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

Output: Initializes a new instance of the CultureNotFoundException class with the specified error message.


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

Output: Initializes a new instance of the CultureNotFoundException class using the specified serialization data and context.


Input: [Name] CultureNotFoundException(String, Exception) [Description]

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message and a reference to the inner exception that is the cause of this exception.


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

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message and the name of the parameter that is the cause this exception.


Input: [Name] CultureNotFoundException(String, Int32, Exception) [Description]

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message, the invalid Culture ID, and a reference to the inner exception that is the cause of this exception.


Input: [Name] CultureNotFoundException(String, Int32, String) [Description]

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message, the invalid Culture ID, and the name of the parameter that is the cause this exception.


Input: [Name] CultureNotFoundException(String, String, Exception) [Description]

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message, the invalid Culture Name, and a reference to the inner exception that is the cause of this exception.


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

Output: Initializes a new instance of the CultureNotFoundException class with a specified error message, the invalid Culture Name, and the name of the parameter that is the cause this exception.


Input: [Name] ControlSize [Description]

Output: Gets or sets the size of the button.


Input: [Name] Description [Description]

Output: Gets or sets the text that appears on this button in a menu when the ItemSize property of the menu is set to Microsoft.Office.Core.RibbonControlSize.RibbonControlSizeLarge.


Input: [Name] Enabled [Description]

Output: Gets or sets a value that indicates whether this RibbonControl is enabled. (Inherited from RibbonControl.)


Input: [Name] Id [Description]

Output: Gets a string that Microsoft Office uses to identify this RibbonControl object. (Inherited from RibbonControl.)


Input: [Name] Image [Description]

Output: Gets or sets the image that is displayed on the button.


Input: [Name] ImageName [Description]

Output: Gets or sets the name that you can use to identify the button in the LoadImage event handler.


Input: [Name] KeyTip [Description]

Output: Gets or sets the keyboard shortcut of the button.


Input: [Name] Label [Description]

Output: Gets or sets the text that is displayed on the button.


Input: [Name] Name [Description]

Output: Gets or sets the name of this RibbonComponent. (Inherited from RibbonComponent.)


Input: [Name] OfficeImageId [Description]

Output: Gets or sets the image to display on the button, if you want to use a built-in Microsoft Office icon.


Input: [Name] Parent [Description]

Output: Gets a RibbonComponent that represents the parent of this RibbonComponent. (Inherited from RibbonComponent.)


Input: [Name] Position [Description]

Output: Gets or sets the position of the button, if the button is on the Microsoft Office Menu.


Input: [Name] Ribbon [Description]

Output: Gets the top-level Ribbon object that contains the control hierarchy. (Inherited from RibbonComponent.)


Input: [Name] RibbonUI [Description]

Output: Infrastructure. Gets the IRibbonUI instance that is provided by the Microsoft Office application to the Ribbon extensibility code. (Inherited from RibbonComponent.)


Input: [Name] ScreenTip [Description]

Output: Gets or sets tooltip text that appears when the user moves the pointer over the button.


Input: [Name] ShowImage [Description]

Output: Gets or sets a value that indicates whether the image that is associated with the button is visible.


Input: [Name] ShowLabel [Description]

Output: Gets or sets a value that indicates whether the label for the button is visible.


Input: [Name] Site [Description]

Output: Gets or sets the ISite associated with the IComponent. (Inherited from IComponent.)


Input: [Name] SuperTip [Description]

Output: Gets or sets multiline tip text that appears when the user moves the pointer over the button.


Input: [Name] Tag [Description]

Output: Gets or sets application-specific data that is associated with this RibbonComponent. (Inherited from RibbonComponent.)


Input: [Name] Visible [Description]

Output: Gets or sets a value that indicates whether this RibbonControl is visible. (Inherited from RibbonControl.)


Input: [Return code] ERROR_BAD_CONFIGURATION [Description]

Output: The configuration data for the wireless Hosted Network is unconfigured. This error is returned if the application calls the WlanHostedNetworkQueryProperty function with the OpCode parameter set to wlan_hosted_network_opcode_station_profile or wlan_hosted_network_opcode_connection_settings before a SSID is configured in the wireless Hosted Network.


Input: [Return code] ERROR_INVALID_HANDLE [Description]

Output: A handle is invalid. This error is returned if the handle specified in the hClientHandle parameter was not found in the handle table.


Input: [Return code] ERROR_INVALID_PARAMETER [Description]

Output: A parameter is incorrect. This error is returned if any of the following conditions occur: hClientHandle is NULL. OpCode is not one of the enumerated values defined in the WLAN_HOSTED_NETWORK_OPCODE. pdwDataSize is NULL. ppvData is NULL. pWlanOpcodeValueType is NULL. pvReserved is not NULL.


Input: [Return code] ERROR_INVALID_STATE [Description]

Output: The resource is not in the correct state to perform the requested operation. This can occur if the wireless Hosted Network was in the process of shutting down.


Input: [Return code] ERROR_OUTOFMEMORY [Description]

Output: Not enough storage is available to complete this operation.


Input: [Return code] ERROR_SERVICE_NOT_ACTIVE [Description]

Output: The service has not been started. This error is returned if the WLAN AutoConfig Service is not running.


Input: [Return code] Other [Description]

Output: Various RPC and other error codes. Use FormatMessage to obtain the message string for the returned error.


Input: [Description] Helps you analyze and refine your data availability requirements and choose a recovery model for each database. [Topic]

Output: Designing a Backup and Restore Strategy


Input: [Description] Describes each recovery model in detail, as well as appropriate backup and restore strategies. This topic also describes how to switch between recovery models. [Topic]

Output: Using Recovery Models


Input: [Description] Describes the various types of backups available and how they are used. This topic also describes point-in-time recovery, restarting a failed backup or restore, recovering to a particular transaction, and recovering part of a database. [Topic]

Output: Backup and Restore Operations


Input: [Description] Describes backup devices, the backup format, and removable media terminology. This section also describes password security and media management including formatting, appending, overwriting, listing, and verifying media contents. [Topic]

Output: Managing Backups


Input: [Description] Describes the procedures necessary to protect and recover the system databases. [Topic]

Output: Backing Up and Restoring the System Databases


Input: [Description] Describes features and techniques appropriate for highly available or very large production databases. These include using multiple backup devices, file and filegroup backups, file differential backups, and snapshot backups. [Topic]

Output: Handling Large Mission-Critical Environments


Input: [Description] Describes the use of backup and restore to quickly transport a database to another server. [Topic]

Output: Copying Databases to Other Servers


Input: [Exception] ArgumentException [Condition]

Output: typeName is an empty string ("") or a string beginning with a null character. -or- The current assembly was loaded into the reflection-only context.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Exception] ArgumentNullException [Condition]

Output: typeName is null.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Exception] MissingMethodException [Condition]

Output: No matching constructor was found.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Exception] FileNotFoundException [Condition]

Output: typeName requires a dependent assembly that could not be found.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Exception] FileLoadException [Condition]

Output: typeName requires a dependent assembly that was found but could not be loaded. -or- The current assembly was loaded into the reflection-only context, and typeName requires a dependent assembly that was not preloaded.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Exception] BadImageFormatException [Condition]

Output: typeName requires a dependent assembly, but the file is not a valid assembly. -or- typeName requires a dependent assembly that was compiled for a version of the runtime that is later than the currently loaded version.

Assembly.CreateInstance Method (String) (System.Reflection)


Input: [Description] Describes a DTC transaction. [Interface]

Output: IDtcTransaction


Input: [Description] Describes an interface that a resource manager should implement to provide two phase commit notification callbacks for the transaction manager upon enlisting for participation. [Interface]

Output: IEnlistmentNotification


Input: [Description] Describes an object that acts as a commit delegate for a non-distributed transaction internal to a resource manager. [Interface]

Output: IPromotableSinglePhaseNotification


Input: [Description] Represents a transaction that is not a root transaction, but can be escalated to be managed by the MSDTC. [Interface]

Output: ISimpleTransactionSuperior


Input: [Description] Describes a resource object that supports single phase commit optimization to participate in a transaction. [Interface]

Output: ISinglePhaseNotification


Input: [Description] Describes a delegated transaction for an existing transaction that can be escalated to be managed by the MSDTC when needed. [Interface]

Output: ITransactionPromoter


Input: [Keys] SHIFT+LEFT [Select]

Output: Character to the left

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+RIGHT [Select]

Output: Character to the right

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+CTRL+LEFT [Select]

Output: Word to the left

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+CTRL+RIGHT [Select]

Output: Word to the right

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+DOWN if the caret is in column 1 [Select]

Output: Current line

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+UP if the caret is in column 1 [Select]

Output: Line above

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+END [Select]

Output: To the end of the line

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+HOME [Select]

Output: To the beginning of the line

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+PAGE UP [Select]

Output: Screen up

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+PAGE DOWN [Select]

Output: Screen down

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+CTRL+HOME [Select]

Output: To beginning of file

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Keys] SHIFT+CTRL+END [Select]

Output: To end of file

Keyboard Shortcuts - Windows 10 hardware dev


Input: [Online index operation] ALTER INDEX REBUILD [Other restrictions] Specifying the keyword ALL may cause the operation to fail when the table contains an excluded index. Additional restrictions on rebuilding disabled indexes apply. For more information, see Disable Indexes and Constraints. [Excluded indexes]

Output: Disabled clustered index or disabled indexed view XML index Index on a local temp table


Input: [Online index operation] CREATE INDEX [Excluded indexes]

Output: XML index Initial unique clustered index on a view Index on a local temp table


Input: [Online index operation] CREATE INDEX WITH DROP_EXISTING [Excluded indexes]

Output: Disabled clustered index or disabled indexed view Index on a local temp table XML index


Input: [Online index operation] DROP INDEX [Other restrictions] Multiple indexes cannot be specified within a single statement. [Excluded indexes]

