Documentation Index
Fetch the complete documentation index at: https://docs.m4trix.dev/llms.txt
Use this file to discover all available pages before exploring further.
The AgentNetwork wires everything together. You declare channels, register agents with their subscriptions and publish targets, and the network manages the event plane at runtime.
Setting Up a Network
import { AgentNetwork } from '@m4trix/core/matrix';
const network = AgentNetwork.setup(
({ mainChannel, createChannel, sink, registerAgent }) => {
const main = mainChannel('main');
const client = createChannel('client').sink(sink.httpStream());
registerAgent(myAgent).subscribe(main).publishTo(client);
},
);
Setup Context
| Tool | Description |
|---|
mainChannel(name) | Designates the main channel where start events are published |
createChannel(name) | Creates additional named channels |
sink | Provides sink factories (e.g. httpStream(), kafka()) |
registerAgent(agent) | Registers an agent and returns a binding builder |
spawner | Creates a spawner for dynamic agent creation (multi-tenant) |
Multi-Agent Patterns
Agent Chain
Events flow through a series of agents:
registerAgent(plannerAgent).subscribe(main).publishTo(processing);
registerAgent(executorAgent).subscribe(processing).publishTo(client);
Fan-Out
One event triggers multiple agents in parallel:
registerAgent(agentA).subscribe(main).publishTo(client);
registerAgent(agentB).subscribe(main).publishTo(client);
registerAgent(agentC).subscribe(main).publishTo(client);
Multi-Channel Routing
Different agents on different channels:
registerAgent(routerAgent).subscribe(main).publishTo(internal);
registerAgent(workerAgent).subscribe(internal).publishTo(client);
registerAgent(loggerAgent).subscribe(main).subscribe(internal);