Guide and Documentation Overhaul (#79)

* Update: Local setup

* Update: docker setup changes

* Add: Discord App Creation Guide

* Update: readme changes

* Update: discord app guide link

README.md

@@ -20,8 +20,11 @@ The project aims to:
   * [x] Slash Commands Compatible
   * [x] Generated Token Length Handling for >2000
     * [x] Token Length Handling of any message size
-  * [ ] External WebUI Integration
+  * [ ] User vs. Server Preferences
+  * [ ] Redis Caching
   * [x] Administrator Role Compatible
+  * [ ] Multi-User Chat Generation (Multiple users chatting at the same time)
+  * [ ] Automatic and Manual model pulling through the Discord client
 * [ ] Allow others to create their own models personalized for their own servers!
   * [ ] Documentation on creating your own LLM
   * [ ] Documentation on web scrapping and cleaning
@@ -33,25 +36,21 @@ The project aims to:
 * Please refer to the docs for bot setup.
     * [Local Machine Setup](./docs/setup-local.md)
     * [Docker Setup for Servers and Local Machines](./docs/setup-docker.md)
+        * Nvidia is recommended for now, but support for other GPUs should be development.
         * Local use is not recommended.
-
-> [!NOTE]
-> These guides assume you already know how to setup a bot account for discord. Documentation will be added later.
+    * [Creating a Discord App](./docs/setup-discord-app.md)
 
 ## Resources
 * [NodeJS](https://nodejs.org/en)
-    * This project uses `v20.10.0+` (npm `10.2.5`). Consider using [nvm](https://github.com/nvm-sh/nvm) for multiple NodeJS versions.
-        * To run dev in `ts-node`, using `v18.18.2` is recommended. 
+    * This project runs on `lts\hydrogen`.
+        * To run dev in `ts-node`/`nodemon`, using `v18.18.2` is recommended. 
         * To run dev with `tsx`, you can use `v20.10.0` or earlier.
     * This project supports any NodeJS version above `16.x.x` to only allow ESModules.
-* [Ollama](https://ollama.ai/)
+* [Ollama](https://ollama.com/)
     * [Ollama Docker Image](https://hub.docker.com/r/ollama/ollama)
 
-> [!NOTE]
-> For Nvidia GPU setup, **install** `nvidia container toolkit/runtime` then **configure** it with Docker to utilize Nvidia driver.
-
 > [!CAUTION]
-> `v18.X.X` or `lts/hydrogen` will not run properly for `npm run dev-mon`.
+> `v18.X.X` or `lts/hydrogen` will not run properly for `npm run dev-mon`. It is recommended to just use `npm run dev-tsx` for development. The nodemon version will likely be removed in a future update.
 
 * [Discord Developer Portal](https://discord.com/developers/docs/intro)
 * [Discord.js Docs](https://discord.js.org/docs/packages/discord.js/main)

docs/setup-discord-app.md

@@ -0,0 +1,47 @@
+## Discord App/Bot Setup
+* Refer to the [Discord Developers](https://discord.com/build/app-developers) tab on their site.
+* Click on **Getting Started** and it may prompt you to log in. Do that.
+* You should see this upon logging in.
+
+![First App!](../imgs/tutorial/discord-dev.png)
+
+* Click on **Create App**, you should not be prompted to create an App with a name. If you are apart of a team, you may choose to create it for your team or for yourself.
+
+![App Create Modal](../imgs/tutorial/create-app.png)
+
+* Great! Not you should have your App created. It should bring you to a page like this.
+
+![Created App](../imgs/tutorial/created-app.png)
+
+* From here, you will need you App's token, navigate to the **Bot** tab and click **Reset Token** to generate a new token to interact with you bot.
+* The following app will not exist, usage of this token will be pointless as this is a guide.
+
+![Token](../imgs/tutorial/token.png)
+
+* You will also need your App's **Client ID**, navigate to **OAuth2** and copy your id.
+
+![Client Id](../imgs/tutorial/client-id.png)
+
+* That should be all of the environment variables needed from Discord, now we need this app on your server.
+* Navigate to **Installation** and Copy the provided **Install Link** to allow your App to your server.
+* You should set the **Guild Install** permissions as you like, for this purpose we will allow admin priviledges for now. Ensure the **bot** scope is added to do this.
+
+![Scope](../imgs/tutorial/scope.png)
+![Invite Link](../imgs/tutorial/invite.png)
+
+* Notice that your App's **Client Id** is apart of the **Install Link**.
+* Paste this link in a web browser and you should see something like this.
+
+![Server Invite Initial](../imgs/tutorial/server-invite-1.png)
+
+* Click **Add to Server** and you should see this.
+
+![Server Invite Auth](../imgs/tutorial/server-invite-2-auth.png)
+
+* Choose a server to add the App to, then click **Continue** then **Authorize**. You should see this after that.
+
+![Invite Success](../imgs/tutorial/server-invite-3.png)
+
+* Congratulations! You should now see you App on your server!
+
+![Its Alive!](../imgs/tutorial/bot-in-server.png)

