Bio

Command Details

• Name: bio
• Aliases: None
• Category: Profile
• Description: Set your profile bio
• Usage: P bio <text || reset || show || help>, p bio <text || reset || show || help>, or /bio <subcommand>
• Examples:
  • P bio I love coding
  • p bio reset
  • /bio show
  • P bio help
• Cooldown: 5 seconds
• Arguments: text/subcommand (required)
• Slash Command: Enabled
• Permissions:
  • Bot: SendMessages, ViewChannel, EmbedLinks
  • User: None
• Player Requirements: None (no voice, DJ, or active player required)

Functionality

• Comprehensive bio management system with multiple subcommands.
• Set Bio: Allows users to write a custom biography (up to 300 characters).
• Show Bio: Displays the current biography in a formatted code block.
• Reset Bio: Resets the biography to the default "No bio written." message.
• Help: Shows usage examples and command syntax.
• Character limit validation to prevent overly long biographies.
• Database integration for persistent bio storage.
• Formatted display using ARM syntax highlighting in code blocks.
• Real-time database updates when bio is modified.
• Error handling for missing text and invalid inputs.
• Supports both prefix-based (P or p) and slash command (/) inputs.

Code Overview

The command is built using a Command class structure and handles both message-based and interaction-based (slash command) inputs. It uses:

• Users.findOne({ userId: ctx.author.id }) to fetch current user profile data.
• Users.updateOne() with $set operator for database bio updates.
• Switch statement for handling different subcommands (help, reset, show, default).
• Character length validation (300 character limit) for bio text.
• client.utils.oops() for displaying error messages to users.
• Formatted embed creation with author information and bot branding.
• Code block formatting with ARM syntax highlighting for bio display.
• Language localization for all messages and responses.
• Error handling for database operations and invalid input validation.
• Conditional logic for handling different interaction types and argument parsing.