`company-wordfreq is a company backend intended for writing texts in a human language. The completions it proposes are words already used in the current (or another open) buffer and matching words from a word list file. This word list file is supposed to be a simple list of words ordered by the frequency the words are used in the language. So the first completions are words already used in the buffer followed by matching words of the language ordered by frequency. `company-wordfreq does not come with the word list files directly, but it can download the files for you for many languages from <https://github.com/hermitdave/FrequencyWords>. I made a fork of that repo just in case the original changes all over sudden without my noticing. The directory where the word list files reside is determined by the variable `company-wordfreq-path', default `~/.emacs.d/wordfreq-dicts'. Their names must follow the pattern `<language>.txt where language is the `ispell-local-dictionary value of the current language. You need =grep= in your =$PATH= as =company-wordfreq= uses it to grep into the word list files. Should be the case by default on any UNIX like systems. On windows you might have to tweak it somehow. `company-wordfreq is supposed to be the one and only company backend and `company-mode should not transform or sort its candidates. This can be achieved by setting the variables `company-backends and `company-transformers buffer locally in `text-mode buffers by (add-hook text-mode-hook (lambda () (setq-local company-backends (company-wordfreq)) (setq-local company-transformers nil))) Usually you don't need to configure the language picked to get the word completions. `company-wordfreq uses the variable `ispell-local-dictionary'. It should work dynamically even if you use `auto-dictionary-mode'. To download a word list use M-x company-wordfreq-download-list You are presented a list of languages to choose. For some languages the word lists are huge, which can lead to noticeable latency when the completions are build. Therefore you are asked if you want to use a word list with only the 50k most frequent words. The file will then be downloaded, processed and put in place.

Org mode export backend for exporting the document syntax tree to JSON. The main entry points are `ox-json-export-as-json and `ox-json-export-to-json'. It can also be used through the built-in export dispatcher through `org-export-dispatch'. Export options: :json-data-type-property (string) - This the name of a property added to all JSON objects in export to differentiate between structured data and ordinary key-value mappings. Its default value is "$$data_type". Setting to nil prevents the property being added altogether. :json-exporters - plist containing exporter functions for different data types. The keys appear in :json-property-types and can also be used with `ox-json-encode-with-type'. Functions are called with the value to be exported and the export info plist. Default values stored in `ox-json-default-type-exporters'. :json-property-types (plist) - Sets the types of properties of specific elements/objects. Nested set of plists - the top level is keyed by element type (see `org-element-type') and the second level by property name (used with `org-element-property'). Values in 2nd level are keys in the :json-exporters plist and are used to pick the function that will export the property value. Properties with a type of t will be encoded using `ox-json-encode-auto', but this sometimes can produce undesirable results. The "all" key contains the default property types for all element types. This option overrides the defaults set in `ox-json-default-property-types'. :json-strict (bool) - If true an error will be signaled when problems are encountered in exporting a data structure. If nil the data structure will be exported as an object containing an error message. Defaults to nil. :json-include-extra-properties (bool) - Whether to export node properties not listed in the :json-property-types option. If true these properties will be exported using `ox-json-encode-auto'.

This package provides a major mode for editing abc music files. Includes some abc2midi features. Written for Emacs version 21. May or may not work with previous versions. See the Common Customizations section below. Or run `abc-customize'. This package is stored at https://github.com/mkjunker/abc-mode.

nov.el provides a major mode for reading EPUB documents. Features: Basic navigation (jump to TOC, previous/next chapter); Remembering and restoring the last read position; Jump to next chapter when scrolling beyond end; Storing and following Org links to EPUB files; Renders EPUB2 (.ncx) and EPUB3 (<nav>) TOCs; Hyperlinks to internal and external targets; Supports textual and image documents; Info-style history navigation; View source of document files; Metadata display; Image rescaling.

Because Sass's indentation schema is similar to that of YAML and Python, many indentation-related functions are similar to those in yaml-mode and python-mode. To install, save this on your load path and add the following to your .emacs file: (require sass-mode) sass-mode requires haml-mode, which can be found at http://github.com/nex3/haml-mode.