docs/setup-docker.md

@@ -47,6 +47,7 @@ sudo systemctl restart docker
     * `DISCORD_IP = 172.18.0.3`
     * `SUBNET_ADDRESS = 172.18.0.0`
     * Don't understand any of this? watch a Networking video to understand subnetting.
+    * You also need all environment variables shown in [`.env.sample`](../.env.sample)
 * You will need a model in the container for this to work properly, on Docker Desktop go to the `Containers` tab, select the `ollama` container, and select `Exec` to run as root on your container. Now, run `ollama pull [model name]` to get your model.
     * For Linux Servers, you need another shell to pull the model, or if you run `docker compose build && docker compose up -d`, then it will run in the background to keep your shell. Run `docker exec -it ollama bash` to get into the container and run the samme pull command above.
 * Otherwise, there is no need to install any npm packages for this, you just need to run `npm run start` to pull the containers and spin them up.
@@ -54,6 +55,7 @@ sudo systemctl restart docker
     * `docker compose stop`
     * `docker compose rm`
     * `docker ps` to check if containers have been removed.
+    * This may not work if the nvidia installation was done incorrectly. If this is the case, please utilize the [Manual "Clean-up"](#manual-run-with-docker) shown below.
 * You can also use `npm run clean` to clean up the containers and remove the network to address a possible `Address already in use` problem.
 
 ## Manual Run (with Docker)

docs/setup-local.md

@@ -1,19 +1,24 @@
 ## Ollama Setup
 * Go to Ollama's [Linux download page](https://ollama.ai/download/linux) and run the simple curl command they provide. The command should be `curl https://ollama.ai/install.sh | sh`.
-* Now the the following commands in separate terminals to test out how it works!
+* Since Ollama will run as a systemd service, there is no need to run `ollama serve` unless you disable it. If you do disable it or have an older `ollama` version, do the following:
     * In terminal 1 -> `ollama serve` to setup ollama
     * In terminal 2 -> `ollama run [model name]`, for example `ollama run llama2`
         * The models can vary as you can create your own model. You can also view ollama's [library](https://ollama.ai/library) of models.
+* Otherwise, if you have the latest `ollama`, you can just run `ollama run [model name]` rather than running this in 2 terminals.
 * If there are any issues running ollama because of missing LLMs, run `ollama pull [model name]` as it will pull the model if Ollama has it in their library.
     * This can also be done in [wsl](https://learn.microsoft.com/en-us/windows/wsl/install) for Windows machines.
+    * This should also not be a problem is a future feature that allows for pulling of models via discord client. For now, they must be pulled manually.
 * You can now interact with the model you just ran (it might take a second to startup).
     * Response time varies with processing power!
 
 ## To Run Locally (without Docker)
 * Run `npm install` to install the npm packages.
 * Ensure that your [.env](../.env.sample) file's `OLLAMA_IP` is `127.0.0.1` to work properly.
+    * You only need your `CLIENT_TOKEN`, `GUILD_ID`, `MODEL`, `CLIENT_UID`, `OLLAMA_IP`, `OLLAMA_PORT`.
+    * The ollama ip and port should just use it's defaults by nature. If not, utilize `OLLAMA_IP = 127.0.0.1` and `OLLAMA_PORT = 11434`.
 * Now, you can run the bot by running `npm run client` which will build and run the decompiled typescript and run the setup for ollama.
     * **IMPORTANT**: This must be ran in the wsl/Linux instance to work properly! Using Command Prompt/Powershell/Git Bash/etc. will not work on Windows (at least in my experience).
     * Refer to the [resources](../README.md#resources) on what node version to use.
-* Open up a separate terminal/shell (you will need wsl for this if on windows) and run `ollama serve` to startup ollama.
+* If you are using wsl, open up a separate terminal/shell to startup the ollama service. Again, if you are running an older ollama, you must run `ollama serve` in that shell.
+    * If you are on an actual Linux machine/VM there is no need for another terminal (unless you have an older ollama version).
     * If you do not have a model, you will need to run `ollama pull [model name]` in a separate terminal to get it.