By Iggy Krajci, Darren Cummings (auth.)
The Android on x86: An advent serves major reasons. First, it makes the case for adapting your functions onto Intel’s x86 structure, together with discussions of the company strength, the altering panorama of the Android industry, and the original demanding situations and possibilities that come up from x86 units. the basic proposal is that extending your functions to help x86 or growing new ones isn't tough, however it is important to understand all the technicalities. This booklet is devoted to giving you an wisdom of those nuances and an realizing of ways to take on them. moment, and most vital, this e-book offers a one-stop certain source for most sensible practices and tactics linked to the install concerns, optimization matters, software program standards, programming initiatives, and function optimizations that emerge while builders reflect on the x86 Android units. The authors have gathered this knowledge so you might use the publication as a box advisor for the explicit requisites you could have to give some thought to. This booklet isn't really devoted to code as an alternative it really is packed with the knowledge you wish so as to benefit from x86 structure. it is going to consultant you thru fitting the Android SDK for Intel structure, assist you comprehend the variations and similarities among diversified Android units utilizing the Intel structure, train you to create and port purposes, debug current x86 functions, provide suggestions for NDK and C++optimizations, and clarify the Intel sped up Execution supervisor. This ebook presents the main valuable info that will help you get the task performed quick whereas using top practices. What you’ll examine The development-relevant variations among Android on ARM and Android on Intel x86 the right way to arrange the SDK for an emulated Intel Android machine how you can construct the Android OS for the Intel cellular Processor the best way to create new x86 established Android purposes, organize trying out and function tuning, and port present Android purposes to paintings with the x86 processor how you can debug difficulties they come across whilst engaged on the x86 Android try platform Intricacies of the Intel speeded up Execution supervisor. The reader also will achieve major perception into the OpenGL Android help. Who this booklet is for Android builders designers who have to know the way Android will paintings on their chipsets CIOs and CEOs of technology-based businesses IT employees who could come upon or have to comprehend the problems New startup founders and marketers computing device technology scholars
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Additional resources for Android on x86: An Introduction to Optimizing for Intel® Architecture
The same applies for Dalvik VM applications that request ARM-based JNI libraries. The translation process is optimized and completely transparent to the end users. The combination of all of these efforts should result in approximately 90% of applications in the Google Play working right away. The other 10% of applications may take some additional configuration and setup to be fully functional. In Chapter 7: Creating and Porting NDK-Based Android Applications, we will cover some more specifics about native code development with x86, and this should offer some general suggestions to help with any applications that fit into this bucket.
The choice is up to your development team; however, the newer the better. Something with multiple cores is always a plus. Android Testing Systems The Android Emulator is capable of nearly all the functionality provided by physical Android devices. Even so, it’s paramount that testing occur on true hardware. The real hardware system will respond exactly as customers can expect, so testing on true hardware allows for a much more natural experience. A single Android device will not be enough. It is important to test on multiple devices of the same Android version as your target version.
With support from ARM-based Linux server operating systems, this is becoming more of a reality. The ability to run performance systems on ARM conceivably means lower power costs. This has yet to be seen in the current performance of high-end ARM systems versus the performance of high-end Intel systems. Intel’s Atom Line of Microprocessors Atom processors are featured in devices that are used on the go. Typical devices include small laptops, netbooks, tablet computers, televisions, and new smartphones.
Android on x86: An Introduction to Optimizing for Intel® Architecture by Iggy Krajci, Darren Cummings (auth.)