This package contains extra functions for easy-kill/easy-mark: * easy-mark-word * easy-mark-sexp * easy-mark-to-char * easy-mark-up-to-char These are shorthand commands for easy-marking an aimed string at point. * easy-kill-er-expand * easy-kill-er-unexpand These work like `er/expand-region and `er/contract-region', respectively, using the functionality of the `expand-region package. It also provides the following easy-kill/easy-mark targets: * `buffer This selects the whole buffer. * `buffer-before-point * `buffer-after-point These work like vi's gg/G commands, respectively. * `backward-line-edge * `forward-line-edge The former is like vi's ^/0 commands, and the latter is just like that in the opposite direction. * `string-to-char-forward * `string-to-char-backward * `string-up-to-char-forward * `string-up-to-char-backward These work like vi's f/F/t/T commands, respectively. Experimental ace-jump integration into easy-kill is enabled by default. `ace-jump-*-mode can be invoked for selection when in easy-kill/easy-mark mode. You can disable this feature via a customize variable `easy-kill-ace-jump-enable-p'. Experimental multiple-cursors-mode support for easy-kill is enabled by default. `easy-kill and `easy-mark will mostly work in `multiple-cursors-mode'. Suggested settings are as follows: ;; Upgrade `mark-word and `mark-sexp with easy-mark ;; equivalents. (global-set-key (kbd "M-@") easy-mark-word) (global-set-key (kbd "C-M-@") easy-mark-sexp) ;; `easy-mark-to-char or `easy-mark-up-to-char could be a good ;; replacement for `zap-to-char'. (global-set-key [remap zap-to-char] easy-mark-to-char) ;; Integrate `expand-region functionality with easy-kill (define-key easy-kill-base-map (kbd "o") easy-kill-er-expand) (define-key easy-kill-base-map (kbd "i") easy-kill-er-unexpand) ;; Add the following tuples to `easy-kill-alist', preferrably by ;; using `customize-variable'. (add-to-list easy-kill-alist (?^ backward-line-edge "")) (add-to-list easy-kill-alist (?$ forward-line-edge "")) (add-to-list easy-kill-alist (?b buffer "")) (add-to-list easy-kill-alist (?< buffer-before-point "")) (add-to-list easy-kill-alist (?> buffer-after-point "")) (add-to-list easy-kill-alist (?f string-to-char-forward "")) (add-to-list easy-kill-alist (?F string-up-to-char-forward "")) (add-to-list easy-kill-alist (?t string-to-char-backward "")) (add-to-list easy-kill-alist (?T string-up-to-char-backward ""))

Overview -------- `lice.el` provides following features: - License template management. - File header insertion. Usage ----- Usage is very easy, put `lice.el` in your Emacs system, and open a new file, and run: M-x lice Then, `lice.el` tell to use which license (default is gpl-3.0). You can select license on minibuffer completion. When you select license, and enter the `RET`, license and copyright is putted into a text. More Information ---------------- See the `README.md` file for more information.

This is a naive implementation of RFC4122 Universally Unique IDentifier generation in elisp. Currently implemented are UUID v1 v3, v4 and v5 generation. The resolution of the time based UUID is microseconds, which is 10 times of the suggested 100-nanosecond resolution, but should be enough for general usage. Get development version from git: git clone git://github.com/kanru/uuidgen-el.git

esqlite.el is a implementation to handle sqlite database. (version 3 or later) Following functions are provided: * Read sqlite row as list of string. * Async read sqlite row as list of string. * sqlite process with being stationed * Construct sqlite SQL. * Escape SQL value to construct SQL * Some of basic utilities. * NULL handling (denote as :null keyword) Following environments are tested: * Windows7 cygwin64 with fakecygpty (sqlite 3.8.2) * Windows7 native binary (Not enough works) * Debian Linux (sqlite 3.7.13) ## Install: Please install sqlite command. (http://www.sqlite.org/) Please install this package from MELPA. (http://melpa.org/) ## Usage: See the online document: https://github.com/mhayashi1120/Emacs-esqlite

