Input: [Description] Optional ITaskItem[] parameter. Contains a list of XML files that specify the assemblies that are expected to be in the target subset. As an option, items in this list can specify the "FrameworkDirectory" metadata to associate an InstalledAssemblySubsetTable with a particular framework directory. If there is only one TargetFrameworkDirectories element, then any items in this list that lack the "FrameworkDirectory" metadata are treated as though they are set to the unique value that is passed to TargetFrameworkDirectories. [Parameter]

Output: InstalledAssemblySubsetTables


Input: [Description] Optional String parameter. Contains a list of XML files that specify the assemblies that are expected to be installed on the target computer. When InstalledAssemblyTables is set, earlier versions of the assemblies in the list are merged into the newer versions that are listed in the XML. Also, assemblies that have a setting of InGAC='true' are considered prerequisites and are set to CopyLocal='false' unless explicitly overridden. As an option, items in this list can specify "FrameworkDirectory" metadata to associate an InstalledAssemblyTable with a particular framework directory. However, this setting is ignored unless the Redist name begins with "Microsoft-Windows-CLRCoreComp". If there is only one TargetFrameworkDirectories element, then any items in this list that lack the "FrameworkDirectory" metadata are treated as if they are set to the unique value that is passed to TargetFrameworkDirectories. [Parameter]

Output: InstalledAssemblyTables


Input: [Description] Optional String[] parameter. Specifies a list of directories which contain the redist lists for the most current framework which can be targeted on the machine. If this is not set then the highest framework installed on the machine for a given target framework identifier is used. [Parameter]

Output: LatestTargetFrameworkDirectories


Input: [Description] Optional [String] parameter. Specifies the name of the framework profile to be targeted. For example, Client, Web, or Network. [Parameter]

Output: ProfileName


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains related files, such as XML and .pdb files that have the same base name as a reference. The files listed in this parameter may optionally contain the following item metadata: Primary: Boolean value. If true, then the file item was passed into the array by using the Assemblies parameter. Default value is false. CopyLocal: Boolean value. Indicates whether the given reference should be copied to the output directory. [Parameter]

Output: RelatedFiles


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains the nth order paths to dependencies. This parameter does not include first order primary references, which are contained in the ResolvedFiles parameter. The items in this parameter optionally contain the following item metadata: CopyLocal: Boolean value. Indicates whether the given reference should be copied to the output directory. FusionName: String value. Specifies the name for this dependency. ResolvedFrom: String value. Specifies the literal search path that this file was resolved from. [Parameter]

Output: ResolvedDependencyFiles


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains a list of all primary references resolved to full paths. The items in this parameter optionally contain the following item metadata: CopyLocal: Boolean value. Indicates whether the given reference should be copied to the output directory. FusionName: String value. Specifies the name for this dependency. ResolvedFrom: String value. Specifies the literal search path that this file was resolved from. [Parameter]

Output: ResolvedFiles


Input: [Description] Optional ITaskItem[] read-only output parameter. Specifies any satellite files found. These will be CopyLocal=true if the reference or dependency that caused this item to exist is CopyLocal=true. The items in this parameter optionally contain the following item metadata: CopyLocal: Boolean value. Indicates whether the given reference should be copied to the output directory. This value is true if the reference or dependency that caused this item to exist has a CopyLocal value of true. DestinationSubDirectory: String value. Specifies the relative destination directory to copy this item to. [Parameter]

Output: SatelliteFiles


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains the scatter files associated with one of the given assemblies. The items in this parameter optionally contain the following item metadata: CopyLocal: Boolean value. Indicates whether the given reference should be copied to the output directory. [Parameter]

Output: ScatterFiles


Input: [Description] Required String[] parameter. Specifies the directories or special locations that are searched to find the files on disk that represent the assemblies. The order in which the search paths are listed is important. For each assembly, the list of paths is searched from left to right. When a file that represents the assembly is found, that search stops and the search for the next assembly starts. This parameter accepts the following types of values: A directory path. {HintPathFromItem}: Specifies that the task will examine the HintPath metadata of the base item. {CandidateAssemblyFiles}: Specifies that the task will examine the files passed in through the CandidateAssemblyFiles parameter. {Registry:_AssemblyFoldersBase_, _RuntimeVersion_, _AssemblyFoldersSuffix_}: {AssemblyFolders}: Specifies the task will use the Visual Studio.NET 2003 finding-assemblies-from-registry scheme. {GAC}: Specifies the task will search in the GAC. {RawFileName}: Specifies the task will consider the Include value of the item to be an exact path and file name. [Parameter]

Output: SearchPaths


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains any XML serialization assemblies found. These items are marked CopyLocal=true if and only if the reference or dependency that caused this item to exist is CopyLocal=true. The Boolean metadata CopyLocal indicates whether the given reference should be copied to the output directory. [Parameter]

Output: SerializationAssemblyFiles


Input: [Description] Optional Boolean parameter. If true, no messages are logged. The default value is false. [Parameter]

Output: Silent


Input: [Description] Optional String parameter. Specifies a file name that indicates where to save the intermediate build state for this task. [Parameter]

Output: StateFile


Input: [Description] Optional ITaskItem[] read-only output parameter. Contains one item for every distinct conflicting assembly identity, regardless of the value of the AutoUnify parameter. This includes every culture and PKT that was found that did not have a suitable bindingRedirect entry in the application configuration file. Each item optionally contains the following information: Include attribute: Contains the full name of the assembly family with a Version field value of 0.0.0.0 MaxVersion item metadata: Contains the maximum version number. [Parameter]

Output: SuggestedRedirects


Input: [Description] Optional String parameter. Specifies the runtime version to target, for example, 2.0.57027 or v2.0.57027. [Parameter]

Output: TargetedRuntimeVersion


Input: [Description] Optional String[] parameter. Specifies the path of the target framework directory. This parameter is required to determine the CopyLocal status for resulting items. If this parameter is not specified, no resulting items will be have a CopyLocal value of true unless they explicitly have a Private metadata value of true on their source item. [Parameter]

Output: TargetFrameworkDirectories


Input: [Description] Optional String parameter. The TargetFrameworkMoniker to monitor, if any. This is used for logging. [Parameter]

Output: TargetFrameworkMoniker


Input: [Description] Optional String parameter. The display name of the TargetFrameworkMoniker to monitor, if any. This is used for logging. [Parameter]

Output: TargetFrameworkMonikerDisplayName


Input: [Description] Optional String[] parameter. Contains a list of target framework subset names to be searched for in the target framework directories. [Parameter]

Output: TargetFrameworkSubsets


Input: [Description] Optional String parameter. The project target framework version. The default value is empty, which means there is no filtering for the references based on target framework. [Parameter]

Output: TargetFrameworkVersion


Input: [Description] Optional String parameter. The preferred target processor architecture. Used for resolving Global Assembly Cache (GAC) references. This parameter can have a value of x86, IA64 or AMD64. If this parameter is absent, the task first considers assemblies that match the architecture of the currently running process. If no assembly is found, the task considers assemblies in the GAC that have ProcessorArchitecture value of MSIL or no ProcessorArchitecture value. [Parameter]

Output: TargetProcessorArchitecture


Input: [Name] CaseSensitive [Description]

Output: Indicates whether string comparisons within the table are case-sensitive.


Input: [Name] ChildRelations [Description]

Output: Gets the collection of child relations for this DataTable.


Input: [Name] Columns [Description]

Output: Gets the collection of columns that belong to this table.


Input: [Name] Constraints [Description]

Output: Gets the collection of constraints maintained by this table.


Input: [Name] Container [Description]

Output: Gets the container for the component. (Inherited from MarshalByValueComponent.)


Input: [Name] DataSet [Description]

Output: Gets the DataSet to which this table belongs.


Input: [Name] DefaultView [Description]

Output: Gets a customized view of the table that may include a filtered view, or a cursor position.


Input: [Name] DesignMode [Description]

Output: Gets a value indicating whether the component is currently in design mode. (Inherited from MarshalByValueComponent.)


Input: [Name] DisplayExpression [Description]

Output: Gets or sets the expression that returns a value used to represent this table in the user interface.


Input: [Name] ExtendedProperties [Description]

Output: Gets the collection of customized user information.


Input: [Name] HasErrors [Description]

Output: Gets a value indicating whether there are errors in any of the rows in any of the tables of the DataSet to which the table belongs.


Input: [Name] IsInitialized [Description]

Output: Gets a value that indicates whether the DataTable is initialized.


Input: [Name] Locale [Description]

Output: Gets or sets the locale information used to compare strings within the table.


Input: [Name] MinimumCapacity [Description]

Output: Gets or sets the initial starting size for this table.


Input: [Name] Namespace [Description]

Output: Gets or sets the namespace for the XML representation of the data stored in the DataTable.


Input: [Name] ParentRelations [Description]

Output: Gets the collection of parent relations for this DataTable.


Input: [Name] Prefix [Description]

Output: Gets or sets the namespace for the XML representation of the data stored in the DataTable.


Input: [Name] PrimaryKey [Description]

Output: Gets or sets an array of columns that function as primary keys for the data table.


Input: [Name] RemotingFormat [Description]

Output: Gets or sets the serialization format.


Input: [Name] Rows [Description]

Output: Gets the collection of rows that belong to this table.


Input: [Name] Site [Description]

Output: Gets or sets an System.ComponentModel.ISite for the DataTable.


Input: [Name] TableName [Description]

Output: Gets or sets the name of the DataTable.


Input: [Column name] publisher [Data type] sysname [Description]

Output: The name of the Publisher.


Input: [Column name] publisher_db [Data type] sysname [Description]

Output: The name of the Publisher database.


