Implementation of OS Emulation Features in Unity Project

[p3nGu1nZz]

Overview

This ticket outlines the implementation of various operating system (OS) emulation features within our Unity project. The goal is to create a robust emulation that replicates the functionalities of a real OS environment.

Key Components to Implement

• File System: A virtual file system to handle files and directories, including CRUD operations, copying, moving, and permissions.

• Process Management: A system for process creation, execution, and termination, including process states, scheduling, and IPC.

• Memory Management: Memory allocation and management system, incorporating virtual memory and paging.

• Input/Output System: Management of I/O operations and device drivers for different device types.

• User Interface: A GUI or CLI for user interaction with the emulated OS.

• Networking: Networking capabilities for communication over networks with support for various protocols.

• Security: Security measures including user authentication, authorization, encryption, and secure data storage.

• System Utilities: Utilities for system monitoring, configuration, and maintenance.

• Application Support: Compatibility with applications through necessary APIs and runtime environments.

• Hardware Abstraction: An abstraction layer for interacting with the underlying hardware or host OS.

Considerations

• The scope of emulation will depend on the intended use, such as software development, testing, education, or legacy system support.
• Emulating an OS is a complex task that requires a deep understanding of OS architecture and low-level programming.

Testing

• Ensure all changes are thoroughly tested before merging.
• Document any new dependencies or setup steps required for testing.

Collaboration

• Changes should be pushed to a feature branch for review.
• Keep commits small and focused to simplify code reviews and troubleshooting.

Please refer to the project's contribution guidelines for more details on submitting pull requests.

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• 1. Implement a Virtual File System to manage files and directories.
• 2. Develop Process Management for process creation, execution, and termination.
• 3. Create a Memory Management system, including virtual memory and paging.
• 4. Handle Input/Output Operations and manage device drivers.
• 5. Design a User Interface (GUI or CLI) for user interactions.
• 6. Establish Networking capabilities for communication over networks.
• 7. Set up Security measures, including user authentication and data encryption.
• 8. Provide System Utilities for monitoring, configuration, and maintenance.
• 9. Ensure Application Support through necessary APIs and runtime environments.
• 10. Build a Hardware Abstraction Layer for interacting with the underlying hardware or host OS.