(setq god-global-mode t)
(mapc (lambda (buffer)
(with-current-buffer buffer
(god-mode-activate new-status)))
(buffer-list))
(setq god-global-mode (= new-status 1))))
(defun god-mode-maybe-universal-argument-more ()
"If `god-local-mode' is enabled, call `universal-argument-more'."
(interactive)
(if god-local-mode
(call-interactively #'universal-argument-more)
(let ((binding (god-mode-lookup-command "u")))
(if (commandp binding t)
(call-interactively binding)
(execute-kbd-macro binding)))))
(define-key universal-argument-map (kbd "u")
#'god-mode-maybe-universal-argument-more)
(defun god-mode-self-insert ()
"Handle self-insert keys."
(interactive)
(let* ((initial-key (aref (this-command-keys-vector)
(- (length (this-command-keys-vector)) 1)))
(binding (god-mode-lookup-key-sequence initial-key)))
(when binding
;; For now, set the shift-translation status only for alphabetic keys.
(when (god-mode-upper-p initial-key)
(setq this-command-keys-shift-translated t))
(setq this-original-command binding)
(setq this-command binding)
;; `real-this-command' is used by emacs to populate
;; `last-repeatable-command', which is used by `repeat'.
(setq real-this-command binding)
(setq god-literal-sequence nil)
(if (commandp binding t)
(call-interactively binding)
(execute-kbd-macro binding)))))
(defun god-mode-upper-p (key)
"Check if KEY is an upper case character not present in `god-mode-alist'."
(and (characterp key)
(not (member (char-to-string key) (mapcar #'car god-mode-alist)))
(>= key ?A)
(<= key ?Z)))
(defun god-mode-lookup-key-sequence (&optional key key-string-so-far)
"Lookup the command for the given KEY (or the next keypress, if KEY is nil).
This function sometimes recurses.
KEY-STRING-SO-FAR should be nil for the first call in the sequence."
(interactive)
(let ((sanitized-key
(god-mode-sanitized-key-string
(or key (read-event key-string-so-far)))))
(god-mode-lookup-command
(god-key-string-after-consuming-key sanitized-key key-string-so-far))))
(defvar god-mode-sanitized-key-alist
(append
'((tab . "TAB")
(?\ . "SPC")
(left . "<left>")
(right . "<right>")
(up . "<up>")
(down . "<down>")
(prior . "<prior>")
(next . "<next>")
(backspace . "DEL")
;; FIXME delete key is not picked up `god-mode-self-insert'.
(delete . "<delete>")
(return . "RET")
(S-iso-lefttab . "<S-iso-lefttab>")
;; Use key code for S-SPC
(33554464 . "S-SPC")
(S-left . "S-<left>")
(S-right . "S-<right>")
(S-up . "S-<up>")
(S-down . "S-<down>")
(S-backspace . "<S-backspace>")
(S-delete . "<S-delete>")
(S-return . "<S-return>"))
;; f1..f35 and S-f1..S-f35
(cl-mapcan (lambda (i)
(list (cons (god-mode-make-f-key i) (format "<f%d>" i))
(cons (god-mode-make-f-key i t) (format "S-<f%d>" i))))
(number-sequence 1 35)))
"Association list mapping special events to their textual representations.")
(defun god-mode-sanitized-key-string (key)
"Convert any special events in KEY to textual representation."
(or (cdr (assq key god-mode-sanitized-key-alist))
(char-to-string key)))
(defun god-mode-help-char-dispatch (_help-key key-string-so-far)
"Invokes `prefix-help-command' by entering the key sequence KEY-STRING-SO-FAR
followed by the `help-char' key.
HELP-KEY contains the key that caused `god-mode-help-char-dispatch' to be called
from the command loop."
;; Adding an element (t . key) to `unread-command-events' will add key to
;; the current command's key sequence.
