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Nasdanika Application Workspace Wizard

Nasdanika Application Workspace Wizard generates a set of projects which constitute Nasdanika Foundation Server Application.

This 6 minutes video demonstrates how to:

  • Generate application projects with default settings
  • Resolve and set target platform
  • Run the application in Eclipse
  • Build and test with Maven
  • Start the Eclipse product


  • Maven integration for Eclipse (M2E) - generation will fail if M2E is not installed. To install go to Help > Eclipse Marketplace.
  • Tycho configurator. pom.xml files will show errors if not installed. To install go to Preferences > Maven > Discovery, click Open Catalog.

Generate application workspace

To start the wizard click File > New > Other or click Ctrl-N and then select "Nasdanika Application Workspace":

Wizard selection

The wizard opens the general information page where you can enter application name, group ID, specify location and select a working set to add newly generated project to:

General information

Group ID is used in pom.xml files and as a base name for projects. Click Next to navigate to the projects page:



  • Model - an empty EMF project
  • Application - contains web content, OSGi components, router servlet registration, documentation and application routes.
  • Tests and UI driver - Nasdanika WebTest projects with initial tests to automatically test the Web UI of the generated application.

Uncheck projects which you don't need, modify default suffixes, if needed, and click Next. If application project was selected, then the application page will open:


Modify default selections and values if needed:

  • Context path - web application context path.
  • HTTP Context ID - used by the router and session servlets.
  • Router servlet - dispatches requests to routes and repository objects.
  • Session servlet - WebSocket servlet used by the CDO JavaScript API (see the bundled documentation)
  • Web Content - location and alias.

OSGi components:

  • H2 Repository - generates an H2 repository component.
  • Server - CDO server.
  • TransactionContextProvider - used by CDO web routes.
  • Documentation route - integrated documentation.
  • Documentation application route - integrated documentation.
  • Session initializer - registers packages with CDO session and creates initial repository content.

Click Finish. After several seconds the wizard will generate workspace projects and Eclipse will build them. There will be errors:

workspace with errors

Open the target definition file in the target project. Wait until the target is resolved and then click "Set as Target Platform", after workspace re-build errors shall disappear.

target definition

Start the application from Eclipse

Open the product file in the repository project and click Launch an Eclipse Application.

Launch An Eclipse Application

Once you see Indexed X pages in the OSGi console open a web browser and navigate to the application route, e.g. http://localhost:8080/demo-app/router/demo-app.html. Then open the documentation application, e.g. http://localhost:8080/demo-app/router/doc.html.

Issue shutdown command in the OSGi console to stop the application. If the application doesn't terminate after a couple of seconds, issue another command, e.g. ss.

Build Eclipse Product

Right-click on the pom.xml file in the aggregator project and select Run as > Maven Build, enter clean verify to the goals input:

Maven Build From Eclipse

Click Run. Maven will build projects, execute UI tests, and build the Eclipse product for the application. By default UI tests use Firefox Web browser. If Firefox is not available, modify tests code to use a different driver. When build finishes you should see console output similar to the one shown below:

Maven Build Result

Execute Eclipse Product

Refresh the repository product and then open target/products/.../x86_64 (or another folder depending on your OS):

Built product

Double-click eclipse.exe. A console window will open. Give the application several seconds to start and open a web browser. Navigate to the application route and documentation route and then shut down the application as described in the "Start application from Eclipse" above.

Generated workspace projects

workspace projects

  • Model project - contains ECore/CDO model(s).
  • Aggregator - use this project's pom to build the product.
  • Application project - contains OGSi components, session initializer, servlet extensions.
  • Feature - feature project.
  • Parent - contains parent pom.
  • Repository - repository project.
  • Target - target definition, used only by Eclipse IDE.
  • Tests - JUnit tests.
  • Tests feature - Tests feature.

UI Driver

  • Actors
  • Actors impl
  • Pages
  • Pages impl

See also:


After completing the steps described above you will have a functional Nasdanika Foundation Server (OSGi/CDO) web application:

  • Minimal initial functionality
  • Hosts its own documentation
  • Runnable/debuggable from Eclipse
  • Has automated UI tests
  • Buildable/testable with Maven/Tycho
  • Build produces a deployable binary

Next steps

  • Check-in code to a version control system
  • Set up an automated build job
  • Create a model in the model project
  • Document the model - see the integrated help for details
  • Publish the model documentation - it will serve as the basis of the application's Ubiquitous Language.
  • Add web functionality by creating route operations
  • Add more bundles to the project as required