Java EE (JEE6/JEE7) with JSF2, EJB3, and JPA2: Lab Setup Instructions (Standard on Windows OS: Java 8, Eclipse, WildFly 10)
Below are the standard requirements for this course. If you have any questions or issues, please contact us.
Important Note: Student lab files are required on each computer used for the course. The links for these are not in this lab setup, and you should receive them separately.
- It’s a good idea to keep downloaded software install files on the machines during the class in case of problems that require a re-install.
- Cloning a setup is generally not a problem. If it is, we’ll mention it in the software section (for example, much of the IBM/RAD-WAS software can be problematic in this regard).
Hardware and classroom setup.
Each student and the instructor shall have a workstation that fulfills the listed requirements.
- Required: Intel-compatible processor (with reasonably recent hardware).
- Memory: 8GB recommended (4GB minimum)
- Disk Space: Free disk space for software installs (generally minimum 2GB)
- Operating System: Windows OS (Any modern version - Windows 7, 10, etc. - labs have not been tested on Windows 8 variants)
- Recommended: Internet access
- Recommended: Class machines networked together - allows students to access a shared network directory.
Lab Files: Each student and instructor must have lab files installed (links to these files are generally sent separately via e-mail).
- Extract the lab files to a location conveniently accessible to the student (e.g. C:\ )
- If using folder other than C:\, make sure that students know where they are.
Other instructor requirements for the classroom
- Projector or large screen TV capable of 1280x800 or higher resolution. Instructor must be able to use this to project slides.
- Whiteboard (preferred) or flip charts with markers.
Install Java Development Kit – JDK 1.8 Update 211
- Note that any relatively recent JDK1.8 version is fine.
- From http://www.oracle.com/technetwork/java/javase/downloads/jdk8-downloads-2133151.html download the installer file for your OS
- Windows 64 bit: xxx-windows-x64.exe (Almost certainly this is the one you want. 32-bit Windows OS installs are now rare).
- Windows 32 bit: xxx-windows-i586.exe
Run the installer and take all defaults.
- Create or modify environment variables as appropriate for your OS. This will add an environment variable JAVA_HOME, and modify your path to include the jdk bin folder
Open a terminal prompt type the below, and press Enter
You should get a message that tells you the version. If the command is not found, you did something wrong.
- Close the terminal prompt. You’re done installing Java
Install WildFly 10.1
- Download: From http://wildfly.org/downloads go to the 10.1.0.Final section
- Extract: Extract the zip file where students can access and run it easily.
- Windows OS: Common location is C:\
- Mac OS: Common location is user home directory.
- Create a JBOSS_HOME Environment variable that points to the WildFly install folder (according to your OS needs)
- Windows OS: Right click My Computer and choose Properties, Click the Advanced tab, Click the Environment Variables butto
- *nix / Mac OS: Generally done in user’s shell config file (e.g. ~/.bashrc)
- That’s all that needs to be done to install WildFly.
Install Eclipse Oxygen
(Version 4.7.3a or similar)
- Download: From http://www.eclipse.org/downloads/packages/eclipse-ide-java-ee-developers/oxygen3a, download the installer file for your OS
NOTE: Look for the Download Links section in the page. Do NOT use the big Download button.
NOTE: Make sure the bitness (e.g. 64 bit) matches the bitness of your JDK. Mixing them will fail.
- Windows 64 bit: xxx-windows-x64.exe
- Windows 32 bit: xxx-win32-x86_64.zip
- Windows: Unzip the file - Can extract to C:\, or other location convenient to student (as long as they know it, and can access it)
- Execute the program (double click on the eclipse.exe executable, or a shortcut for it)
- Accept the default workspace, and let it load
- Quit Eclipse
- That’s it. You’re done installing Eclipse
Install JBoss Tools Into Eclipse
- Start Eclipse:
- Launch according to your OS and install details - e.g. for Windows, execute C:\eclipse\eclipse.exe, and for Mac, execute from Applications folder.
- In the dialog that comes up, use whatever workspace location is convenient (the default or something else you choose)
- Within Eclipse, close the welcome screen (Click the X on its tab)
- Install JBoss Tools: These are additional Eclipse plugins needed to work with JBoss servers within Eclipse.
- Within Eclipse, go to the Eclipse Marketplace - Menu Item Help | Eclipse Marketplace
- Type JBoss Tools in the Eclipse Marketplace search box and execute the search (generally via a search icon or Go Button)
- In the results, look for the JBoss Tools n.n.n.Final selection (e.g. JBoss Tools 4.5.1.Final) and click its Install button (the n.n.n version will change based on your Eclipse version)
- In the dialog that opens, Unselect the top level selection (e.g. JBoss Tools 4.5.1.Final)
- Make sure the top level selection is expanded, and select the following items
- JBoss AS, WildFly and EAP Server Tools
- JBoss Runtime Detection Core
- JBoss JAX-RS Tools and JBoss JAX-WS Tools (if available)
- Click Confirm in the lower right of the dialog
- Accept any license agreements
- Click Finish
- During the install, click OK if asked to confirm installation of any unsigned content
- Click Restart when prompted
- Set up Server within Eclipse
- Within Eclipse, go to the Servers view (Menu item Window | Show View | Servers or if that’s not visible then Window | Show View | Other | Server | Servers)
- Right click within the Servers view, and select New | Server
- In the dialog that opens, expand the JBoss Community node (for WildFly servers) or the Red Hat JBoss Middleware Node (for JBoss EAP servers)
- Select your server (Note your exact server may not be present. Select the latest one that is not newer than your server - e.g. WildFly 8.x for WildFly 8.2 or JBoss Enterprise Application Platform 6.1+ for JBoss EAP 6.4)
- Click Next until you reach the dialog for the server install directory, and configure it to point to your server install
- Click Finish
- Start the server and test
- Right click on the server you just created in the Servers view, and select Start
- Look at the Console View and note the server logging - it should start without any exceptions, and include a log message that the server started near the last logging (If console view not visible - Window | Show View | Console)
- Browse to http://localhost:8080/ where you should see a simple home page -
- If the home page is NOT accessible then the server didn’t start properly. Most common cause of this is port conflicts. Check (according to your OS) if port 8080 is in use, and if it is, then stop the process using it. Make sure that you set things up so students will NOT run into this issue.
- Shut down server and Eclipse
- Within Eclipse, in Servers view, right click on your server and select Stop
- Once the server stops, then Quit Eclipse
- That’s it - you’re done!