Input: [Column name] publication [Data type] sysname [Description]

Output: The name of the publication.


Input: [Column name] independent_agent [Data type] bit [Description]

Output: Indicates whether there is a stand-alone Distribution Agent for this publication.


Input: [Column name] subscription_type [Data type] int [Description]

Output: The type of subscription: 0 = Push. 1 = Pull. 2 = Anonymous.


Input: [Column name] distribution_agent [Data type] sysname [Description]

Output: The name of the Distribution Agent.


Input: [Column name] Time [Data type] smalldatetime [Description]

Output: The time of the last update by Distribution Agent.


Input: [Column name] description [Data type] nvarchar(255) [Description]

Output: The description of the subscription.


Input: [Column name] transaction_timestamp [Data type] varbinary(16) [Description]

Output: Internal-use only.


Input: [Column name] update_mode [Data type] tinyint [Description]

Output: The type of update.


Input: [Column name] agent_id [Data type] binary(16) [Description]

Output: The ID of the agent.


Input: [Column name] subscription_guid [Data type] binary(16) [Description]

Output: The global identifier for the version of the subscription on the publication.


Input: [Column name] subid [Data type] binary(16) [Description]

Output: The global identifier for an anonymous subscription.


Input: [Column name] immediate_sync [Data type] bit [Description]

Output: Indicates whether synchronization files are created or re-created each time the Snapshot Agent runs.


Input: [Interface] IBuildEngine [Description]

Output: Provides a way for task authors to use a subset of the functionality of the MSBuild engine.


Input: [Interface] IEventSource [Description]

Output: Defines the events raised by the build engine. Loggers receive an object implementing this interface in their Initialize method and use it to subscribe to the events they are interested in receiving.


Input: [Interface] ILogger [Description]

Output: Defines an MSBuild logger, which subscribes to build system events.


Input: [Interface] ITask [Description]

Output: Defines a task, which is a unit of executable code used by MSBuild to perform build operations.


Input: [Interface] ITaskHost [Description]

Output: Passes host objects from an integrated development environment (IDE) to individual tasks.


Input: [Interface] ITaskItem [Description]

Output: Defines an MSBuild item that can be consumed and emitted by tasks.


Input: [Parameters] lpFileName [Value]

Output: Use the CONIN$ value to specify console input. Use the CONOUT$ value to specify console output. CONIN$ gets a handle to the console input buffer, even if the SetStdHandle function redirects the standard input handle. To get the standard input handle, use the GetStdHandlefunction. CONOUT$ gets a handle to the active screen buffer, even if SetStdHandleredirects the standard output handle. To get the standard output handle, use GetStdHandle.


Input: [Parameters] dwDesiredAccess [Value]

Output: GENERIC_READ | GENERIC_WRITE is preferred, but either one can limit access.


Input: [Parameters] dwShareMode [Value]

Output: When opening CONIN$, specify FILE_SHARE_READ. When opening CONOUT$, specify FILE_SHARE_WRITE. If the calling process inherits the console, or if a child process should be able to access the console, this parameter must be FILE_SHARE_READ | FILE_SHARE_WRITE.


Input: [Parameters] lpSecurityAttributes [Value]

Output: If you want the console to be inherited, the bInheritHandle member of the SECURITY_ATTRIBUTES structure must be TRUE.


Input: [Parameters] dwCreationDisposition [Value]

Output: You should specify OPEN_EXISTING when using CreateFile to open the console.


Input: [Parameters] dwFlagsAndAttributes [Value]

Output: Ignored.


Input: [Parameters] hTemplateFile [Value]

Output: Ignored.


Input: [Security flag] SECURITY_ANONYMOUS [Meaning]

Output: Impersonates a client at the Anonymous impersonation level.


Input: [Security flag] SECURITY_CONTEXT_TRACKING [Meaning]

Output: The security tracking mode is dynamic. If this flag is not specified, the security tracking mode is static.


Input: [Security flag] SECURITY_DELEGATION [Meaning]

Output: Impersonates a client at the Delegation impersonation level.


Input: [Security flag] SECURITY_EFFECTIVE_ONLY [Meaning]

Output: Only the enabled aspects of the client's security context are available to the server. If you do not specify this flag, all aspects of the client's security context are available. This allows the client to limit the groups and privileges that a server can use while impersonating the client.


Input: [Security flag] SECURITY_IDENTIFICATION [Meaning]

Output: Impersonates a client at the Identification impersonation level.


Input: [Security flag] SECURITY_IMPERSONATION [Meaning]

Output: Impersonate a client at the impersonation level. This is the default behavior if no other flags are specified along with the SECURITY_SQOS_PRESENT flag.


Input: [Property] CategoryID [Access type] Read-only [Description]

Output: Gets the identifier of the category.


Input: [Property] Children [Access type] Read-only [Description]

Output: Gets an interface collection that contains the child categories of this category.


Input: [Property] Description [Access type] Read-only [Description]

Output: Gets the description of the category.


Input: [Property] Image [Access type] Read-only [Description]

Output: Gets an interface that contains information about the image that is associated with the category.


Input: [Property] Name [Access type] Read-only [Description]

Output: Gets the localized name of the category.


Input: [Property] Order [Access type] Read-only [Description]

Output: Gets the recommended display order of this category among its sibling categories.


Input: [Property] Parent [Access type] Read-only [Description]

Output: Gets an interface that describes the parent category of this category.


Input: [Property] Type [Access type] Read-only [Description]

Output: Gets the type of the category.


Input: [Property] Updates [Access type] Read-only [Description]

Output: Gets an interface that contains a collection of updates that immediately belong to the category.


Input: [Name] Argument1 [Description]

Output: Gets or sets the first in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument10 [Description]

Output: Gets or sets the tenth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument11 [Description]

Output: Gets or sets the eleventh in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument12 [Description]

Output: Gets or sets the twelfth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument2 [Description]

Output: Gets or sets the second in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument3 [Description]

Output: Gets or sets the third in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument4 [Description]

Output: Gets or sets the fourth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument5 [Description]

Output: Gets or sets the fifth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument6 [Description]

Output: Gets or sets the sixth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument7 [Description]

Output: Gets or sets the seventh in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument8 [Description]

Output: Gets or sets the eighth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Argument9 [Description]

Output: Gets or sets the ninth in argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] DisplayName [Description]

Output: Gets or sets an optional friendly name that is used for debugging, validation, exception handling, and tracking. (Inherited from ActivityDelegate.)

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Handler [Description]

Output: Gets or sets the activity that is represented by this ActivityDelegate. (Inherited from ActivityDelegate.)

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [Name] Result [Description]

Output: Gets or sets the out argument of the activity delegate.

ActivityFunc(T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, TResult) Class (System.Activities)


Input: [HRESULT] D3D10_ERROR_FILE_NOT_FOUND [Description]

Output: The file was not found.


Input: [HRESULT] D3D10_ERROR_TOO_MANY_UNIQUE_STATE_OBJECTS [Description]

Output: There are too many unique instances of a particular type of state object.


Input: [HRESULT] D3DERR_INVALIDCALL [Description]

Output: The method call is invalid. For example, a method's parameter may not be a valid pointer.


Input: [HRESULT] D3DERR_WASSTILLDRAWING [Description]

Output: The previous blit operation that is transferring information to or from this surface is incomplete.


Input: [HRESULT] E_FAIL [Description]

Output: Attempted to create a device with the debug layer enabled and the layer is not installed.


Input: [HRESULT] E_INVALIDARG [Description]

Output: An invalid parameter was passed to the returning function.


Input: [HRESULT] E_OUTOFMEMORY [Description]

Output: Direct3D could not allocate sufficient memory to complete the call.


Input: [HRESULT] E_NOTIMPL [Description]

Output: The method call isn't implemented with the passed parameter combination.


Input: [HRESULT] S_FALSE [Description]

Output: Alternate success value, indicating a successful but nonstandard completion (the precise meaning depends on context).


Input: [HRESULT] S_OK [Description]

Output: No error occurred.


Input: [Name] Adapter [Description]

Output: Gets the browser-specific adapter for the control.


Input: [Name] AppRelativeTemplateSourceDirectory [Description]

Output: Gets or sets the application-relative virtual directory of the Page or UserControl object that contains this control.


Input: [Name] BindingContainer [Description]

Output: Infrastructure. Gets the control that contains this control's data binding.


Input: [Name] ChildControlsCreated [Description]

Output: Gets a value that indicates whether the server control's child controls have been created.


Input: [Name] ClientID [Description]

Output: Gets the control ID for HTML markup that is generated by ASP.NET.


Input: [Name] ClientIDMode [Description]

Output: Gets or sets the algorithm that is used to generate the value of the ClientID property.


Input: [Name] ClientIDSeparator [Description]

Output: Gets a character value representing the separator character used in the ClientID property.


Input: [Name] Context [Description]

Output: Gets the HttpContext object associated with the server control for the current Web request.


Input: [Name] Controls [Description]

Output: Gets a ControlCollection object that represents the child controls for a specified server control in the UI hierarchy.


Input: [Name] DataItemContainer [Description]

Output: Gets a reference to the naming container if the naming container implements IDataItemContainer.


Input: [Name] DataKeysContainer [Description]

Output: Gets a reference to the naming container if the naming container implements IDataKeysControl.


Input: [Name] DesignMode [Description]

Output: Gets a value indicating whether a control is being used on a design surface.


Input: [Name] EnableTheming [Description]

Output: Gets or sets a value indicating whether themes apply to this control.


Input: [Name] EnableViewState [Description]

Output: Gets or sets a value indicating whether the server control persists its view state, and the view state of any child controls it contains, to the requesting client.


