Input: [Description] Provides classes and interfaces that allow data to be stored in memory or a database using a common programmatic interface. [Category]

Output: Session-State Reference


Input: [Description] Provides attributes, classes, structures, and enums that give you code for implementing XML Web services as SOAP request handlers and for making requests as a client to XML Web services written in any language. [Category]

Output: SOAP Reference


Input: [Description] Provides classes, macros, structures, and interfaces cache arbitrary data, files, stencils, and DLLs in atlcache.h. [Category]

Output: Caching Reference


Input: [Description] Provides classes and structures use the cache culler archetype and provides code for automatic removal of cache items based on time. [Category]

Output: Cache Cullers Reference


Input: [Description] Provides classes and structures use the cache flusher archetype and provides code for removal of ache items based on access patterns. [Category]

Output: Cache Flushers Reference


Input: [Description] Provides classes, interfaces, and macros that use the cache statistics archetype and provide code for collecting cache statistics. [Category]

Output: Cache Statistics Reference


Input: [Description] Provides classes that are a collection of thin wrappers over the CryptoAPI for accessing the cryptographic services provided by Windows and third parties in atlcrpt.h. [Category]

Output: Cryptographic Reference


Input: [Description] Provides functions and macros that support encoding in a range of common Internet standards such as Base64, uuencode, hexadecimal, and UTF8 in atlenc.h. [Category]

Output: Encoding Reference


Input: [Description] Provides classes, structures, and macros that give you a lightweight way of writing HTML text to a stream in atlhtml.h. [Category]

Output: HTML Generation Reference


Input: [Description] Provides code in atlhttp.h that allows generating HTTP responses and requests, allowing lightweight HTTP clients with minimal dependencies to be written in C++. [Category]

Output: HTTP Client Reference


Input: [Description] Provides attributes, classes, and macros in atlperf.h that let you expose performance monitor counters from your applications and services. [Category]

Output: Performance Monitoring Reference


Input: [Description] Provides classes, enums, and functions that support MIME (Multipurpose Internet Mail Extensions), the standard way of packaging files for transmission by e-mail and HTTP, and SMTP (Simple Mail Transfer Protocol),the most common way of sending e-mail, in atlmime.h and atlsmtpconnection.h. [Category]

Output: MIME & SMTP Reference


Input: [Description] Provides classes, typedefs, and enums in atlrx.h with code that can search text using patterns. [Category]

Output: Regular Expression Reference


Input: [Description] Provides code for manipulating paths and URLs in the form of CPathT and CUrl. A thread pool, CThreadPool, is used in the implementation of the ATL Server ISAPI extension class and can also be used in your own applications. This code can be found in atlpath.h and atlutil.h. [Category]

Output: Utilities Reference


Input: [Description] Provides a number of classes that implement the IStream interface by writing the data to another stream, a WinInet handle, a socket, or a string. [Category]

Output: Stream Helpers Reference


Input: [Return code] CHANNEL_RC_ALREADY_CONNECTED [Description]

Output: The client is already connected to an RD Session Host server.

VirtualChannelInit function pointer (Windows)


Input: [Return code] CHANNEL_RC_BAD_CHANNEL [Description]

Output: The pChannel parameter is incorrect or one of the channel names is syntactically incorrect.

VirtualChannelInit function pointer (Windows)


Input: [Return code] CHANNEL_RC_BAD_INIT_HANDLE [Description]

Output: The ppInitHandle parameter is incorrect.

VirtualChannelInit function pointer (Windows)


Input: [Return code] CHANNEL_RC_BAD_PROC [Description]

Output: The pChannelInitEventProc parameter is incorrect.

VirtualChannelInit function pointer (Windows)


Input: [Return code] CHANNEL_RC_NOT_IN_VIRTUALCHANNELENTRY [Description]

Output: The VirtualChannelInit function was not called from within your VirtualChannelEntry function.

VirtualChannelInit function pointer (Windows)


Input: [Return code] CHANNEL_RC_TOO_MANY_CHANNELS [Description]

Output: The pChannel array has more channels than can be registered. Therefore, none of the channels were registered. The maximum number of channels allowed per client is CHANNEL_MAX_COUNT.

VirtualChannelInit function pointer (Windows)


Input: [Name] AssemblyName [Description]

Output: Gets or sets the assembly name of the type to serialize during serialization only.


Input: [Name] FullTypeName [Description]

Output: Gets or sets the full name of the Type to serialize.


Input: [Name] IsAssemblyNameSetExplicit [Description]

Output: Returns true if the assembly name has been explicitly set.


Input: [Name] IsFullTypeNameSetExplicit [Description]

Output: Returns true if the full type name has been explicitly set.


Input: [Name] MemberCount [Description]

Output: Gets the number of members that have been added to the SerializationInfo store.


Input: [Name] ObjectType [Description]

Output: Returns the type of the object to be serialized.


Input: [Name] bypassResultTypes [Description]

Output: Specifies whether the ResultTypes obtained from the search results should be used or overridden.


Input: [Name] culture [Description]

Output: Specifies the locale for a query.


Input: [Name] desiredSnippetLength [Description]

Output: Specifies the preferred summary length.


Input: [Name] enableInterleaving [Description]

Output: Specifies whether the ResultTable objects in the ResultTableCollection produced by running a query should be interleaved.


Input: [Name] enableNicknames [Description]

Output: Specifies whether the exact terms in the search query are used to find matches, or if nicknames are used as well.


Input: [Name] enableOrderingHitHighlightedProperty [Description]

Output: Specifies whether hit highlighted properties should be ordered by hit highlighted terms.


Input: [Name] enablePhonetic [Description]

Output: Specifies whether the phonetic forms of the query terms are used to find matches.


Input: [Name] enableQueryRules [Description]

Output: Specifies whether Query Rules are enabled for a particular query.


Input: [Name] enableStemming [Description]

Output: Specifies whether stemming is enabled.


Input: [Name] hitHighlightedMultivaluePropertyLimit [Description]

Output: Specifies a multi-valued hit highlighted property limit.


Input: [Name] processBestBets [Description]

Output: Determines whether Best Bets are enabled.


Input: [Name] processPersonalFavorites [Description]

Output: Determines whether personal favorites data is processed.


Input: [Name] summaryLength [Description]

Output: Specifies the length of the search result summary.


Input: [Name] trimDuplicates [Description]

Output: Specifies whether duplicate items should be removed from the search results.


Input: [Name] uiLanguage [Description]

Output: Specifies the UI language.


Input: [Name] AdjustCellBorderStyle [Description]

Output: Modifies the input cell border style according to the specified criteria.


Input: [Name] BorderWidths [Description]

Output: Returns a Rectangle that represents the widths of all the cell margins.


Input: [Name] ClickUnsharesRow [Description]

Output: Indicates whether the cell's row will be unshared when the cell is clicked.


Input: [Name] Clone [Description]

Output: Creates an exact copy of this cell.


Input: [Name] ContentClickUnsharesRow [Description]

Output: Indicates whether the cell's row will be unshared when the cell's content is clicked.


Input: [Name] ContentDoubleClickUnsharesRow [Description]

Output: Indicates whether the cell's row will be unshared when the cell's content is double-clicked.


Input: [Name] CreateAccessibilityInstance [Description]

Output: Creates a new accessible object for the DataGridViewCell.


Input: [Name] DetachEditingControl [Description]

Output: Removes the cell's editing control from the DataGridView.


Input: [Name] Dispose() [Description]

Output: Releases all resources used by the DataGridViewCell.


Input: [Name] Dispose(Boolean) [Description]

Output: Releases the unmanaged resources used by the DataGridViewCell and optionally releases the managed resources.


Input: [Name] DoubleClickUnsharesRow [Description]

Output: Indicates whether the cell's row will be unshared when the cell is double-clicked.


Input: [Name] EnterUnsharesRow [Description]

Output: Indicates whether the parent row will be unshared when the focus moves to the cell.


Input: [Name] Equals(Object) [Description]

Output: Determines whether the specified Object is equal to the current Object. (Inherited from Object.)


Input: [Name] Finalize [Description]

Output: Releases the unmanaged resources and performs other cleanup operations before the DataGridViewCell is reclaimed by garbage collection. (Overrides Object.Finalize().)


Input: [Name] GetClipboardContent [Description]

Output: Retrieves the formatted value of the cell to copy to the Clipboard.


Input: [Name] GetContentBounds(Int32) [Description]

Output: Returns the bounding rectangle that encloses the cell's content area using a default Graphics and cell style currently in effect for the cell.


Input: [Name] GetContentBounds(Graphics, DataGridViewCellStyle, Int32) [Description]

Output: Returns the bounding rectangle that encloses the cell's content area, which is calculated using the specified Graphics and cell style.


Input: [Name] GetEditedFormattedValue [Description]

Output: Returns the current, formatted value of the cell, regardless of whether the cell is in edit mode and the value has not been committed.


Input: [Name] GetErrorIconBounds [Description]

Output: Returns the bounding rectangle that encloses the cell's error icon, if one is displayed.


Input: [Name] GetErrorText [Description]

Output: Returns a string that represents the error for the cell.


Input: [Name] GetFormattedValue [Description]

Output: Gets the value of the cell as formatted for display.


Input: [Name] GetHashCode [Description]

Output: Serves as a hash function for a particular type. (Inherited from Object.)


Input: [Name] GetInheritedContextMenuStrip [Description]

Output: Gets the inherited shortcut menu for the current cell.


Input: [Name] GetInheritedState [Description]

Output: Returns a value indicating the current state of the cell as inherited from the state of its row and column.


Input: [Name] GetInheritedStyle [Description]

Output: Gets the style applied to the cell.


