Input: [Class] ScriptResourceMapping [Description]

Output: Provides location mapping support for script resources.


Input: [Class] ServiceReference [Description]

Output: Registers a Web service for use in a Web page.


Input: [Class] ServiceReferenceCollection [Description]

Output: Contains a set of ServiceReference objects.


Input: [Class] SessionPageStatePersister [Description]

Output: Stores ASP.NET page view state on the Web server.


Input: [Class] SimplePropertyEntry [Description]

Output: Infrastructure. Represents the definition of the control property and its value.


Input: [Class] SimpleWebHandlerParser [Description]

Output: Infrastructure. Provides base functionality for parsing Web handler files.


Input: [Class] SkinBuilder [Description]

Output: Provides a ControlBuilder object used at design time to apply control skins to controls.


Input: [Class] StateBag [Description]

Output: Manages the view state of ASP.NET server controls, including pages. This class cannot be inherited.


Input: [Class] StateItem [Description]

Output: Represents an item that is saved in the StateBag class when view state information is persisted between Web requests. This class cannot be inherited.


Input: [Class] StateManagedCollection [Description]

Output: Provides a base class for all strongly typed collections that manage IStateManager objects.


Input: [Class] StaticPartialCachingControl [Description]

Output: Represents an instance of the UserControl class that is specified for output caching and included declaratively in a page or another user control.


Input: [Class] SupportsEventValidationAttribute [Description]

Output: Defines the metadata attribute that Web server controls use to indicate support for event validation. This class cannot be inherited.


Input: [Class] TagPrefixAttribute [Description]

Output: Defines the tag prefix used in a Web page to identify custom controls. This class cannot be inherited.


Input: [Class] TargetControlTypeAttribute [Description]

Output: Extends the Attribute class to indicate the type of server control that an extender control can be applied to.


Input: [Class] TemplateBuilder [Description]

Output: Supports the page parser in building a template and the child controls it contains.


Input: [Class] TemplateContainerAttribute [Description]

Output: Declares the base type of the container control of a property that returns an ITemplate interface and is marked with the TemplateContainerAttribute attribute. The control with the ITemplate property must implement the INamingContainer interface. This class cannot be inherited.


Input: [Class] TemplateControl [Description]

Output: Provides the Page class and the UserControl class with a base set of functionality.


Input: [Class] TemplateControlParser [Description]

Output: Infrastructure. Implements ASP.NET template parsing for template controls.


Input: [Class] TemplateInstanceAttribute [Description]

Output: Defines a metadata attribute that is used to specify the number of allowed instances of a template. This class cannot be inherited.


Input: [Class] TemplateParser [Description]

Output: Infrastructure. Serves as the abstract base class for ASP.NET file parsers.


Input: [Class] TemplatePropertyEntry [Description]

Output: Enables property entry for ITemplate class properties.


Input: [Class] ThemeableAttribute [Description]

Output: Defines the metadata attribute that Web server controls and their members use to indicate whether their rendering can be affected by themes and control skins. This class cannot be inherited.


Input: [Class] ThemeProvider [Description]

Output: Provides a class that encapsulates theme and style sheet information for controls in a designer environment.


Input: [Class] Timer [Description]

Output: Performs asynchronous or synchronous Web page postbacks at a defined interval.


Input: [Class] ToolboxDataAttribute [Description]

Output: Specifies the default tag generated for a custom control when it is dragged from a toolbox in a tool such as Microsoft Visual Studio.


Input: [Class] Triplet [Description]

Output: Provides a basic utility class that is used to store three related objects.


Input: [Class] UpdatePanel [Description]

Output: Enables sections of a page to be partially rendered without a postback.


Input: [Class] UpdatePanelControlTrigger [Description]

Output: Provides a common base class for controls that can be triggers for UpdatePanel controls.


Input: [Class] UpdatePanelTrigger [Description]

Output: Provides a common base class for objects that can be triggers for UpdatePanel controls.


Input: [Class] UpdatePanelTriggerCollection [Description]

Output: Represents a collection of UpdatePanelTrigger objects for an UpdatePanel control.


Input: [Class] UpdateProgress [Description]

Output: Provides visual feedback in the browser when the contents of one or more UpdatePanel controls are updated.


Input: [Class] UrlPropertyAttribute [Description]

Output: Defines the attribute that controls use to identify string properties containing URL values. This class cannot be inherited.


Input: [Class] UserControl [Description]

Output: Represents an .ascx file, also known as a user control, requested from a server that hosts an ASP.NET Web application. The file must be called from a Web Forms page or a parser error will occur.


Input: [Class] UserControlControlBuilder [Description]

Output: Supports the ASP.NET page parser in building an instance of a user control.


Input: [Class] ValidationPropertyAttribute [Description]

Output: Defines the metadata attribute that ASP.NET server controls use to identify a validation property. This class cannot be inherited.


Input: [Class] ValidatorCollection [Description]

Output: Exposes an array of IValidator references. This class cannot be inherited.


Input: [Class] VerificationAttribute [Description]

Output: Defines the metadata attribute of a Web content accessibility rule. This class cannot be inherited.


Input: [Class] ViewStateException [Description]

Output: Represents the exception that is thrown when the view state cannot be loaded or validated. This class cannot be inherited.


Input: [Class] ViewStateModeByIdAttribute [Description]

Output: Defines the metadata attribute that ASP.NET server controls use to specify whether they participate in loading view-state information by ID. This class cannot be inherited.


Input: [Class] WebResourceAttribute [Description]

Output: Defines the metadata attribute that enables an embedded resource in an assembly. This class cannot be inherited.


Input: [Class] WebServiceParser [Description]

Output: Infrastructure. Provides a parser for Web service handlers.


Input: [Class] XhtmlTextWriter [Description]

Output: Writes Extensible Hypertext Markup Language (XHTML)-specific characters, including all variations of XHTML modules that derive from XTHML, to the output stream for an ASP.NET server control for mobile devices. Override the XhtmlTextWriter class to provide custom XHTML rendering for ASP.NET pages and server controls.


Input: [Class] XPathBinder [Description]

Output: Provides support for rapid application development (RAD) designers to parse data-binding expressions that use XPath expressions. This class cannot be inherited.


Input: [Enumeration] AssemblyNameFlags [Description]

Output: Provides information about an Assembly reference.


Input: [Enumeration] BindingFlags [Description]

Output: Specifies flags that control binding and the way in which the search for members and types is conducted by reflection.


Input: [Enumeration] CallingConventions [Description]

Output: Defines the valid calling conventions for an enumeration.


Input: [Enumeration] EventAttributes [Description]

Output: Specifies the attributes of an event.


Input: [Enumeration] FieldAttributes [Description]

Output: Specifies flags that describe the attributes of a field.


Input: [Enumeration] MemberTypes [Description]

Output: Marks each type of member that is defined as a derived class of MemberInfo.


Input: [Enumeration] MethodAttributes [Description]

Output: Specifies flags for method attributes. These flags are defined in the corhdr.h file.


Input: [Enumeration] MethodImplAttributes [Description]

Output: Specifies flags for the attributes of a method implementation.


Input: [Enumeration] ParameterAttributes [Description]

Output: Defines the attributes that can be associated with a parameter. These are defined in CorHdr.h.


Input: [Enumeration] PropertyAttributes [Description]

Output: Defines the attributes that can be associated with a property. These attribute values are defined in corhdr.h.


Input: [Enumeration] ResourceAttributes [Description]

Output: Specifies the attributes for a manifest resource.


Input: [Enumeration] ResourceLocation [Description]

Output: Specifies the resource location.


Input: [Enumeration] TypeAttributes [Description]

Output: Specifies type attributes.


Input: [Description] Gets or sets a value that indicates whether the option to print the current page is enabled. [Name]

Output: CurrentPageEnabled


Input: [Description] Gets or sets the highest page number that is allowed in page ranges. [Name]

Output: MaxPage


Input: [Description] Gets or sets the lowest page number that is allowed in page ranges. [Name]

Output: MinPage


Input: [Description] Gets or sets the range of pages to print when PageRangeSelection is set to UserPages. [Name]

Output: PageRange


Input: [Description] Gets or sets the PageRangeSelection for this instance of PrintDialog. [Name]

Output: PageRangeSelection


Input: [Description] Gets the height of the printable area of the page. [Name]

Output: PrintableAreaHeight


Input: [Description] Gets the width of the printable area of the page. [Name]

Output: PrintableAreaWidth


Input: [Description] Gets or sets a PrintQueue that represents the printer that is selected. [Name]

Output: PrintQueue


Input: [Description] Gets or sets the PrintTicket that is used by the PrintDialog when the user clicks Print for the current print job. [Name]

Output: PrintTicket


Input: [Description] Gets or sets a value that indicates whether the option to print the selected pages is enabled. [Name]

Output: SelectedPagesEnabled


Input: [Description] Gets or sets a value that indicates whether users of the Print dialog box have the option to specify ranges of pages to print. [Name]

Output: UserPageRangeEnabled


Input: [Description] Describes how to form a connection URL for connecting to a SQL Server database. Also describes connecting to named instances of a SQL Server database. [Topic]

Output: Building the Connection URL

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes the various connection properties and how they can be used when you connect to a SQL Server database. [Topic]

Output: Setting the Connection Properties

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes how to use data sources in a Java Platform, Enterprise Edition (Java EE) environment. [Topic]

Output: Setting the Data Source Properties

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes the various ways in which to create an instance of a connection to a SQL Server database. [Topic]

Output: Working with a Connection

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes how the JDBC driver supports the use of connection pooling. [Topic]

Output: Using Connection Pooling

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes how the JDBC driver supports the use of database mirroring. [Topic]

Output: Using Database Mirroring (JDBC)

Connecting to SQL Server with the JDBC Driver


Input: [Description] Describes how to develop an application that will connect to an AlwaysOn availability group. [Topic]

