Many API developers and companies struggle to find ways to easily set up systems to monetize their APIs. Some are simple but not customizable, some are complex and require massive engineering effort to actually get it all running. To make things easier, Moesif created a feature a few months ago called Billing Meters which gives massive customizability but with a minimal amount of code and engineering effort.
Welcome to the fascinating world of Payment APIs! Imagine you're a budding entrepreneur with a brilliant idea for an online store. You want to offer a seamless payment experience to your customers, ensuring smooth credit card transactions and hassle-free order tracking. But where do you start? That's where Payment APIs come into play! Now, let me ask you a question: Have you ever purchased something online using your credit card? Of course, you have!
Application Programming Interface (API), is like a hidden gateway that holds the key to unlocking a world of interconnected possibilities. An API acts as the intermediary software that sends a request to a server and subsequently transmits the server's response back to the client. It acts as a secret passage connecting various software systems, enabling them to communicate, collaborate, and exchange information seamlessly.
Almost every modern web browser includes a powerful suite of developer tools. In our previous blog-post we covered How to Measure Node.js server response time with N|Solid, read more 👉 HERE. The developer tools have a lot of capabilities, from inspecting the current HTML-CSS and Javascript code to inspecting the current ongoing network communication client-server.
In this article, we'll introduce Ruby on Rails' lesser-known but powerful cousin Sinatra. We'll use the framework to build a cost-of-living calculator app. By the end of the article, you'll know what Sinatra is and how to use it. Let's go!
A great experience isn’t just about quality products and services or fast response rates. Users today expect all of that and more. They want easy, on-demand access to information and services from any device at any time. And they expect transitions across devices, locations, and processes to be seamless.
Even the most prominent and reliable frameworks are notorious for burning out resources if not configured perfectly. In this post, we are about to take a look at how Ruby, one of the most prominent programming languages and an awesome web application alternative when combined with Rails, manages memory, and how you can make it perform even better. Ruby is a scripting language built for use in web applications and similar stuff.
