Input: [Description] Contains information about templates and creating custom templates. [Topic]

Output: Using SQL Server Management Studio Templates

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Description] Includes topics on features such as code outlining, line numbering, hyperlinks in comments, sguiggles, word wrap, and more. [Topic]

Output: Editor Convenience Commands and Features

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Description] Includes a list of the keyboard shortcuts available in the code editor. [Topic]

Output: SQL Server Management Studio Keyboard Shortcuts

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Description] Explains how to configure SQL Server Management Studio to open a designated code editor based on a file extension. [Topic]

Output: How to: Associate File Extensions to a Code Editor

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Description] Contains links to pages that describe many configuration options for the code editor. [Topic]

Output: Editing Scripts and Files in SQL Server Management Studio

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Description] Describes how to customize the appearance of text in the code editor. [Topic]

Output: How to: Change Font Color, Size, and Style

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Name] AddCommand [Description]

Output: Adds the specified standard menu command to the menu.


Input: [Name] AddVerb [Description]

Output: Adds the specified designer verb to the set of global designer verbs.


Input: [Name] FindCommand [Description]

Output: Searches for the specified command ID and returns the menu command associated with it.


Input: [Name] GlobalInvoke [Description]

Output: Invokes a menu or designer verb command matching the specified command ID.


Input: [Name] RemoveCommand [Description]

Output: Removes the specified standard menu command from the menu.


Input: [Name] RemoveVerb [Description]

Output: Removes the specified designer verb from the collection of global designer verbs.


Input: [Name] ShowContextMenu [Description]

Output: Shows the specified shortcut menu at the specified location.


Input: [Name] AuthenticationSchemes [Description]

Output: Gets or sets the scheme used to authenticate clients.


Input: [Name] AuthenticationSchemeSelectorDelegate [Description]

Output: Gets or sets the delegate called to determine the protocol used to authenticate clients.


Input: [Name] DefaultServiceNames [Description]

Output: Gets a default list of Service Provider Names (SPNs) as determined by registered prefixes.


Input: [Name] ExtendedProtectionPolicy [Description]

Output: Get or set the ExtendedProtectionPolicy to use for extended protection for a session.


Input: [Name] ExtendedProtectionSelectorDelegate [Description]

Output: Get or set the delegate called to determine the ExtendedProtectionPolicy to use for each request.


Input: [Name] IgnoreWriteExceptions [Description]

Output: Gets or sets a Boolean value that specifies whether your application receives exceptions that occur when an HttpListener sends the response to the client.


Input: [Name] IsListening [Description]

Output: Gets a value that indicates whether HttpListener has been started.


Input: [Name] IsSupported [Description]

Output: Gets a value that indicates whether HttpListener can be used with the current operating system.


Input: [Name] Prefixes [Description]

Output: Gets the Uniform Resource Identifier (URI) prefixes handled by this HttpListener object.


Input: [Name] Realm [Description]

Output: Gets or sets the realm, or resource partition, associated with this HttpListener object.


Input: [Name] TimeoutManager [Description]

Output: The timeout manager for this HttpListener instance.


Input: [Name] UnsafeConnectionNtlmAuthentication [Description]

Output: Gets or sets a Boolean value that controls whether, when NTLM is used, additional requests using the same Transmission Control Protocol (TCP) connection are required to authenticate.


Input: [Description] Defines the overall format of the result string. [Property]

Output: FullDateTimePattern


Input: [Description] Defines the localized day names that can appear in the result string. [Property]

Output: DayNames


Input: [Description] Defines the localized month names that can appear in the result string. [Property]

Output: MonthNames


Input: [Description] Defines the string that separates the hour, minute, and second components of a time. [Property]

Output: TimeSeparator


Input: [Description] Defines the string that indicates times from midnight to before noon in a 12-hour clock. [Property]

Output: AMDesignator


Input: [Description] Defines the string that indicates times from noon to before midnight in a 12-hour clock. [Property]

Output: PMDesignator


Input: [Description] Provides a string of custom data to the provider for a profile property. [Class]

Output: CustomProviderDataAttribute


Input: [Description] Represents a user-profile instance when no profile properties are defined. [Class]

Output: DefaultProfile


Input: [Description] Provides data for the ProfileAutoSaving event of the ProfileModule class. [Class]

Output: ProfileAutoSaveEventArgs


Input: [Description] Provides untyped access to profile property values and information. [Class]

Output: ProfileBase


Input: [Description] Provides data for the Personalize event of the ProfileModule class. [Class]

Output: ProfileEventArgs


Input: [Description] Provides untyped access to grouped ASP.NET profile property values. [Class]

Output: ProfileGroupBase


Input: [Description] Provides information about a user profile. [Class]

Output: ProfileInfo


Input: [Description] A collection of ProfileInfo objects. [Class]

Output: ProfileInfoCollection


Input: [Description] Manages user profile data and settings. [Class]

Output: ProfileManager


Input: [Description] Provides data for the MigrateAnonymous event of the ProfileModule class. [Class]

Output: ProfileMigrateEventArgs


Input: [Description] Manages the creation of the user profile and profile events. This class cannot be inherited. [Class]

Output: ProfileModule


Input: [Description] Defines the contract that ASP.NET implements to provide profile services using custom profile providers. [Class]

Output: ProfileProvider


Input: [Description] Identifies the profile provider for a user-profile property. [Class]

Output: ProfileProviderAttribute


Input: [Description] A collection of objects that inherit the ProfileProvider abstract class. [Class]

Output: ProfileProviderCollection


Input: [Description] Identifies whether a profile property can be set or accessed for an anonymous user. [Class]

Output: SettingsAllowAnonymousAttribute


Input: [Description] Manages storage of profile information for an ASP.NET application in a SQL Server database. [Class]

Output: SqlProfileProvider


Input: [Interface] IDockProvider [Description]

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


Input: [Interface] IExpandCollapseProvider [Description]

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


Input: [Interface] IGridItemProvider [Description]

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


Input: [Interface] IGridProvider [Description]

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


Input: [Interface] IInvokeProvider [Description]

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


Input: [Interface] IMultipleViewProvider [Description]

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


Input: [Interface] IRangeValueProvider [Description]

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


Input: [Interface] IScrollItemProvider [Description]

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


Input: [Interface] IScrollProvider [Description]

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


Input: [Interface] ISelectionItemProvider [Description]

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


Input: [Interface] ISelectionProvider [Description]

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


Input: [Interface] ITableItemProvider [Description]

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


Input: [Interface] ITableProvider [Description]

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


Input: [Interface] ITextProvider [Description]

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


Input: [Interface] ITextRangeProvider [Description]

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


Input: [Interface] IToggleProvider [Description]

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


Input: [Interface] ITransformProvider [Description]

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


Input: [Interface] IValueProvider [Description]

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


Input: [Interface] IWindowProvider [Description]

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


Input: [Name] AffectedRows [Description]

Output: Gets the number of rows affected by the update operation.


Input: [Name] Exception [Description]

Output: Gets the exception (if any) that was raised during the update operation.


Input: [Name] ExceptionHandled [Description]

Output: Gets or sets a value indicating whether an exception that was raised during the update operation was handled in the event handler.


Input: [Name] KeepInEditMode [Description]

Output: Gets or sets a value indicating whether the DetailsView control should remain in edit mode after an update operation.


Input: [Name] Keys [Description]

Output: Gets a dictionary that contains the key field name/value pairs for the updated record.


Input: [Name] NewValues [Description]

Output: Gets a dictionary that contains the new field name/value pairs for the updated record.


Input: [Name] OldValues [Description]

Output: Gets a dictionary that contains the original field name/value pairs for the updated record.


Input: [Type] RID [Description]

Output: Row identifier. Used to lock a single row individually within a table.

Activity Monitor (Locks by Process Page)


Input: [Type] Key [Description]

Output: A row lock within an index. Used to protect key ranges in serializable transactions.

Activity Monitor (Locks by Process Page)


Input: [Type] Page [Description]

Output: Data or index page.

Activity Monitor (Locks by Process Page)


Input: [Type] Extent [Description]

Output: A contiguous group of eight data pages or index pages.

Activity Monitor (Locks by Process Page)


Input: [Type] Table [Description]

Output: An entire table, including all data and indexes.

Activity Monitor (Locks by Process Page)


Input: [Type] Database [Description]

Output: An entire database.

Activity Monitor (Locks by Process Page)


Input: [Type] Metadata [Description]

Output: Descriptive information about the object.

Activity Monitor (Locks by Process Page)


Input: [Class] CustomProviderDataAttribute [Description]

Output: Provides a string of custom data to the provider for a profile property.


Input: [Class] DefaultProfile [Description]

Output: Represents a user-profile instance when no profile properties are defined.


Input: [Class] ProfileAutoSaveEventArgs [Description]

Output: Provides data for the ProfileAutoSaving event of the ProfileModule class.


Input: [Class] ProfileBase [Description]

Output: Provides untyped access to profile property values and information.


Input: [Class] ProfileEventArgs [Description]

Output: Provides data for the Personalize event of the ProfileModule class.


Input: [Class] ProfileGroupBase [Description]

Output: Provides untyped access to grouped ASP.NET profile property values.


Input: [Class] ProfileInfo [Description]

Output: Provides information about a user profile.


Input: [Class] ProfileInfoCollection [Description]

Output: A collection of ProfileInfo objects.


Input: [Class] ProfileManager [Description]

Output: Manages user profile data and settings.


Input: [Class] ProfileMigrateEventArgs [Description]

Output: Provides data for the MigrateAnonymous event of the ProfileModule class.


