Input: [Task] Review setup, configuration, and administration tasks that are required to integrate the two server products. As an administrator for the integration of TFS and Project Server, you must configure the integration of the two server products to support the flow of data from team projects to enterprise project plans. For the initial configuration, you must install software, grant permissions, register instances of Project Web Access or Project Web App (PWA), and map components of Project Server to components of Team Foundation. [Related topics]

Output: Administrate the Integration of Team Foundation Server and Project Server Overview of Team Foundation Server and Project Server Integration Features Operational Differences in Managing Projects Using Team Foundation and Project

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Plan the integration of the two server products. To synchronize data between TFS and Project Server, you must install Team Foundation Server Extensions for Project Server. To understand how you will configure the integration of the two server products, you should understand how components in Project Server map to components in Team Foundation. [Related topics]

Output: System and Setup Requirements to Support Integration of Team Foundation Server and Project Server Map Project Server Components to Team Foundation Components

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Upgrade an existing deployment. Refer to these topics for the recommended sequence and instructions for upgrading servers with a more recent version of the software. [Related topics]

Output: Update an Existing Installation and Version Compatibility Upgrade Microsoft Project Server 2010 to Microsoft Project Server 2013 Preview

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Configure the integration to support a test or evaluation environment. You can use this topic as a quick reference to install software, assign permissions, configure integration, and verify data synchronization. [Related topics]

Output: Configuration Quick Reference

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Configure the integration to support a production environment. You can use this topic to collect the information that you require for configuration, permissions that you must grant, and configuration tasks that you must perform to support a customized integration of the two server products. [Related topics]

Output: Configure the Integration of Team Foundation Server and Project Server

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Grant permissions to support configuration and data synchronization. You must grant permissions to administrators, service accounts, and team members. You must also make sure that specific service accounts have access to the Shared Services Provider (SSP) for the server that hosts SharePoint Products for Project Server 2007. [Related topics]

Output: Assign Permissions to Support Integration of Project Server and Team Foundation Server

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Manage and modify the integration of synchronized components. You can change how components are mapped or list the current mappings by using the TfsAdmin command-line tool. You can review the options and parameters that this tool provides and learn about the operations that specific options perform. [Related topics]

Output: Manage Project Server Integration with TfsAdmin ProjectServer

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Task] Understand the three types of synchronization that occur. The synchronization engine performs three types of synchronization: publishing, status, and approval. This process captures and maintains task-related and resource-related data in both TFS and Project Server while respecting the ownership of data by the project manager in the project plan. [Related topics]

Output: Overview of the Synchronization Process for Team Foundation Server and Project Server Integration

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Name] ChangeType [Description]

Output: Gets list of change types being made to the item


Input: [Name] ChangeTypeName [Description]

Output: Gets the localized string for the change type.


Input: [Name] CreationDate [Description]

Output: Gets the time the change was created or pended.


Input: [Name] DeletionId [Description]

Output: Gets the ID of the item to be deleted, if there is more than one deleted item with the same database path.


Input: [Name] Encoding [Description]

Output: Gets the encoding of the file.


Input: [Name] EncodingName [Description]

Output: Gets the name of the encoding.


Input: [Name] FileName [Description]

Output: Gets the file name.


Input: [Name] HashValue [Description]

Output: Gets the MD5 HashValue for the contents of the pending change.


Input: [Name] IsAdd [Description]

Output: Gets the flag that declares if this pending change is an add.


Input: [Name] IsBranch [Description]

Output: Gets the flag that declares if this pending change is a branch.


Input: [Name] IsDelete [Description]

Output: Gets the flag that declares if this pending change is a delete.


Input: [Name] IsEdit [Description]

Output: Gets the flag that declares if this pending change is an edit.


Input: [Name] IsEncoding [Description]

Output: Gets the flag that declares if this pending change is an encoding change.


Input: [Name] IsLocalItemDelete [Description]

Output: Gets the flag that declares if this pending change or undone change will delete a local file or folder.


Input: [Name] IsLock [Description]

Output: Gets the flag that declares if this pending change has a lock operation.


Input: [Name] IsMerge [Description]

Output: Gets the flag that declares if this pending change is a merge operation.


Input: [Name] IsRename [Description]

Output: Gets the flag that declares if this pending change is a rename operation.


Input: [Name] IsUndelete [Description]

Output: Gets the flag that declares if this pending change is an undelete operation.


Input: [Name] IsUnshelvedChange [Description]

Output: Gets the flag that declares if this is a pending change from unshelving a shelveset.


Input: [Name] ItemId [Description]

Output: Gets the Item ID used to download file contents.


Input: [Name] ItemType [Description]

Output: Gets the type of item being changed. If this is an add operation, ItemType shows what the item will become.


Input: [Name] LocalItem [Description]

Output: Gets the path of the item on the client's local file system.


Input: [Name] LocalItemComparer [Description]

Output: Gets a comparer to compare local items.


Input: [Name] LocalOrServerFolder [Description]

Output: Gets the local folder if it is available; otherwise gets the server folder.


Input: [Name] LocalOrServerItem [Description]

Output: Gets the local path if it is available; otherwise gets the server path.


Input: [Name] LockLevel [Description]

Output: Gets the lock level of the item.


Input: [Name] LockLevelName [Description]

Output: Gets the localized string for the lock level.


Input: [Name] LockLevelShortName [Description]

Output: Gets the localized string for the lock level.


Input: [Name] PendingChangeId [Description]

Output: Gets the Identifier that represents a unique value attached to the change.


Input: [Name] ServerItem [Description]

Output: Gets the server item being operated on.


Input: [Name] ServerItemComparer [Description]

Output: Gets the comparer for sorting WorkingFolder instances based on the server path.


Input: [Name] SourceLocalItem [Description]

Output: Gets the source local path or the item to be changed.


Input: [Name] SourceServerItem [Description]

Output: Gets the server path or the item to be changed.


Input: [Name] ToolTipText [Description]

Output: Gets the ToolTip text for this pending change.


Input: [Name] Undone [Description]

Output: Gets the flag to indicate whether this change has been undone.


Input: [Name] UploadHashValue [Description]

Output: Gets the MD5 HashValue for the file that is currently associated with this pending change.


Input: [Name] Version [Description]

Output: Gets the version of the pending change.


Input: [Name] VersionControlServer [Description]

Output: Gets the source control database which contains this pending change.


Input: [Description] Indicates that the class does not provide an implementation of this method. [Member name]

Output: Abstract


Input: [Description] Indicates that the method is accessible to any class of this assembly. [Member name]

Output: Assembly


Input: [Description] Indicates that the method can only be overridden when it is also accessible. [Member name]

Output: CheckAccessOnOverride


Input: [Description] Indicates that the method is accessible to members of this type and its derived types that are in this assembly only. [Member name]

Output: FamANDAssem


Input: [Description] Indicates that the method is accessible only to members of this class and its derived classes. [Member name]

Output: Family


Input: [Description] Indicates that the method is accessible to derived classes anywhere, as well as to any class in the assembly. [Member name]

Output: FamORAssem


Input: [Description] Indicates that the method cannot be overridden. [Member name]

Output: Final


Input: [Description] Indicates that the method has security associated with it. Reserved flag for runtime use only. [Member name]

Output: HasSecurity


Input: [Description] Indicates that the method hides by name and signature; otherwise, by name only. [Member name]

Output: HideBySig


Input: [Description] Retrieves accessibility information. [Member name]

Output: MemberAccessMask


Input: [Description] Indicates that the method always gets a new slot in the vtable. [Member name]

Output: NewSlot


Input: [Description] Indicates that the method implementation is forwarded through PInvoke (Platform Invocation Services). [Member name]

Output: PinvokeImpl


Input: [Description] Indicates that the method is accessible only to the current class. [Member name]

Output: Private


Input: [Description] Indicates that the member cannot be referenced. [Member name]

Output: PrivateScope


Input: [Description] Indicates that the method is accessible to any object for which this object is in scope. [Member name]

Output: Public


Input: [Description] Indicates that the method calls another method containing security code. Reserved flag for runtime use only. [Member name]

Output: RequireSecObject


Input: [Description] Indicates a reserved flag for runtime use only. [Member name]

Output: ReservedMask


Input: [Description] Indicates that the method will reuse an existing slot in the vtable. This is the default behavior. [Member name]

Output: ReuseSlot


Input: [Description] Indicates that the common language runtime checks the name encoding. [Member name]

Output: RTSpecialName


Input: [Description] Indicates that the method is special. The name describes how this method is special. [Member name]

Output: SpecialName


Input: [Description] Indicates that the method is defined on the type; otherwise, it is defined per instance. [Member name]

Output: Static


Input: [Description] Indicates that the managed method is exported by thunk to unmanaged code. [Member name]