(setq unread-command-events
(cl-loop for key in (append (read-kbd-macro key-string-so-far t)
(list help-char))
collect (cons t key)))
;; Return nil so that `god-mode-lookup-command' doesn't perform any action.
nil)
(defun god-key-string-after-consuming-key (key key-string-so-far)
"Interpret god-mode special keys for KEY.
Consumes more keys if appropriate.
Appends to key sequence KEY-STRING-SO-FAR."
(let ((modifier "")
(next-key (lambda () (god-mode-sanitized-key-string (read-event key-string-so-far)))))
(message key-string-so-far)
(when key-string-so-far ; Don't check for `god-literal-key' with the first key.
(while (string= key god-literal-key)
(setq god-literal-sequence (not god-literal-sequence)
key (funcall next-key))))
(unless god-literal-sequence
(let ((modifier-lookup (and (stringp key) (assoc key god-mode-alist))))
(if modifier-lookup
(setq modifier (cdr modifier-lookup)
key (funcall next-key))
(setq modifier (cdr (assoc nil god-mode-alist))))))
(if (and key-string-so-far (string= key (format "%c" help-char)))
(god-mode-help-char-dispatch key key-string-so-far)
(when (and (= (length key) 1)
(string= (get-char-code-property (aref key 0) 'general-category) "Lu")
;; If C- is part of the modifier, S- needs to be given
;; in order to distinguish the uppercase from the
;; lowercase bindings. If C- is not in the modifier,
;; then emacs natively treats uppercase differently
;; from lowercase, and the S- modifier should not be
;; supplied.
(string-prefix-p "C-" modifier))
(setq modifier (concat modifier "S-")))
(if key-string-so-far
(concat key-string-so-far " " modifier key)
(concat modifier key)))))
(defun god-mode-lookup-command (key-string)
"Look up and return the command for KEY-STRING.
Tries fallback for the last key by removing Control modifier. If no command is found,
returns a keymap to allow further key input, or nil if completely unbound."
(when key-string
(let* ((key-vector (read-kbd-macro key-string t))
(binding (key-binding key-vector)))
(cond
;; Case 1: found an actual command
((commandp binding)
(setq last-command-event (aref key-vector (1- (length key-vector))))
binding)
;; Case 2: it's a keymap (partial key sequence)
((keymapp binding)
(god-mode-lookup-key-sequence nil key-string))
;; Case 3: try fallback by removing C- from the last key
((string-match "\\(.*\\) C-\\(.\\)$" key-string)
(let* ((prefix (match-string 1 key-string))
(last (match-string 2 key-string))
(key-str (format "%s %s" prefix last))
(fallback-key (if (>= emacs-major-version 28)
(string-trim-right key-str)
(replace-regexp-in-string
"[ \t\n\r]+$" "" ;; Remove trailing whitespace
key-str)))
(fallback-vector (read-kbd-macro fallback-key t))
(fallback-binding (key-binding fallback-vector)))
(cond
((commandp fallback-binding)
(message "Using fallback command: %s" fallback-key)
(setq last-command-event (aref fallback-vector (1- (length fallback-vector))))
fallback-binding)
((keymapp fallback-binding)
(message "Using fallback keymap: %s" fallback-key)
(god-mode-lookup-key-sequence nil fallback-key))
;; Not a command nor a map — wait for more input, don't fail
)))))))
;;;###autoload
(defun god-mode-maybe-activate (&optional status)
"Activate `god-local-mode' on individual buffers when appropriate.
STATUS is passed as an argument to `god-mode-activate'."
(when (not (minibufferp))
(god-mode-activate status)))
(defun god-mode-activate (&optional status)
"Activate `god-local-mode' on individual buffers when appropriate.
STATUS is passed as an argument to `god-local-mode'."
(when (and god-global-mode
(god-passes-predicates-p))
(god-local-mode (if status status 1))))
(defun god-exempt-mode-p ()
"Return non-nil if `major-mode' is exempt.
Members of the `god-exempt-major-modes' list are exempt."
