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Android Application Development for the Intel Platform.

Bibliographic Details
Main Author: Cohen, Ryan.
Other Authors: Wang, Tao.
Format: eBook
Language:English
Published: Berkeley, CA : Apress L. P., 2014.
Edition:1st ed.
Subjects:
Electronic books.
Online Access:Click to View
Table of Contents:
  • Intro
  • Android Application Development for the Intel® Platform
  • Contents at a Glance
  • Contents
  • About the Lead Project Editor
  • About the Lead Contributing Author
  • About the Technical Reviewer
  • Introduction
  • Chapter 1: Overview of Embedded Application Development for Intel Architecture
  • Introduction to Embedded Systems
  • Mobile Phones
  • Consumer Electronics and Information Appliances
  • Definition of an Embedded System
  • Limited Resources
  • Real-Time Performance
  • Robustness
  • Integrated Hardware and Software
  • Power Constraints
  • Difficult Development and Debugging
  • Typical Architecture of an Embedded System
  • Typical Hardware Architecture
  • Von Neumann Architecture
  • Harvard Architecture
  • Microprocessor Architecture of Embedded Systems
  • RISC: Advanced RISC Machines (ARM) Architecture
  • CISC: x86 Architecture
  • MIPS Architecture
  • PowerPC Architecture
  • SuperH
  • Typical Structure of an Embedded System
  • Typical Software Architecture
  • Hardware Abstraction Layer
  • Operating System Layer
  • System Service Layer
  • Application Layer
  • Special Difficulties of Embedded Application Development
  • Summary
  • Chapter 2: Intel Embedded Hardware Platform
  • Intel Atom Processor
  • Intel Atom Processor Architecture
  • Silvermont: Next-Generation Microarchitecture
  • Features of the Intel Atom Processor
  • Small Form Factor
  • Low Power Consumption
  • Dynamic Low-Voltage Technology for Mobile and Embedded Devices
  • High Performance
  • SSE3 Instruction Set Enhances the Processing Power of Digital Media
  • Intel Virtualization Technology (Intel VT)
  • Intel Hyper-Threading Technology (Intel HT Technology) and Multi-Core Technologies
  • Other Technologies Used by the Intel Atom Processor
  • Intel Embedded Chipset
  • Intel System on Chip (SoC)
  • Medfield
  • Bay Trail
  • 64-Bit Android OS on Intel Architecture.
  • 64 Bits vs. 32-bit Android
  • Memory and CPU Register Size
  • Reference Platform for Intel Embedded Systems
  • Internet of Things (IoT) and Next Unit of Computing (NUC)
  • Intel Galileo Development Kit for IoT
  • Smartphones
  • Lenovo K900
  • Vexia Zippers Phone
  • ZTE Grand X2*
  • Tablets
  • Samsung Galaxy Tab 3 10.1
  • Dell Venue 7/8" Tablet
  • Acer Iconia A1-830*
  • ASUS MeMO Pad FHD 10*
  • In-Vehicle Infotainment
  • Other Application Platforms and Fields
  • Cloud Computing
  • Robotics
  • Wireless Sensor Networks
  • Learning
  • Backpack Journalism and Portable Video Recording
  • RFID Field Tools
  • Summary
  • Chapter 3: Android Application Development Processes and Tool Chains for Intel® Architecture
  • Android Application Development
  • Development Environment of Android Applications
  • Cross-Development
  • Programming Languages
  • The Android Application Development Process
  • Encoding
  • Construction
  • Deployment
  • Debugging and Optimizing Stage
  • Debugging and Simulation of Android Systems
  • System Simulator
  • Other Debugging Tools
  • Cross-Debugging
  • adb shell
  • adb shell[command]
  • Typical Development Tool Chains
  • Editor
  • Compiler and Linker
  • Debugger
  • Build Manager
  • Makefile Auto Generation Tool
  • Optimizing Tools
  • gprof
  • Overview, Installation, and Configuration of Android Application Development Tool Chains on Intel® Architecture
  • android.jar
  • ddms.bat
  • adb.exe
  • aapt.exe
  • aidl.exe
  • sqlite3.exe
  • dx.bat
  • android.bat
  • Intel Environment Setup for Android (OS X Host)
  • Android Development on Linux-based Host Machines
  • Intel® Integrated Native Developer Experience beta
  • Tools and Libraries
  • Setup
  • Intel INDE Installation
  • Downloading Intel INDE
  • Installing Intel INDE
  • Launching Intel INDE
  • Configure Eclipse
  • Create AVD (Emulator)
  • Summary.
