remzi-arpacidusseau/ostep-code

Features

• OS Scheduling Simulations - Provides simulations specifically modeling operating system processor task management and time-sharing.
• OS Process Execution - Implements the spawning and management of operating system processes to demonstrate task execution and lifecycle management.
• Concurrency Control Examples - Provides code demonstrations of locks, semaphores, and condition variables used to coordinate shared data.
• Operating System Concepts - Provides comprehensive educational material and simulations on operating system internals and architecture.
• C System Simulations - Implements core operating system concepts using low-level C primitives to manage memory and process execution.
• Disk Storage Internals - Provides a technical simulation of how data persists on hardware through block-level disk storage and file systems.
• Mutexes and Locks - Implements mutual exclusion primitives such as mutexes and locks to synchronize access to shared resources.
• Page Table Translators - Provides mechanisms for converting logical addresses to physical addresses using simulated page tables.
• Process Execution Simulations - Creates and synchronizes processes using a basic interface to demonstrate how operating systems handle task execution.
• CPU Scheduling Simulations - Manages process scheduling and execution models to distribute a single processor's time across multiple competing tasks.
• Task Scheduling Algorithms - Implements logic to determine which runnable task should execute next on a processor using various scheduling algorithms.
• Simulated Virtual Memory Managers - Implements a simulated environment that manages page tables, handles page faults, and translates virtual addresses.
• Concurrency Control Primitives - Coordinates shared data across multiple execution flows using locks, semaphores, and condition variables.
• Data Persistence and Storage - Implements architectures dedicated to the durable storage and long-term management of digital information through disk simulation.
• File System Simulators - Implements simulations that model file system structures to verify on-disk data integrity for educational purposes.
• Persistence Simulations - Simulates disk input and output and file system architectures to illustrate data storage on non-volatile media.
• Condition Variables - Provides synchronization primitives that allow threads to wait for specific state changes or signals from other threads.

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