Input: [Name] GetPreferredSize [Description]

Output: Calculates the preferred size, in pixels, of the cell.


Input: [Name] GetSize [Description]

Output: Gets the size of the cell.


Input: [Name] GetType [Description]

Output: Gets the Type of the current instance. (Inherited from Object.)


Input: [Name] GetValue [Description]

Output: Gets the value of the cell.


Input: [Name] InitializeEditingControl [Description]

Output: Initializes the control used to edit the cell.


Input: [Name] KeyDownUnsharesRow [Description]

Output: Indicates whether the parent row is unshared if the user presses a key while the focus is on the cell.


Input: [Name] KeyEntersEditMode [Description]

Output: Determines if edit mode should be started based on the given key.


Input: [Name] KeyPressUnsharesRow [Description]

Output: Indicates whether a row will be unshared if a key is pressed while a cell in the row has focus.


Input: [Name] KeyUpUnsharesRow [Description]

Output: Indicates whether the parent row is unshared when the user releases a key while the focus is on the cell.


Input: [Name] LeaveUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the focus leaves a cell in the row.


Input: [Name] MeasureTextHeight(Graphics, String, Font, Int32, TextFormatFlags) [Description]

Output: Gets the height, in pixels, of the specified text, given the specified characteristics.


Input: [Name] MeasureTextHeight(Graphics, String, Font, Int32, TextFormatFlags, Boolean) [Description]

Output: Gets the height, in pixels, of the specified text, given the specified characteristics. Also indicates whether the required width is greater than the specified maximum width.


Input: [Name] MeasureTextPreferredSize [Description]

Output: Gets the ideal height and width of the specified text given the specified characteristics.


Input: [Name] MeasureTextSize [Description]

Output: Gets the height and width of the specified text given the specified characteristics.


Input: [Name] MeasureTextWidth [Description]

Output: Gets the width, in pixels, of the specified text given the specified characteristics.


Input: [Name] MemberwiseClone [Description]

Output: Creates a shallow copy of the current Object. (Inherited from Object.)


Input: [Name] MouseClickUnsharesRow [Description]

Output: Indicates whether a row will be unshared if the user clicks a mouse button while the pointer is on a cell in the row.


Input: [Name] MouseDoubleClickUnsharesRow [Description]

Output: Indicates whether a row will be unshared if the user double-clicks a cell in the row.


Input: [Name] MouseDownUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the user holds down a mouse button while the pointer is on a cell in the row.


Input: [Name] MouseEnterUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the mouse pointer moves over a cell in the row.


Input: [Name] MouseLeaveUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the mouse pointer leaves the row.


Input: [Name] MouseMoveUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the mouse pointer moves over a cell in the row.


Input: [Name] MouseUpUnsharesRow [Description]

Output: Indicates whether a row will be unshared when the user releases a mouse button while the pointer is on a cell in the row.


Input: [Name] OnClick [Description]

Output: Called when the cell is clicked.


Input: [Name] OnContentClick [Description]

Output: Called when the cell's contents are clicked.


Input: [Name] OnContentDoubleClick [Description]

Output: Called when the cell's contents are double-clicked.


Input: [Name] OnDataGridViewChanged [Description]

Output: Called when the DataGridView property of the cell changes. (Overrides DataGridViewElement.OnDataGridViewChanged().)


Input: [Name] OnDoubleClick [Description]

Output: Called when the cell is double-clicked.


Input: [Name] OnEnter [Description]

Output: Called when the focus moves to a cell.


Input: [Name] OnKeyDown [Description]

Output: Called when a character key is pressed while the focus is on a cell.


Input: [Name] OnKeyPress [Description]

Output: Called when a key is pressed while the focus is on a cell.


Input: [Name] OnKeyUp [Description]

Output: Called when a character key is released while the focus is on a cell.


Input: [Name] OnLeave [Description]

Output: Called when the focus moves from a cell.


Input: [Name] OnMouseClick [Description]

Output: Called when the user clicks a mouse button while the pointer is on a cell.


Input: [Name] OnMouseDoubleClick [Description]

Output: Called when the user double-clicks a mouse button while the pointer is on a cell.


Input: [Name] OnMouseDown [Description]

Output: Called when the user holds down a mouse button while the pointer is on a cell.


Input: [Name] OnMouseEnter [Description]

Output: Called when the mouse pointer moves over a cell.


Input: [Name] OnMouseLeave [Description]

Output: Called when the mouse pointer leaves the cell.


Input: [Name] OnMouseMove [Description]

Output: Called when the mouse pointer moves within a cell.


Input: [Name] OnMouseUp [Description]

Output: Called when the user releases a mouse button while the pointer is on a cell.


Input: [Name] Paint [Description]

Output: Paints the current DataGridViewCell.


Input: [Name] PaintBorder [Description]

Output: Paints the border of the current DataGridViewCell.


Input: [Name] PaintErrorIcon [Description]

Output: Paints the error icon of the current DataGridViewCell.


Input: [Name] ParseFormattedValue [Description]

Output: Converts a value formatted for display to an actual cell value.


Input: [Name] PositionEditingControl [Description]

Output: Sets the location and size of the editing control hosted by a cell in the DataGridView control.


Input: [Name] PositionEditingPanel [Description]

Output: Sets the location and size of the editing panel hosted by the cell, and returns the normal bounds of the editing control within the editing panel.


Input: [Name] RaiseCellClick [Description]

Output: Raises the DataGridView.CellClick event. (Inherited from DataGridViewElement.)


Input: [Name] RaiseCellContentClick [Description]

Output: Raises the DataGridView.CellContentClick event. (Inherited from DataGridViewElement.)


Input: [Name] RaiseCellContentDoubleClick [Description]

Output: Raises the DataGridView.CellContentDoubleClick event. (Inherited from DataGridViewElement.)


Input: [Name] RaiseCellValueChanged [Description]

Output: Raises the DataGridView.CellValueChanged event. (Inherited from DataGridViewElement.)


Input: [Name] RaiseDataError [Description]

Output: Raises the DataGridView.DataError event. (Inherited from DataGridViewElement.)


Input: [Name] RaiseMouseWheel [Description]

Output: Raises the Control.MouseWheel event. (Inherited from DataGridViewElement.)


Input: [Name] SetValue [Description]

Output: Sets the value of the cell.


Input: [Name] ToString [Description]

Output: Returns a string that describes the current object. (Overrides Object.ToString().)


Input: [Member name] FullReachQueue [Description]

Output: A mask used to request positive acknowledgment if the original message reaches the queue or negative acknowledgment if the time-to-reach-queue timer expires or if the original message cannot be authenticated.


Input: [Member name] FullReceive [Description]

Output: A mask used to request positive acknowledgment if the original message is received from the queue before its time-to-be-received timer expires or negative acknowledgment otherwise.


Input: [Member name] NegativeReceive [Description]

Output: A mask used to request a negative acknowledgment when the original message fails to be received from the queue. Using the MessageQueue.Peek method does not remove a message from the queue, so this acknowledgment type could be returned even if you did peek the message. Only the MessageQueue.Receive method (or the related asynchronous MessageQueue.BeginReceive method) removes a message from the queue.


Input: [Member name] None [Description]

Output: A mask used to request that no acknowledgment messages (positive or negative) be posted.


Input: [Member name] NotAcknowledgeReachQueue [Description]

Output: A mask used to request a negative acknowledgment when the original message cannot reach the queue. This can happen when the time-to-reach-queue timer expires or if a message cannot be authenticated.


Input: [Member name] NotAcknowledgeReceive [Description]

Output: A mask used to request a negative acknowledgment when an error occurs that prevents the original message from being received from the queue before its time-to-be-received timer expires.


Input: [Member name] PositiveArrival [Description]

Output: A mask used to request a positive acknowledgment when the original message reaches the queue.


Input: [Member name] PositiveReceive [Description]

Output: A mask used to request a positive acknowledgment when the original message is successfully retrieved from the queue.


Input: [Description] Provides methods that allow you to work with XML schema. [Class]

Output: MetaData


Input: [Description] Provides the implementation for a server channel sink that generates Web Services Description Language (WSDL) dynamically on the server. [Class]

Output: SdlChannelSink


Input: [Description] Provides the implementation for the server channel sink provider that creates SdlChannelSink instances. [Class]

Output: SdlChannelSinkProvider


Input: [Description] Associates a well-known object type that is passed to the Web Services Description Language (WSDL) generator with a remote endpoint that can process messages that are sent to a method on the type. [Class]

Output: ServiceType


Input: [Description] The exception that is thrown if an error occurs during the generation of Web Services Description Language (WSDL). [Class]

Output: SUDSGeneratorException


Input: [Description] The exception that is thrown if an error occurs during parsing of the Web Services Description Language (WSDL). [Class]

Output: SUDSParserException


Input: [Task] Develop cloud services by using the most recent version of Visual Studio. Visual Studio 2012 [Description]

Output: You can install this release of the Azure SDK, which includes the Azure Tools, either in the same instance of Visual Studio 2012 as the previous release of the SDK or in another instance. If you install these releases of the SDK side by side, you can still open projects that were created with the previous release, but all new projects will be created with the current release. For more information, see How To: Upgrade Projects to the Current Version of the Azure Tools


Input: [Task] Create and consume a distributed caching service that's hosted by a role or that runs as a separate role in a cloud service. Visual Studio 2010 with Service Pack 1 (SP1) Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: By using role-based caching, you can set up general-purpose data caches, in addition to the output caches and session state caches on a per-role basis in Azure cloud services. For more information, see How to: Use an Azure In-Role Cache in Azure Cloud Service.


Input: [Task] Explore workflow in worker roles by using service bus tasks and queues in Server Explorer. Also, create worker roles that use service bus queues. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: A service bus provides an efficient message queue system for worker roles in Azure. For more information, see Service Bus.