Input: [Name] Events [Description]

Output: Gets a list of event handler delegates for the control. This property is read-only.


Input: [Name] HasChildViewState [Description]

Output: Gets a value indicating whether the current server control's child controls have any saved view-state settings.


Input: [Name] ID [Description]

Output: Gets or sets the programmatic identifier assigned to the server control.


Input: [Name] IdSeparator [Description]

Output: Infrastructure. Gets the character used to separate control identifiers.


Input: [Name] IsChildControlStateCleared [Description]

Output: Gets a value indicating whether controls contained within this control have control state.


Input: [Name] IsTrackingViewState [Description]

Output: Gets a value that indicates whether the server control is saving changes to its view state.


Input: [Name] IsViewStateEnabled [Description]

Output: Gets a value indicating whether view state is enabled for this control.


Input: [Name] LoadViewStateByID [Description]

Output: Gets a value indicating whether the control participates in loading its view state by ID instead of index.


Input: [Name] NamingContainer [Description]

Output: Gets a reference to the server control's naming container, which creates a unique namespace for differentiating between server controls with the same Control.ID property value.


Input: [Name] Page [Description]

Output: Gets a reference to the Page instance that contains the server control.


Input: [Name] Parent [Description]

Output: Gets a reference to the server control's parent control in the page control hierarchy.


Input: [Name] RenderingCompatibility [Description]

Output: Gets a value that specifies the ASP.NET version that rendered HTML will be compatible with.


Input: [Name] Site [Description]

Output: Gets information about the container that hosts the current control when rendered on a design surface.


Input: [Name] SkinID [Description]

Output: Gets or sets the skin to apply to the control.


Input: [Name] TemplateControl [Description]

Output: Gets or sets a reference to the template that contains this control.


Input: [Name] TemplateSourceDirectory [Description]

Output: Gets the virtual directory of the Page or UserControl that contains the current server control.


Input: [Name] UniqueID [Description]

Output: Gets the unique, hierarchically qualified identifier for the server control.


Input: [Name] ValidateRequestMode [Description]

Output: Gets or sets a value that indicates whether the control checks client input from the browser for potentially dangerous values.


Input: [Name] ViewState [Description]

Output: Gets a dictionary of state information that allows you to save and restore the view state of a server control across multiple requests for the same page.


Input: [Name] ViewStateIgnoresCase [Description]

Output: Gets a value that indicates whether the StateBag object is case-insensitive.


Input: [Name] ViewStateMode [Description]

Output: Gets or sets the view-state mode of this control.


Input: [Name] Visible [Description]

Output: Gets or sets a value that indicates whether a server control is rendered as UI on the page.


Input: [Control] Label [Property Values] customerLabel Bear Order Form [Properties]

Output: Name Text

Walkthrough: Structured Exception Handling


Input: [Control] TextBox [Property Values] customerName Customer Name [Properties]

Output: Name Text

Walkthrough: Structured Exception Handling


Input: [Control] Label [Property Values] bearColorLabel Available Colors [Properties]

Output: Name Text

Walkthrough: Structured Exception Handling


Input: [Control] ComboBox [Property Values] bearColor Black, Brown, Spotted Bear Color [Properties]

Output: Name Items Text

Walkthrough: Structured Exception Handling


Input: [Control] Label [Property Values] bearSizeLabel Available Sizes [Properties]

Output: Name Text

Walkthrough: Structured Exception Handling


Input: [Control] ComboBox [Property Values] bearSize Small, Normal, Large Size [Properties]

Output: Name Items Text

Walkthrough: Structured Exception Handling


Input: [Control] Button [Property Values] order Order [Properties]

Output: Name Text

Walkthrough: Structured Exception Handling


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 it is reclaimed by garbage collection. (Inherited from Object.)


Input: [Name] GetBindingAssertions [Description]

Output: Gets a collection of policy assertions from metadata.


Input: [Name] GetFaultBindingAssertions [Description]

Output: Returns a collection of policy assertions for the specified SOAP fault.


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetMessageBindingAssertions [Description]

Output: Gets a collection of policy assertions for a message.


Input: [Name] GetOperationBindingAssertions [Description]

Output: Returns a collection of policy assertions for the specified operation.


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] ToString [Description]

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


Input: [Property] backface-visibility [Description]

Output: Gets or sets a value that specifies whether the back face (reverse side) of an object is visible.


Input: [Property] perspective [Description]

Output: Gets or sets a value that represents the perspective from which all child elements of the object are viewed.


Input: [Property] perspective-origin [Description]

Output: Gets or sets one or two values that represent the origin (the vanishing point for the 3-D space) of an object with an perspective property declaration.


Input: [Property] transform [Description]

Output: Gets or sets a list of one or more transform functions that specify how to translate, rotate, or scale an element in 2-D or 3-D space.


Input: [Property] transform-origin [Description]

Output: Gets or sets one or two values that establish the origin of transformation for an element.


Input: [Property] transform-style [Description]

Output: Gets or sets a value that specifies how child elements of the object are rendered in 3-D space.


Input: [Property] MSCSSMatrix [Description]

Output: Represents a 4×4 homogeneous matrix that enables Document Object Model (DOM) scripting access to CSS 2-D and 3-D Transforms functionality.


Input: [Property] Transform Functions [Description]

Output: This section contains reference documentation for the CSS transform functions that are supported in Windows Internet Explorer.


Input: [Function] Default char type is unsigned. Defined when the /J option is specified. [Symbol]

Output: _CHAR_UNSIGNED


Input: [Function] Defined for code compiled with the /GR option. [Symbol]

Output: _CPPRTTI


Input: [Function] Defined for code compiled with the /EHsc option. [Symbol]

Output: _CPPUNWIND


Input: [Function] Defined when the /MD option is specified. [Symbol]

Output: _DLL


Input: [Function] By default, defined to 600 for x86 targets. [Symbol]

Output: _M_IX86


Input: [Function] For more information, see Predefined Macros. [Symbol]

Output: _MSC_VER


Input: [Function] Defined for WIN32 applications. Always defined. [Symbol]

Output: _WIN32


Input: [Function] Defined when the /MD or /MT option is specified. [Symbol]

Output: _MT


Input: [Member] None | none [Value] 0 [Description]

Output: Disable support for gestures and manipulations.

GestureSettings enumeration - Windows app development


Input: [Member] Tap | tap [Value] 1 [Description]

Output: Enable support for the tap gesture. Touch: tap Mouse: left button click Pen/stylus: tap

GestureSettings enumeration - Windows app development


Input: [Member] DoubleTap | doubleTap [Value] 2 [Description]

Output: Enable support for the double-tap gesture. Touch: double tap Mouse: left button double click Pen/stylus: double tap This gesture can be used to select a word or open a file or folder.

GestureSettings enumeration - Windows app development


Input: [Member] Hold | hold [Value] 4 [Description]

Output: Enable support for the press and hold gesture (from a single touch or pen/stylus contact). The Holding event is raised if a time threshold is crossed before the contact is lifted, an additional contact is detected, or a gesture is started. Touch: press and hold Pen/stylus: press and hold This gesture can be used to display a context menu.

GestureSettings enumeration - Windows app development


Input: [Member] HoldWithMouse | holdWithMouse [Value] 8 [Description]

Output: Enable support for the press and hold gesture through the left button on a mouse. The Holding event is raised if a time threshold is crossed before the left button is released or a gesture is started. This gesture can be used to display a context menu.

GestureSettings enumeration - Windows app development


Input: [Member] RightTap | rightTap [Value] 16 [Description]

Output: Enable support for a right-tap interaction. The RightTapped event is raised when the contact is lifted or the mouse button released. Touch: press and hold Mouse: press and hold, right button click Pen/stylus: press and hold, tap with barrel button pressed This gesture can be used to display a context menu.

GestureSettings enumeration - Windows app development


Input: [Member] Drag | drag [Value] 32 [Description]

Output: Enable support for the slide or swipe gesture with a mouse or pen/stylus (single contact). The Dragging event is raised when either gesture is detected. This gesture can be used for text selection, selecting or rearranging objects, or scrolling and panning. Note Mouse and pen/stylus input does not raise manipulation events (ManipulationStarted, ManipulationUpdated, and ManipulationCompleted) during the course of this interaction. Specifying support for Drag and one or more of the manipulation settings enables a single device to perform multiple actions. For example, the slide or swipe gesture can be performed with the left mouse button to select text while the wheel button can be rolled to scroll content.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationTranslateX | manipulationTranslateX [Value] 64 [Description]

Output: Enable support for the slide gesture through pointer input, on the horizontal axis. The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction. This gesture can be used for rearranging objects.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationTranslateY | manipulationTranslateY [Value] 128 [Description]

Output: Enable support for the slide gesture through pointer input, on the vertical axis. The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction. This gesture can be used for rearranging objects.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationTranslateRailsX | manipulationTranslateRailsX [Value] 256 [Description]

Output: Enable support for the slide gesture through pointer input, on the horizontal axis using rails (guides). The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction. This gesture can be used for rearranging objects.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationTranslateRailsY | manipulationTranslateRailsY [Value] 512 [Description]

Output: Enable support for the slide gesture through pointer input, on the vertical axis using rails (guides). The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction. This gesture can be used for rearranging objects.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationRotate | manipulationRotate [Value] 1024 [Description]

Output: Enable support for the rotation gesture through pointer input. The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationScale | manipulationScale [Value] 2048 [Description]

Output: Enable support for the pinch or stretch gesture through pointer input. These gestures can be used for optical or semantic zoom and resizing an object. The ManipulationStarted, ManipulationUpdated, and ManipulationCompleted events are all raised during the course of this interaction.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationTranslateInertia | manipulationTranslateInertia [Value] 4096 [Description]

Output: Enable support for translation inertia after the slide gesture (through pointer input) is complete. The ManipulationInertiaStarting event is raised if inertia is enabled.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationRotateInertia | manipulationRotateInertia [Value] 8192 [Description]

Output: Enable support for rotation inertia after the rotate gesture (through pointer input) is complete. The ManipulationInertiaStarting event is raised if inertia is enabled.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationScaleInertia | manipulationScaleInertia [Value] 16384 [Description]

Output: Enable support for scaling inertia after the pinch or stretch gesture (through pointer input) is complete. The ManipulationInertiaStarting event is raised if inertia is enabled.

