By Iggy Krajci, Darren Cummings (auth.)
The Android on x86: An advent serves major reasons. First, it makes the case for adapting your purposes onto Intel’s x86 structure, together with discussions of the company power, the altering panorama of the Android market, and the original demanding situations and possibilities that come up from x86 units. the basic concept is that extending your purposes to aid x86 or developing new ones isn't really tough, however it is principal to understand all the technicalities. This ebook is devoted to supplying you with an understanding of those nuances and an knowing of ways to take on them. moment, and most vital, this publication presents a one-stop designated source for top practices and tactics linked to the install matters, optimization concerns, software program necessities, programming initiatives, and function optimizations that emerge whilst builders give some thought to the x86 Android units. The authors have accumulated this data that you should use the e-book as a box advisor for the explicit standards you could have to reflect on. This booklet isn't really devoted to code as a substitute it truly is jam-packed with the data you would like on the way to benefit from x86 structure. it is going to advisor you thru fitting the Android SDK for Intel structure, assist you comprehend the diversities and similarities among assorted Android units utilizing the Intel structure, educate you to create and port purposes, debug latest x86 functions, supply options for NDK and C++optimizations, and clarify the Intel sped up Execution supervisor. This publication offers the main helpful details that will help you get the task performed fast whereas using top practices. What you’ll examine The development-relevant transformations among Android on ARM and Android on Intel x86 the best way to arrange the SDK for an emulated Intel Android equipment how one can construct the Android OS for the Intel cellular Processor how you can create new x86 established Android purposes, organize checking out and function tuning, and port latest Android purposes to paintings with the x86 processor the way to debug difficulties they come upon while engaged on the x86 Android try out platform Intricacies of the Intel sped up Execution supervisor. The reader also will achieve major perception into the OpenGL Android aid. Who this e-book is for Android builders designers who have to know how Android will paintings on their chipsets CIOs and CEOs of technology-based businesses IT employees who could stumble upon or have to comprehend the problems New startup founders and marketers laptop technology scholars
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Additional info for Android on x86: An Introduction to Optimizing for Intel® Architecture
With careful consideration for the development team and the product, a viable strategy, and successful management, there is much money to be made from the Android ecosystem. 32 Chapter 5 The Intel Mobile Processor If GM had kept up with technology like the computer industry has, we would all be driving $25 cars that got 1,000 MPG. —Bill Gates Intel is the original microprocessor designer: the first commercially available microprocessor was the Intel 4004 in 1971. Intel processors currently dominate the high-performance market, capturing almost all modern high-end servers.
2 devices. This alleviates some concerns that developers have about losing market share in new devices. It is important to note, however, that this compatibility does not utilize the new features of Android. For the best quality and functionality, applications should be rewritten for new versions. Android also has some interesting hardware requirements. In order to gain Google’s Android stamp of approval, manufacturers must meet certain qualifications like having a cellular radio, GPS capabilities, and Wi-Fi chips.
The incorporation of Android on x86 is just another step forward for Intel. Because the x86 architecture has been used in so many technologies, from servers to personal computers, mobile phones, laptops, and tablets, compiling a complete list of its devices would be prohibitively difficult. Its wide use has resulted in the creation of tools, applications, frameworks, and libraries specific to x86 platforms for developer use. It all started in 1978 with the Intel 8086, originally built as an experimental 16-bit extension to the Intel 8080 8-bit microprocessor.