Operating Systems - CSCI 402, Summer 2015

• This class is very demanding and the last programming assignment is extremely difficult and very very time-consuming. The coverage of this class is very vast. There is really no time for me to explain every topic to the point where every student in the class understands everything perfectly because we have to move along quickly to get you ready for the kernel programming assignments. So, please do not expect "spoon feeding" in this class and you need to be prepared to figure things out on your own. Of course, you are welcome to come talk to me about anything related to the course material. So, you are not completely on your own. You will be expected to learn certain things completely on your own.

  This class can also be very rewarding. If you work super hard for 11 weeks and implement all the programming assignments yourself, you will realized that you have learned so much when the session is over.

• As I mentioned above, this class is very demanding. But it is even more demanding for students who have a full-time job. This class is shorter (11 weeks long) in the summer but it has exactly the same workload as in a regular semester. For a full time student, this is probably the only class he/she would take during the summer. So, the workload would be manageable. For a student with a full-time job, this class may be considerably more difficult to manage.

  If you have a full-time job, you need to prepare to spend all your free time on this class. Please understand that I cannot treat you differently because you have a full-time job.

• Up to 4 students per team will be permitted but no more.

Late Registration

• Even though you are on the wait list and there is no guarantee that you will get in, if you intend to take this class, you are expected to attend every lecture and submit all assignments on time (i.e., same deadlines as students who are already registered). So, even if you get in on Friday of the 3rd week of classes, you will be expected to turn in warmup #1 by late night that Friday.

Participation

• You can earn 4% extra credit for class participation (i.e., attending lectures and signing roll sheets). For students registered in the DEN section, you get this 4% extra credit automatically.

• The recommended preparation for this class are (1) CSCI 201L or CSCI 455x, and (2) EE 357 or EE 352L. Basically, you should know how to program and you should know what's inside a processor/CPU and how it works (i.e., how it executes machine instructions).

• The programming assignments of this class will be very demanding (kernel 3 will be extremely difficult and very very time-consuming). You will be required to write C code. Since C is a proper subset of C++, knowing C++ well would give you enough background. However, some of the things that available in C++, such as strings and streams, are not be available in C. So, you need to know how to do things such as manipulating C-strings (i.e., null-terminated array of characters) using functions such as strchr, strrchr, strlen, strcmp, strncpy, etc. You also need to know how to perform console and file I/O in C using functions such as read/write, printf/snprintf, fread/fwrite, fgets, etc. No other programming language will be accepted. We will not teach C in this class. You are expected to pick up C on your own if you are not familiar with it.

  If you are not good with programming in C and you want to get prepared for this class, you can start by implementing some basic data structures and algorithms. For example, read a file of integers, sort them in a linked list, and sort the linked list using selection sort, bubble sort, insertion sort, merge sort, and quick sort is a good place to start. To practice file I/O and string manipulation, you can change the file of integers to lines of text and parse the lines into fields (e.g., separated by semi-colons or tabs) then sort the lines based on a particular field and print the sorted records. You must understand what a memory address is and what it means to store the address of a data structure into a pointer data type (thus forms a linked list). You then need to be able to follow the pointers to traverse the linked list. Learn to use gdb to examine memory addresses and debug your program.

• You must know how to use Unix/Linux. If you are not familiar with Unix/Linux, you must learn it on your own (we will not teach you how to use Unix/Linux in this class). If you are not familiar with Unix/Linux, I strongly urge you to read Unix for the Beginning Mage (by Joe Topjian) before semester starts. You should also get familiar with the Unix/Linux development environment (vi/pico/emacs, cc/gcc, make, etc.)

  If you don't have access to a Unix/Linux machine, you can install your own. The kernel programming assignments must run on Ubuntu 12.04. Therefore, you might as well install Ubuntu 12.04 on your laptop or desktop as soon as possible. If you do not have a personal laptop or desktop that runs Windows or Mac OS X, please contact the instructor as soon as possible.

Important Dates

• (May 20, 2015) - first day of class
• (Jun 2, 2015) - warmup1 due
• (Jun 16, 2015) - warmup2 due
• (Jun 30, 2015) - kernel1 due
• (Jul 6, 2015) - midterm (firm)
• (Jul 14, 2015) - kernel2 due
• (Jul 30, 2015) - kernel3 due
• (Aug 3, 2015) - final exam (firm)