INTELLIJ SEQUENCE DIAGRAM HOW TO
INTELLIJ SEQUENCE DIAGRAM INSTALL
INTELLIJ SEQUENCE DIAGRAM UPDATE
INTELLIJ SEQUENCE DIAGRAM SOFTWARE

State-machine: Describe the behavior of objects that act differently according to the state they are in at the moment.

Sequence: Outlines the steps that are necessary for a system or part of a system to function.

Activity: Graphic representation of workflows of a system.

INTELLIJ SEQUENCE DIAGRAM SOFTWARE

Use case: Visually demonstrates varying scenarios in how users and other software interacts within a system boundary.

Component: Shows the various components of a system and how they interact.

Class: Diagrams all of the classes in a program, and how they are related.UML diagrams come in many flavors, including the following popular types of diagrams: PlantUML is a UML-based component that enables you to draw diagrams using a concise syntax. UML is a visual way to convey information about software or systems, through diagrams. But it isn’t a programming language in the sense C#, Java, or Python are. We’ll create two of the most popular UML diagram types: Class and Use Case diagrams, to demonstrate what you can do with the PlantUML plugin in Rider. In this post, we’ll look at how PlantUML enables you to create various kinds of diagrams so that you can properly document your software.

INTELLIJ SEQUENCE DIAGRAM HOW TO

Maven should have generated jar file for each project there.That’s how to create a multi-module Maven project in IntelliJ IDEA.UML, or Unified Modeling Language, is, as the name implies, a modeling language that allows you to visualize systems.

INTELLIJ SEQUENCE DIAGRAM INSTALL

Select the root project, and click button Execute Maven Goal, and double click mvn install from the list, as shown below: Then you should see the Maven’s build success output as follows: Now you can check the target directory in each project. Build a Multi-Module Maven project in IntelliJ IDEATo build the whole multi-module Maven project in IntelliJ IDEA, open Maven view. SwingUtilities.invokeLater(new Runnable() void run() You see, this class also makes use of the CommonUtility class from the SharedLibrary project.ĥ. Static String appName = CommonUtility.getAppName() Īdd(new JLabel('Welcome to ' + appName)) We would end up having the modules declared in the root project like this: įor demo purpose, code a simple Swing program for the desktop app with the following code: package com.mycompany Create the DesktopApp projectSimilar to the ConsoleApp project, create the third Maven module for the DesktopApp project. }You see, this class makes use of the CommonUtility class from the SharedLibrary project.Ĥ. String appName = CommonUtility.getAppName()

INTELLIJ SEQUENCE DIAGRAM UPDATE

Note: You may need to Reload Maven project to update the dependency information.Then code a simple console program like this: package com.mycompany And in order to reference the SharedLibrary project, you should declare the dependency in the pom.xml file of the ConsoleApp project as follows: Create the ConsoleApp projectSimilarly, create the second Maven module for the ConsoleApp project.

}The static method getAppName() will be used by both console app and desktop app.ģ. And in this SharedLibrary project’s pom.xml file, it specifies the parent information as below: Īnd code a simple class in this project as follows: package com.mycompany You see, it specifies the packaging type is pom, and adds a module named SharedLibrary. You can notice the pom.xml file of the root project was updated: IntelliJ IDEA will create the SharedLibrary project under CompanyProject. Note that the parent module is CompanyProject: Click Finish. Right-click on the root project, and select New > Module: Then enter the module name as SharedLibrary. Create the SharedLibrary projectNext, we create the first Maven module for the shared library project. Choose Maven and click Next: Enter project name and specify artifact coordinates information as below: Click Finish.

In IntelliJ IDEA’s welcome dialog, click New Project.

Intellij sequence diagram