Command System Overview - ShockerAttack01/MinecraftCommandGenerator GitHub Wiki

Command System Overview

Overview

The Command System is the core component responsible for generating, validating, and managing Minecraft commands. It provides a robust framework for creating complex commands while ensuring compatibility with the target Minecraft version.

Components

Command Parser

  • Parses user input into structured commands
  • Validates syntax based on Minecraft version
  • Handles arguments and parameters
  • Supports predefined command templates

Validation Engine

  • Ensures commands are valid for the selected Minecraft version
  • Checks parameter types and ranges
  • Verifies NBT data structure
  • Provides real-time feedback for errors

NBT Data Handler

  • Manages NBT (Named Binary Tag) data
  • Provides templates for common NBT structures
  • Validates NBT syntax and structure
  • Handles advanced NBT operations

Command Builder (Possible Feature)

  • Constructs commands from individual components
  • Manages parameters and variants
  • Supports chaining of multiple commands
  • Ensures proper formatting and validation

Template Engine (Possible Feature)

  • Provides customizable command templates
  • Manages template variables and placeholders
  • Validates templates for correctness
  • Supports advanced template customization

Usage Examples (Possible Feature)

Basic Command Generation (Possible Feature)

from command_builder import CommandBuilder

builder = CommandBuilder()
builder.set_type("give")
builder.set_target("@p")
builder.set_item("diamond_sword")
builder.set_count(1)
command = builder.build()

NBT Data Handling (Possible Feature)

from nbt_builder import NBTBuilder

nbt = NBTBuilder()
nbt.set_enchantment("sharpness", 5)
nbt.set_unbreakable(True)
nbt.set_custom_name("Legendary Sword")

Integration Points

Best Practices

  1. Command Validation

    • Always validate commands before generation
    • Check compatibility with the selected Minecraft version
    • Verify parameter ranges and types

  2. NBT Data

    • Use predefined templates for common structures
    • Validate NBT syntax and structure
    • Handle complex NBT data carefully

  3. Performance

    • Cache frequently used commands
    • Optimize validation processes
    • Use efficient data structures for large datasets

Related Documentation