Output: JDBC Driver Support for High Availability, Disaster Recovery

Connecting to SQL Server with the JDBC Driver


Input: [Description] Discusses a Java implementation for applications to connect to a SQL Server database using Kerberos integrated authentication. [Topic]

Output: Using Kerberos Integrated Authentication to Connect to SQL Server

Connecting to SQL Server with the JDBC Driver


Input: [Description] Discusses connectivity issues for databases on SQL Azure. [Topic]

Output: Connecting to a Windows Azure SQL Database

Connecting to SQL Server with the JDBC Driver


Input: [Description] Provides the methods needed to substitute one type for another by the DataContractSerializer during serialization, deserialization, and export and import of XML schema documents (XSD). [Interface]

Output: IDataContractSurrogate


Input: [Description] Indicates that a class is to be notified when deserialization of the entire object graph has been completed. Note that this interface is not called when deserializing with the XmlSerializer (System.Xml.Serialization.XmlSerializer). [Interface]

Output: IDeserializationCallback


Input: [Description] Provides a data structure to store extra data encountered by the XmlObjectSerializer during deserialization of a type marked with the DataContractAttribute attribute. [Interface]

Output: IExtensibleDataObject


Input: [Description] Provides functionality for formatting serialized objects. [Interface]

Output: IFormatter


Input: [Description] Provides the connection between an instance of SerializationInfo and the formatter-provided class best suited to parse the data inside the SerializationInfo. [Interface]

Output: IFormatterConverter


Input: [Description] Indicates that the current interface implementer is a reference to another object. [Interface]

Output: IObjectReference


Input: [Description] Enables serialization of custom exception data in security-transparent code. [Interface]

Output: ISafeSerializationData


Input: [Description] Allows an object to control its own serialization and deserialization. [Interface]

Output: ISerializable


Input: [Description] Implements a serialization surrogate selector that allows one object to perform serialization and deserialization of another. [Interface]

Output: ISerializationSurrogate


Input: [Description] Indicates a serialization surrogate selector class. [Interface]

Output: ISurrogateSelector


Input: Manage the product backlog, sprints, and tasks using Agile tools. Run daily standups with a task board. View real-time burn down charts. Balance capacity by activity or team members. [Supported tasks]

Output: Plan, track, and manage work visually


Input: Create customized home pages for teams. Specify the areas and iterations a team owns and the dates for sprints to occur. Define and manage team favorites and team alerts. See status and gain quick access to team favorites from a lightweight dashboard. [Supported tasks]

Output: Support multiple teams within a team project


Input: Initiate and manage feedback requests and track responses. Capture actionable data through annotations, screenshots, and video or audio recordings as stakeholders interact with software. [Supported tasks]

Output: Engage stakeholders to provide feedback on working software


Input: Quickly depict features and applications to be built using PowerPoint Storyboarding. Link storyboards or any network-shared file to work items. [Supported tasks]

Output: Illustrate requirements with storyboards and link storyboards to work items


Input: Organize upcoming, ongoing, and suspended work while increasing transparency and reducing the impact of interruptions. Request and respond to code reviews. Quickly switch context between teams and team projects. [Supported tasks]

Output: Work more efficiently, switch context more easily, collaborate more effectively


Input: Manage project portfolios and view status and resource availability across software teams. Allow each team member to use the tools that they prefer, work at the level of precision that supports their needs, and share information transparently. [Supported tasks]

Output: Manage portfolios of team projects using Microsoft Project and Project Server


Input: [Operation] To simulate a click [Flag Combination]

Output: TakeFocus OR TakeSelection


Input: [Operation] To select a target item by simulating CTRL+click [Flag Combination]

Output: TakeFocus OR AddSelection


Input: [Operation] To cancel selection of a target item by simulating CTRL+click [Flag Combination]

Output: TakeFocus OR RemoveSelection


Input: [Operation] To simulate SHIFT+click [Flag Combination]

Output: TakeFocus OR ExtendSelection


Input: [Operation] To select a range of objects and put focus on the last object [Flag Combination]

Output: Specify TakeFocus on the starting object to set the selection anchor. Then call Select again and specify TakeFocus OR ExtendSelection on the last object.


Input: [Operation] To deselect all objects [Flag Combination]

Output: Specify TakeSelection on any object. This flag deselects all selected objects except the one just selected. Then call Select again and specify RemoveSelection on the same object.


Input: [Description] Describes how to use data source objects in packages. [Topic]

Output: Using Data Sources in Packages


Input: [Description] Describes how to use data source view objects in packages. [Topic]

Output: Using Data Source Views in Packages


Input: [Description] Describes how to create a new package by using a template or by copying an existing package. [Topic]

Output: Creating New Packages


Input: [Description] Describes how to create a control flow in a package using the Control Flow tab in SSIS Designer. [Topic]

Output: Creating Package Control Flow


Input: [Description] Describes how to create a data flow in a package using the Data Flow tab in SSIS Designer. [Topic]

Output: Creating Package Data Flow


Input: [Description] Describes how to create an event handler in a package using the Event Handlers tab in SSIS Designer. [Topic]

Output: Creating Package Event Handlers


Input: [Description] Describes how to add and configure the connection managers that packages use to connect to data sources at run time. [Topic]

Output: Creating Connection Managers


Input: [Description] Describes how you can copy packages, data sources, and data source views and copy the objects that packages contain. [Topic]

Output: Reusing Package Objects


Input: [Description] Describes how to use annotations to make packages self-documenting. [Topic]

Output: Using Annotations in Packages


Input: [Description] Describes how to view a hierarchical representation of all the elements in a package in the Package Explorer tab of SSIS Designer. [Topic]

Output: Viewing Package Objects


Input: [Description] Describes features in Integration Services for troubleshooting packages, such as setting breakpoints and using data viewers to display data at run time, and describes the debug environment in Business Intelligence Development Studio. [Topic]

Output: Debugging Packages


Input: [Description] Describes how to save packages to the file system and save copies of packages to either the file system or the msdb database in SQL Server 2005. [Topic]

Output: Saving Packages


Input: [Description] When overridden in a derived class, gets the headers of the message. [Name]

Output: Headers


Input: [Description] Returns a value that indicates whether the Message is disposed. [Name]

Output: IsDisposed


Input: [Description] Returns a value that indicates whether the Message is empty. [Name]

Output: IsEmpty


Input: [Description] Gets a value that indicates whether this message generates any SOAP faults. [Name]

Output: IsFault


Input: [Description] When overridden in a derived class, gets a set of processing-level annotations to the message. [Name]

Output: Properties


Input: [Description] Gets the current state of this Message. [Name]

Output: State


Input: [Description] When overridden in a derived class, gets the SOAP version of the message. [Name]

Output: Version


Input: [Item] PrvParameter() [Description]

Output: Initializes a new instance of the Parameter class.


Input: [Item] PrvParameter(string name, PrvDbType dataType) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name and data type.


Input: [Item] PrvParameter(string name, object value) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name and an object that is the value of the Parameter.


Input: [Item] PrvParameter(string name, PrvDbType dataType, int size) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name, data type, and width.


Input: [Item] PrvParameter(string name, PrvDbType dataType, int size, string srcColumn) [Description]

Output: Initializes a new instance of the DbParameter class with the parameter name, data type, width, and source column name.


Input: [Item] PrvParameter(string parameterName, PrvDbType dbType, int size, ParameterDirection direction, Boolean isNullable, Byte precision, Byte scale, string srcColumn, DataRowVersion srcVersion, object value) [Description]

Output: Initializes a new instance of the OleDbParameter class with the parameter name, data type, width, source column name, parameter direction, numeric precision, and other properties.


Input: [Description] Describes SharePoint development in Visual Studio. [Topic]

Output: Developing SharePoint Solutions

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to create custom site columns, content types, and lists for SharePoint by using the Visual Studio tools for SharePoint development. [Topic]

Output: Creating Site Columns, Content Types, and Lists for SharePoint

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes workflow design and development. [Topic]

Output: Creating SharePoint Workflow Solutions

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to connect to Business Data Connectivity (BDC) models to integrate business data. [Topic]

Output: Integrating Business Data into SharePoint

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes Web parts and Web Part Pages, the building blocks of pages on a SharePoint site. [Topic]

Output: Creating Web Parts for SharePoint

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to design application pages by using a designer. [Topic]

Output: Creating Application Pages for SharePoint

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to create custom, reusable controls for application pages and Web Parts in SharePoint. [Topic]

Output: Creating Reusable Controls for Web Parts or Application Pages

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to navigate through the components of a SharePoint site in a Visual Studio tool window. [Topic]

Output: Browsing SharePoint Connections Using Server Explorer

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to build and debug SharePoint solutions. [Topic]

Output: Building and Debugging SharePoint Solutions

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to package and deploy SharePoint solutions. [Topic]

Output: Packaging and Deploying SharePoint Solutions

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] Describes how to extend the SharePoint tools to create the features that you need. [Topic]

Output: Extending the SharePoint Tools in Visual Studio

Getting Started (SharePoint Development in Visual Studio)


Input: [Description] The percentage of unsuccessful cache requests to the total number of requests since start of cache service. [Performance Counter]

Output: Cache Miss Percentage


Input: [Description] The total number of unsuccessful cache requests since start of cache service. [Performance Counter]

Output: Total Cache Misses


Input: [Description] The total number of unsuccessful cache requests per second since start of cache service. [Performance Counter]

Output: Total Cache Misses / sec


Input: [Description] Represents the total size of cached data in the cache, not including cache overhead. Indicates the current data memory usage of the server. [Performance Counter]

Output: Total Data Size Bytes


Input: [Description] Represents the total size of primary cached data in the cache, not including cache overhead. Indicates the current primary memory data usage of the cache. [Performance Counter]

Output: Total Primary Data Size Bytes


Input: [Description] Represents the total size of secondary cached data in the cache, not including cache overhead. Indicates the current secondary memory data usage of the cache. [Performance Counter]

