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Lpi 305-300 Exam Syllabus Topics:

Section	Weight	Objectives
Container Virtualization	25%	- Container Orchestration Platforms - Container Virtualization Concepts - LXC - Docker
Full Virtualization	25%	- Virtual Machine Disk Image Management - Xen - QEMU - Libvirt Virtual Machine Management - Virtualization Concepts and Theory
VM Deployment and Provisioning	12%	- Cloud Management Tools - Vagrant - cloud-init - Packer

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Lpi LPIC-3 Exam 305: Virtualization and Containerization Sample Questions (Q83-Q88):

NEW QUESTION # 83
Which of the following commands executes a command in a running LXC container?

A. lxc-run
B. lxc-eval
C. lxc-enter
D. lxc-accach
E. lxc-batch

Answer: D

NEW QUESTION # 84
Which of the following tasks is performed by Vagrant?

A. It is a programming interface used to create reports from collected performance data
B. It migrates virtual machines automatically between host systems
C. It is a hypervisor optimized for embedded ARM systems
D. It automates the installation of a virtual machine according to a configuration file describing the desired VM
E. It monitors the functionality of a virtual machine and restarts the VM in case of failure

Answer: D

Explanation:
Vagrant is a tool designed toautomate the creation and provisioning of development virtual machines using a declarative configuration file called aVagrantfile. According to virtualization documentation, Vagrant simplifies setting up reproducible environments by automatically installing and configuring virtual machines based on this file.
Vagrant does not perform monitoring, reporting, hypervisor functions, or automatic VM migration. It integrates with providers such as VirtualBox, KVM, and VMware but is not itself a hypervisor.
Therefore, the correct answer isA.

NEW QUESTION # 85
Which of the following statements are true about container-based virtualization? (Choose two.)

A. Linux does not support container-based virtualization because of missing kernel APIs.
B. All containers run within the operating system kernel of the host system.
C. Each container runs its own operating system kernel.
D. Different containers may use different distributions of the same operating system.
E. Container-based virtualization relies on hardware support from the host system's CPU.

Answer: B,D

Explanation:
Explanation
Container-based virtualization is a method of operating system-level virtualization that allows multiple isolated user spaces (containers) to run on the same host system1. Each container shares the same operating system kernel as the host, but has its own file system, libraries, and processes2. Therefore, the statements A and C are false, as containers do not run their own kernels or rely on hardware support from the CPU. The statement E is also false, as Linux does support container-based virtualization through various technologies, such as cgroups, namespaces, LXC, Docker, etc12. The statement B is true, as different containers may use different distributions of the same operating system, such as Debian, Ubuntu, Fedora, etc., as long as they are compatible with the host kernel3. The statement D is also true, as all containers run within the operating system kernel of the host system, which provides isolation and resource management for them12. References:
* 1: Containerization (computing) - Wikipedia.
* 2: What are containers? | Google Cloud.
* 3: What is Container-Based Virtualization? - StackHowTo.

NEW QUESTION # 86
In an IaaS cloud, what is a common method for provisioning new computing instances with an operating system and software?

A. Each new instance is a clone of another currently running instance that includes all the software, data and state of the original instance.
B. Each new instance is connected to the installation media of a Linux distribution and provides access to the installer by logging in via SSH.
C. Each new instance is connected via a VPN with the computer that started the provisioning and tries to PXE boot from that machine.
D. Each new instance is created based on an image file that contains the operating system as well as software and default configuration for a given purpose.
E. Each new instance contains a minimal live system running from a virtual CD as the basis from which the administrator deploys the target operating system.

Answer: D

Explanation:
Explanation
In an IaaS cloud, the most common method for provisioning new computing instances is to use an image file that contains a pre-installed operating system and software. This image file is also known as a machine image, a virtual appliance, or a template. The image file can be customized for a specific purpose, such as a web server, a database server, or a development environment. The image file can be stored in a repository or a library that is accessible by the cloud provider or the user. When a new instance is requested, the cloud provider copies the image file to a virtual disk and attaches it to the instance. The instance then boots from the virtual disk and runs the operating system and software from the image file. This method is faster and more efficient than installing the operating system and software from scratch for each new instance. It also ensures consistency and reliability across multiple instances that use the same image file. References:
* LPI Virtualization and Containerization Exam Objectives, Topic 305.1: Virtualization Concepts and Theory, Objective: Describe the concept of machine images and templates
* LPI Virtualization and Containerization Study Guide, Chapter 1: Virtualization Concepts and Theory, Section: Machine Images and Templates
* LPI LPIC-3 305 Certification Sample Questions and Practice Exam, Question 10: In an IaaS cloud, what is a common method for provisioning new computing instances with an operating system and software?

NEW QUESTION # 87
How does Packer interact with system images?

A. Packer installs a client within the image which has to be run periodically via cron in order to retrieve the latest template from the Packer server and apply it locally.
B. Packer creates an instance based on a source image, prepares the instance through a network connection and bundles the resulting instance as a new system image.
C. Packer downloads and extracts an image in order to make changes to the image's file system, repack the modified image and upload it again.
D. Packer periodically connects through the network to the Packer daemons of all running Packer images in order to re-apply the whole template to the running instance.
E. Packer has to be installed within the target image and is executed during the image's first boot in order to execute preparation tasks.

Answer: B

Explanation:
Explanation
Packer is a tool that automates the creation of identical machine images for multiple platforms from a single source configuration. Packer works by creating an instance based on a source image, which is a pre-existing image that serves as a starting point. Packer then connects to the instance through a network connection, such as SSH or WinRM, and runs various commands and scripts to install and configure software within the instance. Packer then shuts down the instance and creates a new system image from it, which can be used to launch new instances. Packer supports many platforms, such as AWS, Azure, VMware, Docker, and others.
Packer does not install any software or run any daemon within the target image, nor does it periodically connect to the running instances to re-apply the template. Packer also does not modify the source image directly, but creates a new image from the modified instance. References:
* Packer by HashiCorp
* HashiCorp Packer - Build Automated Machine Images
* Introduction | Packer | HashiCorp Developer

NEW QUESTION # 88
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