meshpocalypse 1.3.0

Python SDK for Meshpocalypse Semantic mesh — NATS + RDF + ATF

meshpocalypse-semantic — Python SDK

Python SDK for the Meshpocalypse Semantic mesh layer.

Provides async Python access to:

• NATS messaging via MeshNode async context manager
• SPARQL queries against the mesh RDF graph via SparqlClient
• ATF trust checks via ATFClient

Install

pip install meshpocalypse-semantic

Quick Start

import asyncio
from meshpocalypse_semantic import MeshNode, ATFLevel

async def main():
    async with MeshNode("nats://localhost:4222") as mesh:
        # Publish a message
        await mesh.publish("mesh.events.my-agent", b"hello mesh")

        # Run a SPARQL query
        rows = await mesh.sparql.query(
            "SELECT ?agent WHERE { ?agent a <https://meshpocalypse.dev/ontology#Agent> }"
        )
        for row in rows:
            print(row["agent"]["value"])

        # Check ATF trust level
        level = await mesh.atf.get_trust_level("did:mesh:my-agent")
        if level >= ATFLevel.SENIOR:
            print("Agent has operational access")

asyncio.run(main())

Requirements

• Python ≥ 3.10
• NATS server running (e.g. docker run -p 4222:4222 nats:latest)
• nats-py >= 2.8.0, rdflib >= 7.0, protobuf >= 4.0

Development

cd python-sdk
pip install -e ".[dev]"
pytest

Notes

• BYOK: Bring your own NATS URL and LLM API keys — the SDK does not manage credentials.
• MeshNode must be used as an async with context manager; calling methods outside raises RuntimeError.
• SparqlClient requires a running Meshpocalypse SPARQL bridge on the NATS subject mesh.sparql.query.
• ATFClient requires the TypeScript ATF service on mesh.atf.trust.check.

See docs/integrations/python.md for the full usage guide.