ostep-homework offers a set of programming assignments designed to reinforce understanding of operating system concepts covered in the OSTEP textbook. Each chapter includes homework problems, often involving simulator implementations, to solidify knowledge. These assignments provide practical experience in areas such as process management, virtualization, concurrency, and file systems.
The project distinguishes itself by providing readily executable code for simulating various operating system components. It offers a structured approach to learning by directly connecting theoretical concepts with practical implementation through Python assignments. The assignments are designed to progressively build understanding of complex OS mechanisms.
- Process Management: Includes simulators for process scheduling algorithms (MLFQ, Lottery, Multiprocessor) and process abstraction.
- Virtualization: Contains code to explore various aspects of virtualization, like address spaces, TLBs, paging, and memory management.
- Concurrency: Provides exercises on threads, locks, condition variables, semaphores, and concurrency bugs.
- File Systems: Offers assignments on disk structures, RAID, file system implementation, and journaling.
- Distributed Systems: Includes tasks related to NFS, AFS, and general distributed system concepts.
The repository is actively maintained with recent commits indicating ongoing development and updates to the assignments. The problem descriptions are clear and the code examples are functional. While community activity is currently limited, the project is well-documented through the accompanying textbook material.
This repository is a valuable resource for students and anyone learning about operating systems. It offers a hands-on approach to understanding core concepts by providing practical programming exercises based on the OSTEP textbook. It's particularly useful for those who prefer learning by doing and require practical application of theoretical knowledge.