When responding to our clients, we can utilize various status codes defined by the HTTP protocol. Others wish to fully utilize HTTP's library of codes to inform their clients of any issues; some APIs simply use the most fundamental codes and develop their own error-signaling systems on top of them. This tutorial explains the CRUD actions and the status codes you should employ for a clean API design.
There may be dozens of off-the-shelf and Software-as-a-Service (SaaS) solutions available, but organizations still need to write their own applications if they expect to compete. We live in an experience economy, meaning every IT effort and spend inside modern enterprises must focus on providing better digital experiences internally and externally. These unique digital experiences, delivered using application software, are the key to standing out from the crowd and unlocking top-line growth.
As we all know, APIs are absolutely everywhere. APIs power almost every aspect of a modern tech business and even non-tech businesses. You may have an internal API that is used by developers to power internal systems and external APIs which expose functionality more publicly. As with any functionality, APIs can also be used to drive revenue by selling them to users in need. Whether you’re selling a REST API, GraphQL API, or other API, learning how to sell your API has become a popular ask.
Ruby on Rails is one of the most popular Ruby frameworks, but it's not the only one. Hanami 2.0 is faster than Rails and packed with exciting features—it might be the tool you need for your next project!
This article shows you how to use the Maestro UI testing framework to write the tests and run them locally or on the cloud.
Python is an extremely popular programming language for building RESTful APIs. Choosing the right framework to create your APIs with is a crucial factor in the initial build phases. In this post, we will explore 5 of the most popular REST API frameworks for building web APIs with Python. These frameworks all leverage Python but have varying levels of complexity and customization. First, let’s dig into some key factors in deciding which framework to begin building with.
Web applications usually rely heavily on databases, for the most part. And as applications grow, databases grow too. We keep scaling web servers and background workers to keep up with the heavy load. But eventually, the database needs to keep up with all the new connections from these processes. One way to tackle this is to grow a database with an app using vertical scaling. This means adding more CPU power and memory to the database server. But this is usually slow.