Output: Disabled index XML index Nonclustered index Index on a local temp table


Input: [Online index operation] ALTER TABLE ADD CONSTRAINT (PRIMARY KEY or UNIQUE) [Other restrictions] Only one subclause is allowed at a time. For example, you cannot add and drop PRIMARY KEY or UNIQUE constraints in the same ALTER TABLE statement. [Excluded indexes]

Output: Index on a local temp table Clustered index


Input: [Online index operation] ALTER TABLE DROP CONSTRAINT (PRIMARY KEY or UNIQUE) [Excluded indexes]

Output: Clustered index


Input: [Value] TOKEN_ADJUST_DEFAULT [Meaning]

Output: Required to change the default owner, primary group, or DACL of an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_ADJUST_GROUPS [Meaning]

Output: Required to adjust the attributes of the groups in an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_ADJUST_PRIVILEGES [Meaning]

Output: Required to enable or disable the privileges in an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_ADJUST_SESSIONID [Meaning]

Output: Required to adjust the session ID of an access token. The SE_TCB_NAME privilege is required.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_ASSIGN_PRIMARY [Meaning]

Output: Required to attach a primary token to a process. The SE_ASSIGNPRIMARYTOKEN_NAME privilege is also required to accomplish this task.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_DUPLICATE [Meaning]

Output: Required to duplicate an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_EXECUTE [Meaning]

Output: Combines STANDARD_RIGHTS_EXECUTE and TOKEN_IMPERSONATE.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_IMPERSONATE [Meaning]

Output: Required to attach an impersonation access token to a process.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_QUERY [Meaning]

Output: Required to query an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_QUERY_SOURCE [Meaning]

Output: Required to query the source of an access token.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_READ [Meaning]

Output: Combines STANDARD_RIGHTS_READ and TOKEN_QUERY.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_WRITE [Meaning]

Output: Combines STANDARD_RIGHTS_WRITE, TOKEN_ADJUST_PRIVILEGES, TOKEN_ADJUST_GROUPS, and TOKEN_ADJUST_DEFAULT.

Access Rights for Access-Token Objects (Windows)


Input: [Value] TOKEN_ALL_ACCESS [Meaning]

Output: Combines all possible access rights for a token.

Access Rights for Access-Token Objects (Windows)


Input: [Topic] Designing a Backup and Restore Strategy [Description]

Output: Helps you analyze and refine your data availability requirements and choose a recovery model for each database.


Input: [Topic] Using Recovery Models [Description]

Output: Describes each recovery model in detail, as well as appropriate backup and restore strategies. This topic also describes how to switch between recovery models.


Input: [Topic] Backup and Restore Operations [Description]

Output: Describes the various types of backups available and how they are used. This topic also describes point-in-time recovery, restarting a failed backup or restore, recovering to a particular transaction, and recovering part of a database.


Input: [Topic] Managing Backups [Description]

Output: Describes backup devices, the backup format, and removable media terminology. This section also describes password security and media management including formatting, appending, overwriting, listing, and verifying media contents.


Input: [Topic] Backing Up and Restoring the System Databases [Description]

Output: Describes the procedures necessary to protect and recover the system databases.


Input: [Topic] Handling Large Mission-Critical Environments [Description]

Output: Describes features and techniques appropriate for highly available or very large production databases. These include using multiple backup devices, file and filegroup backups, file differential backups, and snapshot backups.


Input: [Topic] Copying Databases to Other Servers [Description]

Output: Describes the use of backup and restore to quickly transport a database to another server.


Input: [Value] PRF_CHECKVISIBLE [Meaning]

Output: Draws the window only if it is visible.


Input: [Value] PRF_CHILDREN [Meaning]

Output: Draws all visible children windows.


Input: [Value] PRF_CLIENT [Meaning]

Output: Draws the client area of the window.


Input: [Value] PRF_ERASEBKGND [Meaning]

Output: Erases the background before drawing the window.


Input: [Value] PRF_NONCLIENT [Meaning]

Output: Draws the nonclient area of the window.


Input: [Value] PRF_OWNED [Meaning]

Output: Draws all owned windows.


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

Output: Name of the table qualifier. This field can be NULL.


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

Output: Name of the table owner. This field always returns a value.


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

Output: Name of the table. In SQL Server, this column represents the table name as listed in the sysobjects table. This field always returns a value.


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

Output: Name of the column, for each column of the TABLE_NAME returned. In SQL Server, this column represents the column name as listed in the sys.columns table. This field always returns a value.


Input: [Column name] KEY_SEQ [Data type] smallint [Description]

Output: Sequence number of the column in a multicolumn primary key.


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

Output: Primary key identifier. Returns NULL if not applicable to the data source.


Input: [Meaning] The parenthetical comment after this heading gives the reason for the wait. The command dt nt!_KWAIT_REASON will display a list of all wait reasons. [Element]

Output: WAIT


Input: [Meaning] Lists the amount of time that has elapsed since the process was created. This is displayed in units of Hours:Minutes:Seconds.Milliseconds. [Element]

Output: ElapsedTime


Input: [Meaning] Lists the amount of time the process has been running in user mode. If the value for UserTime is exceptionally high, it might identify a process that is depleting system resources. Units are the same as those of ElapsedTime. [Element]

Output: UserTime


Input: [Meaning] Lists the amount of time the process has been running in kernel mode. If the value for KernelTime is exceptionally high, it might identify a process that is depleting system resources. Units are the same as those of ElapsedTime. [Element]

Output: KernelTime


Input: [Meaning] Lists the current, minimum and maximum working set size for the process, in pages. An exceptionally large working set size can be a sign of a process that is leaking memory or depleting system resources. [Element]

Output: Working Set sizes


Input: [Meaning] Lists the paged and nonpaged pool used by the process. On a system with a memory leak, looking for excessive nonpaged pool usage on all the processes can tell you which process has the memory leak. [Element]

Output: QuotaPoolUsage entries


Input: [Meaning] Indicates whether or not the process was created by the POSIX or Interix subsystems. [Element]

Output: Clone


Input: [Meaning] Indicates the number of private (non-sharable) pages currently being used by the process. This includes both paged in and paged out memory. [Element]

Output: Private


Input: [Name] IInvokeProvider.Invoke [Description]

Output: Sends a request to activate a control and initiate its single, unambiguous action.


Input: [Name] IScrollItemProvider.ScrollIntoView [Description]

Output: Scrolls the header and column that is associated with the DataGridColumnHeaderItemAutomationPeer into view.


Input: [Name] ITransformProvider.CanMove [Description]

Output: Gets a value that specifies whether the column can be moved.


Input: [Name] ITransformProvider.CanResize [Description]

Output: Gets a value that specifies whether the column can be resized.


Input: [Name] ITransformProvider.CanRotate [Description]

Output: Gets a value that specifies whether the control can be rotated.


Input: [Name] ITransformProvider.Move [Description]

Output: Infrastructure. Throws an exception in all cases.


Input: [Name] ITransformProvider.Resize [Description]

Output: Resizes the width of the column that is associated with the DataGridColumnHeaderItemAutomationPeer.


Input: [Name] ITransformProvider.Rotate [Description]

Output: Infrastructure. Throws an exception in all cases.


Input: [Name] IVirtualizedItemProvider.Realize [Description]

Output: Makes the virtual column fully accessible as a UI Automation element.


Input: [Description] Gets the Uniform Resource Identifier (URI) of the server that this ServicePoint object connects to. [Name]

Output: Address


Input: [Description] Specifies the delegate to associate a local IPEndPoint with a ServicePoint. [Name]

Output: BindIPEndPointDelegate


Input: [Description] Gets the certificate received for this ServicePoint object. [Name]

Output: Certificate


Input: [Description] Gets the last client certificate sent to the server. [Name]

Output: ClientCertificate


Input: [Description] Gets or sets the number of milliseconds after which an active ServicePoint connection is closed. [Name]

Output: ConnectionLeaseTimeout


Input: [Description] Gets or sets the maximum number of connections allowed on this ServicePoint object. [Name]

Output: ConnectionLimit


Input: [Description] Gets the connection name. [Name]

Output: ConnectionName


Input: [Description] Gets the number of open connections associated with this ServicePoint object. [Name]

Output: CurrentConnections


Input: [Description] Gets or sets a Boolean value that determines whether 100-Continue behavior is used. [Name]

Output: Expect100Continue


Input: [Description] Gets the date and time that the ServicePoint object was last connected to a host. [Name]

Output: IdleSince


Input: [Description] Gets or sets the amount of time a connection associated with the ServicePoint object can remain idle before the connection is closed. [Name]

Output: MaxIdleTime


Input: [Description] Gets the version of the HTTP protocol that the ServicePoint object uses. [Name]

Output: ProtocolVersion


Input: [Description] Gets or sets the size of the receiving buffer for the socket used by this ServicePoint. [Name]

Output: ReceiveBufferSize


Input: [Description] Indicates whether the ServicePoint object supports pipelined connections. [Name]

Output: SupportsPipelining


Input: [Description] Gets or sets a Boolean value that determines whether the Nagle algorithm is used on connections managed by this ServicePoint object. [Name]

Output: UseNagleAlgorithm


Input: [Description] Gets the number of active connections to the database. [Name]

Output: ActiveConnections


Input: [Description] Gets the information about the Active Directory settings for the database. [Name]

Output: ActiveDirectory


Input: [Description] Gets or sets AnsiNullDefault Property. [Name]

Output: AnsiNullDefault


Input: [Description] Gets or sets the Boolean ANSI_NULLS_ENABLED property value. [Name]

Output: AnsiNullsEnabled


Input: [Description] Gets or sets the ANSI_PADDING_ENABLED database option is enabled. [Name]

Output: AnsiPaddingEnabled


Input: [Description] Gets or sets the Boolean ANSI_WARNING_ENABLED property value. [Name]

Output: AnsiWarningsEnabled


Input: [Description] Represents a collection of ApplicationRole objects. Each ApplicationRole object represents an application role defined on the database. [Name]

Output: ApplicationRoles


Input: [Description] Gets or sets the ARITHMETICABORT property value. [Name]

Output: ArithmeticAbortEnabled


Input: [Description] Represents a collection of SqlAssembly objects. Each SqlAssembly object represents an assembly defined on the database. [Name]