GestureSettings enumeration - Windows app development


Input: [Member] CrossSlide | crossSlide [Value] 32768 [Description]

Output: Enable support for the CrossSliding interaction when using the slide or swipe gesture through a single touch contact. This gesture can be used for selecting or rearranging objects.

GestureSettings enumeration - Windows app development


Input: [Member] ManipulationMultipleFingerPanning | manipulationMultipleFingerPanning [Value] 65536 [Description]

Output: Enable panning and disable zoom when two or more touch contacts are detected. Prevents unintentional zoom interactions when panning with multiple fingers.

GestureSettings enumeration - Windows app development


Input: [UI Element] Application Type [Description]

Output: Optional. Specifies whether this application installs itself to the client computer (Install Locally), runs online (Online Only), or is a WPF application that runs in the browser (WPF Browser Application). The default is Install Locally.


Input: [UI Element] Start Location [Description]

Output: Optional. The URL from which the application should actually be started. Useful when deploying an application from a CD that should update itself from the Web.


Input: [UI Element] Include Start Location (ProviderURL) in the manifest [Description]

Output: Optional. Specifies the URL which ClickOnce will examine for application updates.


Input: [UI Element] Automatically run application after installing [Description]

Output: Required. Specifies that the ClickOnce application should run immediately after the initial installation from a URL. The default is the check box is selected.


Input: [UI Element] Allow URL parameters to be passed to application [Description]

Output: Required. Permits the transfer of parameter data to the ClickOnce application through a query string appended to the deployment manifest's URL. The default is the check box is cleared.


Input: [UI Element] Use .deploy file extension [Description]

Output: Required. When selected, all files in the application manifest must have the .deploy extension. The default is the check box is cleared.


Input: [Description] Indicates whether to include an alignment in the predefined XlRangeAutoFormat. [Member name]

Output: Alignment


Input: [Description] Indicates whether to include border formats in the predefined XlRangeAutoFormat. [Member name]

Output: Border


Input: [Description] Indicates whether to include font formats in the predefined XlRangeAutoFormat [Member name]

Output: Font


Input: [Description] Indicates whether to include the number formats in the predefined XlRangeAutoFormat. [Member name]

Output: Number


Input: [Description] Indicates whether to include the pattern formats in the predefined XlRangeAutoFormat. [Member name]

Output: Pattern


Input: [Description] Indicates whether to include the column width and row height in the predefined XlRangeAutoFormat. [Member name]

Output: Width


Input: [Description] Gets a collection of constraints that are defined directly in a model. [Name]

Output: Constraints


Input: [Description] Gets a collection of decisions that are defined directly in a model. [Name]

Output: Decisions


Input: [Description] Gets a collection of goals that are defined directly in a model. [Name]

Output: Goals


Input: [Description] Gets a value that indicates whether a model has no decisions, parameters, constraints, or goals. [Name]

Output: IsEmpty


Input: [Description] Gets or sets the name of a model. [Name]

Output: Name


Input: [Description] Gets all parameters that are defined in a model. [Name]

Output: Parameters


Input: [Description] Gets all random parameters that are defined in a model. [Name]

Output: RandomParameters


Input: [Description] Gets all recourse decisions that are defined in a model. [Name]

Output: RecourseDecisions


Input: [Description] Gets all instantiations of submodels created directly in a model. [Name]

Output: SubmodelInstances


Input: [Description] Gets all submodels created directly in a model. [Name]

Output: Submodels


Input: [Description] Gets all tuples that are defined in a model. [Name]

Output: Tuples


Input: [Name] GetOpenPropertyValue [Description]

Output: Gets the value of the open property.


Input: [Name] GetOpenPropertyValues [Description]

Output: Gets the name and values of all the properties that are defined in the given instance of an open type.


Input: [Name] GetPropertyValue [Description]

Output: Gets the value of the open property.


Input: [Name] GetQueryRootForResourceSet [Description]

Output: Gets the IQueryable that represents the container.


Input: [Name] GetResourceType [Description]

Output: Gets the resource type for the instance that is specified by the parameter.


Input: [Name] InvokeServiceOperation [Description]

Output: Invokes the given service operation and returns the results.


Input: [Category] Analysis Services Project Items [Description] Starts the Cube Wizard to add a new cube to the Analysis Services project. [Item template]

Output: Cube


Input: [Description] Starts the Data Source Wizard to add a new data source to the Analysis Services project. [Item template]

Output: Data Source


Input: [Description] Starts the Data Source View Wizard to add a new data source view to the Analysis Services project. [Item template]

Output: Data Source View


Input: [Description] Adds a new database role to the Analysis Services project, and then displays Role Designer for the new database role. [Item template]

Output: Database Role


Input: [Description] Starts the Dimension Wizard to add a new database dimension to the Analysis Services project. [Item template]

Output: Dimension


Input: [Description] Starts the Data Mining Wizard to add a new mining structure and associated mining model to the Analysis Services project. [Item template]

Output: Mining Structure


Input: [Description] Gets or sets the number of conflicts that occurred in the step. [Name]

Output: Conflicts


Input: [Description] Gets or sets the number of deletes that were replicated in the step. [Name]

Output: Deletes


Input: [Description] Gets or sets the type of detail step represented by the object. [Name]

Output: DetailType


Input: [Description] Gets or sets the duration of the detail step. [Name]

Output: Duration


Input: [Description] Gets or sets errors that occurred in the detail step. [Name]

Output: Errors


Input: [Description] Gets or sets the number of inserts that were replicated in the step. [Name]

Output: Inserts


Input: [Description] Gets or sets the message returned by the Merge Agent during the step. [Name]

Output: Message


Input: [Description] Gets or sets the progress of the session during the step, as a percentage of the total session. [Name]

Output: PercentComplete


Input: [Description] Gets or sets the amount of type spent during this step, as a percentage of the total synchronization time of the session. [Name]

Output: PercentOfTotalTime


Input: [Description] Gets or sets the number of rows that were retried during the step. [Name]

Output: RowsRetried


Input: [Description] Gets or sets the number of schema changes applied during the step. [Name]

Output: SchemaChanges


Input: [Description] Gets or sets the number of updates that were replicated during the step. [Name]

Output: Updates


Input: [Description] The function that supports data binding. [Member name]

Output: FUNCFLAG_FBINDABLE


Input: [Description] The function that best represents the object. Only one function in a type information can have this attribute. [Member name]

Output: FUNCFLAG_FDEFAULTBIND


Input: [Description] Permits an optimization in which the compiler looks for a member named "xyz" on the type of "abc". If such a member is found, and is flagged as an accessor function for an element of the default collection, a call is generated to that member function. Permitted on members in dispinterfaces and interfaces; not permitted on modules. [Member name]

Output: FUNCFLAG_FDEFAULTCOLLELEM


Input: [Description] The function that is displayed to the user as bindable. FUNCFLAG_FBINDABLE must also be set. [Member name]

Output: FUNCFLAG_FDISPLAYBIND


Input: [Description] The function should not be displayed to the user, although it exists and is bindable. [Member name]

Output: FUNCFLAG_FHIDDEN


Input: [Description] Mapped as individual bindable properties. [Member name]

Output: FUNCFLAG_FIMMEDIATEBIND


Input: [Description] The property appears in an object browser, but not in a properties browser. [Member name]

Output: FUNCFLAG_FNONBROWSABLE


Input: [Description] Tags the interface as having default behaviors. [Member name]

Output: FUNCFLAG_FREPLACEABLE


Input: [Description] When set, any call to a method that sets the property results first in a call to IPropertyNotifySink::OnRequestEdit. The implementation of OnRequestEdit determines if the call is allowed to set the property. [Member name]

Output: FUNCFLAG_FREQUESTEDIT


Input: [Description] The function should not be accessible from macro languages. This flag is intended for system-level functions or functions that type browsers should not display. [Member name]

Output: FUNCFLAG_FRESTRICTED


Input: [Description] The function returns an object that is a source of events. [Member name]

Output: FUNCFLAG_FSOURCE


Input: [Description] The type information member is the default member for display in the user interface. [Member name]

Output: FUNCFLAG_FUIDEFAULT


Input: [Description] The function supports GetLastError. If an error occurs during the function, the caller can call GetLastError to retrieve the error code. [Member name]

Output: FUNCFLAG_FUSESGETLASTERROR


Input: [File] LeadershipTeamTaskWFCT [Description]

Output: Sample code folder containing the project file and source code for the Headcount Request leadership team task workflow content type.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] OpsTeamTaskWFCT [Description]

Output: Sample code folder containing the project file and source code for the Headcount Request operations team task workflow content type.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] LeadershipTeamTaskWFCT.aspx [Description]

Output: Leadership team task workflow content type edit form.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] LeadershipTeamTaskWFCT.cs [Description]

Output: Code file for the leadership team task workflow content type edit form.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] OpsTeamTaskWFCT.aspx [Description]

Output: Operations team task workflow content type edit form.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] OpsTeamTaskWFCT.cs [Description]

Output: Code file for the operations team task workflow content type edit form.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] LeadershipTeamTaskWFCT.xml [Description]

Output: XML file that contains the definition of the leadership team task workflow content type.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [File] OpsTeamTaskWFCT.xml [Description]

Output: XML file that contains the definition of the operations team task workflow content type.

