Idempotent operations produce the same result even when the operation is repeated many times. The result of the 2nd, 3rd, and 1,000th repeat of the operation will return exactly the same result as the 1st time. In this post, we will demystify the concept of idempotency—a fundamental property that ensures consistency, predictability, and reliability in APIs and distributed systems.

If you have worked mainly with REST APIs, there’s a chance you might not be acquainted with asynchronous APIs and their protocols, such as WebSockets, Kafka, and AMQP. Asynchronous APIs enable you to manage multiple requests simultaneously to communicate between services effectively. Many similar tasks can be performed using both these APIs; however, some use cases can be managed better with a particular API. Let’s delve deeper into the difference between synchronous and asynchronous APIs.

An API is a shared code that connects two or more parts of an application. An API is really just a set of instructions, which both the client and server understand.But why do we need to talk about APIs? One reason is that APIs are essential for building robust applications.

Running an API call as a scheduled task is a common need for any business. Whether you need to synchronize data between two endpoints or regularly pull information from one system to another, it makes sense to automate the process rather than remembering to do it manually every time. As sysadmins everywhere know — you can schedule API calls with Cron.

An Enterprise Resource Planning (ERP) system is critical to supporting core business processes within large organizations. The ERP establishes a consolidated view of multiple systems including but not limited to inventory, sales data, manufacturing platforms, HR systems, CRM and many more. Most ERPs will seek to satisfy a particular industry need.

Application programming interface keys are an essential part of using APIs. But what are API keys, exactly? API keys are authentication tokens in the form of unique strings of characters that allow you to access the data or web services an API offers. They act as a form of user authorization, proving that you are authorized to make requests to the API. In this article, we will discuss how API keys work and how you can use them to access the data offered by APIs.

Web Services Description Language (WSDL) and Simple Object Access Protocol (SOAP) are integral to the world of web services. But what is WSDL in SOAP? In a nutshell, WSDL, an XML-based language, defines how to communicate using SOAP, outlining the operations and data required. This guide offers a deeper dive into these pivotal technologies, unraveling their functionalities, importance, and challenges. Here’s the key things to know about WSDL in SOAP: Table of Contents.

Here we’ll review Azure SQL vs MySQL, and what their differences are. Databases have been around for ages. From ancient paper based records to modern computerized systems, they essentially serve one purpose, which is to enable data storage in a way that is structured, permanent and easily retrievable or referenced, while maintaining its integrity. Here’s the key things to know about picking Azure SQL vs MySQL: Table of Contents.

Handwriting code for database APIs can be a time consuming and expensive process that often exposes organizations to a variety of risks relating to quality, consistency, and developer effort. DreamFactory specialises in REST API generation for a range of databases that gives you the ability to generate a secure, fully documented API in minutes.

Handwriting code for database APIs can be a time consuming and expensive process that often exposes organizations to a variety of risks relating to quality, consistency, and developer effort. DreamFactory specializes in REST API generation for a range of databases that gives you the ability to generate a secure, fully documented API in minutes.