Minor mode for Emacs org-mode that provides access to generative AI models. Currently supported are
- OpenAI API (ChatGPT, DALL-E, other text models), optionally run against Azure API instead of OpenAI
- Stable Diffusion through stable-diffusion-webui
Inside an org-mode buffer you can
- use ChatGPT to generate text, having full control over system and user prompts (demo)
- Speech input and output! Talk with your AI!
- generate images and image variations with a text prompt using Stable Diffusion or DALL-E (demo 1, demo 2)
- org-ai everywhere: Various commands usable outside org-mode for prompting using the selected text or multiple files.
Note: In order to use the OpenAI API you'll need an OpenAI account and you need to get an API token. As far as I can tell, the current usage limits for the free tier get you pretty far.
- Demos
- Features and Usage
- Installation
- FAQ
- Sponsoring
#+begin_ai
Is Emacs the greatest editor?
#+end_ai
You can continue to type and press C-c C-c to create a conversation. C-g will interrupt a running request.
Use the :image keyword to generate an image. This uses DALL·E-3 by default.
#+begin_ai :image :size 1024x1024
Hyper realistic sci-fi rendering of super complicated technical machine.
#+end_ai
You can use the following keywords to control the image generation:
:size <width>x<height>- the size of the image to generate (default: 1024x1024):model <model>- the model to use (default:"dall-e-3"):quality <quality>- the quality of the image (choices:hd,standard):style <style>- the style to use (choices:vivid,natural)- `:n - the number of images to generate (default: 1)
(For more information about those settings see this OpenAI blog post.
You can customize the defaults for those variables with customize-variable or by setting them in your config:
(setq org-ai-image-model "dall-e-3")
(setq org-ai-image-default-size "1792x1024")
(setq org-ai-image-default-count 2)
(setq org-ai-image-default-style 'vivid)
(setq org-ai-image-default-quality 'hd)
(setq org-ai-image-directory (expand-file-name "org-ai-images/" org-directory))
Similar to org-babel, these blocks demarcate input (and for ChatGPT also output) for the AI model. You can use it for AI chat, text completion and text -> image generation. See options below for more information.
Create a block like
#+begin_ai
Is Emacs the greatest editor?
#+end_ai
and press C-c C-c. The Chat input will appear inline and once the response is complete, you can enter your reply and so on. See the demo below. You can press C-g while the ai request is running to cancel it.
You can also modify the system prompt and other parameters used. The system prompt is injected before the user's input and "primes" the model to answer in a certain style. For example you can do:
#+begin_ai :max-tokens 250
[SYS]: Act as if you are a powerful medival king.
[ME]: What will you eat today?
#+end_ai
This will result in an API payload like
{
"messages": [
{
"role": "system",
"content": "Act as if you are a powerful medival king."
},
{
"role": "user",
"content": "What will you eat today?"
}
],
"model": "gpt-4o-mini",
"stream": true,
"max_tokens": 250,
"temperature": 1.2
}For some prompt ideas see for example Awesome ChatGPT Prompts.
When generating images using the :image flag, images will appear underneath the ai block inline. Images will be stored (together with their prompt) inside org-ai-image-directory which defaults to ~/org/org-ai-images/.
You can also use speech input to transcribe the input. Press C-c r for org-ai-talk-capture-in-org to start recording. Note that this will require you to setup speech recognition (see below). Speech output can be enabled with org-ai-talk-output-enable.
Inside an #+begin_ai...#+end_ai you can modify and select the parts of the chat with these commands:
- Press
C-c <backspace>(org-ai-kill-region-at-point) to remove the chat part under point. org-ai-mark-region-at-pointwill mark the region at point.org-ai-mark-last-regionwill mark the last chat part.
To apply syntax highlighted to your #+begin_ai ... blocks just add a language major-mode name after _ai. E.g. #+begin_ai markdown. For markdown in particular, to then also correctly highlight code in in backticks, you can set (setq markdown-fontify-code-blocks-natively t). Make sure that you also have the markdown-mode package installed. Thanks @tavisrudd for this trick!
This behavior is enabled by default to so that the interaction is more similar to a chat. It can be annoying when long output is present and the buffer scrolls while you are reading. So you can disable this with:
(setq org-ai-jump-to-end-of-block nil)Set (setq org-ai-auto-fill t) to "fill" (automatically wrap lines according to fill-column) the inserted text. Basically like auto-fill-mode but for the AI.
The #+begin_ai...#+end_ai block can take the following options.
