A short while back I wrote a piece, Why Message Queues Suck. The gist of the piece is that for the same labor and overhead required to implement and maintain an inter-service notification architecture using message queues, you can just as easily implement inter-service notification by Direct To Endpoint communication. (Please see Figure 1 below.)
As you might imagine, the piece caused quite a stir, particularly on Reddit.
Keeping up to date with the latest versions of NodeJS comes with several advantages including access to the latest language features (as seen in Node Green) as well as performance improvements that can have a direct impact on your web services. The benefits are even more prominent in the context of a microservice architecture where there’s a constant need to orchestrate and maintain different versions of NodeJS across many instances.
Application program interfaces (APIs) have become extremely valuable to hugely successful companies such as Facebook, Twilio, and Expedia. They are, in fact, a strategic investment for any business. You can offer your APIs as your entire business, have your APIs become part of your core business, or even use other companies’ APIs to build your business – you get the idea.
In this post, I will show the differences between chaining flows with VM transport versus chaining flows with flow reference. When I need to divide my Mule flows into reusable units, I often break them into smaller flows and then chain them together in a main flow.
Flows can be chained together using flow-refs or using VM connectors; most recent examples use the flow-refs. However, flow-refs are a Mule 3 addition and in Mule 2 VM connectors were used to chain flows.
This all began with a very popular request: “We want to be able to throw an Exception from a flow”. The motivation for this is that it’s fairly common to run into “business errors” (errors not related to the handling and transmission of data but the data itself) which should actually be treated in the same way as a connection or system error (things like the remote endpoint is down).
Given the popularity of the request we decided to look into it and started by asking: “which are the use cases in which you would throw an exception?”.
We are very happy today to unveil today not one, but two major updates across the MuleSoft developer experience: 1.) our brand new documentation platform, and 2.) a totally revamped developer forum.
A brand new doc platform
You can have the greatest technology in the world, but it means nothing if you don’t have fast, intuitive, and eminently searchable documentation by its side. When you couple those two things together,
If you have read the Mule ESB 3.7 release notes then you already know what I’m about to say, but just to recap, here we go…
A lot of effort was put in 3.7 to upgrade our libraries stack. That effort actually began in 3.6, and although the list of upgraded libraries is not so big as it was on that release, it’s somehow more significant given that we upgraded some dependencies that we held very close to our hearts and core.
Tired of googling and reading about OData without having a chance to play with it? Get happy then, this post is for those pragmatics like me that enjoy learning by doing rather than dealing with theory. If you enjoy the trial and error process, I can assure you that you won’t be disappointed.
What is OData? Open Data Protocol (OData) is an open protocol to allow the creation and consumption of queryable and interoperable RESTful APIs in a simple and standard way.
This post is the second in a three-part series covering the IoT projects that came out our first internal hackathon of the year and that we had on display at our first Integration of Things Zone at CONNECT 2015. Missed us there? No worries, not only will you get a sense of the cool installations we built below, you’ll also get a front row seat as to how we built them,
MuleSoft provides the most widely used integration platform for connecting any application, data source or API, whether in the cloud or on-premises. With Anypoint Platform®, MuleSoft delivers a complete integration experience built on proven open source technology, eliminating the pain and cost of point-to-point integration. Anypoint Platform includes CloudHub™ iPaaS, Mule ESB™, and a unified solution for API management™, design and publishing.