Difference between revisions of "Eclipse 4 Application Model"
From OS.bee documentation
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| − | == | + | ==Description== |
| − | + | OS.bee acts like an Eclipse 4 application, therefore the foundation is the E4 application model. | |
[[File:E4ApplicationModel.png|center|frame|''Figure 1: E4 application model.'']] | [[File:E4ApplicationModel.png|center|frame|''Figure 1: E4 application model.'']] | ||
| − | OS.bee is not a RCP application but renders on browsers as a web application using the Vaadin framework. To achieve this a bridging framework works between the E4 application model and Vaadin. The framework is called Vaaclipse. | + | OS.bee is not a RCP application but renders on browsers as a web application using the [https://vaadin.com/ Vaadin framework]. To achieve this, a bridging framework works between the E4 application model and Vaadin. The framework is called [http://semanticsoft.github.io/vaaclipse/ Vaaclipse]. |
| + | [[File:E4browser.png|center|frame|''Figure 2: OS.bee E4 application model in a browser.'']] | ||
| + | The presented "Foodmart" example is based on [https://mondrian.pentaho.com/documentation/installation.php Pentaho's Mondrian] scheme and data. The data of the chart is generated by a cube created with the [[Cube DSL|''Cube DSL Model'']] | ||
Latest revision as of 09:20, 19 October 2017
Description
OS.bee acts like an Eclipse 4 application, therefore the foundation is the E4 application model.
Figure 1: E4 application model.
OS.bee is not a RCP application but renders on browsers as a web application using the Vaadin framework. To achieve this, a bridging framework works between the E4 application model and Vaadin. The framework is called Vaaclipse.
Figure 2: OS.bee E4 application model in a browser.
The presented "Foodmart" example is based on Pentaho's Mondrian scheme and data. The data of the chart is generated by a cube created with the Cube DSL Model