Developing Sequential Workflows for SharePoint Server 2007 Using Visual Studio 2008


Input: [Interface] IControlDesignerBehavior [Description]

Output: Enables the extension of specific behaviors of a control designer.


Input: [Interface] IDataSourceProvider [Description]

Output: Defines an interface that a control designer can implement to provide access to a data source.


Input: [Interface] IHtmlControlDesignerBehavior [Description]

Output: Defines an interface that enables the extension of specific behaviors of an HTML control designer.


Input: [Interface] ITemplateEditingFrame [Description]

Output: Provides an interface to manage a template editing area.


Input: [Interface] ITemplateEditingService [Description]

Output: Provides services for editing control templates at design time.


Input: [Interface] IWebFormReferenceManager [Description]

Output: Provides an interface that can lookup information about the types used in the current Web Forms project.


Input: [Interface] IWebFormsBuilderUIService [Description]

Output: Provides methods to start specific user interfaces for building properties at design-time.


Input: [Interface] IWebFormsDocumentService [Description]

Output: Provides methods to access services for tracking the loading state of a Web Forms document, handling events at load time, accessing a document's location, managing a document's undo service, and setting a new selection within the document.


Input: [Description] Defines the placement of the percent symbol for positive values. [NumberFormatInfo property]

Output: PercentPositivePattern


Input: [Description] Defines the placement of the percent symbol and the negative symbol for negative values. [NumberFormatInfo property]

Output: PercentNegativePattern


Input: [Description] Defines the string that indicates that a number is negative. [NumberFormatInfo property]

Output: NegativeSign


Input: [Description] Defines the percent symbol. [NumberFormatInfo property]

Output: PercentSymbol


Input: [Description] Defines the default number of decimal digits in a percentage value. This value can be overridden by using the precision specifier. [NumberFormatInfo property]

Output: PercentDecimalDigits


Input: [Description] Defines the string that separates integral and decimal digits. [NumberFormatInfo property]

Output: PercentDecimalSeparator


Input: [Description] Defines the string that separates groups of integral numbers. [NumberFormatInfo property]

Output: PercentGroupSeparator


Input: [Description] Defines the number of integer digits that appear in a group. [NumberFormatInfo property]

Output: PercentGroupSizes


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] accountnumber [Northwind Table] Customers [Northwind Field]

Output: CustomerID

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] name [Northwind Table] Customers [Northwind Field]

Output: CompanyName

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Contact [Microsoft CRM Schema Field] fullname [Northwind Table] Customers [Northwind Field]

Output: ContactName

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Contact [Microsoft CRM Schema Field] jobtitle [Northwind Table] Customers [Northwind Field]

Output: ContactTitle

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] address1_line1 [Northwind Table] Customers [Northwind Field]

Output: Address

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] address1_city [Northwind Table] Customers [Northwind Field]

Output: City

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] address1_stateorprovince [Northwind Table] Customers [Northwind Field]

Output: Region

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] address1_postalcode [Northwind Table] Customers [Northwind Field]

Output: PostalCode

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] address1_country [Northwind Table] Customers [Northwind Field]

Output: Country

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] telephone1 [Northwind Table] Customers [Northwind Field]

Output: Phone

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Microsoft CRM Object] Account [Microsoft CRM Schema Field] fax [Northwind Table] Customers [Northwind Field]

Output: Fax

Creating Custom Integrations with Microsoft CRM without Microsoft BizTalk Server Partner Edition


Input: [Description] Legend separator is a dashed line. [Member name]

Output: DashLine


Input: [Description] Legend separator is a dotted line. [Member name]

Output: DotLine


Input: [Description] Legend separator is a double line. [Member name]

Output: DoubleLine


Input: [Description] Legend separator is a solid line with a gradient on the ends. [Member name]

Output: GradientLine


Input: [Description] Legend separator is a solid line. [Member name]

Output: Line


Input: [Description] No separator will be shown. [Member name]


Input: [Description] Legend separator is a thick solid line with a gradient on the ends. [Member name]

Output: ThickGradientLine


Input: [Description] Legend separator is a thick solid line. [Member name]

Output: ThickLine


Input: [Description] A Visual Basic Collection is an ordered set of items that can be referred to as a unit. [Class]

Output: Collection


Input: [Description] The ComClassAttribute attribute instructs the compiler to add metadata that allows a class to be exposed as a COM object. [Class]

Output: ComClassAttribute


Input: [Description] The Constants module contains miscellaneous constants. These constants can be used anywhere in your code. [Class]

Output: Constants


Input: [Description] The ControlChars module contains constants used as control characters. These constants can be used anywhere in your code. [Class]

Output: ControlChars


Input: [Description] The Conversion module contains the procedures used to perform various conversion operations. [Class]

Output: Conversion


Input: [Description] The DateAndTime module contains the procedures and properties used in date and time operations. [Class]

Output: DateAndTime


Input: [Description] The ErrObject module contains properties and procedures used to identify and handle run-time errors using the Err object. [Class]

Output: ErrObject


Input: [Description] The FileSystem module contains the procedures used to perform file, directory or folder, and system operations. The My feature gives you greater productivity and performance in file I/O operations than using the FileSystem module. For more information, see My.Computer.FileSystem Object. [Class]

Output: FileSystem


Input: [Description] The Financial module contains procedures used to perform financial operations. [Class]

Output: Financial


Input: [Description] The Globals module contains script engine functions. [Class]

Output: Globals


Input: [Description] The HideModuleNameAttribute attribute, when applied to a module, allows the module members to be accessed using only the qualification needed for the module. [Class]

Output: HideModuleNameAttribute


Input: [Description] The Information module contains the procedures used to return, test for, or verify information. [Class]

Output: Information


Input: [Description] The Interaction module contains procedures used to interact with objects, applications, and systems. [Class]

Output: Interaction


Input: [Description] This attribute supports My.Forms and My.WebServices in Visual Basic. [Class]

Output: MyGroupCollectionAttribute


Input: [Description] The Strings module contains procedures used to perform string operations. [Class]

Output: Strings


Input: [Description] Provides access to instances of the Visual Basic code generator and code compiler. [Class]

Output: VBCodeProvider


Input: [Description] Indicates that an array in a structure or non-local variable should be treated as a fixed-length array. [Class]

Output: VBFixedArrayAttribute


Input: [Description] Indicates that a string should be treated as if it were fixed length. [Class]

Output: VBFixedStringAttribute


Input: [Description] The VbMath module contains procedures used to perform mathematical operations. [Class]

Output: VBMath


Input: [Command name] Edit.Copy [Description] Copies the currently selected item to the system clipboard. [Shortcut keys]

Output: CTRL + C CTRL + INSERT

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.Cut [Description] Removes the currently selected item to the system clipboard. [Shortcut keys]

Output: CTRL + X SHIFT + DELETE CTRL + ALT + W

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.GotoNextLocation [Description] Moves the cursor to the next item, such as a task in the Task List window or a search match in the Find Results window. Each time you press F12, you move to the next item in the list. [Shortcut keys]

Output: F4

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.GotoPreviousLocation [Description] Moves the cursor to the previous item in the Task List window or Find Results window. [Shortcut keys]

Output: SHIFT + F4

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.GoToReference [Description] Displays the reference of the selection in the code. [Shortcut keys]

Output: SHIFT + F11 SHIFT + ALT + F11

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.Paste [Description] Inserts the Clipboard contents at the insertion point. [Shortcut keys]

Output: CTRL + V SHIFT + INSERT

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.Redo [Description] Restores the previously undone action. [Shortcut keys]

Output: CTRL + A CTRL + SHIFT + Z SHIFT + ALT + BACKSPACE

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.SelectionCancel [Description] Closes a menu or dialog box, cancels an operation in progress, or places focus in the current document window. [Shortcut keys]

Output: ESC

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] Edit.Undo [Description] Reverses the last editing action. [Shortcut keys]

Output: CTRL + Z ALT + BACKSPACE

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] File.Print [Description] Displays the Print dialog box where you can choose printer settings. [Shortcut keys]

Output: CTRL + P CTRL + SHIFT + F12 CTRL + SHIFT + ALT + F2

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] File.SaveAll [Description] Saves all documents in the current solution and any files in the external files project. [Shortcut keys]

Output: CTRL + SHIFT + S

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] File.SaveSelectedItems [Description] Saves the selected items in the current project. [Shortcut keys]

Output: CTRL + S SHIFT + F12

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Command name] View.PopBrowseContext [Description] Returns to the location preceding the last browse operation. [Shortcut keys]

Output: CTRL + NUM *

Global Shortcut Keys, Visual C++ 2.0 Default Shortcut Option


Input: [Description] Gets the cookie path for the forms-authentication ticket. [Name]

Output: CookiePath


Input: [Description] Gets the local date and time at which the forms-authentication ticket expires. [Name]

Output: Expiration


Input: [Description] Gets a value indicating whether the forms-authentication ticket has expired. [Name]

Output: Expired


Input: [Description] Gets a value indicating whether the cookie that contains the forms-authentication ticket information is persistent. [Name]

Output: IsPersistent


Input: [Description] Gets the local date and time at which the forms-authentication ticket was originally issued. [Name]

Output: IssueDate


Input: [Description] Gets the user name associated with the forms-authentication ticket. [Name]

Output: Name


Input: [Description] Gets a user-specific string stored with the ticket. [Name]

Output: UserData


Input: [Description] Gets the version number of the ticket. [Name]

Output: Version


Input: [Name] StreamReader(Stream) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream.


