35 results about "Rapid application development" patented technology

Embodiments of the invention provide an IDE tool that provides rapid application development features for a variety of disparate data sources. Further, developers may customize and extend the rapid application development features to suit their development needs in a particular case. In a particular embodiment, the rapid application development template may be configured to generate a set of configuration files localized used to deploy a “lightweight” application, such as a web-service, to a particular application server.

Embodiments of the invention provide application development tools that allow developers to rapidly build database-aware applications and database unit tests. Embodiments of the invention support multiple scenarios for database-aware application development, including beginning from a database table and automatically creating application code to access the table, beginning from an existing database query, beginning from existing application code that accesses a database, and hybrids or variations of these approaches.

Enhanced compiled representation of transformation formats to enable rapid application development and deployment is described. Techniques for data transformation include receiving a transformation specification, generating an object model using a schema, and transforming the transformation specification into an application-specific document using the object model. A system for data transformation is also described, including a memory configured to receive a transformation specification, and a processor configured to generate an object model using a schema and transform the transformation specification into an application-specific document using the object model. Another system for data transformation includes a compiler configured to receive a transformation specification and generate a hierarchical transformation object model using a schema, and a rendering engine configured to generate an object model from the hierarchical transformation object model, generating an application-specific object model.

A data dependency path calculator for a semantic search engine is provided. A body of semantically related data is modeled according to a semantic data model. A user is presented a list of data elements from which they may select desired data elements. The system automatically calculates all of the possible paths through the database that may be used to retrieve meaningful data based on the selected data elements. The available data dependency paths are returned to the user for selection. The system further provides a type of data permission that allows restricted data elements to be used as a pass-through data element for relating, connecting and retrieving non-restricted data. Thus, a user can use restricted data to create data dependency paths to retrieve meaningful data.

Embodiments of the invention provide application development tools that allow developers to rapidly build database-aware applications and database unit tests. Embodiments of the invention support multiple scenarios for database-aware application development, including beginning from a database table and automatically creating application code to access the table, beginning from an existing database query, beginning from existing application code that accesses a database, and hybrids or variations of these approaches.

Embodiments of the invention provide an IDE tool that provides rapid application development features for a variety of disparate data sources. Further, developers may customize and extend the rapid application development features to suit their development needs in a particular case. In a particular embodiment, the rapid application development template may be configured to generate a set of configuration files localized used to deploy a “lightweight” application, such as a web-service, to a particular application server.

Concepts and technologies are described herein for incremental generation of managed assemblies. In accordance with some of the concepts and technologies disclosed herein, a compiler incrementally generates a managed assembly thereby facilitating a rapid application development environment in which changes to the assembly require recompilation of only a changed portion of the assembly instead of recompilation of the entire assembly.

The invention discloses a method for rapid application development and deployment for stream-oriented computation. The method comprises the following steps of: presetting a template library, the template library comprising more than two application templates, selecting a corresponding application template according to a service type, and configuring the application template; checking whether the configuration information of the application template is correct, if so, then turning to the next step, or else, prompting to re-configure the application template; mapping the configuration information to the processing node of the selected application template to generate a code file; adding the code file in a stream-oriented computation product to compile; issuing the project; wherein the compiling step comprises: adding the name and the command space of the code file in a compiling file; calling a compiling command to compile. According to the method and the device disclosed by the invention, service needs are rapidly and accurately assembled into stream-oriented computation product projects, thus the development cost of an enterprise for the field of bit data can be reduced. The invention further provides a device for rapid application development and deployment for stream-oriented computation.

A widget host container serves as a component that may be added via a rapid application development tool, such as Oracle International Corporation's Application Development Framework. The rapid application development tool may be used to install the widget host container, for example, in a region of a user interaction environment, such as an application or a suite of user interactive applications, created by the rapid application development tool. If desired, one or more selection devices, such as a drop down menu, may be provided to select particular widgets for use and display. Features may be provided for organizing both personal and enterprise widgets. Security settings control access to web widgets, and an option to allow or restrict access to web widget display options in the container.

A computer readable storage medium includes executable instructions to invoke a rapid application development graphical user interface to define fields associated with a set of objects. The creation of new objects derived from the set of objects is facilitated using the rapid application development graphical user interface to select existing fields of the set of objects and define new object fields. Tabs are associated with the new objects. A set of tabs is selected to create a new application.

An emulator for hosting desktop widgets. The emulator mimics the functions of a desktop widget engine. The emulator serves as a user interface component that may be added via a rapid application development tool, such as Oracle International Corporation's Application Development Framework. The rapid application development tool may be used to install the emulator, for example, in a region of a user interaction environment or an application created by the rapid application development tool. If desired, multiple options may be provided in terms of regions to provide the emulator. In addition, one or more selection devices, such as a drop down menu, may be provided to select particular desktop widgets for use and display. Tabbed pages may be provided on a display for the emulator for organizing both personal and enterprise desktop widgets. Security settings control access to widgets, and an option to allow or restrict access to widget display options in the emulator.

The system (1) has a framework comprising a service layer (3) and a tool kit layer (4) that is placed over application programming interface. Functions of the layer (4) and the service layer are combined into number of components, where the components are arranged in a strict hierarchical manner, such that any component is accessed always exclusively from a superordinate component. The components of the tool-kit layer are instantiated or connected for a rapid application development tool on a visual programming environment, which is attached to the layer (4).

Embodiments relate to systems and methods for application development using middleware. A developer can launch a development request from a client or local network to a remote development server, thereby invoking a set of frameworks and other tools to carry out a desired application build. The development request can specify the type or configuration of the desired application, such as, for example, email, spreadsheet, media playback, or other applications, along with parameters such as target operating systems. The user can assemble desired code from libraries stored in the virtualized middleware framework, and debug the application build against a set of data sources aggregated by the development server. A developer can therefore leverage rapid application development tools at the middleware, without a necessity to invest in local development tools or separately build or locate test data sources.

A security privilege view object instance. The security privilege view object instance provides security at the view object instance level, permitting multiple application modules to utilize a single entity object with different data privileges. In an embodiment, a view object implementation method is overridden to add selected security filters at instantiation of a view object instance.

A web widget component is provided for hosting web widgets. The web widget component may be added to an application or another user interaction environment via a rapid application development tool. Web widgets may be added to the web widget component by a designer of the component, a developer (i.e., a person utilizing the rapid application development tool to build the user interaction environment), or may be added by a user of the web widget component in a declarative manner. Security settings control access to web widgets, and an option to allow or restrict access to web widget display options in the component.

The invention discloses a method for rapid development and deployment of streaming computing applications, which includes: setting a template library in advance, the template library includes more than two application templates, selecting the corresponding application template according to the business type, and configuring the application template ; Check whether the configuration information of the application template is correct, if so, proceed to the next step, if not, then prompt to reconfigure the application template; map the configuration information to the processing node of the selected application template to generate a code file; Adding the code file into the streaming computing project for compilation; publishing the project; wherein, the steps of compiling include: adding the name and command space of the code file to the compiled file; calling the compiling command for compiling. The invention quickly and accurately compiles business requirements into stream computing product engineering, which can reduce the development cost of enterprises in the field of big data. The present invention also provides a device for rapid development and deployment of streaming computing applications.

The system (1) has a framework comprising a service layer (3) and a tool kit layer (4) that is placed over application programming interface. Functions of the layer (4) and the service layer are combined into number of components, where the components are arranged in a strict hierarchical manner, such that any component is accessed always exclusively from a superordinate component. The components of the tool-kit layer are instantiated or connected for a rapid application development tool on a visual programming environment, which is attached to the layer (4).