Avi, Android development tools such as Android Studio, ADB, and Gradle are essential for effective troubleshooting. Let me share an example of how I used these tools to resolve a complex issue.

In one instance, we encountered a problem where an Android Automotive Infotainment system was intermittently crashing during certain user interactions. To address this, I extensively utilized Android Studio.

1. **Android Studio:** I started by implementing and debugging the code within Android Studio. The built-in debugger allowed me to set breakpoints and step through the code to identify the source of the issue. Additionally, I used the Logcat feature to filter and analyze logs, which provided valuable insights into the root cause of the crashes.

2. **ADB (Android Debug Bridge):** To further investigate, I employed ADB commands. For example, I used `adb shell` to access the device's file system and examine different partitions. This enabled me to check configuration files and logs directly on the device. I also used `adb logcat` to capture real-time logs, which were crucial for understanding the sequence of events leading up to the crash.

3. **Gradle:** Gradle played a vital role in managing the build process. I used Gradle tasks like `assembleDebug` to build the application in debug mode, making troubleshooting easier. Moreover, I managed dependencies through Gradle, ensuring that all necessary libraries were included and up-to-date. This was particularly important when we needed to add or update SDK dependencies to resolve compatibility issues.

By combining these tools, I was able to identify the problem, which stemmed from a specific third-party library causing conflicts. After updating the library and adjusting the code accordingly, the crashes were resolved.

This experience underscored the importance of effectively utilizing the right tools to troubleshoot and resolve complex issues in Android development.