Overview

omega-angular is a small Angular + RxJS library and optional tooling (ESLint rules, eslint-then builders, schematics) that implements the Omega architecture: a shared OmegaChannel, OmegaIntent requests, OmegaFlow orchestration, OmegaAgent side effects, and an OmegaFlowManager that routes intents to active flows.

When to read this page

Use this page as the map of the documentation. For concrete problems and solutions, read What Omega solves. For motivation and trade-offs, read Vision & why Omega.

What you will use in an app

Piece	Responsibility
provideOmega()	Registers the channel, flow manager, flows, and optional bootstrap / agents (see omega-setup.ts).
OmegaFlowManager	Routes handleIntent to every active flow; forwards channel events to those flows’ onEvent.
OmegaChannel	Broadcast bus of OmegaEvent (no replay).
OmegaFlow	Feature orchestration: validate, emit events; keep HTTP out of the flow when using the recommended layout + ESLint.
OmegaAgent	Listens to all channel events and runs behavior engines → reactions (your code performs HTTP, storage, analytics).

Relationship to Angular

Omega does not replace Angular primitives such as Router, HttpClient, or inject(). It adds a collaboration layer so that UI, flows, and IO stay decoupled behind intents and events. Typical integration patterns are covered in Navigation & Router.

Source of truth for APIs

This site explains behavior and patterns. The authoritative API list is the package export surface (public-api.ts in the repo) and the TypeScript declarations shipped in omega-angular (including TSDoc on public symbols). Use API reference as a navigable map.

What’s next

Goal	Guide
Problems → Omega answers	What Omega solves
Copy-paste examples	Cookbook
Folders & wire tables	Wire names & feature layout
Unit tests	Testing
Install and scaffold	Getting started
Mental model and glossary	Core concepts
End-to-end sequence	Data flow
Exports cheat sheet	API reference