Output: Assemblies


Input: [Description] Represents a collection of AsymmetricKey objects. Each AsymmetricKey object represents an asymmetric key defined on the database. [Name]

Output: AsymmetricKeys


Input: [Description] Gets or sets the AUTOCLOSE database option is set. [Name]

Output: AutoClose


Input: [Description] Gets a Boolean property value that specifies whether statistics are automatically created for the database. [Name]

Output: AutoCreateStatisticsEnabled


Input: [Description] Gets or sets the AUTO_SHRINK database option. [Name]

Output: AutoShrink


Input: [Description] Gets or sets a property value that specifies whether the AUTOUPDATESTATISTICSASYNC database option is active. [Name]

Output: AutoUpdateStatisticsAsync


Input: [Description] Gets a Boolean property value that specifies whether statistics are automatically updated for the database. [Name]

Output: AutoUpdateStatisticsEnabled


Input: [Description] Gets or sets a property value that specifies whether the Service Broker service is enabled. [Name]

Output: BrokerEnabled


Input: [Description] Gets a Boolean property value that specifies whether uppercase letters and lowercase letters are evaluated as equal. [Name]

Output: CaseSensitive


Input: [Description] Represents a collection of Certificate objects. Each Certificate object represents a certificate defined on the database. [Name]

Output: Certificates


Input: [Description] Gets or sets a Boolean property value that specifies whether the CHANGE_TRACKING_AUTO_CLEANUP OPTION is enabled. [Name]

Output: ChangeTrackingAutoCleanUp


Input: [Description] Gets or sets a property value that specifies whether the CHANGE_TRACKING_VALUE option is enabled [Name]

Output: ChangeTrackingEnabled


Input: [Description] Gets or sets the CHANGE_TRACKING_RETENTION_PERIOD value. [Name]

Output: ChangeTrackingRetentionPeriod


Input: [Description] Gets or sets the unit type for a retention period value. [Name]

Output: ChangeTrackingRetentionPeriodUnits


Input: [Description] Gets or sets a value that specifies whether the CURSOR_CLOSE_ON_COMMIT database option is active. [Name]

Output: CloseCursorsOnCommitEnabled


Input: [Description] Gets or sets the default collation used by the database. [Name]

Output: Collation


Input: [Description] Gets or sets the compatibility level for the database. [Name]

Output: CompatibilityLevel


Input: [Description] Gets or sets a property value that specifies whether the CONCAT_NULL_YIELDS_NULL database option is active. [Name]

Output: ConcatenateNullYieldsNull


Input: [Description] Gets the date that the database was created. [Name]

Output: CreateDate


Input: [Description] Represents a collection of DatabaseAuditSpecification objects. Each DatabaseAuditSpecification object represents an database audit specification defined on the server. [Name]

Output: DatabaseAuditSpecifications


Input: [Description] Gets a DataBaseEncryptionKey datatype. [Name]

Output: DatabaseEncryptionKey


Input: [Description] Gets the Guid value that uniquely identifies the database. [Name]

Output: DatabaseGuid


Input: [Description] Gets the DatabaseOptions object that contains configuration options for the database. [Name]

Output: DatabaseOptions


Input: [Description] Gets or sets a property value that specifies whether the database ownership chaining is active. [Name]

Output: DatabaseOwnershipChaining


Input: [Description] Gets the name of the snapshot base for the database. [Name]

Output: DatabaseSnapshotBaseName


Input: [Description] Gets the space used by the data in the database. [Name]

Output: DataSpaceUsage


Input: [Description] Gets or sets a property value that specifies whether the date correlation optimization is active. For more information about date correlation optimization, see Setting Database Options. [Name]

Output: DateCorrelationOptimization


Input: [Description] Gets the Boolean value that specifies whether the current user is logged on as the database owner (DBO). [Name]

Output: DboLogin


Input: [Description] Gets the default file group used by the database. [Name]

Output: DefaultFileGroup


Input: [Description] Gets a DefaultFileStreamFileGroup datatype [Name]

Output: DefaultFileStreamFileGroup


Input: [Description] Gets the default full-text catalog used by the database. [Name]

Output: DefaultFullTextCatalog


Input: [Description] Represents a collection of Default objects. Each Default object represents a default defined on the database. [Name]

Output: Defaults


Input: [Description] Gets the default schema of the user. [Name]

Output: DefaultSchema


Input: [Description] Gets or sets the ENCRYPTIONENABLED property of a database. [Name]

Output: EncryptionEnabled


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

Output: Events


Input: [Description] Gets or sets the Boolean property value that specifies whether the object is set to the execute for scalar option. (Inherited from SqlSmoObject.) [Name]

Output: ExecuteForScalar


Input: [Description] Gets the extended properties of the database. [Name]

Output: ExtendedProperties


Input: [Description] Represents a collection of ExtendedStoredProcedure objects. Each ExtendedStoredProcedure object represents an extended stored procedure defined on the database. [Name]

Output: ExtendedStoredProcedures


Input: [Description] Represents a collection of FileGroup objects. Each FileGroup object represents a filegroup defined on the database. [Name]

Output: FileGroups


Input: [Description] Represents a collection of FullTextCatalog objects. Each FullTextCatalog object represents a full-text catalog defined on the database. [Name]

Output: FullTextCatalogs


Input: [Description] Represents a collection of FullTextStopList objects. Each FullTextStopList object represents a full text stop list defined on the server. [Name]

Output: FullTextStopLists


Input: [Description] Gets or sets the Boolean value that specifies whether the priority specified by the broker is acknowledged or not. [Name]

Output: HonorBrokerPriority


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

Output: ID


Input: [Description] Gets the space used by the indexes in the database. [Name]

Output: IndexSpaceUsage


Input: [Description] Gets a Boolean property value that specifies whether the database can be accessed. [Name]

Output: IsAccessible


Input: [Description] Gets a Boolean property value that specifies whether the database is a snapshot database. [Name]

Output: IsDatabaseSnapshot


Input: [Description] Gets a Boolean property value that specifies whether the database is the base database for a snapshot database. [Name]

Output: IsDatabaseSnapshotBase


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbAccessAdmin database role. [Name]

Output: IsDbAccessAdmin


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbBackupOperator database role. [Name]

Output: IsDbBackupOperator


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbDatareader database role. [Name]

Output: IsDbDatareader


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbDatawriter database role. [Name]

Output: IsDbDatawriter


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbDdlAdmin database role. [Name]

Output: IsDbDdlAdmin


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbDenyDatareader database role. [Name]

Output: IsDbDenyDatareader


Input: [Description] Gets a Boolean property value that specifies whether the current member is a member of the DbDenyDatawriter database. [Name]

Output: IsDbDenyDatawriter


Input: [Description] Gets a Boolean value that specifies whether the current login is a database manager in SQL Azure. [Name]

Output: IsDbManager


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbOwner database role. [Name]

Output: IsDbOwner


Input: [Description] Gets a Boolean property value that specifies whether the current user is a member of the DbSecurityAdmin database role. [Name]

Output: IsDbSecurityAdmin


Input: [Description] Gets the Boolean value that specifies whether the database is enabled for full-text search. [Name]

Output: IsFullTextEnabled


Input: [Description] Gets a Boolean value that specifies whether the current login is a login manager in SQL Azure. [Name]

Output: IsLoginManager


Input: [Description] Gets the Boolean value that specifies whether the database is configured as a mail host. [Name]

Output: IsMailHost


Input: [Description] Gets the Boolean value that specifies whether the database is a management data warehouse. [Name]

Output: IsManagementDataWarehouse


Input: [Description] Gets the Boolean value that specifies whether mirroring is enabled on the database. [Name]

Output: IsMirroringEnabled


Input: [Description] Gets or sets a property value that specifies whether parameterization is forced on the database. [Name]

Output: IsParameterizationForced


Input: [Description] Gets the Boolean value that specifies whether transactions with the read committed isolation level use row versioning. [Name]

Output: IsReadCommittedSnapshotOn


Input: [Description] Gets the Boolean value that specifies whether the database is a system object or a user-defined database. [Name]

Output: IsSystemObject


Input: [Description] Gets the Boolean property value that specifies whether the object properties have been updated but not yet persisted on the server. (Inherited from SqlSmoObject.) [Name]

Output: IsTouched


Input: [Description] Gets the Boolean value that specifies whether the database can be updated. [Name]

Output: IsUpdateable


Input: [Description] Gets or sets a property value that specifies whether VarDecimal storage is enabled. [Name]

Output: IsVarDecimalStorageFormatEnabled


Input: [Description] Gets the date and time when the database was last backed up. [Name]

Output: LastBackupDate


Input: [Description] Gets the date and time when the last differential backup was performed. [Name]

Output: LastDifferentialBackupDate


Input: [Description] Gets the date and time when the transaction log was last backed up. [Name]

Output: LastLogBackupDate


Input: [Description] Gets the Boolean value that specifies whether the local server cursors are used by default. [Name]

Output: LocalCursorsDefault


Input: [Description] Represents a collection of LogFile objects. Each LogFile object represents a log file defined on the database. [Name]

Output: LogFiles


Input: [Description] Gets the type of operation on which the reuse of transaction log space is waiting. [Name]

Output: LogReuseWaitStatus


Input: [Description] Gets the master key that is used to encrypt the private keys of certificates. [Name]

Output: MasterKey


Input: [Description] Gets the log sequence number at last failover. [Name]

Output: MirroringFailoverLogSequenceNumber


Input: [Description] Gets the ID value that uniquely identifies the mirroring partnership. [Name]

Output: MirroringID


Input: [Description] Gets or sets the address of the Database Engine instance that is the partner server for database mirroring. [Name]

Output: MirroringPartner


Input: [Description] Gets the instance of SQL Server on which the mirroring partner is configured. [Name]

Output: MirroringPartnerInstance


Input: [Description] Gets or sets the maximum size of the redo queue of the mirror server instance in KB. [Name]

Output: MirroringRedoQueueMaxSize


Input: [Description] Gets the role sequence number for primary/backup roles played by the mirroring partners. [Name]