Output: Total Secondary Data Size Bytes


Input: [Description] Represents the total number of objects stored in cache. [Performance Counter]

Output: Total Object Count


Input: [Description] The total number of client requests, including all API calls. [Performance Counter]

Output: Total Client Requests


Input: [Description] The total number of client requests per second, including all API calls. [Performance Counter]

Output: Total Client Requests / sec


Input: [Description] The number of read requests (Bulk Get, Get and Enumeration) received from all clients since start of cache service. [Performance Counter]

Output: Total Read Requests


Input: [Description] The number of read requests (Bulk Get, Get and Enumeration) received per second from all clients since start of cache service. [Performance Counter]

Output: Total Read Requests / sec


Input: [Description] The number of objects returned by client read requests. This counter along with total read requests counter indicates the success of read operations. [Performance Counter]

Output: Total Objects Returned


Input: [Description] The number of objects returned by client read requests per second. [Performance Counter]

Output: Total Objects Returned / sec


Input: [Description] The number of write requests since start of cache service. Put, Add, and Lock methods are included with write operations. [Performance Counter]

Output: Total Write Operations


Input: [Description] The number of write requests per second since start of cache service. Put, Add, and Lock methods are included with write operations. [Performance Counter]

Output: Total Write Operations / sec


Input: [Description] The total number of GetAndLock requests since start of cache service. [Performance Counter]

Output: Total GetAndLock Requests


Input: [Description] The total number of GetAndLock requests per second since start of cache service. [Performance Counter]

Output: Total GetAndLock Requests / sec


Input: [Description] The number of GetAndLock requests succeeded since start of cache service. [Performance Counter]

Output: Total Successful GetAndLock Requests


Input: [Description] The number of GetAndLock requests succeeded per second since start of cache service. [Performance Counter]

Output: Total Successful GetAndLock Requests / sec


Input: [Name] ContextMenu [Description]

Output: Gets or sets the content of a ContextMenu.


Input: [Name] HasDropShadow [Description]

Output: Gets or sets a value that indicates whether the ContextMenu has the drop shadow effect enabled.


Input: [Name] HorizontalOffset [Description]

Output: Gets or sets a value that indicates where along the x-direction to place the ContextMenu with respect to the parent control.


Input: [Name] IsEnabled [Description]

Output: Gets or sets a value that indicates whether the ContextMenu can be shown.


Input: [Name] Placement [Description]

Output: Gets or sets a value that specifies the placement of the ContextMenu relative to the PlacementTarget or PlacementRectangle.


Input: [Name] PlacementRectangle [Description]

Output: Gets or sets a rectangle that is used to determine the placement of a ContextMenu.


Input: [Name] PlacementTarget [Description]

Output: Gets or sets the parent control of the ContextMenu.


Input: [Name] ShowOnDisabled [Description]

Output: Gets or sets a value that indicates whether the ContextMenu should be shown when its parent is grayed out.


Input: [Name] VerticalOffset [Description]

Output: Gets or sets a value that indicates where along the y-direction to place the ContextMenu with respect to the parent control.


Input: [Interface] IExplorerDetailsView [Description]

Output: Defines a method that displays the details in the explorer.


Input: [Interface] IExplorerItem [Description]

Output: Defines a method that allows the user to navigate the objects within the explorer item list.


Input: [Interface] IExplorerListViewItemRenderer [Description]

Output: Defines a method that allows the list of items to show in the explorer.


Input: [Interface] IExplorerMultiPaneControl [Description]

Output: Defines a method that is implemented by explorer view controls that support multiple panes.


Input: [Interface] IExplorerPropertyDescriptor [Description]

Output: Defines a method that describes the property metadata including a mechanism to access or convert the values.


Input: [Interface] IExplorerView [Description]

Output: Provides definition of the view.


Input: [Interface] IExplorerViewColumn [Description]

Output: Displays the property of an ExplorerViewColumn.


Input: [Interface] IExplorerViewControl [Description]

Output: Displays the property of the Explorer view control.


Input: [Interface] IExplorerViewHost [Description]

Output: Represents an interface that hosts the Explorer view.


Input: [Interface] IExplorerViewItem [Description]

Output: Represents a class that enables the ViewItem property.


Input: [Interface] IExplorerViewItemSet [Description]

Output: Displays the specified item in the ExplorerView control to be set.


Input: [Interface] ISupportUserCustomization [Description]

Output: Supports saving or resetting Explorer user customizations in SQL Server Management Studio.


Input: [Description] Aligns the text on the bottom of the bounding rectangle. Applied only when the text is a single line. [Member name]

Output: Bottom


Input: [Description] Removes the end of trimmed lines, and replaces them with an ellipsis. [Member name]

Output: EndEllipsis


Input: [Description] Expands tab characters. The default number of characters per tab is eight. The WordEllipsis, PathEllipsis, and EndEllipsis values cannot be used with ExpandTabs. [Member name]

Output: ExpandTabs


Input: [Description] Includes the font external leading in line height. Typically, external leading is not included in the height of a line of text. [Member name]

Output: ExternalLeading


Input: [Description] Applies the default formatting, which is left-aligned. [Member name]

Output: Default


Input: [Description] Applies to Windows 2000 and Windows XP only: Ignores the ampersand (&) prefix character in the text. The letter that follows will not be underlined, but other mnemonic-prefix characters are still processed. For example, an input string of "A&bc&&d" with HidePrefix applied would result in output of "Abc&d". Compare with NoPrefix and PrefixOnly. [Member name]

Output: HidePrefix


Input: [Description] Centers the text horizontally within the bounding rectangle. [Member name]

Output: HorizontalCenter


Input: [Description] Uses the system font to calculate text metrics. [Member name]

Output: Internal


Input: [Description] Aligns the text on the left side of the clipping area. [Member name]

Output: Left


Input: [Description] Has no effect on the drawn text. [Member name]

Output: ModifyString


Input: [Description] Allows the overhanging parts of glyphs and unwrapped text reaching outside the formatting rectangle to show. [Member name]

Output: NoClipping


Input: [Description] Turns off processing of prefix characters. Typically, the ampersand (&) mnemonic-prefix character is interpreted as a directive to underscore the character that follows, and the double-ampersand (&&) mnemonic-prefix characters as a directive to print a single ampersand. By specifying NoPrefix, this processing is turned off. For example, an input string of "A&bc&&d" with NoPrefix applied would result in output of "A&bc&&d". Compare with HidePrefix and PrefixOnly. [Member name]

Output: NoPrefix


Input: [Description] Applies to Windows 98, Windows Me, Windows 2000, or Windows XP only: Prevents a line break at a double-wide character string, so that the line-breaking rule is equivalent to single-wide character strings. For example, NoFullWidthCharacterBreak increases the readability of icon labels in Korean windows. This value has no effect unless WordBreak is also specified. [Member name]

Output: NoFullWidthCharacterBreak


Input: [Description] Removes the center of trimmed lines and replaces it with an ellipsis. [Member name]

Output: PathEllipsis


Input: [Description] Applies to Windows 2000 or Windows XP only: Draws only an underline at the position of the character following the ampersand (&) prefix character. Does not draw any other characters in the string. For example, an input string of "A&bc&&d" would result in output of " _ ". Compare with HidePrefix and NoPrefix. [Member name]

Output: PrefixOnly


Input: [Description] Aligns the text on the right side of the clipping area. [Member name]

Output: Right


Input: [Description] Displays the text from right to left. [Member name]

Output: RightToLeft


Input: [Description] Displays the text in a single line. [Member name]

Output: SingleLine


Input: [Description] Specifies the text should be formatted for display on a TextBox control. [Member name]

Output: TextBoxControl


Input: [Description] Aligns the text on the top of the bounding rectangle. [Member name]

Output: Top


Input: [Description] Centers the text vertically, within the bounding rectangle. [Member name]

Output: VerticalCenter


Input: [Description] Breaks the text at the end of a word. [Member name]

Output: WordBreak


Input: [Description] Trims the line to the nearest word and an ellipsis is placed at the end of a trimmed line. [Member name]

Output: WordEllipsis


Input: [Description] Preserves the clipping specified by a Graphics object. Applies only to methods receiving an IDeviceContext that is a Graphics. [Member name]

Output: PreserveGraphicsClipping


Input: [Description] Preserves the transformation specified by a Graphics. Applies only to methods receiving an IDeviceContext that is a Graphics. [Member name]

Output: PreserveGraphicsTranslateTransform


Input: [Description] Adds padding to the bounding rectangle to accommodate overhanging glyphs. [Member name]

Output: GlyphOverhangPadding


Input: [Description] Does not add padding to the bounding rectangle. [Member name]

Output: NoPadding


Input: [Description] Adds padding to both sides of the bounding rectangle. [Member name]

Output: LeftAndRightPadding


Input: [Member name] Bottom [Description]

Output: Aligns the text on the bottom of the bounding rectangle. Applied only when the text is a single line.


Input: [Member name] EndEllipsis [Description]

Output: Removes the end of trimmed lines, and replaces them with an ellipsis.


Input: [Member name] ExpandTabs [Description]

Output: Expands tab characters. The default number of characters per tab is eight. The WordEllipsis, PathEllipsis, and EndEllipsis values cannot be used with ExpandTabs.


Input: [Member name] ExternalLeading [Description]

Output: Includes the font external leading in line height. Typically, external leading is not included in the height of a line of text.


Input: [Member name] Default [Description]

Output: Applies the default formatting, which is left-aligned.


Input: [Member name] HidePrefix [Description]

Output: Applies to Windows 2000 and Windows XP only: Ignores the ampersand (&) prefix character in the text. The letter that follows will not be underlined, but other mnemonic-prefix characters are still processed. For example, an input string of "A&bc&&d" with HidePrefix applied would result in output of "Abc&d". Compare with NoPrefix and PrefixOnly.


