In this lecture, we examine the design issues that drive filesystem design. We then examine several real filesystems, including the FAT filesystem and the Fast File System (FFS). We will continue examining filesystems next lecture.
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CS162 Lecture 10: Scheduling 1: Concepts and Classic Policies
CS162 Lecture 17: Demand Paging (Finished), General I/O, Storage Devices
CS162 Lecture 23: Distributed Decision Making (Con't), Networking and TCP/IP
CS162 Lecture 22: Transactions (Con't), End-to-End Arguments, Distributed Decision Making
CS162 Lecture 11: Scheduling 2: Case Studies, Real Time, and Forward Progress
CS162 Lecture 24: Networking and TCP/IP (Con't), RPC, Distributed File Systems
CS162 Lecture 21: Filesystems 3: Case Studies (Con't), Buffering, Reliability, and Transactions
CS162 Lecture 20: Filesystems 2: Filesystem Design (Con't), Filesystem Case Studies
CS162 Lecture 25: Distributed Storage, NFS and AFS, Key Value Stores
CS162 Lecture 19: Filesystems 1: Performance (Con't), Queueing Theory, Filesystem Design
CS162 Lecture 26 (Optional): Key Value Stores (Con't), Chord, DataCapsules, Quantum Computing
CS162 Lecture 15: Memory 3: Caching and TLBs (Con't), Demand Paging
CS162 Lecture 18: General I/O (Con't), Storage Devices, Performance
CS162 Lecture 13: Memory 1: Address Translation and Virtual Memory
CS162 Lecture 16: Memory 4: Demand Paging Policies
CS162 Lecture 12: Scheduling 3: Deadlock
CS162 Lecture 14: Memory 2: Virtual Memory (Con't), Caching and TLBs
CS162 Lecture 4: Abstractions 2: Files and I/O
CS162: Lecture 6: Synchronization 1: Concurrency and Mutual Exclusion
CS162 Lecture 8: Synchronization 3: Atomic Instructions (Con't), Monitors, Readers/Writers
CS162 Lecture 9: Synchronization 4: Monitors and Readers/Writers (Con't), Process Structure
CS162: Lecture 6.5: Concurrency and Mutual Exclusion (Supplemental)
CS162 Lecture 3: Abstractions 1: Threads and Processes
CS162 Lecture 5: Abstractions 3: IPC, Pipes and Sockets