Output: MirroringRoleSequence


Input: [Description] Gets or sets the mirroring safety level. [Name]

Output: MirroringSafetyLevel


Input: [Description] Gets the role sequence number for safety levels for the mirroring partners. [Name]

Output: MirroringSafetySequence


Input: [Description] Gets the status of the database and the database mirroring session. [Name]

Output: MirroringStatus


Input: [Description] Gets or sets the maximum time, in seconds, that the principal server instance waits for a PING message from another instance in the mirroring session before assuming the other instance is disconnected. [Name]

Output: MirroringTimeout


Input: [Description] Gets or sets the name of the Database Engine instance of the database mirroring witness server. [Name]

Output: MirroringWitness


Input: [Description] Gets the status of the mirroring witness server. [Name]

Output: MirroringWitnessStatus


Input: [Description] Gets or sets the name of the database. (Overrides NamedSmoObject.Name.) [Name]

Output: Name


Input: [Description] Gets or sets a Boolean property value that specifies whether the NUMERIC_ROUNDABORT database option is active. [Name]

Output: NumericRoundAbortEnabled


Input: [Description] Gets the Boolean property value that specifies whether the object exists in isolation, or whether it is directly or indirectly connected to the instance of SQL Server. (Inherited from SqlSmoObject.) [Name]

Output: ObjectInSpace


Input: [Description] Gets the database principal that is the owner of the database. [Name]

Output: Owner


Input: [Description] Specifies the type of page integrity check that SQL Server performs when reading database pages. [Name]

Output: PageVerify


Input: [Description] Gets the Server object that is the parent of the Database object. [Name]

Output: Parent


Input: [Description] Represents a collection of PartitionFunction objects. Each PartitionFunction object represents a partition function defined on the database. [Name]

Output: PartitionFunctions


Input: [Description] Represents a collection of PartitionScheme objects. Each PartitionScheme object represents a partition scheme defined on the database. [Name]

Output: PartitionSchemes


Input: [Description] Gets Plan Guides associated with a database. [Name]

Output: PlanGuides


Input: [Description] Gets the operating system directory that contains the primary file for the database. [Name]

Output: PrimaryFilePath


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

Output: Properties


Input: [Description] Gets or sets a Boolean property value that specifies whether identifiers delimited by double quotation marks (" ") are Transact-SQL reserved keywords or contain characters not usually allowed by the Transact-SQL syntax rules. [Name]

Output: QuotedIdentifiersEnabled


Input: [Description] Gets or sets the Boolean property value that specifies whether the database is read-only. [Name]

Output: ReadOnly


Input: [Description] Gets the GUID value that specifies the recovery fork on which the database is currently active. [Name]

Output: RecoveryForkGuid


Input: [Description] Gets or sets the recovery model for the database. [Name]

Output: RecoveryModel


Input: [Description] Gets or sets the Boolean value that specifies whether recursive triggers are enabled on the database. [Name]

Output: RecursiveTriggersEnabled


Input: [Description] Gets the active replication settings for a database, [Name]

Output: ReplicationOptions


Input: [Description] Represents a collection of DatabaseRole objects. Each DatabaseRole object represents a role defined on the database. [Name]

Output: Roles


Input: [Description] Represents a collection of Rule objects. Each Rule object represents a rule defined on the database. [Name]

Output: Rules


Input: [Description] Gets the scalar result for the referenced object. (Inherited from SqlSmoObject.) [Name]

Output: ScalarResult


Input: [Description] Represents a collection of Schema objects. Each Schema object represents a schema defined on the database. [Name]

Output: Schemas


Input: [Description] Gets the ServiceBroker object that represents the Service Broker. [Name]

Output: ServiceBroker


Input: [Description] Gets the Guid object that uniquely identifies the instance of Service Broker. [Name]

Output: ServiceBrokerGuid


Input: [Description] Gets the size of the database in MB. [Name]

Output: Size


Input: [Description] Gets the snapshot isolation state for the database. [Name]

Output: SnapshotIsolationState


Input: [Description] Gets the available space in the database in KB. [Name]

Output: SpaceAvailable


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

Output: State


Input: [Description] Gets the database status. [Name]

Output: Status


Input: [Description] Represents a collection of StoredProcedure objects. Each StoredProcedure object represents a stored procedure defined on the database. [Name]

Output: StoredProcedures


Input: [Description] Represents a collection of SymmetricKey objects. Each SymmetricKey object represents a symmetric key defined on the database. [Name]

Output: SymmetricKeys


Input: [Description] Represents a collection of Synonym objects. Each Synonym object represents a synonym defined on the database. [Name]

Output: Synonyms


Input: [Description] Represents a collection of Table objects. Each Table object represents a table defined on the database. [Name]

Output: Tables


Input: [Description] Represents a collection of DatabaseDdlTrigger objects. Each DatabaseDdlTrigger object represents a trigger defined on the database. [Name]

Output: Triggers


Input: [Description] The TRUSTWORTHY database property is used to indicate whether the instance of SQL Server 2005 trusts the database and the contents within it [Name]

Output: Trustworthy


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

Output: Urn


Input: [Description] Gets or sets the database user access. [Name]

Output: UserAccess


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

Output: UserData


Input: [Description] Represents a collection of UserDefinedAggregate objects. Each UserDefinedAggregate object represents a user-defined aggregate defined on the database. [Name]

Output: UserDefinedAggregates


Input: [Description] Represents a collection of UserDefinedDataType objects. Each UserDefinedDataType object represents a user-defined data type on the database. [Name]

Output: UserDefinedDataTypes


Input: [Description] Represents a collection of UserDefinedFunction objects. Each UserDefinedFunction object represents a user-defined function on the database. [Name]

Output: UserDefinedFunctions


Input: [Description] Represents a collection of UserDefinedTableType objects. Each UserDefinedTableType object represents a user-defined table type on the database. [Name]

Output: UserDefinedTableTypes


Input: [Description] Represents a collection of UserDefinedType objects. Each UserDefinedType object represents a user-defined type on the database. [Name]

Output: UserDefinedTypes


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

Output: UserName


Input: [Description] Represents a collection of User objects. Each User object represents a user who is defined on the database. [Name]

Output: Users


Input: [Description] Gets the version of the instance of SQL Server that was used to create the database. [Name]

Output: Version


Input: [Description] Represents a collection of View objects. Each View object represents a view defined on the database. [Name]

Output: Views


Input: [Description] Represents a collection of XmlSchemaCollection objects. Each XmlSchemaCollection object represents an XML schema defined on the database. [Name]

Output: XmlSchemaCollections


Input: [Package name] dotNetFx40LP_Full_x86_x64culture.exe [Target platforms] x86 and x64 [Profile]

Output: Full

.NET Framework Deployment Guide for Developers


Input: [Package name] dotNetFx40LP_Full_x86_ia64culture.exe [Target platforms] x86 and IA-64 [Profile]

Output: Full

.NET Framework Deployment Guide for Developers


Input: [Package name] dotNetFx40LP_Full_x86culture.exe [Target platforms] x86 only [Profile]

Output: Full

.NET Framework Deployment Guide for Developers


Input: [Package name] dotNetFx40LP_Client_x86_x64culture.exe [Target platforms] x86 and x64 [Profile]

Output: Client

.NET Framework Deployment Guide for Developers


Input: [Package name] dotNetFx40LP_Client_x86culture.exe [Target platforms] x86 only [Profile]

Output: Client

.NET Framework Deployment Guide for Developers


Input: [Package name] dotNetFx40LP_Full_x86_x64culture_SC.exe (can be used only on Windows Server 2008 Server Core R2 operating systems) [Target platforms] x64 Server Core [Profile]

Output: Full

.NET Framework Deployment Guide for Developers


Input: [Meaning] Name of the table. [Output item]

Output: Table


Input: [Meaning] Number of index or table scans performed. [Output item]

Output: Scan count


Input: [Meaning] Number of pages read from the data cache. [Output item]

Output: logical reads


Input: [Meaning] Number of pages read from disk. [Output item]

Output: physical reads


Input: [Meaning] Number of pages placed into the cache for the query. [Output item]

Output: read-ahead reads


Input: [Meaning] Number of text, ntext, image, or large value type (varchar(max), nvarchar(max), varbinary(max)) pages read from the data cache. [Output item]

Output: lob logical reads


Input: [Meaning] Number of text, ntext, image or large value type pages read from disk. [Output item]

Output: lob physical reads


Input: [Meaning] Number of text, ntext, image or large value type pages placed into the cache for the query. [Output item]

Output: lob read-ahead reads


Input: [Description] The ability to add a certificate to a store. For security reasons, this ability should be granted only to highly trusted code. [Member name]

Output: AddToStore


Input: [Description] The ability to perform all certificate and store operations. [Member name]

Output: AllFlags


Input: [Description] The ability to create a new store. New stores are created by calling the X509Store.Open method. [Member name]

Output: CreateStore


Input: [Description] The ability to delete a store. This functionality is not exposed by the X509Store class. [Member name]

Output: DeleteStore


Input: [Description] The ability to enumerate the certificates in a store. For privacy reasons, this ability should be granted only to fully trusted code. [Member name]

Output: EnumerateCertificates


Input: [Description] The ability to enumerate the stores on a computer. This functionality is not exposed by the X509Store class. [Member name]

Output: EnumerateStores


Input: [Description] Permission is not given to perform any certificate or store operations. [Member name]

Output: NoFlags


Input: [Description] The ability to open a store. The ability to open a store does not include the ability to enumerate certificates (which raises privacy concerns) or to add or remove certificates (which raises security concerns). [Member name]

Output: OpenStore


Input: [Description] The ability to remove a certificate from a store. This ability should be granted only to highly trusted code because removing a certificate can result in a denial of service. [Member name]

Output: RemoveFromStore


Input: [Name] Addition [Description]

Output: Adds a specified time interval to a specified date and time, yielding a new date and time.


Input: [Name] Equality [Description]

Output: Determines whether two specified instances of DateTime are equal.


