Building jar: C:\dev\workspace\mytest\target\ Tests run: 1, Failures: 0, Errors: 0, Skipped: 0 Tests run: 1, Failures: 0, Errors: 0, Skipped: 0, Time elapsed: 0.037 sec Surefire report directory: C:\dev\workspace\mytest\target\surefire-reports Compiling 1 source file to C:\dev\workspace\mytest\target\test-classes
Compiling 2 source files to C:\dev\workspace\mytest\target\classes Using default encoding to copy filtered resources. Deleting directory C:\dev\workspace\mytest\target The console output from the "mvn clean install" on the mytest project is shown here: Console output from 'mvn clean install' on 'mytest' If IntelliJ says 'Method references are not supported at this language level', press alt+enter and choose 'Set language level to 8 - Lambdas, type annotations, etc.'.
So, let's perform a "mvn clean install" to install the mytest artifact (ie, the mytest jar file) into the local maven repository. At this point, "mytest2" can't see anything in "mytest" because there is no classpath W reference in mytest2 to mytest. Now, let's suppose that we'd like the MyTest2 class to call MyTest.sayHello(). pom.xml of mytest2 4.0.0 com.maventest mytest2 jar 1.0-SNAPSHOT mytest2 junit junit 3.8.1 test The simple pom.xml file out "mytest2" is shown here. pom.xml of mytest 4.0.0 com.maventest mytest jar 1.0-SNAPSHOT mytest junit junit 3.8.1 test The simple pom.xml file out "mytest" is shown here. It uses standard maven directory that has java and scala directories under src/main of module directory.
The very similar "mytest2" project has a MyTest2 class that outputs a message to standard output. The answer is yes, I have Apache Spark project in my IntelliJ. The "mytest" project has a MyTest class that outputs a message to standard output. Suppose we have two very simple projects, "mytest" and "mytest2": Let's see how we can one project as a dependency to another project. In addition, when you build a project into an artifact (typically a jar file), you usually "install" the artifact into your local maven repository. Rather than storing jars within projects (such as in a "lib" directory) on your machine, jars are stored instead in your local maven repository, and you reference these jars in this common location rather than within your projects. For this Click go to File-> Project Structure -> in a project setting tab look for Modules -> Dependencies -> Click on + Sign -> Select for JARs or directories. A repository is essentially a big collection of "artifacts", which are things like jar W, war W, and ear W files. jar files into intelliJ as external libraries. This can be done using a IntelliJ feature or add the following to web.A key concept in maven S W is the idea of a repository. IntelliJ edits web.xml for you but you need to add a servlet mapping. Let IntelliJ IDEA create a servlet stub and name it ‘DagServlet’. Via EJB: " + common.sayHey() Įxtract an interface named ‘Dag’ with the single method sayHey(). Name it ‘Dag’ and add the following method to the = "DagEJB") Edit root pom.xml and module pom files.Ĭommon module: Create a class as follows:įor EJB module: Let IntelliJ create the EJB stub by adding a stateless session bean to main src.
Create common module named ‘domain’ (or whatever it’s going to contain)Ģ.Create EAR module named ‘ear’ with JavaEEApplication facet.Move and rename web folder within web module! Give it name ‘webapp’ and place it under src/main. Create Web module named ‘web’ with Web facet. Don’t create any artifact yet.To do so Right click on the project name in the top-left and click Add Framework Support, as in the example below. If you want to use Maven as your dependency manager (and if you don’t know, then use Maven), you’ll need to add it. Create EJB module named ‘ejb’ and add EJB facet. At this point you’re at the IntelliJ project’s home.This is how I created my project using IntelliJ IDEA 10 Ultimate edition: 1.