1 Compatibility Definition Android 10. Last updated: September 20, 2019. Copyright 2019, Google LLC All rights reserved. Table of Contents 1. Introduction Hardware Document Structure 3. Software Requirements by Device Type Managed API Compatibility Requirement ID Android Extensions Requirement ID in Section 2 Android Library 2. Device Types Soft API Compatibility Permissions Device Configurations Build Parameters Handheld Requirements Intent Compatibility Hardware Core Application Intents Multimedia Intent Resolution Software Intent Namespaces Performance and Power Broadcast Intents Security Model Default App Settings Developer Tools and Options Activities on secondary/multiple Compatibility displays Television Requirements Native API Compatibility Hardware Application Binary Interfaces Multimedia 32-bit ARM Native Code Compatibility Software Web Compatibility Performance and Power WebView Compatibility Security Model Browser Compatibility Developer Tools and Options Compatibility API
2 Behavioral Compatibility Watch Requirements Background Restriction Hardware API Namespaces Multimedia Runtime Compatibility Software User Interface Compatibility Performance and Power Launcher (Home Screen). Automotive Requirements Widgets Hardware Notifications Multimedia Presentation of Notifications Software Notification Listener Service Performance and Power DND (Do not Disturb). Security Model Search Developer Tools and Options Alerts and Toasts Compatibility Tablet Requirements Page 2 of 124. Themes Video Codecs List Live Wallpapers Media Codec Security Activity Switching Media Codec Characterization Input Management Video Encoding Lock Screen Media Control Screen savers (previously Dreams) Location VP8.
3 Unicode and Font VP9. Multi-windows Display Cutout Video Decoding Device Administration MPEG-2. Device Provisioning Device owner provisioning MPEG-4. Managed profile provisioning Managed Profile Support (HEVC). Managed User Support VP8. Accessibility VP9. Text-to-Speech Dolby Vision TV Input Framework AV1. Quick Settings Audio Recording Media UI Raw Audio Capture and Microphone Information Instant Apps Capture for Voice Recognition Companion Device Pairing Capture for Rerouting of Playback Heavyweight Apps Acoustic Echo Canceler Concurrent Capture 4. Application Packaging Compatibility Microphone Gain Levels 5. Multimedia Compatibility Audio Playback Media Codecs Raw Audio Playback Audio Encoding Audio Effects Audio Decoding Audio Output Volume Audio Codecs Details Audio Latency Image Encoding Image Decoding Network Protocols Image Codecs Details Secure Media Video Codecs Musical Instrument Digital Interface (MIDI).
4 Page 3 of 124. Professional Audio GPS. Gyroscope Capture for Unprocessed Barometer 6. Developer Tools and Options Thermometer Compatibility Photometer Developer Tools Proximity Sensor Developer Options High Fidelity Sensors 7. Hardware Compatibility Biometric Sensors Display and Graphics Pose Sensor Screen Configuration Data Connectivity Screen Size and Shape Telephony Screen Aspect Ratio Number Blocking Compatibility Screen Density Telecom API. Display Metrics IEEE (Wi-Fi). Screen Orientation Wi-Fi Direct 2D and 3D Graphics Acceleration Wi-Fi Tunneled Direct Link Setup OpenGL ES Wi-Fi Aware Vulkan Wi-Fi Passpoint RenderScript Wi-Fi Location (Wi-Fi Round Trip Time - RTT).
5 2D Graphics Acceleration Wi-Fi Keepalive Offload Wide-gamut Displays Wi-Fi Easy Connect (Device Legacy Application Compatibility Provisioning Protocol). Mode Bluetooth Screen Technology Near-Field Communications Secondary Displays Minimum Network Capability Input Devices Sync Settings Keyboard Data Saver Non-touch Navigation Secure Elements Navigation Keys Cameras Touchscreen Input Rear-Facing Camera Fake Touch Input Front-Facing Camera Game Controller Support External Camera Button Mappings Camera API Behavior Remote Control Camera Orientation Sensors Memory and Storage Accelerometer Magnetometer Page 4 of 124. Minimum Memory and Storage Network Traffic Application Shared Storage Device Identifiers Adoptable Storage Content Capture USB Clipboard Access USB peripheral mode Location USB host mode Data Storage Encryption Audio Direct Boot Microphone Encryption requirements Audio Output File Based Encryption Analog Audio Ports Device Integrity Digital Audio Ports Keys and Credentials Near-Ultrasound Secure Lock Screen and Signal Integrity Authentication Virtual Reality StrongBox Virtual Reality Mode Data Deletion Virtual Reality Mode - High Safe Boot Mode Performance Automotive Vehicle System 8.
6 Performance and Power Isolation User Experience Consistency Subscription Plans File I/O Access Performance 10. Software Compatibility Testing Power-Saving Modes Compatibility Test Suite Power Consumption Accounting CTS Verifier Consistent Performance 11. Updatable Software 9. Security Model Compatibility 12. Document Changelog Permissions Changelog Viewing Tips UID and Process Isolation 13. Contact Us Filesystem Permissions Alternate Execution Environments Multi-User Support Premium SMS Warning Security Features Privacy Usage History Recording Connectivity Page 5 of 124. 1. Introduction This document enumerates the requirements that must be met in order for devices to be compatible with Android 10.
7 The use of MUST , MUST NOT , REQUIRED , SHALL , SHALL NOT , SHOULD , SHOULD NOT , RECOMMENDED , MAY , and OPTIONAL is per the IETF standard defined in RFC2119 . As used in this document, a device implementer or implementer is a person or organization developing a hardware/software solution running Android 10. A device implementation or implementation" is the hardware/software solution so developed. To be considered compatible with Android 10, 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.
8 For this reason, the Android Open Source Project is both the reference and preferred implementation of Android . Device implementers are STRONGLY RECOMMENDED to base their implementations to the greatest extent possible on the upstream source code available from the Android Open Source Project. 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. It is the implementer's responsibility to ensure full behavioral Compatibility with the standard Android implementation, including and beyond the Compatibility Test Suite.
9 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 SDK's documentation. In any cases where this Compatibility Definition or the Compatibility Test Suite disagrees with the SDK. documentation, the SDK documentation is considered authoritative. Any technical details provided in the linked resources throughout this document are considered by inclusion to be part of this Compatibility Definition . Document Structure Requirements by Device Type Section 2 contains all of the requirements that apply to a specific device type.
10 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 . These requirements are referenced as "Core Requirements" in this document. Requirement ID. Requirement ID is assigned for MUST requirements. The ID is assigned for MUST requirements only. STRONGLY RECOMMENDED requirements are marked as [SR] but ID is not assigned. The ID consists of : Device Type ID - Condition ID - Requirement ID ( C-0-1). Each ID is defined as below: Device Type ID (see more in 2. Device Types ). C: Core (Requirements that are applied to any Android device implementations).