Input: [Member name] HorizontalCenter [Description]

Output: Centers the text horizontally within the bounding rectangle.


Input: [Member name] Internal [Description]

Output: Uses the system font to calculate text metrics.


Input: [Member name] Left [Description]

Output: Aligns the text on the left side of the clipping area.


Input: [Member name] ModifyString [Description]

Output: Has no effect on the drawn text.


Input: [Member name] NoClipping [Description]

Output: Allows the overhanging parts of glyphs and unwrapped text reaching outside the formatting rectangle to show.


Input: [Member name] NoPrefix [Description]

Output: Turns off processing of prefix characters. Typically, the ampersand (&) mnemonic-prefix character is interpreted as a directive to underscore the character that follows, and the double-ampersand (&&) mnemonic-prefix characters as a directive to print a single ampersand. By specifying NoPrefix, this processing is turned off. For example, an input string of "A&bc&&d" with NoPrefix applied would result in output of "A&bc&&d". Compare with HidePrefix and PrefixOnly.


Input: [Member name] NoFullWidthCharacterBreak [Description]

Output: Applies to Windows 98, Windows Me, Windows 2000, or Windows XP only: Prevents a line break at a double-wide character string, so that the line-breaking rule is equivalent to single-wide character strings. For example, NoFullWidthCharacterBreak increases the readability of icon labels in Korean windows. This value has no effect unless WordBreak is also specified.


Input: [Member name] PathEllipsis [Description]

Output: Removes the center of trimmed lines and replaces it with an ellipsis.


Input: [Member name] PrefixOnly [Description]

Output: Applies to Windows 2000 or Windows XP only: Draws only an underline at the position of the character following the ampersand (&) prefix character. Does not draw any other characters in the string. For example, an input string of "A&bc&&d" would result in output of " _ ". Compare with HidePrefix and NoPrefix.


Input: [Member name] Right [Description]

Output: Aligns the text on the right side of the clipping area.


Input: [Member name] RightToLeft [Description]

Output: Displays the text from right to left.


Input: [Member name] SingleLine [Description]

Output: Displays the text in a single line.


Input: [Member name] TextBoxControl [Description]

Output: Specifies the text should be formatted for display on a TextBox control.


Input: [Member name] Top [Description]

Output: Aligns the text on the top of the bounding rectangle.


Input: [Member name] VerticalCenter [Description]

Output: Centers the text vertically, within the bounding rectangle.


Input: [Member name] WordBreak [Description]

Output: Breaks the text at the end of a word.


Input: [Member name] WordEllipsis [Description]

Output: Trims the line to the nearest word and an ellipsis is placed at the end of a trimmed line.


Input: [Member name] PreserveGraphicsClipping [Description]

Output: Preserves the clipping specified by a Graphics object. Applies only to methods receiving an IDeviceContext that is a Graphics.


Input: [Member name] PreserveGraphicsTranslateTransform [Description]

Output: Preserves the transformation specified by a Graphics. Applies only to methods receiving an IDeviceContext that is a Graphics.


Input: [Member name] GlyphOverhangPadding [Description]

Output: Adds padding to the bounding rectangle to accommodate overhanging glyphs.


Input: [Member name] NoPadding [Description]

Output: Does not add padding to the bounding rectangle.


Input: [Member name] LeftAndRightPadding [Description]

Output: Adds padding to both sides of the bounding rectangle.


Input: [Flag Combination] TakeFocus OR TakeSelection [Operation]

Output: To simulate a click


Input: [Flag Combination] TakeFocus OR AddSelection [Operation]

Output: To select a target item by simulating CTRL+click


Input: [Flag Combination] TakeFocus OR RemoveSelection [Operation]

Output: To cancel selection of a target item by simulating CTRL+click


Input: [Flag Combination] TakeFocus OR ExtendSelection [Operation]

Output: To simulate SHIFT+click


Input: [Flag Combination] Specify TakeFocus on the starting object to set the selection anchor. Then call Select again and specify TakeFocus OR ExtendSelection on the last object. [Operation]

Output: To select a range of objects and put focus on the last object


Input: [Flag Combination] Specify TakeSelection on any object. This flag deselects all selected objects except the one just selected. Then call Select again and specify RemoveSelection on the same object. [Operation]

Output: To deselect all objects


Input: [Name] ContentTypeMapper [Description]

Output: Gets or sets how the content type of an incoming message is mapped to a format.


Input: [Name] CrossDomainScriptAccessEnabled [Description]

Output: Gets or sets a value that determines if cross domain script access is enabled.


Input: [Name] MaxReadPoolSize [Description]

Output: Gets or sets a value that specifies the maximum number of readers that is allocated to a pool and that is available to process incoming messages without allocating new readers.


Input: [Name] MaxWritePoolSize [Description]

Output: Gets or sets a value that specifies the maximum number of writers that is allocated to a pool and that is available to process outgoing messages without allocating new writers.


Input: [Name] MessageVersion [Description]

Output: Gets or sets the message version that indicates that the binding element does not use SOAP or WS-Addressing. (Overrides MessageEncodingBindingElement.MessageVersion.)


Input: [Name] ReaderQuotas [Description]

Output: Gets constraints on the complexity of SOAP messages that can be processed by endpoints configured with this binding.


Input: [Name] WriteEncoding [Description]

Output: Gets or sets the character encoding that is used to write the message text.


Input: [Stage] Page request [Description]

Output: The page request occurs before the page life cycle begins. When the page is requested by a user, ASP.NET determines whether the page needs to be parsed and compiled (therefore beginning the life of a page), or whether a cached version of the page can be sent in response without running the page.


Input: [Stage] Start [Description]

Output: In the start stage, page properties such as Request and Response are set. At this stage, the page also determines whether the request is a postback or a new request and sets the IsPostBack property. The page also sets the UICulture property.


Input: [Stage] Initialization [Description]

Output: During page initialization, controls on the page are available and each control's UniqueID property is set. A master page and themes are also applied to the page if applicable. If the current request is a postback, the postback data has not yet been loaded and control property values have not been restored to the values from view state.


Input: [Stage] Load [Description]

Output: During load, if the current request is a postback, control properties are loaded with information recovered from view state and control state.


Input: [Stage] Postback event handling [Description]

Output: If the request is a postback, control event handlers are called. After that, the Validate method of all validator controls is called, which sets the IsValid property of individual validator controls and of the page. (There is an exception to this sequence: the handler for the event that caused validation is called after validation.)


Input: [Stage] Rendering [Description]

Output: Before rendering, view state is saved for the page and all controls. During the rendering stage, the page calls the Render method for each control, providing a text writer that writes its output to the OutputStream object of the page's Response property.


Input: [Stage] Unload [Description]

Output: The Unload event is raised after the page has been fully rendered, sent to the client, and is ready to be discarded. At this point, page properties such as Response and Request are unloaded and cleanup is performed.


Input: [Image property] DynamicBottomSeparatorImageUrl [Description]

Output: An optional image displayed at the bottom of a dynamic menu item to separate it from other menu items.


Input: [Image property] DynamicPopOutImageUrl [Description]

Output: An optional image displayed in a dynamic menu item to indicate that it has a submenu.


Input: [Image property] DynamicTopSeparatorImageUrl [Description]

Output: An optional image displayed at the top of a dynamic menu item to separate it from other menu items.


Input: [Image property] ScrollDownImageUrl [Description]

Output: The image displayed at the bottom of a menu item to indicate that the user can scroll down to view additional menu items.


Input: [Image property] ScrollUpImageUrl [Description]

Output: The image displayed at the top of a menu item to indicate that the user can scroll up to view additional menu items.


Input: [Image property] StaticBottomSeparatorImageUrl [Description]

Output: An optional image displayed at the bottom of a static menu item to separate it from other menu items.


Input: [Image property] StaticPopOutImageUrl [Description]

Output: An optional image displayed in a static menu item to indicate that it has a submenu.


Input: [Image property] StaticTopSeparatorImageUrl [Description]

Output: An optional image displayed at the top of a static menu item to separate it from other menu items.


Input: [Supported tasks] Plan, track, and manage work visually

Output: Manage the product backlog, sprints, and tasks using Agile tools. Run daily standups with a task board. View real-time burn down charts. Balance capacity by activity or team members.

Supported tasks and new or enhanced features


Input: [Supported tasks] Support multiple teams within a team project

Output: Create customized home pages for teams. Specify the areas and iterations a team owns and the dates for sprints to occur. Define and manage team favorites and team alerts. See status and gain quick access to team favorites from a lightweight dashboard.

Supported tasks and new or enhanced features


Input: [Supported tasks] Engage stakeholders to provide feedback on working software

Output: Initiate and manage feedback requests and track responses. Capture actionable data through annotations, screenshots, and video or audio recordings as stakeholders interact with software.

Supported tasks and new or enhanced features


Input: [Supported tasks] Illustrate requirements with storyboards and link storyboards to work items

Output: Quickly depict features and applications to be built using PowerPoint Storyboarding. Link storyboards or any network-shared file to work items.

Supported tasks and new or enhanced features


Input: [Supported tasks] Work more efficiently, switch context more easily, collaborate more effectively

Output: Organize upcoming, ongoing, and suspended work while increasing transparency and reducing the impact of interruptions. Request and respond to code reviews. Quickly switch context between teams and team projects.

Supported tasks and new or enhanced features


Input: [Supported tasks] Manage portfolios of team projects using Microsoft Project and Project Server

Output: Manage project portfolios and view status and resource availability across software teams. Allow each team member to use the tools that they prefer, work at the level of precision that supports their needs, and share information transparently.

Supported tasks and new or enhanced features


Input: [Name] ApplicationSettings [Description]

Output: Gets an instance of IsolatedStorageSettings that contains the contents of the application's IsolatedStorageFile, scoped at the application level, or creates a new instance of IsolatedStorageSettings if one does not exist.