Input: [Name] GreaterThan [Description]

Output: Determines whether one specified DateTime is later than another specified DateTime.


Input: [Name] GreaterThanOrEqual [Description]

Output: Determines whether one specified DateTime represents a date and time that is the same as or later than another specified DateTime.


Input: [Name] Inequality [Description]

Output: Determines whether two specified instances of DateTime are not equal.


Input: [Name] LessThan [Description]

Output: Determines whether one specified DateTime is earlier than another specified DateTime.


Input: [Name] LessThanOrEqual [Description]

Output: Determines whether one specified DateTime represents a date and time that is the same as or earlier than another specified DateTime.


Input: [Name] Subtraction(DateTime, DateTime) [Description]

Output: Subtracts a specified date and time from another specified date and time and returns a time interval.


Input: [Name] Subtraction(DateTime, TimeSpan) [Description]

Output: Subtracts a specified time interval from a specified date and time and returns a new date and time.


Input: [Issue] Slow performance with linked tables. [Cause and Resolution]

Output: Cause: Some queries might be slow after upsizing for the following reasons: The application depends on functions that do not exist in SQL Server or SQL Azure. This causes Jet to pull down tables locally to run a SELECT query. Queries that update or delete many rows are sent by Jet as a parameterized query for each row. Resolution: Convert the slow-running queries to pass-through queries, stored procedures, or views. Converting to pass-through queries will have the following issues: Pass-through queries cannot be modified. Modifying the query result or adding new records must be done in an alternative way, such as by having explicit Modify or Add buttons on your form that is bound to the query. Some queries require user input, but pass-through queries do not support user input. User input can be obtained by Visual Basic for Applications (VBA) code that prompts for parameters, or by a form that is used as an input control. In both cases, the VBA code submits the query with the user input to the server.

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] Auto-increment columns are not updated until the record is updated. [Cause and Resolution]

Output: Cause: After calling RecordSet.AddNew in Jet, the auto increment column is available before the record is updated. This is not true in SQL Server or SQL Azure. The new value of the identity column new value is available only after saving the new record. Resolution: Run the following Visual Basic for Applications (VBA) code before accessing the identity field: Copy Recordset.Update Recordset.Move 0, Recordset.LastModified

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] New records are not available. [Cause and Resolution]

Output: Cause: When you add a record to a SQL Server or SQL Azure table by using VBA, if the table's unique index field has a default value, and you do not assign a value to that field, the new record does not appear until you reopen the table in SQL Server or SQL Azure. If you try to obtain a value from the new record, you receive the following error message: Run-time error '3167' Record is deleted. Resolution: When you open the SQL Server or SQL Azure table by using VBA code, include the dbSeeChanges option, as in the following example: Set rs = db.OpenRecordset("TestTable", dbOpenDynaset, dbSeeChanges)

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] After migration, some queries will not let the user add a new record. [Cause and Resolution]

Output: Cause: If a query does not include all columns that are included in a unique index, you cannot add new values by using the query. Resolution: Ensure that all columns that are included in at least one unique index are part of the query.

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] You cannot modify a linked table schema with Access. [Cause and Resolution]

Output: Cause: After migrating data and linking tables, the user cannot modify the schema of a table in Access. Resolution: Modify the table schema by using SQL Server Management Studio, and then update the link in Access.

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] Hyperlink functionality is lost after migrating data. [Cause and Resolution]

Output: Cause: After migrating data, hyperlinks in columns lose their functionality and become simple nvarchar(max) columns. Resolution: None.

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Issue] Some SQL Server data types are not supported by Access. [Cause and Resolution]

Output: Cause: If you later update your SQL Server or SQL Azure tables to contain data types that are not supported by Access, you cannot open the table in Access. Resolution: You can define an Access query that returns only those rows with supported data types.

Linking Access Applications to SQL Server/Azure SQL DB (AccessToSQL)


Input: [Name] EnumObjectParam [Description]

Output: Enumerate the strings which are the keys of the internally-maintained table of contextual object parameters.


Input: [Name] GetBindOptions [Description]

Output: Return the current binding options stored in this bind context.


Input: [Name] GetObjectParam [Description]

Output: Lookup the given key in the internally-maintained table of contextual object parameters and return the corresponding object, if one exists.


Input: [Name] GetRunningObjectTable [Description]

Output: Return access to the Running Object Table (ROT) relevant to this binding process.


Input: [Name] RegisterObjectBound [Description]

Output: Register the passed object as one of the objects that has been bound during a moniker operation and which should be released when it is complete.


Input: [Name] RegisterObjectParam [Description]

Output: Register the given object pointer under the specified name in the internally-maintained table of object pointers.


Input: [Name] ReleaseBoundObjects [Description]

Output: Releases all the objects currently registered with the bind context by RegisterObjectBound.


Input: [Name] RevokeObjectBound [Description]

Output: Removes the object from the set of registered objects that need to be released.


Input: [Name] RevokeObjectParam [Description]

Output: Revoke the registration of the object currently found under this key in the internally-maintained table of contextual object parameters, if any such key is currently registered.


Input: [Name] SetBindOptions [Description]

Output: Store in the bind context a block of parameters that will apply to later UCOMIMoniker operations using this bind context.


Input: [Class] AutomationProxyAttribute [Description]

Output: Specifies whether the type should be marshaled using the Automation marshaler or a custom proxy and stub.


Input: [Class] BestFitMappingAttribute [Description]

Output: Controls whether Unicode characters are converted to the closest matching ANSI characters.


Input: [Class] BStrWrapper [Description]

Output: Marshals data of type VT_BSTR from managed to unmanaged code. This class cannot be inherited.


Input: [Class] ClassInterfaceAttribute [Description]

Output: Indicates the type of class interface to be generated for a class exposed to COM, if an interface is generated at all.


Input: [Class] CoClassAttribute [Description]

Output: Specifies the class identifier of a coclass imported from a type library.


Input: [Class] ComAliasNameAttribute [Description]

Output: Indicates the COM alias for a parameter or field type.


Input: [Class] ComCompatibleVersionAttribute [Description]

Output: Indicates to a COM client that all classes in the current version of an assembly are compatible with classes in an earlier version of the assembly.


Input: [Class] ComConversionLossAttribute [Description]

Output: Indicates that information was lost about a class or interface when it was imported from a type library to an assembly.


Input: [Class] ComDefaultInterfaceAttribute [Description]

Output: Specifies a default interface to expose to COM. This class cannot be inherited.


Input: [Class] ComEventInterfaceAttribute [Description]

Output: Identifies the source interface and the class that implements the methods of the event interface that is generated when a coclass is imported from a COM type library.


Input: [Class] COMException [Description]

Output: The exception that is thrown when an unrecognized HRESULT is returned from a COM method call.


Input: [Class] ComImportAttribute [Description]

Output: Indicates that the attributed type was previously defined in COM.


Input: [Class] ComRegisterFunctionAttribute [Description]

Output: Specifies the method to call when you register an assembly for use from COM; this allows for the execution of user-written code during the registration process.


Input: [Class] ComSourceInterfacesAttribute [Description]

Output: Identifies a list of interfaces that are exposed as COM event sources for the attributed class.


Input: [Class] ComUnregisterFunctionAttribute [Description]

Output: Specifies the method to call when you unregister an assembly for use from COM; this allows for the execution of user-written code during the unregistration process.


Input: [Class] ComVisibleAttribute [Description]

Output: Controls accessibility of an individual managed type or member, or of all types within an assembly, to COM.


Input: [Class] CriticalHandle [Description]

Output: Represents a wrapper class for handle resources.


Input: [Class] CurrencyWrapper [Description]

Output: Wraps objects the marshaler should marshal as a VT_CY.


Input: [Class] DefaultCharSetAttribute [Description]

Output: Specifies the value of the CharSet enumeration. This class cannot be inherited.


Input: [Class] DefaultParameterValueAttribute [Description]

Output: Sets the default value of a parameter when called from a language that supports default parameters. This class cannot be inherited.


Input: [Class] DispatchWrapper [Description]

Output: Wraps objects the marshaler should marshal as a VT_DISPATCH.


Input: [Class] DispIdAttribute [Description]

Output: Specifies the COM dispatch identifier (DISPID) of a method, field, or property.


Input: [Class] DllImportAttribute [Description]

Output: Indicates that the attributed method is exposed by an unmanaged dynamic-link library (DLL) as a static entry point.


Input: [Class] ErrorWrapper [Description]

Output: Wraps objects the marshaler should marshal as a VT_ERROR.


Input: [Class] ExtensibleClassFactory [Description]

Output: Enables customization of managed objects that extend from unmanaged objects during creation.


Input: [Class] ExternalException [Description]

Output: The base exception type for all COM interop exceptions and structured exception handling (SEH) exceptions.


Input: [Class] FieldOffsetAttribute [Description]

Output: Indicates the physical position of fields within the unmanaged representation of a class or structure.


Input: [Class] GuidAttribute [Description]

Output: Supplies an explicit System.Guid when an automatic GUID is undesirable.


Input: [Class] HandleCollector [Description]

Output: Tracks outstanding handles and forces a garbage collection when the specified threshold is reached.


Input: [Class] IDispatchImplAttribute [Description]

Output: Indicates which IDispatch implementation the common language runtime uses when exposing dual interfaces and dispinterfaces to COM.


Input: [Class] ImportedFromTypeLibAttribute [Description]

Output: Indicates that the types defined within an assembly were originally defined in a type library.


Input: [Class] InAttribute [Description]

Output: Indicates that data should be marshaled from the caller to the callee, but not back to the caller.


Input: [Class] InterfaceTypeAttribute [Description]

Output: Indicates whether a managed interface is dual, dispatch-only, or IUnknown -only when exposed to COM.


Input: [Class] InvalidComObjectException [Description]

Output: The exception thrown when an invalid COM object is used.


Input: [Class] InvalidOleVariantTypeException [Description]

Output: The exception thrown by the marshaler when it encounters an argument of a variant type that can not be marshaled to managed code.