(memq major-mode god-exempt-major-modes))
(defun god-mode-child-of-p (mode parent-mode)
"Return non-nil if MODE is derived from PARENT-MODE."
(let ((parent (get mode 'derived-mode-parent)))
(cond ((eq parent parent-mode))
((not (null parent))
(god-mode-child-of-p parent parent-mode))
(t nil))))
(defun god-comint-mode-p ()
"Return non-nil if `major-mode' is derived from `comint-mode'."
(god-mode-child-of-p major-mode 'comint-mode))
(defun god-special-mode-p ()
"Return non-nil if `major-mode' is special or derived from `special-mode'."
(eq (get major-mode 'mode-class) 'special))
(defun god-view-mode-p ()
"Return non-nil if variable `view-mode' is non-nil in current buffer."
view-mode)
(defun god-git-commit-mode-p ()
"Return non-nil if a `git-commit-mode' will be enabled in this buffer."
(and (bound-and-true-p global-git-commit-mode)
;; `git-commit-filename-regexp' defined in the same library as
;; `global-git-commit-mode'. Expression above maybe evaluated
;; to true because of autoload cookie. So we perform
;; additional check.
(boundp 'git-commit-filename-regexp)
buffer-file-name
(string-match-p git-commit-filename-regexp buffer-file-name)))
(defun god-passes-predicates-p ()
"Return non-nil if all `god-exempt-predicates' return nil."
(not
(catch 'disable
(let ((preds god-exempt-predicates))
(while preds
(when (funcall (car preds))
(throw 'disable t))
(setq preds (cdr preds)))))))
;;;###autoload
(defun god-execute-with-current-bindings (&optional called-interactively)
"Execute a single command from God mode, preserving current keybindings.
This command activates God mode temporarily, and deactivates God
mode as soon as the next command is run. Prefix arguments do not
count as commands for this purpose, and do not cause God mode to
exit. Moreover, any prefix argument that exists at the time of
this command's invocation is passed along to the next command.
Unlike normal use of God mode, this command makes available all
keybindings that were active at the time of its invocation,
including keybindings that are normally invisible to God mode,
such as those in `emulation-mode-map-alists' or text overlay
properties. This makes it suitable for use with packages like
Evil that utilize such higher-priority keymaps. (See Info
node `(elisp)Active Keymaps' for technical details on keymap
precedence. For an alternative to this command, check out the
evil-god-state package, available on MELPA.)
This command has no effect when called from within God mode.
For interactive use only. CALLED-INTERACTIVELY is a dummy
parameter to help enforce this restriction."
(interactive "d")
(if called-interactively
(unless god-local-mode
(message "Switched to God mode for the next command ...")
(letrec ((caller this-command)
(buffer (current-buffer))
(cleanup
(lambda ()
;; Perform cleanup in original buffer even if the command
;; switched buffers.
(if (buffer-live-p buffer)
(with-current-buffer buffer
(unwind-protect (god-local-mode 0)
(remove-hook 'post-command-hook post-hook)))
(remove-hook 'post-command-hook post-hook))))
(kill-transient-map
(set-transient-map
god-local-mode-map 'god-prefix-command-p cleanup))
(post-hook
(lambda ()
(unless (and
(eq this-command caller)
;; If we've entered the minibuffer, this implies
;; a non-prefix command was run, even if
;; `this-command' has not changed. For example,
;; `execute-extended-command' behaves this way.
(not (window-minibuffer-p)))
(funcall kill-transient-map)))))
(add-hook 'post-command-hook post-hook)
;; Pass the current prefix argument along to the next command.
(setq prefix-arg current-prefix-arg)
;; Technically we don't need to activate God mode since the
;; transient keymap is already in place, but it's useful to provide
;; a mode line lighter and run any hook functions the user has set
;; up. This could be made configurable in the future.
(god-local-mode 1)))
(error "This function should only be called interactively")))
(defun god-prefix-command-p ()
"Return non-nil if the current command is a \"prefix\" command.