Input: [Class] ProfileModule [Description]

Output: Manages the creation of the user profile and profile events. This class cannot be inherited.


Input: [Class] ProfileProvider [Description]

Output: Defines the contract that ASP.NET implements to provide profile services using custom profile providers.


Input: [Class] ProfileProviderAttribute [Description]

Output: Identifies the profile provider for a user-profile property.


Input: [Class] ProfileProviderCollection [Description]

Output: A collection of objects that inherit the ProfileProvider abstract class.


Input: [Class] SettingsAllowAnonymousAttribute [Description]

Output: Identifies whether a profile property can be set or accessed for an anonymous user.


Input: [Class] SqlProfileProvider [Description]

Output: Manages storage of profile information for an ASP.NET application in a SQL Server database.


Input: [Description] Name of the statistics object. [Column name]

Output: Name


Input: [Description] Date and time the statistics were last updated. The STATS_DATE function is an alternate way to retrieve this information. [Column name]

Output: Updated


Input: [Description] Total number of rows in the table or indexed view when the statistics were last updated. If the statistics are filtered or correspond to a filtered index, the number of rows might be less than the number of rows in the table. For more information, seeStatistics. [Column name]

Output: Rows


Input: [Description] Total number of rows sampled for statistics calculations. If Rows Sampled < Rows, the displayed histogram and density results are estimates based on the sampled rows. [Column name]

Output: Rows Sampled


Input: [Description] Number of steps in the histogram. Each step spans a range of column values followed by an upper bound column value. The histogram steps are defined on the first key column in the statistics. The maximum number of steps is 200. [Column name]

Output: Steps


Input: [Description] Calculated as 1 / distinct values for all values in the first key column of the statistics object, excluding the histogram boundary values. This Density value is not used by the query optimizer and is displayed for backward compatibility with versions before SQL Server 2008. [Column name]

Output: Density


Input: [Description] Average number of bytes per value for all of the key columns in the statistics object. [Column name]

Output: Average Key Length


Input: [Description] Yes indicates the statistics object contains string summary statistics to improve the cardinality estimates for query predicates that use the LIKE operator; for example, WHERE ProductName LIKE '%Bike'. String summary statistics are stored separately from the histogram and are created on the first key column of the statistics object when it is of type char, varchar, nchar, nvarchar, varchar(max), nvarchar(max), text, or ntext.. [Column name]

Output: String Index


Input: [Description] Predicate for the subset of table rows included in the statistics object. NULL = non-filtered statistics. For more information about filtered predicates, see Create Filtered Indexes. For more information about filtered statistics, see Statistics. [Column name]

Output: Filter Expression


Input: [Description] Total number of rows in the table before applying the filter expression. If Filter Expression is NULL, Unfiltered Rows is equal to Rows. [Column name]

Output: Unfiltered Rows


Input: [Description] Gets or sets a string specifying the title text for the message balloon. [Name]

Output: Caption


Input: [Description] Gets or sets a value indicating whether the notification is of urgent importance. [Name]

Output: Critical


Input: [Description] Gets or sets the current icon for the message balloon on the title bar. [Name]

Output: Icon


Input: [Description] Gets or sets the number of seconds the message balloon remains visible after initially shown. [Name]

Output: InitialDuration


Input: [Description] Gets or sets the ISite of the Component.(Inherited from Component.) [Name]

Output: Site


Input: [Description] Gets or sets the text for the message balloon. [Name]

Output: Text


Input: [Description] Gets or sets a value indicating whether the message balloon is visible. [Name]

Output: Visible


Input: [Interface] IUPnPAddressFamilyControl [Description]

Output: Enables an application to access the address family flag of the Device Finder object.


Input: [Interface] IUPnPDescriptionDocument [Description]

Output: Enables an application to load a device description. This interface is safe for scripting.


Input: [Interface] IUPnPDescriptionDocumentCallback [Description]

Output: Enables an application to receive the results of an asynchronous load operation.


Input: [Interface] IUPnPDevice [Description]

Output: Enables an application to retrieve information about a specific device.


Input: [Interface] IUPnPDeviceDocumentAccess [Description]

Output: Enables an application to obtain the URL of a device description document.


Input: [Interface] IUPnPDeviceDocumentAccessEx [Description]

Output: Provides a method to obtain the entire XML device description document for a specific device.


Input: [Interface] IUPnPDeviceFinder [Description]

Output: Enables an application to find a device.


Input: [Interface] IUPnPDeviceFinderAddCallbackWithInterface [Description]

Output: Enables an application to receive asynchronous search results from the UPnP framework along with the GUID of the network adapter through which the device advertisement came.


Input: [Interface] IUPnPDeviceFinderCallback [Description]

Output: Enables an application to receive asynchronous search results from the UPnP framework.


Input: [Interface] IUPnPDevices [Description]

Output: Enumerates a collection of devices.


Input: [Interface] IUPnPHttpHeaderControl [Description]

Output: Enables an application to set "User Agent" HTTP headers from class instances that implement the IUPnPDeviceFinder or the IUPnPDescriptionDocument interfaces.


Input: [Interface] IUPnPService [Description]

Output: Enables an application to retrieve state information and invoke actions for a service.


Input: [Interface] IUPnPServiceAsync [Description]

Output: Asynchronously query state variables and invoke actions on an instance of a service.


Input: [Interface] IUPnPServiceCallback [Description]

Output: Enables an application to receive notification from the UPnP framework when events occur.


Input: [Interface] IUPnPServices [Description]

Output: Enumerates a collection of services.


Input: [Topic] Using SQL Server Management Studio Templates [Description]

Output: Contains information about templates and creating custom templates.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Topic] Editor Convenience Commands and Features [Description]

Output: Includes topics on features such as code outlining, line numbering, hyperlinks in comments, sguiggles, word wrap, and more.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Topic] SQL Server Management Studio Keyboard Shortcuts [Description]

Output: Includes a list of the keyboard shortcuts available in the code editor.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Topic] How to: Associate File Extensions to a Code Editor [Description]

Output: Explains how to configure SQL Server Management Studio to open a designated code editor based on a file extension.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Topic] Editing Scripts and Files in SQL Server Management Studio [Description]

Output: Contains links to pages that describe many configuration options for the code editor.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Topic] How to: Change Font Color, Size, and Style [Description]

Output: Describes how to customize the appearance of text in the code editor.

Writing, Analyzing, and Editing Scripts with SQL Server Management Studio


Input: [Enumeration] HardwareKeys [Description]

Output: Specifies the hardware buttons on a Pocket PC that can be accessed by the HardwareButton class.


Input: [Enumeration] InputMode [Description]

Output: Specifies the input modes that can be set on the Smartphone using an InputModeEditor.


Input: [Enumeration] LogFontCharSet [Description]

Output: Specifies the character set of a font.


Input: [Enumeration] LogFontClipPrecision [Description]

Output: Specifies the precision for clipping characters.


Input: [Enumeration] LogFontPitchAndFamily [Description]

Output: Specifies categories of fonts.


Input: [Enumeration] LogFontPrecision [Description]

Output: Specifies the output precision.


Input: [Enumeration] LogFontQuality [Description]

Output: Specifies the quality of a font.


Input: [Enumeration] LogFontWeight [Description]

Output: Specifies the weight of a font.


Input: [Enumeration] ScreenOrientation [Description]

Output: Specifies the angle of the orientation of the device screen that can be accessed by the ScreenOrientation property.


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] GetData(String) [Description]

Output: Retrieves a data object in a specified format; the data format is specified by a string.


Input: [Name] GetData(Type) [Description]

Output: Retrieves a data object in a specified format; the data format is specified by a Type object. Always throws an exception.


Input: [Name] GetData(String, Boolean) [Description]

Output: Retrieves a data object in a specified format, optionally converting the data to the specified format. Always throws an exception.


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

Output: Checks to see whether the data is available in, or can be converted to, a specified format; the data format is specified by a string.


Input: [Name] GetDataPresent(Type) [Description]

Output: Checks whether the data is available in, or can be converted to, a specified format. The data format is specified by a Type object. Always throws an exception.


Input: [Name] GetDataPresent(String, Boolean) [Description]

Output: Checks whether the data is available in, or can be converted to, a specified format. A Boolean flag indicates whether to check if the data can be converted to the specified format, if it is not available in that format. Always throws an exception.


Input: [Name] GetFormats [Description]

Output: Returns a list of all formats that the data in this data object is stored in, or can be converted to.


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

Output: Returns a list of all formats that the data in this data object is stored in. A Boolean flag indicates whether to also include formats that the data can be automatically converted to. Always throws an exception.


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] SetData(Object) [Description]

Output: Stores the specified data in this data object and automatically converts the data format from the source object type. Always throws an exception.


Input: [Name] SetData(String, Object) [Description]

Output: Stores the specified data in this data object, along with one or more specified data formats. The data format is specified by a string. Always throws an exception.


Input: [Name] SetData(Type, Object) [Description]

Output: Stores the specified data in this data object, together with one or more specified data formats. The data format is specified by a Type class. Always throws an exception.


Input: [Name] SetData(String, Object, Boolean) [Description]

Output: Stores the specified data in this data object, together with one or more specified data formats. This overload includes a Boolean flag to indicate whether the data may be converted to another format on retrieval. Always throws an exception.


