Stand: Mai 2026 · Datenquelle: Bluesky-Firehose (letzte 7 Tage) + Bluesky-API · Methodik: siehe Abschnitt 8
For a bit of CNCF xRegistry magic:
curl -o docker-compose-gh.yml https://raw.githubusercontent.com/xregistry/xrproxy/main/docker-compose-gh.yml
docker compose -f docker-compose-gh.yml up After a little while (give it a couple minutes to settle after the images have been pulled), you'll get a metadata viewer at http://localhost:8080/viewer and an xRegistry API endpoint at http://localhost:8080/registry
What are you looking at? The viewer shows our test registry at xregistry.soaphub.org with endpoints and messages and schemas, but it also shows other metadata that illustrates why we call the registry "extensible":
This article describes how Contoso Autowerks uses a Unified Namespace (UNS), captured formally in an CNCF xRegistry, to integrate its manufacturing systems.
Mind that this is a fictional example to illustrate the concepts of a Unified Namespace and how CNCF xRegistry can be used to capture the metadata of the namespace.
This project provides a web application for real-time monitoring of ADS-B messages using dump1090. The application consists of a FastAPI backend and a frontend that displays various statistics in real-time using Chart.js.
I don't have time to package this up at the moment.
- Message Rate Statistics: Computes and displays message rates over different intervals (5s, 15s, 30s, 60s, 300s).
- Signal Strength Statistics: Computes and displays minimum, maximum, and average signal strength over 30 seconds.
| Sub RevertSafeLinks() | |
| Dim objMail As MailItem | |
| Dim objInspector As Inspector | |
| Dim objInlineResponse As Object | |
| ' Check for inline response first | |
| Set objInlineResponse = Application.ActiveExplorer.ActiveInlineResponse | |
| If Not objInlineResponse Is Nothing Then | |
| Set objMail = objInlineResponse | |
| ProcessMailItem objMail |
| // This code was auto-generated by xRegistry CLI | |
| #nullable enable | |
| using System; | |
| using System.IO; | |
| using System.Text.RegularExpressions; | |
| using System.Threading.Tasks; |
April 2024, by Clemens Vasters, Microsoft Corp.
- Notational Conventions
- Interoperability issues of the Avro JSON Encoding with common JSON usage
- The "Plain JSON" encoding
The Apache Avro project defines a JSON Encoding, which is optimized for encoding data in JSON, but primarily aimed at exchanging data between implementations of
| I wrote the code, ChatGPT the text. I'll eventually write an actual article, but this will do: | |
| ### Consuming and Creating (Structured, JSON) CloudEvents in Azure Stream Analytics | |
| Hey devs, today we're going to talk about working with structured JSON CloudEvents in Azure Stream Analytics. We'll be using some straightforward SQL-like queries to get this done, and I promise to keep the jargon to a minimum. Let's get started. | |
| #### Setting Up Your Event Stream | |
| We assume that the input is an Event Hub that multiplexes CloudEvents in structured JSON format. |