Testability is more important than ever. With short ship cycles and the desire for continuous delivery, it is critical to quickly know if a modification has destabilized your code base. This session will enable you to use a dependency injection container of your choice to create testable code. We will examine tightly coupled code and what problems it causes and how DI can be used to avoid these problems. The Unity DI container will be used as the medium to understand the concepts.
Windows Azure Web Sites provide a simple and economical means of deploying your Web applications to Windows Azure, with the ability to upgrade to Azure Cloud Services when and if you’re ready. In this video, we will walk through how to get started building and hosting Windows Azure Web Sites with Visual Studio 2013.
Organizations are adopting Application Virtualization with App-V 5.0 for the positive impact or for lifecycle management. The end result from a user and administrator perspective is that the performance of App-V applications should be the same, if not better. This assumption of performance being similar to traditional applications and better than previous versions of App-V requires a closer look. Some important questions must be answered: Is the performance better? What if the performance is significantly lower? Can your environment handle the user load? To answer these questions about App-V 5.0, we put it to the test! This session shares the unique results of extensive testing, across various scenarios, and provide a comparison of App-V 5.0, previous versions of App-V, traditionally installed applications. We’re not talking about ‘perceived’ performance here, but factual and reproducible data, figures and graphs that will help you identify the performance impact of a migration to this technology or this version. Moreover, we show you effective and ineffective tuning and optimization tweaks that will improve the performance of your environment immediately! If you are interested in this Virtual Reality Check, join us in this high intensity and information rich session.