Input: [Task] Explore virtual machines and service bus queues. Also, start a remote desktop (RDP) session directly from a virtual machine or a cloud service in the Server Explorer window of Visual Studio. Visual Studio 2010 SP1 Visual Studio 2012 [Description]

Output: In Server Explorer, you can monitor the status of virtual machines and log into them. For more information about how to manage virtual machines, see Accessing Azure Virtual Machines from Server Explorer.


Input: [Task] Use the lightweight database, SQL Server Express LocalDB, during the development process. Visual Studio 2012 Visual Studio Express 2012 for Web [Description]

Output: SQL Server Express LocalDB is a lightweight database that’s for developers and that requires no administration or management of instances of SQL Server. Visual Studio 2012 installs LocalDB on the local machine by default. The storage emulator can now be initialized and backed by LocalDB. You can use LocalDB when you run and debug your application locally. For more information, see How to: Upgrade to SQL Server Express LocalDB and SQL Server 2012 Express LocalDB.


Input: [Task] Use ASP.NET MVC4 web roles in your cloud services. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: You can create ASP.NET MVC4 roles from a template. Also, if you already have an MVC4 project, you can add Azure publishing support to it. For more information, see What's New in ASP.NET MVC 4.


Input: [Task] Set up your cloud services to automatically deploy when you make code changes. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: You can add Azure projects to Team Foundation Service, which is a cloud-based version-control system that’s based on Visual Studio Team Foundation Server. You can manage source code, work items, projects, builds, and publication to Azure without any servers on your premises. For more information, see Continuous Delivery for Cloud Applications in Azure.


Input: [Task] Deploy cloud services more quickly. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: Several improvements make deploying Azure applications faster. You can deploy only those components that have changed since the last deployment. If you aren't concerned about keeping an application available at all times, you can update all instances simultaneously instead of incrementally.


Input: [Task] You can test and run cloud services locally by using Internet Information Services (IIS) Express. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: When you debugging an application locally, you can run IIS Express in the compute emulator, as a lightweight alternative to installing a server to run IIS. In this release, you still need elevated permissions to run cloud services in the Azure emulator. For more information, see IIS Express Overview.


Input: [Task] Use the User Datagram Protocol (UDP) in your cloud services. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: Azure supports UDP in the Endpoints tab of the role designer.


Input: [Task] Add files and folders to your roles. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: You can add content to your roles by creating a folder or adding files to your role projects in Solution Explorer. When you publish, your files are deployed to Azure and are available to the cloud service that’s running.


Input: [Task] Create storage connection strings for Diagnostics and Caching more easily. Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description]

Output: When you use the Publish Wizard to publish to Azure, you can automatically update your configuration files with the connection information for your storage account. If you’ve already added a connection string, it isn’t replaced.Because the tools change the active .cscfg file before publishing your cloud service to Azure, you have explicit visibility and control over the values. For more information, see Publish Azure Application Wizard.


Input: [Description] Gets the current width of the column in pixels. [Name]

Output: ActualWidth


Input: [Description] Gets or sets a value that indicates whether the user can change the column display position by dragging the column header. [Name]

Output: CanUserReorder


Input: [Description] Gets or sets a value that indicates whether the user can adjust the column width using the mouse. [Name]

Output: CanUserResize


Input: [Description] Gets or sets a value that indicates whether the user can sort the column by clicking the column header. [Name]

Output: CanUserSort


Input: [Description] Gets or sets the style that is used when rendering cells in the column. [Name]

Output: CellStyle


Input: [Description] Gets or sets the binding that provides access to cell contents for clipboard operations. [Name]

Output: ClipboardContentBinding


Input: [Description] Gets the Dispatcher this object is associated with. (Inherited from DependencyObject.) [Name]

Output: Dispatcher


Input: [Description] Gets or sets the display position of the column relative to the other columns in the DataGrid. [Name]

Output: DisplayIndex


Input: [Description] Gets or sets the style that is used to render the column while it is being dragged. [Name]

Output: DragIndicatorStyle


Input: [Description] Gets or sets the content of the column header. [Name]

Output: Header


Input: [Description] Gets or sets the style that is used when rendering the column header. [Name]

Output: HeaderStyle


Input: [Description] Gets a value that indicates whether the column is auto-generated. [Name]

Output: IsAutoGenerated


Input: [Description] Gets a value that indicates whether the column is prevented from scrolling horizontally. [Name]

Output: IsFrozen


Input: [Description] Gets or sets a value that indicates whether cells in the column can be edited. [Name]

Output: IsReadOnly


Input: [Description] Gets or sets the maximum column width in pixels. [Name]

Output: MaxWidth


Input: [Description] Gets or sets the minimum column width in pixels. [Name]

Output: MinWidth


Input: [Description] Gets or sets a property name, or a period-delimited hierarchy of property names, that indicates the member to sort by. [Name]

Output: SortMemberPath


Input: [Description] Gets or sets the visibility of the column. [Name]

Output: Visibility


Input: [Description] Gets or sets the column width or an automatic sizing mode. [Name]

Output: Width


Input: [Namespaces] Microsoft.Hadoop.Client [Descriptions]

Output: Provides classes related the creation, configuration, submission, and monitoring of to Hadoop jobs managed by Azure HDInsight.


Input: [Namespaces] Microsoft.Hadoop.Client.HadoopStorageClientLayer [Descriptions]

Output: Provides the interfaces associated with the Hadoop storage client.


Input: [Namespaces] Microsoft.HadoopAppliance.Client [Descriptions]

Output: Provides credentials and the means to connect to client storage in Hadoop on appliance.


Input: [Namespaces] Microsoft.HadoopAppliance.Client.HadoopStorageClientLayer [Descriptions]

Output: Provides the interface for the Hadoop appliance storage client.


Input: [Namespaces] Microsoft.WindowsAzure.Management.HDInsight [Descriptions]

Output: Provides classes used to manage Microsoft Azure subscriptions using HDInsight and to configure the clusters, storage accounts, MapReduce programs, and the Hive, Pig, and Oozie components associated with the HDInsight clusters managed by a Windows Azure subscription.


Input: [Namespaces] Microsoft.WindowsAzure.Management.HDInsight.ClusterProvisioning.Data [Descriptions]

Output: Provides information used to provision clusters.


Input: [Namespaces] Microsoft.WindowsAzure.Management.HDInsight.JobSubmission [Descriptions]

Output: Provides classes used to submit jobs to HDInsight


Input: [Namespaces] Microsoft.Hadoop.Avro [Descriptions]

Output: Provides the main library of classes used for Avro for the serialization and deserialization of objects.


Input: [Namespaces] Microsoft.Hadoop.Avro.Container [Descriptions]

Output: Provides classes used by Avro stream-based containers.


Input: [Namespaces] Microsoft.Hadoop.Avro.Schema [Descriptions]

Output: Provides operations related to Avro serialization schema.


Input: [Namespaces] Microsoft.Hadoop.Avro.Utils.Templates [Descriptions]

Output: Provides the template interface used by Avro serialization


Input: [Object] Repository Objects and Object Versions [Description]

Output: An object that is known by a Microsoft® SQL Server™ 2000 Meta Data Services repository and managed by the repository engine


Input: [Object] Repository Session Objects [Description]

Output: An object that represents a repository instance


Input: [Object] Repository Transaction Objects [Description]

Output: An object that provides transaction services to a repository database


Input: [Object] Repository Root Objects [Description]

Output: An object that provides a starting point for information model navigation


Input: [Object] Repository Relationship Objects [Description]

Output: An object that defines characteristics of a repository relationship


Input: [Object] Repository Collections [Description]

Output: A collection that contains objects of a similar type


Input: [Object] Repository Property Objects [Description]

Output: An object that defines characteristics of a repository property


Input: [Object] Repository Workspace Objects [Description]

Output: An object that represents a workspace in a repository


Input: [Class] MetaData [Description]

Output: Provides methods that allow you to work with XML schema.


Input: [Class] SdlChannelSink [Description]

Output: Provides the implementation for a server channel sink that generates Web Services Description Language (WSDL) dynamically on the server.


Input: [Class] SdlChannelSinkProvider [Description]

Output: Provides the implementation for the server channel sink provider that creates SdlChannelSink instances.


Input: [Class] ServiceType [Description]

Output: Associates a well-known object type that is passed to the Web Services Description Language (WSDL) generator with a remote endpoint that can process messages that are sent to a method on the type.


Input: [Class] SUDSGeneratorException [Description]

Output: The exception that is thrown if an error occurs during the generation of Web Services Description Language (WSDL).


Input: [Class] SUDSParserException [Description]

Output: The exception that is thrown if an error occurs during parsing of the Web Services Description Language (WSDL).


Input: [Name] Close [Description]

Output: Closes the port connection, sets the IsOpen property to false, and disposes of the internal Stream object.


Input: [Name] CreateObjRef [Description]

Output: Creates an object that contains all the relevant information required to generate a proxy used to communicate with a remote object. (Inherited from MarshalByRefObject.)


Input: [Name] DiscardInBuffer [Description]

Output: Discards data from the serial driver's receive buffer.


Input: [Name] DiscardOutBuffer [Description]

Output: Discards data from the serial driver's transmit buffer.


Input: [Name] Dispose [Description]

Output: Releases all resources used by the Component. (Inherited from Component.)


Input: [Name] Dispose(Boolean) [Description]

Output: Releases the unmanaged resources used by the SerialPort and optionally releases the managed resources. (Overrides Component.Dispose(Boolean).)


Input: [Name] Equals(Object) [Description]

Output: Determines whether the specified object is equal to the current object. (Inherited from Object.)


