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Course Information

Learn C programming, Unix shell scripting, and debugging techniques. Develop and test programs efficiently with hands-on practice. Improve coding, debugging, and testing skills.

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Course Information

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  1. Course Information EECS 2031 – Section A Fall 2017

  2. Instructor • UyenTrang (U.T.) Nguyen • Office: LAS-2024 • Email: utn@cse.yorku.ca • Office hours: • Monday, 13:00 to 14:00 • Tuesday, 13:00 to 14:00 • By appointment in special cases • Home page: www.eecs.yorku.ca/~utn • Course web site: www.eecs.yorku.ca/course/2031A

  3. Textbook • The C Programming Language (2nd edition) B. W. Kernighan and D. M. Ritchie Prentice Hall Software Series • Online references for UNIX

  4. Course Content • C programming language • Learning how write, test and debug C programs • Unix (Linux) operating system • Using UNIX tools to automate compilation, program execution, testing and file manipulations • UNIX shell programming • Why C and Unix? Widely used, powerful, fast

  5. Course Objectives By the end of the course, you should be able to • use the basic functionality of the Unix shell, such as standard commands and utilities, input/output redirection, and pipes • develop and test shell scripts of significant size. • develop and test programs written in the C programming language. • describe the memory management model of the C programming language • use test, debug and profiling tools to check the correctness of programs

  6. Skills to Be Acquired • writing code • testing and debugging code • reading code (just as important as writing code)

  7. Grading Scheme • 10% – Weekly labs • 10% – Programming assignments (2) • 30% – Lab tests (2) • 20% – Midterm test • 30% – Final exam

  8. Weekly Labs • A set of 2-5 small problems is posted on Mondays after each lecture for you to prepare. • In the following Friday (Monday) lab session, you will complete and submit 2-3 programs under the “labtest” mode. • No books or notes are allowed. • All submitted labs are individual work. We use MOSS (Measure Of Software Similarity) to detect software plagiarism. Tutorials: • The TA gives a short tutorial (30 minutes) at the beginning of the lab before the "labtest" mode starts.

  9. Tests and Exam • Lab tests (2) • Small to medium-size programming problems • Based in weekly lab problems • Questions are not given in advance. • Weekly labs will be made available during the tests. • Results and marks will be sent to students via email. • Midterm test (written) • Final exam (written)

  10. Test and Exam Policy • You are allowed to miss a test/exam only under extraordinary circumstances. • If the reason is sickness, your doctor must fill in the Attending Physician's Statement form. • There is NO make up test, except for the second lab test. The weight of the first lab test, if missed, will be transferred to the second lab test . • The weight of the midterm test, if missed, will be transferred to the final exam. • Missed second lab test deferred exam in January. • All tests and exam are closed-book tests. No books, notes or calculators are allowed during a test/exam. • All assignments, labs, tests and exam are individual work. Plagiarism and cheating are not tolerable.

  11. Useful Suggestions • When sending emails to the instructor or TA, please indicate ”EECS 2031" in the subject line (e.g., ”EECS 2031 - Lecture notes unreadable"). • For questions related to course materials, it is best to come to the office hours. Email is not a good way to explain the materials. • Attend the lectures! The lecture notes give only outlines of the lectures. Details and additional information will be given in class. • Read the lecture notes and the textbook before and again right after each lecture. • Programming, programming, programming.

  12. Your First Homework • Read all the pages and links on the course web site. http://www.eecs.yorku.ca/course/2031A • Check the home page for announcements.

  13. Any questions?

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