Input: [Class] LCIDConversionAttribute [Description]

Output: Indicates that a method's unmanaged signature expects a locale identifier (LCID) parameter.


Input: [Class] Marshal [Description]

Output: Provides a collection of methods for allocating unmanaged memory, copying unmanaged memory blocks, and converting managed to unmanaged types, as well as other miscellaneous methods used when interacting with unmanaged code.


Input: [Class] MarshalAsAttribute [Description]

Output: Indicates how to marshal the data between managed and unmanaged code.


Input: [Class] MarshalDirectiveException [Description]

Output: The exception that is thrown by the marshaler when it encounters a MarshalAsAttribute it does not support.


Input: [Class] OptionalAttribute [Description]

Output: Indicates that a parameter is optional.


Input: [Class] OutAttribute [Description]

Output: Indicates that data should be marshaled from callee back to caller.


Input: [Class] PreserveSigAttribute [Description]

Output: Indicates that the HRESULT or retval signature transformation that takes place during COM interop calls should be suppressed.


Input: [Class] PrimaryInteropAssemblyAttribute [Description]

Output: Indicates that the attributed assembly is a primary interop assembly.


Input: [Class] ProgIdAttribute [Description]

Output: Allows the user to specify the ProgID of a class.


Input: [Class] RegistrationServices [Description]

Output: Provides a set of services for registering and unregistering managed assemblies for use from COM.


Input: [Class] RuntimeEnvironment [Description]

Output: Provides a collection of static methods that return information about the common language runtime environment.


Input: [Class] SafeArrayRankMismatchException [Description]

Output: The exception thrown when the rank of an incoming SAFEARRAY does not match the rank specified in the managed signature.


Input: [Class] SafeArrayTypeMismatchException [Description]

Output: The exception thrown when the type of the incoming SAFEARRAY does not match the type specified in the managed signature.


Input: [Class] SafeHandle [Description]

Output: Represents a wrapper class for operating system handles.


Input: [Class] SEHException [Description]

Output: Represents Structured Exception Handler (SEH) errors.


Input: [Class] SetWin32ContextInIDispatchAttribute [Description]

Output: This attribute has been deprecated.


Input: [Class] StandardOleMarshalObject [Description]

Output: Replaces the standard common language runtime (CLR) free-threaded marshaler with the standard OLE STA marshaler.


Input: [Class] StructLayoutAttribute [Description]

Output: The StructLayoutAttribute class allows the user to control the physical layout of the data fields of a class or structure.


Input: [Class] TypeLibConverter [Description]

Output: Provides a set of services that convert a managed assembly to a COM type library and vice versa.


Input: [Class] TypeLibFuncAttribute [Description]

Output: Contains the FUNCFLAGS that were originally imported for this method from the COM type library.


Input: [Class] TypeLibImportClassAttribute [Description]

Output: Specifies which Type exclusively uses an interface. This class cannot be inherited.


Input: [Class] TypeLibTypeAttribute [Description]

Output: Contains the TYPEFLAGS that were originally imported for this type from the COM type library.


Input: [Class] TypeLibVarAttribute [Description]

Output: Contains the VARFLAGS that were originally imported for this field from the COM type library.


Input: [Class] TypeLibVersionAttribute [Description]

Output: Specifies the version number of an exported type library.


Input: [Class] UnknownWrapper [Description]

Output: Wraps objects the marshaler should marshal as a VT_UNKNOWN.


Input: [Class] UnmanagedFunctionPointerAttribute [Description]

Output: Controls the marshaling behavior of a delegate signature passed as an unmanaged function pointer to or from unmanaged code. This class cannot be inherited.


Input: [Class] VariantWrapper [Description]

Output: Marshals data of type VT_VARIANT | VT_BYREF from managed to unmanaged code. This class cannot be inherited.


Input: [Value] cdaudio [Meaning_2] type device_type [Meaning]

Output: alias device_aliassharable


Input: [Value] digitalvideo [Meaning_2] style child style overlapped style popup style style_typetype device_type [Meaning]

Output: alias device_aliaselementnamenostatic parent hwndsharable


Input: [Value] overlay [Meaning_2] style overlapped style popup style style_typetype device_type [Meaning]

Output: alias device_aliasparent hwndsharable style child


Input: [Value] sequencer [Meaning_2] type device_type [Meaning]

Output: alias device_alias sharable


Input: [Value] vcr [Meaning_2] type device_type [Meaning]

Output: alias device_aliassharable


Input: [Value] videodisk [Meaning_2] type device_type [Meaning]

Output: alias device_aliassharable


Input: [Value] waveaudio [Meaning_2] sharable type device_type [Meaning]

Output: alias device_aliasbuffer buffer_size


Input: [Name] Dirty [Description]

Output: Gets the Boolean property value that specifies whether the property correctly reflects the current value of the entity that it represents on the instance of SQL Server.


Input: [Name] Expensive [Description]

Output: Gets the Boolean property value that specifies whether it takes a long time to load the property's values.


Input: [Name] IsNull [Description]

Output: Gets the Boolean property value that specifies whether the property is set to null.


Input: [Name] Name [Description]

Output: Gets the name of the property.


Input: [Name] Readable [Description]

Output: Gets the Boolean property value that specifies whether the value of the property can be retrieved.


Input: [Name] Retrieved [Description]

Output: Gets the Boolean property value that specifies whether the property has been retrieved already.


Input: [Name] Type [Description]

Output: Gets the type of property.


Input: [Name] Value [Description]

Output: Gets or sets the value of the property.


Input: [Name] Writable [Description]

Output: Gets the Boolean property value that specifies whether the property can be modified.


Input: [Standard] CTRL+F [SQL Server 2000] CTRL+F [Action]

Output: Display the Find dialog box

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+H [SQL Server 2000] CTRL+H [Action]

Output: Display the Replace dialog box

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+I [SQL Server 2000] CTRL+B [Action]

Output: Start incremental search. Type the characters to search for or press CTRL+I to search for characters from the previous search

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] F3 [SQL Server 2000] F3 [Action]

Output: Find the next occurrence of the previous search text

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] SHIFT+F3 [SQL Server 2000] SHIFT+F3 [Action]

Output: Find the previous occurrence of the search text

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+F3 [SQL Server 2000] CTRL+F3 [Action]

Output: Find the next occurrence of the currently selected text

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+SHIFT+F3 [SQL Server 2000] CTRL+SHIFT+F3 [Action]

Output: Find the previous occurrence of the currently selected text

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+SHIFT+H [SQL Server 2000] CTRL+SHIFT+H [Action]

Output: Display the Replace in Files dialog box

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+SHIFT+I [SQL Server 2000] CTRL+SHIFT+I [Action]

Output: Reverse incremental search so it starts at the bottom of the file and searches to the top

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] ALT+F3, B [SQL Server 2000] ALT+F3, B [Action]

Output: Select or clear the Search up option in Find and Replace

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] ALT+F3, S [SQL Server 2000] ALT+F3, S [Action]

Output: Stop the Find in Files search

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] ALT+F3, W [SQL Server 2000] ALT+F3, W [Action]

Output: Select or clear the Find whole word option in Find and Replace

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] ALT+F3, P [SQL Server 2000] ALT+F3, P [Action]

Output: Selects or clears the Wildcard option in Find and Replace

SQL Server Management Studio Keyboard Shortcuts


Input: [Return code/value] ERROR_NO_SUCH_LOGON_SESSION [Description]

Output: The logon session does not exist or there is no credential set associated with this logon session. Network logon sessions do not have an associated credential set.


Input: [Return code/value] ERROR_INVALID_PARAMETER [Description]

Output: Certain fields cannot be changed in an existing credential. This error is returned if a field does not match the value in a protected field of the existing credential.


Input: [Return code/value] ERROR_INVALID_FLAGS [Description]

Output: A value that is not valid was specified for the Flags parameter.


Input: [Return code/value] ERROR_BAD_USERNAME [Description]

Output: The UserName member of the passed in Credential structure is not valid. For a description of valid user name syntax, see the definition of that member.


Input: [Return code/value] ERROR_NOT_FOUND [Description]

Output: CRED_PRESERVE_CREDENTIAL_BLOB was specified and there is no existing credential by the same TargetName and Type.


Input: [Return code/value] SCARD_E_NO_READERS_AVAILABLE [Description]

Output: The CRED_TYPE_CERTIFICATE credential being written requires the smart card reader to be available.


Input: [Return code/value] SCARD_E_NO_SMARTCARD or SCARD_W_REMOVED_CARD [Description]

Output: A CRED_TYPE_CERTIFICATE credential being written requires the smart card to be inserted.


Input: [Return code/value] SCARD_W_WRONG_CHV [Description]

Output: The wrong PIN was supplied for the CRED_TYPE_CERTIFICATE credential being written.


Input: [Event] SQLISService_256 [Description]

Output: Indicates that the service is about to start.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_257 [Description]

Output: Indicates that the service has started.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_258 [Description]

Output: Indicates that the service is about to stop.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_259 [Description]

Output: Indicates that the service has stopped.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_260 [Description]

Output: Indicates that the service tried to start, but could not.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_272 [Description]

Output: Indicates that the configuration file does not exist at the specified location.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_273 [Description]

Output: Indicates that the configuration file could not be read or is not valid.

Errors and Events Reference (Integration Services)


Input: [Event] SQLISService_274 [Description]

Output: Indicates that the registry entry that contains the location of the configuration file does not exist or is empty.

Errors and Events Reference (Integration Services)


Input: [Property] Alpha [Description]

Output: The numeric processor level when running on an Alpha processor. Note This property is obsolete, the Alpha platform is not supported by Windows Installer.


Input: [Property] BorderSide [Description]

Output: The width of the window borders, in pixels.


Input: [Property] BorderTop [Description]

Output: The height of the window borders, in pixels.


Input: [Property] CaptionHeight [Description]

Output: The height of normal caption area, in pixels.


Input: [Property] ColorBits [Description]

Output: The number of adjacent color bits for each pixel.


Input: [Property] Intel [Description]

Output: The numeric processor level when running on an Intel processor.


