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Showing posts with label Maven. Show all posts
Showing posts with label Maven. Show all posts

Creating a Simple Maven Project in Eclipse (Step-by-Step Guide)

๐Ÿงฐ Pre-Requisites (What You Need Before Starting)

  1. Java JDK Installed
    • Download and install the latest Java JDK from the official Oracle website.
    • Ensure the `JAVA_HOME` environment variable is set correctly.
  2. Eclipse IDE Installed
    • Install the latest version of Eclipse IDE for Java Developers from official Eclipse website.
  3. Internet Connection
    • You’ll need an active internet connection during the setup to download dependencies and plugins.
  4. TestNG Plugin (Optional, if using TestNG in Maven project)




๐Ÿš€ Steps to Create a Simple Maven Project in Eclipse
1. Open Eclipse IDE
2. Start a New Maven Project
    Go to: File → New → Maven Project
    (If you don’t see "Maven Project", go to `File` → `Other`, then search and select "Maven Project")



3. Project Configuration Window

  • Leave the default settings (location and working set) as-is.
  • Don’t check the “Create a simple project (skip archetype selection)” option.
  • Click Next.


4. Select a Project Template (Archetype)

  • Eclipse will take a few moments to load archetypes (templates).
  • In the "Filter" box, type: `maven-archetype-quickstart`.
  • Select this option from the list and click Next.


5. Enter Project Details
  • Fill in the following fields:
  • Group Id – your project group name (e.g., com.example)
  • Artifact Id – your project name (e.g., my-first-project)
  • Package – base package name (usually same as Group Id)
  • Click Finish.


6. Project Creation in Progress
  • Eclipse will download required files. This may take a minute.
  • In the Console, if it asks “Confirm properties configuration”, just type `Y` and press Enter.

✅ Your Maven project is now created! You’ll see a standard Maven folder structure in your Project Explorer:



Introduction to Apache Maven

๐Ÿงฉ What is Apache Maven?
Apache Maven is a project management and build automation tool for Java applications that is based on POM(Project Object Model). For testers, it’s incredibly helpful for:
  • Managing test libraries and dependencies (like Selenium, TestNG, etc.)
  • Running your test classes automatically
  • Maintaining consistent environments across your team
Even if you don't write application code, Maven is your behind-the-scenes assistant in test automation.




๐Ÿงช Why Should Testers Use Maven?
Here’s how Maven benefits testers:
  1. Easy Dependency Management: Just define required libraries (like Selenium, TestNG) in a file called pom.xml, and Maven downloads them automatically.
  2. Consistent Test Environment: It ensures the same versions of tools/libraries are used across your team or in CI/CD pipelines.
  3. Integrates with Test Frameworks: Works smoothly with popular test tools like JUnit, TestNG, and Cucumber.
  4. Supports Continuous Integration (CI): Easily integrate with tools like Jenkins, GitLab CI, or GitHub Actions for running tests automatically after every code change.
  5. Standard Project Structure: Maven uses a standard directory layout which makes it easier to organize and understand test projects.




๐Ÿš€ Benefits of Using Maven in Eclipse
Here are the key benefits of using Maven (via Eclipse) for testers:
  1. No More JAR Headaches: You don’t have to manually download and add JAR files. Maven downloads them automatically.
  2. Project Setup is Simple: Maven comes with a standard project structure that makes organizing test files easier.
  3. Smooth Integration with Test Frameworks: Maven supports tools like TestNG, JUnit, and Cucumber effortlessly.
  4. Easy to Use in Eclipse: You can create, manage, and run Maven projects within Eclipse without using the command line.