Abstract:
Sistema de instalación automática basada en registro y manejo de componente en un dispositivo. Se provee un método para procesar de manera automática un componente en un dispositivo, donde el componente tiene un tipo de componente seleccionado. El método incluye instalar un manejador de componente en el dispositivo, donde el manejador de componente es operativo para procesar componentes que tienen el tipo de componente seleccionado. El método además incluye analizar una lista de acciones para obtener un par componente/acción que identifica el componente que será procesado por el dispositivo, y descargar el componente al dispositivo. El método además incluye determinar que el componente tiene el tipo de componentes seleccionado, y usar el tipo de componente seleccionado para activar el manejador de componente para procesar el componente.
Abstract:
DONDE EL METODO COMPRENDE: a) INSTALAR EN EL DISPOSITIVO UN MANIPULADOR DE COMPONENTES QUE SE OPERA PARA PROCESAR COMPONENTES QUE TIENEN UN TIPO DE COMPONENTE SELECCIONADO; b) ANALIZAR GRAMATICALMENTE UNA LISTA DE ACCIONES PARA OBTENER UN PAR DE COMPONENTE/ACCION QUE IDENTIFICA EL COMPONENTE QUE EL DISPOSITIVO VA A PROCESAR; c) DESCARGAR EL COMPONENTE EN EL DISPOSITIVO; d) DETERMINAR QUE EL COMPONENTE TENGA EL TIPO DE COMPONENTE SELECCIONADO; y, e) USAR EL TIPO DE COMPONENTE SELECCIONADO PARA ACTIVAR EL MANIPULADOR DE COMPONENTES PARA PROCESAR EL COMPONENTE. EL APARATO INCLUYE LOGICAS Y MEDIOS PARA (a), (b), (c), (d) Y (e). SE DESCRIBE ADEMAS UN MEDIO LEGIBLE POR COMPUTADORA QUE COMPRENDE INSTRUCCIONES PARA (a), (b), (c), (d) Y (e)
Abstract:
System for registry-based automatic installation and component handling on a device. A method is provided for automatically processing a component on a device, where the component has a selected component type. The method includ es installing a component handler on the device, where the component handler is operable to process components having the selected component type. The metho d also includes parsing an action list to obtain a component/action pair that identifies the component to be processed by the device, and downloading the component to the device. The method also includes determining that the component has the selected component type, and using the selected component type to activate the component handler to process the component.
Abstract:
Data not stored in the DRAM array (104) of a SDRAM module (100) is read from the SDRAM module (100) in a synchronous data transfer. The data transfer, referred to as register read command/operation, resembles a read command/operation directed to data stored in the DRAM array in timing and operation. The register read command is distinguished by a unique encoding of the SDRAM control signals and bank address bits. In one embodiment, the register read command comprises the same control signal states as a MRS or EMRS command, with the bank address set to a unique value, such as 2'b10. The register read command may read only a single datum, or may utilize the address bus to address a plurality of data not stored in the DRAM array. The register read operation may be a burst read, and the burst length may be defined in a variety of ways.
Abstract:
A system for saving application state history information, containing an historical snap-shot of dynamic application state information associated with execution of a first application on a computing device. The application state history information is saved for use in a subsequent re-launch of the first application.
Abstract:
A system for saving application state history information, containing an historical snap-shot of dynamic application state information associated with execution of a first application on a computing device. The application state history information is saved for use in a subsequent re-launch of the first application.
Abstract:
A system for saving application state history information, containing an historical snap-shot of dynamic application state information associated with execution of a first application on a computing device. The application state history information is saved for use in a subsequent re-launch of the first application.
Abstract:
A system for saving application state history information, containing an historical snap-shot of dynamic application state information associated with execution of a first application on a computing device. The application state history information is saved for use in a subsequent re-launch of the first application.
Abstract:
System for registry-based automatic installation and component handling on a device. A method is provided for automatically processing a component on a device, where the component has a selected component type. The method includes installing a component handler on the device, where the component handler is operable to process components having the selected component type. The method also includes parsing an action list to obtain a component/action pair that identifies the component to be processed by the device, and downloading the component to the device. The method also includes determining that the component has the selected component type, and using the selected component type to activate the component handler to process the component.