Input: [Name] Finalize [Description]

Output: Releases unmanaged resources and performs other cleanup operations before the Component is reclaimed by garbage collection. (Inherited from Component.)


Input: [Name] GetHashCode [Description]

Output: Serves as the default hash function. (Inherited from Object.)


Input: [Name] GetLifetimeService [Description]

Output: Retrieves the current lifetime service object that controls the lifetime policy for this instance. (Inherited from MarshalByRefObject.)


Input: [Name] GetPortNames [Description]

Output: Gets an array of serial port names for the current computer.


Input: [Name] GetService [Description]

Output: Returns an object that represents a service provided by the Component or by its Container. (Inherited from Component.)


Input: [Name] GetType [Description]

Output: Gets the Type of the current instance. (Inherited from Object.)


Input: [Name] InitializeLifetimeService [Description]

Output: Obtains a lifetime service object to control the lifetime policy for this instance. (Inherited from MarshalByRefObject.)


Input: [Name] MemberwiseClone [Description]

Output: Creates a shallow copy of the current Object. (Inherited from Object.)


Input: [Name] MemberwiseClone(Boolean) [Description]

Output: Creates a shallow copy of the current MarshalByRefObject object. (Inherited from MarshalByRefObject.)


Input: [Name] Open [Description]

Output: Opens a new serial port connection.


Input: [Name] Read(Byte(), Int32, Int32) [Description]

Output: Reads a number of bytes from the SerialPort input buffer and writes those bytes into a byte array at the specified offset.


Input: [Name] Read(Char(), Int32, Int32) [Description]

Output: Reads a number of characters from the SerialPort input buffer and writes them into an array of characters at a given offset.


Input: [Name] ReadByte [Description]

Output: Synchronously reads one byte from the SerialPort input buffer.


Input: [Name] ReadChar [Description]

Output: Synchronously reads one character from the SerialPort input buffer.


Input: [Name] ReadExisting [Description]

Output: Reads all immediately available bytes, based on the encoding, in both the stream and the input buffer of the SerialPort object.


Input: [Name] ReadLine [Description]

Output: Reads up to the NewLine value in the input buffer.


Input: [Name] ReadTo [Description]

Output: Reads a string up to the specified value in the input buffer.


Input: [Name] ToString [Description]

Output: Returns a String containing the name of the Component, if any. This method should not be overridden. (Inherited from Component.)


Input: [Name] Write(String) [Description]

Output: Writes the specified string to the serial port.


Input: [Name] Write(Byte(), Int32, Int32) [Description]

Output: Writes a specified number of bytes to the serial port using data from a buffer.


Input: [Name] Write(Char(), Int32, Int32) [Description]

Output: Writes a specified number of characters to the serial port using data from a buffer.


Input: [Name] WriteLine [Description]

Output: Writes the specified string and the NewLine value to the output buffer.


Input: [Name] Equality [Description]

Output: Returns a value that indicates whether two specified Single values are equal.


Input: [Name] GreaterThan [Description]

Output: Returns a value that indicates whether a specified Single value is greater than another specified Single value.


Input: [Name] GreaterThanOrEqual [Description]

Output: Returns a value that indicates whether a specified Single value is greater than or equal to another specified Single value.


Input: [Name] Inequality [Description]

Output: Returns a value that indicates whether two specified Single values are not equal.


Input: [Name] LessThan [Description]

Output: Returns a value that indicates whether a specified Single value is less than another specified Single value.


Input: [Name] LessThanOrEqual [Description]

Output: Returns a value that indicates whether a specified Single value is less than or equal to another specified Single value.


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

Output: TypeId


Input: [Method] GetCenter [Description]

Output: Retrieves the center of the gradient ellipse.


Input: [Method] GetGradientOriginOffset [Description]

Output: Retrieves the offset of the gradient origin relative to the gradient ellipse's center.


Input: [Method] GetGradientStopCollection [Description]

Output: Retrieves the ID2D1GradientStopCollection associated with this radial gradient brush object.


Input: [Method] GetRadiusX [Description]

Output: Retrieves the x-radius of the gradient ellipse.


Input: [Method] GetRadiusY [Description]

Output: Retrieves the y-radius of the gradient ellipse.


Input: [Method] SetCenter [Description]

Output: Specifies the center of the gradient ellipse in the brush's coordinate space.


Input: [Method] SetGradientOriginOffset [Description]

Output: Specifies the offset of the gradient origin relative to the gradient ellipse's center.


Input: [Method] SetRadiusX [Description]

Output: Specifies the x-radius of the gradient ellipse, in the brush's coordinate space.


Input: [Method] SetRadiusY [Description]

Output: Specifies the y-radius of the gradient ellipse, in the brush's coordinate space.


Input: [Description] An object that is known by a Microsoft® SQL Server™ 2000 Meta Data Services repository and managed by the repository engine [Object]

Output: Repository Objects and Object Versions


Input: [Description] An object that represents a repository instance [Object]

Output: Repository Session Objects


Input: [Description] An object that provides transaction services to a repository database [Object]

Output: Repository Transaction Objects


Input: [Description] An object that provides a starting point for information model navigation [Object]

Output: Repository Root Objects


Input: [Description] An object that defines characteristics of a repository relationship [Object]

Output: Repository Relationship Objects


Input: [Description] A collection that contains objects of a similar type [Object]

Output: Repository Collections


Input: [Description] An object that defines characteristics of a repository property [Object]

Output: Repository Property Objects


Input: [Description] An object that represents a workspace in a repository [Object]

Output: Repository Workspace Objects


Input: [Name] ActualWidth [Description]

Output: Gets the current width of the column in pixels.


Input: [Name] CanUserReorder [Description]

Output: Gets or sets a value that indicates whether the user can change the column display position by dragging the column header.


Input: [Name] CanUserResize [Description]

Output: Gets or sets a value that indicates whether the user can adjust the column width using the mouse.


Input: [Name] CanUserSort [Description]

Output: Gets or sets a value that indicates whether the user can sort the column by clicking the column header.


Input: [Name] CellStyle [Description]

Output: Gets or sets the style that is used when rendering cells in the column.


Input: [Name] ClipboardContentBinding [Description]

Output: Gets or sets the binding that provides access to cell contents for clipboard operations.


Input: [Name] Dispatcher [Description]

Output: Gets the Dispatcher this object is associated with. (Inherited from DependencyObject.)


Input: [Name] DisplayIndex [Description]

Output: Gets or sets the display position of the column relative to the other columns in the DataGrid.


Input: [Name] DragIndicatorStyle [Description]

Output: Gets or sets the style that is used to render the column while it is being dragged.


Input: [Name] Header [Description]

Output: Gets or sets the content of the column header.


Input: [Name] HeaderStyle [Description]

Output: Gets or sets the style that is used when rendering the column header.


Input: [Name] IsAutoGenerated [Description]

Output: Gets a value that indicates whether the column is auto-generated.


Input: [Name] IsFrozen [Description]

Output: Gets a value that indicates whether the column is prevented from scrolling horizontally.


Input: [Name] IsReadOnly [Description]

Output: Gets or sets a value that indicates whether cells in the column can be edited.


Input: [Name] MaxWidth [Description]

Output: Gets or sets the maximum column width in pixels.


Input: [Name] MinWidth [Description]

Output: Gets or sets the minimum column width in pixels.


Input: [Name] SortMemberPath [Description]

Output: Gets or sets a property name, or a period-delimited hierarchy of property names, that indicates the member to sort by.


Input: [Name] Visibility [Description]

Output: Gets or sets the visibility of the column.


Input: [Name] Width [Description]

Output: Gets or sets the column width or an automatic sizing mode.


Input: [Name] AttachedProperties [Description]

Output: Attached properties


Input: [Name] BuildDirectory [Description]

Output: Gets or sets a path of the build agent working directory.


Input: [Name] Controller [Description]

Output: Gets or sets the build controller that owns this build agent.


Input: [Name] DateCreated [Description]

Output: Gets the date and time that this agent was created.


Input: [Name] DateUpdated [Description]

Output: Gets the date and time that this agent was last updated.


Input: [Name] Description [Description]

Output: Gets or sets the description of the build agent.


Input: [Name] Enabled [Description]

Output: Gets or sets a flag that describes whether the build agent is enabled.


Input: [Name] FullPath [Description]

Output: Gets the full path of this build group item. (Inherited from IBuildGroupItem.)


Input: [Name] IsReserved [Description]

Output: Gets a flag that describes whether this agent is currently being used by a build.


Input: [Name] MessageQueueUrl [Description]

Output: Gets the message queue address. This field is for system use only.


Input: [Name] Name [Description]

Output: Gets or sets the name of this build group item. (Inherited from IBuildGroupItem.)


Input: [Name] ReservedForBuild [Description]

Output: Gets the identifier of the build that is currently using this agent. Returns null if the agent is not currently being used.


Input: [Name] ServiceHost [Description]

Output: Gets the service host in which this build agent resides.


Input: [Name] Status [Description]

Output: Gets or sets the build agent status.


Input: [Name] StatusMessage [Description]

Output: Gets a message from the build computer about the build agent status.


Input: [Name] Tags [Description]

Output: Gets or sets the tags that are defined for this build agent.


Input: [Name] TeamProject [Description]

Output: Gets the team project that owns this build group item. (Inherited from IBuildGroupItem.)


Input: [Name] Uri [Description]

Output: Gets the uniform resource identifier (URI) of this build group item. (Inherited from IBuildGroupItem.)


Input: [Name] Url [Description]

Output: Gets the URL that is used to communicate with the build agent.