Output: UnmanagedExport


Input: [Description] Indicates that the method is virtual. [Member name]

Output: Virtual


Input: [Description] Retrieves vtable attributes. [Member name]

Output: VtableLayoutMask


Input: [Control] animation [MFC class] CAnimateCtrl [New in Windows 95?] Yes [Description]

Output: Displays successive frames of an AVI video clip


Input: [Control] button [MFC class] CButton [New in Windows 95?] No [Description]

Output: Pushbuttons that cause an action; also used for check boxes, radio buttons, and group boxes


Input: [Control] combo box [MFC class] CComboBox [New in Windows 95?] No [Description]

Output: Combination of an edit box and a list box


Input: [Control] date and time picker [MFC class] CDateTimeCtrl [New in Windows 95?] Yes [Description]

Output: Allows the user to choose a specific date or time value


Input: [Control] edit box [MFC class] CEdit [New in Windows 95?] No [Description]

Output: Boxes for entering text


Input: [Control] extended combo box [MFC class] CComboBoxEx [New in Windows 95?] Yes [Description]

Output: A combo box control with the ability to display images


Input: [Control] header [MFC class] CHeaderCtrl [New in Windows 95?] Yes [Description]

Output: Button that appears above a column of text; controls width of text displayed


Input: [Control] hotkey [MFC class] CHotKeyCtrl [New in Windows 95?] Yes [Description]

Output: Window that enables user to create a "hot key" to perform an action quickly


Input: [Control] image list [MFC class] CImageList [New in Windows 95?] Yes [Description]

Output: Collection of images used to manage large sets of icons or bitmaps (image list isn't really a control; it supports lists used by other controls)


Input: [Control] list [MFC class] CListCtrl [New in Windows 95?] Yes [Description]

Output: Window that displays a list of text with icons


Input: [Control] list box [MFC class] CListBox [New in Windows 95?] No [Description]

Output: Box that contains a list of strings


Input: [Control] month calendar [MFC class] CMonthCalCtrl [New in Windows 95?] Yes [Description]

Output: Control that displays date information


Input: [Control] progress [MFC class] CProgressCtrl [New in Windows 95?] Yes [Description]

Output: Window that indicates progress of a long operation


Input: [Control] rebar [MFC class] CRebarCtrl [New in Windows 95?] Yes [Description]

Output: Tool bar that can contain additional child windows in the form of controls


Input: [Control] rich edit [MFC class] CRichEditCtrl [New in Windows 95?] Yes [Description]

Output: Window in which user can edit with character and paragraph formatting (see Classes Related to Rich Edit Controls)


Input: [Control] scroll bar [MFC class] CScrollBar [New in Windows 95?] No [Description]

Output: Scroll bar used as a control inside a dialog box (not on a window)


Input: [Control] slider [MFC class] CSliderCtrl [New in Windows 95?] Yes [Description]

Output: Window containing a slider control with optional tick marks


Input: [Control] spin button [MFC class] CSpinButtonCtrl [New in Windows 95?] Yes [Description]

Output: Pair of arrow buttons user can click to increment or decrement a value


Input: [Control] static-text [MFC class] CStatic [New in Windows 95?] No [Description]

Output: Text for labeling other controls


Input: [Control] status bar [MFC class] CStatusBarCtrl [New in Windows 95?] Yes [Description]

Output: Window for displaying status information, similar to MFC class CStatusBar


Input: [Control] tab [MFC class] CTabCtrl [New in Windows 95?] Yes [Description]

Output: Analogous to the dividers in a notebook; used in "tab dialog boxes" or property sheets


Input: [Control] toolbar [MFC class] CToolBarCtrl [New in Windows 95?] Yes [Description]

Output: Window with command-generating buttons, similar to MFC class CToolBar


Input: [Control] tool tip [MFC class] CToolTipCtrl [New in Windows 95?] Yes [Description]

Output: Small pop-up window that describes purpose of a toolbar button or other tool


Input: [Control] tree [MFC class] CTreeCtrl [New in Windows 95?] Yes [Description]

Output: Window that displays a hierarchical list of items


Input: [Name] BringIntoView [Description]

Output: Attempts to bring the requested UI element into view and raises the FrameworkElement.RequestBringIntoView event on the target in order to report the results.


Input: [Name] FindLogicalNode [Description]

Output: Attempts to find and return an object that has the specified name. The search starts from the specified object and continues into subnodes of the logical tree.


Input: [Name] GetChildren(DependencyObject) [Description]

Output: Returns the collection of immediate child objects of the specified object, by processing the logical tree.


Input: [Name] GetChildren(FrameworkContentElement) [Description]

Output: Returns the collection of immediate child objects of the specified FrameworkContentElement by processing the logical tree.


Input: [Name] GetChildren(FrameworkElement) [Description]

Output: Returns the collection of immediate child objects of the specified FrameworkElement by processing the logical tree.


Input: [Name] GetParent [Description]

Output: Returns the parent object of the specified object by processing the logical tree.


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

Output: Writing Text to a File


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

Output: Writing Text to a File


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

Output: Reading Text from a File


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

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


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

Output: FileInfo.Length


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

Output: File.GetAttributes


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

Output: File.SetAttributes


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

Output: File.Exists


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

Output: Reading and Writing to a Newly Created Data File


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

Output: Reading and Writing to a Newly Created Data File


Input: [Name] Attributes [Description]

Output: Gets the attributes that can be used to declare metadata for the option.


Input: [Name] DefaultValue [Description]

Output: Gets or sets the default value for the option.


Input: [Name] HelpMessage [Description]

Output: Gets or sets the Help message for the option.


Input: [Name] IsMandatory [Description]

Output: Gets or sets a value that indicates whether the option is treated as a mandatory parameter.


Input: [Name] Label [Description]

Output: Gets or sets the label used to identify the option.


Input: [Name] Name [Description]

Output: Gets the name of the option.


Input: [Name] ParameterAssemblyFullName [Description]

Output: Gets the fully qualified name of the assembly containing the option's type.


Input: [Name] ParameterTypeFullName [Description]

Output: Gets the fully qualified name of the option's type.


Input: [Name] ParameterTypeName [Description]

Output: Gets the unqualified name of the option's type.


Input: SQL Server Import and Export Wizard and supporting connections, source and destination adapters, and tasks Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Execute SQL Task Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: OLE DB Source and Destination Adapters Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS command prompt tools Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS Package Designer Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Legacy support for DTS packages Yes [WG (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] Yes [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS Service Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: All other source and destination adapters, tasks, and transformations, except for those listed below Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Data Mining Query Transformation Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Data Mining Model Training Destination Adapter Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Fuzzy Grouping Transformation Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Fuzzy Lookup Transformation Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Term Extraction Transformation Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Term Lookup Transformation Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Slowly Changing Dimension Transformation and Wizard Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Dimension Processing Destination Adapter Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Partition Processing Destination Adapter Yes [WG (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [SE (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: [Name] ColumnChanged [Description]

Output: Occurs after a value has been changed for the specified DataColumn in a DataRow.


Input: [Name] ColumnChanging [Description]

Output: Occurs when a value is being changed for the specified DataColumn in a DataRow.


Input: [Name] Disposed [Description]

Output: Adds an event handler to listen to the Disposed event on the component.(inherited from MarshalByValueComponent)


Input: [Name] Initialized [Description]

Output: Occurs after the DataTable is initialized.


Input: [Name] RowChanged [Description]

Output: Occurs after a DataRow has been changed successfully.


Input: [Name] RowChanging [Description]

Output: Occurs when a DataRow is changing.


Input: [Name] RowDeleted [Description]

Output: Occurs after a row in the table has been deleted.


Input: [Name] RowDeleting [Description]

Output: Occurs before a row in the table is about to be deleted.


Input: [Name] TableCleared [Description]

Output: Occurs after a DataTable is cleared.


Input: [Name] TableClearing [Description]

Output: Occurs when a DataTable is cleared.


Input: [Name] TableNewRow [Description]

Output: Occurs when a new DataRow is inserted.


Input: [Description] Specifies the keyword filter for the keyword. [Member name]

Output: Keyword


Input: [Description] Specifies the keyword filter for the keyword's synonyms. [Member name]

Output: Synonyms


Input: [Description] Specifies the keyword filter for the best bet title. [Member name]

Output: BestBetTitle


Input: [Description] Specifies the keyword filter for the best bet URL. [Member name]

Output: BestBetUrl


Input: [Description] Specifies the keyword filter for the best bet contact name. [Member name]

Output: Contact


Input: [Description] No filter is specified. [Member name]


Input: [Name] Activated [Description]

Output: Occurs when the application is being made active after previously being put into a dormant state or tombstoned.


Input: [Name] Closing [Description]

Output: Occurs when the application is exiting.


