Abstract:
A method, apparatus, system, and article of manufacture for electronically obtaining a Web page in a Web browser. A Web page is requested. In response, the browser receives a bootstrap file that comprises a declaration of a component module control object, and a script block comprising a method that accesses the component module control object. The object identified in the declaration is obtained. The object also includes one or more resources. The object is then installed in the Web browser. The Web browser may then use the method of the script block to extract a Web page based on the resources of the component module control object. The Web browser may also be configured to determine if the control object is an up to date version. If the control object is not an up to date version, the browser obtains and installs an up to date version.
Abstract:
Software programs, such as an operating system or other application programs, are automatically customized to a specific user(s) based on data corresponding to the specific user(s) that is maintained in a user information store. In one embodiment, the information store is a unified store that is accessible by multiple programs including the operating system. Thus, new information or information changes can be made available to multiple programs by the user adding (or changing) the information only once. In another embodiment, the operating system image to be installed on a computer is pre-populated with user-specific information at the factory. The user-specific information can be integrated into the operating system at the factory or alternatively upon an initial boot of the computer by the user.
Abstract:
The system for software installation of the present invention comprises: a storage medium for storing a file to be installed; a difference detector for comparing the file in the storage medium with a file in a target, and detecting a difference therebetween; a file operation determination device for determining an operation for the file, based on the comparison by the difference detector; and an installer for performing installation, based on the determination made by the file operation determination device.
Abstract:
A program installation system comprises an installation planning window displayed for a user prior to the installation of a computer program. The installation planning window may be an adjunct to an installation window and may also be accessible through the program once the program is installed. A series of controls within the installation planning window are linked to installation planning functions. The installation planning functions in given examples provide information regarding product migration, system requirements, and installation program usage. Additionally, a product and tools tour may be provided, as well as a link to product update information at a manufacturer's Internet site. In an illustrated example, the controls are implemented as graphical buttons and each button is accompanied with a brief description of the installation information accessed through the button, as well as a graphic suggesting the nature of the installation information.
Abstract:
A system for managing resources, which can take the form of (a) computer-compatible information, such as data files and programs, and (b) non-computer-compatible information, such as data contained on microfiche, and (c) physical objects. The resources are located at geographically diverse sites. The invention contains a descriptive profile for each resource, and allows any user to search all profiles, and to search the profiles according to “fields” (a database term), such as by location of the resources, or by category of the resources. The user can order delivery of a selected resource, and the system causes delivery of the resource to be executed, irrespective of the form (e.g., physical object) of the resource. If a resource takes the form of software, the invention provides a facility for detecting updates to the software, and automatically downloading the undated software to a user's computer.
Abstract:
Methods for managing the distribution of client bits to client computers are disclosed. The methods of the present invention are particularly suited for use in a network environment in which one or more clients are networked with at least one server via a communications network. The communications network can be a LAN, WAN, intranet, or the Internet. The client version of one or more selected applications software components (the “managed components”) is determined on the client computer. The client queries the server to determine the most current version of each of the managed components. If the client version is not the most current version, or if the client version is missing on the client computer, a determination is made whether to download the most current version onto the client. If the determination is made to install or upgrade one or more managed components, the most current version of each of the selected managed components is downloaded onto the client computer. The installation or upgrade package is authenticated as it is being downloaded by validating a signature that is appended to the package. After the installation or upgrade package has been authenticated and downloaded onto the client computer, the package is installed onto the client.
Abstract:
A system and method for installing an application on a client device (e.g., a palmtop computer system) communicatively coupled to a host device (e.g., a host computer system). Instead of transferring an application to the client device from another client device, the client device receives a description of the application from the other client device. When the client device and the host device are synchronized, the description is automatically communicated by the client device to the host device, which is also in communication with a source (e.g., an application source). Additional information, such as the type of hardware or the type of operating system used by the client device, is also automatically communicated to the host device by the client device. The host device communicates to the source a specification comprising the description of the application as well as the additional information pertaining to the client device. The host device receives from the source a software element (e.g., a component, object or file for the application, or the application itself) characterized by the specification. The host device automatically makes the software element ready for installation on the client device. The software element is then installed on the client device when the host device and the client device are subsequently synchronized. The process of identifying and retrieving an application and making it ready for installation is performed automatically without user intervention, thereby simplifying for users the process of finding and downloading applications onto the client device.
Abstract:
An apparatus for remote installation of software is disclosed in one presently preferred embodiment of the present invention as including a first processor programmed to execute a master process effective to communicate with and control a slave process; a storage device operably connected to the first processor to store first configuration data; a second processor operably connected to the first processor for executing the slave process effective to communicate with and be controlled by the master process, and programmed thereby to execute an installation program; and a memory device operably connected to the first processor to store inputs to and outputs from the slave process. The memory device may include a first memory device operably connected to the first processor and a second memory device operably connected to the second processor. Communications between the master process and the slave process may be achieved through a communication link operably interposed between the first processor and the second processor. The communication link comprises a first communication module operably associated with the master process, a second communication module operably associated with the slave process, and an electronic connection between the first communication module and the second communication module. A second storage device may be operably connected to the second processor to store the installation program and modules installable thereby.
Abstract:
A chipset in a computer system is initialized without intervention by the processor, thereby reducing the time required to boot the computer system. The system includes a nonvolatile storage device for storing configuration data for the chipset. Logic circuitry loads the configuration data into configuration registers in the chipset. The storage device and logic circuitry can be integrated into the chipset. A data pump can be used to load the configuration data into the configuration registers by serially pumping configuration data onto a scan line coupled to the configuration registers. In a system having more than one chipset, the chipsets can be initialized simultaneously to further reduce the amount of time required to boot the system. The configuration data can be downloaded into the storage device when the system is manufactured, or it can be downloaded from the processor the first time the system is powered up.
Abstract:
Methods for processing basic input output system (BIOS) modules of a computer to initialize the computer. The computer includes a system memory, a central processing unit (CPU), a computer bus, a critical nonvolatile storage device, and a secondary nonvolatile storage device. Selected BIOS modules required for operation of the computer are transferred from the critical nonvolatile storage device, and optionally a protected area of the secondary nonvolatile storage device, to system memory and executed to initialize the computer. Minimal BIOS initialization code is stored in a first portion of the critical nonvolatile storage device which is operative to initialize the CPU and the system memory. Additional BIOS modules are stored in the critical nonvolatile storage device or the protected area of the secondary nonvolatile storage device. A dispatch manager is stored in a second portion of the critical nonvolatile storage device. The dispatch manager is operative to selectively load and iteratively execute a predetermined number of tasks relating to initialization of the computer, which involves locating, loading and executing selected ones of the stored BIOS modules.