By default, the content of ai blocks are interpreted as messages for ChatGPT. Text following [ME]: is associated with the user, text following [AI]: is associated as the model's response. Optionally you can start the block with a [SYS]: <behavior> input to prime the model (see org-ai-default-chat-system-prompt below).
:max-tokens number- number of maximum tokens to generate (default: nil, use OpenAI's default):temperature number- temperature of the model (default: 1):top-p number- top_p of the model (default: 1):frequency-penalty number- frequency penalty of the model (default: 0):presence-penalty- presence penalty of the model (default: 0):sys-everywhere- repeat the system prompt for every user message (default: nil)
If you have a lot of different threads of conversation regarding the same topic and settings (system prompt, temperature, etc) and you don't want to repeat all the options, you can set org file scope properties or create a org heading with property drawer, such that all #+begin_ai...#+end_ai blocks under that heading will inherit the settings.
Examples:
* Emacs (multiple conversations re emacs continue in this subtree)
:PROPERTIES:
:SYS: You are a emacs expert. You can help me by answering my questions. You can also ask me questions to clarify my intention.
:temperature: 0.5
:model: gpt-4o-mini
:END:
** Web programming via elisp
#+begin_ai
How to call a REST API and parse its JSON response?
#+end_ai
** Other emacs tasks
#+begin_ai...#+end_ai
* Python (multiple conversations re python continue in this subtree)
:PROPERTIES:
:SYS: You are a python programmer. Respond to the task with detailed step by step instructions and code.
:temperature: 0.1
:model: gpt-4
:END:
** Learning QUIC
#+begin_ai
How to setup a webserver with http3 support?
#+end_ai
** Other python tasks
#+begin_ai...#+end_ai
The following custom variables can be used to configure the chat:
org-ai-default-chat-model(default:"gpt-4o-mini")org-ai-default-max-tokensHow long the response should be. Currently cannot exceed 4096. If this value is too small an answer might be cut off (default: nil)org-ai-default-chat-system-promptHow to "prime" the model. This is a prompt that is injected before the user's input. (default:"You are a helpful assistant inside Emacs.")org-ai-default-inject-sys-prompt-for-all-messagesWether to repeat the system prompt for every user message. Sometimes the model "forgets" how it was primed. This can help remind it. (default:nil)
When you add an :image option to the ai block, the prompt will be used for image generation.
:image- generate an image instead of text:size- size of the image to generate (default: 256x256, can be 512x512 or 1024x1024):n- the number of images to generate (default: 1)
The following custom variables can be used to configure the image generation:
org-ai-image-directory- where to store the generated images (default:~/org/org-ai-images/)
Similar to DALL-E but use
#+begin_ai :sd-image
<PROMPT>
#+end_ai
You can run img2img by labeling your org-mode image with #+name and referencing it with :image-ref from your org-ai block.
#+begin_ai :sd-image :image-ref label1
forest, Gogh style
#+end_ai
M-x org-ai-sd-clip guesses the previous image's prompt on org-mode by the CLIP interrogator and saves it in the kill ring.
M-x org-ai-sd-deepdanbooru guesses the previous image's prompt on org-mode by the DeepDanbooru interrogator and saves it in the kill ring.
For requesting completions from a local model served with oobabooga/text-generation-webui, go through the setup steps described below
Then start an API server:
cd ~/.emacs.d/org-ai/text-generation-webui
conda activate org-ai
python server.py --api --model SOME-MODELWhen you add a :local key to an org-ai block and request completions with C-c C-c, the block will be sent to the local API server instead of the OpenAI API. For example:
#+begin_ai :local
...
#+end_ai
This will send a request to org-ai-oobabooga-websocket-url and stream the response into the org buffer.
The older completion models can also be prompted by adding the :completion option to the ai block.
:completion- instead of using the chatgpt model, use the completion model:model- which model to use, see https://platform.openai.com/docs/models for a list of models
For the detailed meaning of those parameters see the OpenAI API documentation.
The following custom variables can be used to configure the text generation:
org-ai-default-completion-model(default:"text-davinci-003")
You can also use an existing image as input to generate more similar looking images. The org-ai-image-variation command will prompt for a file path to an image, a size and a count and will then generate as many images and insert links to them inside the current org-mode buffer. Images will be stored inside org-ai-image-directory. See the demo below.
