When discussing API design, REST or Representational State Transfer is what comes to mind first. It is a standard tool used for data retrieval from the server that accesses data by URLs.
Client applications whilst progressing into the new millennium was relatively simple. That is when REST had been developed and it became a good fit for many applications in due course of time.
In a typical/traditional data warehouse solution, the data is read into ETL memory, processed/transformed in the memory before loading into the target database. With the growing data, the cost of compute is also increasing and hence it becomes vital to look for an alternate design.
Welcome to pushdown query processing. The basic idea of pushdown is that certain parts of SQL queries or the transformation logic can be "Pushed" to where the data resides in the form of generated SQL statements. So instead of bringing the data to processing logic, we take the logic to where data resides. This is very important for performance reasons.
In this article, I will highlight how the glorious monarchical reign of REST (Representational State Transfer) APIs is declining and how the ecosystem is moving towards democracy. Today the API consumers decide what the format or protocol of the API should be.
In one of my previous posts, we discussed Domain and Integration events. In this post, we will look at modeling domain events in order to simplify the application.
You may also enjoy: The Role of the Domain Model With CQRS/Event Sourcing
There are certain triggers that can lead to domain events.
To use OKTA as a single sign-on identity provider.
Anypoint Platform account with admin access to organization account
The way we build software is changing.
Now, companies are going to market faster and building features at unprecedented rates all thanks to the surge in API platforms.
The term API Platform has been used synonymously by some vendors with API Management, Full Lifecycle API Management, and even the term API Gateway. Everyone loves to spice up a subject with the word platform but being loose with the term is cutting the subject short. What is an API Platform? An API Platform is all these things and more.
An API Platform’s purpose is to serve net new application development — building new capabilities, new experiences, nurturing ecosystems, and more. API Management, Full Lifecycle API Management, and API Gateways are tables stakes here of course. These bring life to API design and development, to lifecycle management, to policy and security enforcement, to analytics and to nurturing development communities as consumers of these APIs. All critical.
I see a lot of happy path bias when it comes to the development of APIs, but specifically when it comes to crafting testing to ensure APIs are delivering as expected. Happy path is a term used in testing to describe the desired outputs a developer and product owner are looking for. Making the not-so-happy path being about testing for outcomes that a developer and product owner are not wanting to occur. When it comes to API development, most developers and product owners are only interested in the happy path and will almost always cut corners, minimize the investment in, or completely lack imagination when it comes to less-than-happy path API testing.
There are many reasons why someone will have a bias towards the happy path when developing an API. Every API provider is invested in achieving the happy path for delivering, providing, and consuming an API. This is what generates revenue. However, in this quest for revenue, we often become our own worst enemy. Shining a spotlight on the happy path, while being completely oblivious to what the not-so-happy paths will look like for end users. Why do we do this?
The deployment of Mule applications can be managed using Maven. The Mule Maven plugin allows integrating the packaging, testing, and deployment of Mule applications with the Maven lifecycle.
It helps in automating the application deployment.
In this tutorial, we will learn how to perform CRUD operations with the help of HTTP requests firing from Postman.
http://127.0.0.1:5789/tutorialkart.
