(Hannes DuPreez) Hello and welcome to the third and final installment of this article series. So far, we have done a lot of work by building the shapes, the logic to resize them, the properties of the various shapes, and the lines measuring the distance between the shapes whilst moving them around.

(Brady Gaster) With .NET Core 3.0 Preview 6, we added authentication & authorization support to server-side Blazor apps. It only takes a matter of seconds to wire up an app to Azure Active Directory with support for single or multiple organizations.

(Ben Nadel) Last week, I discovered that Lucee 5 has the ability to iterate over data structures using parallel threads. This feature opens up the possibility of gathering data using asynchronous, parallel queries, something that is common place in the JavaScript / Node.js world but has never really

(Peter Vogel) While the concept of “service classes” probably has some value when it comes to organizing the objects you’re dealing with, the idea of a “service layer” has no value at all when it comes to building applications.

(Scott Hanselman) So, first, I’m having entirely too much fun with the new open source Windows Terminal. If you’ve got the latest version of Windows (go run Windows Update and do whatever it takes) then you can download the Windows Terminal from the Microsoft Store!

(Srinath M S) Here is how to split a concatenated string with a delimiter and remove empty entries.

(Eric Boersma) The introduction of Google Maps in 2005 changed the way we think about the internet. It’s hard to remember now, but there was a time where the internet was disconnected from the physical world. You

(Bipin Joshi) If you are tracking the progress of ASP.NET Core 3, you are probably aware that Blazor is getting a lot of attention and feature improvements.

(Ben Nadel) At work, we recently migrated from Adobe ColdFusion 10 to Lucee CFML 5. With such a significant jump in ColdFusion engines, there are a lot of new features that I’ve yet to even experiment with.

(James McCaffrey) Thompson Sampling is an algorithm that can be used to analyze multi-armed bandit problems. Imagine you’re in a casino standing in front of three slot machines.