Input: [Name] ContractActivated [Description]

Output: Occurs when the app receives a modern contract activation.


Input: [Name] Deactivated [Description]

Output: Occurs when the application is being deactivated.


Input: [Name] Launching [Description]

Output: Occurs when the application is being launched.


Input: [Name] RunningInBackground [Description]

Output: Occurs when an app begins to run in the background.


Input: [MFC class] CAnimateCtrl [Description] Displays successive frames of an AVI video clip [New in Windows 95?] Yes [Control]

Output: animation


Input: [MFC class] CButton [Description] Pushbuttons that cause an action; also used for check boxes, radio buttons, and group boxes [New in Windows 95?] No [Control]

Output: button


Input: [MFC class] CComboBox [Description] Combination of an edit box and a list box [New in Windows 95?] No [Control]

Output: combo box


Input: [MFC class] CDateTimeCtrl [Description] Allows the user to choose a specific date or time value [New in Windows 95?] Yes [Control]

Output: date and time picker


Input: [MFC class] CEdit [Description] Boxes for entering text [New in Windows 95?] No [Control]

Output: edit box


Input: [MFC class] CComboBoxEx [Description] A combo box control with the ability to display images [New in Windows 95?] Yes [Control]

Output: extended combo box


Input: [MFC class] CHeaderCtrl [Description] Button that appears above a column of text; controls width of text displayed [New in Windows 95?] Yes [Control]

Output: header


Input: [MFC class] CHotKeyCtrl [Description] Window that enables user to create a "hot key" to perform an action quickly [New in Windows 95?] Yes [Control]

Output: hotkey


Input: [MFC class] CImageList [Description] Collection of images used to manage large sets of icons or bitmaps (image list isn't really a control; it supports lists used by other controls) [New in Windows 95?] Yes [Control]

Output: image list


Input: [MFC class] CListCtrl [Description] Window that displays a list of text with icons [New in Windows 95?] Yes [Control]

Output: list


Input: [MFC class] CListBox [Description] Box that contains a list of strings [New in Windows 95?] No [Control]

Output: list box


Input: [MFC class] CMonthCalCtrl [Description] Control that displays date information [New in Windows 95?] Yes [Control]

Output: month calendar


Input: [MFC class] CProgressCtrl [Description] Window that indicates progress of a long operation [New in Windows 95?] Yes [Control]

Output: progress


Input: [MFC class] CRebarCtrl [Description] Tool bar that can contain additional child windows in the form of controls [New in Windows 95?] Yes [Control]

Output: rebar


Input: [MFC class] CRichEditCtrl [Description] Window in which user can edit with character and paragraph formatting (see Classes Related to Rich Edit Controls) [New in Windows 95?] Yes [Control]

Output: rich edit


Input: [MFC class] CScrollBar [Description] Scroll bar used as a control inside a dialog box (not on a window) [New in Windows 95?] No [Control]

Output: scroll bar


Input: [MFC class] CSliderCtrl [Description] Window containing a slider control with optional tick marks [New in Windows 95?] Yes [Control]

Output: slider


Input: [MFC class] CSpinButtonCtrl [Description] Pair of arrow buttons user can click to increment or decrement a value [New in Windows 95?] Yes [Control]

Output: spin button


Input: [MFC class] CStatic [Description] Text for labeling other controls [New in Windows 95?] No [Control]

Output: static-text


Input: [MFC class] CStatusBarCtrl [Description] Window for displaying status information, similar to MFC class CStatusBar [New in Windows 95?] Yes [Control]

Output: status bar


Input: [MFC class] CTabCtrl [Description] Analogous to the dividers in a notebook; used in "tab dialog boxes" or property sheets [New in Windows 95?] Yes [Control]

Output: tab


Input: [MFC class] CToolBarCtrl [Description] Window with command-generating buttons, similar to MFC class CToolBar [New in Windows 95?] Yes [Control]

Output: toolbar


Input: [MFC class] CToolTipCtrl [Description] Small pop-up window that describes purpose of a toolbar button or other tool [New in Windows 95?] Yes [Control]

Output: tool tip


Input: [MFC class] CTreeCtrl [Description] Window that displays a hierarchical list of items [New in Windows 95?] Yes [Control]

Output: tree


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

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

UI Automation Support for the Edit Control Type


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

Output: The outermost rectangle that contains the whole control.

UI Automation Support for the Edit Control Type


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

Output: The edit control must have a clickable point that gives input focus to the edit portion of the control when a user clicks the mouse there.

UI Automation Support for the Edit Control Type


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

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

UI Automation Support for the Edit Control Type


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

Output: The name of the edit control is typically generated from a static text label. If there is not a static text label, a property value for Name must be assigned by the application developer. The Name property should never contain the textual contents of the edit control.

UI Automation Support for the Edit Control Type


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

Output: If there is a static text label associated with the control, then this property must expose a reference to that control. If the text control is a subcomponent of another control, it will not have a LabeledBy property set.

UI Automation Support for the Edit Control Type


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

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

UI Automation Support for the Edit Control Type


Input: [UI Automation Property] LocalizedControlTypeProperty [Value] "edit" [Notes]

Output: Localized string corresponding to the Edit control type.

UI Automation Support for the Edit Control Type


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

Output: The edit control is always included in the content view of the UI Automation tree.

UI Automation Support for the Edit Control Type


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

Output: The edit control is always included in the control view of the UI Automation tree.

UI Automation Support for the Edit Control Type


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

Output: Must be set to true on edit controls that contain passwords. If an edit control does contain Password contents then this property can be used by a screen reader to determine whether keystrokes should be read out as the user types them.

UI Automation Support for the Edit Control Type


Input: [Topic] Describing Events by Using Data Columns [Description]

Output: Contains information about the data columns that are used to describe attributes of events.


Input: [Topic] Saving Trace Results [Description]

Output: Contains information about saving trace results to a file or to a table.


Input: [Topic] Optimizing SQL Trace [Description]

Output: Contains information about ways you can reduce the effects of tracing on system performance.


Input: [Topic] Filtering a Trace [Description]

Output: Contains information about using filters for tracing.


Input: [Topic] Limiting Trace File and Table Sizes [Description]

Output: Contains information about how to limit the size of files and tables where trace data is written. Note that only SQL Server Profiler can write trace information to tables.


Input: [Topic] Scheduling Traces [Description]

Output: Contains information about how to set the start time and the end time for tracing.


Input: [Capability] Sorting [Description]

Output: Not supported by the XmlDataSource control.


Input: [Capability] Filtering [Description]

Output: The XPath property can be used to filter the XML data using an appropriate XPath expression.


Input: [Capability] Paging [Description]

Output: Not supported by the XmlDataSource control.


Input: [Capability] Updating [Description]

Output: Supported by manipulating the XmlDataDocument directly and then calling the Save method.


Input: [Capability] Deleting [Description]

Output: Supported by manipulating the XmlDataDocument directly and then calling the Save method.


Input: [Capability] Inserting [Description]

Output: Supported by manipulating the XmlDataDocument directly and then calling the Save method.


Input: [Capability] Caching [Description]

Output: Enabled by default, with the CacheDuration property set to 0 (infinite) and the CacheExpirationPolicy property set to Absolute.


Input: [Name] Microsoft.Translator.AddTranslation Method [Description]

Output: Adds a translation to the translation memory.


Input: [Name] Microsoft.Translator.AddTranslationArray Method [Description]

Output: Adds an array of translations to the translation memory.


Input: [Name] Microsoft.Translator.BreakSentences Method [Description]

Output: Returns an array of sentence lengths for each sentence of the given text.


Input: [Name] Microsoft.Translator.Detect Method [Description]

Output: Detects the language of a selection of text.


Input: [Name] Microsoft.Translator.DetectArray Method [Description]

Output: Detects the language of an array of strings.


Input: [Name] Microsoft.Translator.GetLanguageNames Method [Description]

Output: Obtains a list of the languages supported by the Translator Service.


Input: [Name] Microsoft.Translator.GetLanguagesForSpeak Method [Description]

Output: Obtains a list of the language codes supported by the Translator Service for speech synthesis.


Input: [Name] Microsoft.Translator.GetLanguagesForTranslate Method [Description]

Output: Obtains a list of the language codes supported by the Translator Service.


Input: [Name] Microsoft.Translator.GetTranslations Method [Description]

Output: Returns an array of alternative translations of the given text.


Input: [Name] Microsoft.Translator.GetTranslationsArray Method [Description]

Output: Returns an array of alternative translations of the passed array of text.


Input: [Name] Microsoft.Translator.Speak Method [Description]

Output: Returns a string with a URL to a wave stream of the passed in text in desired language.


Input: [Name] Microsoft.Translator.Translate Method [Description]

Output: Converts a text string from one language to another.


