Chun-Ying Huang

2023-03-06: The link to the lab page is available here.
2023-03-03: Our next lecture (and also the future lectures if not otherwise mentioned) will be moved to the computer classroom at EC315, 316, and 324. Please attend the lab lecture at the right classroom.
2023-02-06: IMPORTANT ANNOUNCEMENT: The professor has to join an event held in Singapore and will not be able to lecture the course on Feb 13. We will have TAs to introduce the policies and resources of this course in our first class. If you plan to sign-up this course, you may fill this form to join our course sign-up lottery.
2023-01-09: Course sign-up policies: Some of you are asking about the course sign-up policies. At the current stage, we will only sign up manually for: 1) you are a member of my lab, 2) I know you in person, or 3) you performed well in the INP course and I have promised you to sign up for this course. For the rest of you, we will have a course sign-up lottery at the beginning of this semester. Please check our posts here before the first lecture of the coming semester.
2023-01-06: Course web site refreshed.

Slides: syllabus, ov+tools, file+dir, file+stdio, sysinfo, procenv, procctrl, procrel, signals, assembly, ptrace, threads, threadctl, classipc, advipc
Container files for sample: (20230214 updated)
- Ubuntu: Dockerfile and docker-compose.yml (For arm64-based user, please use the alternative Dockerfile)
- Replace 'chuang' with the username you like, and choose your preferred UID and GID.
- Use `passwd' command in your docker to setup your password.
- (as root) Create your home directory in /home/<username> if it does not exist.
- Note for Apple Chip Users: You have to enable "Use Docker Compose V2" in your Docker Desktop options, and use the alternative Dockerfile file here.
Sample codes download: from the instructor in-class (20230220 updated), textbook | from textbook authors.
If you are new to Linux, you may try to install Ubuntu (Mint, or Manjaro) Linux and read its manual from the ubuntu-manual website.
If you would like to try various UNIX OSes, you may have a look at the DistroWatch website.
Quick References: SystemV Commands Pocket Guide, Common Unix Commands, Summary of common Unix Commands, GDB reference card (7.2).
OS pre-defined compiler macros.

Lectures: Monday 13:20--15:10.
Office Hour: by Appointment
Classroom: ED117.
Prerequisite: C programming, C++ programming (optional), Python programming, (x86/x86-64) Assembly (or learn in the class), Operating Systems.
Textbook: W. Richard Stevens and Stephen A. Rago, "Advanced Programming in the UNIX Environment," 2nd ed. or 3rd ed., Addison Wesley (開發圖書)
TAs:
- TA group (TBD)
  Email: echo 'dGFAem9vbGFiLm9yZwo=' | base64 -d
  (you know how to decode it if you have participated the class on the 1st day)
TA's Office Hour: TBD @ EC223A
Course Topics:
1. Fundamental tools and shell programming
2. Files and directories
3. File I/O and standard I/O
4. System data files and information
5. Process environment
6. Process control
7. Signals
8. Assembly language integration
9. ptrace and applications
10. Threads
11. Daemon processes
12. Advanced I/O
13. Inter-process communication
14. Network I/O
15. Other Topics

Tentative Schedule (Recommended):

week	lab	date	topic
1	--	02/13	--
2	lecture only	02/20	overview
3	(228 holidays)	02/27	--
4	1	03/06	file+dir & file+stdio
5	2	03/13	sysinfo & procenv-1
6	3	03/20	procenv-2
7	4	03/27	procctl-1 & procctl-2
8	(tomb sweeping)	04/03	procrel-1 & procrel-2
9	<midterm week>	04/10	--
10	<homework demo>	04/17	IPC
11	5	04/24	signal-1 & signal-2
12	6	05/01	assembly-1, 2, 3
13	7	05/08	assembly-1, 2, 3
14	8	05/15	ptrace-1 & ptrace-2
15	9	05/22	thread & thread-ctl
16	<final week>	05/29	--
17	<homework demo>	06/05	--

Grading policy: Lab 60%; Homework 40%.
Homework judgment policy: We do not welcome copycats. You are encourages to discuss with your classmates, but all your submissions must be your own work.