tailscale 0.2.0

Embed Tailscale userspace networking in any Dart or Flutter app. Join a tailnet, discover peers, and communicate over encrypted WireGuard tunnels — no Tailscale app required.

0.2.0

• tsnet.Server.Close() doesn't fire a terminal state through the IPN bus, so onStateChange subscribers drifted from the engine — stuck at the pre-stop value (usually Running) and their UI routing went stale.
• Stop() now publishes Stopped, gated on srv != nil so a no-op stop stays silent. Logout() follows up with NoState after wiping creds (full sequence on logout from a running node: Stopped → NoState).
• Rewrites the onStateChange lifecycle e2e group around a new _recordUntil helper that captures full emitted sequences, and adds coverage for the no-op-down guard, broadcast delivery to multiple subscribers, and the ordered Stopped → NoState emit on logout.

0.1.0

• Initial release.
• Embed a Tailscale node directly in any Dart or Flutter application.
• Tailscale.init() — configure once at startup with state directory and log level.
• up() — start the embedded node and connect to a Tailscale or Headscale network.
• http — a standard http.Client that routes requests through the WireGuard tunnel.
• listen() — accept incoming traffic from the tailnet, forwarded to a local port.
• status() — typed TailscaleStatus with NodeState enum, local IPs, and health.
• peers() — typed PeerStatus snapshots, separate from status for lightweight polling.
• onStateChange / onError — real-time streams pushed from Go via NativePort (no polling).
• down() — disconnect, preserving state for reconnection.
• logout() — disconnect and clear persisted state.
• NodeState enum: noState, needsLogin, needsMachineAuth, starting, running, stopped.
• Automatic native Go compilation via Dart build hook — no manual build steps.
• Zero main-isolate jank: all FFI calls run on a background isolate.
• Supports iOS, Android, macOS, Linux, and Windows.
• Works with Tailscale and self-hosted Headscale control servers.
• Full test suite: unit, FFI integration, and E2E against Headscale in Docker.