Input: [Description] Returns a value that indicates whether two specified Single values are equal. [Name]

Output: Equality


Input: [Description] Returns a value that indicates whether a specified Single value is greater than another specified Single value. [Name]

Output: GreaterThan


Input: [Description] Returns a value that indicates whether a specified Single value is greater than or equal to another specified Single value. [Name]

Output: GreaterThanOrEqual


Input: [Description] Returns a value that indicates whether two specified Single values are not equal. [Name]

Output: Inequality


Input: [Description] Returns a value that indicates whether a specified Single value is less than another specified Single value. [Name]

Output: LessThan


Input: [Description] Returns a value that indicates whether a specified Single value is less than or equal to another specified Single value. [Name]

Output: LessThanOrEqual


Input: [Name] Data [Description]

Output: Gets a collection of key/value pairs that provide additional user-defined information about the exception.


Input: [Name] HelpLink [Description]

Output: Gets or sets a link to the help file associated with this exception.


Input: [Name] HResult [Description]

Output: Gets or sets HRESULT, a coded numerical value that is assigned to a specific exception.


Input: [Name] InnerException [Description]

Output: Gets the Exception instance that caused the current exception.


Input: [Name] Message [Description]

Output: Gets a message that describes the current exception.


Input: [Name] Source [Description]

Output: Gets or sets the name of the application or the object that causes the error.


Input: [Name] StackTrace [Description]

Output: Gets a string representation of the immediate frames on the call stack.


Input: [Name] TargetSite [Description]

Output: Gets the method that throws the current exception.


Input: [Description] Displays the tablet pen data in real-time as that data is being handled by the RealTimeStylus object. This class cannot be inherited. [Class]

Output: DynamicRenderer


Input: [Description] Reacts to events by recognizing gestures and adding gesture data into the input queue. [Class]

Output: GestureRecognizer


Input: [Description] Handles the stylus packet data from a digitizer in real time. This class cannot be inherited. [Class]

Output: RealTimeStylus


Input: [Description] Provides access to general information about a tablet pen. [Class]

Output: Stylus


Input: [Description] Maintains a sequenced list of asynchronous plug-ins that implement the IStylusAsyncPlugin interface. Use this class to add new asynchronous plug-ins to an instance of the RealTimeStylus class. [Class]

Output: StylusAsyncPluginCollection


Input: [Description] Provides the name and identifier for stylus buttons associated with an Stylus object. This class cannot be inherited. [Class]

Output: StylusButtons


Input: [Description] Maintains a sequenced list of synchronous plug-ins that implement the IStylusSyncPlugin interface. Use this class to add new synchronous plug-ins to an instance of the RealTimeStylus class. This class cannot be inherited. [Class]

Output: StylusSyncPluginCollection


Input: [Exception] ArgumentNullException [Condition]

Output: assemblyFile is Nothing. -or- typeName is Nothing.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] NotSupportedException [Condition]

Output: The caller cannot provide activation attributes for an object that does not inherit from MarshalByRefObject.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] AppDomainUnloadedException [Condition]

Output: The operation is attempted on an unloaded application domain.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] FileNotFoundException [Condition]

Output: assemblyFile was not found.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] TypeLoadException [Condition]

Output: typeName was not found in assemblyFile.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] MissingMethodException [Condition]

Output: No matching public constructor was found.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] MethodAccessException [Condition]

Output: The caller does not have sufficient permission to call this constructor.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] BadImageFormatException [Condition]

Output: assemblyFile is not a valid assembly. -or- assemblyFile was compiled with a later version of the common language runtime than the version that is currently loaded.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] FileLoadException [Condition]

Output: An assembly or module was loaded twice with two different evidences.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Exception] NullReferenceException [Condition]

Output: This instance is Nothing.

AppDomain.CreateInstanceFrom Method (String, String, Boolean, BindingFlags, Binder, Object[], CultureInfo, Object[]) (System)


Input: [Option] IgnoreComments [Description]

Output: A value that specifies whether comment nodes are compared.


Input: [Option] IgnoreNamespaces [Description]

Output: A value that specifies whether the namespace uniform resource identifier (URI) of an element and its attribute names are compared. If this option is set to true, two elements that have the same local name but a different namespace are considered to be identical.


Input: [Option] IgnorePrefixes [Description]

Output: A value that specifies whether prefixes of element and attribute names are compared. If this option is set to true, two elements that have the same local name but a different namespace URI and prefix are considered identical.


Input: [Option] IgnoreXMLDeclaration [Description]

Output: A value that specifies whether the XML declarations are compared.


Input: [Option] IgnoreOrderOfChildElements [Description]

Output: A value that specifies whether the order of child elements is compared. If this option is set to true, child elements that differ only in their position in a list of siblings are considered to be identical.


Input: [Option] IgnoreWhiteSpaces [Description]

Output: A value that specifies whether white spaces are compared.


Input: [Option] IgnoreProcessingInstructions [Description]

Output: A value that specifies whether processing instructions are compared.


Input: [Option] IgnoreDTD [Description]

Output: A value that specifies whether the DTD is ignored.


Input: [From] Variant v [To] Object o [Changes propagated back]

Output: Never


Input: [From] Object o [To] Variant v [Changes propagated back]

Output: Never


Input: [From] Variant *pv [To] Ref Object o [Changes propagated back]

Output: Always


Input: [From] Ref object o [To] Variant *pv [Changes propagated back]

Output: Always


Input: [From] Variant v(VT_BYREF|VT_*) [To] Object o [Changes propagated back]

Output: Never


Input: [From] Variant v(VT_BYREF|VT_) [To] Ref Object o [Changes propagated back]

Output: Only if the type has not changed.


Input: [Name] Abort [Description]

Output: Aborts the Request.


Input: [Name] BeginGetRequestStream [Description]

Output: When overridden in a descendant class, provides an asynchronous method to request a stream.


Input: [Name] BeginGetResponse [Description]

Output: When overridden in a descendant class, begins an asynchronous request for an Internet resource.


Input: [Name] Create(String) [Description]

Output: Initializes a new WebRequest instance for the specified URI scheme.


Input: [Name] Create(Uri) [Description]

Output: Initializes a new WebRequest instance for the specified URI scheme.


Input: [Name] CreateHttp(String) [Description]

Output: Initializes a new HttpWebRequest instance for the specified URI string.


Input: [Name] CreateHttp(Uri) [Description]

Output: Initializes a new HttpWebRequest instance for the specified URI.


Input: [Name] EndGetRequestStream [Description]

Output: When overridden in a descendant class, returns a Stream for writing data to the Internet resource.


Input: [Name] EndGetResponse [Description]

Output: When overridden in a descendant class, returns a WebResponse.


Input: [Name] Equals(Object) [Description]

Output: Determines whether the specified Object is equal to the current Object. (Inherited from Object.)


Input: [Name] Finalize [Description]

Output: Allows an object to try to free resources and perform other cleanup operations before the Object is reclaimed by garbage collection. (Inherited from Object.)


Input: [Name] GetHashCode [Description]

Output: Serves as a hash function for a particular type. (Inherited from Object.)


Input: [Name] GetType [Description]

Output: Gets the Type of the current instance. (Inherited from Object.)


Input: [Name] MemberwiseClone [Description]

Output: Creates a shallow copy of the current Object. (Inherited from Object.)


Input: [Name] RegisterPrefix [Description]

Output: Registers a WebRequest descendant for the specified URI.


Input: [Name] ToString [Description]

Output: Returns a string that represents the current object. (Inherited from Object.)


Input: [Description] Contains browser definitions (.browser files) that ASP.NET uses to identify individual browsers and determine their capabilities. For more information, see Browser Definition File Schema (browsers Element) and How to: Detect Browser Types in ASP.NET Web Pages. [Folder]

Output: App_Browsers


Input: [Description] Contains source code for utility classes and business objects (for example, .cs, .vb, and .jsl files) that you want to compile as part of your application. In a dynamically compiled application, ASP.NET compiles the code in the App_Code folder on the initial request to your application. Items in this folder are then recompiled when any changes are detected. Note: Arbitrary file types can be placed in the App_Code folder to create strongly typed objects. For example, placing Web service files (.wsdl and .xsd files) in the App_Code folder creates strongly typed proxies. Code in the App_Code folder is referenced automatically in your application. In addition, the App_Code folder can contain subdirectories of files that need to be compiled at run time. For more information, see Shared Code Folders in ASP.NET Web Sites and codeSubDirectories Element for compilation (ASP.NET Settings Schema). [Folder]

Output: App_Code


Input: [Description] Contains application data files including MDF files, XML files, as well as other data store files. The App_Data folder is used by ASP.NET 2.0 to store an application's local database, which can be used for maintaining membership and role information. For more information, see Introduction to Membership and Understanding Role Management. [Folder]

Output: App_Data


Input: [Description] Contains resources (.resx and .resources files) that are compiled into assemblies with global scope. Resources in the App_GlobalResources folder are strongly typed and can be accessed programmatically. For more information, see ASP.NET Web Page Resources Overview. [Folder]

Output: App_GlobalResources


Input: [Description] Contains resources (.resx and .resources files) that are associated with a specific page, user control, or master page in an application For more information, see ASP.NET Web Page Resources Overview. [Folder]

Output: App_LocalResources


Input: [Description] Contains a collection of files (.skin and .css files, as well as image files and generic resources) that define the appearance of ASP.NET Web pages and controls. For more information, see ASP.NET Themes and Skins Overview. [Folder]

Output: App_Themes


Input: [Description] Contains reference contract files (.wsdl files), schemas (.xsd files), and discovery document files (.disco and .discomap files) defining a Web reference for use in an application. For more information about generating code for XML Web services, see Web Services Description Language Tool (Wsdl.exe). [Folder]

Output: App_WebReferences


Input: [Description] Contains compiled assemblies (.dll files) for controls, components, or other code that you want to reference in your application. Any classes represented by code in the Bin folder are automatically referenced in your application. For more information, see Shared Code Folders in ASP.NET Web Sites. [Folder]

