Skippr Docs

Appearance

What a Good First WebSocket Integration Looks Like ​

July 2026

The smallest production WebSocket setup is one stable endpoint and one handshake model, not a generic promise that a live stream exists.

Short Answer ​

A good first WebSocket integration is one stable ws:// or wss:// URL, one known handshake model, and one mode that matches the stream you are consuming. The docs keep the source surface intentionally tight: url, optional headers, and mode. That means the smallest production version is one service endpoint that the runner can reach and keep open.

If the upstream service requires auth, keep the header names visible and move only the secret-bearing values to env vars. An Authorization header is a common case, but the real production boundary is the full handshake: correct URL, correct headers, and a network path that will not be silently killed by a proxy or idle timeout.

Why Teams Struggle with This ​

WebSocket work goes wrong when teams describe it as streaming in the abstract. The first production boundary is more specific than that: one endpoint, one handshake, and one connection that stays alive.

  • The runner has to reach the exact host and port behind the WebSocket URL and keep the socket open.
  • A bad header set can look like a generic handshake failure unless the auth model is kept explicit.
  • Proxy and firewall idle behavior matters as much as the URL itself once the connection is established.
  • Adding more endpoints before one stream is stable makes it hard to know whether the issue is auth, networking, or message shape.

How Skippr Handles It ​

Skippr keeps the WebSocket source close to the real interface. The config can show the endpoint and header names directly, which makes the first production setup much easier to review than an opaque wrapper script.

That also makes operations cleaner. During an incident, someone can verify which service endpoint the pipeline is trying to reach and which headers are expected without printing the secret values themselves.

  • Supports ws:// and wss:// endpoints with a simple source shape.
  • Keeps header names explicit while allowing secret values to come from env vars.
  • Uses mode to describe how the connector should consume the stream.
  • Works for authenticated and unauthenticated handshakes without changing the overall source contract.

What the First Useful Version Looks Like ​

The first useful version is one URL, one required header set, and one stable connection long enough to verify that messages are arriving in the shape you expect. That is enough to prove the handshake and the network path together.

Only after that should you widen the integration to more endpoints or more complex auth headers. A production start is about one reliable stream, not many partially working ones.