This project aims to create a Discord bot using Node.js that integrates with the Discord API and OpenAI for dynamic responses.
-
Project Setup with Libraries
- Create a new Node.js project.
- Install
discord.js
andopenai
libraries using npm. - Set up
discord.js
andopenai
by requiring them in your project.
-
Secure Configuration
- Create a
.env
file to store API keys. - Use
require('dotenv/config')
to load API keys from the.env
file. - Add
.env
to.gitignore
to ensure sensitive information is not committed to the repository.
- Create a
-
Bot Initialization
- Initialize the Discord bot with
new Discord.Client()
. - Log in to Discord using
client.login
with your Discord token.
- Initialize the Discord bot with
-
Message Handling
- Set up a message event listener with
client.on('messageCreate', callback)
. - Process incoming messages and respond with a "hello" message.
- Set up a message event listener with
-
Optimization
- Implement efficient event handling.
-
OpenAI Chat Integration and Response Generation
- Integrate OpenAI into the bot.
- Use
openai.chat.completions.create()
with your API key to generate responses. - Pass conversation history and other necessary parameters to receive context-aware chat completions.
-
Response Management
- Manage OpenAI responses returned by
openai.chat.completions.create()
. - Send the response back to the Discord channel.
- Manage OpenAI responses returned by
-
Command Processing
- Process commands directed at the bot using string matching or a command prefix.
- Distinguish between general messages and commands meant for the bot.
-
Error Handling
- Implement error handling using
.catch
ortry...catch
withinfetch
orasync
functions. - Manage exceptions and provide error messages if something goes wrong.
- Implement error handling using
-
Messaging Users Directly
- Utilize the
user.send()
method in Discord.js to send direct messages to users.
- Utilize the
-
Dialogue Boxes and Interactive Responses
- Implement Discord's message components like buttons and select menus using
MessageActionRow
andMessageButton
orMessageSelectMenu
classes from Discord.js. - Handle interactions with
client.on(Events.InteractionCreate, callback)
.
- Implement Discord's message components like buttons and select menus using
-
Creating Private Chats (Channels)
- Use
guild.channels.create()
to create new private channels and manage access using permission overwrites in Discord.js.
- Use
-
Automated Moderation Features
- Monitor messages for specific keywords or patterns using
client.on(Events.MessageCreate, callback)
. - Implement moderation actions like
message.delete()
for removing inappropriate content andguildMember.timeout()
for muting users.
- Monitor messages for specific keywords or patterns using
-
Multimedia Responses (Images, GIFs, Audio Clips)
- Send multimedia content using
message.channel.send()
with thefiles
option. - Explore Discord.js voice modules for handling voice channels and streaming.
- Send multimedia content using
- Verify Discord.js integration by creating a test function that creates a new Discord client.
- Ensure that the OpenAI library is correctly integrated by creating a test function that attempts to use the OpenAI API to create a simple chat completion or query.
- Test that the bot securely loads API keys from the
.env
file, confirming that no sensitive information is hard-coded.
- Ensure that the bot initializes and logs into Discord successfully.
- Simulate receiving a message and verify that the bot responds with a "hello" message, testing the message event listener's functionality.
- Simulate commands directed at the bot to check if it accurately processes these commands from general messages.
- Introduce faults or exceptions in bot interactions to verify that the bot's error handling mechanisms effectively manage and log errors.
- Mock the process of sending responses back to the Discord channel, verifying that the bot formats and dispatches messages correctly.
- Ensure the bot can send direct messages to users, testing the
user.send()
method's functionality.
- Test the bot's ability to send multimedia responses under specified conditions, ensuring it can handle images, GIFs, and audio clips effectively.
- to view a remote branch from someone else you must
- git fetch -p
- this will get the meta data for new repos and prune the old deleted remote repos
- check to that branch
- you should checking the github repo and seeing what pull requests there are in relation to what branch you want to be checking
- if you need help finding the branch use: git branch -a
- **** if the list of branches are getting to long and hard to find the right one use: git fetch -p, then try again with git branch -a
- If you approve of the pull request changes, accept the pull request on github to merge to main
- remember to delete the branch on github
- git fetch -p
- after accepting pull request you must
- update your main on local
- check to main
- pull
- merge main to your local working branch (local meaning your vscode)
- check to your working branch
- merge main
- there will be a merge conflict, resolve the merge conflict in vscode with the conflict editor (there is a button)
- if we want everything, accept both, otherwise use judgement of what which one needs to be implemented
- you may need to git commit after merge to conclude it
- after merge, remember to push your local working branch to github
- git push This will allow to work on your current feature but ensure it's uptodate with main
- update your main on local
- make sure you have added, committed and pushed everything in vscode
- on github make a pull request for your branch