📄️ Overview
The compression system within Honeycomb is designed to optimize the storage and handling of transactional data. It leverages custom macros to define compressed account data structures and custom events through no-operation transactions (noop txs). Here's a closer look at these components:
📄️ Tools
The hpl-toolkit Rust crate is an essential component for interacting with Honeycomb's compressed account structures. Below is a comprehensive guide on its functionalities and how to utilize them within your program.
📄️ Demo
The following Anchor demo program serves as a practical guide to integrating Honeycomb's compression capabilities within Solana smart contracts. Utilizing the hpl-toolkit, this program exemplifies how to create, update, and manage compressed accounts efficiently, employing Merkle trees to ensure data integrity and minimize storage costs. By walking through this program, developers will learn to harness controlled Merkle trees, implement custom schemas, and interact with the Digital Asset RPC Infrastructure (DAS), all while adhering to Solana's high-throughput and low-cost transaction model.