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# Description Add a local browser-based operator console for the synthetic recycling line, using direct, encrypted OPC UA connections and the existing typed coordination interface. - Extract a sample-local, non-packable `Recycling.Client` library shared by the server and console. Preserve the model XML bytes, namespace/type identifiers, resource identity, wire format and journal schema; the server retains its .NET 8/9/10 targets. - Add a .NET 10 ASP.NET Core workstation host with bounded SSE state/trend delivery, native companion inspection, paged material/genealogy reads, and role-limited coordinator commands. Exact command envelopes are retained for explicit retries; uncertain outcomes are not automatically reissued. - Add the operator interface using local HTML/SVG, CSS and JavaScript modules: ten process groups, substep inspection, faults/constraints, persistent quality holds, trends, material tracing and simulator administration. Show raw quality/provenance and handle stale data, run changes, browser expiry and large identifiers explicitly. No browser-generated plant telemetry or frontend framework/npm build is introduced. - Keep application/user credentials in external certificate stores. Use strict X.509 trust, signed/encrypted UA sessions, local browser bootstrap sessions, same-origin/CSRF checks, and a conservative configured control ceiling. This is a local synthetic sample, not a physical emergency-stop or shared remote-user system. - Register `recyclingserver` and `recyclingclient` in the existing Images CI matrix, using source/prebuilt Dockerfile stages and the existing portable-IL/multiarchitecture packaging flow. Add an optional loopback-published Compose console service. No new schedules or NuGet publication entries are added. - Add managed, real-UA, Chromium, NativeAOT and image-contract qualification, with Microsoft.Playwright as a test-only centrally managed dependency, and update usage/deployment documentation. ## Checklist _Put an `x` in the boxes that apply. You can complete these step by step after opening the PR._ - [ ] I have signed the [CLA](https://opcfoundation.org/license/cla/ContributorLicenseAgreementv1.0.pdf) and read the [CONTRIBUTING](https://github.com/OPCFoundation/UA-.NETStandard/blob/master/CONTRIBUTING.md) doc. - [ ] I have added tests that prove my fix is effective or that my feature works and increased code coverage. - [x] I have added all necessary documentation. - [x] I have verified that my changes do not introduce (new) build or analyzer warnings. - [ ] I ran **all** tests locally using the **UA.slnx** solution against at least .net **framework** and .net **10**, and all passed. - [ ] I fixed **all** failing and flaky tests in the CI pipelines and **all** CodeQL warnings. - [ ] I have addressed **all** PR feedback received. --------- Co-authored-by: Copilot Autofix powered by AI <175728472+Copilot@users.noreply.github.com>
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Sample applications
This repository contains a large collection of platform-independent samples
that demonstrate the stack's client, server, PubSub, companion-model, and
developer-tooling APIs. Each sample has its own README.md with build and run
instructions. If you are new to the SDK, start with the
minimal samples.
Contents
- Minimal samples
- Reference applications
- PubSub samples
- Companion-model samples
- OpenUSD site composition
Minimal samples
Getting started runs the Minimal Boiler Server and the Minimal Client together.
- Minimal Boiler Server — minimal Boiler-model server with the fluent state-machine builder; Native-AOT publishable.
- Minimal Client — hosted client that discovers a secure endpoint of the Minimal Boiler Server, creates a subscription, browses, and reads; Native-AOT publishable.
- Minimal Calc Server — minimal server built on the source-generated NodeManager pipeline and Calc model.
Reference applications
- Console Reference Server — the certified reference server with Quickstarts, CTT, and Mono configurations. It also ships as a Docker container.
- Console Reference Client — cross-platform reference client demonstrating sessions, subscriptions, browsing, and method calls.
- Console LDS Server — a standalone
Local Discovery Server built on
Opc.Ua.Lds.Server.
PubSub samples
- Console Reference PubSub Client —
one executable with
publisher,subscriber, andexternalexternal-server-adapter modes across the supported transport profiles.
Companion-model samples
- Generic recycling simulation — one durable causal coordinator and ten process views with typed OPC UA coordination, native companion equipment, material genealogy and read-only committed measurements. Its optional operator console walkthrough covers browser inspection and role-limited controls with screenshots and an animated tour. The guide distinguishes synthetic simulation from calibration, original-source parity and formal companion certification.
- Pump Device Integration Server —
Device Integration Part 100 server using
Opc.Ua.Di.Server's fluent builder. - AMB Server — OPC 10000-110 Asset Management
Basics with
AddAssetManagementnext toAddMachinery: a cooling pump and a flow sensor (Device Integration devices) and a hydraulic press (a Machinery machine) as assets with configurable AssetIds, health alarms with root causes, maintenance activities, documentation links, locations and persistence, and a simulation that raises alarms and moves the maintenance on. - AMB Client — discovers every asset with
AmbClient, prints snapshots and the location hierarchies, adds and removes a documentation link, and streams health alarms and maintenance activities. - Minimal Robot Server — OPC 40010 Robotics with independently configurable RSL/GPOS motion and live OpenUSD transforms.
- Intent Enabled Robot — collaborative arm exposing task-level Robot Intent motion verbs, Part 10 program lifecycle, missions, command authority, and safety-aware refusal.
- Intent Viewer Client — click a target in an OpenUSD viewport and watch the arm execute the resulting intent; it also runs headless.
- Bin Picking Cell — Robot Intent, Vision, an eye-in-hand camera, and an in-address-space OpenUSD scene in one reference cell.
- Bin Picking Client — closes the Vision-to-Robot-Intent loop, with optional MCP hosting and an OpenUSD viewport.
- Visual Inspection Cell — hosts Vision, AI Model Management, ISA-95 Job Control V2, and an operator dialog for deterministic machined-bracket inspection.
- Visual Inspection Agent —
drives the inspection loop with typed clients, routes inference through
deployment
Invoke, applies recipe verdicts, schedules allowlisted jobs, and records operator ground truth. - AI Model Management sample —
ModelManagementServerpublishes the draft AI Model Management catalogue and routes inference;ModelManagementClientdiscovers deployments and exercises the Methods. - Machine Vision server and client — released OPC 40100-1/-2 in Machinery, with recipe/file workflows and a shared draft/native inspection engine.
- MachineTool and WMTP — separate or combined MachineTool/peripheral hosting, independent simulated instances, retained and modern production, remote files, measurement configuration and record workflows.
- GMS server and client — native systems, qualification, environmental conditions and typed result/characteristic/correction workflows.
- Cranes and Hoists — Robotics-derived topology, acquisition quality and authorized simulated limit requests.
- Combined companion suite — MachineTool, WMTP, GMS, CranesHoists and MachineVision on one DI/Machinery owner, with isolated instances and a bounded real-session self-check.
- Minimal ISA-95 Server — hosts the OPC-10030 ISA-95 Common Model with OPC-10031-4 Job Control V1 and V2, using the typed common-model builder and in-memory Job Control provider.
OpenUSD site composition
- Generator Server — simulated generating sets with datasheet-driven behavior and independent OpenUSD twins.
- Site Composition Server — federates the pump and generator servers into one live OpenUSD site.
Run the complete site demo from the repository root:
pwsh samples/OpenUsd/SiteCompositionServer/run-site-composition-demo.ps1