The .NET Reactive Extensions (Rx) is a library to compose asynchronous and event-based programs using observable collections and LINQ-style query operators. Rx is a superset of LINQ’s standard query operators that exposes asynchronous and event-based computations as push-based, observable collections via the new IObservable interface in .NET 4. This course walks you through the details of working with Rx to develop asynchronous applications.
You’ve got the basic principles of software architecture down, but now you're looking for strategic ways of dealing with today's demands while planning for the future. With this Learning Path you'll acquire crucial soft skills, such as communication and modeling, and get a deeper understanding of service-based architectures including an in-depth look into microservices. With these skills in your deck, you'll be confident in your ability to handle the toughest challenges that come your way.
Move beyond concrete and highly coupled thinking as you learn a new approach for building long-lived and evolvable systems. You'll get a deeper understanding of the Web and why it works, and then learn to make architectural decisions that endure beyond particular technology and implementation choices. You'll see how software architecture can be approached by way of network-friendly, standards-based resource-oriented systems and you'll broaden your palette of architectural tools along the way.
The long-term success and evolution of many companies balances on the effectiveness and versatility of their software architecture and the teams that design, implement, and deploy it. To continue to find success and evolution within your own role you must at some point become as skilled in the breadth of what software architecture solutions can include as you are in the depths of programming knowledge that you already have. The more involved you are with software architecture—and even if you don't carry the title of architect you can bet you are involved—the more technical breadth becomes critical. You must understand tradeoffs, technology options, and engineering best practices, plus have the leadership chops to execute your vision.