Output: Bin


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1 and the corresponding user value is also set, the installer always installs with elevated privileges. Otherwise, the installer uses elevated privileges to install managed applications and uses the current user's privilege level for unmanaged applications. [Policy]

Output: AlwaysInstallElevated


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, non-administrative users can browse for new sources while running an installation at elevated privileges. The default is that only administrators can browse for sources during an elevated installation. Setting this policy also enables non-administrative users to run programs at LocalSystem privileges during an elevated installation. [Policy]

Output: AllowLockdownBrowse


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, non-administrative users can use media sources, such as a CD-ROM, while running an installation at elevated privileges. The default is that only administrators can use media sources during an elevated installation. Setting this policy also enables non-administrative users to run programs at LocalSystem privileges during an elevated installation. [Policy]

Output: AllowLockdownMedia


Input: [Value data type] REG_DWORD [Description] If this per-machine system policy value is not set, only administrators can patch existing products that were installed at elevated privileges. If this policy value is set to 1, non-administrative users can, in some cases, apply patches to products while running an installation using elevated privileges. With the policy set, the patch can install minor upgrades while running an installation using elevated privileges; the patch cannot install major upgrades. Setting this policy also enables non-administrative users to run programs at LocalSystem privileges during an elevated installation. [Policy]

Output: AllowLockdownPatch


Input: [Value data type] REG_DWORD [Description] If this policy value exists and is set to 1, the installer writes common debugging messages to the debugger using the OutputDebugString function. If this value exists and is set to 2, the installer writes all valid debugging messages to the debugger using the OutputDebugString function. This policy is for debugging purposes only and may not be supported in future versions of Windows Installer. [Policy]

Output: Debug


Input: [Value data type] REG_DWORD [Description] If this policy value exists and is set to 1, Windows Installer does not interact with Restart Manager but will use the FilesInUse Dialog functionality. Windows Installer 3.1 and earlier: Not supported. [Policy]

Output: DisableAutomaticApplicationShutdown


Input: [Value data type] REG_DWORD [Description] If this policy value exists and is set to 1, users are prevented from browsing to locate installer sources. The Use feature from combo box for direct input is locked and the Browse button is disabled. For more information about source browsing, see Source Resiliency. [Policy]

Output: DisableBrowse


Input: [Value data type] REG_DWORD [Description] If this per-machine system policy value is set to 1, all Patch Optimization options are turned off during the installation. Windows Installer 2.0: Not supported. [Policy]

Output: DisableFlyWeightPatching


Input: [Value data type] REG_DWORD [Description] If this per-machine system policy value is set to 1, the installer prevents non-administrators from using least-privileged account (LUA) patching to any application installed on the computer. When this value is not set or 0, non-administrators can apply LUA patches to LUA-enabled application. [Policy]

Output: DisableLUAPatching


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 0, is absent, or any number other than 1 or 2, the effect on the Windows Installer depends on the operating system. On Windows Server 2003, Windows Installer is enabled for managed applications and disabled for unmanaged application installs. On Windows XP the Windows Installer is enabled for all applications. If this policy value is set to 0, Windows Installer is enabled for all applications. All install operations are allowed. If this policy value is set to 1, Windows Installer is disabled for unmanaged applications but is still enabled for managed applications. Non-elevated per-user installations are blocked. Per-user elevated and per-machine installs are allowed. If this policy value is set to 2, Windows Installer is always disabled for all applications. No installs are allowed including repairs, reinstalls, or on-demand installations. [Policy]

Output: DisableMSI


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1 the installer does not apply patches. This policy can be used to provide security in environments where patching must be restricted. [Policy]

Output: DisablePatch


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, patches cannot be removed from the computer by a user or an administrator. The Windows Installer can still remove patches that are no longer applicable to a product. Windows Installer 2.0: Not supported. [Policy]

Output: DisablePatchUninstall


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, the installer does not store rollback files during installation, disabling installation rollback. By default, rollback is enabled. Administrators are advised not to use this policy unless it is absolutely essential. [Policy]

Output: DisableRollback


Input: [Value data type] REG_DWORD [Description] If this per-machine system policy is set to 1, no package on the system gets the shared component functionality enabled by the msidbComponentAttributesShared attribute in the Component table. [Policy]

Output: DisableSharedComponent


Input: [Value data type] REG_DWORD [Description] If this policy value is not set, the installer searches the registry for products in the following order: managed products that are registered as per-user, unmanaged products that are registered as per-user, and finally products that are registered as per-machine. If this policy value is set to 1, the installer ignores all products that are registered as per-user and only searches for products that are registered as per-machine. An attempt to perform a per-user installation causes the installer to display an error message and stops the installation. [Policy]

Output: DisableUserInstalls


Input: [Value data type] REG_DWORD [Description] Set this policy value to 1 to apply upgrade component rules during small updates and minor upgrades of all products on the computer. Windows Installer 2.0: Not supported. [Policy]

Output: EnforceUpgradeComponentRules


Input: [Value data type] REG_DWORD [Description] Setting this policy enables administrators to perform installations from a client session of a server running the Terminal Server role service. [Policy]

Output: EnableAdminTSRemote


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, then the installer can pass all public properties to the server side during a managed installation using elevated privileges. Setting this policy has the same effect as setting the EnableUserControl property. [Policy]

Output: EnableUserControl


Input: [Value data type] REG_DWORD [Description] This policy turns off the creation of checkpoints by Windows Installer. If the policy value is set to 0 or absent, Windows Installer does normal checkpointing for install or uninstall. If the policy value is set to 1, Windows Installer creates no checkpoints. [Policy]

Output: LimitSystemRestoreCheckpointing


Input: [Value data type] REG_SZ [Description] This policy value is used only if logging has not been enabled by the "/L" command-line option or MsiEnableLog. If a policy is set in this case, a log file is created in the temp directory with the random name: MSI*.LOG. Specify the logging mode by setting the policy value to a string of characters. Use the same characters to specify logging mode policy as used by the "/L" command-line option. For more information, see Command Line Options. Note that you cannot use "+" and "*" for the policy. [Policy]

Output: Logging


Input: [Value data type] REG_DWORD [Description] If this policy value is set to a value greater than 0, Windows Installer saves old versions of patched files in a cache. Set the value to the maximum percentage of disk space that can be used for the file cache. For example, a value of 15 and sets the maximum to 15%. Set to 0 to save no files. When this policy is not set, the default is 10%. [Policy]

Output: MaxPatchCacheSize


Input: [Value data type] REG_DWORD [Description] To disable embedded UI handlers on the computer, set this policy value to 1. Windows Installer 4.0 and earlier: Not supported. [Policy]

Output: MsiDisableEmbeddedUI


Input: [Value data type] REG_DWORD [Description] If this policy value is set to 1, users are not prompted when scripts use installer automation within a Web page. This may be useful for Web-based tools but can allow silent installations of applications without user knowledge or consent. [Policy]

Output: SafeForScripting


Input: [Value data type] REG_DWORD [Description] Setting the TransformsSecure policy value to 1 informs the installer that transforms are to be cached locally on the user's computer in a location where the user does not have write access. [Policy]

Output: TransformsSecure policy


Input: [Value data type] REG_DWORD [Description] Set this policy value to 1 to disable the logging specified for the package by the MsiLogging property for all users of the computer. Windows Installer 3.1 and earlier: Not supported. [Policy]

Output: DisableLoggingFromPackage


Input: [Value data type] REG_SZ [Description] The automatic logon (auto-logon) policy determines when it is acceptable to include the default credentials in a request to the server. Windows 8 and Windows Server 2012: This policy requires Windows Installer running on the Windows 8 or Windows Server 2012 and is unavailable on all earlier versions of Windows. [Policy]

Output: WinHttpAutoLogonLevel


Input: [Windows Runtime] IIterable [.NET Framework]

Output: IEnumerable

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IVector [.NET Framework]

Output: IList

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IVectorView [.NET Framework]

Output: IReadOnlyList

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IMap [.NET Framework]

Output: IDictionary

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IMapView [.NET Framework]

Output: IReadOnlyDictionary

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IKeyValuePair [.NET Framework]

Output: KeyValuePair

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IBindableIterable [.NET Framework]

Output: IEnumerable

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] IBindableVector [.NET Framework]

Output: IList

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] Windows.UI.Xaml.Data.INotifyPropertyChanged [.NET Framework]

Output: System.ComponentModel.INotifyPropertyChanged

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] Windows.UI.Xaml.Data.PropertyChangedEventHandler [.NET Framework]

Output: System.ComponentModel.PropertyChangedEventHandler

Creating Windows Runtime Components in C# and Visual Basic


Input: [Windows Runtime] Windows.UI.Xaml.Data.PropertyChangedEventArgs [.NET Framework]

Output: System.ComponentModel.PropertyChangedEventArgs

Creating Windows Runtime Components in C# and Visual Basic


Input: [Description] A value that specifies whether comment nodes are compared. [Option]

Output: IgnoreComments


Input: [Description] A value that specifies whether the namespace uniform resource identifier (URI) of an element and its attribute names are compared. If this option is set to true, two elements that have the same local name but a different namespace are considered to be identical. [Option]

Output: IgnoreNamespaces


Input: [Description] A value that specifies whether prefixes of element and attribute names are compared. If this option is set to true, two elements that have the same local name but a different namespace URI and prefix are considered identical. [Option]

Output: IgnorePrefixes


Input: [Description] A value that specifies whether the XML declarations are compared. [Option]

Output: IgnoreXMLDeclaration


Input: [Description] A value that specifies whether the order of child elements is compared. If this option is set to true, child elements that differ only in their position in a list of siblings are considered to be identical. [Option]