Input: [Name] Microsoft.Translator.TranslateArray Method [Description]

Output: Translates an array of texts into another language.


Input: [SQL Server service name] SQL Server [Optional accounts] SQL Server Express: Domain User, Local System, Network Service All other editions: Domain User, Local System, Network Service1 [Default state following Setup] Started Stopped only if user chooses not to autostart. [Startup type]

Output: Automatic1


Input: [SQL Server service name] SQL Server Agent [Optional accounts] Domain User, Local System, Network Service1 [Default state following Setup] Stopped Started only if user chooses to autostart. [Startup type]

Output: Manual1,2 Automatic only if user chooses to autostart


Input: [SQL Server service name] Analysis Services [Optional accounts] Domain User, Network Service, Local Service, Local System1 [Default state following Setup] Started Stopped only if user chooses not to autostart. [Startup type]

Output: Automatic1


Input: [SQL Server service name] Reporting Services [Optional accounts] Domain User, Local System, Network Service, Local Service [Default state following Setup] Started Stopped only if user chooses not to autostart. [Startup type]

Output: Automatic


Input: [SQL Server service name] Integration Services [Optional accounts] Domain User, Local System, Network Service, Local Service [Default state following Setup] Started Stopped only if user chooses not to autostart. [Startup type]

Output: Automatic


Input: [SQL Server service name] Full-Text Search [Optional accounts] Use an account different than the account for the SQL Server service. The account will default to Local Service on Windows Server 2008 and Windows Vista. [Default state following Setup] Started Stopped only if an account is not specified on Windows Server 2003 or Windows XP. [Startup type]

Output: Automatic


Input: [SQL Server service name] SQL Server Browser [Optional accounts] Local Service [Default state following Setup] Stopped Started only if user chooses to autostart. [Startup type]

Output: Disabled3 Automatic only if user chooses to autostart.


Input: [SQL Server service name] SQL Server Active Directory Helper [Optional accounts] Local System, Network Service [Default state following Setup] Stopped [Startup type]

Output: Disabled


Input: [SQL Server service name] SQL Writer [Optional accounts] Local System [Default state following Setup] Started [Startup type]

Output: Automatic


Input: [Related topics] Administrate the Integration of Team Foundation Server and Project Server Overview of Team Foundation Server and Project Server Integration Features Operational Differences in Managing Projects Using Team Foundation and Project [Task]

Output: Review setup, configuration, and administration tasks that are required to integrate the two server products. As an administrator for the integration of TFS and Project Server, you must configure the integration of the two server products to support the flow of data from team projects to enterprise project plans. For the initial configuration, you must install software, grant permissions, register instances of Project Web Access or Project Web App (PWA), and map components of Project Server to components of Team Foundation.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] System and Setup Requirements to Support Integration of Team Foundation Server and Project Server Map Project Server Components to Team Foundation Components [Task]

Output: Plan the integration of the two server products. To synchronize data between TFS and Project Server, you must install Team Foundation Server Extensions for Project Server. To understand how you will configure the integration of the two server products, you should understand how components in Project Server map to components in Team Foundation.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Update an Existing Installation and Version Compatibility Upgrade Microsoft Project Server 2010 to Microsoft Project Server 2013 Preview [Task]

Output: Upgrade an existing deployment. Refer to these topics for the recommended sequence and instructions for upgrading servers with a more recent version of the software.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Configuration Quick Reference [Task]

Output: Configure the integration to support a test or evaluation environment. You can use this topic as a quick reference to install software, assign permissions, configure integration, and verify data synchronization.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Configure the Integration of Team Foundation Server and Project Server [Task]

Output: Configure the integration to support a production environment. You can use this topic to collect the information that you require for configuration, permissions that you must grant, and configuration tasks that you must perform to support a customized integration of the two server products.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Assign Permissions to Support Integration of Project Server and Team Foundation Server [Task]

Output: Grant permissions to support configuration and data synchronization. You must grant permissions to administrators, service accounts, and team members. You must also make sure that specific service accounts have access to the Shared Services Provider (SSP) for the server that hosts SharePoint Products for Project Server 2007.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Manage Project Server Integration with TfsAdmin ProjectServer [Task]

Output: Manage and modify the integration of synchronized components. You can change how components are mapped or list the current mappings by using the TfsAdmin command-line tool. You can review the options and parameters that this tool provides and learn about the operations that specific options perform.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Related topics] Overview of the Synchronization Process for Team Foundation Server and Project Server Integration [Task]

Output: Understand the three types of synchronization that occur. The synchronization engine performs three types of synchronization: publishing, status, and approval. This process captures and maintains task-related and resource-related data in both TFS and Project Server while respecting the ownership of data by the project manager in the project plan.

Enable Data Flow Between Team Foundation Server and Microsoft Project Server


Input: [Class] BaseUriHelper [Description]

Output: Provides a method to resolve relative uniform resource identifiers (URIs) with respect to the base URI of a container, such as a Frame.


Input: [Class] CustomContentState [Description]

Output: CustomContentState enables the ability to navigate through different states of a single piece of source content without reloading the source content for each subsequent navigation.


Input: [Class] FragmentNavigationEventArgs [Description]

Output: Provides data for the FragmentNavigation event.


Input: [Class] JournalEntry [Description]

Output: Represents an entry in either back or forward navigation history.


Input: [Class] JournalEntryListConverter [Description]

Output: This type or member supports the Microsoft .NET infrastructure and is not intended to be used directly from your code.


Input: [Class] JournalEntryUnifiedViewConverter [Description]

Output: JournalEntryUnifiedViewConverter merges navigation back history and navigation forward history (as exposed by Frame or NavigationWindow) into a single, Windows Internet Explorer 7-style navigation menu.


Input: [Class] NavigatingCancelEventArgs [Description]

Output: Provides data for the Navigating event.


Input: [Class] NavigationEventArgs [Description]

Output: Provides data for non-cancelable navigation events, including LoadCompleted, Navigated, and NavigationStopped.


Input: [Class] NavigationFailedEventArgs [Description]

Output: Provides data for the NavigationFailed event.


Input: [Class] NavigationProgressEventArgs [Description]

Output: Provides data for the Application.NavigationProgress and NavigationWindow.NavigationProgress events.


Input: [Class] NavigationService [Description]

Output: Contains methods, properties, and events to support navigation.


Input: [Class] NavigationWindow [Description]

Output: Represents a window that supports content navigation.


Input: [Class] PageFunction [Description]

Output: Represents a special type of page that allows you to treat navigation to a page in a similar fashion to calling a method.


Input: [Class] PageFunctionBase [Description]

Output: An abstract base class that is the parent of all page function classes.


Input: [Class] RequestNavigateEventArgs [Description]

Output: Provides data for the RequestNavigate event.


Input: [Class] ReturnEventArgs [Description]

Output: Provides data for the Return event.


Input: [Member name] Abstract [Description]

Output: Indicates that the class does not provide an implementation of this method.


Input: [Member name] Assembly [Description]

Output: Indicates that the method is accessible to any class of this assembly.


Input: [Member name] CheckAccessOnOverride [Description]

Output: Indicates that the method can only be overridden when it is also accessible.


Input: [Member name] FamANDAssem [Description]

Output: Indicates that the method is accessible to members of this type and its derived types that are in this assembly only.


Input: [Member name] Family [Description]

Output: Indicates that the method is accessible only to members of this class and its derived classes.


Input: [Member name] FamORAssem [Description]

Output: Indicates that the method is accessible to derived classes anywhere, as well as to any class in the assembly.


Input: [Member name] Final [Description]

Output: Indicates that the method cannot be overridden.


Input: [Member name] HasSecurity [Description]

Output: Indicates that the method has security associated with it. Reserved flag for runtime use only.


Input: [Member name] HideBySig [Description]

Output: Indicates that the method hides by name and signature; otherwise, by name only.


Input: [Member name] MemberAccessMask [Description]

Output: Retrieves accessibility information.


Input: [Member name] NewSlot [Description]

Output: Indicates that the method always gets a new slot in the vtable.


Input: [Member name] PinvokeImpl [Description]

Output: Indicates that the method implementation is forwarded through PInvoke (Platform Invocation Services).


Input: [Member name] Private [Description]

Output: Indicates that the method is accessible only to the current class.


Input: [Member name] PrivateScope [Description]

Output: Indicates that the member cannot be referenced.


Input: [Member name] Public [Description]

Output: Indicates that the method is accessible to any object for which this object is in scope.


Input: [Member name] RequireSecObject [Description]

Output: Indicates that the method calls another method containing security code. Reserved flag for runtime use only.


Input: [Member name] ReservedMask [Description]

Output: Indicates a reserved flag for runtime use only.


