시스템프로그래밍

건국대학교
임민규

페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >컴퓨터ㆍ통신 >소프트웨어공학
강의학기

2017년 2학기

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강의계획서

In this class, students learn the concept of a UNIX/LINUX system, interface, and programming, and so on. This class also provides practical programming experiences based on the usage of various system resources such as a file, process, thread, network, and I/O. This course is proceeded with lectures given by the instructor. System programming concepts in UNIX are explained with real example codes. Some homeworks are given to students for better understanding of lecture content. Students are evaluated with mid-term, final exam, and programming project.

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

Introduction to UNIX systems

차시별 강의

1.	Introduction to UNIX systems	Learn how to use LINUX systems Learn fundamental LINUX commands
2.	Introduction to UNIX systems	Learn how to use LINUX systems Learn fundamental LINUX commands
3.	1. Technology's impact on Programs	Introduce major ideas and themes in computer systems
4.	2. Programs, Processes and Threads	Learn concepts of programs, processes and threads
5.	3. Process in UNIX	Learn how to create processes Experiment with fork function
6.	3. Process in UNIX	Exampe1~4
7.	3. Process in UNIX	Wait() function, exec() function
8.	3. Process in UNIX	exec() function, exit() function
9.	3. Process in UNIX	Writing
10.	3. Process in UNIX	closing, lseek
11.	3. Process in UNIX	Flie pointers, Inheritance of file descriptors, Line buffering example, Filters and redirection, Redirection in C program,
12.	3. Process in UNIX	Files and Directories, directory, pathname, File status information
13.	3. Process in UNIX	UNIX File Implementaion, inode, Hard Links and Symblic Links, Symblic Link API
14.	8. Signals	Basic signal concept, Generating signals
15.	8. Signals	Catching/ignoring signals examples, Waiting for signals, Sigsuspend
	8. Signals	Sigwait, Errors and Async-signal safety, Sigsetjmp and siglongjmp, Programming with asynchronous I/O, aio_cancel
	9. Times and Timers	POSIX Times, Time in seconds, Displaying date and time, Using real0 time clocks, Sleep functions
	9. Times and Timers	POSIX, Timer drift, Motivation, Threads, Multitasking
	9. Times and Timers	Processes vs. threads, User space, Thread management, Creating a thread, Detaching, Joining, Exiting, Cancellation
	9. Times and Timers, 13. Thread Synchronization	Passing parameters and returning values, Wrong parameter passing, Thread safety
	13. Thread Synchronization	Creation/initialization, Destroy, Locking/unlocking, At Most Once execution, At Least Once execution, Motivation, Overview, Condition variacle
	13. Thread Synchronization	Signal handing and threads