This document is a comprehensive, beginner-friendly guide to understanding and utilizing JSON (JavaScript Object Notation) and TOON (Token-Oriented Object Notation) in the context of Artificial Intelligence, especially with Large Language Models (LLMs). Starting from the basics of data representation, we’ll explore why these formats are crucial for efficient AI communication, delve into their syntax and structure, and provide practical examples and projects to solidify your learning.
Table of Contents
- Introduction to JSON and TOON for AI Learn what JSON and TOON are, why they are indispensable in AI workflows, and how to set up your environment for working with them.
- Core Concepts: Understanding JSON Dive into the fundamental building blocks of JSON, including objects, arrays, and primitive data types, with hands-on examples and exercises.
- Core Concepts: Understanding TOON Explore the innovative structure of TOON, its token efficiency, and how it differs from JSON, accompanied by practical coding challenges.
- Intermediate Topics: JSON Schema and Validation Discover how to define and validate structured JSON data using JSON Schema, ensuring reliable data exchange with LLMs.
- Intermediate Topics: TOON’s Advanced Features and Best Practices Understand advanced TOON syntax, its optimal use cases, and best practices for maximizing token savings and LLM comprehension.
- Advanced Topics: Performance Comparison and Optimization A deep dive into the performance characteristics of JSON and TOON, including token cost analysis, and strategies for optimizing data transfer.
- Advanced Topics: Hybrid Approaches and Ecosystems Explore how to integrate JSON and TOON in hybrid workflows and examine the tools and libraries available for working with these formats.
- Guided Project 1: Building a Structured Data Extraction Agent A step-by-step project to build an AI agent that extracts structured information from unstructured text using JSON and TOON.
- Guided Project 2: Optimizing LLM Prompts with TOON Learn to refactor complex JSON prompts into token-efficient TOON to reduce costs and improve LLM performance in a practical application.
- Bonus Section: Further Learning and Resources A curated list of additional resources, courses, documentation, and communities to continue your journey in AI data formats.