Abstract: This disclosure relates to drawing within a computer environment using a drawing resource. The computer environment includes a managed code portion and a native code portion. The computer environment compares a draw parameter call value being passed from the managed code portion to the native code portion with a stored drawing resource value stored in the native code portion. If the draw parameter call value is the same as the stored drawing resource value, then the computer environment is configured to draw onto a native drawing surface using the stored drawing resource. If the draw parameter call value is not the same as the drawing resource value, then a new drawing resource is created in the managed code portion. In another aspect, a portion of the drawing resource feature portion that contains data that describes at least one or more parameter of the drawing resource is transmitted between the managed code portion and the native code portion.

Abstract: This disclosure relates to drawing within a computer environment using a drawing resource. The computer environment includes a managed code portion and a native code portion. The computer environment compares a draw parameter call value being passed from the managed code portion to the native code portion with a stored drawing resource value stored in the native code portion. If the draw parameter call value is the same as the stored drawing resource value, then the computer environment is configured to draw onto a native drawing surface using the stored drawing resource. If the draw parameter call value is not the same as the drawing resource value, then a new drawing resource is created in the managed code portion. In another aspect, a portion of the drawing resource feature portion that contains data that describes at least one or more parameter of the drawing resource is transmitted between the managed code portion and the native code portion.

Abstract: This disclosure relates to drawing within a computer environment using a drawing resource. The computer environment includes a managed code portion and a native code portion. The computer environment compares a draw parameter call value being passed from the managed code portion to the native code portion with a stored drawing resource value stored in the native code portion. If the draw parameter call value is the same as the stored drawing resource value, then the computer environment is configured to draw onto a native drawing surface using the stored drawing resource. If the draw parameter call value is not the same as the drawing resource value, then a new drawing resource is created in the managed code portion. In another aspect, a portion of the drawing resource feature portion that contains data that describes at least one or more parameter of the drawing resource is transmitted between the managed code portion and the native code portion.

Abstract: One aspect relates to a process and associated apparatus that implements a user interface (UI) control within a computer environment. The computer environment includes a managed code portion and a native code portion. The implementing the UI control includes creating a plurality of control node data structures within the managed code portion. A managed UI control is virtualized within the managed code portion by associating and/or batching at least two of the control node data structures. The UI control is realized in the native code portion by migrating the managed UI control into the native code portion. In certain aspects, the UI control is populated and parented prior to the realizing.

Abstract: This disclosure relates to drawing within a computer environment using a drawing resource. The computer environment includes a managed code portion and a native code portion. The computer environment compares a draw parameter call value being passed from the managed code portion to the native code portion with a stored drawing resource value stored in the native code portion. If the draw parameter call value is the same as the stored drawing resource value, then the computer environment is configured to draw onto a native drawing surface using the stored drawing resource. If the draw parameter call value is not the same as the drawing resource value, then a new drawing resource is created in the managed code portion. In another aspect, a portion of the drawing resource feature portion that contains data that describes at least one or more parameter of the drawing resource is transmitted between the managed code portion and the native code portion.

Abstract: Handles associate respective native resources with an application that utilizes a library to call for the native resource. Each handle is created to track a native resource that has been allocated to an application. All native resources associated with the application are freed by examining the handles to find those native resources still being held by the application after they are no longer being used, or when that application has been, or is being, terminated. If a native resource is requested by the application and found to be unavailable, the handles are reviewed to collect allocated native resources that are found to be unneeded by their respective applications. A collected native resource corresponding to the requested native resource is thereby made available to be reallocated to the requesting application.

Abstract: The invention, in one embodiment, is a method and system for reporting the status of external references, or links, of a spreadsheet workbook. In an Edit Links dialog box, the user may view a list of links and their status. The user may select a Check Status button in the Edit Links dialog box to check the status of the links without updating the links because updating the links may require considerable time. A textual status message is displayed for each link in the Edit Links dialog box. The textual status message indicates to the user whether there is s possible problem with the link. As part of checking the status of a link, an analysis is made to determine whether any problems with the source file exist. For instance, it is determined whether the source file is open and whether it is valid. The results of this analysis determine what is displayed in the status column of the Edit Links dialog box.

Abstract: The invention, in one embodiment, is a method and system for reporting the status of external references, or links, of a spreadsheet workbook. In an Edit Links dialog box, the user may view a list of links and their status. The user may select a Check Status button in the Edit Links dialog box to check the status of the links without updating the links because updating the links may require considerable time. A textual status message is displayed for each link in the Edit Links dialog box. The textual status message indicates to the user whether there is s possible problem with the link. As part of checking the status of a link, an analysis is made to determine whether any problems with the source file exist. For instance, it is determined whether the source file is open and whether it is valid. The results of this analysis determine what is displayed in the status column of the Edit Links dialog box.

Abstract: An interactive tooltip provides access to help information and enhanced editing capabilities. The interactive tooltip is especially useful for a user editing a function within a spreadsheet formula. The present invention integrates HTML-like interactivity with a conventional tooltip to provide a new interface for working with the associated data. The interactivity of the tooltip provides additional levels of help or documentation when requested and provides additional editing navigation functionality within the associated data. The present invention provides a tooltip in close proximity to the associated data, while the associated data is being edited. In the case of a spreadsheet, a tooltip will be provided when the user begins editing a function within a spreadsheet cell.