Input: [Name] Count [Description]

Output: Gets the number of key-value pairs that are stored in the dictionary.


Input: [Name] Item [Description]

Output: Gets or sets the value associated with the specified key.


Input: [Name] Keys [Description]

Output: Gets a collection that contains the keys in the dictionary.


Input: [Name] SiteSettings [Description]

Output: Gets an instance of IsolatedStorageSettings that contains the contents of the application's IsolatedStorageFile, scoped at the domain level, or creates a new instance of IsolatedStorageSettings if one does not exist.


Input: [Name] Values [Description]

Output: Gets a collection that contains the values in the dictionary.


Input: [Interface] IDockProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that expose their dock properties in a docking container.


Input: [Interface] IExpandCollapseProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that visually expand to display content and that collapse to hide content.


Input: [Interface] IGridItemProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to individual child controls of containers that implement IGridProvider.


Input: [Interface] IGridProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that act as containers for a collection of child elements.


Input: [Interface] IInvokeProvider [Description]

Output: Exposes a method to support UI automation access to controls that initiate or perform a single, unambiguous action and do not maintain state when activated.


Input: [Interface] IMultipleViewProvider [Description]

Output: Exposes methods and properties to support UI automation client access to controls that provide, and are able to switch between, multiple representations of the same set of information or child controls.


Input: [Interface] IRangeValueProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that can be set to a value within a range.


Input: [Interface] IScrollItemProvider [Description]

Output: Exposes methods and properties to support access by UI automation client to individual child controls of containers that implement IScrollProvider.


Input: [Interface] IScrollProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to a control that acts as a scrollable container for a collection of child objects. The children of this control must implement IScrollItemProvider.


Input: [Interface] ISelectionItemProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to individual, selectable child controls of containers that implement ISelectionProvider.


Input: [Interface] ISelectionProvider [Description]

Output: Exposes methods and properties to support access by a UI Automation client to controls that act as containers for a collection of individual, selectable child items. The children of this control must implement ISelectionItemProvider.


Input: [Interface] ITableItemProvider [Description]

Output: Exposes methods and properties to support UI automation client access to child controls of containers that implement ITableProvider.


Input: [Interface] ITableProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that act as containers for a collection of child elements. The children of this element must implement ITableItemProvider and be organized in a two-dimensional logical coordinate system that can be traversed (a UI automation client can move to adjacent controls, which are headers or cells of the table) by using the keyboard.


Input: [Interface] ITextProvider [Description]

Output: Exposes methods and properties to support UI Automation client access to controls that contain text.


Input: [Interface] ITextRangeProvider [Description]

Output: Exposes methods and properties to support UI automation client access to a span of continuous text in a text container that implements ITextProvider.


Input: [Interface] IToggleProvider [Description]

Output: Exposes methods and properties to support UI automation client access to controls that can cycle through a set of states and maintain a particular state.


Input: [Interface] ITransformProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls or elements that can be moved, resized, or rotated within a two-dimensional space.


Input: [Interface] IValueProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that have an intrinsic value that does not span a range and that can be represented as a string.


Input: [Interface] IWindowProvider [Description]

Output: Exposes methods and properties to support access by a UI automation client to controls that provide fundamental window-based functionality within a traditional graphical user interface (GUI).


Input: [Member name] Attach [Description]

Output: The type of event that occurs when a database is attached.


Input: [Member name] Backup [Description]

Output: The type of event that occurs when a database is backed up.


Input: [Member name] Detach [Description]

Output: The type of event that occurs when a database is detached.


Input: [Member name] Offline [Description]

Output: The type of event that occurs when a database goes offline.


Input: [Member name] Online [Description]

Output: The type of event that occurs when a database goes online.


Input: [Member name] Restore [Description]

Output: The type of event that occurs when a database is restored.


Input: [Description] Gets or sets whether to cache changes made to the replication properties or to apply them immediately.(Inherited from ReplicationObject.) [Name]

Output: CachePropertyChanges


Input: [Description] Gets or sets the connection to an instance of Microsoft SQL Server.(Inherited from ReplicationObject.) [Name]

Output: ConnectionContext


Input: [Description] Gets or sets the name of the data file for the distribution database. [Name]

Output: DataFile


Input: [Description] Gets or sets the size of the primary database file for the distribution database. [Name]

Output: DataFileSize


Input: [Description] Gets or sets the path to the directory that contains the data file for the distribution database. [Name]

Output: DataFolder


Input: [Description] Gets the name of the SQL Server Agent job that is responsible for cleaning up the replication tables in the distribution. [Name]

Output: DistributionCleanupTaskName


Input: [Description] Gets the security context used to connect to the Distributor to create the distribution database. [Name]

Output: DistributorSecurity


Input: [Description] Gets the name of the SQL Server Agent job that is responsible for cleaning up replication history tables. [Name]

Output: HistoryCleanupTaskName


Input: [Description] Gets or sets the length of time, in hours, replication agent history data is to be retained. [Name]

Output: HistoryRetention


Input: [Description] Gets whether the object exists on the server or not.(Inherited from ReplicationObject.) [Name]

Output: IsExistingObject


Input: [Description] Gets or sets the name of the file that stores database transaction log records. [Name]

Output: LogFile


Input: [Description] Gets or sets the size of the file that stores database transaction log records. [Name]

Output: LogFileSize


Input: [Description] Gets or sets the path to the directory where the file that stores database transaction log records is located. [Name]

Output: LogFolder


Input: [Description] Gets or sets the maximum retention period, in hours, before transactions are deleted from the distribution database. [Name]

Output: MaxDistributionRetention


Input: [Description] Gets or sets the minimum retention period, in hours, before transactions are deleted from the distribution database. [Name]

Output: MinDistributionRetention


Input: [Description] Gets or sets the name of the distribution database. [Name]

Output: Name


Input: [Description] Gets or sets whether the Queue Reader Agent job has been created for this distribution database. [Name]

Output: QueueReaderAgentExists


Input: [Description] Gets or sets the name of the Queue Reader Agent job created for this distribution database. [Name]

Output: QueueReaderAgentName


Input: [Description] Gets the agent process security context for running the Queue Reader Agent job. [Name]

Output: QueueReaderAgentProcessSecurity


Input: [Description] Gets the name of the Microsoft SQL Server instance to which this object is connected. (Inherited from ReplicationObject.) [Name]

Output: SqlServerName


Input: [Description] Gets or sets an object property that allows users to attach their own data to the object. (Inherited from ReplicationObject.) [Name]

Output: UserData


Input: [errno value] E2BIG [Description]

Output: The space required for the arguments and environment settings exceeds 32 K.


Input: [errno value] EACCES [Description]

Output: The specified file has a locking or sharing violation.


Input: [errno value] EMFILE [Description]

Output: Too many files open (the specified file must be opened to determine whether it is executable).


Input: [errno value] ENOENT [Description]

Output: File or path not found.


Input: [errno value] ENOEXEC [Description]

Output: The specified file is not executable or has an invalid executable-file format.


Input: [errno value] ENOMEM [Description]

Output: Not enough memory is available to execute the new process; or the available memory has been corrupted; or an invalid block exists, indicating that the calling process was not allocated properly.


Input: [To edit...] Accelerator tables in Visual C++ projects. [Use the...]

Output: Accelerator Editor


Input: [To edit...] Binary data information and custom resources in Visual C++, Visual Basic, or Visual C# projects. [Use the...]

Output: Binary Editor


Input: [To edit...] Dialog boxes in Visual C++ projects. [Use the...]

Output: Dialog Editor


Input: [To edit...] HTML pages in both Design view and HTML view. Caveat: You cannot make changes to HTML pages that are in EXEs or DLLs because the changes are not imported back into the EXE or DLL. [Use the...]

Output: HTML Designer


Input: [To edit...] Bitmaps, icons, cursors, and other image files in Visual C++, Visual Basic, or Visual C# projects. [Use the...]

Output: Image Editor


Input: [To edit...] Menu resources in Visual C++ projects. [Use the...]

Output: Menu Editor


Input: [To edit...] String tables in Visual C++ projects. [Use the...]

Output: String Editor


Input: [To edit...] Toolbar resources in Visual C++ projects. The Toolbar editor is part of the Image editor. [Use the...]

Output: Toolbar Editor


Input: [To edit...] Version information in Visual C++ projects. [Use the...]

Output: Version Information Editor


Input: [Description] Gets the category that identifies the classification of the attribute. [Name]

Output: Category


Input: [Description] Gets the identifier of the static analysis tool rule to be suppressed. [Name]

Output: CheckId


Input: [Description] Gets or sets the justification for suppressing the code analysis message. [Name]

Output: Justification


Input: [Description] Gets or sets an optional argument that expands on exclusion criteria. [Name]

Output: MessageId


Input: [Description] Gets or sets the scope of the code that is relevant for the attribute. [Name]

Output: Scope


Input: [Description] Gets or sets a fully qualified path that represents the target of the attribute. [Name]

Output: Target


Input: [Description] Optional String parameter. Specifies the Name field of the assembly identity for the generated manifest. If this parameter is not specified, the name is inferred from the EntryPoint or InputManifest parameters. If no name can be created, the task throws an error. [Parameter]

Output: AssemblyName


Input: [Description] Optional String parameter. Specifies the Version field of the assembly identity for the generated manifest. If this parameter is not specified, a default value of "1.0.0.0" is used. [Parameter]

Output: AssemblyVersion


Input: [Description] Optional String parameter. Specifies the minimum version of the Common Language Runtime (CLR) required by the application. The default value is the CLR version in use by the build system. If the task is generating a native manifest, this parameter is ignored. [Parameter]

Output: ClrVersion


Input: [Description] Optional ITaskItem[] parameter. Specifies which item contains the application configuration file. If the task is generating a native manifest, this parameter is ignored. [Parameter]

