Abstract: Disclosed herein are system, method, and computer program product embodiments for using design-time metadata to dynamically determine properties and actions for user-interface elements. By dynamically determining the properties and actions using the design-time metadata, a design-time tool may remain generic and need not include actual change handlers to process the actions and change the properties. By maintaining its agnosticism, a design-time tool may incorporate any changes to an overarching application framework without requiring code updates to the design-time tool itself.

Abstract: A system includes reception of first Web application code for a first Web page from a first Web server, reception of second Web application code for the first Web page from a second Web server, execution of the first Web application code to register a first data model in a container of the first Web page, and execution of the second Web application to query the container of the first Web page for data models, request the first data model from the container, receive the first data model from the container, extract first data from the first data model, and present the first data in the first Web page.

Abstract: A system includes reception of first Web application code for a first Web page from a first Web server, reception of second Web application code for the first Web page from a second Web server, execution of the first Web application code to register a first data model in a container of the first Web page, and execution of the second Web application to query the container of the first Web page for data models, request the first data model from the container, receive the first data model from the container, extract first data from the first data model, and present the first data in the first Web page.

Abstract: The present disclosure involves methods and devices, including computer programs encoded on a computer storage medium, for providing a remote update of a user interface on a computing device.

Abstract: A fishing pole tender system for attachment to a support structure that includes a generally rigid base with a first side and a second side opposite the first side. The first side and the second side are physically connected and spatially separated by an intermediate portion such that a support structure fits between the first side and the second side. The first side, the second side or both, may include at least one accessory mounting portion for interchangeably mounting fishing accessories to the base. One or more fishing pole holders are securely attached to the base. The first side, the second side, or both may include a indented portion comprising an arcuate or v-shaped form, a slanted portion, or a combination thereof. The indented portion provides improved attachment to a support structure by imparting compressive force onto a support structure.

Abstract: A fishing pole tender system for temporary attachment to a horizontal support structure, such as a bench seat provided on a boat. The tender system includes a generally rigid frame having a top sized to extend over the support structure, the top having a first end and a second end. A first side depends perpendicularly from the first end of the top. A second side depends perpendicularly from the second end of the top, and has a first section that is parallel with the first side, and a second section that is inclined inwardly towards the first side, with the first section sized to extend over a vertical depth of the support structure such that the second section extends at least partially underneath the support structure. A fishing pole holder is secured to the first side, formed of a hollow sleeve having a notch therein for receiving a fishing reel.

Abstract: A fishing pole tender system for attachment to a support structure that includes a generally rigid base including a first side and a second side opposite the first side. The first side and the second side are physically connected and spatially separated by an intermediate portion such that a support structure fits between the first side and the second side. In an alternative embodiment, the base is a generally rigid hollow sleeve formed by a wall. The wall or either side can include at least one accessory mounting portion for interchangeably mounting fishing accessories to the base. One or more fishing pole holders are securely attached to the base. The first side, the second side, or both may include a indented portion comprising an arcuate or v-shaped form, a slanted portion, or a combination thereof. The indented portion provides improved attachment to a support structure by imparting compressive force onto a support structure.

Abstract: A fishing pole tender system for attachment to a support structure that includes a generally rigid base with a first side and a second side opposite the first side. The first side and the second side are physically connected and spatially separated by an intermediate portion such that a support structure fits between the first side and the second side. The first side, the second side or both, may include at least one accessory mounting portion for interchangeably mounting fishing accessories to the base. One or more fishing pole holders are securely attached to the base. The first side, the second side, or both may include a indented portion comprising an arcuate or v-shaped form, a slanted portion, or a combination thereof. The indented portion provides improved attachment to a support structure by imparting compressive force onto a support structure.

Abstract: Systems, methods, and apparatus, including computer program products, for abstracting rendering logic and automatically generating platform-specific renderers from the abstracted rendering logic for multiple platforms. A platform-independent description of rendering logic for a control is specified. The platform-independent description is used to generate a platform-specific renderer for the control. The platform-specific renderer is operable to be executed on a specific platform to produce code that can be used in rendering the control on a client computer. Some implementations enable code for platform-specific renderers to be generated automatically based on centrally defined rendering logic. Rendering logic can thus be modified once and used to automatically update code and libraries for platform-specific renderers on multiple platforms.

Abstract: Systems, methods, and apparatus, including computer program products, for abstracting rendering logic and automatically generating platform-specific renderers from the abstracted rendering logic for multiple platforms. A platform-independent description of rendering logic for a control is specified. The platform-independent description is used to generate a platform-specific renderer for the control. The platform-specific renderer is operable to be executed on a specific platform to produce code that can be used in rendering the control on a client computer. Some implementations enable code for platform-specific renderers to be generated automatically based on centrally defined rendering logic. Rendering logic can thus be modified once and used to automatically update code and libraries for platform-specific renderers on multiple platforms.

Abstract: A switching device for a machine, especially a digger, has at least one supply connection and one useful connection in addition to at least one hydraulic accumulator. An on-off valve is arranged between the supply connection and the useful connection, and separates the supply connection at least partially from the useful connection in one of its switching positions, in addition to ensuring that the hydraulic accumulator is charged on the fluid side via the supply connection. In another switching position, the supply connection is connected to the useful connection. A substantial improvement relative to conventional switching devices is attained by being able to guarantee an emergency function before the machine is used to perform work.