For more information see the OpenAI documentation. The input image needs to be square and its size needs to be less than 4MB. And you currently need curl available as a command line tool1.
org-ai can be used outside of org-mode buffers as well. When you enable org-ai-global-mode, the prefix C-c M-a will be bound to a number of commands:
| command | keybinding | description |
|---|---|---|
org-ai-on-region |
C-c M-a r |
Ask a question about the selected text or tell the AI to do something with it. The response will be opened in an org-mode buffer so that you can continue the conversation. Setting the variable org-ai-on-region-file (e.g. (setq org-ai-on-region-file (expand-file-name "org-ai-on-region.org" org-directory))) will associate a file with that buffer. |
org-ai-summarize |
C-c M-a s |
Summarize the selected text. |
org-ai-refactor-code |
C-c M-a c |
Tell the AI how to change the selected code, a diff buffer will appear with the changes. |
org-ai-on-project |
C-c M-a p |
Run prompts and modify / refactor multiple files at once. Will use projectile if available, falls back to the current directory if not. |
org-ai-prompt |
C-c M-a P |
Prompt the user for a text and then print the AI's response in current buffer. |
org-ai-switch-chat-model |
C-c M-a m |
Interactively change org-ai-default-chat-model |
org-ai-open-account-usage-page |
C-c M-a $ |
Opens https://platform.openai.com/account/usage to see how much money you have burned. |
org-ai-open-request-buffer |
C-c M-a ! |
Opens the url request buffer. If something doesn't work it can be helpful to take a look. |
org-ai-talk-input-toggle |
C-c M-a t |
Generally enable speech input for the different prompt commands. |
org-ai-talk-output-toggle |
C-c M-a T |
Generally enable speech output. |
Using the org-ai-on-project buffer allows you to run commands on files in a project, alternatively also just on selected text in those files. You can e.g. select the readme of a project and ask "what is it all about?" or have code explained to you. You can also ask for code changes, which will generate a diff. If you know somehone who thinks only VS Code with Copilot enabled can do that, point them here.
Running the org-ai-on-project command will open a separate buffer that allows you to select choose multiple files (and optionally select a sub-region inside a file) and then run a prompt on it.
If you deactivate "modify code", the effect is similar to running org-ai-on-region just that the file contents all appear in the prompt.
With "modify code" activated, you can ask the AI to modify or refactor the code. By default ("Request diffs") deactivated, we will prompt to generate the new code for all selected files/regions and you can then see a diff per file and decide to apply it or not. With "Request diffs" active, the AI will be asked to directly create a unified diff that can then be applied.
Given a named source block
#+name: sayhi
#+begin_src shell
echo "Hello there"
#+end_src
We can try to reference it by name, but it doesn't work.
#+begin_ai
[SYS]: You are a mimic. Whenever I say something, repeat back what I say to you. Say exactly what I said, do not add anything.
[ME]: <<sayhi()>>
[AI]: <<sayhi()>>
[ME]:
#+end_ai
With :noweb yes
#+begin_ai :noweb yes
[SYS]: You are a mimic. Whenever I say something, repeat back what I say to you. Say exactly what I said, do not add anything.
[ME]: <<sayhi()>>
[AI]: Hello there.
[ME]:
#+end_ai
You can also trigger noweb expansion with an org-ai-noweb: yes heading proprty anywhere in the parent headings (header args takes precedence).
To see what your document will expand to when sent to the api, run org-ai-expand-block.
This is a hack but it works really well.
Create a block
#+name: identity
#+begin_src emacs-lisp :var x="fill me in"
(format "%s" x)
#+end_src
We can invoke it and let noweb parameters (which support lisp) evaluate as code
#+begin_ai :noweb yes
Tell me some 3, simple ways to improve this dockerfile
<<identity(x=(quelpa-slurp-file "~/code/ibr-api/Dockerfile"))>>
[AI]: 1. Use a more specific version of Python, such as "python:3.9.6-buster" instead of "python:3.9-buster", to ensure compatibility with future updates.
2. Add a cleanup step after installing poetry to remove any unnecessary files or dependencies, thus reducing the size of the final image.
3. Use multi-stage builds to separate the build environment from the production environment, thus reducing the size of the final image and increasing security. For example, the first stage can be used to install dependencies and build the code, while the second stage can contain only the final artifacts and be used for deployment.