Do trivial arithmetic on the numbers at point. Attempts to preserve padding when it can. Examples: M-x number/add 1 RET 1 -> 2 05 -> 06 6.30 -> 7.30 07.30 -> 08.30 -08.30 -> -07.30 M-x number/pad 2 RET 5 -> 05 M-x number/pad 2 RET 6 RET 3.141 -> 03.141000 The "guessing" where the number is isn't yet quite awesome, e.g. it doesn't know that the 05 in "2014-05-01" is a month and not, e.g. the number -05. But you can use the region to explicitly denote the start and end of the number. The following keybindings might be nice to use: (global-set-key (kbd "C-c C-+") number/add) (global-set-key (kbd "C-c C--") number/sub) (global-set-key (kbd "C-c C-*") number/multiply) (global-set-key (kbd "C-c C-/") number/divide) (global-set-key (kbd "C-c C-0") number/pad) (global-set-key (kbd "C-c C-=") number/eval)

pcsv provides parser of csv based on rfc4180 http://www.rfc-editor.org/rfc/rfc4180.txt ## Install: Put this file into load-path'ed directory, and byte compile it if desired. And put the following expression into your ~/.emacs. (require pcsv) ## Usage: Use `pcsv-parse-buffer`, `pcsv-parse-file`, `pcsv-parse-region` functions to parse csv. To handle huge csv file, use the lazy parser `pcsv-file-parser`. To handle csv buffer like cursor, use the `pcsv-parser`.

inform7-mode provides a major mode for interacting with files written in Inform 7 syntax. For more information see the README.

org-chef is a package for managing recipes in org-mode. One of the main features is that it can automatically extract recipes from websites like allrecipes.com

Run a julia REPL inside a terminal in Emacs. In contrast to ESS, use the Julia REPL facilities for interactive features, such readline, help, debugging.

Generate a TOC from a markdown file: M-x markdown-toc-generate-toc This will compute the TOC at insert it at current position. Update existing TOC: C-u M-x markdown-toc-generate-toc Here is a possible output: <!-- markdown-toc start - Don't edit this section. Run M-x markdown-toc-refresh-toc --> **Table of Contents** - [some markdown page title](#some-markdown-page-title) - [main title](#main-title) - [Sources](#sources) - [Marmalade (recommended)](#marmalade-recommended) - [Melpa-stable](#melpa-stable) - [Melpa (~snapshot)](#melpa-~snapshot) - [Install](#install) - [Load org-trello](#load-org-trello) - [Alternative](#alternative) - [Git](#git) - [Tar](#tar) - [another title](#another-title) - [with](#with) - [some](#some) - [heading](#heading) <!-- markdown-toc end --> Install - M-x package-install RET markdown-toc RET

Verb is a package that allows you to organize and send HTTP requests from Emacs. See the project's README.md file for more details.

This package provides a major mode for editing text/gemini files. Currently, it only provides syntax-highlighting support. This file is not part of GNU Emacs. This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero 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 Affero General Public License for more details. You should have received a copy of the GNU Affero General Public License along with this program. If not, see <https://www.gnu.org/licenses/>.

Let it snow in Emacs! Command `snow displays a buffer in which it snows. The storm varies in intensity, a gentle breeze blows at times, and snow accumulates on the terrain in the scene.

Guru mode teaches you how to use Emacs effectively. In particular it promotes the use of idiomatic keybindings for essential editing commands. It can be configured to either disallow the alternative keybindings completely or to warn when they are being used.

This library implements a Slack backend for the Org exporter, based on the `md and `gfm back-ends.

No description available.

Adds 256 color handling to term/ansi-term by adding 247 customizable faces to ansi-term-color-vector and overriding term-handle-colors-array to handle additional escape sequences.

# spdx.el `spdx.el` provides SPDX license header and copyright insertion. ## Installation Put `spdx.el` in your Emacs system. Add the following to your `.emacs`: ```elisp (require spdx) (define-key prog-mode-map (kbd "C-c i l") #'spdx-insert-spdx) ``` Or Use [use-package](https://github.com/jwiegley/use-package) with [straight.el](https://github.com/raxod502/straight.el) ``` emacs-lisp (use-package spdx :ensure t :straight (:host github :repo "condy0919/spdx.el") :bind (:map prog-mode-map ("C-c i l" . spdx-insert-spdx)) :custom (spdx-copyright-holder auto) (spdx-project-detection auto)) ``` Then you can press `C-c i l` to trigger `spdx-insert-spdx` Or manually run: M-x spdx-insert-spdx Then, `spdx.el` will ask you to select a license. It's done by `completing-read'. After that, the license header will be written. An example follows. `;; SPDX-License-Identifier: AGPL-1.0-only` ## Customization - `spdx-copyright-holder - `spdx-copyright-sign - `spdx-project-detection - `spdx-ignore-deprecated

Most of the general ledger-mode code is here.