Reference no: EM132368183

Section A - File system and Scripting

1. Provided that your virtualization software allows for USB device pass-through, connect a USB flash memory drive to your system.

2. Use the appropriate commands to locate the device file used by the device, mount the filesystem to a directory of your choice, and check the filesystem for errors.

3. Finally, add a line to /etc/fstab to ensure that the filesystem can be easily mounted in the future (this line should not automount the filesystem at boot time).

4. You have several filesystems on your hard disk that are mounted to separate directories on the Linux directory tree. The /dev/sdc6 filesystem was unable to be mounted at boot time.

5. What could have caused this?

6. What commands could you use to find more information about the nature of the problem?

Section B - Account Management

You have been asked by your boss to prepare two shell scripts, which manage user information:

You are to prepare a simple shell script, which reads a text file called newusers.txt. The file is in the form
John student /home/John John Smith
Jamesstudent /home/James JamesJackson
brett staff /home/brett Brett Walker
graystaff /home/grayGray Buck
and creates these users on the system without any interactive input by run script one time only. To do this you will need to use the adduser(1) and passwd(1) commands. You will need to randomly produce the password and report this to the administrator.

You can assume the fields being username, group, home directory and GCOS string are separated by a double white space.

The program should output the username, group, home directory, and generated password once created.

Management of users is important particularly an account to change the password in every 60 days. Write a shell NameStudent (.sh) script that takes a single argument being a username, looks for the account in /etc/passwd, force the accounts above to change their password in every 60 days, and archives their home directory into a systemdate.tar.gz file. Your script must validate password strength before changing the password.
The script should also show a summary of the users usage in their home account. You will receive more marks if you avoid using the standard user management tools. systemdate should be MM/DD/YY-HH:MM:SS at the time of the script run.

Section C - Practical File Systems

Create a user "StudentSirName201960" and in their home directory create the files with the following permissions.

• A file called "test.txt", with contents "This is a test file", includes your name and student number as well. Ensure you create the file with read and write permissions for owner, group and other, but no execute permissions.

• A file called "runme.sh" that runs a simple script of your choosing, with read and execute permissions for group and other, and full read, write and execute permissions for the owner. You can make the script echo something to the user.

• A hidden file called ".test_config", owned by root with contents "This is a test config file", that has root read, write and execute permissions only, no other permissions set.

• A symbolic link with an absolute path to a system log file of your choosing.

• A directory called "test_dir" with the owner having full permissions to create, rename or delete files in the directory, list files and enter the directory. Group and other having permissions to only list files and enter the directory and access files within it.

Section D - File System Management with Scripts

Write a script to make sure that user home directories and files are owned and only accessible by the owner. The script should be run by root only.
The script must take an argument as a file type. Based on the argument, then search for all files located in the user home directory. If the file is found, then create a directory in the Desktop called StudentName_StudentID and copy all the found files into this directory.
When these files are found a summary should be produced including where they are and the size.

Section E - Implementing the Filesystem

In this task, your job is to implement the storage system. A Samba file server enables file sharing across different operating systems over a network. It lets you access your desktop files from a laptop and share files with Windows and macOS users.

To do this install the latest version of Ubuntu Server and Desktop on a virtual machine. Install the Samba package and configure Samba user and set the password for the user for file sharing.