Input: [Property] Intel64 [Description]

Output: The numeric processor level when running on an Itanium processor.


Input: [Property] Msix64 [Description]

Output: The numeric processor level when running on an x64 processor.


Input: [Property] PhysicalMemory [Description]

Output: The size of the installed RAM, in megabytes.


Input: [Property] ScreenX [Description]

Output: The width of the screen, in pixels.


Input: [Property] ScreenY [Description]

Output: The height of the screen, in pixels.


Input: [Property] TextHeight [Description]

Output: The height of characters, in logical units.


Input: [Property] VirtualMemory [Description]

Output: The amount of available page file space, in megabytes.


Input: [Description] Explains how to combine the results of two or more SELECT statements into a single result set. [Topic]

Output: Combining Results Sets with UNION


Input: [Description] Explains how to compare the results of two or more SELECT statements and return distinct values. [Topic]

Output: Performing Semi-Joins with EXCEPT and INTERSECT


Input: [Description] Explains how to work with table-valued expressions in a query. [Topic]

Output: Using Common Table Expressions


Input: [Description] Introduces the CUBE, ROLLUP, and COMPUTE operators for summarizing data. [Topic]

Output: Summarizing Data


Input: [Description] Introduces the use of views that split data from a large table across one or more servers. [Topic]

Output: Using Partitioned Views


Input: [Description] Explains how to program an application to respond to changes in query results. [Topic]

Output: Using Query Notifications


Input: [Description] Gets the Boolean property value that specifies whether the property correctly reflects the current value of the entity that it represents on the instance of SQL Server. [Name]

Output: Dirty


Input: [Description] Gets the Boolean property value that specifies whether it takes a long time to load the property's values. [Name]

Output: Expensive


Input: [Description] Gets the Boolean property value that specifies whether the property is set to null. [Name]

Output: IsNull


Input: [Description] Gets the name of the property. [Name]

Output: Name


Input: [Description] Gets the Boolean property value that specifies whether the value of the property can be retrieved. [Name]

Output: Readable


Input: [Description] Gets the Boolean property value that specifies whether the property has been retrieved already. [Name]

Output: Retrieved


Input: [Description] Gets the type of property. [Name]

Output: Type


Input: [Description] Gets or sets the value of the property. [Name]

Output: Value


Input: [Description] Gets the Boolean property value that specifies whether the property can be modified. [Name]

Output: Writable


Input: [Description] Specifies the actions that are permitted for securable objects. [Enumeration]

Output: AccessControlActions


Input: [Description] Specifies the type of access control modification to perform. This enumeration is used by methods of the ObjectSecurity class and its descendents. [Enumeration]

Output: AccessControlModification


Input: [Description] Specifies which sections of a security descriptor to save or load. [Enumeration]

Output: AccessControlSections


Input: [Description] Specifies whether an AccessRule object is used to allow or deny access. These values are not flags, and they cannot be combined. [Enumeration]

Output: AccessControlType


Input: [Description] Specifies the inheritance and auditing behavior of an access control entry (ACE). [Enumeration]

Output: AceFlags


Input: [Description] Specifies the function of an access control entry (ACE). [Enumeration]

Output: AceQualifier


Input: [Description] Defines the available access control entry (ACE) types. [Enumeration]

Output: AceType


Input: [Description] Specifies the conditions for auditing attempts to access a securable object. [Enumeration]

Output: AuditFlags


Input: [Description] Specifies the type of a CompoundAce object. [Enumeration]

Output: CompoundAceType


Input: [Description] These flags affect the security descriptor behavior. [Enumeration]

Output: ControlFlags


Input: [Description] Specifies the cryptographic key operation for which an authorization rule controls access or auditing. [Enumeration]

Output: CryptoKeyRights


Input: [Description] Specifies the access control rights that can be applied to named system event objects. [Enumeration]

Output: EventWaitHandleRights


Input: [Description] Defines the access rights to use when creating access and audit rules. [Enumeration]

Output: FileSystemRights


Input: [Description] Inheritance flags specify the semantics of inheritance for access control entries (ACEs). [Enumeration]

Output: InheritanceFlags


Input: [Description] Specifies the access control rights that can be applied to named system mutex objects. [Enumeration]

Output: MutexRights


Input: [Description] Specifies the presence of object types for Access Control Entries (ACEs). [Enumeration]

Output: ObjectAceFlags


Input: [Description] Specifies how Access Control Entries (ACEs) are propagated to child objects. These flags are significant only if inheritance flags are present. [Enumeration]

Output: PropagationFlags


Input: [Description] Specifies the access control rights that can be applied to registry objects. [Enumeration]

Output: RegistryRights


Input: [Description] Specifies the defined native object types. [Enumeration]

Output: ResourceType


Input: [Description] Specifies the section of a security descriptor to be queried or set. [Enumeration]

Output: SecurityInfos


Input: [Description] Specifies the access control rights that can be applied to named system semaphore objects. [Enumeration]

Output: SemaphoreRights


Input: [Member name] AllCells [Description]

Output: The column width adjusts to fit the contents of all cells in the column, including the header cell.


Input: [Member name] AllCellsExceptHeader [Description]

Output: The column width adjusts to fit the contents of all cells in the column, excluding the header cell.


Input: [Member name] ColumnHeader [Description]

Output: The column width adjusts to fit the contents of the column header cell.


Input: [Member name] DisplayedCells [Description]

Output: The column width adjusts to fit the contents of all cells in the column that are in rows currently displayed onscreen, including the header cell.


Input: [Member name] DisplayedCellsExceptHeader [Description]

Output: The column width adjusts to fit the contents of all cells in the column that are in rows currently displayed onscreen, excluding the header cell.


Input: [Member name] Fill [Description]

Output: The column width adjusts so that the widths of all columns exactly fills the display area of the control, requiring horizontal scrolling only to keep column widths above the DataGridViewColumn.MinimumWidth property values. Relative column widths are determined by the relative DataGridViewColumn.FillWeight property values.


Input: [Member name] None [Description]

Output: The column width does not automatically adjust.


Input: [Member name] NotSet [Description]

Output: The sizing behavior of the column is inherited from the DataGridView.AutoSizeColumnsMode property.


Input: [Enumeration] AccessControlActions [Description]

Output: Specifies the actions that are permitted for securable objects.


Input: [Enumeration] AccessControlModification [Description]

Output: Specifies the type of access control modification to perform. This enumeration is used by methods of the ObjectSecurity class and its descendents.


Input: [Enumeration] AccessControlSections [Description]

Output: Specifies which sections of a security descriptor to save or load.


Input: [Enumeration] AccessControlType [Description]

Output: Specifies whether an AccessRule object is used to allow or deny access. These values are not flags, and they cannot be combined.


Input: [Enumeration] AceFlags [Description]

Output: Specifies the inheritance and auditing behavior of an access control entry (ACE).


Input: [Enumeration] AceQualifier [Description]

Output: Specifies the function of an access control entry (ACE).


Input: [Enumeration] AceType [Description]

Output: Defines the available access control entry (ACE) types.


Input: [Enumeration] AuditFlags [Description]

Output: Specifies the conditions for auditing attempts to access a securable object.


Input: [Enumeration] CompoundAceType [Description]

Output: Specifies the type of a CompoundAce object.


Input: [Enumeration] ControlFlags [Description]

Output: These flags affect the security descriptor behavior.


Input: [Enumeration] CryptoKeyRights [Description]

Output: Specifies the cryptographic key operation for which an authorization rule controls access or auditing.


Input: [Enumeration] EventWaitHandleRights [Description]

Output: Specifies the access control rights that can be applied to named system event objects.


Input: [Enumeration] FileSystemRights [Description]

Output: Defines the access rights to use when creating access and audit rules.


Input: [Enumeration] InheritanceFlags [Description]

Output: Inheritance flags specify the semantics of inheritance for access control entries (ACEs).


Input: [Enumeration] MutexRights [Description]

Output: Specifies the access control rights that can be applied to named system mutex objects.


Input: [Enumeration] ObjectAceFlags [Description]

Output: Specifies the presence of object types for Access Control Entries (ACEs).


Input: [Enumeration] PropagationFlags [Description]

Output: Specifies how Access Control Entries (ACEs) are propagated to child objects. These flags are significant only if inheritance flags are present.


Input: [Enumeration] RegistryRights [Description]

Output: Specifies the access control rights that can be applied to registry objects.


Input: [Enumeration] ResourceType [Description]

Output: Specifies the defined native object types.


Input: [Enumeration] SecurityInfos [Description]

Output: Specifies the section of a security descriptor to be queried or set.


Input: [Enumeration] SemaphoreRights [Description]

Output: Specifies the access control rights that can be applied to named system semaphore objects.


Input: [Name] AnsiNullsStatus [Description]

Output: Gets the Boolean property value that specifies whether ISO NULL handling is enabled in the trigger.


Input: [Name] AssemblyName [Description]

Output: Gets or sets the name of the .NET assembly that is required by the referenced trigger.


Input: [Name] ClassName [Description]

Output: Gets or sets the name of the class that is called by the referenced trigger.


Input: [Name] CreateDate [Description]

Output: Gets the date and time when the trigger was created.


Input: [Name] DateLastModified [Description]

Output: Gets the date and time when the trigger was last modified.


Input: [Name] Delete [Description]

Output: Gets or sets the Boolean property value that specifies whether the trigger is executed when records are deleted from the table.


Input: [Name] DeleteOrder [Description]

Output: Gets or sets the order in which the trigger and the delete operation are executed.


Input: [Name] Events [Description]

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


Input: [Name] ExecutionContext [Description]

Output: Gets or sets the execution context.


Input: [Name] ExecutionContextPrincipal [Description]

Output: Gets or sets the execution context principal.


Input: [Name] ExtendedProperties [Description]

Output: Gets the extended properties of the Trigger object.


Input: [Name] ID [Description]

Output: Gets the ID value that uniquely identifies the trigger.


Input: [Name] ImplementationType [Description]

Output: Gets or sets the implementation type of the trigger.