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

Output: Initializes a new instance of the StreamReader class for the specified file name.


Input: [Name] StreamReader(Stream, Boolean) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream, with the specified byte order mark detection option.


Input: [Name] StreamReader(Stream, Encoding) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream, with the specified character encoding.


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

Output: Initializes a new instance of the StreamReader class for the specified file name, with the specified byte order mark detection option.


Input: [Name] StreamReader(String, Encoding) [Description]

Output: Initializes a new instance of the StreamReader class for the specified file name, with the specified character encoding.


Input: [Name] StreamReader(Stream, Encoding, Boolean) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream, with the specified character encoding and byte order mark detection option.


Input: [Name] StreamReader(String, Encoding, Boolean) [Description]

Output: Initializes a new instance of the StreamReader class for the specified file name, with the specified character encoding and byte order mark detection option.


Input: [Name] StreamReader(Stream, Encoding, Boolean, Int32) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream, with the specified character encoding, byte order mark detection option, and buffer size.


Input: [Name] StreamReader(String, Encoding, Boolean, Int32) [Description]

Output: Initializes a new instance of the StreamReader class for the specified file name, with the specified character encoding, byte order mark detection option, and buffer size.


Input: [Name] StreamReader(Stream, Encoding, Boolean, Int32, Boolean) [Description]

Output: Initializes a new instance of the StreamReader class for the specified stream based on the specified character encoding, byte order mark detection option, and buffer size, and optionally leaves the stream open.


Input: [Comment] Accesses the Action property of this rule. [INetFwRule Property]

Output: Action

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Enabled property for this rule. [INetFwRule Property]

Output: Enabled

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the ApplicationName property for this rule. [INetFwRule Property]

Output: ApplicationName

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Description property for this rule. [INetFwRule Property]

Output: Description

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Direction property for this rule. [INetFwRule Property]

Output: Direction

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the EdgeTraversal property for this rule. [INetFwRule Property]

Output: EdgeTraversal

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Grouping property for this rule. [INetFwRule Property]

Output: Grouping

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the IcmpTypesAndCodes property for this rule. [INetFwRule Property]

Output: IcmpTypesAndCodes

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Interfaces property for this rule. [INetFwRule Property]

Output: Interfaces

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the InterfaceTypes property for this rule. [INetFwRule Property]

Output: InterfaceTypes

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the LocalAddresses property for this rule. [INetFwRule Property]

Output: LocalAddresses

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the LocalPorts property of this rule. [INetFwRule Property]

Output: LocalPorts

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Name property for this rule. [INetFwRule Property]

Output: Name

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Profiles property for this rule. [INetFwRule Property]

Output: Profiles

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the Protocol property for this rule. [INetFwRule Property]

Output: Protocol

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the RemoteAddresses property of this rule. [INetFwRule Property]

Output: RemoteAddresses

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the RemotePorts property for this rule. [INetFwRule Property]

Output: RemotePorts

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Comment] Accesses the ServiceName property for this rule. [INetFwRule Property]

Output: ServiceName

Translating the Authored Firewall Policy into API Calls (Windows)


Input: [Description] Specifies the source of ambient theme settings for designer theme classes. [Enumeration]

Output: AmbientProperty


Input: [Description] Specifies where in the workflow designer that workflow content is aligned. [Enumeration]

Output: DesignerContentAlignment


Input: [Description] Specifies the edge or edges of an activity designer on a workflow design surface where design-time processing is performed, such as a Connector location on the activity designer. [Enumeration]

Output: DesignerEdges


Input: [Description] Specifies the shape used by activity designers to render the corners of their design surface. [Enumeration]

Output: DesignerGeometry


Input: [Description] Specifies values for navigating among designer objects. [Enumeration]

Output: DesignerNavigationDirection


Input: [Description] Specifies the size settings that theme classes use to control the size of ActivityDesigner classes when they are rendered on a workflow design surface. [Enumeration]

Output: DesignerSize


Input: [Description] Specifies the grouping area on a context menu or a workflow designer menu in which an activity designer verb is to appear. [Enumeration]

Output: DesignerVerbGroup


Input: [Description] Describes the area of the designer that contains the point passed to a HitTest method. [Enumeration]

Output: HitTestLocations


Input: [Description] Determines the shapes of connector points on a workflow design surface. [Enumeration]

Output: LineAnchor


Input: [Description] Specifies the text rendering settings for the AmbientTheme class. [Enumeration]

Output: TextQuality


Input: [Description] Specifies the type of theme displayed in the Options dialog box. [Enumeration]

Output: ThemeType


Input: [Description] Gets or sets the dependency resolver associated with thisinstance. [Name]

Output: DependencyResolver


Input: [Description] Gets the list of filters that apply to all requests served using this HttpConfiguration instance. [Name]

Output: Filters


Input: [Description] Gets the media-type formatters for this instance. [Name]

Output: Formatters


Input: [Description] Gets or sets a value indicating whether error details should be included in error messages. [Name]

Output: IncludeErrorDetailPolicy


Input: [Description] Gets or sets the action that will perform final initialization of the HttpConfiguration instance before it is used to process requests. [Name]

Output: Initializer


Input: [Description] Gets an ordered list of DelegatingHandler instances to be invoked as an HttpRequestMessage travels up the stack and an HttpResponseMessage travels down in stack in return. [Name]

Output: MessageHandlers


Input: [Description] Gets the collection of rules for how parameters should be bound. [Name]

Output: ParameterBindingRules


Input: [Description] Gets the properties associated with this instance. [Name]

Output: Properties


Input: [Description] Gets the HttpRouteCollection associated with this HttpConfiguration instance. [Name]

Output: Routes


Input: [Description] Gets the container of default services associated with this instance. [Name]

Output: Services


Input: [Description] Gets the root virtual path. [Name]

Output: VirtualPathRoot


Input: [Description] Exposes functionality that can be used to execute a method on a thread pool thread while correctly managing system state, such as flowing ETW activities from the current thread to the thread pool thread. Introduced in Windows PowerShell 3.0. [Interface]

Output: IBackgroundDispatcher


Input: [Description] This interface is used when you are calling the Invoke to explicitly invoke a cmdlet from within another cmdlet. It provides a mechanism for overriding the behavior of the methods called by the cmdlet you are invoking, such as the ShouldProcess and WriteObject methods. [Interface]

Output: ICommandRuntime


Input: [Description] Provides a mechanism for adding an error record to an exception. [Interface]

Output: IContainsErrorRecord


Input: [Description] Provides a mechanism for a cmdlet to retrieve parameters that can be added dynamically by the Windows PowerShell runtime. [Interface]

Output: IDynamicParameters


Input: [Description] Interface to expose a job debugger.This element is introduced in Windows PowerShell 5.0. [Interface]

Output: IJobDebugger


Input: [Description] Provides startup initialization and compiled assembly loading for modules and snap-ins. Introduced in Windows PowerShell 3.0. [Interface]

Output: IModuleAssemblyInitializer


Input: [Description] Provides a mechanism for obtaining a resource string based on a base name and resource identifier. [Interface]

Output: IResourceSupplier


Input: [Flag] DELEGATE [Description]

Output: The server in the transport application can build new security contexts impersonating the client that will be accepted by other servers as the client's contexts. Delegate works only if MUTUAL_AUTH is set. DELEGATE is currently supported only by Kerberos. Further, Kerberos will delegate only to a server that has the flag TRUSTED_FOR_DELEGATION. Do not use this flag for constrained delegation.


Input: [Flag] MUTUAL_AUTH [Description]

Output: The communicating parties must authenticate their identities to each other. Without MUTUAL_AUTH, the client authenticates its identity to the server. With MUTUAL_AUTH, the server also must authenticate its identity to the client. When using the Schannel security package, the server sets the ASC_RET_MUTUAL_AUTH constant only in the last call to AcceptSecurityContext (Negotiate), after certificate mapping has successfully completed.


Input: [Flag] REPLAY_DETECT [Description]

Output: The security package detects replayed packets and notifies the caller if a packet has been replayed. The use of this flag implies all of the conditions specified by the INTEGRITY flag.


Input: [Flag] SEQUENCE_DETECT [Description]

Output: The context must be allowed to detect out-of-order delivery of packets later through the message support functions. Use of this flag implies all of the conditions specified by the INTEGRITY flag.


Input: [Flag] CONFIDENTIALITY [Description]

Output: The context can protect data while in transit using the EncryptMessage (General) and DecryptMessage (General) functions. The CONFIDENTIALITY flag does not work if the generated context is for the Guest account.


Input: [Flag] USE_SESSION_KEY [Description]

Output: A new session key must be negotiated.


Input: [Flag] PROMPT_FOR_CREDS [Description]

Output: If the client is an interactive user, the security package must, if possible, prompt the user for the appropriate credentials.


Input: [Flag] USE_SUPPLIED_CREDS [Description]

Output: Package-specific credential information is available in the input buffer. The security package can use these credentials to authenticate the connection.


Input: [Flag] SAVE_SUPPLIED_CREDS [Description]

Output: The supplied credentials should be cached with the supplemental credentials.


Input: [Flag] ALLOCATE_MEMORY [Description]

Output: The security package must allocate memory. The caller must eventually call the FreeContextBuffer function to free memory allocated by the security package.


Input: [Flag] USE_DCE_STYLE [Description]

Output: The caller expects a three-leg authentication transaction.


Input: [Flag] DATAGRAM [Description]

Output: Datagram semantics must be used. For more information, see Datagram Contexts.


