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The Unix Model Curriculum:
Outline for a One-Quarter Course
The Unix Model Curriculum is a detailed plan
for teaching all the important concepts
necessary for an introductory course in Unix
and Linux. The Unix Model Curriculum was
developed by Harley Hahn to help instructors
decide which topics to teach and the order in
which to teach them.
The following is an outline for a
one-quarter Unix/Linux course based on the Unix
Model Curriculum. The outline contains a total
of 54 teaching units, each of which takes about
25 minutes to teach. The intention is for you
to teach 6 units per week.
Thus, if you have two 1½-hour classes a week,
you should teach 3 units per class. If you
have three 1-hour class a week, you should
teach 2 units per class. In all, it should
take you 9 weeks to teach the course (54/6 = 9).
The schedule is based on a 11-week quarter,
with the last week taken up by
final exams, leaving 10 teaching weeks.
I assume that, during these 10 weeks, one
class will be used for a midterm exam, and
another class will be lost because of a holiday.
Within the course outline below, the section numbers
refer to the Unix Model Curriculum. The page
references indicate the relevant pages to read
in the textbook Harley Hahn's Guide to Unix
(McGraw-Hill Higher Education).
Section 1: Introduction to Unix
Unit |
Page References |
Topics |
1 |
• The Unix family of operating systems
• The Unix culture
• Why do we use Unix?
• Who uses Unix?
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Section 2: What is Unix? What is Linux?
Unit |
Page References |
Topics |
2 |
• What is an operating system?
• What is the kernel?
• Unix = Kernel + Utilities
• The GPL (General Public License) and Open Source Software
• The development of Linux
• What is Unix? What is Linux?
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Section 3: The Unix Connection
Unit |
Page References |
Topics |
3 |
• Multiprogramming, time-sharing
• Host and terminals paradigm
• The console
• Client/server relationship
• What happens when you press a key?
• Character terminals, graphics terminals
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Section 4: Starting to Use Unix
Unit |
Page References |
Topics |
4 |
• System administrator
• Userids and passwords
• Logging in
• What happens after you log in?
|
Unit |
Page References |
Topics |
5 |
• Shell prompt
• Logging out [logout, exit, login]
• Upper- and lowercase
|
Unit |
Page References |
Topics |
6 |
• Changing your password [passwd]
• Choosing a password
• Userids and users
• The superuser userid [root]
• (Appendix E: What to Do If You Forget the Root Password)
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Section 5: GUIs: Graphical User Interfaces
Section 6: The Unix Work Environment
Unit |
Page References |
Topics |
7 |
• What is a GUI?
• Desktop environment
• KDE and Gnome
• The GUI and the CLI (command line interface)
• Logging in and logging out with a GUI
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Unit |
Page References |
Topics |
8 |
• Multiple desktops/workspaces
• Terminal windows
• Virtual consoles
• The console
• Working as superuser [su]
• Shutting down; rebooting [init, reboot, shutdown]
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Section 7: Using the Keyboard With Unix
Unit |
Page References |
Topics |
9 |
• How does Unix know what type of terminal you are using?
• Modifier keys
• Stopping a program [intr, quit]
• End of file signal [eof]
• Command line editing
• Return; linefeed; newline
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Section 8: Programs to Use Right Away
Unit |
Page References |
Topics |
10 |
• Finding a program on your system [which, type, whence]
• How do you stop a program?
• Displaying the time and date [date]
• (Appendix F: Time Zones and 24-Hour Time)
• Information about your system [uptime, hostname, uname]
• Information about you [whoami, quota]
• Information about other users [users, who, w]
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Section 9: Documentation
Unit |
Page References |
Topics |
11 |
• The Unix tradition of teaching yourself
• RTFM
• What is the Unix manual? [man]
• Man pages
• Displaying man pages
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Unit |
Page References |
Topics |
12 |
• Organization
• Section numbers
• Referencing man pages
• Format of a man page
• Finding out what a command does [whatis]
• Searching for a command [apropos]
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Section 10: Command Syntax
Unit |
Page References |
Topics |
13 |
• Entering more than one command at a time
• What happens when you enter a command?
