![]() ![]() Greatest extent possible on the "upstream" source code available from theĪndroid Open Source Project. Implementers are strongly encouraged to base their implementations to the Implementer to ensure compatibility with existing implementations.įor this reason, the Android Open Source Project is both the reference and preferred implementation of Android. Where this definition or the software tests described in section 10 is silent, ambiguous, or incomplete, it is the responsibility of the device ![]() The requirements presented in this Compatibility Definition, including any ![]() To be considered compatible with Android 5.0, device implementations MUST meet "device implementation" or "implementation" is the hardware/software solution Or organization developing a hardware/software solution running Android 5.0. "SHOULD NOT", "RECOMMENDED", "MAY" and "OPTIONAL" is per the IETF standardĪs used in this document, a "device implementer" or "implementer" is a person The use of "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", This document enumerates the requirements that must be met in order for devices Legacy Application Compatibility Modeħ.4.2.2. Developer Tools and Options Compatibilityħ.1.5. It’s exceptionally helpful when you have loads of storage to sort through while needing to drill down to the details.Copyright © 2015, Google Inc. USB Device Tree Viewer is the ideal solution if you’re looking for an advanced file explorer for external devices. Other windows include a file explorer, data analyser, and request summaries. The Device Tree is the main pane, showing you which devices are connected and their hierarchy. When you start USB Device Tree Viewer, you’ll notice various window panels in the interface. You’ll also be able to view any device nodes connected to them and the driver relationship in that instance. There are also layers of information related to drivers linked to the objects, specifically if the device stacks created them. If you have objects attached to your PC that form a chain, you can investigate the details of the device stack. The data you can access includes Instance ID, Service Name, Setup Class, Hardware Location, and more. This information is only available if the external device is PnP hardware, which is also something USB Device Tree Viewer can detect for you. The program lets you dig a little deeper if you want to see what PnP properties there are for the USB. ![]()
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