Windows 10 introduces support for USB Dual Role and Type-C, which will enable new wired connectivity scenarios such a phone interacting with USB peripherals, or laptops connecting to an external display using the USB Type-C connector. This session will go into detail on how Windows supports these technologies and what you need to do to enable them. Topics include: Overview of the new use cases introduced with USB Dual Role and Type-C, What scenarios are and aren’t supported for Dual Role devices, Using Alternate Modes (e.g. DisplayPort, Thunderbolt, or MHL) over Type-C, Support for Power Delivery, enabling devices to provide/consume up to 100W over USB, Hardware and software architecture changes for Dual Role and Type-C, and Building a Windows system with Dual Role and/or Type-C support. Intended Audience: OEMs, ODMs, IDHs, IHVs, Peripheral Manufacturers, Driver Developers.
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.