#STORE IMAGES IN ANDROID EMULATOR MAC HOW TO#
#STORE IMAGES IN ANDROID EMULATOR MAC INSTALL#
#STORE IMAGES IN ANDROID EMULATOR MAC CODE#

#STORE IMAGES IN ANDROID EMULATOR MAC HOW TO#

These chapters assume that you know how to set up the Android SDK and have an Android SDK environment ready to use. If you're interested in learning how the above images are generated, see Chapter 11, 'Building Your Own AOSP and CyanogenMod,' and Chapter 12, 'Customizing Android and Creating Your Own Android ROM,' in Embedded Programming with Android. This file explains how to use the packages. This is a version of the Android emulator RAM disk image built using AOSP version android-4.4.4_r2 or CyanogenMod version cm-11. This is a version of the Android emulator data image built using AOSP version android-4.4.4_r2 or CyanogenMod version cm-11. This is a version of the Android emulator system image built using AOSP version android-4.4.4_r2 or CyanogenMod version cm-11. The U-Boot image in this example is built for the Android SDK adt-bundle-linux-x86-20140702, but it should also work for the latest Android SDK. The virtual hardware interface of the Android emulator may differ in various Android SDK releases.

#STORE IMAGES IN ANDROID EMULATOR MAC CODE#

It has no dependency to the upper layer (operating system and applications above it), but it has to build for the virtual hardware platform, called goldfish, which is the code name of the Android emulator virtual hardware platform. Although this image can be used for any Android version, it has to build for a particular Android emulator version.

This is the U-Boot image for the Android emulator. You can use scripts aosp-test.bat/cm-test.bat to test AOSP or CyanogenMod in Windows, or aosp-bin.sh/cm-test.sh to test in Linux or OS X. You can find the files listed in the following table in either aosp-bin.zip or cm-bin.zip. After decompression, check the contents inside the packages: $ ls -F imagesĪosp-bin/ aosp-bin.zip cm-bin/ cm-bin.zipĪosp-test.bat ramdisk.img system.img userdata.imgĬm-test.bat ramdisk.img system.img userdata.img Next, you need to decompress the packages. This article demonstrates the setup in Ubuntu Linux 12.04.Īfter downloading these two packages, put them in a folder called images under your home folder: $ ls images You can test these two packages using your Android SDK installation, which means you can test them in Windows, Linux, or OS X environments.

#STORE IMAGES IN ANDROID EMULATOR MAC INSTALL#

To test it, you need to download the Android software development kit (SDK) and install Android emulator images for API level 19. The information in this article will help Android system developers and application developers to work with test cases that need a bootloader in the Android emulator environment.ĬyanogenMod is a popular third-party Android ROM.īoth packages are built for KitKat (Android version 4.4.4 and API level 19). Instead, we'll focus on how to use the U-Boot available in my book Embedded Programming with Android: Bringing Up an Android System from Scratch to design different usage scenarios for the Android emulator. This article will not discuss on how to port U-Boot to the Android emulator or how to build it for the Android emulator. With a bootloader, you shouldn't have any problems testing recovery mode in the emulator environment. For example, testing and debugging issues related to recovery mode is almost impossible in the emulator environment. Using U-Boot, Android system developers and application developers can gain the flexibility to manipulate the Android emulator system image. Let's take a look at the details of how to use U-Boot in the Android emulator environment. However, no bootloader is available in the Android emulator environment, which Android application developers use most of the time. As an Android application developer, you might use it to enter recovery mode or to restore the factory default settings for your testing devices. Android system developers often use it to boot various Android-based embedded systems. U-Boot is a popular bootloader used in many embedded applications. In this article, I address how to use U-Boot to boot an Android emulator image. How can you get started with something you already have on hand? The Android emulator is actually a good choice, even for system-level programming.

To explore embedded system programming or Android system programming, you will need a hardware board, but the hardware might not always be available.

Embedded Programming with Android: Bringing Up an Android System from Scratchĭo you have difficulties with debugging U-Boot on an Android device in your project? Are you wondering how to start the Android system from scratch? These are common puzzles in the areas of Android system programming.

Store images in android emulator mac