Input: [Flag] CONNECTION [Description]

Output: Connection semantics must be used. For more information, see Connection-Oriented Contexts.


Input: [Flag] STREAM [Description]

Output: Stream semantics must be used. For more information, see Stream Contexts.


Input: [Flag] EXTENDED_ERROR [Description]

Output: Error reply messages for the peer must be generated if the context fails.


Input: [Flag] INTEGRITY [Description]

Output: Buffer integrity can be verified but no sequencing or reply detection is enabled.


Input: [Flag] NO_INTEGRITY [Description]

Output: The INTEGRITY requirement is ignored.


Input: [Flag] IDENTIFY [Description]

Output: When a server impersonates a context that has this flag set, that impersonation yields extremely limited access. Impersonation with IDENTIFY set is used to verify the client's identity.


Input: [To do this...] Create a text file.

Output: Writing Text to a File


Input: [To do this...] Write to a text file.

Output: Writing Text to a File


Input: [To do this...] Read from a text file.

Output: Reading Text from a File


Input: [To do this...] Append text to a file.

Output: Opening and Appending to a Log File File.AppendText FileInfo.AppendText


Input: [To do this...] Get the size of a file.

Output: FileInfo.Length


Input: [To do this...] Get the attributes of a file.

Output: File.GetAttributes


Input: [To do this...] Set the attributes of a file.

Output: File.SetAttributes


Input: [To do this...] Determine if a file exists.

Output: File.Exists


Input: [To do this...] Read from a binary file.

Output: Reading and Writing to a Newly Created Data File


Input: [To do this...] Write to a binary file.

Output: Reading and Writing to a Newly Created Data File


Input: [Name] Bottom [Description]

Output: Gets the y-coordinate that is the sum of the Y and Height property values of this Rectangle structure.


Input: [Name] Height [Description]

Output: Gets or sets the height of this Rectangle structure.


Input: [Name] IsEmpty [Description]

Output: Tests whether all numeric properties of this Rectangle have values of zero.


Input: [Name] Left [Description]

Output: Gets the x-coordinate of the left edge of this Rectangle structure.


Input: [Name] Location [Description]

Output: Gets or sets the coordinates of the upper-left corner of this Rectangle structure.


Input: [Name] Right [Description]

Output: Gets the x-coordinate that is the sum of X and Width property values of this Rectangle structure.


Input: [Name] Size [Description]

Output: Gets or sets the size of this Rectangle.


Input: [Name] Top [Description]

Output: Gets the y-coordinate of the top edge of this Rectangle structure.


Input: [Name] Width [Description]

Output: Gets or sets the width of this Rectangle structure.


Input: [Name] X [Description]

Output: Gets or sets the x-coordinate of the upper-left corner of this Rectangle structure.


Input: [Name] Y [Description]

Output: Gets or sets the y-coordinate of the upper-left corner of this Rectangle structure.


Input: [Attribute] SettingsProviderAttribute [Description] Specifies the short name of the settings provider to use for persistence. If this attribute is not supplied, the default provider, LocalFileSettingsProvider, is assumed. [Target]

Output: Both


Input: [Attribute] UserScopedSettingAttribute [Description] Defines a property as a user-scoped application setting. [Target]

Output: Both


Input: [Attribute] ApplicationScopedSettingAttribute [Description] Defines a property as an application-scoped application setting. [Target]

Output: Both


Input: [Attribute] DefaultSettingValueAttribute [Description] Specifies a string that can be deserialized by the provider into the hard-coded default value for this property. The LocalFileSettingsProvider does not require this attribute, and will override any value provided by this attribute if there is a value already persisted. [Target]

Output: Property


Input: [Attribute] SettingsDescriptionAttribute [Description] Provides the descriptive test for an individual setting, used primarily by run-time and design-time tools. [Target]

Output: Property


Input: [Attribute] SettingsGroupNameAttribute [Description] Provides an explicit name for a settings group. If this attribute is missing, ApplicationSettingsBase uses the wrapper class name. [Target]

Output: Class


Input: [Attribute] SettingsGroupDescriptionAttribute [Description] Provides the descriptive test for a settings group, used primarily by run-time and design-time tools. [Target]

Output: Class


Input: [Attribute] SettingsManageabilityAttribute [Description] Specifies zero or more manageability services that should be provided to the settings group or property. The available services are described by the SettingsManageability enumeration. [Target]

Output: Both


Input: [Attribute] SpecialSettingAttribute [Description] Indicates that a setting belongs to a special, predefined category, such as a connection string, that suggests special processing by the settings provider. The predefined categories for this attribute are defined by the SpecialSetting enumeration. [Target]

Output: Property


Input: [Attribute] SettingsSerializeAsAttribute [Description] Specifies a preferred serialization mechanism for a settings group or property. The available serialization mechanisms are defined by the SettingsSerializeAs enumeration. [Target]

Output: Both


Input: [Attribute] NoSettingsVersionUpgradeAttribute [Description] Specifies that a settings provider should disable all application upgrade functionality for the marked property. [Target]

Output: Property


Input: [Description] A state that indicates the thread has been initialized, but has not yet started. [Member name]

Output: Initialized


Input: [Description] A state that indicates the thread is waiting to use a processor because no processor is free. The thread is prepared to run on the next available processor. [Member name]

Output: Ready


Input: [Description] A state that indicates the thread is currently using a processor. [Member name]

Output: Running


Input: [Description] A state that indicates the thread is about to use a processor. Only one thread can be in this state at a time. [Member name]

Output: Standby


Input: [Description] A state that indicates the thread has finished executing and has exited. [Member name]

Output: Terminated


Input: [Description] A state that indicates the thread is waiting for a resource, other than the processor, before it can execute. For example, it might be waiting for its execution stack to be paged in from disk. [Member name]

Output: Transition


Input: [Description] The state of the thread is unknown. [Member name]

Output: Unknown


Input: [Description] A state that indicates the thread is not ready to use the processor because it is waiting for a peripheral operation to complete or a resource to become free. When the thread is ready, it will be rescheduled. [Member name]

Output: Wait


Input: [Description] Lets you specify the stored procedure name to call along with input and output parameters. [Interface Name]

Output: ISQLServerCallableStatement Interface


Input: [Description] Represents a JDBC connection to a SQL Server database. [Interface Name]

Output: ISQLServerConnection Interface


Input: [Description] Represents a list of properties specific to connecting to a SQL Server database by using a ISQLServerConnection object. [Interface Name]

Output: SQLServerDataSource Class


Input: [Description] Represents the basic implementation of JDBC prepared statement functionality. [Interface Name]

Output: ISQLServerPreparedStatement


Input: [Description] Represents a JDBC result set. [Interface Name]

Output: ISQLServerResultSet


Input: [Description] Represents the basic implementation of JDBC statement functionality. [Interface Name]

Output: ISQLServerStatement


Input: [Description] The server in the transport application can build new security contexts impersonating the client that will be accepted by other servers as the client's contexts. Delegate works only if MUTUAL_AUTH is set. DELEGATE is currently supported only by Kerberos. Further, Kerberos will delegate only to a server that has the flag TRUSTED_FOR_DELEGATION. Do not use this flag for constrained delegation. [Flag]

Output: DELEGATE


Input: [Description] The communicating parties must authenticate their identities to each other. Without MUTUAL_AUTH, the client authenticates its identity to the server. With MUTUAL_AUTH, the server also must authenticate its identity to the client. When using the Schannel security package, the server sets the ASC_RET_MUTUAL_AUTH constant only in the last call to AcceptSecurityContext (Negotiate), after certificate mapping has successfully completed. [Flag]

Output: MUTUAL_AUTH


Input: [Description] The security package detects replayed packets and notifies the caller if a packet has been replayed. The use of this flag implies all of the conditions specified by the INTEGRITY flag. [Flag]

Output: REPLAY_DETECT


Input: [Description] The context must be allowed to detect out-of-order delivery of packets later through the message support functions. Use of this flag implies all of the conditions specified by the INTEGRITY flag. [Flag]

Output: SEQUENCE_DETECT


Input: [Description] The context can protect data while in transit using the EncryptMessage (General) and DecryptMessage (General) functions. The CONFIDENTIALITY flag does not work if the generated context is for the Guest account. [Flag]

Output: CONFIDENTIALITY


Input: [Description] A new session key must be negotiated. [Flag]

Output: USE_SESSION_KEY


Input: [Description] If the client is an interactive user, the security package must, if possible, prompt the user for the appropriate credentials. [Flag]

Output: PROMPT_FOR_CREDS


Input: [Description] Package-specific credential information is available in the input buffer. The security package can use these credentials to authenticate the connection. [Flag]

Output: USE_SUPPLIED_CREDS


Input: [Description] The supplied credentials should be cached with the supplemental credentials. [Flag]

Output: SAVE_SUPPLIED_CREDS


Input: [Description] The security package must allocate memory. The caller must eventually call the FreeContextBuffer function to free memory allocated by the security package. [Flag]

Output: ALLOCATE_MEMORY


Input: [Description] The caller expects a three-leg authentication transaction. [Flag]

Output: USE_DCE_STYLE


Input: [Description] Datagram semantics must be used. For more information, see Datagram Contexts. [Flag]

Output: DATAGRAM


Input: [Description] Connection semantics must be used. For more information, see Connection-Oriented Contexts. [Flag]

Output: CONNECTION


Input: [Description] Stream semantics must be used. For more information, see Stream Contexts. [Flag]

Output: STREAM


Input: [Description] Error reply messages for the peer must be generated if the context fails. [Flag]

Output: EXTENDED_ERROR


Input: [Description] Buffer integrity can be verified but no sequencing or reply detection is enabled. [Flag]

Output: INTEGRITY


Input: [Description] The INTEGRITY requirement is ignored. [Flag]

Output: NO_INTEGRITY


Input: [Description] When a server impersonates a context that has this flag set, that impersonation yields extremely limited access. Impersonation with IDENTIFY set is used to verify the client's identity. [Flag]

Output: IDENTIFY


Input: [Attribute] SettingsProviderAttribute [Target] Both [Description]

Output: Specifies the short name of the settings provider to use for persistence. If this attribute is not supplied, the default provider, LocalFileSettingsProvider, is assumed.


