Overview
Introducing Beacon Mountain v0.5 for Android* application development
Beacon Mountain v0.5 provides development environment setup and maintenance for creating native Android* applications. Beacon Mountain runs on 64-bit host development systems running Microsoft* Windows 7 and 8 with support for Apple* OS X systems targeted for release by the end of June. Beacon Mountain provides installation of common third-party tools, along with Intel tools.
Android* Application Development and Optimization on the Intel® Atom™ Platform
This paper introduces detailed methods for developing and porting an Android application on the Intel Atom platform, and discusses the best known methods for developing applications using the Android Native Development Kit (NDK) and optimizing performance. Android developers can use this document as a reference to build high quality applications for the Intel Architecture.
Creating and Porting NDK based Android* Apps for Intel® Architecture
This article is a beginner’s introduction to creating native (NDK based) Android* applications for Intel® architecture (IA) based devices, and also includes simple use cases for porting existing NDK based apps to IA based devices.
Speeding Up the Android* Emulator on Intel® Architecture
If you are an Android* developer who is unhappy with the performance of the Android emulator, then this document is for you. Over and over again, we have heard from many Android developers that the emulator is slow and painful to work with, but this should not be the case! If you are using a fairly up-to-date computer with an Intel® processor that has Intel® Virtualization Technology enabled running Microsoft Windows* or Apple Mac OS*, then you can use the Intel® Hardware Accelerated Execution Manager (Intel® HAXM), or KVM for Linux*, to accelerate the Android Emulator by an order of magnitude very easily, which will speed-up your testing and debugging of your Android applications. This document explains all the steps required to accelerator the emulator and how to work with it. We then explain how to use the NDK to compile x86 native code and the correct way to submit APKs containing x86 native libraries to the Google Play store. Intel HAXM is also used to accelerate the Tizen* emulator, but this is out of scope in this documentation. For more information, go to tizen.org within the SDK section.
Installing the Android* SDK for Intel® Architecture
The SDK includes tools and platform components for developers to build, test, and debug their Android* applications, and manage the Android* platform component installation. The SDK also provides easy ways to integrate with the build and development environments, for examples, with Eclipse* or Apache Ant*.
Intel® Atom™ x86 Image for Android Jelly Bean 4.2 Installation Instructions
This document will guide you through installing the Intel® Atom™ x86 image for Android* Jelly Bean, which can be used for development on Intel’s x86 architecture.
Graphics Acceleration for HTML5 and Java Script Engine JIT Optimization for Mobile Devices
This article first introduces the challenges caused by HTML5 in terms of performance. As the rendering engine and JavaScript engine are two key fundamental building blocks of web runtime, it then discusses our solution of graphics acceleration and just-in-time (JIT) optimization applied to the Intel® Atom™ platform to dramatically improve the performance of these two components respectively.
Google Play Supports CPU Architecture Filtering For Multiple APK
The Google Play Developers Console now supports CPU architecture (ABI) as filter criteria for Multiple APKs.
Implementing Touchscreen Interfaces for New and Existing Games
The proliferation of Android* devices has opened a new world for game development, bringing with it both the touchscreen's “magical” sense of interaction, along with a raft of new challenges for designers.
Software Developer’s Guide for Sensors on Intel Atom based Android* Tablets
This guide provides an introduction to the Android Sensor framework and discusses how to use some of the sensors on a typical Intel® Atom™ tablet.
Android* System-Level Java*/C++ Code Debugging
Android* SDK allows application developers to create Android application projects, build them, and debug them using Eclipse*. But it doesn’t provide a facility to debug the system-level Java*/C++ code. This document describes how to debug Android system-level Java/C++ code.
The Development of Mobile Applications using HTML5 and PhoneGap* on Intel® Architecture-Based Platforms
How HTML5 and PhoneGap* can help with cross-platform development. See sample applications showing how to develop mobile applications that provide a rich UI while tapping into the hardware capabilities of the platform.
How to debug an App for Android* x86 and the tools to use
This article provides a walk-through of Android application debugging tools and guidelines to help developers to get up to speed faster and resolve defects more effectively on Android x86 platform.
Debugging Android* OS running on Intel® Atom™ Processor via JTAG
This article highlights the usage model of JTAG based system debuggers for analyzing and fixing Andoid* OS kernel and device driver code. How to reuse the same methods established for other Linux* OS based designs on Intel® Atom™ processors.
Remote Application Debug on Android* OS
Learn how to use and configure the Android* Debug Bridge (ADB) along with GDB or the ADT Plugin for Eclipse to debug your Intel® architecture targeted application running on an Android* Virtual Device (AVD) emulation or physical Intel® Atom™ Processor based target device.
Introducing Beacon Mountain v0.5 for Android* application development
Beacon Mountain v0.5 provides development environment setup and maintenance for creating native Android* applications. Beacon Mountain runs on 64-bit host development systems running Microsoft* Windows 7 and 8 with support for Apple* OS X systems targeted for release by the end of June. Beacon Mountain provides installation of common third-party tools, along with Intel tools.
Android* 4.2 (Jelly Bean) x86 Emulator System Image
Use this x86 emulator system image with the Android SDK to test your Android apps on a virtual Intel Architecture-based device.
Android* 4.1.1 (Jelly Bean) x86 Emulator System Image
Use this x86 emulator system image with the Android SDK to test your Android apps on a virtual Intel Architecture-based device.
Android* 4.0.4 (Ice Cream Sandwich) x86 Emulator System Image
Use this x86 emulator system image with the Android SDK to test your Android apps on a virtual Intel Architecture-based device.
Android* 2.3.7 (Gingerbread) x86 Emulator Image Add-on
Use this x86 emulator image add-on with the Android SDK to test your Android applications on a virtual Intel Architecture-based phone device.
Intel® Hardware Accelerated Execution Manager
This hardware-assisted virtualization engine uses Intel® Virtualization Technology to speed up Android app emulation on a host machine.
Intel® USB Driver for Android* Devices
The Intel USB Driver package enables you to connect your Windows* based machine to your Android device that contains an Intel Atom processor inside.
Intel® GPA: Support of the Google* Android* Platform
Intel® Graphics Performance Analyzers (Intel® GPA) is a suite of graphics analysis and optimization tools that helps game developers make their graphics-intensive applications run even faster. Android* OS developers targeting Intel® Atom™ processor-based phones get a real-time view of over two dozen critical system metrics covering power, the CPU/GPU, and OpenGL-ES*. Also, use Intel GPA to run graphics pipeline experiments that quickly isolate graphics bottlenecks.
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Android* Applications on Intel® Architecture
Ask questions and get help developing Android* applications on Intel® architecture.
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