This includes prefix arguments and any other command that should
be ignored by `god-execute-with-current-bindings'."
(memq this-command '(god-mode-self-insert
digit-argument
negative-argument
universal-argument
universal-argument-more)))
(defvar god-latest-described-command nil
"The latest command recorded by `god-mode-describe-key'.")
(defun god-mode--help-fn-describe-function (_arg)
"Insert information about `god-mode' key-bindings for the described function.
The argument _ARG is ignored: it's only needed because all hooks in
`help-fns-describe-function-functions' take the function-name as argument.
But in our case it's redundant"
(insert
(format-message "\n %s\n %s%s\n %s%s%s\n\n"
"(`god-local-mode' is enabled. "
" The given key-sequence: "
(god-mode-get-described-key-seq)
" corresponds to this key-binding: "
(if (> emacs-major-version 27)
(help--key-description-fontified
god-latest-described-command)
god-latest-described-command)
")")))
(defun god-mode-get-described-key-seq ()
"Return the keys that were pressed after `god-mode-describe-key' was called."
(let* ((latest-keys (recent-keys 'include-cmds))
(latest-describe-key-index
(cl-position '(nil . god-mode-self-insert)
latest-keys :from-end t :test #'equal))
(start-index (+ 3 latest-describe-key-index))
(key-sequence (key-description (seq-subseq latest-keys start-index))))
(if (> emacs-major-version 27)
(propertize key-sequence
'font-lock-face 'help-key-binding
'face 'help-key-binding)
key-sequence)))
(defun god-mode-describe-key ()
"Describe a key-sequence as interpreted by `god-mode'.
Prompt for a key sequence, use `god-mode-lookup-key-sequence' to translate it
into the appropriate command, and use `describe-function' to describe it"
(interactive)
(message "Describe the following god-mode key: ")
(advice-add #'god-mode-lookup-command :filter-args
(lambda (key-string)
(setq god-latest-described-command key-string)))
;; use unwind-protect, and remove the advice / hook in the unwind forms
(unwind-protect
(let ((command
;; if the key is not recognized by god-mode,
;; we will pass it to the regular `describe-key'
(condition-case err
(god-mode-lookup-key-sequence)
(wrong-type-argument
;; due to how errors are passed,
;; we do not have enough information
;; to pass menu items
(if (not (equal (cddr err) '((menu-bar))))
(describe-key (vector (caddr err))))))))
(if command
(progn
(add-hook 'help-fns-describe-function-functions
#'god-mode--help-fn-describe-function)
(describe-function command))))
;; unwind forms:
(advice-remove #'god-mode-lookup-command
(lambda (key-string)
(setq god-latest-described-command key-string)))
(remove-hook 'help-fns-describe-function-functions
#'god-mode--help-fn-describe-function)))
(provide 'god-mode)
;;; god-mode.el ends here
gitextract_41c9285x/ ├── .github/ │ ├── CONTRIBUTING.md │ ├── README.md │ └── workflows/ │ └── test.yml ├── .gitignore ├── Cask ├── LICENSE ├── features/ │ ├── c-commands.feature │ ├── digit-arguments.feature │ ├── execute-with-current-bindings.feature │ ├── insertion-mode.feature │ ├── last-command-event.feature │ ├── predicates-disable.feature │ ├── prefix-arguments.feature │ ├── prefix-help.feature │ ├── regions.feature │ ├── repeat.feature │ ├── step-definitions/ │ │ └── god-mode-steps.el │ └── support/ │ └── env.el ├── god-mode-isearch.el └── god-mode.el
Condensed preview — 20 files, each showing path, character count, and a content snippet. Download the .json file or copy for the full structured content (98K chars).
