Concepts of Tested Domains

The first area covers Software Engineering and the concepts of modern software development, standard platform & components, continuous integration & continuous delivery, and source code management. The next tested part, Machine Deployment, includes the notions like Virtual Machine Deployment, system image creation, and cloud deployment. The third objective, Configuration Management, focuses on concepts such as features of Ansible and other configuration management tools. The fourth topic, namely Service Operations, consists of the concepts of IT operations and monitoring as well as Log Analysis and its management. The final tested scope has the terms related to container usage, infrastructure, and container orchestration and deployment.

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What Are Domains Covered by LPI 701-100 Exam?

If you are planning to take 701-100 exam soon, you have to make sure you hold working experience in DevOps-related domains and have expertise in open-source utilities such as Vagrant, Puppet and Git, etc. To fully master such a test, you have to go through these below-covered objectives:

• Software Engineering;
• Service Operations;
• Configuration Management;
• Machine Deployment;
• Container Management.

The Linux Professional Institute test 701-100 is the standard exam that is required if you want to become a qualified professional in software development and the workflows of system administration. If you are determined to become a DevOps engineer, this certification exam can bring a lot to the table. It can help you achieve the LPI DevOps Tools Engineer certification. Generally, the test coded LPI 701-100 helps the individuals to measure their knowledge of implementing the skills used for the prominent DevOps tools.

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Topics of LPI 701-100: LPIC-OT Exam 701: DevOps Tools Engineer Exam

To know the course content so that aspirants can prepare for the exam is a must. 700-100 exam dumps and 700-100 practice exams will include the following topics:

Modern Software Development

Candidates should be able to design software solutions suitable for modern runtime environments. Candidates should understand how services handle data persistence, sessions, status information, transactions, concurrency, security, performance, availability, scaling, load balancing, messaging, monitoring and APIs. Furthermore, candidates should understand the implications of agile and DevOps on software development.

• Understand common application security risks and ways to mitigate them

• Design software to be deployed to cloud services

• Design software to be run in containers

• Understand and design service based applications

• Understand the concept of agile software development

• Awareness of risks in the migration and integration of monolithic legacy software

• Understand aspects of data storage, service status and session handling

• Understand common API concepts and standards

• Understand the concept of DevOps and its implications for software developers and operators

Container Usage

Description: Candidates should be able to build, share and operate Docker containers. This includes creating Dockerfiles, using a Docker registry, creating and interacting with containers as well as connecting containers to networks and storage volumes. This objective covers the feature set of Docker version 17.06 or later.

• Use existing Docker images from a Docker registry

• Operate and access Docker containers

• Create Dockerfiles and build images from Dockerfiles

• Upload images to a Docker registry

• Use Docker volumes for shared and persistent container storage

• Understand the Docker architecture

• Connect container to Docker networks

Container Deployment and Orchestration

Description: Candidates should be able to run and manage multiple containers that work together to provide a service. This includes the orchestration of Docker containers using Docker Compose in conjunction with an existing Docker Swarm cluster as well as using an existing Kubernetes cluster. This objective covers the feature sets of Docker Compose version 1.14 or later, Docker Swarm included in Docker 17.06 or later and Kubernetes 1.6 or later.

• Understand the architecture and application model Kubernetes

• Understand the architecture and functionality of Docker Swarm mode

• Define and manage a container-based application for Kubernetes, including the definition of Deployments, Services, ReplicaSets and Pods

• Run containers in a Docker Swarm, including the definition of services, stacks and the usage of secrets

• Create and run Docker Compose Files (version 3 or later)

• Understand the application model of Docker Compose

Container Infrastructure

Description: Candidates should be able to set up a runtime environment for containers. This includes running containers on a local workstation as well as setting up a dedicated container host. Furthermore, candidates should be aware of other container infrastructures, storage, networking and container specific security aspects. This objective covers the feature set of Docker version 17.06 or later and Docker Machine 0.12 or later.

• Understand Docker networking concepts, including overlay networks

• Create and manage Docker volumes

• Understand the concepts of service discovery

• Understand Docker storage concepts

• Basic feature knowledge of CoreOS Container Linux, rkt and etcd

• Use Docker Machine to setup a Docker host

• Create and manage Docker networks

• Understand the security risks of container virtualization and container images and how to mitigate them

• Awareness of Flocker and flannel

Configuration Management

Candidates should be able to use Ansible to ensure a target server is in a specific state regarding its configuration and installed software. This objective covers the feature set of Ansible version 2.2 or later.

• Maintain secrets using Ansible vaults

• Understand and use Ansible roles and install Ansible roles from Ansible Galaxy

• Awareness of Ansible containers

• Create, maintain and run Ansible playbooks, including tasks, handlers, conditionals, loops and registers

• Set and use variables

• Create and maintain inventory files

• Understand how Ansible interacts with remote systems

• Write Jinja2 templates, including using common filters, loops and conditionals

• Awareness of Ansibles features for non-Linux systems

• Understand the principles of automated system configuration and software installation

• Awareness of dynamic inventory

• Understand and use important Ansible tasks, including file, copy, template, ini_file, lineinfile, patch, replace, user, group, command, shell, service, systemd, cron, apt, debconf, yum, git, and debug

• Manage SSH login credentials for Ansible, including using unprivileged login accounts

Reference: https://www.lpi.org/our-certifications/exam-701-objectives

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