Input: [Name] ToString [Description]

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


Input: [Description] Defines the format of the date component of the result string. [Property]

Output: ShortDatePattern


Input: [Description] Defines the format of the time component of the result string. [Property]

Output: ShortTimePattern


Input: [Description] Defines the string that separates the year, month, and day components of a date. [Property]

Output: DateSeparator


Input: [Description] Defines the string that separates the hour, minute, and second components of a time. [Property]

Output: TimeSeparator


Input: [Description] Defines the string that indicates times from midnight to before noon in a 12-hour clock. [Property]

Output: AMDesignator


Input: [Description] Defines the string that indicates times from noon to before midnight in a 12-hour clock. [Property]

Output: PMDesignator


Input: [Property] FullDateTimePattern [Description]

Output: Defines the overall format of the result string.


Input: [Property] DayNames [Description]

Output: Defines the localized day names that can appear in the result string.


Input: [Property] MonthNames [Description]

Output: Defines the localized month names that can appear in the result string.


Input: [Property] TimeSeparator [Description]

Output: Defines the string that separates the hour, minute, and second components of a time.


Input: [Property] AMDesignator [Description]

Output: Defines the string that indicates times from midnight to before noon in a 12-hour clock.


Input: [Property] PMDesignator [Description]

Output: Defines the string that indicates times from noon to before midnight in a 12-hour clock.


Input: [Name] ConformsTo [Description]

Output: Gets or sets the Web Services Interoperability (WSI) specification to which the binding claims to conform.


Input: [Name] EmitConformanceClaims [Description]

Output: Gets or sets a value that indicates whether the binding emits conformance claims.


Input: [Name] Location [Description]

Output: Gets or sets the location where the binding is defined.


Input: [Name] Name [Description]

Output: Gets or sets the name of the binding.


Input: [Name] Namespace [Description]

Output: Gets or sets the namespace associated with the binding.


Input: [Name] TypeId [Description]

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


Input: [Member name] CheckConstraints [Description]

Output: Check constraints while data is being inserted. By default, constraints are not checked.


Input: [Member name] Default [Description]

Output: Use the default values for all options.


Input: [Member name] FireTriggers [Description]

Output: When specified, cause the server to fire the insert triggers for the rows being inserted into the database.


Input: [Member name] KeepIdentity [Description]

Output: Preserve source identity values. When not specified, identity values are assigned by the destination.


Input: [Member name] KeepNulls [Description]

Output: Preserve null values in the destination table regardless of the settings for default values. When not specified, null values are replaced by default values where applicable.


Input: [Member name] TableLock [Description]

Output: Obtain a bulk update lock for the duration of the bulk copy operation. When not specified, row locks are used.


Input: [Member name] UseInternalTransaction [Description]

Output: When specified, each batch of the bulk-copy operation will occur within a transaction. If you indicate this option and also provide a SqlTransaction object to the constructor, an ArgumentException occurs.


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] CanPauseAndContinue [Description]

Output: Gets a value indicating whether the service can be paused and resumed.


Input: [Name] CanRaiseEvents [Description]

Output: Gets a value indicating whether the component can raise an event. (Inherited from Component.)


Input: [Name] CanShutdown [Description]

Output: Gets a value indicating whether the service should be notified when the system is shutting down.


Input: [Name] CanStop [Description]

Output: Gets a value indicating whether the service can be stopped after it has started.


Input: [Name] Container [Description]

Output: Gets the IContainer that contains the Component. (Inherited from Component.)


Input: [Name] DependentServices [Description]

Output: Gets the set of services that depends on the service associated with this ServiceController instance.


Input: [Name] DesignMode [Description]

Output: Gets a value that indicates whether the Component is currently in design mode. (Inherited from Component.)


Input: [Name] DisplayName [Description]

Output: Gets or sets a friendly name for the service.


Input: [Name] Events [Description]

Output: Gets the list of event handlers that are attached to this Component. (Inherited from Component.)


Input: [Name] MachineName [Description]

Output: Gets or sets the name of the computer on which this service resides.


Input: [Name] ServiceHandle [Description]

Output: Gets the handle for the service.


Input: [Name] ServiceName [Description]

Output: Gets or sets the name that identifies the service that this instance references.


Input: [Name] ServicesDependedOn [Description]

Output: The set of services that this service depends on.


Input: [Name] ServiceType [Description]

Output: Gets the type of service that this object references.


Input: [Name] Site [Description]

Output: Gets or sets the ISite of the Component. (Inherited from Component.)


Input: [Name] Status [Description]

Output: Gets the status of the service that is referenced by this instance.


Input: [Description] Row identifier. Used to lock a single row individually within a table. [Type]

Output: RID

Activity Monitor (Locks by Process Page)


Input: [Description] A row lock within an index. Used to protect key ranges in serializable transactions. [Type]

Output: Key

Activity Monitor (Locks by Process Page)


Input: [Description] Data or index page. [Type]

Output: Page

Activity Monitor (Locks by Process Page)


Input: [Description] A contiguous group of eight data pages or index pages. [Type]

Output: Extent

Activity Monitor (Locks by Process Page)


Input: [Description] An entire table, including all data and indexes. [Type]

Output: Table

Activity Monitor (Locks by Process Page)


Input: [Description] An entire database. [Type]

Output: Database

Activity Monitor (Locks by Process Page)


Input: [Description] Descriptive information about the object. [Type]

Output: Metadata

Activity Monitor (Locks by Process Page)


Input: [Description] Gets the number of rows affected by the update operation. [Name]

Output: AffectedRows


Input: [Description] Gets the exception (if any) that was raised during the update operation. [Name]

Output: Exception


Input: [Description] Gets or sets a value indicating whether an exception that was raised during the update operation was handled in the event handler. [Name]

Output: ExceptionHandled


Input: [Description] Gets or sets a value indicating whether the DetailsView control should remain in edit mode after an update operation. [Name]

Output: KeepInEditMode


Input: [Description] Gets a dictionary that contains the key field name/value pairs for the updated record. [Name]

Output: Keys


Input: [Description] Gets a dictionary that contains the new field name/value pairs for the updated record. [Name]

Output: NewValues


Input: [Description] Gets a dictionary that contains the original field name/value pairs for the updated record. [Name]

Output: OldValues


Input: [Description] Lets you efficiently bulk load a SQL Server table with data from another source. [Class]

Output: SqlBulkCopy


Input: [Description] Defines the mapping between a column in a SqlBulkCopy instance's data source and a column in the instance's destination table. [Class]

Output: SqlBulkCopyColumnMapping


Input: [Description] Collection of SqlBulkCopyColumnMapping objects that inherits from CollectionBase. [Class]

Output: SqlBulkCopyColumnMappingCollection


Input: [Description] Represents a set of methods for creating instances of the System.Data.SqlClient provider's implementation of the data source classes. [Class]

Output: SqlClientFactory


Input: [Description] Provides a list of constants for use with the GetSchema method to retrieve metadata collections. [Class]

Output: SqlClientMetaDataCollectionNames


Input: [Description] Enables the .NET Framework Data Provider for SQL Server to help make sure that a user has a security level sufficient to access a data source. [Class]

Output: SqlClientPermission


Input: [Description] Associates a security action with a custom security attribute. [Class]

Output: SqlClientPermissionAttribute


Input: [Description] Represents a Transact-SQL statement or stored procedure to execute against a SQL Server database. This class cannot be inherited. [Class]

Output: SqlCommand


Input: [Description] Automatically generates single-table commands that are used to reconcile changes made to a DataSet with the associated SQL Server database. This class cannot be inherited. [Class]

Output: SqlCommandBuilder


Input: [Description] Represents an open connection to a SQL Server database. This class cannot be inherited. [Class]

Output: SqlConnection


Input: [Description] Provides a simple way to create and manage the contents of connection strings used by the SqlConnection class. [Class]

Output: SqlConnectionStringBuilder


Input: [Description] Represents a set of data commands and a database connection that are used to fill the DataSet and update a SQL Server database. This class cannot be inherited. [Class]

Output: SqlDataAdapter


Input: [Description] Provides a way of reading a forward-only stream of rows from a SQL Server database. This class cannot be inherited. [Class]

Output: SqlDataReader


Input: [Description] Infrastructure. Included to support debugging applications. Not intended for direct use. [Class]

Output: SQLDebugging


Input: [Description] The SqlDependency object represents a query notification dependency between an application and an instance of SQL Server 2005. An application can create a SqlDependency object and register to receive notifications via the OnChangeEventHandler event handler. [Class]

Output: SqlDependency


Input: [Description] Collects information relevant to a warning or error returned by SQL Server. [Class]

Output: SqlError


Input: [Description] Collects all errors generated by the .NET Framework Data Provider for SQL Server. This class cannot be inherited. [Class]

Output: SqlErrorCollection


Input: [Description] The exception that is thrown when SQL Server returns a warning or error. This class cannot be inherited. [Class]

Output: SqlException


Input: [Description] Provides data for the InfoMessage event. [Class]

Output: SqlInfoMessageEventArgs


Input: [Description] Represents the set of arguments passed to the notification event handler. [Class]

Output: SqlNotificationEventArgs


Input: [Description] Represents a parameter to a SqlCommand and optionally its mapping to DataSet columns. This class cannot be inherited. For more information on parameters, see Configuring Parameters and Parameter Data Types (ADO.NET). [Class]

Output: SqlParameter


Input: [Description] Represents a collection of parameters associated with a SqlCommand and their respective mappings to columns in a DataSet. This class cannot be inherited. [Class]

Output: SqlParameterCollection


Input: [Description] Represents the set of arguments passed to the SqlRowsCopiedEventHandler. [Class]

Output: SqlRowsCopiedEventArgs


Input: [Description] Provides data for the RowUpdated event. [Class]

Output: SqlRowUpdatedEventArgs


Input: [Description] Provides data for the RowUpdating event. [Class]

Output: SqlRowUpdatingEventArgs


Input: [Description] Represents a Transact-SQL transaction to be made in a SQL Server database. This class cannot be inherited. [Class]

Output: SqlTransaction


Input: [Condition] The caller does not have the required permission. [Exception]

Output: UnauthorizedAccessException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Condition] path is a zero-length string, contains only white space, or contains one or more invalid characters. You can query for invalid characters by using GetInvalidPathChars. -or- searchPattern doesn't contain a valid pattern. [Exception]

Output: ArgumentException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Condition] path or searchPattern is null. [Exception]

Output: ArgumentNullException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Condition] The specified path, file name, or both exceed the system-defined maximum length. For example, on Windows-based platforms, paths must be less than 248 characters and file names must be less than 260 characters. [Exception]

Output: PathTooLongException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Condition] path is a file name. [Exception]

Output: IOException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Condition] The specified path is invalid (for example, it is on an unmapped drive). [Exception]

Output: DirectoryNotFoundException

Directory.GetDirectories Method (String, String) (System.IO)


Input: [Class] SqlBulkCopy [Description]

Output: Lets you efficiently bulk load a SQL Server table with data from another source.