Output: ConfigFile


Input: [Description] Optional ITaskItem[] parameter. Specifies an item list that defines the set of dependent assemblies for the generated manifest. Each item may be further described by item metadata to indicate additional deployment state and the type of dependence. For more information, see the "Item Metadata" section below. [Parameter]

Output: Dependencies


Input: [Description] Optional String parameter. Specifies the description for the application or component. [Parameter]

Output: Description


Input: [Description] Optional ITaskItem[] parameter. Specifies a single item that indicates the entry point for the generated manifest assembly. For a ClickOnce application manifest, this parameter specifies the assembly that starts when the application is run. [Parameter]

Output: EntryPoint


Input: [Description] Optional [String] parameter. Specifies the URL of the Web page that is displayed in dialog boxes during error reports in ClickOnce installations. [Parameter]

Output: ErrorReportUrl


Input: [Description] Optional ITaskItem[] parameter. Specifies a list of one or more file type that are associated with the ClickOnce deployment manifest. File associations only valid only when .NET Framework 3.5 or later is targeted. [Parameter]

Output: FileAssociations


Input: [Description] Optional ITaskItem[] parameter. The files to include in the manifest. Specify the full path for each file. [Parameter]

Output: Files


Input: [Description] Optional [Boolean] parameter. If true, the application is hosted in a browser (as are WPF Web Browser Applications). [Parameter]

Output: HostInBrowser


Input: [Description] Optional ITaskItem[] parameter. Indicates the application icon file. The application icon is expressed in the generated application manifest and is used for the Start Menu and Add/Remove Programs dialog. If this input is not specified, a default icon is used. If the task is generating a native manifest, this parameter is ignored. [Parameter]

Output: IconFile


Input: [Description] Optional ITaskItem parameter. Indicates an input XML document to serve as a base for the manifest generator. This allows structured data such as application security or custom manifest definitions to be reflected in the output manifest. The root element in the XML document must be an assembly node in the asmv1 namespace. [Parameter]

Output: InputManifest


Input: [Description] Optional ITaskItem[] parameter. Specifies COM components to isolate in the generated manifest. This parameter supports the ability to isolate COM components for "Registration Free COM" deployment. It works by auto-generating a manifest with standard COM registration definitions. However, the COM components must be registered on the build machine in order for this to function properly. [Parameter]

Output: IsolatedComReferences


Input: [Description] Optional String parameter. Specifies which type of manifest to generate. This parameter can have the following values: Native ClickOnce If this parameter is not specified, the task defaults to ClickOnce. [Parameter]

Output: ManifestType


Input: [Description] Optional String parameter. Specifies the maximum allowable length of a file path in a ClickOnce application deployment. If this value is specified, the length of each file path in the application is checked against this limit. Any items that exceed the limit will raise in a build warning. If this input is not specified or is zero, then no checking is performed. If the task is generating a native manifest, this parameter is ignored. [Parameter]

Output: MaxTargetPath


Input: [Description] Optional String parameter. Specifies the minimum required operating system (OS) version required by the application. For example, the value "5.1.2600.0" indicates the operating system is Windows XP. If this parameter is not specified, the value "4.10.0.0" is used, which indicates Windows 98 Second Edition, the minimum supported OS of the .NET Framework. If the task is generating a native manifest, this input is ignored. [Parameter]

Output: OSVersion


Input: [Description] Optional ITaskItem output parameter. Specifies the name of the generated output manifest file. If this parameter is not specified, the name of the output file is inferred from the identity of the generated manifest. [Parameter]

Output: OutputManifest


Input: [Description] Optional String parameter. Specifies the target platform of the application. This parameter can have the following values: AnyCPU x86 x64 Itanium If this parameter is not specified, the task defaults to AnyCPU. [Parameter]

Output: Platform


Input: [Description] Optional String parameter. Specifies the name of the application. If this parameter is not specified, the name is inferred from the identity of the generated manifest. This name is used for the shortcut name on the Start menu and is part of the name that appears in the Add or Remove Programs dialog box. [Parameter]

Output: Product


Input: [Description] Optional String parameter. Specifies the publisher of the application. If this parameter is not specified, the name is inferred from the registered user, or the identity of the generated manifest. This name is used for the folder name on the Start menu and is part of the name that appears in the Add or Remove Programs dialog box. [Parameter]

Output: Publisher


Input: [Description] Optional Boolean parameter. If true, the application requires the .NET Framework 3.5 SP1 or a more recent version. [Parameter]


Input: [Description] Optional String parameter. Identifies the culture of the application and specifies the Language field of the assembly identity for the generated manifest. If this parameter is not specified, it is assumed the application is culture invariant. [Parameter]

Output: TargetCulture


Input: [Description] Optional [String] parameter. Specifies the target framework moniker. [Parameter]

Output: TargetFrameworkMoniker


Input: [Description] Optional [String] parameter. Specifies the target framework profile. [Parameter]

Output: TargetFrameworkProfile


Input: [Description] Optional [String] parameter. Specifies the name of the .NET Framework subset to target. [Parameter]

Output: TargetFrameworkSubset


Input: [Description] Optional [String] parameter. Specifies the target .NET Framework of the project. [Parameter]

Output: TargetFrameworkVersion


Input: [Description] Optional ITaskItem parameter. Indicates an XML document that specifies the application security. The root element in the XML document must be a trustInfo node in the asmv2 namespace. If the task is generating a native manifest, this parameter is ignored. [Parameter]

Output: TrustInfoFile


Input: [Description] Optional [Boolean] parameter. If true, the Product, Publisher, and SupportUrl properties are written to the application manifest. [Parameter]

Output: UseApplicationTrust


Input: [Title] Creating Custom Task Panes in the 2007 Office System [Description]

Output: Introduces custom task panes.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Actions Pane Overview [Description]

Output: Provides information about how to create document-level managed add-in projects.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Managing Custom Task Panes in Multiple Application Windows [Description]

Output: Explains what you must know about how to make task panes work with multiple document interfaces (MDI).

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Managing Task Panes in Multiple Word and InfoPath Documents [Description]

Output: Provides detail about how to make managed add-ins that work correctly in an MDI environment.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Custom Task Panes, the Office Fluent Ribbon, and Reusing VBA Code in the 2007 Office System [Description]

Output: Discusses a real-world project that uses custom task panes. Provides some insight into using the Word 2007 object model and the internal workings of the programmability features.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Working with Content Controls [Description]

Output: Provides an introduction to content controls.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] How To: Add Content Controls to Word Documents [Description]

Output: Shows how to create document-level projects and application-level projects that add content controls at design time or run time.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Building Word 2007 Document Templates Using Content Controls [Description]

Output: Shows how to write managed add-in code that accesses content controls.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Associating Data with Content Controls [Description]

Output: Provides guidance and an example that shows how to associate arbitrary amounts of data with each content control in a document.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] "How do I" articles on MSDN [Description]

Output: Contains several topics around content controls, and binding to content controls in various scenarios.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Title] Visual "How to" articles (with accompanying video) for Word 2007 [Description]

Output: Contains several topics with accompanying videos that show how to implement various scenarios that require programming.

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Gets the events that are associated with the database. [Name]

Output: Events


Input: [Description] Gets or sets the filegroup in which the statistic counter is stored. [Name]

Output: FileGroup


Input: [Description] Gets or sets the statistic counters filter definition. [Name]

Output: FilterDefinition


Input: [Description] Gets a value that indicates whether there is a filter associated with the statistic counter. [Name]

Output: HasFilter


Input: [Description] Gets the ID value that uniquely identifies the statistic counter. [Name]

Output: ID


Input: [Description] Gets the Boolean property value that specifies whether the statistic counter is automatically created. [Name]

Output: IsAutoCreated


Input: [Description] Gets the Boolean property value that specifies whether the statistic counter was generated from the creation of an index. [Name]

Output: IsFromIndexCreation


Input: [Description] Gets the Boolean property value that specifies whether the Statistic counter is temporary or permanent. [Name]

Output: IsTemporary


Input: [Description] Gets the date and time when the statistic counter was last updated. [Name]

Output: LastUpdated


Input: [Description] Gets or sets a String value that specifies the name of the statistic counter.(Overrides NamedSmoObject.Name.) [Name]

Output: Name


Input: [Description] Gets or sets the Boolean property value that specifies whether the statistics counter recomputed automatically. [Name]

Output: NoAutomaticRecomputation


Input: [Description] Gets or sets the SqlSmoObject object that is the parent of the Statistic object. [Name]

Output: Parent


Input: [Description] Gets a collection of Property objects that represent the object properties.(Inherited from SqlSmoObject.) [Name]

Output: Properties


Input: [Description] Gets the state of the referenced object.(Inherited from SmoObjectBase.) [Name]

Output: State


Input: [Description] Represents a collection of StatisticColumn objects. Each StatisticColumn object represents a column defined on the statistic counter. [Name]

Output: StatisticColumns


Input: [Description] Gets the Uniform Resource Name (URN) address value that uniquely identifies the object.(Inherited from SqlSmoObject.) [Name]

Output: Urn


Input: [Description] Gets or sets user-defined data associated with the referenced object.(Inherited from SmoObjectBase.) [Name]

Output: UserData


Input: [Member name] None [Description]

Output: There is no additional information required for this binder.


Input: [Member name] CheckedContext [Description]

Output: The evaluation of this binder happens in a checked context.


Input: [Member name] InvokeSimpleName [Description]

Output: The binder represents an invoke on a simple name.


Input: [Member name] InvokeSpecialName [Description]

Output: The binder represents an invoke on a specialname.


Input: [Member name] BinaryOperationLogical [Description]

Output: The binder represents a logical AND or logical OR that is part of a conditional logical operator evaluation.


Input: [Member name] ConvertExplicit [Description]

Output: The binder represents an explicit conversion.


Input: [Member name] ConvertArrayIndex [Description]

Output: The binder represents an implicit conversion for use in an array creation expression.


