New Webcast on Demand: Introduction to MVC 6

ASP.NET MVC 6 is the next version of Microsoft’s server side web framework and its main feature is the unification of ASP.NET MVC and ASP.NET Web API. This is a major release with the framework redesigned to accommodate this merge. Additionally, MVC 6 is designed to run in ASP.NET 5 which is a new hosting layer for ASP.NET applications. This session will bring you up to speed on everything you need to know about the new MVC 6.

Webcast

Upcoming Live Webcasts

Test-Driven Development with Visual Studio and MsTest 7/29/15 @ 11m PDT
Asynchronous I/O with Python 8/25/15 @ 11m PDT
Advertisements

New Webcast on Demand: Internals of ASP.NET 5

ASP.NET 5 is the new hosting framework for web applications written in .NET. It is designed to be a lightweight and modular framework with the intent of significantly reducing an application’s footprint running on a server. In addition to a composable hosting model, ASP.NET 5 decouples from the web server itself such that applications written for ASP.NET 5 can be hosted outside of IIS and even on non-Microsoft operating systems. Finally, ASP.NET 5 even changes how the .NET runtime itself is loaded so that an application can ~/bin deploy the version of .NET that is needed. This allows for true side-by-side deployment of applications running on different versions of .NET. This session will explore these topics (and more) in this brave new world of ASP.NET 5.

Webcast

Upcoming Live Webcasts

Introduction to MVC 6 7/23/15 @ 11am PDT
Test-Driven Development with Visual Studio and MsTest 7/29/15 @ 11m PDT
Asynchronous I/O with Python 8/25/15 @ 11m PDT

New Webcast on Demand: Multiprocessing with Python

Python is restricted to a single OS thread; therefore, it cannot make use of the multiple cores and processors available on modern hardware. Instead, Python programmers can use the multiprocessing library to easily create and coordinate multiple Python processes. Each one is scheduled independently on the CPU by the OS. In fact, this programming model is easier than parallelism with threads because it limits the complexity of concurrent synchronization. For applications that need more CPU power, multiprocessing is an invaluable library.

Webcast

Upcoming Live Webcasts

Internals of ASP.NET 5 7/16/15 @ 11am PDT
Introduction to MVC 6 7/23/15 @ 11am PDT
Test-Driven Development with Visual Studio and MsTest 7/29/15 @ 11m PDT
Asynchronous I/O with Python 8/25/15 @ 11m PDT