Abstract: An interactive tooltip provides access to help information and enhanced editing capabilities. The interactive tooltip is especially useful for a user editing a function within a spreadsheet formula. The present invention integrates HTML-like interactivity with a conventional tooltip to provide a new interface for working with the associated data. The interactivity of the tooltip provides additional levels of help or documentation when requested and provides additional editing navigation functionality within the associated data. The present invention provides a tooltip in close proximity to the associated data, while the associated data is being edited. In the case of a spreadsheet, a tooltip will be provided when the user begins editing a function within a spreadsheet cell.

Abstract: One aspect relates to a process and associated apparatus that implements a user interface (UI) control within a computer environment. The computer environment includes a managed code portion and a native code portion. The implementing the UI control includes creating a plurality of control node data structures within the managed code portion. A managed UI control is virtualized within the managed code portion by associating and/or batching at least two of the control node data structures. The UI control is realized in the native code portion by migrating the managed UI control into the native code portion. In certain aspects, the UI control is populated and parented prior to the realizing.

Abstract: Handles associate respective native resources with an application that utilizes a library to call for the native resource. Each handle is created to track a native resource that has been allocated to an application. All native resources associated with the application are freed by examining the handles to find those native resources still being held by the application after they are no longer being used, or when that application has been, or is being, terminated. If a native resource is requested by the application and found to be unavailable, the handles are reviewed to collect allocated native resources that are found to be unneeded by their respective applications. A collected native resource corresponding to the requested native resource is thereby made available to be reallocated to the requesting application.

Abstract: Notifications are generated in managed and native environments and propagated to an interfacing abstraction layer of native code there between. The abstraction layer assesses each received notification to determine whether the notification, or a previously received collection thereof, should be transitioned across a boundary between the managed environment and the native environment. The managed environment includes a virtual machine in a managed code portion. The native environment includes an operating system that interfaces the abstraction layer which is at a boundary between the managed code portion and the operating system. A collection of notifications are those that have been batched and/or synthesized. The abstraction layer is configured with predetermined criteria to assess whether to form a collection of received notifications and/or to prevent a transition of a notification, or collection thereof, across the boundary.

Abstract: This disclosure relates to drawing within a computer environment using a drawing resource. The computer environment includes a managed code portion and a native code portion. The computer environment compares a draw parameter call value being passed from the managed code portion to the native code portion with a stored drawing resource value stored in the native code portion. If the draw parameter call value is the same as the stored drawing resource value, then the computer environment is configured to draw onto a native drawing surface using the stored drawing resource. If the draw parameter call value is not the same as the drawing resource value, then a new drawing resource is created in the managed code portion. In another aspect, a portion of the drawing resource feature portion that contains data that describes at least one or more parameter of the drawing resource is transmitted between the managed code portion and the native code portion.

Abstract: A method for recognizing data, including strings and media objects, and annotating, or labeling, the data with a type label. After the data is annotated with a type label, application program modules may use the type label to provide users with a choice of actions. If the user's computer does not have any actions associated with a type label, the user may be provided with the option to surf to a download Uniform Resource Locator (URL) and download action plug-ins for that type label. One or more recognizer plug-ins perform the recognition of particular strings or media objects in an electronic document. The recognizer plug-ins may be packaged with an application program module or they may be written by third parties to recognize particular data that is of interest. One or more action plug-ins provide possible actions to be presented to the user based upon the type label associated with the data in an electronic document.

Abstract: An enhanced find and replace feature for a spreadsheet program module is disclosed. The enhanced find and replace feature allows users to search for terms and attributes across multiple sheets of a workbook. The find and replace feature also allows searches to be performed based on the formatting attributes of a cell as well as the textual or numerical contents of a cell. The enhanced find and replace feature also allows users to perform bulk formatting of cells (even cells without text) in a spreadsheet. In another aspect, the enhanced find and replace feature lists all the results of the find operation in a results list so that the user may choose which result(s) to view and edit. In another aspect, the find and replace feature is modeless so that a user can search for terms or attributes, view a results list, exit the find and replace feature, perform editing functions in the document and then return to the find and replace feature.

Abstract: An interactive tooltip provides access to help information and enhanced editing capabilities. The interactive tooltip is especially useful for a user editing a function within a spreadsheet formula. The present invention integrates HTML-like interactivity with a conventional tooltip to provide a new interface for working with the associated data. The interactivity of the tooltip provides additional levels of help or documentation when requested and provides additional editing navigation functionality within the associated data. The present invention provides a tooltip in close proximity to the associated data, while the associated data is being edited. In the case of a spreadsheet, a tooltip will be provided when the user begins editing a function within a spreadsheet cell.

Abstract: Application program interfaces (API) are provided for labeling strings while a user is creating a document and providing user actions based on the type of semantic label applied to the string. A recognizer API is provided and includes properties and methods or instructions which allow recognizer plug-ins to semantically label strings of text or cells or information. An action API is provided and includes properties and methods that are called upon when a user initiates particular actions such as opening a web browser, going to a particular URL, or opening an instance of a word processing or spreadsheet program. After the strings are annotated with a type label, application program modules may use the type label to provide users with a choice of actions. If the user's computer does not have any actions associated with a type label, the user may be provided with the option to surf to a download Uniform Resource Locator (URL) and download action plug-ins for that type label.