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Getting Started with Linux Fundamentals

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Table of Contents
Course
Lab Environment

Preface A: Introduction

Section A.1: Getting Started with Linux Fundamentals

Section A.2: Orientation to the Classroom Environment

Section A.3: Performing Lab Exercises

Chapter 1: Introduction to Linux

Section 1.1: Linux Distributions

Section 1.2: Guided Exercise: Linux Distributions

Section 1.3: Quiz: Introduction to Linux

Section 1.4: Summary

Chapter 2: Accessing a Linux System

Section 2.1: Log in to a Local Linux System

Section 2.2: Guided Exercise: Log in to a Local Linux System

Section 2.3: Using the Command Line

Section 2.4: Guided Exercise: Using the Command Line

Section 2.5: Lab: Accessing a Linux System

Section 2.6: Summary

Chapter 3: Managing Files in Linux

Section 3.1: Controlling Command Output

Section 3.2: Guided Exercise: Controlling Command Output

Section 3.3: Manipulating Text and Binary Files

Section 3.4: Guided Exercise: Manipulating Text and Binary Files

Section 3.5: Editing Text Files

Section 3.6: Guided Exercise: Editing Text Files

Section 3.7: Lab: Managing Files in Linux

Section 3.8: Summary

Chapter 4: File Systems Overview

Section 4.1: Navigating Directories

Section 4.2: Guided Exercise: Navigating Directories

Section 4.3: Manipulating Files and Directories

Section 4.4: Guided Exercise: Manipulating Files and Directories

Section 4.5: Processing Batches of Files

Section 4.6: Guided Exercise: Processing Batches of Files

Section 4.7: Managing Storage Space

Section 4.8: Guided Exercise: Managing Storage Space

Section 4.9: Lab: File Systems Overview

Section 4.10: Summary

Chapter 5: Users and File Permissions

Section 5.1: User Accounts and File Ownership

Section 5.2: Guided Exercise: User Accounts and File Ownership

Section 5.3: Managing File Permissions

Section 5.4: Guided Exercise: Managing File Permissions

Section 5.5: Lab: Users and File Permissions

Section 5.6: Summary

Chapter 6: Obtaining and Installing Software Packages

Section 6.1: Using the GNOME Software Tool

SectionSection 6.2: Quiz: Using the GNOME Software Tool

Section 6.3: Installing Software Packages

Section 6.4: Guided Exercise: Installing Software Packages

Section 6.5: Compressing and Extracting Data

Section 6.6: Guided Exercise: Compressing and Extracting Data

Section 6.7: Lab: Obtaining and Installing Software Packages

Section 6.8: Summary

Chapter 7: Linux Networking and System Resources

Section 7.1: Networking Basics

Section 7.2: Quiz: Networking Basics

Section 7.3: Transferring Files Remotely

Section 7.4: Guided Exercise: Transferring Files Remotely

Section 7.5: Viewing Linux Processes

Section 7.6: Guided Exercise: Viewing Linux Processes

Section 7.7: Lab: Linux Networking and System Resources

Section 7.8: Summary

Chapter 8: Comprehensive Review

Section 8.1: Comprehensive Review

Section 8.2: Lab: Manipulating Files and Directories

Section 8.3: Lab: Working with a Linux System

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Quiz: Using the GNOME Software Tool

Using the GNOME Software Tool

Choose the correct answers to the following questions:

1.


	What is the main difference between installing an RPM package and compiling source code to execute a binary file?
A		An RPM package is installed through a repository and is registered into an internal database, and the compiled code is not registered in the system.
B		Source code is compiled for a specific distribution, but an RPM package can be installed in all Linux distributions.
C		The software that is installed through an RPM package performs better than software from compiled code.
D		An RPM package requires internet access to look for and install package dependencies, but the compiled code does not require internet access.

2.


	Which definition best describes a software repository?
A		A software repository is an alternative name for a package manager, which installs software in Linux systems.
B		A software repository is a central location that provides convenient access to software applications.
C		A software repository is a directory in the system that contains an internal database to keep track of packages.
D		A software repository is a distributed location that provides applications, user manuals, and tips for application usage.

3.


	Which two options best describe the GNOME Software tool's functionality? (Choose two.)
A		Removes software that is potentially dangerous for the system.
B		Downloads operating system updates when the system is not being used.
C		Shows notifications when software updates are available.
D		Automatically finds and adds repositories that are available in the network.
E		Presents software in categories so that you can more easily find applications.

4.


	What information is available when viewing the details of an application in the GNOME Software tool?
A		Application size, version history, and platform availability.
B		Application details, installation options, and payment options.
C		Application website, application bundles, and payment options.
D		Application rating, version history, and a registration form.

Revision: rh104-9.1-3d1f2bc

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