[ME]:
#+end_ai
org-ai is on Melpa: https://melpa.org/#/org-ai. If you have added Melpa to your package archives with
(require 'package)
(add-to-list 'package-archives '("melpa" . "http://melpa.org/packages/") t)
(package-initialize)you can install it with:
(use-package org-ai
:ensure t
:commands (org-ai-mode
org-ai-global-mode)
:init
(add-hook 'org-mode-hook #'org-ai-mode) ; enable org-ai in org-mode
(org-ai-global-mode) ; installs global keybindings on C-c M-a
:config
(setq org-ai-default-chat-model "gpt-4") ; if you are on the gpt-4 beta:
(org-ai-install-yasnippets)) ; if you are using yasnippet and want `ai` snippets
(straight-use-package
'(org-ai :type git :host github :repo "rksm/org-ai"
:local-repo "org-ai"
:files ("*.el" "README.md" "snippets")))Checkout this repository.
git clone
https://github.com/rksm/org-aiThen, if you use use-package:
(use-package org-ai
:ensure t
:load-path (lambda () "path/to/org-ai"))
;; ...rest as above...
or just with require:
(package-install 'websocket)
(add-to-list 'load-path "path/to/org-ai")
(require 'org)
(require 'org-ai)
(add-hook 'org-mode-hook #'org-ai-mode)
(org-ai-global-mode)
(setq org-ai-default-chat-model "gpt-4") ; if you are on the gpt-4 beta:
(org-ai-install-yasnippets) ; if you are using yasnippet and want `ai` snippetsYou can either directly set your api token in your config:
(setq org-ai-openai-api-token "<ENTER YOUR API TOKEN HERE>")
Alternatively, org-ai supports auth-source for retrieving your API key. You can store a secret in the format
machine api.openai.com login org-ai password <your-api-key>
in your ~/authinfo.gpg file. If this is present, org-ai will use this mechanism to retrieve the token when a request is made. If you do not want org-ai to try to retrieve the key from auth-source, you can set org-ai-use-auth-source to nil before loading org-ai.
You can switch to Azure by customizing these variables, either interactively with M-x customize-variable or by adding them to your config:
(setq org-ai-service 'azure-openai
org-ai-azure-openai-api-base "https://your-instance.openai.azure.com"
org-ai-azure-openai-deployment "azure-openai-deployment-name"
org-ai-azure-openai-api-version "2023-07-01-preview")To store the API credentials, follow the authinfo instructions above but use org-ai-azure-openai-api-base as the machine name.
For a list of available models see the perplexity.ai documentation.
Either switch the default service in your config:
(setq org-ai-service 'perplexity.ai)
(setq org-ai-default-chat-model "llama-3-sonar-large-32k-online")or per block:
#+begin_ai :service perplexity.ai :model llama-3-sonar-large-32k-online
[ME]: Tell me fun facts about Emacs.
#+end_ai
For the authentication have an entry like machine api.perplexity.ai login org-ai password pplx-*** in your authinfo.gpg or set org-ai-openai-api-token.
Note: Currently the perplexity.ai does not give access to references/links via the API so Emacs will not be able to display references. They have a beta program for that running and I sure hope that this will be available generally soon.
Similar to the above. E.g.
#+begin_ai :service anthropic :model claude-3-opus-20240229
[ME]: Tell me fun facts about Emacs.
#+end_ai
Anthropic models are here.
There is currently only one API version that is set via org-ai-anthropic-api-version. If other version come out you can find them here.
For the API token use machine api.anthropic.com login org-ai password sk-ant-*** in your authinfo.gpg.
These setup steps are optional. If you don't want to use speech input / output, you can skip this section.
Note: My personal config for org-ai can be found in this gist. It contains a working whisper setup.
This has been tested on macOS and Linux. Someone with a Windows computer, please test this and let me know what needs to be done to make it work (Thank You!).
The speech input uses whisper.el and ffmpeg. You need to clone the repo directly or use straight.el to install it.
- install ffmpeg (e.g.
brew install ffmpegon macOS) orsudo apt install ffmpegon Linux. - Clone whisper.el:
git clone https://github.com/natrys/whisper.el path/to/whisper.el
You should now be able to load it inside Emacs:
(use-package whisper
:load-path "path/to/whisper.el"
:bind ("M-s-r" . whisper-run))Now also load:
(use-package greader :ensure)
(require 'whisper)
(require 'org-ai-talk)
;; macOS speech settings, optional
(setq org-ai-talk-say-words-per-minute 210)
(setq org-ai-talk-say-voice "Karen")On macOS you will need to do two more things:
- Allow Emacs to record audio
- Tell whisper.el what microphone to use
You can use the tccutil helper:
git clone https://github.com/DocSystem/tccutil
cd tccutil
sudo python ./tccutil.py -p /Applications/Emacs.app -e --microphoneWhen you now run ffmpeg -f avfoundation -i :0 output.mp3 from within an Emacs shell, there should be no abort trap: 6 error.