Input: [Member name] ReuseSlot [Description]

Output: Indicates that the method will reuse an existing slot in the vtable. This is the default behavior.


Input: [Member name] RTSpecialName [Description]

Output: Indicates that the common language runtime checks the name encoding.


Input: [Member name] SpecialName [Description]

Output: Indicates that the method is special. The name describes how this method is special.


Input: [Member name] Static [Description]

Output: Indicates that the method is defined on the type; otherwise, it is defined per instance.


Input: [Member name] UnmanagedExport [Description]

Output: Indicates that the managed method is exported by thunk to unmanaged code.


Input: [Member name] Virtual [Description]

Output: Indicates that the method is virtual.


Input: [Member name] VtableLayoutMask [Description]

Output: Retrieves vtable attributes.


Input: SQL Server Import and Export Wizard and supporting connections, source and destination adapters, and tasks Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Execute SQL Task Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: OLE DB Source and Destination Adapters Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS command prompt tools Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS Package Designer Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: Legacy support for DTS packages Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] Yes [SE (64-bit)] Yes [WG (32-bit)]

Output: Yes

Features Supported by the Editions of SQL Server 2005


Input: SSIS Service Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: All other source and destination adapters, tasks, and transformations, except for those listed below Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] Yes [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Data Mining Query Transformation Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Data Mining Model Training Destination Adapter Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Fuzzy Grouping Transformation Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Fuzzy Lookup Transformation Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Term Extraction Transformation Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Term Lookup Transformation Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Slowly Changing Dimension Transformation and Wizard Yes [SE (32-bit)] Yes [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Dimension Processing Destination Adapter Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: Partition Processing Destination Adapter Yes [SE (32-bit)] No [SSE (32-bit) SSEA (32-bit)] No [SE (64-bit)] No [WG (32-bit)]

Output: No

Features Supported by the Editions of SQL Server 2005


Input: [Description] Occurs after a value has been changed for the specified DataColumn in a DataRow. [Name]

Output: ColumnChanged


Input: [Description] Occurs when a value is being changed for the specified DataColumn in a DataRow. [Name]

Output: ColumnChanging


Input: [Description] Adds an event handler to listen to the Disposed event on the component.(inherited from MarshalByValueComponent) [Name]

Output: Disposed


Input: [Description] Occurs after the DataTable is initialized. [Name]

Output: Initialized


Input: [Description] Occurs after a DataRow has been changed successfully. [Name]

Output: RowChanged


Input: [Description] Occurs when a DataRow is changing. [Name]

Output: RowChanging


Input: [Description] Occurs after a row in the table has been deleted. [Name]

Output: RowDeleted


Input: [Description] Occurs before a row in the table is about to be deleted. [Name]

Output: RowDeleting


Input: [Description] Occurs after a DataTable is cleared. [Name]

Output: TableCleared


Input: [Description] Occurs when a DataTable is cleared. [Name]

Output: TableClearing


Input: [Description] Occurs when a new DataRow is inserted. [Name]

Output: TableNewRow


Input: [SQL Server component] SQL Server Setup Control [Parameter] /ACTION Required [Description]

Output: Required to indicate the installation workflow. Supported values: Upgrade EditionUpgrade The value EditionUpgrade is used to upgrade an existing edition of SQL Server 2008 R2 to a different edition. For more information about the supported version and edition upgrades, see Supported Version and Edition Upgrades.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /IACCEPTSQLSERVERLICENSETERMS Required only when the /Q parameter is specified for unattended installations. [Description]

Output: Required to acknowledge acceptance of the license terms.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /ENU Optional [Description]

Output: Use this parameter to install the English version of SQL Server on a localized operating system when the installation media includes language packs for both English and the language corresponding to the operating system.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /CONFIGURATIONFILE Optional [Description]

Output: Specifies the ConfigurationFile to use.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /ERRORREPORTING Optional [Description]

Output: Specifies the error reporting for SQL Server. For more information, see Privacy Statement for the Microsoft Error Reporting Service. Supported values: 1=enabled 0=disabled

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /HELP, H, ? Optional [Description]

Output: Displays the usage options for the parameters.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /INDICATEPROGRESS Optional [Description]

Output: Specifies that the verbose Setup log file will be piped to the console.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] / INSTANCEDIR Optional [Description]

Output: Specifies a nondefault installation directory for shared components.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /INSTANCEID Required when you upgrade from SQL Server 2008 Optional when you upgrade from SQL Server 2000 and SQL Server 2005 [Description]

Output: Specifies a nondefault value for an InstanceID.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /INSTANCENAME Required [Description]

Output: Specifies a SQL Server instance name. For more information, see Instance Configuration.Instance Configuration

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /PID Optional [Description]

Output: Specifies the product key for the edition of SQL Server. If this parameter is not specified, Evaluation is used.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /Q Optional [Description]

Output: Specifies that Setup runs in a quiet mode without any user interface. This is used for unattended installations.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /UIMODE Optional [Description]

Output: Specifies whether to present only the minimum number of dialog boxes during setup. /UIMode can only be used with the /ACTION=INSTALL and UPGRADE parameters. Supported values: /UIMODE=Normal is the default for non-Express editions and presents all setup dialog boxes for the selected features. /UIMODE=AutoAdvance is the default for Express editions and skips nonessential dialog boxes. The UIMode setting cannot be used with the /Q or /QS parameters.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /SQMREPORTING Optional [Description]

Output: Specifies feature usage reporting for SQL Server. For more information, see Privacy Statement for the Microsoft Error Reporting Service. Supported values: 1=enabled 0=disabled

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Setup Control [Parameter] /HIDECONSOLE Optional [Description]

Output: Specifies the console window would be hidden or closed.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Browser Service [Parameter] /BROWSERSVCSTARTUPTYPE Optional [Description]

Output: Specifies the startup mode for SQL Server Browser service Supported values: Automatic Disabled Manual

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] SQL Server Full-Text [Parameter] /FTUPGRADEOPTION Optional [Description]

Output: Specifies the Full-Text catalog upgrade option. Supported values: REBUILD RESET IMPORT

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] Integration Services [Parameter] /ISSVCACCOUNT Required [Description]

Output: Specifies the account for Integration Services. Default value: NT AUTHORITY\NETWORK SERVICE

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] Integration Services [Parameter] /ISSVCPASSWORD Required [Description]

Output: Specifies the Integration Services password.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [SQL Server component] Integration Services [Parameter] /ISSVCStartupType Optional [Description]

Output: Specifies the startup mode for the Integration Services service.

How to: Install SQL Server 2008 R2 from the Command Prompt


Input: [Description] Represents a membership condition that matches all code. This class cannot be inherited. [Class]

Output: AllMembershipCondition


Input: [Description] Provides the application directory as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: ApplicationDirectory


Input: [Description] Determines whether an assembly belongs to a code group by testing its application directory. This class cannot be inherited. [Class]

Output: ApplicationDirectoryMembershipCondition


Input: [Description] Holds the security evidence for an application. This class cannot be inherited. [Class]

Output: ApplicationSecurityInfo


Input: [Description] Manages trust decisions for manifest-activated applications. [Class]

Output: ApplicationSecurityManager


Input: [Description] Encapsulates security decisions about an application. This class cannot be inherited. [Class]

Output: ApplicationTrust


Input: [Description] Represents a collection of ApplicationTrust objects. This class cannot be inherited. [Class]

Output: ApplicationTrustCollection


Input: [Description] Represents the enumerator for ApplicationTrust objects in the ApplicationTrustCollection collection. [Class]

Output: ApplicationTrustEnumerator


Input: [Description] Specifies the network resource access that is granted to code. [Class]

Output: CodeConnectAccess


Input: [Description] Represents the abstract base class from which all implementations of code groups must derive. [Class]

Output: CodeGroup


Input: [Description] Defines the set of information that constitutes input to security policy decisions. This class cannot be inherited. [Class]

Output: Evidence


Input: [Description] Provides a base class from which all objects to be used as evidence must derive. [Class]

Output: EvidenceBase


Input: [Description] Grants permission to manipulate files located in the code assemblies to code assemblies that match the membership condition. This class cannot be inherited. [Class]

Output: FileCodeGroup


Input: [Description] Obsolete. Allows security policy to be defined by the union of the policy statement of a code group and that of the first child code group that matches. This class cannot be inherited. [Class]

Output: FirstMatchCodeGroup


Input: [Description] Confirms that a code assembly originates in the global assembly cache (GAC) as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: GacInstalled


Input: [Description] Determines whether an assembly belongs to a code group by testing its global assembly cache membership. This class cannot be inherited. [Class]

Output: GacMembershipCondition


Input: [Description] Provides evidence about the hash value for an assembly. This class cannot be inherited. [Class]

Output: Hash


Input: [Description] Determines whether an assembly belongs to a code group by testing its hash value. This class cannot be inherited. [Class]