Output: IgnoreOrderOfChildElements


Input: [Description] A value that specifies whether white spaces are compared. [Option]

Output: IgnoreWhiteSpaces


Input: [Description] A value that specifies whether processing instructions are compared. [Option]

Output: IgnoreProcessingInstructions


Input: [Description] A value that specifies whether the DTD is ignored. [Option]

Output: IgnoreDTD


Input: [Command] Edit.Find [Description] Displays the Find dialog box. [Shortcut Keys]

Output: CTRL + F

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindNext [Description] Finds the next occurrence of the previous search text. [Shortcut Keys]

Output: F3

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindNextSelected [Description] Finds the next occurrence of the currently selected text in the document. [Shortcut Keys]

Output: CTRL + F3

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindPrevious [Description] Finds the previous occurrence of the search text. [Shortcut Keys]

Output: SHIFT + F3

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindPreviousSelected [Description] Finds the previous occurrence of the currently selected text, or the word at the caret. [Shortcut Keys]

Output: CTRL + SHIFT + F3

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.GoToFindCombo [Description] Places the caret in the Find/Command line on the Standard toolbar. [Shortcut Keys]

Output: CTRL + SHIFT + F

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.HiddenText [Description] Selects or clears the Search Hidden Text option for the Find dialog box. [Shortcut Keys]

Output: ALT + F3, H

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.IncrementalSearch [Description] Starts Incremental search. If Incremental search is started but you have not typed any characters, recalls the previous pattern. If text has been found, searches for the next occurrence. [Shortcut Keys]

Output: CTRL + ALT + I

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.MatchCase [Description] Selects or clears the Match Case option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + C

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.RegularExpression [Description] Selects or clears the Regular expression option so that special characters can be used in Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + R

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Replace [Description] Displays the Replace dialog box. [Shortcut Keys]

Output: CTRL + H

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.ReplaceinFiles [Description] Displays the Replace in Files dialog box. [Shortcut Keys]

Output: CTRL + SHIFT + H

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.ReverseIncrementalSearch [Description] Changes the direction of Incremental search to begin at the bottom of the file and progress towards the top. [Shortcut Keys]

Output: CTRL + SHIFT + ALT + I

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.StopSearch [Description] Halts the current Find in Files operation. [Shortcut Keys]

Output: ALT + F3, + S

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Up [Description] Selects or clears the Search Up option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + B

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.WholeWord [Description] Selects or clears the Match whole word option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + W

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Wildcard [Description] Selects or clears the Wildcard option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, P

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [UI Automation Property] AutomationIdProperty [Value] See notes. [Notes]

Output: The value of this property needs to be unique across all controls in an application.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] BoundingRectangleProperty [Value] See notes. [Notes]

Output: The outermost rectangle that contains the whole control.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] ClickablePointProperty [Value] See notes. [Notes]

Output: Supported if there is a bounding rectangle. If not every point within the bounding rectangle is clickable, and you perform specialized hit testing, then override and provide a clickable point.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] IsKeyboardFocusableProperty [Value] See notes. [Notes]

Output: If the control can receive keyboard focus, it must support this property.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] NameProperty [Value] "Back" [Notes]

Output: The split button control's name is displayed on the button.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] LabeledByProperty [Value] Null [Notes]

Output: Split button controls do not have a static text label.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] ControlTypeProperty [Value] SplitButton [Notes]

Output: This value is the same for all UI frameworks.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] LocalizedControlTypeProperty [Value] "split button" [Notes]

Output: Localized string corresponding to the SplitButton control type.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] HelpTextProperty [Value] See notes. [Notes]

Output: The help text can indicate the result of activating the split button, which is typically the same type of information presented through a tooltip.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] IsContentElementProperty [Value] True [Notes]

Output: The split button control contains information for the end user.

UI Automation Support for the SplitButton Control Type


Input: [UI Automation Property] IsControlElementProperty [Value] True [Notes]

Output: The split button control is visible to the end user.

UI Automation Support for the SplitButton Control Type


Input: Visual Studio 2012 [Description] You can install this release of the Azure SDK, which includes the Azure Tools, either in the same instance of Visual Studio 2012 as the previous release of the SDK or in another instance. If you install these releases of the SDK side by side, you can still open projects that were created with the previous release, but all new projects will be created with the current release. For more information, see How To: Upgrade Projects to the Current Version of the Azure Tools [Task]

Output: Develop cloud services by using the most recent version of Visual Studio.


Input: Visual Studio 2010 with Service Pack 1 (SP1) Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] By using role-based caching, you can set up general-purpose data caches, in addition to the output caches and session state caches on a per-role basis in Azure cloud services. For more information, see How to: Use an Azure In-Role Cache in Azure Cloud Service. [Task]

Output: Create and consume a distributed caching service that's hosted by a role or that runs as a separate role in a cloud service.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] A service bus provides an efficient message queue system for worker roles in Azure. For more information, see Service Bus. [Task]

Output: Explore workflow in worker roles by using service bus tasks and queues in Server Explorer. Also, create worker roles that use service bus queues.


Input: Visual Studio 2010 SP1 Visual Studio 2012 [Description] In Server Explorer, you can monitor the status of virtual machines and log into them. For more information about how to manage virtual machines, see Accessing Azure Virtual Machines from Server Explorer. [Task]

Output: Explore virtual machines and service bus queues. Also, start a remote desktop (RDP) session directly from a virtual machine or a cloud service in the Server Explorer window of Visual Studio.


Input: Visual Studio 2012 Visual Studio Express 2012 for Web [Description] SQL Server Express LocalDB is a lightweight database that’s for developers and that requires no administration or management of instances of SQL Server. Visual Studio 2012 installs LocalDB on the local machine by default. The storage emulator can now be initialized and backed by LocalDB. You can use LocalDB when you run and debug your application locally. For more information, see How to: Upgrade to SQL Server Express LocalDB and SQL Server 2012 Express LocalDB. [Task]

Output: Use the lightweight database, SQL Server Express LocalDB, during the development process.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] You can create ASP.NET MVC4 roles from a template. Also, if you already have an MVC4 project, you can add Azure publishing support to it. For more information, see What's New in ASP.NET MVC 4. [Task]

Output: Use ASP.NET MVC4 web roles in your cloud services.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] You can add Azure projects to Team Foundation Service, which is a cloud-based version-control system that’s based on Visual Studio Team Foundation Server. You can manage source code, work items, projects, builds, and publication to Azure without any servers on your premises. For more information, see Continuous Delivery for Cloud Applications in Azure. [Task]

Output: Set up your cloud services to automatically deploy when you make code changes.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] Several improvements make deploying Azure applications faster. You can deploy only those components that have changed since the last deployment. If you aren't concerned about keeping an application available at all times, you can update all instances simultaneously instead of incrementally. [Task]

Output: Deploy cloud services more quickly.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] When you debugging an application locally, you can run IIS Express in the compute emulator, as a lightweight alternative to installing a server to run IIS. In this release, you still need elevated permissions to run cloud services in the Azure emulator. For more information, see IIS Express Overview. [Task]

Output: You can test and run cloud services locally by using Internet Information Services (IIS) Express.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] Azure supports UDP in the Endpoints tab of the role designer. [Task]

Output: Use the User Datagram Protocol (UDP) in your cloud services.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] You can add content to your roles by creating a folder or adding files to your role projects in Solution Explorer. When you publish, your files are deployed to Azure and are available to the cloud service that’s running. [Task]

Output: Add files and folders to your roles.


Input: Visual Studio 2010 with SP1 Visual Studio 2012 Visual Web Developer 2010 with SP1 Visual Studio Express 2012 for Web [Description] When you use the Publish Wizard to publish to Azure, you can automatically update your configuration files with the connection information for your storage account. If you’ve already added a connection string, it isn’t replaced.Because the tools change the active .cscfg file before publishing your cloud service to Azure, you have explicit visibility and control over the values. For more information, see Publish Azure Application Wizard. [Task]

Output: Create storage connection strings for Diagnostics and Caching more easily.


Input: [Name] Action [Description]

Output: Gets or sets a security action. (Inherited from SecurityAttribute.)


Input: [Name] All [Description]

Output: Obsolete. Gets or sets full access for the specified registry keys.


Input: [Name] ChangeAccessControl [Description]

Output: Gets or sets change access control for the specified registry keys.


Input: [Name] Create [Description]

Output: Gets or sets create-level access for the specified registry keys.


Input: [Name] Read [Description]

Output: Gets or sets read access for the specified registry keys.


Input: [Name] TypeId [Description]

Output: When implemented in a derived class, gets a unique identifier for this Attribute. (Inherited from Attribute.)


Input: [Name] Unrestricted [Description]

Output: Gets or sets a value indicating whether full (unrestricted) permission to the resource protected by the attribute is declared. (Inherited from SecurityAttribute.)


Input: [Name] ViewAccessControl [Description]

Output: Gets or sets view access control for the specified registry keys.


Input: [Name] ViewAndModify [Description]

Output: Gets or sets a specified set of registry keys that can be viewed and modified.


Input: [Name] Write [Description]

Output: Gets or sets write access for the specified registry keys.


