Systems | Development | Analytics | API | Testing

Git is one of the most widely used collaboration tools in Software development. Even software developers working without teams often use Git as a version control system. Most people interact with Git through the command line, but many code editors and IDEs have Git integrations with built-in tools to make your workflow easier. Though Git is widely used, many developers only have a surface-level appreciation of all that Git has to offer.

Why is data important, you ask? And, how does blockchain technology help organizations when sharing data? Well, in today's fast-paced world of technology, staying ahead of the game is crucial for businesses. To do that, you need a deep understanding of your product, market, and competition. And that's where data steps in - it's the crucial element that can make all the difference.

Application programming interfaces (APIs) power numerous applications and services. In today’s fast-paced digital landscape, seamlessly accessing digital services across devices and platforms have become the defining trait of modern software systems. APIs also play an important role in defining this connectivity. When you begin developing an API, you may not pay much attention to API documentation or the development tools you employ.

If you're like me and have less than twenty years of software engineering experience, the thought of a world without Git doesn't seem possible. When I started to research for this post, I almost fell out of my chair when I read that Git was created in 2005. It doesn't seem that long ago... either that, or I'm simply getting old. When I started programming, I asked myself a question I sometimes still ask myself today - How does git work? I often find myself being scared of certain Git commands.

Encountering Java Error 1603 during Java installation can be frustrating, especially when you’re eager to get your software up and running. This is a common, tricky issue that signals a failed installation often due to conflicting software, incomplete previous installs, or insufficient system permissions. Understanding the issue’s root causes and how to tackle them can save time and prevent future headaches.

We're thrilled to announce the release of N|Solid 6, the latest version of our powerful tool designed to elevate your production Node.js applications and services. Packed with advanced features and enhancements, N|Solid 6 offers unparalleled insights and operational control, making it the go-to solution for monitoring, diagnosing, and securing your critical Node.js applications.

Container technologies are always evolving — and we're not talking Tupperware here. Over the past years, service mesh has emerged as a crucial component for managing complex, distributed systems. As organizations increasingly adopt Kubernetes for orchestrating their containerized applications, understanding how to effectively implement and utilize a service mesh within this environment becomes paramount.

A bug in software can be disruptive, elusive, maddening, and invasive. Indeed, a developer often needs the tenacity of Edison to find and fix an issue. But grit isn't the only asset a developer requires. One also needs information to debug code: What are the symptoms and effects of the issue? What is its frequency? Pervasiveness? Provenance? The evidence and artifacts of a bug — a core dump, stack trace, log, or test case — are invaluable.

AppSignal's Node.js package now offers out-of-the-box support for the AMQPlib package, enabling monitoring of inbound and outbound messages from popular Advanced Message Queuing Protocol (AMQP) brokers like RabbitMQ. In this article, we'll show you how to set up and use AppSignal to monitor your AMQP broker's performance.