AshLooper is a comprehensive module designed to address boot loop issues caused by problematic modules installed via KernelSU or Magisk on Android devices.

• Boot Loop Detection: AshLooper monitors the boot process and checks for boot loops caused by malfunctioning modules.
• Boot Attempt Count: It keeps track of the number of boot attempts by incrementing a counter stored in the module.prop file.
• Threshold Control: AshLooper allows users to set a threshold for the number of permissible boot attempts before taking action.
• Mode Selection: Users can now select between two modes of operation:
  • Disable Modules Mode: Disables the problematic modules without rebooting into recovery mode.
  • Disable Modules & Reboot Recovery Mode: Disables the problematic modules and reboots the device into recovery mode.

1. Boot Process Monitoring: AshLooper actively monitors the boot process of the device.
2. Boot Attempt Tracking: Upon each boot attempt, AshLooper incrementally updates the boot attempt count stored in the module.prop file.
3. Threshold Check: AshLooper compares the current boot attempt count with the predefined threshold.
4. Threshold Exceeded: If the boot attempt count surpasses the threshold, AshLooper takes action based on the selected mode:
   • Disable Modules Mode: AshLooper disables the problematic modules without rebooting into recovery mode, allowing the device to boot normally.
   • Disable Modules & Reboot Recovery Mode: AshLooper disables the problematic modules and reboots the device into recovery mode to prevent the device from getting stuck in a boot loop and facilitate troubleshooting.

• AshLooper seamlessly integrates with both KernelSU and Magisk, ensuring comprehensive support for a wide range of Android devices and module configurations.

Use AshLooper responsibly and at your own risk. The developer assumes no responsibility for any damage or issues arising from its use.

If you encounter any problems or have suggestions for improvement, please report them by opening an issue or submitting a pull request on GitHub. Your contributions are welcome and appreciated.

For inquiries, troubleshooting, and support, please contact Ripper Hybrid on Telegram.