How does this skill handle state consistency?

It guides developers in implementing commutative monoids for state merging. This ensures that the order in which updates arrive doesn't matter, allowing all peers to eventually reach the same state.

What is Freenet's 'Contract is the Key' concept?

In Freenet, a data key is the cryptographic hash of the WebAssembly (WASM) code that controls it. This ties the identity of the data directly to its logic, creating a trustless system where data is self-verifying.

What language is used for Freenet dApps?

Freenet contracts and delegates are primarily built using Rust and compiled to WebAssembly (WASM) to run across the peer-to-peer network.

Why do I need a Delegate in a Freenet app?

Delegates run locally on your device within the Freenet Kernel. They act as a trust zone to safely store secrets and private keys, performing sensitive operations like signing before data is sent to the public network.

Freenet dApp Builder

Name: Freenet dApp Builder
Author: freenet

byfreenet

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开发者工具

Builds decentralized applications on the Freenet platform using established architecture patterns and Rust-based WASM contracts.

关于

This skill provides comprehensive guidance for architecting and implementing decentralized applications (dApps) on Freenet. It helps developers design trustless contracts for shared state, local delegates for private data management, and reactive user interfaces using Dioxus. By following the 'River' architecture pattern, it ensures that developers implement proper state synchronization using commutative monoids and cryptographic verification for robust, serverless P2P applications.

主要功能

Guided design for shared-state smart contracts using Rust and WASM
1 GitHub stars
Implementation of local delegates for private key management and secrets
Standardized project structure templates for Freenet dApps
Dioxus-based frontend development for decentralized user interfaces
Architecture patterns for eventual consistency via commutative monoids

使用场景

Building a peer-to-peer key-value store with self-verifying data logic
Designing a decentralized social network or chat application like River
Implementing a local middleware delegate to handle private user encryption

关于

主要功能

Guided design for shared-state smart contracts using Rust and WASM
1 GitHub stars
Implementation of local delegates for private key management and secrets
Standardized project structure templates for Freenet dApps
Dioxus-based frontend development for decentralized user interfaces
Architecture patterns for eventual consistency via commutative monoids

使用场景

Building a peer-to-peer key-value store with self-verifying data logic
Designing a decentralized social network or chat application like River
Implementing a local middleware delegate to handle private user encryption