Input: [Class] SqlBulkCopyColumnMapping [Description]

Output: Defines the mapping between a column in a SqlBulkCopy instance's data source and a column in the instance's destination table.


Input: [Class] SqlBulkCopyColumnMappingCollection [Description]

Output: Collection of SqlBulkCopyColumnMapping objects that inherits from CollectionBase.


Input: [Class] SqlClientFactory [Description]

Output: Represents a set of methods for creating instances of the System.Data.SqlClient provider's implementation of the data source classes.


Input: [Class] SqlClientMetaDataCollectionNames [Description]

Output: Provides a list of constants for use with the GetSchema method to retrieve metadata collections.


Input: [Class] SqlClientPermission [Description]

Output: Enables the .NET Framework Data Provider for SQL Server to help make sure that a user has a security level sufficient to access a data source.


Input: [Class] SqlClientPermissionAttribute [Description]

Output: Associates a security action with a custom security attribute.


Input: [Class] SqlCommand [Description]

Output: Represents a Transact-SQL statement or stored procedure to execute against a SQL Server database. This class cannot be inherited.


Input: [Class] SqlCommandBuilder [Description]

Output: Automatically generates single-table commands that are used to reconcile changes made to a DataSet with the associated SQL Server database. This class cannot be inherited.


Input: [Class] SqlConnection [Description]

Output: Represents an open connection to a SQL Server database. This class cannot be inherited.


Input: [Class] SqlConnectionStringBuilder [Description]

Output: Provides a simple way to create and manage the contents of connection strings used by the SqlConnection class.


Input: [Class] SqlDataAdapter [Description]

Output: Represents a set of data commands and a database connection that are used to fill the DataSet and update a SQL Server database. This class cannot be inherited.


Input: [Class] SqlDataReader [Description]

Output: Provides a way of reading a forward-only stream of rows from a SQL Server database. This class cannot be inherited.


Input: [Class] SQLDebugging [Description]

Output: Infrastructure. Included to support debugging applications. Not intended for direct use.


Input: [Class] SqlDependency [Description]

Output: The SqlDependency object represents a query notification dependency between an application and an instance of SQL Server 2005. An application can create a SqlDependency object and register to receive notifications via the OnChangeEventHandler event handler.


Input: [Class] SqlError [Description]

Output: Collects information relevant to a warning or error returned by SQL Server.


Input: [Class] SqlErrorCollection [Description]

Output: Collects all errors generated by the .NET Framework Data Provider for SQL Server. This class cannot be inherited.


Input: [Class] SqlException [Description]

Output: The exception that is thrown when SQL Server returns a warning or error. This class cannot be inherited.


Input: [Class] SqlInfoMessageEventArgs [Description]

Output: Provides data for the InfoMessage event.


Input: [Class] SqlNotificationEventArgs [Description]

Output: Represents the set of arguments passed to the notification event handler.


Input: [Class] SqlParameter [Description]

Output: Represents a parameter to a SqlCommand and optionally its mapping to DataSet columns. This class cannot be inherited. For more information on parameters, see Configuring Parameters and Parameter Data Types (ADO.NET).


Input: [Class] SqlParameterCollection [Description]

Output: Represents a collection of parameters associated with a SqlCommand and their respective mappings to columns in a DataSet. This class cannot be inherited.


Input: [Class] SqlRowsCopiedEventArgs [Description]

Output: Represents the set of arguments passed to the SqlRowsCopiedEventHandler.


Input: [Class] SqlRowUpdatedEventArgs [Description]

Output: Provides data for the RowUpdated event.


Input: [Class] SqlRowUpdatingEventArgs [Description]

Output: Provides data for the RowUpdating event.


Input: [Class] SqlTransaction [Description]

Output: Represents a Transact-SQL transaction to be made in a SQL Server database. This class cannot be inherited.


Input: [Name] AcceptWebSocketRequest(Func) [Description]

Output: Accepts an AspNetWebSocket request using the specified user function.


Input: [Name] AcceptWebSocketRequest(Func, AspNetWebSocketOptions) [Description]

Output: Accepts an AspNetWebSocket request using the specified user function and options object.


Input: [Name] AddError [Description]

Output: Adds an exception to the exception collection for the current HTTP request.


Input: [Name] AddOnRequestCompleted [Description]

Output: Raises a virtual event that occurs when the HTTP part of the request is ending.


Input: [Name] ClearError [Description]

Output: Clears all errors for the current HTTP request.


Input: [Name] DisposeOnPipelineCompleted [Description]

Output: Enables an object's Dispose method to be called when the AspNetWebSocket connection part of this request is completed.


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

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


Input: [Name] GetAppConfig [Description]

Output: Obsolete. Returns requested configuration information for the current application.


Input: [Name] GetConfig [Description]

Output: Obsolete. Returns requested configuration information for the current HTTP request.


Input: [Name] GetGlobalResourceObject(String, String) [Description]

Output: Gets an application-level resource object based on the specified ClassKey and ResourceKey properties.


Input: [Name] GetGlobalResourceObject(String, String, CultureInfo) [Description]

Output: Gets an application-level resource object based on the specified ClassKey and ResourceKey properties, and on the CultureInfo object.


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetLocalResourceObject(String, String) [Description]

Output: Gets a page-level resource object based on the specified VirtualPath and ResourceKey properties.


Input: [Name] GetLocalResourceObject(String, String, CultureInfo) [Description]

Output: Gets a page-level resource object based on the specified VirtualPath and ResourceKey properties, and on the CultureInfo object.


Input: [Name] GetSection [Description]

Output: Gets a specified configuration section for the current application's default configuration.


Input: [Name] GetType [Description]

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


Input: [Name] RemapHandler [Description]

Output: Enables you to specify a handler for the request.


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

Output: Rewrites the URL using the given path.


Input: [Name] RewritePath(String, Boolean) [Description]

Output: Rewrites the URL using the given path and a Boolean value that specifies whether the virtual path for server resources is modified.


Input: [Name] RewritePath(String, String, String) [Description]

Output: Rewrites the URL by using the given path, path information, and query string information.


Input: [Name] RewritePath(String, String, String, Boolean) [Description]

Output: Rewrites the URL using the given virtual path, path information, query string information, and a Boolean value that specifies whether the client file path is set to the rewrite path.


Input: [Name] SetSessionStateBehavior [Description]

Output: Sets the type of session state behavior that is required in order to support an HTTP request.


Input: [Name] ToString [Description]

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


Input: [Description] Exposes methods and properties to support access by a UI automation client to controls that expose their dock properties in a docking container. [Interface]

Output: IDockProvider


Input: [Description] Exposes methods and properties to support access by a UI automation client to controls that visually expand to display content and that collapse to hide content. [Interface]

Output: IExpandCollapseProvider


Input: [Description] Exposes methods and properties to support access by a UI automation client to individual child controls of containers that implement IGridProvider. [Interface]

Output: IGridItemProvider


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

Output: IGridProvider


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

Output: IInvokeProvider


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

Output: IMultipleViewProvider


Input: [Description] Exposes methods and properties to support access by a UI automation client to controls that can be set to a value within a range. [Interface]

Output: IRangeValueProvider


Input: [Description] Exposes methods and properties to support access by UI automation client to individual child controls of containers that implement IScrollProvider. [Interface]

Output: IScrollItemProvider


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

Output: IScrollProvider


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

Output: ISelectionItemProvider


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

Output: ISelectionProvider


Input: [Description] Exposes methods and properties to support UI automation client access to child controls of containers that implement ITableProvider. [Interface]

Output: ITableItemProvider


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

Output: ITableProvider


Input: [Description] Exposes methods and properties to support UI Automation client access to controls that contain text. [Interface]

Output: ITextProvider


Input: [Description] Exposes methods and properties to support UI automation client access to a span of continuous text in a text container that implements ITextProvider. [Interface]

Output: ITextRangeProvider


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

Output: IToggleProvider


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

Output: ITransformProvider


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

Output: IValueProvider


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

Output: IWindowProvider


Input: [Description] Provides utilities that form an extra layer of functionality on top of the base AdventureWorks2008R2 sample database. [Name]

Output: Readme_AdventureWorks Cycles CLR Layer Sample


Input: [Description] Shows the implementation of five supplementary character-aware Transact-SQL string functions that can handle both Unicode and supplementary character strings. [Name]

