Creating an operating system with fluent and material design would involve combining the design principles of both these frameworks and developing a user interface that incorporates elements from both styles. Here's a high-level overview of the steps involved in creating such an operating system using a virtual machine and a bootloader:

1. Set up a development environment: Start by setting up a development environment with the necessary tools and software. This would typically involve installing a virtual machine (e.g., VirtualBox) and a bootloader (e.g., GRUB or LILO) that supports developing custom operating systems.

2. Design the user interface: Determine the design elements you want to include from both fluent and material design. Fluent design focuses on subtle animations, depth, and element transitions, while material design emphasizes clean and structured interfaces with consistent color schemes and layout grids. Combine these principles to design a user interface that suits your preferences.

3. Develop the core operating system: Begin developing the core functionality of your operating system, such as file management, memory management, process scheduling, and device management. This would involve writing device drivers, kernel,system libraries, and various operating system components.

4. Implement the user interface: Use a programming language suitable for system-level development (e.g., C or C++) to implement the user interface using the design elements you defined. Consider using a graphical library or a framework that supports both fluent and material design principles.

5. Integrate with the bootloader: Modify the bootloader's configuration to load your custom operating system when the virtual machine starts. This typically involves configuring the bootloader to point to the virtual disk where your operating system is stored.

6. Test and debug: Test your operating system inside the virtual machine, identify any bugs or issues, and debug them to ensure proper functionality. Iterate on the design and implementation if necessary.

7. Package and distribute: Once satisfied with the operating system's functionality and design, package it into a bootable image that can be distributed to other users or machines.

Please note that creating a custom operating system is a complex task that requires extensive knowledge of systems programming and low-level software development. It would also require familiarity with virtualization technologies and bootloader customization.


Google >>awesome operating system GitHub

https://github.com/wichtounet/thor-os

https://github.com/Awesome-HarmonyOS/HarmonyOS


https://github.com/redox-os/redox


https://github.com/reactos/reactos


https://github.com/ravynsoft/ravynos


https://android.googlesource.com/kernel/x86_64/+/refs/heads/android-x86_64-cuttlefish-4.4-oreo-mr1

https://github.com/SerenityOS/serenity

https://github.com/Sphere-Systems/SphereOS



Source: AI