Input: [Member name] ResultIndexed [Description]

Output: The result of any bind is going to be indexed get a set index or get index binder.


Input: [Member name] ValueFromCompoundAssignment [Description]

Output: The value in this set index or set member comes a compound assignment operator.


Input: [Member name] ResultDiscarded [Description]

Output: The binder is used in a position that does not require a result, and can therefore bind to a void returning method.


Input: [Member name] Running [Description]

Output: The thread has been started, it is not blocked, and there is no pending ThreadAbortException.


Input: [Member name] StopRequested [Description]

Output: The thread is being requested to stop. This is for internal use only.


Input: [Member name] SuspendRequested [Description]

Output: The thread has been marked for suspension.


Input: [Member name] Background [Description]

Output: The thread is being executed as a background thread, as opposed to a foreground thread. This state is controlled by setting the Thread.IsBackground property.


Input: [Member name] Unstarted [Description]

Output: The Thread.Start method has not been invoked on the thread.


Input: [Member name] Stopped [Description]

Output: The thread has stopped.


Input: [Member name] WaitSleepJoin [Description]

Output: The thread is blocked. This could be the result of calling Thread.Sleep or Thread.Join, of requesting a lock — for example, by calling Monitor.Enter or Monitor.Wait — or of waiting on a thread synchronization object such as ManualResetEvent.


Input: [Member name] Suspended [Description]

Output: The thread has been suspended.


Input: [Member name] AbortRequested [Description]

Output: The Thread.Abort method has been invoked on the thread, but the thread has not yet received the pending System.Threading.ThreadAbortException that will attempt to terminate it.


Input: [Member name] Aborted [Description]

Output: The thread state includes AbortRequested and the thread is now dead, but its state has not yet changed to Stopped.


Input: [SQLSTATE] 01000 [Description] Driver-specific informational message. (Function returns SQL_SUCCESS_WITH_INFO.) [Error]

Output: General warning


Input: [SQLSTATE] HY000 [Description] An error occurred for which there was no specific SQLSTATE and for which no implementation-specific SQLSTATE was defined. The error message returned by SQLGetDiagRec in the argument *MessageText buffer describes the error and its cause. [Error]

Output: General error


Input: [SQLSTATE] HY001 [Description] The driver was unable to allocate memory required to support execution or completion of the function. [Error]

Output: Memory allocation error


Input: [SQLSTATE] HY010 [Description] (DM) An asynchronously executing function was called for the connection handle that is associated with the StatementHandle. This asynchronous function was still executing when the SQLCancel function was called. (DM) Cancel operation failed because an asynchronous operation is in progress on a connection handle that is associated with StatementHandle. [Error]

Output: Function sequence error


Input: [SQLSTATE] HY013 [Description] The function call could not be processed because the underlying memory objects could not be accessed, possibly because of low memory conditions. [Error]

Output: Memory management error


Input: [SQLSTATE] HY018 [Description] The server declined the cancel request. [Error]

Output: Server declined cancel request


Input: [SQLSTATE] HY117 [Description] (DM) For more information about suspended state, see SQLEndTran Function. [Error]

Output: Connection is suspended due to unknown transaction state. Only disconnect and read-only functions are allowed.


Input: [SQLSTATE] HYT01 [Description] The connection timeout period expired before the data source responded to the request. The connection timeout period is set through SQLSetConnectAttr, SQL_ATTR_CONNECTION_TIMEOUT. [Error]

Output: Connection timeout expired


Input: [SQLSTATE] IM001 [Description] (DM) The driver associated with the StatementHandle does not support the function. [Error]

Output: Driver does not support this function


Input: [Description] Demonstrates the use of the integration of the common language runtime (CLR) component of the .NET Framework into SQL Server 2005. Also demonstrates the use of SQL Server Management Objects (SMO). [Name]

Output: Programmability Samples


Input: [Description] Demonstrates the use of XML in applications. [Name]

Output: XML Samples


Input: [Description] Demonstrates the use of administrative features such as event notifications. [Name]

Output: Administration Samples


Input: [Description] Demonstrates the use of SQL Server 2005 features when retrieving data. [Name]

Output: Data Access Samples


Input: [Description] Demonstrates how to work with Full-Text Search. [Name]

Output: Full-Text Search Samples


Input: [Description] Demonstrates the use of Service Broker. [Name]

Output: Service Broker Samples


Input: [Description] Contains information about the predefined trace templates that ship with SQL Server Profiler. [Topic]

Output: SQL Server Profiler Templates

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about the permissions that are required to run SQL Server Profiler. [Topic]

Output: Permissions Required to Run SQL Server Profiler

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about saving trace output and about saving trace definitions into a template. [Topic]

Output: Save Traces and Trace Templates

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about modifying trace templates by using SQL Server Profiler or by using Transact-SQL. [Topic]

Output: Modify Trace Templates

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about what happens when you start, pause, or stop a trace. [Topic]

Output: Start a Trace

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about correlating Windows performance log data with a trace by using SQL Server Profiler. [Topic]

Output: Correlate a Trace with Windows Performance Log Data

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about using traces to troubleshoot data, displaying object names in a trace, and finding events in a trace. [Topic]

Output: View and Analyze Traces with SQL Server Profiler

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about using SQL Server Profiler to identify the cause of a deadlock. [Topic]

Output: Analyze Deadlocks with SQL Server Profiler

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about using SQL Server Profiler to collect and display Showplan and Showplan Statistics results. [Topic]

Output: Analyze Queries with SHOWPLAN Results in SQL Server Profiler

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information about setting filters on data columns to filter trace output by using SQL Server Profiler. [Topic]

Output: Filter Traces with SQL Server Profiler

SQL Server Profiler Templates and Permissions


Input: [Description] Contains information that explains what replaying a trace means and what is required to replay a trace. [Topic]

Output: Replay Traces

SQL Server Profiler Templates and Permissions


Input: [Parameter] AssemblyName [Description]

Output: Optional String parameter. Specifies the Name field of the assembly identity for the generated manifest. If this parameter is not specified, the name is inferred from the EntryPoint or InputManifest parameters. If no name can be created, the task throws an error.


Input: [Parameter] AssemblyVersion [Description]

Output: Optional String parameter. Specifies the Version field of the assembly identity for the generated manifest. If this parameter is not specified, a default value of "1.0.0.0" is used.


Input: [Parameter] ClrVersion [Description]

Output: Optional String parameter. Specifies the minimum version of the Common Language Runtime (CLR) required by the application. The default value is the CLR version in use by the build system. If the task is generating a native manifest, this parameter is ignored.


Input: [Parameter] ConfigFile [Description]

Output: Optional ITaskItem[] parameter. Specifies which item contains the application configuration file. If the task is generating a native manifest, this parameter is ignored.


Input: [Parameter] Dependencies [Description]

Output: Optional ITaskItem[] parameter. Specifies an item list that defines the set of dependent assemblies for the generated manifest. Each item may be further described by item metadata to indicate additional deployment state and the type of dependence. For more information, see the "Item Metadata" section below.


Input: [Parameter] Description [Description]

Output: Optional String parameter. Specifies the description for the application or component.


Input: [Parameter] EntryPoint [Description]

Output: Optional ITaskItem[] parameter. Specifies a single item that indicates the entry point for the generated manifest assembly. For a ClickOnce application manifest, this parameter specifies the assembly that starts when the application is run.


Input: [Parameter] ErrorReportUrl [Description]

Output: Optional [String] parameter. Specifies the URL of the Web page that is displayed in dialog boxes during error reports in ClickOnce installations.


Input: [Parameter] FileAssociations [Description]

Output: Optional ITaskItem[] parameter. Specifies a list of one or more file type that are associated with the ClickOnce deployment manifest. File associations only valid only when .NET Framework 3.5 or later is targeted.


Input: [Parameter] Files [Description]

Output: Optional ITaskItem[] parameter. The files to include in the manifest. Specify the full path for each file.


Input: [Parameter] HostInBrowser [Description]

Output: Optional [Boolean] parameter. If true, the application is hosted in a browser (as are WPF Web Browser Applications).


Input: [Parameter] IconFile [Description]

Output: Optional ITaskItem[] parameter. Indicates the application icon file. The application icon is expressed in the generated application manifest and is used for the Start Menu and Add/Remove Programs dialog. If this input is not specified, a default icon is used. If the task is generating a native manifest, this parameter is ignored.


Input: [Parameter] InputManifest [Description]

Output: Optional ITaskItem parameter. Indicates an input XML document to serve as a base for the manifest generator. This allows structured data such as application security or custom manifest definitions to be reflected in the output manifest. The root element in the XML document must be an assembly node in the asmv1 namespace.


Input: [Parameter] IsolatedComReferences [Description]

Output: Optional ITaskItem[] parameter. Specifies COM components to isolate in the generated manifest. This parameter supports the ability to isolate COM components for "Registration Free COM" deployment. It works by auto-generating a manifest with standard COM registration definitions. However, the COM components must be registered on the build machine in order for this to function properly.


Input: [Parameter] ManifestType [Description]

Output: Optional String parameter. Specifies which type of manifest to generate. This parameter can have the following values: Native ClickOnce If this parameter is not specified, the task defaults to ClickOnce.


Input: [Parameter] MaxTargetPath [Description]

Output: Optional String parameter. Specifies the maximum allowable length of a file path in a ClickOnce application deployment. If this value is specified, the length of each file path in the application is checked against this limit. Any items that exceed the limit will raise in a build warning. If this input is not specified or is zero, then no checking is performed. If the task is generating a native manifest, this parameter is ignored.


Input: [Parameter] OSVersion [Description]

Output: Optional String parameter. Specifies the minimum required operating system (OS) version required by the application. For example, the value "5.1.2600.0" indicates the operating system is Windows XP. If this parameter is not specified, the value "4.10.0.0" is used, which indicates Windows 98 Second Edition, the minimum supported OS of the .NET Framework. If the task is generating a native manifest, this input is ignored.


