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OptimalJ Professional Edition Highlights

Using OptimalJ, development teams interact with a visual model of the application and automatically generate both the architecture as well as the code needed to implement a complete n-tier and 2- tier J2EE application.

In OptimalJ 4.1, the native UML diagramming capability is delivered by the Jolt Award winning UML modeling tool from No Magic, Inc, called MagicDraw®. MagicDraw® is designed for use by the entire development team (business and system analyst, architects, programmers and documentation specialists). Any user can quickly visualize their design as a UML 2.0 diagram in a few quick steps. A report generation engine can quickly produce profession software design documents. Class and Use Case diagrams can be exported to their counterparts in the Domain Model for code generation.

OptimalJ uses powerful transformation patters to generate the application code required for deploying a J2EE application.at encapsulate  The code implements the best design and coding practices for   a J2EE applications. The patterns   generate the full range of J2EE components, including EJB 2.0 Java Server Pages, Session Beans, Entity Beans and Message Beans and Data Access Objects.

The User Interface Designer providesthe UI designer all that would expected with a WYSIWYG based and wizard driven (declarative) screen painter In contrast with UI designers from other tool vendors the OptimalJ UI designer is a model, not the implementation. The model is Platform Independent, which means that the model of the user interface is transformed into the code using as specific set of rules for creating a Model-View-Controller framework. In OptimalJ 4.0  JSPs are generated.

The process modeler extends OptimalJ’s capabilities of modeling the behavioral and dynamic aspects of an application. Process modeling permits application customization where the sequence of execution is important.  This capability allows developers the ability to model behavior at a component process level where the order and conditions under which the components are executed. Application customization at the process level can be easily achieved using the  process modeler to control the flow of the component interactions.

In addition to its visual interfaces, the powerful IDE provides a source editor, class browser, form editor and debugger to enable developers to view, modify and customize the generated application. In addition, OptimalJ integrates with Borland’s JBuilder, and Eclipse to allow developers to customize the application generated by OptimalJ within these popular development tools.  

OptimalJ  features an open-source test environment that includes the Tomcat WebServer and servlet engine, the   JBoss EJB container and the Solid database management system.

OptimalJ automatically deploys to the leading J2EE commercial servers including IBM’s WebSphere and BEA’s WebLogic.  OptimalJ provides improvements in developing and maintaining an application’s web tier. The Webflow model offers functionality by which developers graphically model the Views (JSPs) and the Actions related to the Views.   Developers graphically customize and modify the application flow (by which OptimalJ generates/updates the Struts-config file automatically) to express the Model View Controller framework in the web model, allowing for fine grain control over code that will be generated