What is the purpose of the @public decorator in Hathor Blueprints?

The @public decorator marks methods that can be called externally to modify the contract's state. These methods always require a 'ctx: Context' as their first parameter.

What are Hathor Blueprints?

Hathor Blueprints, also known as nano contracts, are smart contracts for the Hathor blockchain written in a specialized, sandboxed Python 3.11 environment.

How do Hathor containers differ from standard Python lists and dicts?

Hathor uses specialized containers (DictContainer, DequeContainer, and SetContainer) that persist data to the blockchain storage. They have restricted method sets; for example, you cannot use .keys() or .values() on a blockchain dict.

Does this skill support standard Python libraries like requests or json?

No, Hathor Blueprints operate in a sandboxed environment. Only specific modules like math and typing are permitted to ensure deterministic execution on the blockchain.

Hathor Blueprint Development

Name: Hathor Blueprint Development
Author: HathorNetwork

byHathorNetwork

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API Development

Develops and debugs Hathor blockchain nano contracts using specialized Python 3.11 smart contract patterns.

About

The Hathor Blueprints skill enables Claude to architect, implement, and audit Hathor blockchain nano contracts within a specialized Python 3.11 environment. It provides strict adherence to the Hathor virtual machine's constraints, including sandboxed imports, custom persistent container types, and specific decorator-driven execution models. This skill is essential for developers building decentralized applications on the Hathor Network who need assistance with state management, token operations, and secure smart contract logic according to the network's unique specifications.

Key Features

Standardized Python 3.11 blueprint templating and structure
Context-aware logic for @public and @view method decorators
Implementation of persistent blockchain containers (Dict, Deque, Set)
Validation of Hathor-specific sandboxed imports and restricted libraries
1 GitHub stars
Token management automation including minting, melting, and authorities

Use Cases

Designing custom nano contracts for decentralized finance (DeFi) applications on Hathor
Debugging state initialization and container persistence logic in existing blueprints
Implementing secure token deposit and withdrawal workflows using Context API

About

Key Features

Standardized Python 3.11 blueprint templating and structure
Context-aware logic for @public and @view method decorators
Implementation of persistent blockchain containers (Dict, Deque, Set)
Validation of Hathor-specific sandboxed imports and restricted libraries
1 GitHub stars
Token management automation including minting, melting, and authorities

Use Cases

Designing custom nano contracts for decentralized finance (DeFi) applications on Hathor
Debugging state initialization and container persistence logic in existing blueprints
Implementing secure token deposit and withdrawal workflows using Context API