Setting up a development environment can be challenging, especially for new developers or those adapting to new developer tools. A well-configured environment is crucial for efficient coding, testing, and debugging, enhancing productivity and minimizing errors. This guide will walk you through everything you need to know, from the basics to advanced customizations for different operating systems.

As a CIO or IT leader, the need for speed and efficiency is always in tension with governance and compliance requirements. Sounds all too familiar – the frustration of slow incident resolution, outdated ownership records and resistance from engineering teams. You’ve sunk significant time and effort into implementing your ITSM platforms (such as ServiceNow), yet you struggle with buy-in and adoption from engineering teams. They can’t afford to be throttled any further.

The rise of remote development environments, like GitHub Codespaces, has certainly captured the spotlight in recent years. These cloud-based solutions offer flexibility and ease of access, making them an attractive choice for many developers. However, it’s important not to overlook the tried-and-true advantages of local development environments. Hosting your code locally on your machine can provide a more controlled, efficient, and secure environment for your development needs.

A development environment is a crucial setup of tools, configurations, and processes that developers use to build, test, and deploy software. Whether it’s a local setup on a developer’s local machine or a remote cloud-based solution, a development environment’s primary goal is to provide a seamless space where code can be written, tested, and executed efficiently. It’s never been more important to have a streamlined setup of cloud and development environments.

JavaScript errors are every developer’s nightmare. They’re not just irritating—they can stop your project dead in its tracks. And let’s face it, whether you’re a seasoned pro or just getting started, you’re bound to encounter these mistakes. But why keep tripping over the same issues? At Raygun, we’ve seen it all when it comes to JavaScript errors, and we know which ones are the real time-wasters.

The benefits of API mocking extend beyond just speeding up development. It enables developers to work independently of external APIs, eliminating delays caused by dependencies that may be out of their control. This independence is crucial for maintaining workflow efficiency, especially in complex projects involving multiple APIs. API mocking is invaluable for testing edge cases and error scenarios that might be difficult to reproduce with a live API.

Stack traces are important for debugging and understanding exceptions in.NET applications. They provide detailed information about the error and the call stack when an exception occurs, allowing us as developers to investigate why an error happened. In this post, I'll walk you through the basics of reading.NET stack traces and explore more advanced scenarios, including how multiple types of stack traces can be combined.