When monetizing APIs, specific ways exist to entice customers to begin using your services. Much of the time, users like to see some value before they commit to becoming a full-blown paid customer. Other times, users want to start on a free tier and, hopefully, will upgrade later. One of the most popular billing providers we see used for API monetization is Stripe, and thankfully, by using Stripe and Moesif together, you can quickly implement a Freemium model.
Imagine having to restart WhatsApp whenever you anticipate a new message, or needing to reload the page every time you expect an update on the big game. That would be a terrible user experience! Today, users expect the UI to automatically update the moment information becomes available from the backend, so, of course, we must enable them in our applications. There are a handful of technologies, techniques, and services you can use to implement live updates in React.
NodeJS is a JavaScript-based backend framework for web applications. It enables fast, scalable, and efficient development with high concurrency and data streams. Choosing the right database for NodeJS applications is a challenge for developers. A database should store and manage the data, handle the volume and velocity of data, provide the features and functionality you need, and be compatible, easy, secure, and reliable with NodeJS.
When working with money in an application, ensuring everything is accounted for is important. In this post, we will explore some common methods and best practices of handling money in your Ruby app, and see how you can use money-rails to write maintainable money-handling code. Let's get started!
Whether it's invoice processing or compliance management, it's likely that your organization grapples with numerous processes centered around documents. And for many, a relentless increase in document volume without an efficient way to process them has continued to challenge productivity. The manual handling of documents not only consumes time and effort but also introduces errors, which creates more costs.
An array is like a box with compartments, where you can store a set number of items of the same kind. Arrays play a crucial role in Kotlin, helping us hold many items together. They allow us to send multiple values to a function easily, or make various changes to the data. There are various different forms of arrays in Kotlin, including the object-type array, represented by something called the array class.