CS110 Tutorial at Stanford

Hosted here, but it will be taken down when I graduate.

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Course title: Principles of Computer Architecture

Spring 2017, offered by J. Cain

Author: L. Haihong (@Leedehai)

Caveat: no warranty, but feedback on factual errors are welcome!

Introduction
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Topic 1 Filesystem (1): cp, "the three tables", find, intro to system calls
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Topic 1 Filesystem (2): file systems, layering, more on system calls
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Topic 2 Multiprocessing (1): fork(), waitpid(), reaping
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Topic 2 Multiprocessing (2): execvp(), "the trio", shell
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Topic 2 Multiprocessing (3): pipes, redirection
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Topic 2 Multiprocessing (4): signals, signal handlers, signal masking
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Topic 2 Multiprocessing (5): paging, virtual memory, scheduler, context switch
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Topic 3 Multithreading (1): POSIX C pthread, race conditions
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Topic 3 Multithreading (2): C thread, mutex
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Topic 3 Multithreading (3): dining philosophers problem, deadlocks, permission slips, condition_variable_any, lock_guard
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Topic 3 Multithreading (4): semaphore, reader-writer problem, myth-buster
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Topic 3 Multithreading (5): concurrency patterns, ice-scream-parlor
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Topic 4 Networking (1): sever, client, sockets, server-side multithreading
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Topic 4 Networking (2): HTTP, networking system calls and data structures
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Topic 4 Networking (3): networking API, MapReduce
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Topic 4 Networking (4): non-blocking I/O
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Topic 4 Networking (5): event-driven programming
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Appendix A - Principles of Systems Design: abstraction, modularity and layering, naming and name resolution, caching, virtualization, concurrency, client-sever request-response
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Lab 1: File Systems and System Calls
Lab 2: Multiprocessing and Unix Tools
Lab 3: Parallel Programming
Lab 4: assign3 Redux and Threads
Lab 5: Read-Write Locks, Event Barriers
Lab 6: Threads vs Processes
Lab 7: ThreadPools and Networking

KOB = "knock on the blackboard" = "this is important" (for the purpose of course reviewing, not necessarily for learning)

LICENSE: Creative Commons Attribution Share Alike 4.0 (CC-BY-SA-4.0), not applicable to lab solutions.