Textbook (free online set of PDFs)

We'll use "Operating Systems: Three Easy Pieces" by Remzi H. Arpaci-Dusseau and Andrea C. Arpaci-Dusseau http://pages.cs.wisc.edu/~remzi/OSTEP/

Not all of the textbook sections are relevant. Most are, though. As of now, it is safe to start reading from the beginning.

Practical tutorials on Shell and C language

Chapters 1-12 and 24-26 or so of the book http://linuxcommand.org/tlcl.php which seems to have a free PDF download available.

In addition, "man" pages and examples of "find", "grep", "cat"

Shell scripting basics from: http://www.tldp.org/LDP/Bash-Beginners-Guide/html/ or http://www.learnshell.org/ or something similar..

C language basics from: http://www.learn-c.org/ (up to Chapter "Structures") or http://www.tutorialspoint.com/cprogramming/ (up to Chapter "C - Structures")

After rudimentary C, what completes our breadth-first overview is just a tiny bit of assembly language and command line debugging of compiled C code. Perfect material would be Chapters 1-4 and Appendix F of "Programming from the ground up" http://programminggroundup.blogspot.fi/

Finalize with something like (again "first Google hits"): http://www.thegeekstuff.com/2010/03/debug-c-program-using-gdb/ http://www.unknownroad.com/rtfm/gdbtut/ https://sourceware.org/gdb/onlinedocs/gdb/

Videos from Berkeley

Berkeley CS162 Fall 2011 lectures 1, 2, 3, 4, 5, 6, 9, 15, 16, 19, 20, 21 are pretty much to the point. Link to videos: https://www.youtube.com/playlist?list=PLA32F8ECF0A0ED16A

There seems to be a matching course archive site at http://inst.eecs.berkeley.edu/~cs162/fa11/

Lectures other than the ones listed seem to deal more with databases, internet, security, and software engineering concepts, which we teach on other courses, not ITKA203 that deals mostly with operating system basics. I don't have prior experience about the videos, but I sampled some of them quickly, and they seem to be very well in line with what I (try to) teach on my Finnish lectures.

Please, keep a learning diary of the lectures, if you start to watch them. That way I can verify that you have been watching. Of each lecture video that I listed, answer the following questions:

1. Number and title of the lecture, naturally, for bookkeeping.
2. What do you think was the most interesting or useful thing you learned from the lecture?
3. Was there something surprising that you had not known or thought of before?
4. Do you think that the covered topics improve your professional skills? If yes, how? If not, why?
5. On the other end of the spectrum, was there something that you think was a waste of your time (other than the unavoidable parts that deal with local arrangements at Berkeley)?
6. Did you have to search additional information on some pre-requisites assumed at Berkeley? What were those, specifically?
7. Anything else you might consider worthwhile to notice about this lecture?

Returning the learning diary in the end will is likely to be one required part of the course mode.

Practicals using the University servers

One objective of the course is to learn how to use a Linux server machine via an ssh connection and text-based terminal. After learning the command line, the work with C programming and gdb can continue at on of the identical server machines jalava.cc.jyu.fi or halava.cc.jyu.fi provided for students and staff - I didn't find instructions in English, but it is basically quite simple (unless we need some troubleshooting):

1. If you've never done this before, you need to "activate your access" once by logging in to the university user account service http://salasana.jyu.fi and clicking on the button that should say "Activate UNIX". Before logging out from the service, also verify that the "login shell" is set to "bash" and NOT anything else, like tcsh or any other option they possibly offer. We use bash (Bourne Again Shell) as the shell, since, well, it is the best option for beginners for many reasons.
2. Then you'll need an SSH client program to connect to one of the two servers from your own machine. On Windows, I recommend KiTTY: http://www.9bis.net/kitty/ If you happen to use Mac, then you already have an ssh client program, which can be started simply by writing the command "ssh username@jalava.cc.jyu.fi" to the Mac terminal window, where "username" is your university username (not email or anything, just the username). (I never remember how the terminal itself is opened on Mac, but it is something simple like everything Mac-like...). If you happen to use a Linux, it is the same story, you can just type the ssh command to your own terminal window. Password needs to be written, when the server asks for it - you won't (and shouldn't) see the password characters on screen when typing them.
3. Then, if it doesn't work for some reason, we'll need to troubleshoot. Some 5% of user accounts have turned out to have problems with the initial activation, which requires assistance from the IT support staff.. Might have no problems, but we don't know beforehand..
4. It is important to make sure that your own client program uses the "UTF-8" characters which are default at the server side. There's an option for this in KiTTY, and it is worthwhile to save the setting as default and not worry about it afterwards. Garbled or unexpected characters will sometimes appear if the setting is wrong. While at it, KiTTY should be configured to "transmit ALT key as META", which I think should be default, but it's best to make sure. Meaning of "ALT as META" is explained in the book I linked :).
5. Due to obvious reasons, the user account may be configured to use Finnish language by default, which I can help you to change. Of course it might be correctly set up in English, too.. You'll find out if the system tries to talk to you in Finnish in most of its response messages.
6. What must be remembered at all times is: everything is fine when you know what you are typing to the terminal, but:

• not knowing, or randomly banging the keys can be potentially dangerous (to your own files and data) very fast.
• So keep children, cats, people angry at you, etc. away from the keyboard while keypresses are going to a shell session!
• Type carefully - at first only the commands given in trustworthy tutorials that completely explain what the command is supposed to do. Every character matters, as you'll find out soon enough :)

These warnings are necessary at first, before you get to the point where you can safely improvise your own experiments and start the actual fun of it. The most important learning objective, of course, is to get to that point where you can start experimenting both safely and comfortably.

Learning and experimenting might be somewhat easier if you have your own Unix-like system with bash installed. Any Linux will do, Mac OSX terminal will do (although the book I linked might use some Linux-specific stuff), and on Windows you could install a virtual machine with any operating system.. But the university servers have a complete Linux environment readily at your use, and one of the goals is to learn remote use over the net, which is also one common and useful real-world application of the command line interface.

Naturally, the university systems do not allow regular users to do any system administration tasks, so trying anything with "sudo" or "su" needs to be done in your own system. (After you are very, very sure, what "sudo" means; system administration is not part of our introductory course).

Exercises / Labs

There will be some programming exercises to verify your skills gained from the tutorials. Exact details will be announced later; I'll be notifying the Spring 2016 international students when these are determined. As of now, you may do exercises from the beginning of the tutorials linked above. The indicated chapters and "up-to chapter" notes apply. No need to go unnecessarily deep on this course.