SciOly-ID-Discord-Bots

A template for creating Discord Bots to study for Science Olympiad ID events.

Usage

Note: Some steps in this tutorial assume a Linux/Mac environment.

To setup your own bot, follow these steps:

Create a new folder and install SciOly-ID.

SciOly-ID can be installed with pip:

pip install -U sciolyid

Or you can install the latest version of the code from git: pip install -U git+git://github.com/tctree333/SciOly-ID.git
Setup your bot by calling sciolyid.setup and passing in your config options as arguments:
```
import sciolyid
sciolyid.setup(...)
```
For examples of configs, see the examples section. For a full list of config options, see the source code.
Create a new file called setup.sh:

#!/bin/sh
export token=

This will be used to store environment variables. We will fill these in later. Put this in .gitignore if you have a public github repo.

Now we need to add the lists. Create a new directory(pass this in to the setup function as data_dir) and create a new file called whatever you're IDing. For example, a fossils bot would have a list called fossils.txt. If you have categories, create a file for each category. Fill in these files with the lists, one per line.
If some items in the list can go by a different name, you can create a new file called aliases.txt. Input your aliases one per line, with the name in the other list as the first item.
Now, input the links to the wikipedia pages for each item in a new file called wikipedia.txt. You can manually enter them in, making sure the name matches the items in the other list. You can also run python -m sciolyid.scripts.generate_wiki a few times to generate the list for you. You will still have to manually go through to ensure the correct link was found.
Register a bot account on the Discord Developers Portal. To do so, create a new application. Name your application, then navigate to the Bot section, and add a bot. Change your application name if necessary. Update setup.sh with your bot token (Bot section), and Discord user id. You can also generate your bot invite link. Go to the OAuth2 section and check bot in the Scopes section. In the Bot Permissions secion, check Send Messages, Embed Links, and Attach Files. Copy the URL generated and update your config options.
Great! Now we will need to add images. Create a new GitHub repository to host your images here.

This next step will be the most difficult to do online, though it is possible. See the Adding Pictures section below for more info.

You will need to upload at least one picture of each item on the list, but more is definitely reccomended. These will be the pictures you see when using the bot, so more variety and more pictures is better. Get some friends to help out. The repository structure should be category_name/item_name/image_name. Images should be smaller than 8MB and in a .png, .jpg, or .jpeg format. You can see examples in the example section. To quickly create the directory structure, runpython -m sciolyid.scripts.generate_file_structure.

Once you have all of this set up, it's now time to run your bot.

Install a local Redis server by running install-redis.sh. Start your Redis server with python -m sciolyid.scripts.install_redis. Source
You are now ready to run the application! Setup the environment with source setup.sh. Start the bot by calling the python file.

Congrats! You just created your own ID Discord bot. Add your bot to the Discord server of your choice using the invite link generated in step 6.

If there are any issues or you have any questions, let us know in the SciOlyID Discord support server.

It may also be helpful to use an existing bot as a template. See the examples section below.

Examples

Reach for the Stars ID Bot - [https://github.com/tctree333/Reach-For-The-Stars-Bot]
Reach for the Stars ID Bot Images - [https://github.com/tctree333/Reach-For-The-Stars-Images]
Fossils ID Bot - [https://github.com/tctree333/Fossil-ID]
Fossils ID Images - [https://github.com/tctree333/Fossil-Bot-Images]
Minerobo Bot - [https://github.com/tctree333/Minerobo]
Treebo Bot - [https://github.com/tctree333/Treebo]
Bird-ID - [https://github.com/tctree333/Bird-ID] (doesn't use this template, more advanced)

Hosting

There are many options for hosting a bot, you can run it on your own computer, run it on a Raspberry Pi, or find cloud hosting options. This repo is setup to use Heroku or Dokku, but there are drawbacks as Heroku is fairly underpowered and will restart your bot once a day. If you are planning to use Heroku, you may want to use their cloud Redis databases.

Adding Pictures

If you're new to Git and GitHub, an easy way to get started is with GitHub Desktop.

Create a GitHub account if you haven't already.
Install GitHub Desktop here. Open it.
Log in with your GitHub account. Follow the tutorial here to clone and fork this repository. When you get to step 2, use "URL" instad of GitHub.com with the url https://github.com/tctree333/Fossil-Bot-Images.git. Note the generated Local Path. Continue as normal.
In your file explorer on your computer, navigate to the generated path. Now you are ready to add images! Drag and drop downloaded images to the appropriate folder, ensuring that images meet the requirements above and deleting "image.placeholder" if the folder is not empty. However, if the folder does not have images, do not delete "image.placeholder".
Once you are done adding as many pictures as you want, go back to GitHub Desktop and click "create a fork" in the bottom left corner. Fork the repository, and hit "Commit to master" in the bottom left corner. Then, hit "Push Origin".
Finally, hit "View on GitHub" and click "Pull Request" near the middle right. Click "Create Pull Request", give it a name and description if you want, and then "Create Pull Request".

Congrats! You just helped add images to the bot! Give me a few days to approve your pull request, and the bot will be using your new images. You don't have to stop here, though. Add more pictures by repeating steps 4-6, though you may have to click "Fetch Origin" occasionally to make sure your copy is up to date.

Thanks for helping out!

Contributing

Run the following commands to install a development version:

git clone https://github.com/tctree333/SciOly-ID.git
cd SciOly-ID
pip install -U .

Release files for sciolyid 2.0.2

For a detailed explanation of source distributions (sdists) and built distributions (wheels), please see the package formats documentation.

Source distribution (sdist)

Source distribution for sciolyid 2.0.2
File	Size	Uploaded
sciolyid-2.0.2.tar.gz	71.6 kB	Jul 29, 2023	Details

Built distribution (wheel)

Table of built distributions (wheels) for sciolyid 2.0.2
File	Interpreter	ABI	Platform	Reset
sciolyid-2.0.2-py3-none-any.whl 97.9 kB Jul 29, 2023	Python 3	none	any	Details

Total release size: 169.6 kB

Release files / sciolyid-2.0.2.tar.gz

Download URL	sciolyid-2.0.2.tar.gz
Size	71.6 kB
Tags	Source
SHA-256 checksum How to use checksums	`778198def28c06c7f579fdc6c0c53173baa1e6fc39a3eeca5be02a7dbb6af82d`
BLAKE2b-256 checksum How to use checksums	`d812812448aef82da231d28afeab40922561d4d7f9fbd02a02c538cea8e19d85`
Upload date	Jul 29, 2023
Uploaded using Trusted Publishing? What is trusted publishing?	No
Uploaded via	`twine/4.0.2 CPython/3.11.4`

Release files / sciolyid-2.0.2-py3-none-any.whl

Download URL	sciolyid-2.0.2-py3-none-any.whl
Size	97.9 kB
Tags	Python 3
SHA-256 checksum How to use checksums	`3d556095ce6cda84ba458125525367d30bf99aab26f30d3b656ca18a09427f29`
BLAKE2b-256 checksum How to use checksums	`4a114e89b69b90836046988a6fc2ddb27031ac2936a75f2a1a591841a22a7e82`
Upload date	Jul 29, 2023
Uploaded using Trusted Publishing? What is trusted publishing?	No
Uploaded via	`twine/4.0.2 CPython/3.11.4`