ไม่สามารถเล่นวิดีโอนี้
ขออภัยในความไม่สะดวก

Demystifying ADB: Understanding the android architecture and using ADB Commands

แชร์
ฝัง
  • เผยแพร่เมื่อ 11 มิ.ย. 2023
  • When demystifying ADB (Android Debug Bridge) and understanding the Android architecture, several key topics are typically covered. These topics
    provide a comprehensive understanding of ADB and its usage. Here are some essential topics that will be covered in this discussion:
    1. Android Architecture Overview:
    - High-level overview of the Android operating system architecture.
    - Understanding the different layers: kernel, libraries, runtime, application framework, and applications.
    - Role of ADB in interacting with each layer.
    2. Introduction to ADB:
    - What is ADB?
    - How does ADB facilitate communication with Android devices?
    3. ADB Installation and Setup:
    - Installing ADB on different platforms (Windows, macOS, Linux).
    - Configuring the systems PATH variable.
    - Connecting Android devices to a computer using USB debugging.
    4. ADB Command-Line Interface (CLI):
    - Exploring the ADB command-line interface.
    - Basic ADB commands: adb devices, adb shell, adb install, adb uninstall, etc.
    - Managing applications and packages using ADB.
    5. ADB File Transfer:
    - Transferring files between a computer and an Android device using ADB.
    - Pulling files from an Android device to a computer.
    - Pushing files from a computer to an Android device.
    6. ADB Shell:
    - Accessing the Android device's shell using ADB.
    - Running shell commands through ADB.
    - Navigating the file system and manipulating files using ADB Shell.
    7. Advanced ADB Features:
    - ADB over Wi-Fi: Connecting to Android devices wirelessly.
    - ADB sideloading: Installing apps without using the Google Play Store.
    8. Troubleshooting and Tips:
    - Common issues and error messages with ADB.
    - Tips for effective ADB usage and debugging.
    - Resources for further learning and reference.
    9. Flashing android devices:
    - Recovery methods.
    - Fastboot method.
    Learning outcomes:
    Understanding Android Architecture: Participants will gain a solid understanding of the Android operating system architecture, including the various components such as the kernel, libraries, runtime, application framework, and applications layer. This knowledge will help to grasp how different parts of Android interact with each other. Knowledge of ADB: Participants will become familiar with ADB, a powerful command-line tool that allows communication between a computer and an Android device. ADB client-server architecture, ADB commands, and how to use ADB to interact with an Android device for tasks like debugging, installing apps, transferring files, and accessing device information.
    Debugging Android Apps: Participants will learn how to use ADB commands to inspect and debug apps, logcat for viewing logs, and other debugging techniques. This knowledge will enable to identify and fix issues in
    Android apps effectively. App Installation and Management: How to install, uninstall, and manage Android apps using ADB commands. This includes installing apps from the command line, granting permissions, and controlling app behaviour. File Transfer and Device Interaction: ADB provides methods for transferring files between a computer and an Android device. ADB push and pull files, access the device's file system, and interact with the devices shell for executing commands directly on the device.

ความคิดเห็น • 28