Output: Readme_Supplementary-Aware String Manipulation Sample


Input: [Description] Demonstrates transferring large binary objects (LOBs) between SQL Server and a file system that can be accessed by the server by using CLR stored procedures [Name]

Output: Readme_Large Object (LOB) Handling Sample


Input: [Description] Contains a number of simple functions demonstrating various features of the CLR in-process data access provider. [Name]

Output: Readme_In-Process Data Access Sample


Input: [Description] Contains a streaming table-valued function, written in C# and Visual Basic, that splits a comma-separated string into a table with one column. [Name]

Output: Readme_String Utilities Sample


Input: [Description] Contains a number of user-defined data type utility functions. [Name]

Output: Readme_UDT Utilities Sample


Input: [Description] Shows the creation and use of a simple user-defined data type from both Transact-SQL and a client application using System.Data.SqlClient [Name]

Output: Readme_UDT Sample


Input: [Description] Demonstrates the implementation of a user-defined data type that extends the type system of the database to provide storage for UTF8 encoded values. [Name]

Output: Readme_UTF8 UDT Sample


Input: [Description] Defines two user-defined data types (CADatetime and CADate), which provide calendar-aware handling of dates and times. [Name]

Output: Readme_Calendar-Aware Date/Time UDT Sample


Input: [Description] Demonstrates how to use server-side cursors to work around the lack of Multiple Active Result Set (MARS) support for server-side programming. [Name]

Output: Readme_Result Set Sample


Input: [Description] Demonstrates how to pass an array of information from a client to a CLR integration stored procedure on the server by using a CLR integration user-defined data type. [Name]

Output: Readme_Array Parameter Sample


Input: [Description] Demonstrates the basic operations that are involved in creating, deploying, and testing a simple CLR integration-based stored procedure. [Name]

Output: Readme_Hello World Sample


Input: [Description] Demonstrates the basic operations that are involved in creating, deploying, and testing a simple world ready CLR integration-based stored procedure. [Name]

Output: Readme_Hello World Ready Sample


Input: [Description] Demonstrates how you can use CLR integration technology to enhance the basic indexing and query capabilities to support more sophisticated types of data and queries over that data. [Name]

Output: Readme_Spatial Sample


Input: [Description] Demonstrates how to invoke the managed code interface to Oracle to expose the results of any Oracle query as a table-valued function. [Name]

Output: Readme_Oracle TVF Sample


Input: [Description] Demonstrates how to return an ADO .NET based DataSet within a server side CLR-based stored procedure as a result set to the client. [Name]

Output: Readme_Send DataSet Sample


Input: [Description] Demonstrates controlling transactions by using the managed APIs located in the System.Transactions namespace. [Name]

Output: Readme_System.Transactions Sample


Input: [Description] Demonstrates how to clean-up unused assemblies in the current database by querying the metadata catalogs. [Name]

Output: Readme_Assembly Cleanup Sample


Input: [Description] Demonstrates how to examine stock market data to identify the trend represented by the sequence of observations, and make some future prediction based on the data. [Name]

Output: Readme_Time Series Sample


Input: [Description] Indicates that the numeric string is parsed as currency if it contains a currency symbol; otherwise, it is parsed as a number. Valid currency symbols are determined by the CurrencySymbol property of NumberFormatInfo. [Member name]

Output: AllowCurrencySymbol


Input: [Description] Indicates that the numeric string can have a decimal point. Valid decimal point characters are determined by the NumberDecimalSeparator and CurrencyDecimalSeparator properties of NumberFormatInfo. [Member name]

Output: AllowDecimalPoint


Input: [Description] Indicates that the numeric string can be in exponential notation. [Member name]

Output: AllowExponent


Input: [Description] Indicates that the numeric string represents a hexadecimal value. Valid hexadecimal values include the numeric digits 0-9 and the hexadecimal digits A-F and a-f. Hexadecimal values can be left-padded with zeros. Strings parsed using this style are not permitted to be prefixed with "0x". [Member name]

Output: AllowHexSpecifier


Input: [Description] Indicates that the numeric string can have a leading sign. Valid leading sign characters are determined by the PositiveSign and NegativeSign properties of NumberFormatInfo. [Member name]

Output: AllowLeadingSign


Input: [Description] Indicates that a leading white-space character must be ignored during parsing. Valid white-space characters have the Unicode values U+0009, U+000A, U+000B, U+000C, U+000D, and U+0020. [Member name]

Output: AllowLeadingWhite


Input: [Description] Indicates that the numeric string can have one pair of parentheses enclosing the number. [Member name]

Output: AllowParentheses


Input: [Description] Indicates that the numeric string can have group separators; for example, separating the hundreds from the thousands. Valid group separator characters are determined by the NumberGroupSeparator and CurrencyGroupSeparator properties of NumberFormatInfo and the number of digits in each group is determined by the NumberGroupSizes and CurrencyGroupSizes properties of NumberFormatInfo. [Member name]

Output: AllowThousands


Input: [Description] Indicates that the numeric string can have a trailing sign. Valid trailing sign characters are determined by the PositiveSign and NegativeSign properties of NumberFormatInfo. [Member name]

Output: AllowTrailingSign


Input: [Description] Indicates that trailing white-space character must be ignored during parsing. Valid white-space characters have the Unicode values U+0009, U+000A, U+000B, U+000C, U+000D, and U+0020. [Member name]

Output: AllowTrailingWhite


Input: [Description] Indicates that all styles, except AllowHexSpecifier, are used. This is a composite number style. [Member name]

Output: Any


Input: [Description] Indicates that all styles, except AllowExponent and AllowHexSpecifier, are used. This is a composite number style. [Member name]

Output: Currency


Input: [Description] Indicates that the AllowLeadingWhite, AllowTrailingWhite, AllowLeadingSign, AllowDecimalPoint, and AllowExponent styles are used. This is a composite number style. [Member name]

Output: Float


Input: [Description] Indicates that the AllowLeadingWhite, AllowTrailingWhite, and AllowHexSpecifier styles are used. This is a composite number style. [Member name]

Output: HexNumber


Input: [Description] Indicates that the AllowLeadingWhite, AllowTrailingWhite, and AllowLeadingSign styles are used. This is a composite number style. [Member name]

Output: Integer


Input: [Description] Indicates that none of the bit styles are allowed. [Member name]


Input: [Description] Indicates that the AllowLeadingWhite, AllowTrailingWhite, AllowLeadingSign, AllowTrailingSign, AllowDecimalPoint, and AllowThousands styles are used. This is a composite number style. [Member name]

Output: Number


Input: [Name] BasePriority [Description]

Output: Gets the base priority of the associated process.


Input: [Name] Container [Description]

Output: Gets the IContainer that contains the Component. (inherited from Component)


Input: [Name] EnableRaisingEvents [Description]

Output: Gets or sets whether the Exited event should be raised when the process terminates.


Input: [Name] ExitCode [Description]

Output: Gets the value that the associated process specified when it terminated.


Input: [Name] ExitTime [Description]

Output: Gets the time that the associated process exited.


Input: [Name] Handle [Description]

Output: Gets the associated process's native handle.


Input: [Name] HandleCount [Description]

Output: Gets the number of handles opened by the process.


Input: [Name] HasExited [Description]

Output: Gets a value indicating whether the associated process has been terminated.


Input: [Name] Id [Description]

Output: Gets the unique identifier for the associated process.


Input: [Name] MachineName [Description]

Output: Gets the name of the computer the associated process is running on.


Input: [Name] MainModule [Description]

Output: Gets the main module for the associated process.


Input: [Name] MainWindowHandle [Description]

Output: Gets the window handle of the main window of the associated process.


Input: [Name] MainWindowTitle [Description]

Output: Gets the caption of the main window of the process.


Input: [Name] MaxWorkingSet [Description]

Output: Gets or sets the maximum allowable working set size for the associated process.


Input: [Name] MinWorkingSet [Description]

Output: Gets or sets the minimum allowable working set size for the associated process.


Input: [Name] Modules [Description]

Output: Gets the modules that have been loaded by the associated process.


Input: [Name] NonpagedSystemMemorySize [Description]

Output: Gets the nonpaged system memory size allocated to this process.


Input: [Name] NonpagedSystemMemorySize64 [Description]

Output: Gets the amount of nonpaged system memory allocated for the associated process.


Input: [Name] PagedMemorySize [Description]

Output: Gets the paged memory size.


Input: [Name] PagedMemorySize64 [Description]

Output: Gets the amount of paged memory allocated for the associated process.


Input: [Name] PagedSystemMemorySize [Description]

Output: Gets the paged system memory size.


Input: [Name] PagedSystemMemorySize64 [Description]

Output: Gets the amount of pageable system memory allocated for the associated process.


Input: [Name] PeakPagedMemorySize [Description]

Output: Gets the peak paged memory size.


Input: [Name] PeakPagedMemorySize64 [Description]

Output: Gets the maximum amount of memory in the virtual memory paging file used by the associated process.


Input: [Name] PeakVirtualMemorySize [Description]

Output: Gets the peak virtual memory size.


Input: [Name] PeakVirtualMemorySize64 [Description]

Output: Gets the maximum amount of virtual memory used by the associated process.


Input: [Name] PeakWorkingSet [Description]

Output: Gets the peak working set size for the associated process.


Input: [Name] PeakWorkingSet64 [Description]

Output: Gets the maximum amount of physical memory used by the associated process.


Input: [Name] PriorityBoostEnabled [Description]

Output: Gets or sets a value indicating whether the associated process priority should temporarily be boosted by the operating system when the main window has the focus.


Input: [Name] PriorityClass [Description]

Output: Gets or sets the overall priority category for the associated process.