Output: HashMembershipCondition


Input: [Description] Grants Web permission to the site from which the assembly was downloaded. This class cannot be inherited. [Class]

Output: NetCodeGroup


Input: [Description] Obsolete. Defines evidence that represents permission requests. This class cannot be inherited. [Class]

Output: PermissionRequestEvidence


Input: [Description] The exception that is thrown when policy forbids code to run. [Class]

Output: PolicyException


Input: [Description] Represents the security policy levels for the common language runtime. This class cannot be inherited. [Class]

Output: PolicyLevel


Input: [Description] Represents the statement of a CodeGroup describing the permissions and other information that apply to code with a particular set of evidence. This class cannot be inherited. [Class]

Output: PolicyStatement


Input: [Description] Provides the Authenticode X.509v3 digital signature of a code assembly as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: Publisher


Input: [Description] Determines whether an assembly belongs to a code group by testing its software publisher's Authenticode X.509v3 certificate. This class cannot be inherited. [Class]

Output: PublisherMembershipCondition


Input: [Description] Provides the Web site from which a code assembly originates as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: Site


Input: [Description] Determines whether an assembly belongs to a code group by testing the site from which it originated. This class cannot be inherited. [Class]

Output: SiteMembershipCondition


Input: [Description] Provides the strong name of a code assembly as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: StrongName


Input: [Description] Determines whether an assembly belongs to a code group by testing its strong name. This class cannot be inherited. [Class]

Output: StrongNameMembershipCondition


Input: [Description] Represents the context for the trust manager to consider when making the decision to run an application, and when setting up the security on a new AppDomain in which to run an application. [Class]

Output: TrustManagerContext


Input: [Description] Obsolete. Represents a code group whose policy statement is the union of the current code group's policy statement and the policy statement of all its matching child code groups. This class cannot be inherited. [Class]

Output: UnionCodeGroup


Input: [Description] Provides the URL from which a code assembly originates as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: Url


Input: [Description] Determines whether an assembly belongs to a code group by testing its URL. This class cannot be inherited. [Class]

Output: UrlMembershipCondition


Input: [Description] Provides the security zone of a code assembly as evidence for policy evaluation. This class cannot be inherited. [Class]

Output: Zone


Input: [Description] Determines whether an assembly belongs to a code group by testing its zone of origin. This class cannot be inherited. [Class]

Output: ZoneMembershipCondition


Input: [Description] Occurs when the application is about to shut down. [Name]

Output: ApplicationExit


Input: [Description] Occurs when the application is about to enter a modal state. [Name]

Output: EnterThreadModal


Input: [Description] Occurs when the application finishes processing and is about to enter the idle state. [Name]

Output: Idle


Input: [Description] Occurs when the application is about to leave a modal state. [Name]

Output: LeaveThreadModal


Input: [Description] Occurs when an untrapped thread exception is thrown. [Name]

Output: ThreadException


Input: [Description] Occurs when a thread is about to shut down. When the main thread for an application is about to be shut down, this event is raised first, followed by an ApplicationExit event. [Name]

Output: ThreadExit


Input: [Description] Occurs when a button is clicked in the DetailsView control. [Event]

Output: ItemCommand


Input: [Description] Occurs after all DetailsViewRow objects are created in the DetailsView control. This event is often used to modify the values of a record before it is displayed. [Event]

Output: ItemCreated


Input: [Description] Occurs when a Delete button is clicked, but after the DetailsView control deletes the record from the data source. This event is often used to check the results of the delete operation. [Event]

Output: ItemDeleted


Input: [Description] Occurs when a Delete button is clicked, but before the DetailsView control deletes the record from the data source. This event is often used to cancel the delete operation. [Event]

Output: ItemDeleting


Input: [Description] Occurs when an Insert button is clicked, but after the DetailsView control inserts the record. This event is often used to check the results of the insert operation. [Event]

Output: ItemInserted


Input: [Description] Occurs when an Insert button is clicked, but before the DetailsView control inserts the record. This event is often used to cancel the insert operation. [Event]

Output: ItemInserting


Input: [Description] Occurs when an Update button is clicked, but after the DetailsView control updates the row. This event is often used to check the results of the update operation. [Event]

Output: ItemUpdated


Input: [Description] Occurs when an Update button is clicked, but before the DetailsView control updates the record. This event is often used to cancel the update operation. [Event]

Output: ItemUpdating


Input: [Description] Occurs after the DetailsView control changes modes (edit, insert, or read-only mode). This event is often used to perform a task when the DetailsView control changes modes. [Event]

Output: ModeChanged


Input: [Description] Occurs before the DetailsView control changes modes (edit, insert, or read-only mode). This event is often used to cancel a mode change. [Event]

Output: ModeChanging


Input: [Description] Occurs when one of the pager buttons is clicked, but after the DetailsView control handles the paging operation. This event is commonly used when you need to perform a task after the user navigates to a different record in the control. [Event]

Output: PageIndexChanged


Input: [Description] Occurs when one of the pager buttons is clicked, but before the DetailsView control handles the paging operation. This event is often used to cancel the paging operation. [Event]

Output: PageIndexChanging


Input: [Option] /delaysign [Description]

Output: Specifies to Aximp.exe to sign the resulting control using delayed signing. You must specify this option with either the /keycontainer:, /keyfile:, or /publickey: option. For more information on the delayed signing process, see Delay Signing an Assembly.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /help [Description]

Output: Displays command syntax and options for the tool.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /keycontainer: containerName [Description]

Output: Signs the resulting control with a strong name using the public/private key pair found in the key container specified by containerName.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /keyfile: filename [Description]

Output: Signs the resulting control with a strong name using the publisher's official public/private key pair found in filename.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /nologo [Description]

Output: Suppresses the Microsoft startup banner display.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /out: filename [Description]

Output: Specifies the name of the assembly to create.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /publickey: filename [Description]

Output: Signs the resulting control with a strong name using the public key found in the file specified by filename.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /rcw: filename [Description]

Output: Uses the specified runtime callable wrapper instead of generating a new one. You may specify multiple instances. The current directory is used for relative paths. For more information, see Runtime Callable Wrapper.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /silent [Description]

Output: Suppresses the display of success messages.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /source [Description]

Output: Generates C# source code for the Windows Forms wrapper.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /verbose [Description]

Output: Specifies verbose mode; displays additional progress information.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Option] /? [Description]

Output: Displays command syntax and options for the tool.

Aximp.exe (Windows Forms ActiveX Control Importer)


Input: [Member name] FUNCFLAG_FBINDABLE [Description]

Output: The function that supports data binding.


Input: [Member name] FUNCFLAG_FDEFAULTBIND [Description]

Output: The function that best represents the object. Only one function in a type can have this attribute.


Input: [Member name] FUNCFLAG_FDEFAULTCOLLELEM [Description]

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


Input: [Member name] FUNCFLAG_FDISPLAYBIND [Description]

Output: The function that is displayed to the user as bindable. FUNCFLAG_FBINDABLE must also be set.


Input: [Member name] FUNCFLAG_FHIDDEN [Description]

Output: The function should not be displayed to the user, although it exists and is bindable.


Input: [Member name] FUNCFLAG_FIMMEDIATEBIND [Description]

Output: Mapped as individual bindable properties.


Input: [Member name] FUNCFLAG_FNONBROWSABLE [Description]

Output: The property appears in an object browser, but not in a properties browser.


Input: [Member name] FUNCFLAG_FREPLACEABLE [Description]

Output: Tags the interface as having default behaviors.


Input: [Member name] FUNCFLAG_FREQUESTEDIT [Description]

Output: When set, any call to a method that sets the property results first in a call to IPropertyNotifySink::OnRequestEdit. The implementation of OnRequestEdit determines if the call is allowed to set the property.


Input: [Member name] FUNCFLAG_FRESTRICTED [Description]

Output: The function should not be accessible from macro languages. This flag is intended for system-level functions or functions that type browsers should not display.


Input: [Member name] FUNCFLAG_FSOURCE [Description]

Output: The function returns an object that is a source of events.


Input: [Member name] FUNCFLAG_FUIDEFAULT [Description]

Output: The type information member is the default member for display in the user interface.


Input: [Member name] FUNCFLAG_FUSESGETLASTERROR [Description]

Output: The function supports GetLastError. If an error occurs during the function, the caller can call GetLastError to retrieve the error code.


Input: [Function] RcInitProxies Function [When called] Before recipient objects or address types are created. [Action]

Output: Initializes a new proxy address generation session.


Input: [Function] RcGenerateProxy Function [When called] When a recipient object is created, or when an address type is installed or updated for all recipients. [Action]

Output: Generates a user-level proxy address as a Unicode string.


