⚛️ Streamix and React

React apps can use streamix today. It is a TypeScript ESM library, so it can be imported from components, hooks, services, or event handlers.

The caveat: streamix does not disappear into React's model. It brings its own atoms, scopes, cleanup, async pipelines, DOM sources, networking, IoC, and coroutines. React already has conventions for many of those jobs.

So the honest answer is:

streamix is React-compatible, but it is not React-native.

It can be useful in React, especially for async orchestration, but it should be treated as a separate runtime with a clear boundary.

✅ Where It Fits

streamix fits best when React owns the UI and streamix owns workflow logic:

• event flows that are easier to express as pipelines
• sequential async workflows
• browser APIs that produce ongoing values
• Web Worker or coroutine-style workloads
• component-local orchestration with explicit cleanup
• services that feed React at a controlled boundary

A typical integration is manual but valid:

useEffect(() => {
  const unsubscribe = flow.subscribe(value => {
    setValue(value);
  });

  return () => unsubscribe();
}, [flow]);

⚠️ Where It Does Not Blend In

streamix overlaps with React and its ecosystem:

Concern	React ecosystem	streamix
Local UI state	useState, useReducer, external stores	atoms and derived atoms
Subscriptions	useSyncExternalStore	atom subscriptions and async iterables
Lifecycle	useEffect cleanup	scopes and cleanup sets
DOM events	JSX handlers and refs	listen and DOM sources
Data fetching	loaders, TanStack Query, SWR, Suspense patterns	pipelines and networking
Dependency sharing	Context and app patterns	streamix IoC
Workers	browser workers and framework tooling	coroutines and actors

This does not make streamix incompatible. It means you need to decide which runtime owns each part of the problem.

📊 Current Fit

Area	Fit	Notes
Package use	Good	React apps can import streamix normally.
TypeScript	Good	APIs are typed and work in TS projects.
Tree shaking	Good	ESM package with sideEffects: false.
Component usage	Partial	Works through effects, refs, and manual subscriptions.
Hook support	Missing	No official useAtom, useFlow, or useScope.
External-store bridge	Missing	No official useSyncExternalStore adapter.
Concurrent rendering	Unclear	No policy for snapshots, tearing, or render-phase reads.
Suspense	Missing	No official Suspense resource adapter.
SSR	Unclear	DOM, networking, and workers need explicit boundaries.

🧩 What A React Adapter Would Need

A React-specific entry point could make the boundary easier to repeat:

@epikodelabs/streamix/react

Useful APIs:

• useScope(options?) - create and dispose a streamix scope with a component
• useAtom(atom) - read an atom through useSyncExternalStore
• useFlow(flow, initialValue?) - expose the latest flow value to React
• useSubscription(source, callback, deps?) - bind a subscription to effect cleanup
• useAsyncIterable(source, options?) - consume async iterables with cancellation
• createSuspenseResource(source) - adapt async work to Suspense

These helpers would not make streamix part of React's core model. They would make the boundary safer.

🛠️ Practical Guidance

Use React first for React-shaped problems:

• local UI state
• rendering subscriptions
• JSX event handlers
• route and framework data loading
• server rendering boundaries
• existing data-cache workflows

Use streamix when the problem is better described as workflow orchestration:

• "listen to this source, transform it, cancel stale work"
• "run these async steps in order"
• "coordinate background work"
• "consume browser events as a flow"
• "keep this orchestration outside the component tree"

The clean architecture is not "replace React patterns with streamix." It is "let React render, let streamix orchestrate, and keep the handoff small."

🎯 Final Assessment

streamix can work well in React, but it should not be presented as seamless React ecosystem integration.

streamix is React-compatible today. It can live inside React apps as a companion runtime for async orchestration, but because it implements overlapping primitives itself, the integration boundary should be explicit.