Abstract:
Methods, systems, and computer program products are provided that enable a user interface of a web development tool to be customized for a web application. A plurality of objects that define a web application is received. The objects are determined to include a customization file that includes a definition for at least one user interface element as a customization to a graphical user interface. The customization file is parsed to receive the user interface element definition(s). A graphical user interface is generated for display that is configured to be interacted with by a user to enable the web application to be developed. The graphical user interface includes one or more user interface element based on the user interface element definition(s) as customizations to the graphical user interface.
Abstract:
A cellular telephone clock is automatically set to correlate to a timestamp contained in a Short Messaging Service (SMS) status report. Accordingly, an exemplary cell phone clock can be properly set any time the cell phone receives a status report. By setting the cell phone device time to correlate to the world time, the exemplary cell phone clock can be automatically set, without requiring any action by the user and without requiring a special time set control message. When the cell phone transmits an SMS message, the cell phone stores the device time corresponding to the time that the message was sent (DTS). When a status report is received, the exemplary cell phone stores the device time corresponding to the time that the status report was received (DTR). Additionally, the cell phone stores the world time that is included in the status report by the SMSC that handled the message (WT). By subtracting the DTR from the WT, the cell phone can determine an approximate difference between the cell phone's device time (and clock) and the world time. By adding this difference to the current device time (DTC), the DTC can be set to closely approximate the WT.
Abstract:
The use of variable-pressure taps in computer interfaces is disclosed in which tap inputs cause different functions to execute depending on the pressure applied by the tap. A hard tap is interpreted when a user makes rapid contact with the input surface, exceeding a threshold pressure within a threshold time, possibly without exceeding a threshold distance from the initial point of contact. Operating systems, applications, and other software may interpret a hard tap as a unique input, or as a double-click, right click, etc.
Abstract:
Systems and methods for generating a focused data. An original data set contains lines of data that are of interest to a user. The data set is filtered using inclusive filters, exclusive filters, and markers to identify the lines of interest to the user without losing the context of those lines with respect to other lines in the data set. The lines of interest are then displayed in a focused view, where only the lines of interest are displayed to the user, or in a contextual view, where additional lines of data that are related to the lines of interest are also displayed to the user. In the contextual view, the lines of interest are usually highlighted to distinguish them from the lines that provide context. Also, the other lines in the data set are usually not displayed, even though they may be included in the focused data set.
Abstract:
A cellular telephone clock is automatically set to correlate to a timestamp contained in a Short Messaging Service (SMS) status report. Accordingly, an exemplary cell phone clock can be properly set any time the cell phone receives a status report. By setting the cell phone device time to correlate to the world time, the exemplary cell phone clock can be automatically set, without requiring any action by the user and without requiring a special time set control message. When the cell phone transmits an SMS message, the cell phone stores the device time corresponding to the time that the message was sent (DTS). When a status report is received, the exemplary cell phone stores the device time corresponding to the time that the status report was received (DTR). Additionally, the cell phone stores the world time that is included in the status report by the SMSC that handled the message (WT). By subtracting the DTR from the WT, the cell phone can determine an approximate difference between the cell phone's device time (and clock) and the world time. By adding this difference to the current device time (DTC), the DTC can be set to closely approximate the WT.
Abstract:
The lumbar therapy belt is a therapeutic device. The lumbar therapy belt is configured for use with a patient. The patient is further defined with a torso, a spine, a pelvis, an abdomen, and a lumbar region. The lumbar therapy belt includes a belt, a fastener, and a plurality of pads. The fastener and the plurality of pads attach to the belt. The belt is a strap. The fastener attaches the belt to the patient such that the plurality of pads are positioned over the lumbar region. The plurality of pads press against the lumbar region such that the normal movement of the patient causes the plurality of pads to stretch the muscles of the lumbar region, including spinal muscles, laterally so as to relieve downward pressure on the spinal discs and nerves.
Abstract:
A cellular telephone clock is automatically set to correlate to a timestamp contained in a Short Messaging Service (SMS) status report. Accordingly, an exemplary cell phone clock can be properly set any time the cell phone receives a status report. By setting the cell phone device time to correlate to the world time, the exemplary cell phone clock can be automatically set, without requiring any action by the user and without requiring a special time set control message. When the cell phone transmits an SMS message, the cell phone stores the device time corresponding to the time that the message was sent (DTS). When a status report is received, the exemplary cell phone stores the device time corresponding to the time that the status report was received (DTR). Additionally, the cell phone stores the world time that is included in the status report by the SMSC that handled the message (WT). By subtracting the DTR from the WT, the cell phone can determine an approximate difference between the cell phone's device time (and clock) and the world time. By adding this difference to the current device time (DTC), the DTC can be set to closely approximate the WT.
Abstract:
A computer-implemented method may include identifying a request to restore an image to a target disk while a first operating system is running on the target disk and creating a file in a first file system of the first operating system. The method may also include mapping a position in the file to a location on the target disk to provide a map that associates the position in the file with the location on the target disk. The method may further include using the map to write at least a portion of the image to the target disk to provide a restored operating system on the target disk. Various other methods, systems, and computer-readable media are also disclosed.
Abstract:
The present invention is an apparatus and method for introducing a dry material into a fluid stream in a way that ensures a predictable, highly accurate and consistent application of the material where the fluid stream may be fixed or variable, where the material is handled and metered in dry bulk form and may be highly soluble or nearly insoluble, and in a manner that continuously and automatically adjusts the application rate to compensate for varying material bulk density, as well as, and in addition to, varying fluid flow rates or chemical composition, in order to provide a precise fluid treatment level at all times. The present invention incorporates the necessary means to store large quantities of the dry process amendment as an integrated and dust-free function of the apparatus and process, and is capable of monitoring and adjusting material levels and introduction rates in real time in response to variations in density, fluid flow rate and/or chemistry composition.