  • Chapter 4: Real Device Environment Installation
  • Mobile Phone Setting
  • Installing the USB Driver on the Host Machine
  • Interaction between the Host Machine and the Target Machine
  • Developing Android Applications
  • Creating a Project
  • Editing and Running (on the Emulator)
  • Running on the Real Device
  • Debugging Android Applications
  • Editinging the Source Code
  • Setting Breakpoints
  • Starting Debugging
  • Program Execution Techniques
  • Observing the Debugging Output of the Log.X Function
  • Observing Variables
  • Ending Debugging
  • Intel Auxiliary Tools for Android Application Development
  • Intel C++ Compiler (Intel ICC)
  • Intel Graphics Performance Analyzers for Android OS
  • Intel System Studio
  • Intel Project Anarchy: a Free Mobile Game Engine by Havok
  • Intel Performance Libraries
  • Summary
  • Chapter 5: The Android OS
  • Android Overview
  • Android Architecture
  • Basic Android Functionality from a Programming Perspective
  • Android System Interface
  • Terminating an Application in Android
  • Method 1 (for Real Devices)
  • Method 2
  • Method 3
  • Using the Web Browser in the Android Emulator
  • Common Linux Commands and Operations
  • Check Users
  • Changing a Password
  • Clearing the Screen
  • Superuser Root Operation
  • Displaying Files and Directories
  • Changing and Displaying the (Current) Directory
  • Searching for Files
  • File Operation
  • Modifying File/Directory Permissions
  • Working with the Executable File Path
  • Piping and Screening
  • Running Commands in the Background
  • Interrupting the Execution of Commands in the Foreground
  • Checking Hardware Information (Such as OS Version and CPU)
  • Using the Android Development and Auxiliary Tools
  • Using the Emulator
  • Method 1
  • Method 2
  • Method 3
  • Accept "yes" for custom hw and choose x86 for hw.cpu.arch propertyUsing the Help File
  • Using DDMS.
  • Showing the DDMS Button
  • Starting DDMS
  • File Transfer between Host and Target Machines, and File Management
  • Copying a File from the Host Machine to the Target Machine
  • Copying a File from the Target Machine to the Host Machine
  • Deleting a File
  • Process Management on the Target Machine
  • Starting Process Management for the Target Machine
  • Stopping a Designated Process
  • Taking a Target Machine Screen Capture
  • Emulator Operation
  • Using adb at Command Prompt
  • Running Commands on the Target Machine
  • Installing Application Packages on the Target Machine
  • Uninstalling Software on the Target Machine
  • Transferring Files between the Host and Target Machines
  • Enabling and Disabling the adb Service
  • Other Functions
  • Using Android Commands
  • Viewing the Installed Emulator
  • Viewing the Version Information of the Currently Supported APIs
  • Creating an Emulator
  • Starting the Emulator
  • Using Telnet for Emulator Commands
  • event Command
  • geo Command
  • gsm Command
  • kill Command
  • network Command
  • power Command
  • redir Command
  • sms Command
  • Window scale? Command
  • Summary
  • Chapter 6: Customization and Installation of Android
  • Tailoring and Customization of an Embedded OS
  • Overview of Android Customization
  • ROM Package/Image
  • Overview of Android Image Customization
  • Example of Android Image Customization
  • Installation/Reflash of the Android Image
  • Image Installation Example
  • Automating the Procedure with flash_device.sh
  • Intel Build Tools Suite
  • Summary
  • Chapter 7: GUI Design for Android Apps, Part 1: General Overview
  • Overview of GUIs for Embedded Applications
  • Characteristics of Interaction Modalities of Android Devices
  • Screens of Various Sizes, Densities, and Specifications
  • Keypads and Special Keys
  • Touch Screens and Styluses, in Place of Mice
  • Onscreen Keyboards.
  • Few Multimodal Interactions
  • Few Large-Capacity Portable External Storage Devices
  • UI Design Principles for Embedded Systems
  • Considerations of Screen Size
  • Size of Text and Icons
  • Clickability of Buttons and Other Graphical Elements
  • Size of Application Windows
  • Considerations Arising from Touch Screens and Styluses
  • Correctly Interpreting the Movement and Input of the Cursor (Mouse) on Tap-Only Touch Screens
  • Setting Screen Mapping Correctly
  • How to Solve Hover-Over Problems
  • Providing Right-Click Functionality
  • Keyboard Input Problems
  • Restricting the Input of Various Commands
  • Meeting Keyboard Demand
  • Software Distribution and Copyright Protection Problems
  • Android Application Overview
  • Application File Framework
  • AndroidManifest.xml
  • R.java
  • Definition File of Constants
  • Layout Files
  • Source Code File
  • Component Structure of Applications
  • Activity
  • Intent and Intent Filters
  • Service
  • Broadcast Intent Receiver
  • Content Provider
  • Android Emulator
  • Introducing Android Runtime (ART)
  • Summary
  • Chapter 8: GUI Design for Android Apps, Part 2: The Android-Specific GUI
  • State Transitions of Activities
  • Activity States
  • Important Functions of Activities
  • onCreate State-Transition Function
  • onStart State-Transition Function
  • onResume State-Transition Function
  • onPause State-Transition Function
  • onStop State-Transition Function
  • onRestart State-Transition Function
  • onDestroy State-Transition Function
  • The finish Function
  • The Context Class
  • Introduction to Intent
  • The Main Roles of Intent
  • Triggering a New Activity or Letting an Existing Activity Implement the New Operation
  • Triggering a New Service or Sending New Requests to Existing Services
  • Trigger BroadcastReceiver
  • Intent Resolution
  • Action Test
  • Category Test
  • Data Test.
  • The Relationship between Applications and Activities.

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