Abstract: A grid structure has a header section and a content section. A scroll user input is detected and columns in the content section are scrolled without scrolling the header section. The displayed grid structure is snapped to a column boundary.

Abstract: A mobile application development system includes a processor that is a functional component of the mobile application development system and that is configured to execute programmatic steps. A build component is configured to receive web application source code and generate a mobile web application for a targeted mobile application platform. A build director component is configured to receive the web application source code and customization information and direct the build component to generate a plurality of mobile web applications each targeting a different mobile application platform, using the same web application source code and the customization information.

Abstract: The constituent elements of a user interface display for an application are identified from visualization metadata and transformed into a mobile device visualization. the visualization is surfaced for user interaction, and actions are performed based on any detected user interactions with the surfaced visualization.

Abstract: A grid structure has a header section and a content section. A scroll user input is detected and columns in the content section are scrolled without scrolling the header section. The displayed grid structure is snapped to a column boundary.

Abstract: An application structure for enabling a logical client based 3-tier applications to support a thin client in a 4-tier architecture is provided. A logical client residing in a web server is extended with a proxy logical client residing in the thin client. The proxy logical client includes thin proxies for logical forms and controls enabling them to run on the thin client and facilitate seamless interaction of the thin client with applications within 3-tier architecture.

Abstract: An interaction-based client interface may be provided. Upon receiving a logical representation of a user interface, the user interface may be rendered for display according to the logical representation. An interaction handler may be assigned to the user interface operative to capture a user action via the interaction handler and provide the captured user action to an application logic model. A result of providing the interaction may be received and the user interface may be updated accordingly.

Abstract: An application structure for enabling a logical client based 3-tier applications to support a thin client in a 4-tier architecture is provided. A logical client residing in a web server is extended with a proxy logical client residing in the thin client. The proxy logical client includes thin proxies for logical forms and controls enabling them to run on the thin client and facilitate seamless interaction of the thin client with applications within 3-tier architecture.