Input: [Name] Insert [Description]

Output: Gets or sets the Boolean property value that specifies whether the trigger is fired when records are inserted into the table.


Input: [Name] InsertOrder [Description]

Output: Gets or sets the order in which the trigger and the insert operation are executed.


Input: [Name] InsteadOf [Description]

Output: Gets or sets a Boolean property that specifies whether the trigger runs instead of the insert, delete, or update operation.


Input: [Name] IsEnabled [Description]

Output: Gets or sets the Boolean property that specifies whether the trigger is enabled.


Input: [Name] IsEncrypted [Description]

Output: Gets or sets the Boolean property value that specifies whether the trigger is encrypted.


Input: [Name] IsSystemObject [Description]

Output: Gets the Boolean property value that specifies whether the trigger is a system object.


Input: [Name] MethodName [Description]

Output: Gets the method name for the trigger.


Input: [Name] Name [Description]

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


Input: [Name] NotForReplication [Description]

Output: Gets or sets a Boolean property value that specifies whether the trigger is included in replication operations.


Input: [Name] Parent [Description]

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


Input: [Name] Properties [Description]

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


Input: [Name] QuotedIdentifierStatus [Description]

Output: Gets or sets a Boolean property value that specifies whether identifiers delimited by double quotation marks are Transact-SQL reserved keywords or contain characters not usually allowed by the Transact-SQL syntax rules.


Input: [Name] State [Description]

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


Input: [Name] TextBody [Description]

Output: Gets or sets the Transact-SQL string that defines the trigger.


Input: [Name] TextHeader [Description]

Output: Gets or sets the header part of the Transact-SQL string that defines the trigger.


Input: [Name] TextMode [Description]

Output: Gets or sets the Boolean property that specifies whether the text header is editable as text.


Input: [Name] Update [Description]

Output: Gets or sets the Boolean property value that specifies whether the trigger is fired when records are updated in the table.


Input: [Name] UpdateOrder [Description]

Output: Gets or sets the order in which the trigger and the update operation are executed.


Input: [Name] Urn [Description]

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


Input: [Name] UserData [Description]

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


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

Output: ID of the object to which these statistics belong.


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

Output: Name of the statistics. Is unique within the object.


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

Output: ID of the statistics. Is unique within the object.


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

Output: Statistics were auto-created by the query processor.


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

Output: Statistics were explicitly created by the user.


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

Output: Statistics were created with the NORECOMPUTE option.


Input: [Member name] Fant [Description]

Output: Use very high quality Fant bitmap scaling, which is slower than all other bitmap scaling modes, but produces higher quality output.


Input: [Member name] HighQuality [Description]

Output: Use high quality bitmap scaling, which is slower than LowQuality mode, but produces higher quality output. The HighQuality mode is the same as the Fant mode.


Input: [Member name] Linear [Description]

Output: Use linear bitmap scaling, which is faster than HighQuality mode, but produces lower quality output.


Input: [Member name] LowQuality [Description]

Output: Use bilinear bitmap scaling, which is faster than HighQuality mode, but produces lower quality output. The LowQuality mode is the same as the Linear mode.


Input: [Member name] NearestNeighbor [Description]

Output: Use nearest-neighbor bitmap scaling, which provides performance benefits over LowQuality mode when the software rasterizer is used. This mode is often used to magnify a bitmap.


Input: [Member name] Unspecified [Description]

Output: Use the default bitmap scaling mode, which is Linear.


Input: [Features] A basic event class for event-driven subscriptions and an event chronicle for scheduled subscriptions. [Application Area]

Output: Event Class


Input: [Features] Event-driven and scheduled subscriptions. [Application Area]

Output: Subscription Class


Input: [Features] Digest delivery. [Application Area]

Output: Notification Class


Input: [Features] File system watcher event provider. [Application Area]

Output: Event Providers


Input: [Features] XSLT content formatter. [Application Area]

Output: Content Formatters


Input: [Features] File and SMTP delivery protocols. [Application Area]

Output: Delivery Protocols


Input: [Features] Microsoft ASP.NET using Visual Web Developer Web Server. [Application Area]

Output: Subscription Management Application


Input: [Name] ControllerContext [Description]

Output: Gets or sets the controller context.


Input: [Name] TempData [Description]

Output: Gets or sets the dictionary for temporary data.


Input: [Name] ValidateRequest [Description]

Output: Gets or sets a value that indicates whether request validation is enabled for this request.


Input: [Name] ValueProvider [Description]

Output: Gets or sets the value provider for the controller.


Input: [Name] ViewBag [Description]

Output: Gets the dynamic view data dictionary.


Input: [Name] ViewData [Description]

Output: Gets or sets the dictionary for view data.


Input: [Description] The column width adjusts to fit the contents of all cells in the column, including the header cell. [Member name]

Output: AllCells


Input: [Description] The column width adjusts to fit the contents of all cells in the column, excluding the header cell. [Member name]

Output: AllCellsExceptHeader


Input: [Description] The column width adjusts to fit the contents of the column header cell. [Member name]

Output: ColumnHeader


Input: [Description] The column width adjusts to fit the contents of all cells in the column that are in rows currently displayed onscreen, including the header cell. [Member name]

Output: DisplayedCells


Input: [Description] The column width adjusts to fit the contents of all cells in the column that are in rows currently displayed onscreen, excluding the header cell. [Member name]

Output: DisplayedCellsExceptHeader


Input: [Description] The column width adjusts so that the widths of all columns exactly fills the display area of the control, requiring horizontal scrolling only to keep column widths above the DataGridViewColumn.MinimumWidth property values. Relative column widths are determined by the relative DataGridViewColumn.FillWeight property values. [Member name]

Output: Fill


Input: [Description] The column width does not automatically adjust. [Member name]


Input: [Description] The sizing behavior of the column is inherited from the DataGridView.AutoSizeColumnsMode property. [Member name]

Output: NotSet


Input: [Control/Component] Button [Requires mirroring?] No

Output: Sets the RTL reading order

Bi-directional Support for Windows Applications


Input: [Control/Component] CheckBox [Requires mirroring?] No

Output: The check box is displayed on the right side of the text

Bi-directional Support for Windows Applications


Input: [Control/Component] CheckedListBox [Requires mirroring?] No

Output: All the check boxes are displayed on the right side of the text

Bi-directional Support for Windows Applications


Input: [Control/Component] ColorDialog [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] ComboBox [Requires mirroring?] No

Output: Items in combo box control are right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] ContextMenu [Requires mirroring?] No

Output: Appears right-aligned with RTL reading order

Bi-directional Support for Windows Applications


Input: [Control/Component] DataGrid [Requires mirroring?] No

Output: Appears right-aligned with RTL reading order

Bi-directional Support for Windows Applications


Input: [Control/Component] DateTimePicker [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] DomainUpDown [Requires mirroring?] No

Output: Left-aligns the up and down buttons

Bi-directional Support for Windows Applications


Input: [Control/Component] ErrorProvider [Requires mirroring?] No

Output: Not supported

Bi-directional Support for Windows Applications


Input: [Control/Component] FontDialog [Requires mirroring?] No

Output: Depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] GroupBox [Requires mirroring?] No

Output: The caption is displayed right aligned. Child controls may inherit this property.

Bi-directional Support for Windows Applications


Input: [Control/Component] HScrollBar [Requires mirroring?] No

Output: Starts with the scroll box (thumb) right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] ImageList [Requires mirroring?] No

Output: Not required

Bi-directional Support for Windows Applications


Input: [Control/Component] Label [Requires mirroring?] No

Output: Displayed right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] LinkLabel [Requires mirroring?] No

Output: Displayed right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] ListBox [Requires mirroring?] No

Output: Items are right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] ListView [Requires mirroring?] Yes

Output: Sets the reading order to RTL; elements stay left-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] MainMenu [Requires mirroring?] No

Output: Displayed right-aligned with RTL reading order at run time (not at design time)

Bi-directional Support for Windows Applications


Input: [Control/Component] MonthCalendar [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] NotifyIcon [Requires mirroring?] No

Output: Not supported

Bi-directional Support for Windows Applications


Input: [Control/Component] NumericUpDown [Requires mirroring?] No

Output: Up and down buttons are left-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] OpenFileDialog [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] PageSetupDialog [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] Panel [Requires mirroring?] Yes

Output: Child controls may inherit this property

Bi-directional Support for Windows Applications


Input: [Control/Component] PictureBox [Requires mirroring?] No

Output: Not supported

Bi-directional Support for Windows Applications


Input: [Control/Component] PrintDialog [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] PrintDocument [Requires mirroring?] No

Output: The vertical scroll bar become left-aligned and the horizontal scroll bar starts from the left

Bi-directional Support for Windows Applications


Input: [Control/Component] PrintPreview [Requires mirroring?] No

Output: Not affect by this property

Bi-directional Support for Windows Applications


Input: [Control/Component] PrintPreviewDialog [Requires mirroring?] No

Output: Text displayed in a form's title bar is right-aligned

Bi-directional Support for Windows Applications


Input: [Control/Component] ProgressBar [Requires mirroring?] Yes

Output: Not affect by this property

Bi-directional Support for Windows Applications


Input: [Control/Component] RadioButton [Requires mirroring?] No

Output: The radio button is displayed on the right side of the text

Bi-directional Support for Windows Applications


Input: [Control/Component] RichTextBox [Requires mirroring?] No

Output: Control elements that include text are displayed from right to left with RTL reading order

Bi-directional Support for Windows Applications


Input: [Control/Component] SaveFileDialog [Requires mirroring?] No

Output: Not affected; depends on the language of the operating system

Bi-directional Support for Windows Applications


Input: [Control/Component] Splitter [Requires mirroring?] No

Output: Not supported

Bi-directional Support for Windows Applications


Input: [Control/Component] StatusBar [Requires mirroring?] Yes

Output: The text in the panels is right-aligned with RTL reading order

Bi-directional Support for Windows Applications


Input: [Control/Component] TabControl [Requires mirroring?] Yes

Output: Not affected by this property

Bi-directional Support for Windows Applications