Input: [Description] Specifies whether the ResultTypes obtained from the search results should be used or overridden. [Name]

Output: bypassResultTypes


Input: [Description] Specifies the locale for a query. [Name]

Output: culture


Input: [Description] Specifies the preferred summary length. [Name]

Output: desiredSnippetLength


Input: [Description] Specifies whether the ResultTable objects in the ResultTableCollection produced by running a query should be interleaved. [Name]

Output: enableInterleaving


Input: [Description] Specifies whether the exact terms in the search query are used to find matches, or if nicknames are used as well. [Name]

Output: enableNicknames


Input: [Description] Specifies whether hit highlighted properties should be ordered by hit highlighted terms. [Name]

Output: enableOrderingHitHighlightedProperty


Input: [Description] Specifies whether the phonetic forms of the query terms are used to find matches. [Name]

Output: enablePhonetic


Input: [Description] Specifies whether Query Rules are enabled for a particular query. [Name]

Output: enableQueryRules


Input: [Description] Specifies whether stemming is enabled. [Name]

Output: enableStemming


Input: [Description] Specifies a multi-valued hit highlighted property limit. [Name]

Output: hitHighlightedMultivaluePropertyLimit


Input: [Description] Determines whether Best Bets are enabled. [Name]

Output: processBestBets


Input: [Description] Determines whether personal favorites data is processed. [Name]

Output: processPersonalFavorites


Input: [Description] Specifies the length of the search result summary. [Name]

Output: summaryLength


Input: [Description] Specifies whether duplicate items should be removed from the search results. [Name]

Output: trimDuplicates


Input: [Description] Specifies the UI language. [Name]

Output: uiLanguage


Input: [Description] Attached properties [Name]

Output: AttachedProperties


Input: [Description] Gets or sets a path of the build agent working directory. [Name]

Output: BuildDirectory


Input: [Description] Gets or sets the build controller that owns this build agent. [Name]

Output: Controller


Input: [Description] Gets the date and time that this agent was created. [Name]

Output: DateCreated


Input: [Description] Gets the date and time that this agent was last updated. [Name]

Output: DateUpdated


Input: [Description] Gets or sets the description of the build agent. [Name]

Output: Description


Input: [Description] Gets or sets a flag that describes whether the build agent is enabled. [Name]

Output: Enabled


Input: [Description] Gets the full path of this build group item. (Inherited from IBuildGroupItem.) [Name]

Output: FullPath


Input: [Description] Gets a flag that describes whether this agent is currently being used by a build. [Name]

Output: IsReserved


Input: [Description] Gets the message queue address. This field is for system use only. [Name]

Output: MessageQueueUrl


Input: [Description] Gets or sets the name of this build group item. (Inherited from IBuildGroupItem.) [Name]

Output: Name


Input: [Description] Gets the identifier of the build that is currently using this agent. Returns null if the agent is not currently being used. [Name]

Output: ReservedForBuild


Input: [Description] Gets the service host in which this build agent resides. [Name]

Output: ServiceHost


Input: [Description] Gets or sets the build agent status. [Name]

Output: Status


Input: [Description] Gets a message from the build computer about the build agent status. [Name]

Output: StatusMessage


Input: [Description] Gets or sets the tags that are defined for this build agent. [Name]

Output: Tags


Input: [Description] Gets the team project that owns this build group item. (Inherited from IBuildGroupItem.) [Name]

Output: TeamProject


Input: [Description] Gets the uniform resource identifier (URI) of this build group item. (Inherited from IBuildGroupItem.) [Name]

Output: Uri


Input: [Description] Gets the URL that is used to communicate with the build agent. [Name]

Output: Url


Input: [Command] Edit.Find [Shortcut Keys] CTRL + F [Description]

Output: Displays the Find dialog box.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindNext [Shortcut Keys] F3 [Description]

Output: Finds the next occurrence of the previous search text.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindNextSelected [Shortcut Keys] CTRL + F3 [Description]

Output: Finds the next occurrence of the currently selected text in the document.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindPrevious [Shortcut Keys] SHIFT + F3 [Description]

Output: Finds the previous occurrence of the search text.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.FindPreviousSelected [Shortcut Keys] CTRL + SHIFT + F3 [Description]

Output: Finds the previous occurrence of the currently selected text, or the word at the caret.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.GoToFindCombo [Shortcut Keys] CTRL + SHIFT + F [Description]

Output: Places the caret in the Find/Command line on the Standard toolbar.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.HiddenText [Shortcut Keys] ALT + F3, H [Description]

Output: Selects or clears the Search Hidden Text option for the Find dialog box.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.IncrementalSearch [Shortcut Keys] CTRL + ALT + I [Description]

Output: Starts Incremental search. If Incremental search is started but you have not typed any characters, recalls the previous pattern. If text has been found, searches for the next occurrence.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.MatchCase [Shortcut Keys] ALT + F3, + C [Description]

Output: Selects or clears the Match Case option for Find and Replace operations.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.RegularExpression [Shortcut Keys] ALT + F3, + R [Description]

Output: Selects or clears the Regular expression option so that special characters can be used in Find and Replace operations.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Replace [Shortcut Keys] CTRL + H [Description]

Output: Displays the Replace dialog box.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.ReplaceinFiles [Shortcut Keys] CTRL + SHIFT + H [Description]

Output: Displays the Replace in Files dialog box.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.ReverseIncrementalSearch [Shortcut Keys] CTRL + SHIFT + ALT + I [Description]

Output: Changes the direction of Incremental search to begin at the bottom of the file and progress towards the top.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.StopSearch [Shortcut Keys] ALT + F3, + S [Description]

Output: Halts the current Find in Files operation.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Up [Shortcut Keys] ALT + F3, + B [Description]

Output: Selects or clears the Search Up option for Find and Replace operations.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.WholeWord [Shortcut Keys] ALT + F3, + W [Description]

Output: Selects or clears the Match whole word option for Find and Replace operations.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [Command] Edit.Wildcard [Shortcut Keys] ALT + F3, P [Description]

Output: Selects or clears the Wildcard option for Find and Replace operations.

Search and Replace Shortcut Keys, Visual Basic 6.0 Default Shortcut Option


Input: [From] Variant v [Changes propagated back] Never [To]

Output: Object o


Input: [From] Object o [Changes propagated back] Never [To]

Output: Variant v


Input: [From] Variant *pv [Changes propagated back] Always [To]

Output: Ref Object o


Input: [From] Ref object o [Changes propagated back] Always [To]

Output: Variant *pv


Input: [From] Variant v(VT_BYREF|VT_*) [Changes propagated back] Never [To]

Output: Object o


Input: [From] Variant v(VT_BYREF|VT_) [Changes propagated back] Only if the type has not changed. [To]

Output: Ref Object o


Input: [Property Name] ENCRYPTION_ALGORITHM [Description]

Output: The type of encryption algorithm that is used to encrypt sensitive data. The supported values include: DES, TRIPLE_DES, TRIPLE_DES_3KEY, DESX, AES_128, AES_192, and AES_256. Note: The catalog database must be in single-user mode in order to change this property.


Input: [Property Name] MAX_PROJECT_VERSIONS [Description]

Output: The number of new project versions that will be retained for a single project. When version cleanup is enabled, older versions beyond this count will be deleted.


Input: [Property Name] OPERATION_CLEANUP_ENABLED [Description]

Output: When the value is TRUE, operation details and operation messages older than RETENTION_WINDOW (days) are deleted from the catalog. When the value is FALSE, all operation details and operation messages are stored in the catalog. Note: a SQL Server job performs the operation cleanup.


Input: [Property Name] RETENTION_WINDOW [Description]

Output: The number of days that operation details and operation messages are stored in the catalog. When the value is -1, the retention window is infinite. Note: If no cleanup is desired, set OPERATION_CLEANUP_ENABLED to FALSE.


Input: [Property Name] VALIDATION_TIMEOUT [Description]

Output: Validations will be stopped if they do not complete in the number of seconds specified by this property.


Input: [Property Name] VERSION_CLEANUP_ENABLED [Description]

Output: When the value is TRUE, only the MAX_PROJECT_VERSIONS number of project versions are stored in the catalog and all other project versions are deleted. When the value is FALSE, all project versions are stored in the catalog. Note: a SQL Server job performs the operation cleanup.


Input: [Property Name] SERVER_LOGGING_LEVEL [Description]

Output: The default logging level for the Integration Services server.


Input: [Name] XmlAnyAttribute [Description]

Output: Gets or sets the XmlAnyAttributeAttribute to override.


Input: [Name] XmlAnyElements [Description]

Output: Gets the collection of XmlAnyElementAttribute objects to override.


Input: [Name] XmlArray [Description]

Output: Gets or sets an object that specifies how the XmlSerializer serializes a public field or read/write property that returns an array.


Input: [Name] XmlArrayItems [Description]

Output: Gets or sets a collection of objects that specify how the XmlSerializer serializes items inserted into an array returned by a public field or read/write property.


Input: [Name] XmlAttribute [Description]

Output: Gets or sets an object that specifies how the XmlSerializer serializes a public field or public read/write property as an XML attribute.


Input: [Name] XmlChoiceIdentifier [Description]

Output: Gets or sets an object that allows you to distinguish between a set of choices.


Input: [Name] XmlDefaultValue [Description]

Output: Gets or sets the default value of an XML element or attribute.


Input: [Name] XmlElements [Description]

Output: Gets a collection of objects that specify how the XmlSerializer serializes a public field or read/write property as an XML element.


Input: [Name] XmlEnum [Description]

Output: Gets or sets an object that specifies how the XmlSerializer serializes an enumeration member.


Input: [Name] XmlIgnore [Description]

Output: Gets or sets a value that specifies whether or not the XmlSerializer serializes a public field or public read/write property.


Input: [Name] Xmlns [Description]

Output: Gets or sets a value that specifies whether to keep all namespace declarations when an object containing a member that returns an XmlSerializerNamespaces object is overridden.


Input: [Name] XmlRoot [Description]

Output: Gets or sets an object that specifies how the XmlSerializer serializes a class as an XML root element.


Input: [Name] XmlText [Description]

Output: Gets or sets an object that instructs the XmlSerializer to serialize a public field or public read/write property as XML text.