Input: [Attribute] UserScopedSettingAttribute [Target] Both [Description]

Output: Defines a property as a user-scoped application setting.


Input: [Attribute] ApplicationScopedSettingAttribute [Target] Both [Description]

Output: Defines a property as an application-scoped application setting.


Input: [Attribute] DefaultSettingValueAttribute [Target] Property [Description]

Output: Specifies a string that can be deserialized by the provider into the hard-coded default value for this property. The LocalFileSettingsProvider does not require this attribute, and will override any value provided by this attribute if there is a value already persisted.


Input: [Attribute] SettingsDescriptionAttribute [Target] Property [Description]

Output: Provides the descriptive test for an individual setting, used primarily by run-time and design-time tools.


Input: [Attribute] SettingsGroupNameAttribute [Target] Class [Description]

Output: Provides an explicit name for a settings group. If this attribute is missing, ApplicationSettingsBase uses the wrapper class name.


Input: [Attribute] SettingsGroupDescriptionAttribute [Target] Class [Description]

Output: Provides the descriptive test for a settings group, used primarily by run-time and design-time tools.


Input: [Attribute] SettingsManageabilityAttribute [Target] Both [Description]

Output: Specifies zero or more manageability services that should be provided to the settings group or property. The available services are described by the SettingsManageability enumeration.


Input: [Attribute] SpecialSettingAttribute [Target] Property [Description]

Output: Indicates that a setting belongs to a special, predefined category, such as a connection string, that suggests special processing by the settings provider. The predefined categories for this attribute are defined by the SpecialSetting enumeration.


Input: [Attribute] SettingsSerializeAsAttribute [Target] Both [Description]

Output: Specifies a preferred serialization mechanism for a settings group or property. The available serialization mechanisms are defined by the SettingsSerializeAs enumeration.


Input: [Attribute] NoSettingsVersionUpgradeAttribute [Target] Property [Description]

Output: Specifies that a settings provider should disable all application upgrade functionality for the marked property.


Input: [Enumeration] AmbientProperty [Description]

Output: Specifies the source of ambient theme settings for designer theme classes.


Input: [Enumeration] DesignerContentAlignment [Description]

Output: Specifies where in the workflow designer that workflow content is aligned.


Input: [Enumeration] DesignerEdges [Description]

Output: Specifies the edge or edges of an activity designer on a workflow design surface where design-time processing is performed, such as a Connector location on the activity designer.


Input: [Enumeration] DesignerGeometry [Description]

Output: Specifies the shape used by activity designers to render the corners of their design surface.


Input: [Enumeration] DesignerNavigationDirection [Description]

Output: Specifies values for navigating among designer objects.


Input: [Enumeration] DesignerSize [Description]

Output: Specifies the size settings that theme classes use to control the size of ActivityDesigner classes when they are rendered on a workflow design surface.


Input: [Enumeration] DesignerVerbGroup [Description]

Output: Specifies the grouping area on a context menu or a workflow designer menu in which an activity designer verb is to appear.


Input: [Enumeration] HitTestLocations [Description]

Output: Describes the area of the designer that contains the point passed to a HitTest method.


Input: [Enumeration] LineAnchor [Description]

Output: Determines the shapes of connector points on a workflow design surface.


Input: [Enumeration] TextQuality [Description]

Output: Specifies the text rendering settings for the AmbientTheme class.


Input: [Enumeration] ThemeType [Description]

Output: Specifies the type of theme displayed in the Options dialog box.


Input: [Member name] CreateInstance [Description]

Output: Specifies that Reflection should create an instance of the specified type. Calls the constructor that matches the given arguments. The supplied member name is ignored. If the type of lookup is not specified, (Instance | Public) will apply. It is not possible to call a type initializer.


Input: [Member name] DeclaredOnly [Description]

Output: Specifies that only members declared at the level of the supplied type's hierarchy should be considered. Inherited members are not considered.


Input: [Member name] Default [Description]

Output: Specifies no binding flag.


Input: [Member name] ExactBinding [Description]

Output: Specifies that types of the supplied arguments must exactly match the types of the corresponding formal parameters. Reflection throws an exception if the caller supplies a non-null Binder object, since that implies that the caller is supplying BindToXXX implementations that will pick the appropriate method. Reflection models the accessibility rules of the common type system. For example, if the caller is in the same assembly, the caller does not need special permissions for internal members. Otherwise, the caller needs ReflectionPermission. This is consistent with lookup of members that are protected, private, and so on. The general principle is that ChangeType should perform only widening coercions, which never lose data. An example of a widening coercion is coercing a value that is a 32-bit signed integer to a value that is a 64-bit signed integer. This is distinguished from a narrowing coercion, which may lose data. An example of a narrowing coercion is coercing a 64-bit signed integer to a 32-bit signed integer. The default binder ignores this flag, while custom binders can implement the semantics of this flag.


Input: [Member name] FlattenHierarchy [Description]

Output: Specifies that public and protected static members up the hierarchy should be returned. Private static members in inherited classes are not returned. Static members include fields, methods, events, and properties. Nested types are not returned.


Input: [Member name] GetField [Description]

Output: Specifies that the value of the specified field should be returned.


Input: [Member name] GetProperty [Description]

Output: Specifies that the value of the specified property should be returned.


Input: [Member name] IgnoreCase [Description]

Output: Specifies that the case of the member name should not be considered when binding.


Input: [Member name] IgnoreReturn [Description]

Output: Used in COM interop to specify that the return value of the member can be ignored.


Input: [Member name] Instance [Description]

Output: Specifies that instance members are to be included in the search.


Input: [Member name] InvokeMethod [Description]

Output: Specifies that a method is to be invoked. This may not be a constructor or a type initializer.


Input: [Member name] NonPublic [Description]

Output: Specifies that non-public members are to be included in the search.


Input: [Member name] OptionalParamBinding [Description]

Output: Returns the set of members whose parameter count matches the number of supplied arguments. This binding flag is used for methods with parameters that have default values and methods with variable arguments (varargs). This flag should only be used with Type.InvokeMember. Parameters with default values are used only in calls where trailing arguments are omitted. They must be the last arguments.


Input: [Member name] Public [Description]

Output: Specifies that public members are to be included in the search.


Input: [Member name] PutDispProperty [Description]

Output: Specifies that the PROPPUT member on a COM object should be invoked. PROPPUT specifies a property-setting function that uses a value. Use PutDispProperty if a property has both PROPPUT and PROPPUTREF and you need to distinguish which one is called.


Input: [Member name] PutRefDispProperty [Description]

Output: Specifies that the PROPPUTREF member on a COM object should be invoked. PROPPUTREF specifies a property-setting function that uses a reference instead of a value. Use PutRefDispProperty if a property has both PROPPUT and PROPPUTREF and you need to distinguish which one is called.


Input: [Member name] SetField [Description]

Output: Specifies that the value of the specified field should be set.


Input: [Member name] SetProperty [Description]

Output: Specifies that the value of the specified property should be set. For COM properties, specifying this binding flag is equivalent to specifying PutDispProperty and PutRefDispProperty.


Input: [Member name] Static [Description]

Output: Specifies that static members are to be included in the search.


Input: [Member name] SuppressChangeType [Description]

Output: Not implemented.


Input: [Member name] ExtraLarge [Description]

Output: The value that sets the break to an extra large pause.


Input: [Member name] ExtraSmall [Description]

Output: The value that sets the break to an extra small pause.


Input: [Member name] Large [Description]

Output: The value that sets the break to a large pause.


Input: [Member name] Medium [Description]

Output: The value that sets the break to a medium pause.


Input: [Member name] None [Description]

Output: The value that is used where is no break.


Input: [Member name] Small [Description]

Output: The value that sets the break to a small pause.


Input: [Member name] Initialized [Description]

Output: A state that indicates the thread has been initialized, but has not yet started.


Input: [Member name] Ready [Description]

Output: A state that indicates the thread is waiting to use a processor because no processor is free. The thread is prepared to run on the next available processor.


Input: [Member name] Running [Description]

Output: A state that indicates the thread is currently using a processor.


Input: [Member name] Standby [Description]

Output: A state that indicates the thread is about to use a processor. Only one thread can be in this state at a time.


Input: [Member name] Terminated [Description]

Output: A state that indicates the thread has finished executing and has exited.


Input: [Member name] Transition [Description]

Output: A state that indicates the thread is waiting for a resource, other than the processor, before it can execute. For example, it might be waiting for its execution stack to be paged in from disk.


Input: [Member name] Unknown [Description]

Output: The state of the thread is unknown.


Input: [Member name] Wait [Description]

Output: A state that indicates the thread is not ready to use the processor because it is waiting for a peripheral operation to complete or a resource to become free. When the thread is ready, it will be rescheduled.


Input: [Description] The value that sets the break to an extra large pause. [Member name]

Output: ExtraLarge


Input: [Description] The value that sets the break to an extra small pause. [Member name]

Output: ExtraSmall


Input: [Description] The value that sets the break to a large pause. [Member name]

Output: Large


Input: [Description] The value that sets the break to a medium pause. [Member name]

Output: Medium


Input: [Description] The value that is used where is no break. [Member name]