Arpl

Arpl is a bootloader manager and custom kernel loader for network attached storage devices. It provides a network boot environment to automate the fetching, flashing, and installation of modified operating systems and kernels onto hardware storage.

The project distinguishes itself through a remote management suite that exposes bootloader controls via a web browser, secure shell connection, or local terminal. It utilizes RSS feeds to automate the retrieval of the latest system images and version metadata for online updates.

The system handles hardware boot configuration by mapping network interfaces and controllers and adjusting kernel command-line arguments. It also includes capabilities for kernel patch compilation and the management of device drivers and modules to ensure hardware compatibility during the boot process.

Features

NAS Bootloader Managers - Provides a specialized bootloader manager for NAS devices to automate the installation of custom kernels and modified operating systems.

NAS OS Deployment - Provides an automated environment for fetching and installing modified operating systems onto NAS hardware storage.

Bootloader Management Interfaces - Exposes bootloader controls through a web server and secure shell for remote device management.

Hardware-Specific Boot Configurators - Generates customized boot configurations, including MAC addresses and controller mappings, for hardware compatibility.

Hardware Controller Mappings - Maps network interfaces and controllers through a lookup table to ensure compatible hardware communication with the OS.

Remote Management Access - Exposes bootloader controls and device configurations through a local terminal, web browser, and secure shell connection.

Network Boot Environments - Ships a shell-based network boot environment with web and SSH interfaces for configuring hardware mappings and kernel arguments.

Custom Kernel Loaders - Implements a system for fetching and flashing modified kernels and ramdisks onto hardware storage via a remote interface.

Hardware-to-Bootloader Mappings - Implements lookup tables that associate hardware model identifiers with required bootloaders and kernel configurations.

Bootable Image Creation - Generates disk images containing a kernel and bootloader required for hardware execution.

Kernel Deployment Tools - Provides utilities for transferring and bootstrapping kernel images onto physical NAS hardware via network interfaces.

Kernel Loading Mechanisms - Implements mechanisms for transferring and executing custom kernel images on target NAS hardware.

Boot Image Generation - Provides tools to generate complete bootable OS images and ramdisks tailored for specific NAS hardware.

Custom Kernel Booting - Enables the loading and validation of non-factory kernels to run modified operating systems on supported devices.

Bootloader Configuration Interfaces - Provides a web and shell interface for managing and modifying bootloader settings and memory patches remotely.

Bootloader Shell Interfaces - Provides a shell-based interactive environment for communicating with and controlling low-level bootloaders.

Update Feed Integration - Utilizes RSS feeds to automate the retrieval of the latest system images and version metadata.

Operating System Deployers - Automates the low-level installation and bootstrapping of operating system images from network sources.

Kernel Parameter Tuning - Allows customization of boot-time arguments and system settings like disk counts and MAC addresses.

Kernel Boot Parameter Inspection - Allows modification of kernel command-line arguments at load time to match specific hardware profiles.

Kernel Argument Management - Provides configuration of the operating system kernel via boot-time arguments to align with hardware profiles.

Linux Kernel Module Management - Provides a mechanism to manage the loading and inclusion of specific kernel modules to ensure hardware compatibility.

Image-Based Update Fetching - Uses RSS feeds to automate the retrieval of the latest system images and version metadata for online updates.

Online Image Refresh - Allows refreshing boot image and ramdisk files online to apply system updates without manual re-installation.

Kernel Patching Utilities - Provides tools to modify boot partitions or kernel images to inject custom code into the system overlay.

Boot Kernel Selection Menus - Ships a dynamic menu system for automating the loading of modified operating systems and custom kernels.

Kernel Source Patching - Applies source code modifications to the kernel to enable support for missing hardware components.

Web-Based Remote Control Interfaces - Offers a browser-accessible dashboard to remotely configure and manage the device boot process.

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Features

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