Input: [Function] RcValidateProxy Function [When called] When a proxy address is edited manually. [Action]

Output: Validates that a proxy address string is a valid address in the remote system. Also allowed to correct invalid addresses, if possible.


Input: [Function] RcUpdateProxy Function [When called] When a proxy address is updated. [Action]

Output: Updates the site proxy portion of a proxy address.


Input: [Function] RcValidateSiteProxy Function [When called] When a site proxy address is edited manually. [Action]

Output: Validates that a site proxy address is a valid address in the remote system.


Input: [Function] FreeProxy Function [When called] When generation of proxy addresses is complete. [Action]

Output: Frees memory allocated for a proxy address string.


Input: [Function] CloseProxies Function [When called] When creation of a recipient object is complete. [Action]

Output: Closes a proxy address generation session and frees any associated memory.


Input: [Description] Returns a value that indicates whether the solver should stop. [Name]

Output: Abort


Input: [Description] Gets or sets the maximum number of solver iterations. [Name]

Output: IterationLimit


Input: [Description] Gets or sets the number of previous iterations to remember for the estimate of the Hessian matrix. [Name]

Output: IterationsToRemember


Input: [Description] Gets or sets the callback function that determines when to abort the search. [Name]

Output: QueryAbort


Input: [Description] Gets or sets the callback function called during a solve attempt. [Name]

Output: Solving


Input: [Description] Gets or sets the tolerance and compares it to the geometrically-weighted averaged improvement. [Name]

Output: Tolerance


Input: [Name] Action [Description]

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


Input: [Name] AllowBlankPassword [Description]

Output: Gets or sets a value indicating whether a blank password is allowed.


Input: [Name] ConnectionString [Description]

Output: Gets or sets a permitted connection string.


Input: [Name] KeyRestrictionBehavior [Description]

Output: Identifies whether the list of connection string parameters identified by the KeyRestrictions property are the only connection string parameters allowed.


Input: [Name] KeyRestrictions [Description]

Output: Gets or sets connection string parameters that are allowed or disallowed.


Input: [Name] TypeId [Description]

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


Input: [Name] Unrestricted [Description]

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


Input: [Member name] Top [Description]

Output: A baseline that is aligned to the upper edge of the containing box.


Input: [Member name] Center [Description]

Output: A baseline that is aligned to the center of the containing box.


Input: [Member name] Bottom [Description]

Output: A baseline that is aligned at the lower edge of the containing box.


Input: [Member name] Baseline [Description]

Output: A baseline that is aligned at the actual baseline of the containing box.


Input: [Member name] TextTop [Description]

Output: A baseline that is aligned at the upper edge of the text baseline.


Input: [Member name] TextBottom [Description]

Output: A baseline that is aligned at the lower edge of the text baseline.


Input: [Member name] Subscript [Description]

Output: A baseline that is aligned at the subscript position of the containing box.


Input: [Member name] Superscript [Description]

Output: A baseline that is aligned at the superscript position of the containing box.


Input: [Description] Type of the dependency component, such as Win32. [Attribute]

Output: type


Input: [Description] Name of the component. [Attribute]

Output: name


Input: [Description] Version of the component. [Attribute]

Output: version


Input: [Description] Processor that the component is designed for. [Attribute]

Output: processorArchitecture


Input: [Description] Key token used with this component. [Attribute]

Output: publicKeyToken


Input: [Description] Language of the component. [Attribute]

Output: language


Input: [Column] ShipMethodID [Data type] int [Nullability] Not null [Description]

Output: Primary key.


Input: [Column] Name [Data type] Name (user-defined type) nvarchar(50) [Nullability] Not null [Description]

Output: Shipping company name.


Input: [Column] ShipBase [Data type] money [Nullability] Not null [Description]

Output: Minimum shipping charge.


Input: [Column] ShipRate [Data type] money [Nullability] Not null [Description]

Output: Shipping charge per pound.


Input: [Column] rowguid [Data type] uniqueidentifier [Nullability] Not null [Description]

Output: ROWGUIDCOL number uniquely identifying the record. Used to support a merge replication sample.


Input: [Column] ModifiedDate [Data type] datetime [Nullability] Not null [Description]

Output: Date and time the row was last updated.


Input: [Name] Add(KeyValuePair) [Description]

Output: Adds the specified item to the collection of value providers.


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

Output: Adds an element that has the specified key and value to the collection of value providers.


Input: [Name] Add(String, ValueProviderResult) [Description]

Output: Adds an element that has the specified key and value to the collection of value providers.


Input: [Name] Clear [Description]

Output: Removes all items from the collection of value providers.


Input: [Name] Contains [Description]

Output: Determines whether the collection of value providers contains the specified item.


Input: [Name] ContainsKey [Description]

Output: Determines whether the collection of value providers contains an element that has the specified key.


Input: [Name] CopyTo [Description]

Output: Copies the elements of the collection to an array, starting at the specified index.


Input: [Name] Equals [Description]

Output: (Inherited from Object.)


Input: [Name] Finalize [Description]

Output: (Inherited from Object.)


Input: [Name] GetEnumerator [Description]

Output: Returns an enumerator that can be used to iterate through the collection.


Input: [Name] GetHashCode [Description]

Output: (Inherited from Object.)


Input: [Name] GetType [Description]

Output: (Inherited from Object.)


Input: [Name] MemberwiseClone [Description]

Output: (Inherited from Object.)


Input: [Name] Remove(KeyValuePair) [Description]

Output: Removes the first occurrence of the specified item from the collection of value providers.


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

Output: Removes the element that has the specified key from the collection of value providers.


Input: [Name] ToString [Description]

Output: (Inherited from Object.)


Input: [Name] TryGetValue [Description]

Output: Gets the value of the element that has the specified key.


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

Output: Initializes a new instance of the StreamReader class for the specified stream. Supported by the .NET Compact Framework.


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

Output: Initializes a new instance of the StreamReader class for the specified file name. Supported by the .NET Compact Framework.


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

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


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

Output: Initializes a new instance of the StreamReader class for the specified stream, with the specified character encoding. Supported by the .NET Compact Framework.


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

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


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

Output: Initializes a new instance of the StreamReader class for the specified file name, with the specified character encoding. Supported by the .NET Compact Framework.


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

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


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

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


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

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


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

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


Input: [Name] KeepInContent [Description]

Output: Gets a Boolean value that indicates whether a property value should be repeated both in the content section of the feed and in the mapped location.


Input: [Name] SourcePath [Description]

Output: Gets the name of the property of the syndication item that will be mapped to the specified element of the feed.


Input: [Name] TargetNamespacePrefix [Description]

Output: Gets a string value that, together with TargetNamespaceUri, specifies the namespace in which the TargetPathelement exists.


Input: [Name] TargetNamespaceUri [Description]

Output: Gets a string value that specifies the namespace URI of the element specified by the TargetPath property.


Input: [Name] TargetPath [Description]

Output: Gets the name of the custom target in the feed to which the property is mapped.


Input: [Name] TargetSyndicationItem [Description]

Output: Gets a property on the SyndicationItem class.


Input: [Name] TargetTextContentKind [Description]

Output: Gets the type of content of the property mapped by EntityPropertyMappingAttribute.


Input: [Action] Initializes a new proxy address generation session. [When called] Before recipient objects or address types are created. [Function]

Output: RcInitProxies Function


Input: [Action] Generates a user-level proxy address as a Unicode string. [When called] When a recipient object is created, or when an address type is installed or updated for all recipients. [Function]

Output: RcGenerateProxy Function


Input: [Action] Validates that a proxy address string is a valid address in the remote system. Also allowed to correct invalid addresses, if possible. [When called] When a proxy address is edited manually. [Function]

Output: RcValidateProxy Function


Input: [Action] Updates the site proxy portion of a proxy address. [When called] When a proxy address is updated. [Function]

Output: RcUpdateProxy Function


Input: [Action] Validates that a site proxy address is a valid address in the remote system. [When called] When a site proxy address is edited manually. [Function]

Output: RcValidateSiteProxy Function


Input: [Action] Frees memory allocated for a proxy address string. [When called] When generation of proxy addresses is complete. [Function]

Output: FreeProxy Function


Input: [Action] Closes a proxy address generation session and frees any associated memory. [When called] When creation of a recipient object is complete. [Function]

Output: CloseProxies Function


Input: [Name] Get-AzureDns [Description]

Output: Gets an object with the DNS settings for the Windows Azure deployment.


Input: [Name] Get-AzureSubnet [Description]

Output: Gets a list of subnets associated with the specified Windows Azure virtual machine.


Input: [Name] Get-AzureVNetConfig [Description]

Output: Gets the Windows Azure virtual network configuration from the current subscription.


Input: [Name] Get-AzureVNetConnection [Description]

Output: Returns an object with all of the virtual network connections to the specified Windows Azure virtual network.


