Enumerators are present everywhere throughout the Ruby language, and with the addition of the Enumerator class in Ruby 1.9, enumerators have become all the more important. Read more

A memory leak is the gradual loss of available computer memory when a program (an application or part of the operating system) repeatedly fails to return memory that it has obtained for temporary use. Read more

Laravel Eloquent provides a very easy way to manage all development-related problems. It provides the freedom to write well-formatted, easy to read, sustainable, and well-documented code. With so many features it is one of the reasons behind Laravel’s success. Read more

Tailwind is a modern CSS framework. It is a utility-first-based framework and provides you with a unique set of utility classes which makes the development process very easy and results in making a unique design. Read more

A guide detailing how Ruby simplifies the system of creating and managing routes and resources. Read more

A look at how blocks and yield help make life easier for Ruby developers. We will also go through other Ruby keywords and concepts that are connected to blocks and understand how everything works together. Read more

Ruby 3 is set to turn a lot of heads with huge improvements in performance, memory management, static analysis, and coding standards, as well as the introduction of features like Ractors, automatic schedulers, unified typing, and so on. Read more

Python's memory management involves a private heap that is used to store your program’s objects and data structures. Read more

In this guide, we'll unpack Kubernetes monitoring by discussing why legacy methods fail, why we need specialized monitoring, what we should monitor and some of the popular tools teams tend to reach out for. Monitoring can be an overwhelming topic when it comes to Kubernetes, the goal of this post is to help break down the topic into digestible bits. Read more

There was a time when this had to be taken care of manually, but that isn’t the case anymore. Most programming languages today provide support for automatic garbage collection and have different ways of implementing it. However, understanding the workings of the principles deployed in these systems enables us to write code that is efficient and takes advantage of the underlying implementations. Read more