Abstract: A virtual network switching system for communicating with a plurality of physical network interface cards (NICs) of different connectivity specifications includes a building module, a mapping module, a determining module, and a control module. The building module builds a virtual switch, a plurality of virtual servers, and a plurality of virtual NICs in a server according to a received command. The mapping module builds a mapping relation between a first virtual server and a first virtual NIC according to a first virtual server network requirement, and transmits an access request from the first virtual NIC to a first physical NIC. The control module allows the first virtual NIC to access first physical NIC if the available resource of the first physical NIC is greater than the predetermined value. A method for building the virtual networking switch system is also provided.

Abstract: An image scanning method is applied in an image scanning device which includes an input tray and a paper feeding sensor. The method detects whether there are papers on the input tray in step one. If there are papers, step two is executed. Otherwise, the method ends and an error is reported. In step two, papers are separated and fed. Whether the papers contact the paper feeding sensor is detected in step three. The method executes step four if the papers contact the paper feeding sensor, and ends the method with an error message otherwise. In step four, the method scans and detects whether an image of a fed edge of each of the papers is abnormal. If the image is abnormal, the method ends and an error is reported. Otherwise, scanning continues.

Abstract: In a virtual environment, a virtual machine (VM) host creates and displays one or more application shortcuts in the VM host. An application shortcut correlates to a software application that is installed in a VM guest. When the VM host receives an execution command for the application shortcut from the VM host, the VM host establishes a connection channel between the VM host and the VM guest and transmits a launch request to the VM guest via the connection channel. The VM guest launches the software application in response to the launch request.

Abstract: A computer includes a switch, a power supply, a TV module, a computer module and a control module. The switch creates a trigger signal. The TV module plays TV programs. The control module controls the power supply to power on the TV module after receiving the trigger signal when the control module determines the TV module and the computer module are powered off.

Abstract: A user token management system in a client device on a network comprises an obtaining module, a web controller and a processing module. The obtaining module obtains a user token from a database in response to a retrieving request for retrieving authorization of a web service provider on the network. The web controller transmits an authenticating request for authenticating the user token to the web service provider and receives an authentication result authenticating the user token. The processing module deletes the user token from the database when that user token is not authenticated by the web service provider.

Abstract: A computer includes a switch, a power supply, a TV module, a computer module and a control module. The switch creates a trigger signal. The TV module plays TV programs. The control module controls the power supply to power on the TV module after receiving the trigger signal when the control module determines the TV module and the computer module are powered off.

Abstract: In a virtual environment, a virtual machine (VM) host creates and displays one or more application shortcuts in the VM host. An application shortcut correlates to a software application that is installed in a VM guest. When the VM host receives an execution command for the application shortcut from the VM host, the VM host establishes a connection channel between the VM host and the VM guest and transmits a launch request to the VM guest via the connection channel. The VM guest launches the software application in response to the launch request.

Abstract: A synchronization system for a widget and a corresponding application includes a display and a processor. The processor includes a background management module, an application window module, a widget, and a widget management module. The application layer is adapted to store application data, and tell the background management module to download updated data corresponding to the application via a network, after determining a storage time of the application data is greater than a reference time. The application window module is adapted to obtain the application data or the updated data from the application layer and display the application data or the updated data. The widget is displayed. The widget management module is adapted to obtain the widget data of the application data or the updated data from the application layer and send the widget data to the widget.

Abstract: A user token management system in a client device on a network comprises an obtaining module, a web controller and a processing module. The obtaining module obtains a user token from a database in response to a retrieving request for retrieving authorization of a web service provider on the network. The web controller transmits an authenticating request for authenticating the user token to the web service provider and receives an authentication result authenticating the user token. The processing module deletes the user token from the database when that user token is not authenticated by the web service provider.

Abstract: A screensaver display system of an electronic device includes a timer, an event monitor, a timer controller, a first determining unit, a screensaver generator, and a display module. The timer controller instructs the timer to restart timing when the event monitor detects the occurrence of a predetermined event. The first determining unit determines whether the timer reaches a first threshold. The screensaver generator generates a screensaver, and the display module displays the screensaver to overlay a screen of a display unit of the electronic device.

Abstract: A standalone printer includes a configuration module, a screen, a process module, and a print module. The configuration module can arrange two digital images in a print layout. The screen is configured to display a preview of the print layout with the two digital images. The process module is configured to decode the print layout of the two digital images into a raster image along a decoding orientation. The print module is configured to print the raster image along the decoding orientation. The process module is configured to stream partial raster image to the print module when decoding the print layout. The printer module is configured to print received partial raster image.

Abstract: An electronic device browses Web albums. The electronic device includes a connecting module, a download module, a parser module, and a display. The connecting module connects to a Website. The download module downloads a first Hyper Text Markup Language (HTML) Web file of the Website associated with Web albums. The parser module parses the first HTML Web file to get Web album information. The display displays Web albums according to the Web album information.

Abstract: A cross-platform test environment automatic setup method and system is proposed, which is designed for use on an information platform that is running on a particular kind of operating system, for the purpose of providing the information platform with a cross-platform test environment automatic setup capability that allows a particular test procedure to be capable of being conducted under the particular kind of operating system on the information platform. The proposed cross-platform test environment automatic setup method and system is advantageous to use than prior art in that it allows the same test procedure to have a cross-platform capability that allows the same test procedure to be conducted under different operating systems without requiring test engineers to manually configure the required test environment in different operating systems, which allows the testing to be more easily and quickly and thus more efficiently than prior art.

Abstract: A cross-platform test environment automatic setup method and system is proposed, which is designed for use on an information platform that is running on a particular kind of operating system, for the purpose of providing the information platform with a cross-platform test environment automatic setup capability that allows a particular test procedure to be capable of being conducted under the particular kind of operating system on the information platform. The proposed cross-platform test environment automatic setup method and system is advantageous to use than prior art in that it allows the same test procedure to have a cross-platform capability that allows the same test procedure to be conducted under different operating systems without requiring test engineers to manually configure the required test environment in different operating systems, which allows the testing to be more easily and quickly and thus more efficiently than prior art.