Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device presents a keyboard image on a touch sensitive surface of the device. The device then receives a first touch input selecting a key of the keyboard image and responsive to receiving the first touch input, displays a primary character associated with the selected key. While maintenance of physical contact is detected by the touch sensitive surface, the device receives a touch gesture starting at the key of the keyboard image and continuing in a diagonal direction along a face of the key. Responsive to receiving the touch gesture, the device displays an alternative character associated with the selected key.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device presents a keyboard image on a touch sensitive surface of the device. The device then receives a first touch input selecting a key of the keyboard image and responsive to receiving the first touch input, displays a primary character associated with the selected key. While maintenance of physical contact is detected by the touch sensitive surface, the device receives a touch gesture starting at the key of the keyboard image and continuing in a diagonal direction along a face of the key. Responsive to receiving the touch gesture, the device displays an alternative character associated with the selected key.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device receives a first touch input selecting a numeral presented in the user interface. Responsive to receiving the first touch input, a numeric keypad interface and a display element are presented. The device receives a second touch input selecting the display element. Responsive to receiving the second touch input, a rotary interface including the display element is presented. While the user is maintaining physical contact with the touch sensitive surface, the device receives a rotational touch gesture dragging the display element about the rotary interface. Responsive to receiving the rotational touch gesture, the numeral is modified.

Abstract: In an example method, a user interface is presented by a device on a touch sensitive surface of the device. The device receives a first touch input selecting a numeral presented in the user interface. Responsive to receiving the first touch input, a numeric keypad interface and a display element are presented. The device receives a second touch input selecting the display element. Responsive to receiving the second touch input, a rotary interface including the display element is presented. While the user is maintaining physical contact with the touch sensitive surface, the device receives a rotational touch gesture dragging the display element about the rotary interface. Responsive to receiving the rotational touch gesture, the numeral is modified.

Abstract: A content application includes one or more content list panels. The content application provides mechanisms that allow the user to easily manage article representations included in the content lists such as adding article representations a content list and editing the items directly in menus associated with the content lists.

Abstract: A content application includes one or more content list panels. The content application provides mechanisms that allow the user to easily manage article representations included in the content lists such as adding article representations a content list and editing the items directly in menus associated with the content lists.

Abstract: Systems and methods of configuring electronic devices can include installing a first operating configuration on a first target device, running at least a first operational iteration of the first target device, saving at least a portion of a first file system resulting from the running of the at least first operational iteration of the first target device, and creating a first clone of the at least portion of the first file system at a separate host device. The first clone can be substantially identical to the corresponding at least portion of the first file system. The first clone can be evaluated via the host device. The host device can present the clone data in an integrated development environment such that a user can evaluate the clone data.

Abstract: Dynamic management of multiple persistent data stores is disclosed. One or more data objects are retrieved from two or more of a plurality of persistent data stores and provided to the client context in a manner such that the one or more data objects appear to the client context to come from a single source, even if in fact the objects have been retrieved from two or more different persistent stores.

Abstract: An embodiment of the invention is directed to a method and apparatus for automatically providing network services in a way that improves upon the prior art. Systems implementing aspects of the invention can, for instance, provide developers with a mechanism for creating Web Services without having to write low-level SOAP, XML, or WSDL code. The system utilizes a rule-based approach to provide a mechanism for dynamically reconfiguring the system with requiring redeployment of the entire system.

Abstract: Systems and methods for selectively providing access to a media device based on a profile associated with the media device. In certain embodiments, the profile of the media device can be user-defined as a development profile or a personal profile. When the device is connected to a host computer system, the profile of the media device is accessed. If the profile of the media device is a development profile, an integrated development environment on the host computer system can access the media device. If the profile of the media device is a personal profile, the integrated development environment is prevented from accessing the device.

Abstract: Dynamic management of multiple persistent data stores is disclosed. One or more data objects are retrieved from two or more of a plurality of persistent data stores and provided to the client context in a manner such that the one or more data objects appear to the client context to come from a single source, even if in fact the objects have been retrieved from two or more different persistent stores.

Abstract: Dynamic management of multiple persistent data stores is disclosed. One or more data objects are associated with a client context, e.g., an instance of a client application program. The one or more data objects are retrieved from one or more of a plurality of persistent data stores and provided to the client context in a manner such that the one or more data objects appear to the client context to come from a single source, even if in fact the objects have been retrieved from two or more different persistent stores.

Abstract: Systems and methods for graphically depicting program depth are provided. Systems and methods can include generation of an edit pane and a ribbon column. The edit pane displays the program code, while a ribbon column displays the depth of an associated row of program code.

Abstract: Systems and methods of configuring electronic devices can include installing a first operating configuration on a first target device, running at least a first operational iteration of the first target device, saving at least a portion of a first file system resulting from the running of the at least first operational iteration of the first target device, and creating a first clone of the at least portion of the first file system at a separate host device. The first clone can be substantially identical to the corresponding at least portion of the first file system. The first clone can be evaluated via the host device. The host device can present the clone data in an integrated development environment such that a user can evaluate the clone data.

Abstract: Systems and methods for selectively providing access to a media device based on a profile associated with the media device. In certain embodiments, the profile of the media device can be user-defined as a development profile or a personal profile. When the device is connected to a host computer system, the profile of the media device is accessed. If the profile of the media device is a development profile, an integrated development environment on the host computer system can access the media device. If the profile of the media device is a personal profile, the integrated development environment is prevented from accessing the device.

Abstract: Multiple target devices, such as wireless phones, may receive configuration data, such as software updates, configuration settings, developer environment settings, etc., from a host computer that automatically detects characteristics of respective target devices and selects the appropriate configuration data. A configuration process may generally include identifying the target devices, determining characteristics of the target devices, such as device type, device storage capacity, operating system, operating system version, installed software, etc., and selecting configuration data for updating the target devices for communication with the host computer.

Abstract: Systems and methods are provided for manipulating a user interface. In certain embodiments, the user interface includes a window having one or more pop-up menus. Each pop-up menu includes a set of items that can be selected by a user. Upon selection of one or more of the items in a pop-up menu, in certain embodiments the user can drag the selected items to a target area in the user interface window. If there is a second pop-up menu at the target area, the selected items are transferred from the first pop-up menu to the second pop-up menu. If there is no second pop-up menu at the target area, a new pop-up menu is created that includes the selected items.

Abstract: Dynamic management of multiple persistent data stores is disclosed. One or more data objects are associated with a client context, e.g., an instance of a client application program. The one or more data objects are retrieved from one or more of a plurality of persistent data stores and provided to the client context in a manner such that the one or more data objects appear to the client context to come from a single source, even if in fact the objects have been retrieved from two or more different persistent stores.

Abstract: Dynamic management of multiple persistent data stores is disclosed. One or more data objects are associated with a client context, e.g., an instance of a client application program. The one or more data objects are retrieved from one or more of a plurality of persistent data stores and provided to the client context in a manner such that the one or more data objects appear to the client context to come from a single source, even if in fact the objects have been retrieved from two or more different persistent stores.

Abstract: An embodiment of the invention is directed to a method and apparatus for automatically providing network services in a way that improves upon the prior art. Systems implementing aspects of the invention can, for instance, provide developers with a mechanism for creating Web Services without having to write low-level SOAP, XML, or WSDL code. The system utilizes a rule-based approach to provide a mechanism for dynamically reconfiguring the system with requiring redeployment of the entire system.