Input: [Name] PrivateMemorySize [Description]

Output: Gets the private memory size.


Input: [Name] PrivateMemorySize64 [Description]

Output: Gets the amount of private memory allocated for the associated process.


Input: [Name] PrivilegedProcessorTime [Description]

Output: Gets the privileged processor time for this process.


Input: [Name] ProcessName [Description]

Output: Gets the name of the process.


Input: [Name] ProcessorAffinity [Description]

Output: Gets or sets the processors on which the threads in this process can be scheduled to run.


Input: [Name] Responding [Description]

Output: Gets a value indicating whether the user interface of the process is responding.


Input: [Name] SessionId [Description]

Output: Gets the Terminal Services session identifier for the associated process.


Input: [Name] Site [Description]

Output: Gets or sets the ISite of the Component. (inherited from Component)


Input: [Name] StandardError [Description]

Output: Gets a stream used to read the error output of the application.


Input: [Name] StandardInput [Description]

Output: Gets a stream used to write the input of the application.


Input: [Name] StandardOutput [Description]

Output: Gets a stream used to read the output of the application.


Input: [Name] StartInfo [Description]

Output: Gets or sets the properties to pass to the Start method of the Process.


Input: [Name] StartTime [Description]

Output: Gets the time that the associated process was started.


Input: [Name] SynchronizingObject [Description]

Output: Gets or sets the object used to marshal the event handler calls that are issued as a result of a process exit event.


Input: [Name] Threads [Description]

Output: Gets the set of threads that are running in the associated process.


Input: [Name] TotalProcessorTime [Description]

Output: Gets the total processor time for this process.


Input: [Name] UserProcessorTime [Description]

Output: Gets the user processor time for this process.


Input: [Name] VirtualMemorySize [Description]

Output: Gets the size of the process's virtual memory.


Input: [Name] VirtualMemorySize64 [Description]

Output: Gets the amount of the virtual memory allocated for the associated process.


Input: [Name] WorkingSet [Description]

Output: Gets the associated process's physical memory usage.


Input: [Name] WorkingSet64 [Description]

Output: Gets the amount of physical memory allocated for the associated process.


Input: [Property] ShortDatePattern [Description]

Output: Defines the format of the date component of the result string.


Input: [Property] ShortTimePattern [Description]

Output: Defines the format of the time component of the result string.


Input: [Property] DateSeparator [Description]

Output: Defines the string that separates the year, month, and day components of a date.


Input: [Property] TimeSeparator [Description]

Output: Defines the string that separates the hour, minute, and second components of a time.


Input: [Property] AMDesignator [Description]

Output: Defines the string that indicates times from midnight to before noon in a 12-hour clock.


Input: [Property] PMDesignator [Description]

Output: Defines the string that indicates times from noon to before midnight in a 12-hour clock.


Input: [Column heading] Function [What it shows]

Output: The name of the function being profiled.

Profiling JavaScript performance (Windows)


Input: [Column heading] Count [What it shows]

Output: The total number of times this function was called.

Profiling JavaScript performance (Windows)


Input: [Column heading] Inclusive time (ms) [What it shows]

Output: The amount of run time that passed while within that function. This includes the time spent in child or external functions called from that function.

Profiling JavaScript performance (Windows)


Input: [Column heading] Inclusive time % [What it shows]

Output: The percentage of run time that passed while within that function. This includes the time spent in child or external functions called from that function.

Profiling JavaScript performance (Windows)


Input: [Column heading] Exclusive time (ms) [What it shows]

Output: The amount of run time that passed while within that function. This excludes the time spent in child or external functions called from that function.

Profiling JavaScript performance (Windows)


Input: [Column heading] Exclusive time % [What it shows]

Output: The percentage of run time that passed while within that function. This excludes the time spent in child or external functions called from that function.

Profiling JavaScript performance (Windows)


Input: [Column heading] Avg time (ms) [What it shows]

Output: The average time spent in this function and its children and external functions.

Profiling JavaScript performance (Windows)


Input: [Column heading] Max time (ms) [What it shows]

Output: The maximum time spent in this function and its children and external functions.

Profiling JavaScript performance (Windows)


Input: [Column heading] Min time (ms) [What it shows]

Output: The minimum time spent in this function and its children and external functions.

Profiling JavaScript performance (Windows)


Input: [Column heading] Function type [What it shows]

Output: Type of function - DOM, user, build-in.

Profiling JavaScript performance (Windows)


Input: [Column heading] URL [What it shows]

Output: The URL of the source file where this function is defined.

Profiling JavaScript performance (Windows)


Input: [Column heading] Line number [What it shows]

Output: The line number for the beginning of this function in the source code.

Profiling JavaScript performance (Windows)


Input: [Column heading] Worker Id [What it shows]

Output: An identifier representing a web worker that is running the particular function.

Profiling JavaScript performance (Windows)


Input: [Description] Demonstrates how to use the Aggregate and Derived Column transformations to compute values and write the results to a file. [Name]

Output: Calculated Columns Package Sample


Input: [Description] Demonstrates how to get lineage information about data, add it to the data flow, and write the source data and the lineage information to a table. [Name]

Output: Capture Data Lineage Package Sample


Input: [Description] Demonstrates how to extract data from an XML data file by using an XPath operation, convert the data to a flat-file format, and insert the data into a text file. [Name]

Output: Process XML Data Package Sample


Input: [Description] Demonstrates how to clean data by applying exact and fuzzy matching of new customers to existing customers, and how to identify duplicate customers by using fuzzy grouping. [Name]

Output: Data Cleaning Package Sample


Input: [Description] Demonstrates how to run SQL CREATE TABLE statements in a loop, evaluate and clean data values, and insert data into tables. [Name]

Output: Execute SQL Statements in a Loop Package Sample


Input: [Description] Demonstrates how to use the Execute Process task to run an executable that expands a CAB file, read the expanded data, and insert the data into a table. [Name]

Output: Execute Process Package Sample


Input: [Description] Demonstrates how to use the Cache connection manager to implement the Lookup transformation in full cache mode. The transformation performs lookups on a reference dataset that is stored in a text file. [Name]

Output: Lookup Transformation Sample


Input: [Description] Demonstrates how to enumerate the user tables in the AdventureWorks database by using SMO, use a Script task to retrieve the schema and table names, put the names into two variables, and use an Execute SQL task that executes a DBCC CHECKCONSTRAINTS command using the two variables. [Name]

Output: SMO Tables DBCC


Input: [Description] Demonstrates how to update the AdventureWorksDW data warehouse from the AdventureWorks OLTP database. [Name]

Output: AWDataWarehouseRefresh Package Sample


Input: [Description] Demonstrates how to automate the synchronization of partitions between relational and Analysis Services databases by using an Integration Services package. The sample package uses the Script task and the Analysis Services Execute DDL task, and illustrates the use of the ASSL and AMO technologies. [Name]

Output: Synchronizing Adventure Works DW Partitions


Input: [Description] Demonstrates how to use a parameterized stored procedure and an SQL statement to query the AdventureWorks database. The package stores the query results in package variables by mapping parameters and result sets to the variables. [Name]

Output: Execute SQL Parameters and Result Sets Sample


Input: [Description] Demonstrates how to use the wizard to import data from Excel and load the data into a table. [Name]

Output: Creating a Basic Package Tutorial: Lesson Packages


Input: [Description] Demonstrates how to use the Foreach Loop to read multiple flat files, and then transform the data. Also introduces logging and configurations. [Name]

Output: Creating a Simple ETL Package Tutorial: Lesson Packages


Input: [Description] Demonstrates how to deploy packages and install them on the destination computer by using a deployment utility you create. [Name]

Output: Deploying Packages Tutorial: Lesson Packages


Input: [Description] Demonstrates how to use the SQL Server Import and Export Wizard to export data from a SQL Server ODBC data source to an existing text file. [Name]

Output: Exporting from ODBC to a Flat File Using a Wizard Tutorial: Lesson Packages


Input: [Description] Demonstrates how to use change data capture functionality in Integration Services packages to perform an incremental load of all changes that occurred during a specified time interval. [Name]

Output: Readme_Change Data Capture for Specified Interval Package Sample


Input: [Description] Demonstrates how to use change data capture functionality in Integration Services packages to perform an incremental load of all changes that occurred since the previous request. [Name]

Output: Readme_Change Data Capture since Last Request Package Sample


Input: [Name] Caption [Description]

Output: Gets or sets a string specifying the title text for the message balloon.


Input: [Name] Critical [Description]

Output: Gets or sets a value indicating whether the notification is of urgent importance.


Input: [Name] Icon [Description]

Output: Gets or sets the current icon for the message balloon on the title bar.


Input: [Name] InitialDuration [Description]

Output: Gets or sets the number of seconds the message balloon remains visible after initially shown.


Input: [Name] Site [Description]

Output: Gets or sets the ISite of the Component.(Inherited from Component.)


Input: [Name] Text [Description]

Output: Gets or sets the text for the message balloon.


Input: [Name] Visible [Description]

Output: Gets or sets a value indicating whether the message balloon is visible.


Input: [Method] CancelIOAsync [Description]

Output: Cancels pending reads and writes over a StreamSocket object.

StreamSocket class - Windows app development


Input: [Method] Close [Description]

Output: Closes the StreamSocket object.

StreamSocket class - Windows app development


Input: [Method] ConnectAsync(EndpointPair) [Description]

Output: Starts an asynchronous operation on a StreamSocket object to connect to a remote network destination specified as an EndpointPair object.