Input: [Parameter] OutputManifest [Description]

Output: Optional ITaskItem output parameter. Specifies the name of the generated output manifest file. If this parameter is not specified, the name of the output file is inferred from the identity of the generated manifest.


Input: [Parameter] Platform [Description]

Output: Optional String parameter. Specifies the target platform of the application. This parameter can have the following values: AnyCPU x86 x64 Itanium If this parameter is not specified, the task defaults to AnyCPU.


Input: [Parameter] Product [Description]

Output: Optional String parameter. Specifies the name of the application. If this parameter is not specified, the name is inferred from the identity of the generated manifest. This name is used for the shortcut name on the Start menu and is part of the name that appears in the Add or Remove Programs dialog box.


Input: [Parameter] Publisher [Description]

Output: Optional String parameter. Specifies the publisher of the application. If this parameter is not specified, the name is inferred from the registered user, or the identity of the generated manifest. This name is used for the folder name on the Start menu and is part of the name that appears in the Add or Remove Programs dialog box.


Input: [Parameter] RequiresMinimumFramework35SP1 [Description]

Output: Optional Boolean parameter. If true, the application requires the .NET Framework 3.5 SP1 or a more recent version.


Input: [Parameter] TargetCulture [Description]

Output: Optional String parameter. Identifies the culture of the application and specifies the Language field of the assembly identity for the generated manifest. If this parameter is not specified, it is assumed the application is culture invariant.


Input: [Parameter] TargetFrameworkMoniker [Description]

Output: Optional [String] parameter. Specifies the target framework moniker.


Input: [Parameter] TargetFrameworkProfile [Description]

Output: Optional [String] parameter. Specifies the target framework profile.


Input: [Parameter] TargetFrameworkSubset [Description]

Output: Optional [String] parameter. Specifies the name of the .NET Framework subset to target.


Input: [Parameter] TargetFrameworkVersion [Description]

Output: Optional [String] parameter. Specifies the target .NET Framework of the project.


Input: [Parameter] TrustInfoFile [Description]

Output: Optional ITaskItem parameter. Indicates an XML document that specifies the application security. The root element in the XML document must be a trustInfo node in the asmv2 namespace. If the task is generating a native manifest, this parameter is ignored.


Input: [Parameter] UseApplicationTrust [Description]

Output: Optional [Boolean] parameter. If true, the Product, Publisher, and SupportUrl properties are written to the application manifest.


Input: [Topic] SQL Server Profiler Templates [Description]

Output: Contains information about the predefined trace templates that ship with SQL Server Profiler.

SQL Server Profiler Templates and Permissions


Input: [Topic] Permissions Required to Run SQL Server Profiler [Description]

Output: Contains information about the permissions that are required to run SQL Server Profiler.

SQL Server Profiler Templates and Permissions


Input: [Topic] Save Traces and Trace Templates [Description]

Output: Contains information about saving trace output and about saving trace definitions into a template.

SQL Server Profiler Templates and Permissions


Input: [Topic] Modify Trace Templates [Description]

Output: Contains information about modifying trace templates by using SQL Server Profiler or by using Transact-SQL.

SQL Server Profiler Templates and Permissions


Input: [Topic] Start a Trace [Description]

Output: Contains information about what happens when you start, pause, or stop a trace.

SQL Server Profiler Templates and Permissions


Input: [Topic] Correlate a Trace with Windows Performance Log Data [Description]

Output: Contains information about correlating Windows performance log data with a trace by using SQL Server Profiler.

SQL Server Profiler Templates and Permissions


Input: [Topic] View and Analyze Traces with SQL Server Profiler [Description]

Output: Contains information about using traces to troubleshoot data, displaying object names in a trace, and finding events in a trace.

SQL Server Profiler Templates and Permissions


Input: [Topic] Analyze Deadlocks with SQL Server Profiler [Description]

Output: Contains information about using SQL Server Profiler to identify the cause of a deadlock.

SQL Server Profiler Templates and Permissions


Input: [Topic] Analyze Queries with SHOWPLAN Results in SQL Server Profiler [Description]

Output: Contains information about using SQL Server Profiler to collect and display Showplan and Showplan Statistics results.

SQL Server Profiler Templates and Permissions


Input: [Topic] Filter Traces with SQL Server Profiler [Description]

Output: Contains information about setting filters on data columns to filter trace output by using SQL Server Profiler.

SQL Server Profiler Templates and Permissions


Input: [Topic] Replay Traces [Description]

Output: Contains information that explains what replaying a trace means and what is required to replay a trace.

SQL Server Profiler Templates and Permissions


Input: [Description] When overridden in a derived class, gets the sequence number of the first valid record in the current IRecordSequence. [Name]

Output: BaseSequenceNumber


Input: [Description] When overridden in a derived class, gets the sequence number which is greater than the last record appended. [Name]

Output: LastSequenceNumber


Input: [Description] When overridden in a derived class, gets the size of the largest record that can be appended to or read from this sequence, in bytes. [Name]

Output: MaximumRecordLength


Input: [Description] When overridden in a derived class, gets the total number of bytes that have been reserved. [Name]

Output: ReservedBytes


Input: [Description] When overridden in a derived class, gets the sequence number of the most recently written restart area. [Name]

Output: RestartSequenceNumber


Input: [Description] Gets or sets a value indicating whether appends are automatically retried if the log is full. [Name]

Output: RetryAppend


Input: [Description] Introduces custom task panes. [Title]

Output: Creating Custom Task Panes in the 2007 Office System

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Provides information about how to create document-level managed add-in projects. [Title]

Output: Actions Pane Overview

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Explains what you must know about how to make task panes work with multiple document interfaces (MDI). [Title]

Output: Managing Custom Task Panes in Multiple Application Windows

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Provides detail about how to make managed add-ins that work correctly in an MDI environment. [Title]

Output: Managing Task Panes in Multiple Word and InfoPath Documents

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Discusses a real-world project that uses custom task panes. Provides some insight into using the Word 2007 object model and the internal workings of the programmability features. [Title]

Output: Custom Task Panes, the Office Fluent Ribbon, and Reusing VBA Code in the 2007 Office System

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Provides an introduction to content controls. [Title]

Output: Working with Content Controls

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Shows how to create document-level projects and application-level projects that add content controls at design time or run time. [Title]

Output: How To: Add Content Controls to Word Documents

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Shows how to write managed add-in code that accesses content controls. [Title]

Output: Building Word 2007 Document Templates Using Content Controls

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Provides guidance and an example that shows how to associate arbitrary amounts of data with each content control in a document. [Title]

Output: Associating Data with Content Controls

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Contains several topics around content controls, and binding to content controls in various scenarios. [Title]

Output: "How do I" articles on MSDN

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Description] Contains several topics with accompanying videos that show how to implement various scenarios that require programming. [Title]

Output: Visual "How to" articles (with accompanying video) for Word 2007

Building Document Generation Systems from Templates with Word 2010 and Word 2007


Input: [Name] Events [Description]

Output: Gets the events that are associated with the database.


Input: [Name] FileGroup [Description]

Output: Gets or sets the filegroup in which the statistic counter is stored.


Input: [Name] FilterDefinition [Description]

Output: Gets or sets the statistic counters filter definition.


Input: [Name] HasFilter [Description]

Output: Gets a value that indicates whether there is a filter associated with the statistic counter.


Input: [Name] ID [Description]

Output: Gets the ID value that uniquely identifies the statistic counter.


Input: [Name] IsAutoCreated [Description]

Output: Gets the Boolean property value that specifies whether the statistic counter is automatically created.


Input: [Name] IsFromIndexCreation [Description]

Output: Gets the Boolean property value that specifies whether the statistic counter was generated from the creation of an index.


Input: [Name] IsTemporary [Description]

Output: Gets the Boolean property value that specifies whether the Statistic counter is temporary or permanent.


Input: [Name] LastUpdated [Description]

Output: Gets the date and time when the statistic counter was last updated.


Input: [Name] Name [Description]

Output: Gets or sets a String value that specifies the name of the statistic counter.(Overrides NamedSmoObject.Name.)


Input: [Name] NoAutomaticRecomputation [Description]

Output: Gets or sets the Boolean property value that specifies whether the statistics counter recomputed automatically.


Input: [Name] Parent [Description]

Output: Gets or sets the SqlSmoObject object that is the parent of the Statistic object.


Input: [Name] Properties [Description]

Output: Gets a collection of Property objects that represent the object properties.(Inherited from SqlSmoObject.)


Input: [Name] State [Description]

Output: Gets the state of the referenced object.(Inherited from SmoObjectBase.)


Input: [Name] StatisticColumns [Description]

Output: Represents a collection of StatisticColumn objects. Each StatisticColumn object represents a column defined on the statistic counter.


Input: [Name] Urn [Description]

Output: Gets the Uniform Resource Name (URN) address value that uniquely identifies the object.(Inherited from SqlSmoObject.)


Input: [Name] UserData [Description]

Output: Gets or sets user-defined data associated with the referenced object.(Inherited from SmoObjectBase.)


Input: [Description] Gets or sets the name of the XML attribute. [Name]

Output: AttributeName


Input: [Description] Gets or sets the XSD data type of the XML attribute generated by the XmlSerializer. [Name]

Output: DataType


Input: [Description] Gets or sets a value that indicates whether the XML attribute name generated by the XmlSerializer is qualified. [Name]

Output: Form


Input: [Description] Gets or sets the XML namespace of the XML attribute. [Name]

Output: Namespace


Input: [Description] Gets or sets the complex type of the XML attribute. [Name]

Output: Type


Input: [Description] When implemented in a derived class, gets a unique identifier for this Attribute. (Inherited from Attribute.) [Name]

Output: TypeId


Input: [Name] CachePropertyChanges [Description]

Output: Gets or sets whether to cache changes made to the replication properties or to apply them immediately.(Inherited from ReplicationObject.)