What you would learn in DevOps Engineering with Apache Maven - Comprehensive Course?
Apache Maven is an effective software project management tool built and comprehends explicitly designed to manage Java project software. It is implemented in Java, which makes it platform-independent.
The function of tools for the building is to carry out the assembly of the product, its testing, packaging, and distribution to the end product. The benefit of performing these steps controlled instead of humans doing these tasks is that the build can be more reproducible, quicker, and less prone to errors. Maven can perform these tasks, e.g., create websites to upload build results, upload them, or create reports. Maven also allows the creation of an initial folder layout for applications to make it simple to start.
Axed on project object models (POM), Maven can manage the project's build, reporting, and documentation using one central information point.
Maven is used to help with projects ' build, dependency, and documentation. It makes building easier, as ANT does, but it's much more sophisticated. In essence, a Maven is a tool that can be utilized to create and manage any Java-based program. Maven can make the day-to-day tasks of Java developers more efficient and will generally assist in understanding every Java project.
The primary characteristics of Maven are:
Make it easy to create a project with Maven
Include jars and other dependencies of the project effortlessly with Maven's help. It lets you define and use dependencies concerning other projects and libraries. When the build is completed, the Maven build system helps to resolve dependencies and creates the dependencies if necessary.
Maven provides project information (log document, dependency list, unit test reports, etc.)
Maven can be extremely useful for projects that require updating the central repository that contains JARs and other dependent dependencies.
Create any number of projects into different output formats, such as those of JAR, WAR, etc, without needing to write any scripts
With Maven, we can integrate our project into a source control system (such as Subversion as well as Git)
Do as little configuration as possible and use absolute world default values, and then provide templates for projects.
Plug-ins can extend the maven build system. This allows for keeping the Maven core as compact as it can be. The Maven core, for instance, cannot run Java source code, and the plugin will manage this for the compiler.
Goals of the Course
Download the software, install Maven and then run a basic build
Learn Maven basics and concepts
Know the Maven the fundamentals of Maven configuration
Locate and configure dependencies to the project
Set up plugins to perform unit tests.
Configure and create Maven multi-module projects
Apache Maven - Course Syllabus
Maven Introduction
Downloading and installing Maven
Maven Repositories
Create a Maven Standalone Project in CLI
What are JAR, WAR, and EAR files?
A Maven Life Cycle for Building
Making a Standalone Maven Program in non-interactive mode
Test cases running with Maven
Creating Maven Web Project in CLI
Making a Maven Standalone Project through IDE
Create a Maven Web Project through IDE
Making Dependencies available to pom.xml
Dependency Chain
Maven Scopes
Content of the Course:
- Maven is a robust build automation tool primarily used for Java projects.
- Learn how to Download and Install Maven
- Define Maven Repositories
- Create Maven Standalone Project in CLI
- Create Maven Web Project through IDE
- Know what JAR, WAR, and EAR files are.
- Define the Maven Build Life Cycle
- Create a Standalone Maven Project
- Learn to Test Cases using Maven
- Find out how you can add dependencies to the pom the xml
- Know Maven Scopes and Dependency Chain
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