StreamSocket class - Windows app development


Input: [Method] ConnectAsync(EndpointPair,SocketProtectionLevel) [Description]

Output: Starts an asynchronous operation on a StreamSocket object to connect to a remote network destination specified as an EndpointPair object and a SocketProtectionLevel enumeration. This method is not callable from JavaScript.

StreamSocket class - Windows app development


Input: [Method] ConnectAsync(HostName,String) [Description]

Output: Starts an asynchronous operation on a StreamSocket object to connect to a remote network destination specified by a remote hostname and a remote service name.

StreamSocket class - Windows app development


Input: [Method] ConnectAsync(HostName,String,SocketProtectionLevel) [Description]

Output: Starts an asynchronous operation on a StreamSocket object to connect to a remote destination specified by a remote hostname, a remote service name, and a SocketProtectionLevel.

StreamSocket class - Windows app development


Input: [Method] ConnectAsync(HostName,String,SocketProtectionLevel,NetworkAdapter) [Description]

Output: Starts an asynchronous operation on a StreamSocket object on a specified local network adapter to connect to a remote destination specified by a remote hostname, a remote service name, and a SocketProtectionLevel.

StreamSocket class - Windows app development


Input: [Method] Dispose [Description]

Output: Performs tasks associated with freeing, releasing, or resetting unmanaged resources.

StreamSocket class - Windows app development


Input: [Method] EnableTransferOwnership(Guid) [Description]

Output: Enables your app's background task to be triggered by the socket broker when traffic for this StreamSocket arrives while the app is not active.

StreamSocket class - Windows app development


Input: [Method] EnableTransferOwnership(Guid,SocketActivityConnectedStandbyAction) [Description]

Output: Enables or disables the ability of your app's background task to be triggered by the socket broker when traffic for this StreamSocket arrives while the system is in connected standby.

StreamSocket class - Windows app development


Input: [Method] TransferOwnership(String) [Description]

Output: Transfers ownership of the StreamSocket to the socket brokering service, which monitors socket activity and notifies the app through a background task if there is any activity.

StreamSocket class - Windows app development


Input: [Method] TransferOwnership(String,SocketActivityContext) [Description]

Output: Transfers ownership of the StreamSocket to the socket brokering service, which monitors socket activity and notifies the app through a background task if there is any activity. Specifies a new SocketActivityContext for the socket.

StreamSocket class - Windows app development


Input: [Method] TransferOwnership(String,SocketActivityContext,TimeSpan) [Description]

Output: Transfers ownership of the StreamSocket to the socket brokering service, which monitors socket activity and notifies the app through a background task if there is any activity. Specifies a new SocketActivityContext and a keep alive time for the socket.

StreamSocket class - Windows app development


Input: [Method] UpgradeToSslAsync [Description]

Output: Starts an asynchronous operation to upgrade a connected socket to use SSL on a StreamSocket object.

StreamSocket class - Windows app development


Input: [Name] ManagementObject() [Description]

Output: Initializes a new instance of the ManagementObject class. This is the default constructor.


Input: [Name] ManagementObject(ManagementPath) [Description]

Output: Initializes a new instance of the ManagementObject class for the specified WMI object path. The path is provided as a ManagementPath.


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

Output: Initializes a new instance of the ManagementObject class for the specified WMI object path. The path is provided as a string.


Input: [Name] ManagementObject(ManagementPath, ObjectGetOptions) [Description]

Output: Initializes a new instance of the ManagementObject class bound to the specified WMI path, including the specified additional options.


Input: [Name] ManagementObject(SerializationInfo, StreamingContext) [Description]

Output: Initializes a new instance of the ManagementObject class that is serializable.


Input: [Name] ManagementObject(String, ObjectGetOptions) [Description]

Output: Initializes a new instance of the ManagementObject class bound to the specified WMI path, including the specified additional options. In this variant, the path can be specified as a string.


Input: [Name] ManagementObject(ManagementScope, ManagementPath, ObjectGetOptions) [Description]

Output: Initializes a new instance of the ManagementObject class bound to the specified WMI path that includes the specified options.


Input: [Name] ManagementObject(String, String, ObjectGetOptions) [Description]

Output: Initializes a new instance of the ManagementObject class bound to the specified WMI path, and includes the specified options. The scope and the path are specified as strings.


Input: [Column name] Name [Description]

Output: Name of the statistics object.


Input: [Column name] Updated [Description]

Output: Date and time the statistics were last updated. The STATS_DATE function is an alternate way to retrieve this information.


Input: [Column name] Rows [Description]

Output: Total number of rows in the table or indexed view when the statistics were last updated. If the statistics are filtered or correspond to a filtered index, the number of rows might be less than the number of rows in the table. For more information, seeStatistics.


Input: [Column name] Rows Sampled [Description]

Output: Total number of rows sampled for statistics calculations. If Rows Sampled < Rows, the displayed histogram and density results are estimates based on the sampled rows.


Input: [Column name] Steps [Description]

Output: Number of steps in the histogram. Each step spans a range of column values followed by an upper bound column value. The histogram steps are defined on the first key column in the statistics. The maximum number of steps is 200.


Input: [Column name] Density [Description]

Output: Calculated as 1 / distinct values for all values in the first key column of the statistics object, excluding the histogram boundary values. This Density value is not used by the query optimizer and is displayed for backward compatibility with versions before SQL Server 2008.


Input: [Column name] Average Key Length [Description]

Output: Average number of bytes per value for all of the key columns in the statistics object.


Input: [Column name] String Index [Description]

Output: Yes indicates the statistics object contains string summary statistics to improve the cardinality estimates for query predicates that use the LIKE operator; for example, WHERE ProductName LIKE '%Bike'. String summary statistics are stored separately from the histogram and are created on the first key column of the statistics object when it is of type char, varchar, nchar, nvarchar, varchar(max), nvarchar(max), text, or ntext..


Input: [Column name] Filter Expression [Description]

Output: Predicate for the subset of table rows included in the statistics object. NULL = non-filtered statistics. For more information about filtered predicates, see Create Filtered Indexes. For more information about filtered statistics, see Statistics.


Input: [Column name] Unfiltered Rows [Description]

Output: Total number of rows in the table before applying the filter expression. If Filter Expression is NULL, Unfiltered Rows is equal to Rows.


Input: [Description] Check constraints while data is being inserted. By default, constraints are not checked. [Member name]

Output: CheckConstraints


Input: [Description] Use the default values for all options. [Member name]

Output: Default


Input: [Description] When specified, cause the server to fire the insert triggers for the rows being inserted into the database. [Member name]

Output: FireTriggers


Input: [Description] Preserve source identity values. When not specified, identity values are assigned by the destination. [Member name]

Output: KeepIdentity


Input: [Description] Preserve null values in the destination table regardless of the settings for default values. When not specified, null values are replaced by default values where applicable. [Member name]

Output: KeepNulls


Input: [Description] Obtain a bulk update lock for the duration of the bulk copy operation. When not specified, row locks are used. [Member name]

Output: TableLock


Input: [Description] When specified, each batch of the bulk-copy operation will occur within a transaction. If you indicate this option and also provide a SqlTransaction object to the constructor, an ArgumentException occurs. [Member name]

Output: UseInternalTransaction


Input: [Member name] Adapter [Description]

Output: A service for a hardware device that requires its own driver.


Input: [Member name] FileSystemDriver [Description]

Output: A file system driver, which is also a Kernel device driver.


Input: [Member name] InteractiveProcess [Description]

Output: A service that can communicate with the desktop.


Input: [Member name] KernelDriver [Description]

Output: A Kernel device driver such as a hard disk or other low-level hardware device driver.


Input: [Member name] RecognizerDriver [Description]

Output: A file system driver used during startup to determine the file systems present on the system.


Input: [Member name] Win32OwnProcess [Description]

Output: A Win32 program that can be started by the Service Controller and that obeys the service control protocol. This type of Win32 service runs in a process by itself.


Input: [Member name] Win32ShareProcess [Description]

Output: A Win32 service that can share a process with other Win32 services.


Input: [Name] Readme_AdventureWorks Cycles CLR Layer Sample [Description]

Output: Provides utilities that form an extra layer of functionality on top of the base AdventureWorks2008R2 sample database.


Input: [Name] Readme_Supplementary-Aware String Manipulation Sample [Description]

Output: Shows the implementation of five supplementary character-aware Transact-SQL string functions that can handle both Unicode and supplementary character strings.


Input: [Name] Readme_Large Object (LOB) Handling Sample [Description]

Output: Demonstrates transferring large binary objects (LOBs) between SQL Server and a file system that can be accessed by the server by using CLR stored procedures


Input: [Name] Readme_In-Process Data Access Sample [Description]

Output: Contains a number of simple functions demonstrating various features of the CLR in-process data access provider.


Input: [Name] Readme_String Utilities Sample [Description]

Output: Contains a streaming table-valued function, written in C# and Visual Basic, that splits a comma-separated string into a table with one column.


Input: [Name] Readme_UDT Utilities Sample [Description]

Output: Contains a number of user-defined data type utility functions.


Input: [Name] Readme_UDT Sample [Description]

Output: Shows the creation and use of a simple user-defined data type from both Transact-SQL and a client application using System.Data.SqlClient


Input: [Name] Readme_UTF8 UDT Sample [Description]

Output: Demonstrates the implementation of a user-defined data type that extends the type system of the database to provide storage for UTF8 encoded values.


Input: [Name] Readme_Calendar-Aware Date/Time UDT Sample [Description]

Output: Defines two user-defined data types (CADatetime and CADate), which provide calendar-aware handling of dates and times.