(As an alternative to tccutil.py see the method mentioned in this issue.)
You can use the output of ffmpeg -f avfoundation -list_devices true -i "" to list the audio input devices and then tell whisper.el about it: (setq whisper--ffmpeg-input-device ":0"). :0 is the microphone index, see the output of the command above to use another one.
I've created an emacs helper that let's you select the microphone interactively. See this gist.
My full speech enabled config then looks like:
(use-package whisper
:load-path (lambda () (expand-file-name "lisp/other-libs/whisper.el" user-emacs-directory))
:config
(setq whisper-model "base"
whisper-language "en"
whisper-translate nil)
(when *is-a-mac*
(rk/select-default-audio-device "Macbook Pro Microphone")
(when rk/default-audio-device)
(setq whisper--ffmpeg-input-device (format ":%s" rk/default-audio-device))))On macOS, instead of whisper, you can also use the built-in Siri dictation. To enable that, go to Preferences -> Keyboard -> Dictation, enable it and set up a shortcut. The default is ctrl-ctrl.
The way (defun whisper--check-install-and-run) is implemented does not work on Win10 (see #66).
A workaround is to install whisper.cpp and model manually and patch:
(defun whisper--check-install-and-run (buffer status)
(whisper--record-audio))Speech output on non-macOS systems defaults to using the greader package which uses espeak underneath to synthesize speech. You will need to install greader manually (e.g. via M-x package-install). From that point on it should "just work". You can test it by selecting some text and calling M-x org-ai-talk-read-region.
An API for Stable Diffusion can be hosted with the stable-diffusion-webui project. Go through the install steps for your platform, then start an API-only server:
cd path/to/stable-diffusion-webui
./webui.sh --nowebuiThis will start a server on http://127.0.0.1:7861 by default. In order to use it with org-ai, you need to set org-ai-sd-endpoint-base:
(setq org-ai-sd-endpoint-base "http://localhost:7861/sdapi/v1/")If you use a server hosted elsewhere, change that URL accordingly.
Since version 0.4 org-ai supports local models served with oobabooga/text-generation-webui. See the installation instructions to set it up for your system.
Here is a setup walk-through that was tested on Ubuntu 22.04. It assumes miniconda or Anaconda as well as git-lfs to be installed.
conda create -n org-ai python=3.10.9
conda activate org-ai
pip3 install torch torchvision torchaudiomkdir -p ~/.emacs.d/org-ai/
cd ~/.emacs.d/org-ai/
git clone https://github.com/oobabooga/text-generation-webui
cd text-generation-webui
pip install -r requirements.txtoobabooga/text-generation-webui supports a number of language models. Normally, you would install them from huggingface. For example, to install the CodeLlama-7b-Instruct model:
cd ~/.emacs.d/org-ai/text-generation-webui/models
git clone [email protected]:codellama/CodeLlama-7b-Instruct-hfcd ~/.emacs.d/org-ai/text-generation-webui
conda activate org-ai
python server.py --api --model CodeLlama-7b-Instruct-hfDepending on your hardware and the model used you might need to adjust the server parameters, e.g. use --load-in-8bit to reduce memory usage or --cpu if you don't have a suitable GPU.
You should now be able to use the local model with org-ai by adding the :local option to the #+begin_ai block:
#+begin_ai :local
Hello CodeLlama!
#+end_ai
No, OpenAI is the easiest to setup (you only need an API key) but you can use local models as well. See how to use Stable Diffusion and local LLMs with oobabooga/text-generation-webui above. Anthropic Claude and perplexity.ai are also supported. Please open an issue or PR for other services you'd like to see supported. I can be slow to respond but will add support if there is enough interest.
The gptel package provides an alternative interface to the OpenAI ChatGPT API: https://github.com/karthink/gptel
If you find this project useful please consider sponsoring. Thank you!
Footnotes
-
Note: Currenly the image variation implementation requires a command line curl to be installed. Reason for that is that the OpenAI API expects multipart/form-data requests and the emacs built-in
url-retrievedoes not support that (At least I haven't figured out how). Switching torequest.elmight be a better alternative. If you're interested in contributing, PRs are very welcome! ↩