• Command syntax
• Options
• Dash options; dash-dash options
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Unit |
Page References |
Topics |
14 |
• Arguments
• Whitespace
• One or more; zero or more
• Syntax: the formal description of a command
• Learning command syntax from the Unix manual
• Dealing with a lot of options
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Section 11: The Shell
Unit |
Page References |
Topics |
15 |
• What is a shell?
• The Bourne shell family [sh, ksh, bash]
• The C-Shell family [csh, tcsh]
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Section 12: Using the Shell: Variables and Options
Unit |
Page References |
Topics |
16 |
• Interactive shells; non-interactive shells
• Environment; processes; variables
• Environment variables; shell variables
• Displaying environment variables [env, printenv]
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Unit |
Page References |
Topics |
17 |
• Displaying shell variables [set]
• Displaying and using the value of a variable [echo, print]
• (Appendix G: Shell Options and Shell Variables)
• Bourne shell family: Using variables [export, unset]
• C-Shell family: Using variables [setenv, unsetenv, set, unset]
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Section 13: Using the Shell: Commands and Customization
Unit |
Page References |
Topics |
18 |
• Metacharacters
• Quoting; escaping
• Strong quotes; weak quotes
• Builtin commands [type]
• External commands
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Unit |
Page References |
Topics |
19 |
• Search path
• Shell prompt
• Command substitution
• Typing commands; making changes
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Unit |
Page References |
Topics |
20 |
• History list [fc, history]
• Autocompletion
• Aliases [alias, unalias]
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Section 14: Using the Shell: Initialization Files
Unit |
Page References |
Topics |
21 |
• Initialization files; logout files
• Names of initialization and logout files
• Dotfiles and rc files
• Using a simple text editor
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Unit |
Page References |
Topics |
22 |
• Login shells; non-login shells
• When are initialization files executed?
• What to put in initialization files
• Displaying, creating and editing initialization files
• Comments in shell scripts
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Section 15: Standard I/O, Redirection, and Pipes
Unit |
Page References |
Topics |
23 |
• The Unix philosophy regarding tools
• (combining tools, small is beautiful)
• Standard input; standard output; standard error
• Redirecting standard output
• Preventing files from being replaced or created by redirection
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Unit |
Page References |
Topics |
24 |
• Redirecting standard input
• File descriptors
• Redirecting standard error: Bourne Shell family
• Throwing away output (/dev/null)
• Redirection summary
• Pipelines
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Section 16: Filters: Introduction and Basic Operations
Unit |
Page References |
Topics |
25 |
• Filters
• The problem solving process
• The simplest possible filter [cat]
• Increasing the power of filters
• The most useful filters
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Unit |
Page References |
Topics |
26 |
• Combining files [cat]
• Selecting lines from the beginning or end of data [head, tail]
• Deleting columns of data [colrm]
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Section 17: Filters: Comparing and Extracting
Section 18: Filters: Counting and Formatting
Unit |
Page References |
Topics |
27 |
• Comparing files
• Comparing any two files [cmp]
• Comparing sorted text files [comm]
• Comparing unsorted text files [diff]
• Counting lines, words, characters [wc]
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Section 19: Filters: Selecting, Sorting, Combining, and Changing
Unit |
Page References |
Topics |
28 |
• Selecting lines that contain a specified pattern [grep]
• The most important grep options [grep]
• Selecting lines beginning with a specific pattern [look]
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Unit |
Page References |
Topics |
29 |
• Sorting data [sort]
• Controlling the order in which data is sorted [sort -dfn]
• Finding duplicate lines [uniq]
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Unit |
Page References |
Topics |
30 |
• ASCII code
• (Appendix D: The ASCII Code)
• Collating sequences
• Locales
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Mid-term Exam
Section 20: Regular Expressions
Unit |
Page References |
Topics |
31 |
• Introduction to regular expressions
• Matching lines
• Matching words
• Matching characters
• Character classes
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Unit |
Page References |
Topics |
32 |
• Predefined character classes
• Ranges
• Locales and collating sequences
• Repetition operators
• Understanding complex regular expressions
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Section 21: Displaying Files
Unit |
Page References |
Topics |
33 |
