Microsoft Technology Licensing, LLC

Greg S Lindhorst

Clinton Dee Covington

Andrew Robert Miller

B Scott Ruble

Jay L Massena

John M Buehler

Martin L Sonntag

Randall Lee Kerr

Vijay Mital

Daniel M Cheung

Stephen I Lesser

Roger Wolff

Andrew M Warden

Kelsey Allen Pedersen

Deepali Tamhane

Michelle Sarah Tarson

A dynamic verification system is described that enables application developers to safely include significant custom business logic in their applications. The dynamic verification system receives application behavior criteria that specify behavior of an application of interest to an application host. The system executes an application and instruments an application execution environment to detect application behavior that meets the application behavior criteria. The system determines when the application has performed an action that satisfies the application behavior criteria and provides a notification about the application behavior that occurred that a system administrator can use to take action against the application.

Dynamically monitoring application behavior

A Web Part connection runtime framework provides the architecture for Web Parts to connect and pass data between each other. The runtime framework provides a series of interfaces that a Web Part can implement to send or receive information from other connected Web Parts. The interfaces provided by the runtime framework allow for the connection of Web Parts on a server or client. A first Web Part is retrieved and connected to a second Web Part in response to a user selecting information to be passed from the first Web Part to the second Web Part. Subroutines of the connected Web Parts are fired signaling the Web Parts to pass data from one to another. Once the data is passed, the Web Part receiving data can be rendered while containing the passed data on the server or the client.

Method and system for implementing a connection between Web Parts to send or receive data

A page is accessed that contains at least one computer-based module. The computer-based module can present information obtained from one or more sources. The computer-based module includes properties, such as properties that affect the appearance of the computer-based module and the format of the information displayed by the computer-based module. The properties of the computer-based module can be stored in a database that is separate from the page. The properties of the computer-based module can be modified in a shared mode, accessible to all users of the page, or a personal mode, accessible by one user.

Method and system for customizing and personalizing page control content

A page is generated in a computer-based format that includes zones in which controls are inserted. The controls can present information or data that the controls obtain from one or more sources. Features such as the location, quantity, and properties of the zones and the controls can be set as desired when creating the page. Furthermore, the page can be created using a graphical layout. The page can be accessed in a computer-based environment, and properties of the controls, such as the size, position, or classification of presented information, can be manipulated while the page is being accessed.

Method and system for manipulating page control content

The Web Part authoring framework provides the a graphical user interface for connecting Web Parts, mechanisms for determining the compatibility between Web Parts, and the means to persist the connection between Web Parts. The framework builds the user interface for selecting the source and target parts based on a series of compatibility rules. A user can access a menu to specify the type of connection between a compatible source and target part. If the Web Parts implement different connection interface types, a transformer is generated to make the Web Parts compatible. The target and source Web Parts can reside on the same or different pages. Additionally, the target and source Web Parts can be created by different developers. After the end user defines the connection, the framework forms the connection between the Web Parts so the parts can share information.

Method and system for evaluating and connecting web parts

A method is disclosed for creating and editing event handlers that link events triggered on one object to actions taken on one or more different objects. The method provides a user interface having an event pane, action pane and code pane. A user selects an event icon in the event pane to link that event to a desired action in the action pane. The code that is generated in the code pane can be displayed in either a list view or a code view. In the list view, the event handler is presented to the user in simple, concise statements that are easy for the user to understand. In the code view, the actual event handler code in either VBScript or JavaScript languages is presented to the user.

System and method for facilitating generation and editing of event handlers

A method and system for creating and editing event handlers that link events triggered on one object to actions taken on one or more different objects. The method provides a user interface having an event pane, action pane and codepane. A user selects an event icon in the event pane to link that event to a desired action in the action pane. The code that is generated in the code pane can be displayed in either a list view or a code view. In the list view, the event handler is presented to the user in simple, concise statements that are easy for the user to understand. In the code view, the actual event handler code in either VBScript or JavaScript languages is presented to the user.

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Seattle, WA, United States of America

Greg S Lindhorst