
Overview of setting up a fast aosp12 build environment: 64-bit systems, 400 gb base space, 150 gb per extra flavor; ssd, ram, and cloud options.
Create a directory, initialize the repository, and select the latest aosp12 branch to download. Run repo sync to fetch the source and begin building the Android ROM.
Explore the Aosp build system architecture, loading configurations with setup and launch commands, then building via main.mk and makefiles. See how board configs and products.mk determine the outputs.
Aidegen streamlines opening Android Studio or IntelliJ IDEA projects for Java and C/C++. It auto configures dependencies, enables reading and navigation, and supports command-line builds while IDE builds may fail.
Explore the Android framework's core base and services folders, identifying how system services like activity manager and power manager reside and how apps access these APIs.
Explore the Android OS internals folder structure, examining pre-built binaries and tools, including the Android emulator, SDK, embedded Linux system contents, test suites, toolchain benchmarks, and utility tools.
Discover how the zygote process starts the Android runtime and forks app and system server processes. It waits in an infinite loop for activity manager service requests to spawn processes.
Over the years android has captured Phones, tablets, TV, Wear devices. It's running on 2.5 billion active devices. Even though Android is in the market for a long, it's still pretty hard to find structured courses or online resources for AOSP development. That's the reason this course is here.
This course is specially designed for Developers of intermediate level who want to learn about developing Android OS, focusing more on Android Automotive UI Development.
We have tried to make this course as compact and simple as possible. I hope you will learn something new each minute of the tutorials. This course is perfect for those who are new to the AOSP world or want to learn AOSP Automotive OS UI development.
As a prerequisite for this course, you would need a PC with Ubuntu or a Mac book (intel) or an Ubuntu Virtual machine. The course starts with an introduction and environment setup and then covers most of the
Section 1: Introduction
Section 2: Environment Setup
Section 3: Download the Source
Section 4: Build the source
Section 5: Architecture, Important Folders, and Source that you should know
Section 6: Car Settings
Section 7: Car UI Library
Section 8: System UI
Section 9: Notifications
Section 10: Launcher
Section 11: Boot Animation
Section 12: SELinux
Section 13: System Services
At the end of the course, you should be able to gain enough knowledge to customize the Automotive UI and create your own Android Automotive AOSP Version.
All the very best for your AOSP Career.
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