What are the common pitfalls in LXMF development?

Common issues include confusing identity and destination hashes, exceeding size limits for opportunistic messages, and failing to wait for RNS path discovery before attempting to send data.

When should I use OPPORTUNISTIC vs DIRECT delivery?

OPPORTUNISTIC delivery is best for small messages (under ~295 bytes) that don't require an established link. DIRECT delivery should be used for larger messages or when a reliable data link is preferred.

What is the difference between an Identity Hash and a Destination Hash in LXMF?

An Identity Hash identifies a specific cryptographic identity, while a Destination Hash (LXMF address) is a truncated hash derived from both the application name and the identity, used to address a specific endpoint.

How does LXMF handle delivery to offline recipients?

LXMF uses PROPAGATED delivery, which sends messages to specialized propagation nodes. These nodes store the message and forward it once the recipient becomes reachable on the network.

LXMF Protocol Specialist

Name: LXMF Protocol Specialist
Author: torlando-tech

bytorlando-tech

API Development

Facilitates the development and integration of the Lightweight Extensible Message Format (LXMF) within Reticulum networking environments.

About

This skill provides deep technical expertise for building decentralized messaging applications using the LXMF protocol. It equips Claude with the specific knowledge needed to handle cryptographic identity derivation, manage destination hashes, and implement various delivery methods like opportunistic, direct, and propagated transport. By understanding the nuances of the LXMRouter and RNS integration, this skill helps developers avoid common pitfalls such as hash confusion and path discovery errors, ensuring robust communication over mesh and off-grid networks.

Key Features

Advanced LXMRouter configuration for delivery callbacks and propagation nodes
Implementation of LXMessage logic with Direct, Opportunistic, and Propagated methods
0 GitHub stars
Precise derivation of Identity and Destination hashes for secure addressing
Optimization of payloads for low-bandwidth RNS (Reticulum Network Stack) transports
State management tracking from message generation to delivery or failure

Use Cases

Developing cross-platform messaging clients that interface with Reticulum hardware
Configuring store-and-forward propagation nodes for offline message delivery
Building secure, off-grid chat applications or telemetry systems

About

Key Features

Advanced LXMRouter configuration for delivery callbacks and propagation nodes
Implementation of LXMessage logic with Direct, Opportunistic, and Propagated methods
0 GitHub stars
Precise derivation of Identity and Destination hashes for secure addressing
Optimization of payloads for low-bandwidth RNS (Reticulum Network Stack) transports
State management tracking from message generation to delivery or failure

Use Cases

Developing cross-platform messaging clients that interface with Reticulum hardware
Configuring store-and-forward propagation nodes for offline message delivery
Building secure, off-grid chat applications or telemetry systems