[
{
"path": ".github/CONTRIBUTING.md",
"chars": 503,
"preview": "# Contributing\n\nPlease write a failing test before submitting pull requests. All new features should be accompanied by n"
},
{
"path": ".github/README.md",
"chars": 14411,
"preview": "# God Mode — no more RSI\n\n[![melpa-badge][melpa-badge]][melpa-link]\n[![melpa-stable-badge][melpa-stable-badge]][melpa-st"
},
{
"path": ".github/workflows/test.yml",
"chars": 933,
"preview": "name: CI\n\non: [push, pull_request]\n\njobs:\n build:\n runs-on: ubuntu-latest\n strategy:\n matrix:\n emacs_"
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{
"path": ".gitignore",
"chars": 38,
"preview": ".cask\n.ecukes-failing-scenarios\n*.elc\n"
},
{
"path": "Cask",
"chars": 158,
"preview": "(source gnu)\n(source melpa)\n\n(package \"god-mode\" \"2.19.0\" \"God-like command entering minor mode.\")\n\n(development\n (depen"
},
{
"path": "LICENSE",
"chars": 35147,
"preview": " GNU GENERAL PUBLIC LICENSE\n Version 3, 29 June 2007\n\n Copyright (C) 2007 Free "
},
{
"path": "features/c-commands.feature",
"chars": 7765,
"preview": "Feature: C- commands\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I insert"
},
{
"path": "features/digit-arguments.feature",
"chars": 494,
"preview": "Feature: Digit arguments\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I in"
},
{
"path": "features/execute-with-current-bindings.feature",
"chars": 827,
"preview": "Feature: Execute with current bindings\n Background:\n Given I am in buffer \"god-mode-test\"\n And I bind \"C-e\" to \"g"
},
{
"path": "features/insertion-mode.feature",
"chars": 411,
"preview": "Feature: Insertion mode\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I am "
},
{
"path": "features/last-command-event.feature",
"chars": 499,
"preview": "Feature: Prefix arguments\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I i"
},
{
"path": "features/predicates-disable.feature",
"chars": 1040,
"preview": "Feature: Predicate based disable\n Background:\n Given god-mode is enabled for all buffers\n And I am in buffer \"god"
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{
"path": "features/prefix-arguments.feature",
"chars": 775,
"preview": "Feature: Prefix arguments\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I i"
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"path": "features/prefix-help.feature",
"chars": 1085,
"preview": "Feature: Prefix help\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I have g"
},
{
"path": "features/regions.feature",
"chars": 567,
"preview": "Feature: Regions\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I insert \"He"
},
{
"path": "features/repeat.feature",
"chars": 927,
"preview": "Feature: Repeat\n Background:\n Given I am in buffer \"god-mode-test\"\n And the buffer is empty\n And I insert \"abc"
},
{
"path": "features/step-definitions/god-mode-steps.el",
"chars": 3126,
"preview": ";; This file contains your project specific step definitions. All\n;; files in this directory whose names end with \"-step"
},
{
"path": "features/support/env.el",
"chars": 683,
"preview": "(require 'f)\n(require 'cl-lib)\n\n(defvar god-mode-support-path\n (f-dirname load-file-name))\n\n(defvar god-mode-features-p"
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{
"path": "god-mode-isearch.el",
"chars": 1874,
"preview": ";;; god-mode-isearch.el --- God mode behaviour for isearch -*- lexical-binding: t; -*-\n\n;; Copyright (C) 2014 Chris Don"
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{
"path": "god-mode.el",
"chars": 22730,
"preview": ";;; god-mode.el --- Minor mode for God-like command entering -*- lexical-binding: t; -*-\n\n;; Copyright (C) 2013 Chris D"
}
]
About this extraction
This page contains the full source code of the chrisdone/god-mode GitHub repository, extracted and formatted as plain text for AI agents and large language models (LLMs). The extraction includes 20 files (91.8 KB), approximately 23.3k tokens. Use this with OpenClaw, Claude, ChatGPT, Cursor, Windsurf, or any other AI tool that accepts text input. You can copy the full output to your clipboard or download it as a .txt file.
Extracted by GitExtract — free GitHub repo to text converter for AI. Built by Nikandr Surkov.