Input: [Name] Get-AzureVNetGateway [Description]

Output: Retrieves an object with information about a Windows Azure virtual network gateway.


Input: [Name] Get-AzureVNetGatewayKey [Description]

Output: Returns a shared key that can be used to configure a VPN device.


Input: [Name] Get-AzureVNetSite [Description]

Output: Returns an object describing Windows Azure virtual networks.


Input: [Name] New-AzureDns [Description]

Output: Creates a DNS settings object to be used when creating a Windows Azure virtual machine.


Input: [Name] New-AzureVNetGateway [Description]

Output: Creates a new Windows Azure Virtual Network Gateway to the specified Windows Azure virtual network.


Input: [Name] Remove-AzureVNetConfig [Description]

Output: Deletes the network configuration from the current Windows Azure subscription.


Input: [Name] Remove-AzureVNetGateway [Description]

Output: Removes the Windows Azure virtual network gateway to the specified virtual network.


Input: [Name] Set-AzureSubnet [Description]

Output: Defines the subnet list for a Windows Azure virtual machine.


Input: [Name] Set-AzureVNetConfig [Description]

Output: Updates the virtual network settings for a Windows Azure cloud service.


Input: [Name] Set-AzureVNetGateway [Description]

Output: Enables or disables a Windows Azure Virtual Network Gateway.


Input: [Stage] Page request [Description]

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


Input: [Stage] Start [Description]

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


Input: [Stage] Page initialization [Description]

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


Input: [Stage] Load [Description]

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


Input: [Stage] Validation [Description]

Output: During validation, the Validate method of all validator controls is called, which sets the IsValid property of individual validator controls and of the page.


Input: [Stage] Postback event handling [Description]

Output: If the request is a postback, any event handlers are called.


Input: [Stage] Rendering [Description]

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


Input: [Stage] Unload [Description]

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


Input: [Meaning] Out-of-memory [Exception class]

Output: CMemoryException Class


Input: [Meaning] File exception [Exception class]

Output: CFileException Class


Input: [Meaning] Archive/Serialization exception [Exception class]

Output: CArchiveException Class


Input: [Meaning] Response to request for unsupported service [Exception class]

Output: CNotSupportedException Class


Input: [Meaning] Windows resource allocation exception [Exception class]

Output: CResourceException Class


Input: [Meaning] Database exceptions (DAO classes) [Exception class]

Output: CDaoException Class


Input: [Meaning] Database exceptions (ODBC classes) [Exception class]

Output: CDBException Class


Input: [Meaning] OLE exceptions [Exception class]

Output: COleException Class


Input: [Meaning] Dispatch (automation) exceptions [Exception class]

Output: COleDispatchException Class


Input: [Meaning] Exception that alerts the user with a message box, then throws a generic CException Class [Exception class]

Output: CUserException Class


Input: [Windows PowerShell cmdlet] Add-OBFileSpec [Description]

Output: Adds the OBFileSpec object, which specifies the items to include or exclude from a backup, to the backup policy (OBPolicy) object. The OBFileSpec object can include or exclude multiple files, folders, or volumes. The list of items to include can be defined by using the New-OBFileSpec cmdlet, and then you can update the OBPolicy object.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBAllRecoveryPoints [Description]

Output: Gets all available recovery points. During recovery after the authentication process is complete, a list of recovery points for each successful backup that was completed from a specific server is shown to the user. The user can choose to restore date from within a specific recovery point.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBAlternateBackupServer [Description]

Output: Gets the array of OBBackupServer objects. This array represents all of the servers that are associated with the specified backup account except the local server. Valid credentials are required to obtain this array.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBCertificateListFromLocalStore [Description]

Output: Gets the list of certificates from the local computer certificate store. You can use the certificates that the cmdlet returns to register the current computer with Azure Backup using the Start-OBRegistration cmdlet.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBFileSpec [Description]

Output: Gets the list of OBFileSpec objects that are associated with the specified backup policy (OBPolicy) object. The OBFileSpec objects define what items will be included or excluded from backups created using the backup policy. Use the New-OBFileSpec and Add-OBFileSpec cmdlets to define and apply changes to the backup policy.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBJob [Description]

Output: Gets a list of operations from a server as OBJob objects.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBMachineSetting [Description]

Output: Gets the OBMachineSetting object for the server. This object contains the server properties settings, including proxy server settings that are used by online backup to access the Internet, bandwidth throttling settings, and the encryption passphrase that will be required to decrypt the files during recovery to another server.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBMachineUsage [Description]

Output: Gets the amount of storage that is consumed by the Microsoft Azure Backup as data that is backed up from this server. This would represent the data available across all recoverable points.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBNotification [Description]

Output: Gets the array of OBNotification objects for the server. The OBNotification object contains the following details regarding the notification. Category of notification Type of notification Time of generation of notification Error codes for long and short descriptions Error message parameters If a server is unregistered with the online backup service, the event log is not cleared. This can return notifications that are generated by a previous registration if a server is reregistered with the online backup server. However, if the Azure Backup Agent is uninstalled completely from the server the event logs are deleted.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBPolicy [Description]

Output: Gets the current backup policy that is set for the server, including the details about how to schedule backups, files that are included in the backup, and the retention policy.If the Editable parameter is used, when the changes are done, the updated policy should be set as the current policy by using the Set-OBPolicy cmdlet.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBRecoverableItem [Description]

Output: Gets the list of OBRecoverableItem objects that are associated with the specified online backup server (OBServer) object. The OBRecoverableItem objects define which items will be recovered from the list of backup items.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBRecoverableSource [Description]

Output: Gets the list of data sources that are recoverable from this server or the specified OBBackupServer object. This list is used to get an item-level recovery.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBRecoveryService [Description]

Output: Gets the list of available backup vaults.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-RetentionPolicy [Description]

Output: Gets the current retention policy for backups from the backup policy (OBPolicy) object. The retention policy allows the number of retention days to be set to one of the following values: 7, 15, 30.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBSchedule [Description]

Output: Gets the current schedule for backups in the backup policy (OBPolicy) object. Backups are run at the times specified in the schedule. To change the schedule, use the Set-OBSchedule cmdlet.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] Get-OBInitialBackupCreationMethod [Description]

Output: Need description and link cmdlet to list.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBInitialBackupCreationMethod [Description]

Output: Need description and link cmdlet to list.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBFileSpec [Description]

Output: Creates a new OBFileSpec object that is based on specified parameters. The OBFileSpec object defines what items will be included or excluded from backups. Multiple files, folders, or volumes can be included or excluded. Volume paths can be specified by using volume drive letters, volume mount points, or GUID-based volume names. If a GUID-based volume name is specified, it should be terminated with a backslash (\). The wildcard character (*) can be used in the file name when you are specifying a path to a file or when specifying a file type to include or exclude. The items in the OBFileSpec object can be specified to be recursive (include the item and everything subordinate to the item in the file structure) or non-recursive (include only the item).

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBPagingContext [Description]

Output: Creates a new OBPagingContext object that is used in the Get-OBRecoverableItem cmdlet to enable searching and browsing of paginated recoverable items. Providing the OBPagingContext object intelligently retrieves paginated files and folders within the destination folder. This cmdlet only needs to be called once during a session and the OBPagingContext object will be automatically refreshed when browsing or searching under different folders. If the OBPagingContext object is not supplied with the Get-OBRecoverableItem cmdlet, the cmdlet will page repeatedly during the process to retrieve and return all items listed recursively in the folder. If the OBPagingContext object is supplied, rerunning the same cmdlet returns the second page, the third page, and so on until the last page is retrieved.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBPolicy [Description]

Output: Creates a new, empty backup policy (OBPolicy) object. Other cmdlets are used to define which items will be included or excluded in backups, when the backups will run, and where backups will be stored. When the policy has been configured, use the Set-OBPolicy cmdlet to use the policy actively for scheduled backups.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBRecoveryOption [Description]

Output: Specifies the recovery options that will apply to all the recoverable items. These include the recovery destination path, an overwrite flag if the object already exists, and security settings for the object. If the recovery option is not specified, the following default settings are used during recovery: Restore to original location Create copies if there is a conflict Restore the ACLs of the files

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBRetentionPolicy [Description]

Output: Creates a new OBRetentionPolicy, which specifies the number of days to retain the backed up items. Retention days must be specified as 7, 15, or 30. Other integers are not supported.

Administer Azure Backup with Windows PowerShell


Input: [Windows PowerShell cmdlet] New-OBSchedule [Description]

Output: Creates a new OBSchedule object, which specifies when the backup should happen in terms of days of the week and times of the day. If not otherwise specified, the backup is scheduled to occur at 9:00 PM every Sunday.

Administer Azure Backup with Windows PowerShell