This comprehensive course aims to provide participants with a detailed understanding of setting up a development environment on Ubuntu 20.04 within Google Cloud. It covers various aspects of Android platform development, including the Android Open Source Project (AOSP). The course is structured with lectures and labs that cover a wide range of topics, starting from VM setup and source code compilation to advanced security and debugging techniques.
This comprehensive course aims to provide participants with a detailed understanding of setting up a development environment on Ubuntu 20.04 within Google Cloud. It covers various aspects of Android platform development, including the Android Open Source Project (AOSP). The course is structured with lectures and labs that cover a wide range of topics, starting from VM setup and source code compilation to advanced security and debugging techniques.
Section 1 focuses on the foundational knowledge required to navigate Google Cloud’s compute engine, install the gcloud CLI, and create a VMX-enabled Ubuntu VM. This ensures that students are well-prepared for Android platform development.
Section 2 moves on to downloading and building the Android 14 source code. Participants will learn how to bring the Cuttlefish device to life, providing a practical environment for testing and development.
In Section 3, the course shifts its focus to transforming Ubuntu Server into a Desktop environment and installing ASfP. This equips learners with the necessary tools for Android platform development.
Section 4 introduces essential tools like the ‘hmm’ command and adb, enhancing the learners’ ability to interact with and control Android devices and environments effectively.
Section 5 demystifies security basics, exploring user IDs, discretionary and mandatory access control, and how Android secures application data and processes. This provides a solid understanding of Android’s security model.
Section 6 delves into images and partitions of Android, revealing the complexities of system updates and partition management.
Sections 7 through 14 consist of hands-on labs that cover various topics, such as creating a CPU HAL interface with AIDL, developing service daemons, setting correct SELinux permissions, and creating and registering the CPU service implementation. These labs are designed to reinforce learning, encourage exploration, and develop a thorough understanding of Android platform development.
