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Today’s release of Node.js integration supports PostgreSQL as well as all the consumers of the pg library.

If you haven’t checked out the first two part of our ‘Diagnostics in Node.js’ series, click here and the second part here. This is a 3-part blog series on Node.js. It is based on Colin Ihrig's talk at JSConf Colombia. Let’s begin! 🚀

We are thrilled to announce Bugfender’s new javascript SDK for the frontend, which applies the simplicity of our mobile SDKs to web applications. Bugfender JS has all the features that you already know from iOS and the Android SDKs, enabling you to: In this blog, we’re going to tell you how to access our new SDK, provide a quick overview of its benefits, and bring you up to speed with the evolution of the Bugfender project.

Running software uses computer memory for data structures and executable operations. How this memory is accessed and managed depends on the operating system and the programming language. Many modern programming languages manage memory for you, and Ruby is no different. Ruby manages memory usage using a garbage collector (also called gc). In this post, we’ll examine what you, a Ruby developer, need to know about Ruby’s gc. Use the links below to skip ahead in the tutorial.

Memory leaks are something every developer has to eventually face. They are common in most languages, even if the language automatically manages memory for you. Memory leaks can result in problems such as application slowdowns, crashes, high latency, and so on. In this blog post, we will look at what memory leaks are and how you can avoid them in your NodeJS application. Though this is more focused on NodeJS, it should generally apply to JavaScript and TypeScript as well.

Today, we're kicking off a study on the impact of COVID-19 on mobile development, -developers and the companies that employ them. Participate in the survey here, and we'll share our findings with you in a few weeks. Read on to find out exactly what we're planning.