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Lpi LPIC-1 Exam 101, Part 1 of 2, version 5.0 Sample Questions (Q171-Q176):

NEW QUESTION # 171
Which command will uninstall a package but leave its configuration files in case the package is re-installed?

* A. dpkg -L pkgname
* B. dpkg -P pkgname
* C. dpkg -r pkgname
* D. dpkg -s pkgname
Answer: C

Explanation:
Explanation
The dpkg command is used to manage Debian packages on Linux systems. The -r option removes a package but leaves its configuration files in case the package is re-installed. The -P option purges a package and removes its configuration files as well. The -s option shows the status of a package and the -L option lists the files installed by a package. References:
* LPI Linux Essentials, Chapter 6: Managing Software, Section 6.2: Debian Package Management
* LPI Linux Administrator, Exam 101: System Architecture, Topic 102: Linux Installation and Package Management, Objective 102.5: Manage shared libraries
* LPI Linux Engineer, Exam 201: Linux Kernel, Topic 201: System Architecture, Objective 201.1: Kernel Components and Compilation

NEW QUESTION # 172
When considering the use of hard links, what are valid reasons not to use hard links?

* A. Hard links are not available on all Linux systems because traditional filesystems, such as ext4, do not support them
* B. When a hard linked file is changed, a copy of the file is created and consumes additional space
* C. Each hard link has individual ownership, permissions and ACLs which can lead to unintended disclosure of file content
* D. Hard links are specific to one filesystem and cannot point to files on another filesystem
* E. If users other than root should be able to create hard links, suln has to be installed and configured
Answer: D

Explanation:
Explanation
The only valid reason not to use hard links is that they are specific to one filesystem and cannot point to files on another filesystem. This means that if you want to link files across different partitions or devices, you cannot use hard links. You have to use symbolic links instead, which are pointers to file names rather than inodes. The other options are either false or irrelevant. Hard links are available on most Linux systemsand traditional filesystems, such as ext4, do support them1. Each hard link shares the same ownership,permissions and ACLs as the original file, which can be an advantage or a disadvantage depending on the use case2. There is no such thing as suln, and users other than root can create hard links as long as they have write permission on the directory where the link is created3. When a hard linked file is changed, no copy of the file is created and no additional space is consumed. The changes are reflected on all the hard links pointing to the same inode4. References:
* Linux Essentials - Linux Professional Institute Certification Programs1
* Exam 101 Objectives - Linux Professional Institute2
* Hard links and soft links in Linux explained | Enable Sysadmin3
* Hard Link in Linux: Everything Important You Need to Know4

NEW QUESTION # 173
Running chmod 640 filea.txtas a regular user doesn't update filea.txt's permission. What might be a reason why chmod cannot modify the permissions? (Choose two.)

* A. filea.txtis a symbolic link whose permissions are a fixed value which cannot be charged.
* B. filea.txtis owned by another user and a regular user cannot change the permissions of another user's file.
* C. filea.txtis a hard link whose permissions are inherited from the target and cannot be set directly.
* D. filea.txthas the SetUID bit set which imposes the restriction that only the rootuser can make changes to the file.
* E. filea.txthas the sticky bit set and a regular user cannot remove this permission.
Answer: A,B

NEW QUESTION # 174
Which of the following are valid stream redirection operators within Bash? (Choose two.)

* A. %>
* B. 2>&1
* C. #>
* D. <
* E. >>>
Answer: B,D

Explanation:
Explanation
The stream redirection operators within Bash are used to redirect the input and output of commands to files, devices, or other commands. The valid stream redirection operators within Bash are:
* < : This operator redirects the standard input (STDIN) of a command from a file or device. For example, wc -l < file.txt counts the number of lines in file.txt by using it as the input for the wc command.
* > : This operator redirects the standard output (STDOUT) of a command to a file or device, overwriting any existing content. For example, echo "Hello World" > file.txt writes the string "Hello World" to file.txt, replacing any previous content.
* >> : This operator redirects the standard output (STDOUT) of a command to a file or device, appending to any existing content. For example, echo "Hello World" >> file.txt writes the string "Hello World" to file.txt, without deleting any previous content.
* >& : This operator redirects one file descriptor to another file descriptor. A file descriptor is a number that represents an open file or device. The standard input (STDIN) has the file descriptor 0, the standard output (STDOUT) has the file descriptor 1, and the standard error (STDERR) has the file descriptor 2.
For example, command > file 2>&1 redirects both the standard output and standard error of the command to the file.
* <& : This operator redirects one file descriptor from another file descriptor. For example, command
<&3 redirects the standard input of the command from the file descriptor 3.
The other operators are not valid stream redirection operators within Bash. They will cause syntax errors or unexpected behavior. For example, #> is a comment followed by a redirection operator, %> is a modulo operator followed by a redirection operator, and >>> is a bitwise right shift operator followed by a redirection operator.
References:
* Redirections (Bash Reference Manual)
* Guide to Stream Redirections in Linux | Baeldung on Linux
* Standard Streams in Bash | Delft Stack
* Bash Tutorial => Redirection
* stream redirection order and what os perform in details

NEW QUESTION # 175
Which of the following commands changes the ownership of file.txt to the user dan and the group staff?

* A. chown dan:staff file.txt
* B. chown dan -g staff file.txt
* C. chown dan/staff file.txt
* D. chown -u dan -g staff file.txt
Answer: A

Explanation:
Explanation
The correct command to change the ownership of file.txt to the user dan and the group staff is chown dan:staff file.txt. This command uses the colon ( emoticon

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