Abstract:
A system, apparatus and method of appending a group of files to files on a clipboard of a desktop are provided. The system, apparatus and method include displaying a first window having an option that allows a group of files to be appended to files on the clipboard and asserting the option to append the files. The first window is ordinarily displayed after at least one file has been copied onto the clipboard and a second file is selected to be copied. In the case where at least one file has not already been copied onto the clipboard, a second window is displayed. The second window has an option that allows only one file or group of files to be copied onto the clipboard. The first window further contains an option that allows a file or a group of files to replace file or files already copied on the clipboard.
Abstract:
The present invention provides a mechanism by which the number of bits used to identify the WIDs for each of the color buffer and the overlay buffer may be programmed into the graphics adapter based on the currently active application environment. With the apparatus and method of the present invention, a programmable WAT color size selection device is provided in a RAMDAC of the graphics adapter. This programmable WAT color size selection device may be dynamically programmed to use varying bit splits of a WID from a WID buffer to obtain different indexes into a color WAT table and an overlay WAT table. In this way, different splits of, for example, an eight bit WID may be obtained based on the setting of the programmable WAT color size selection device such that varying color and overlay capabilities are obtainable dynamically.
Abstract:
The present invention provides a mechanism by which the number of bits used to identify the WIDs for each of the color buffer and the overlay buffer may be programmed into the graphics adapter based on the currently active application environment. With the apparatus and method of the present invention, a programmable WAT color size selection device is provided in a RAMDAC of the graphics adapter. This programmable WAT color size selection device may be dynamically programmed to use varying bit splits of a WID from a WID buffer to obtain different indexes into a color WAT table and an overlay WAT table. In this way, different splits of, for example, an eight bit WID may be obtained based on the setting of the programmable WAT color size selection device such that varying color and overlay capabilities are obtainable dynamically.