Input: [Name] Readme_Result Set Sample [Description]

Output: Demonstrates how to use server-side cursors to work around the lack of Multiple Active Result Set (MARS) support for server-side programming.


Input: [Name] Readme_Array Parameter Sample [Description]

Output: Demonstrates how to pass an array of information from a client to a CLR integration stored procedure on the server by using a CLR integration user-defined data type.


Input: [Name] Readme_Hello World Sample [Description]

Output: Demonstrates the basic operations that are involved in creating, deploying, and testing a simple CLR integration-based stored procedure.


Input: [Name] Readme_Hello World Ready Sample [Description]

Output: Demonstrates the basic operations that are involved in creating, deploying, and testing a simple world ready CLR integration-based stored procedure.


Input: [Name] Readme_Spatial Sample [Description]

Output: Demonstrates how you can use CLR integration technology to enhance the basic indexing and query capabilities to support more sophisticated types of data and queries over that data.


Input: [Name] Readme_Oracle TVF Sample [Description]

Output: Demonstrates how to invoke the managed code interface to Oracle to expose the results of any Oracle query as a table-valued function.


Input: [Name] Readme_Send DataSet Sample [Description]

Output: Demonstrates how to return an ADO .NET based DataSet within a server side CLR-based stored procedure as a result set to the client.


Input: [Name] Readme_System.Transactions Sample [Description]

Output: Demonstrates controlling transactions by using the managed APIs located in the System.Transactions namespace.


Input: [Name] Readme_Assembly Cleanup Sample [Description]

Output: Demonstrates how to clean-up unused assemblies in the current database by querying the metadata catalogs.


Input: [Name] Readme_Time Series Sample [Description]

Output: Demonstrates how to examine stock market data to identify the trend represented by the sequence of observations, and make some future prediction based on the data.


Input: [Member name] AllowCurrencySymbol [Description]

Output: Indicates that the numeric string is parsed as currency if it contains a currency symbol; otherwise, it is parsed as a number. Valid currency symbols are determined by the CurrencySymbol property of NumberFormatInfo.


Input: [Member name] AllowDecimalPoint [Description]

Output: Indicates that the numeric string can have a decimal point. Valid decimal point characters are determined by the NumberDecimalSeparator and CurrencyDecimalSeparator properties of NumberFormatInfo.


Input: [Member name] AllowExponent [Description]

Output: Indicates that the numeric string can be in exponential notation.


Input: [Member name] AllowHexSpecifier [Description]

Output: Indicates that the numeric string represents a hexadecimal value. Valid hexadecimal values include the numeric digits 0-9 and the hexadecimal digits A-F and a-f. Hexadecimal values can be left-padded with zeros. Strings parsed using this style are not permitted to be prefixed with "0x".


Input: [Member name] AllowLeadingSign [Description]

Output: Indicates that the numeric string can have a leading sign. Valid leading sign characters are determined by the PositiveSign and NegativeSign properties of NumberFormatInfo.


Input: [Member name] AllowLeadingWhite [Description]

Output: Indicates that a leading white-space character must be ignored during parsing. Valid white-space characters have the Unicode values U+0009, U+000A, U+000B, U+000C, U+000D, and U+0020.


Input: [Member name] AllowParentheses [Description]

Output: Indicates that the numeric string can have one pair of parentheses enclosing the number.


Input: [Member name] AllowThousands [Description]

Output: Indicates that the numeric string can have group separators; for example, separating the hundreds from the thousands. Valid group separator characters are determined by the NumberGroupSeparator and CurrencyGroupSeparator properties of NumberFormatInfo and the number of digits in each group is determined by the NumberGroupSizes and CurrencyGroupSizes properties of NumberFormatInfo.


Input: [Member name] AllowTrailingSign [Description]

Output: Indicates that the numeric string can have a trailing sign. Valid trailing sign characters are determined by the PositiveSign and NegativeSign properties of NumberFormatInfo.


Input: [Member name] AllowTrailingWhite [Description]

Output: Indicates that trailing white-space character must be ignored during parsing. Valid white-space characters have the Unicode values U+0009, U+000A, U+000B, U+000C, U+000D, and U+0020.


Input: [Member name] Any [Description]

Output: Indicates that all styles, except AllowHexSpecifier, are used. This is a composite number style.


Input: [Member name] Currency [Description]

Output: Indicates that all styles, except AllowExponent and AllowHexSpecifier, are used. This is a composite number style.


Input: [Member name] Float [Description]

Output: Indicates that the AllowLeadingWhite, AllowTrailingWhite, AllowLeadingSign, AllowDecimalPoint, and AllowExponent styles are used. This is a composite number style.


Input: [Member name] HexNumber [Description]

Output: Indicates that the AllowLeadingWhite, AllowTrailingWhite, and AllowHexSpecifier styles are used. This is a composite number style.


Input: [Member name] Integer [Description]

Output: Indicates that the AllowLeadingWhite, AllowTrailingWhite, and AllowLeadingSign styles are used. This is a composite number style.


Input: [Member name] None [Description]

Output: Indicates that none of the bit styles are allowed.


Input: [Member name] Number [Description]

Output: Indicates that the AllowLeadingWhite, AllowTrailingWhite, AllowLeadingSign, AllowTrailingSign, AllowDecimalPoint, and AllowThousands styles are used. This is a composite number style.


Input: [Structure] IP_ADDRESS_PREFIX [Description]

Output: Stores an IP address prefix.


Input: [Structure] MIB_ANYCASTIPADDRESS_ROW [Description]

Output: Stores information about an anycast IP address.


Input: [Structure] MIB_ANYCASTIPADDRESS_TABLE [Description]

Output: Contains a table of anycast IP address entries.


Input: [Structure] MIB_IF_ROW2 [Description]

Output: Stores information about a particular interface.


Input: [Structure] MIB_IF_TABLE2 [Description]

Output: Contains a table of logical and physical interface entries.


Input: [Structure] MIB_IFSTACK_ROW [Description]

Output: Represents the relationship between two network interfaces.


Input: [Structure] MIB_IFSTACK_TABLE [Description]

Output: Contains a table of row entries in the network interface stack. This table specifies the relationship of the network interfaces on an interface stack.


Input: [Structure] MIB_INVERTEDIFSTACK_ROW [Description]

Output: Represents the relationship between two network interfaces.


Input: [Structure] MIB_INVERTEDIFSTACK_TABLE [Description]

Output: Contains a table of inverted network interface stack row entries. This table specifies the relationship of the network interfaces on an interface stack in reverse order.


Input: [Structure] MIB_IPFORWARD_ROW2 [Description]

Output: Stores information about an IP route entry.


Input: [Structure] MIB_IPFORWARD_TABLE2 [Description]

Output: Contains a table of IP route entries.


Input: [Structure] MIB_IPINTERFACE_ROW [Description]

Output: Stores interface management information for a particular IP address family on a network interface.


Input: [Structure] MIB_IPINTERFACE_TABLE [Description]

Output: Contains a table of IP interface entries.


Input: [Structure] MIB_IPNET_ROW2 [Description]

Output: Stores information about a neighbor IP address.


Input: [Structure] MIB_IPNET_TABLE2 [Description]

Output: Contains a table of neighbor IP address entries.


Input: [Structure] MIB_IPPATH_ROW [Description]

Output: Stores information about an IP path entry.


Input: [Structure] MIB_IPPATH_TABLE [Description]

Output: Contains a table of IP path entries.


Input: [Structure] MIB_MULTICASTIPADDRESS_ROW [Description]

Output: Stores information about a multicast IP address.


Input: [Structure] MIB_MULTICASTIPADDRESS_TABLE [Description]

Output: Contains a table of multicast IP address entries.


Input: [Structure] MIB_UNICASTIPADDRESS_ROW [Description]

Output: Stores information about a unicast IP address.


Input: [Structure] MIB_UNICASTIPADDRESS_TABLE [Description]

Output: Contains a table of unicast IP address entries.


Input: [Description] Gets or sets the scheme used to authenticate clients. [Name]

Output: AuthenticationSchemes


Input: [Description] Gets or sets the delegate called to determine the protocol used to authenticate clients. [Name]

Output: AuthenticationSchemeSelectorDelegate


Input: [Description] Gets a default list of Service Provider Names (SPNs) as determined by registered prefixes. [Name]

Output: DefaultServiceNames


Input: [Description] Get or set the ExtendedProtectionPolicy to use for extended protection for a session. [Name]

Output: ExtendedProtectionPolicy


Input: [Description] Get or set the delegate called to determine the ExtendedProtectionPolicy to use for each request. [Name]

Output: ExtendedProtectionSelectorDelegate


Input: [Description] Gets or sets a Boolean value that specifies whether your application receives exceptions that occur when an HttpListener sends the response to the client. [Name]

Output: IgnoreWriteExceptions


Input: [Description] Gets a value that indicates whether HttpListener has been started. [Name]

Output: IsListening


Input: [Description] Gets a value that indicates whether HttpListener can be used with the current operating system. [Name]

Output: IsSupported


Input: [Description] Gets the Uniform Resource Identifier (URI) prefixes handled by this HttpListener object. [Name]

Output: Prefixes


Input: [Description] Gets or sets the realm, or resource partition, associated with this HttpListener object. [Name]

Output: Realm


Input: [Description] The timeout manager for this HttpListener instance. [Name]

Output: TimeoutManager


Input: [Description] Gets or sets a Boolean value that controls whether, when NTLM is used, additional requests using the same Transmission Control Protocol (TCP) connection are required to authenticate. [Name]

Output: UnsafeConnectionNtlmAuthentication


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