The Linux Programming Interface: a linux and unix system Programming Handbook
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| Usage and organization
You can use this book in at least two ways: z As a tutorial introduction to the Linux/UNIX programming interface. You can read the book linearly. Later chapters build on material presented in earlier chapters, with forward references minimized as far as possible. z As a comprehensive reference to the Linux/UNIX programming interface. An extensive index and frequent cross-references allow topics to be read in ran- dom order. I’ve grouped the chapters of this book into the following parts: 1. Background and concepts: history of UNIX, C, and Linux and overview of UNIX standards (Chapter 1); a programmer-oriented introduction to Linux and UNIX concepts (Chapter 2); and fundamental concepts for system program- ming on Linux and UNIX (Chapter 3). 2. Fundamental features of the system programming interface: file I/O (Chapter 4 and Chapter 5); processes (Chapter 6); memory allocation (Chapter 7); users and groups (Chapter 8); process credentials (Chapter 9); time (Chapter 10); system limits and options (Chapter 11); and retrieving system and process information (Chapter 12). 3. More advanced features of the system programming interface: file I/O buffering (Chapter 13); file systems (Chapter 14); file attributes (Chapter 15); extended attributes (Chapter 16); access control lists (Chapter 17); directories and links (Chapter 18); monitoring file events (Chapter 19); signals (Chapter 20 to Chap- ter 22); and timers (Chapter 23). 4. Processes, programs, and threads: process creation, process termination, monitor- ing child processes, and executing programs (Chapter 24 to Chapter 28); and POSIX threads (Chapter 29 to Chapter 33). 5. Advanced process and program topics: process groups, sessions, and job control (Chapter 34); process priorities and scheduling (Chapter 35); process resources (Chapter 36); daemons (Chapter 37); writing secure privileged pro- grams (Chapter 38); capabilities (Chapter 39); login accounting (Chapter 40); and shared libraries (Chapter 41 and Chapter 42). 6. Interprocess communication (IPC): IPC overview (Chapter 43); pipes and FIFOs (Chapter 44); System V IPC—message queues, semaphores, and shared mem- ory (Chapter 45 to Chapter 48); memory mappings (Chapter 49); virtual memory operations (Chapter 50); POSIX IPC—message queues, semaphores, and shared memory (Chapter 51 to Chapter 54); and file locking (Chapter 55). xxxiv Preface 7. Sockets and network programming: IPC and network programming with sockets (Chapter 56 to Chapter 61). 8. Advanced I/O topics: terminals (Chapter 62); alternative I/O models (Chapter 63); and pseudoterminals (Chapter 64). tải về 6.93 Mb. Chia sẻ với bạn bè của bạn:
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