• Survey of programs used to display files
• Using less for paging [less]
• less: Starting, stopping, help
• less: Most common commands
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Unit |
Page References |
Topics |
34 |
• less: Searching within a file
• Displaying the beginning of a file [head]
• Displaying the end of a file [tail]
• Watching the end of a growing file [tail -f]
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Unit |
Page References |
Topics |
35 |
• Binary, octal, hexadecimal
• Why we use hexadecimal rather than octal
• Displaying binary files [hexdump, od]
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Section 22: The vi Text Editor
Special references:
• Summary of vi Commands (Appendix C, pages 827-823)
• Quick Index for the vi Text Editor (pages 891-893)
Unit |
Page References |
Topics |
36 |
• Introduction to the vi text editor [vi]
• Starting vi
• Command mode; input mode
• Knowing what mode you are in
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Unit |
Page References |
Topics |
37 |
• Starting vi as a read-only editor: [view, vi -r]
• Stopping vi
• How vi uses the screen
• Using vi and ex commands
• How to learn vi commands
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Unit |
Page References |
Topics |
38 |
• Creating a practice file
• Moving the cursor
• Moving through the editing buffer
• Searching for a pattern
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Unit |
Page References |
Topics |
39 |
• Using line numbers
• Inserting text
• Changing text
• Replacing text
• Deleting text
• Undoing or repeating a change
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Unit |
Page References |
Topics |
40 |
• Moving text
• Copying text
• Copying lines
• Moving lines
• Writing data to a file
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Section 23: The Unix Filesystem
Unit |
Page References |
Topics |
41 |
• What is a file?
• Types of files
• Directories; subdirectories
• Tree-structured filesystem
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Unit |
Page References |
Topics |
42 |
• Filesystem Hierarchy Standard (FHS)
• Root directory and subdirectories
• Contents: root directory
• Contents: /usr directory
• Home directories
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Section 24: Working With Directories
Unit |
Page References |
Topics |
43 |
• Pathnames: absolute, relative
• Working directory
• Pathname abbreviations ( .. . ~ )
• Moving around the directory tree [cd, pwd]
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Unit |
Page References |
Topics |
44 |
• Making a new directory [mkdir]
• Removing a directory [rmdir]
• Moving or renaming a directory [mv]
• Using ls to list files [ls]
• Directory listings [ls -CrR1]
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Unit |
Page References |
Topics |
45 |
• Globbing; wildcards
• Dot files (hidden files) [ls -a]
• Long directory listings [ls -dhltu]
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Section 25: Working With Files
Unit |
Page References |
Topics |
46 |
• Rules and conventions for naming a file
• Copying a file [cp]
• Copying files to a different directory [cp]
• Copying a directory to another directory [cp -r]
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Unit |
Page References |
Topics |
47 |
• Moving a file [mv]
• Renaming a file or directory [mv]
• Deleting a file [rm]
• How to keep from deleting the wrong files [rm -if]
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Unit |
Page References |
Topics |
48 |
• File permissions
• How Unix Maintains File permissions [id, groups, ls -l]
• File modes
• Changing file permissions [chmod]
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Unit |
Page References |
Topics |
49 |
• Introduction to links [stat, ls -i]
• Multiple links to the same file
• Creating a new link [ln]
• Symbolic links [ln -s]
• Using symbolic links with directories
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Unit |
Page References |
Topics |
50 |
• Finding files: Searching a system database [locate]
• Finding files: Searching a directory tree [find]
• The find program: paths
• The find program: tests
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Section 26: Processes and Job Control
Unit |
Page References |
Topics |
51 |
• How the kernel manages processes
• Foreground and background processes
• Job control
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Unit |
Page References |
Topics |
52 |
• Running a job in the background
• Suspending a job [fg]
• Displaying a list of jobs [jobs]
• Moving a job to the foreground [fg]
• Moving a job to the background [bg]
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Unit |
Page References |
Topics |
53 |
• Using ps to display process information [ps]
• The ps program: Basic skills
• The ps program: Choosing options
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Unit |
Page References |
Topics |
54 |
• Monitoring system processes [top, prstat]
• Killing a process [kill]
• Sending a signal to a process [kill]
• Daemons
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Final Exam
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