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While some components can hypothetically be replaced with alternate implementations, it is STRONGLY RECOMMENDED to not follow this practice, as passing the software tests will become substantially more difficult. Device implementers are STRONGLY RECOMMENDED to base their implementations to the greatest extent possible on the вЂњupstreamвЂќ source code available from the Android Open Source Project. Listen to episode 16 of The Conversation.To be considered compatible with Android 11, device implementations MUST meet the requirements presented in this Compatibility Definition, including any documents incorporated via reference.Where this definition or the software tests described in section 10 is silent, ambiguous, or incomplete, it is the responsibility of the device implementer to ensure compatibility with existing implementations.For this reason, the Android Open Source Project is both the reference and preferred implementation of Android. A вЂњdevice implementationвЂќ or вЂњimplementation' is the hardware/software solution so developed.didi v3 no cd crack download banner maker pro 7.0.3 full crack Plus, the discovery of the first known burial in Africa.

The ID is assigned for MUST requirements only. These requirements are referenced as 'Core Requirements' in this document.Requirement ID is assigned for MUST requirements. Each subsection of Section 2 is dedicated to a specific device type.All the other requirements, that universally apply to any Android device implementations, are listed in the sections after Section 2. Any technical details provided in the linked resources throughout this document are considered by inclusion to be part of this Compatibility Definition.Section 2 contains all of the requirements that apply to a specific device type. In any cases where this Compatibility Definition or the Compatibility Test Suite disagrees with the SDK documentation, the SDK documentation is considered authoritative. Finally, note that certain component substitutions and modifications are explicitly forbidden by this document.Many of the resources linked to in this document are derived directly or indirectly from the Android SDK and will be functionally identical to the information in that SDKвЂ™s documentation.

MUST have at least one Android-compatible display that meets all requirements described on this document. Have a physical diagonal screen size in the range of 3.3 inches (or 2.5 inches for devices which launched on an API level earlier than Android 11) to 8 inches.The additional requirements in the rest of this section are specific to Android Handheld device implementations.Note: Requirements that do not apply to Android Tablet devices are marked with an *. Have a power source that provides mobility, such as a battery.

Devices which launched on an API level earlier than that of this document are exempted from this requirement.If Handheld device implementations claim support for high dynamic range displays through Configuration.isScreenHdr() , they: * MUST make the logical screen that is made available for third party applications be at least 2.7 inches on the short edge(s). Devices which launched on an API level earlier than that of this document are exempted from this requirement.If Handheld device implementations do not support software screen rotation, they: * MUST make the logical screen that is made available for third party applications be at least 2 inches on the short edge(s) and 2.7 inches on the long edge(s).

MUST report a GPU Frequency tracepoint as specified by the format: power/gpu_frequency. MUST report conformant values for the deviceвЂ™s GPU RenderStages following the render stage trace packet proto. MUST report conformant values for the deviceвЂ™s GPU counters following the gpu counter trace packet proto. MUST report as output a protobuf trace that complies with the schema for GPU counters and GPU renderstages defined in the Perfetto documentation. MUST report whether the device supports the GPU profiling capability via a system property graphics.gpu.profiler.support.If Handheld device implementations declare support via a system property graphics.gpu.profiler.support, they:

MUST be able to report events up to a frequency of at least 100 Hz.If Handheld device implementations include a GPS/GNSS receiver and report the capability to applications through the android.hardware.location.gps feature flag, they: Are STRONGLY RECOMMENDED to include a 3-axis accelerometer.If Handheld device implementations include a 3-axis accelerometer, they: Are STRONGLY RECOMMENDED to launch the user-selected assist app, in other words the app that implements VoiceInteractionService, or an activity handling the ACTION_ASSIST on long-press of KEYCODE_MEDIA_PLAY_PAUSE or KEYCODE_HEADSETHOOK if the foreground activity does not handle those long-press events. MUST support touchscreen input. External hardware keyboard connected to the Android device).

MUST report GNSS pseudoranges and pseudorange rates, that, in open-sky conditions after determining the location, while stationary or moving with less than 0.2 meter per second squared of acceleration, are sufficient to calculate position within 20 meters, and speed within 0.2 meters per second, at least 95% of the time.If Handheld device implementations include a 3-axis gyroscope, they: