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- linux_tutorial_two
- irectory. First, cd to your testdir directory. <code>compsci-user@tim: cd ~/testdir</code> Then at the Linux prompt, type, <code>compsci-user@tim: cp /vol/examples/tutorial/science.txt . </code> <note>(Note: Don't forget the dot (.) at the en
- linux_tutorial_three
- w type **cat** without specifing a file to read <code>compsci-user@tim:~$ cat</code> Then type a few words on the keyboard and press the [Return] key. Fina... ed **list1** containing a list of fruit, type <code>compsci-user@tim:~$ cat > list1</code> Then type in the names of some fruit. Press [**Return**] after
- linux_tutorial_five
- ss rights)==== In your testdir directory, type <code>compsci-user@tim:~$ ls -l (l for long listing!)</code> You will see that you now get lots of details a... d write permissions on the file biglist to all, <code>compsci-user@tim:~$ chmod a+rw biglist</code> ===Exercise 5a=== Try changing access permissions on th
- linux_tutorial_one
- To find out what is in your home directory, type <code> compsci-user@tim:~$ ls </code> The **ls** command ( lowercase L and lowercase S ) lists the contents o... cluding those whose names begin with a dot, type <code> compsci-user@tim:~$ ls -a </code> {{:help:general_linux:lsa.png?600|}} As you can see, **ls -a** list
- linux_tutorial_seven
- the software. * Locate and download the source code (which is usually compressed) * Unpack the source code * Compile the code * Install the resulting executable * Set paths to the installation directory ... lt is the compilation stage. ===Compiling Source Code=== All high-level language code must be converte
- linux_tutorial_eight
- he current operating system you are using. Type <code>compsci-user@tim:~$ echo $OSTYPE</code> More examples of environment variables are * USER (your log... d. To show all values of these variables, type <code>compsci-user@tim:~$ printenv | less</code> ====8.3 Shell Variables==== An example of a shell variable
- linux_tutorial_six
- nt quota and how much of it you have used, type <code>compsci-user@tim:~$ quota -v</code> ===df=== The df command reports on the space left on the file sys... how much space is left on the fileserver, type <code>compsci-user@tim:~$ df .</code> ===du=== The du command outputs the number of kilobyes used by each s
- linux_tutorial_four
- For example, in your unixstuff directory, type <code>compsci-user@tim:~$ ls list*</code> This will list all files in the current directory starting with **list....** Try typing <code>compsci-user@tim:~$ ls *list</code> This will list all files in the current directory ending with **..