Input: [Member name] UnsupportedPutExtension [Description]

Output: The provider does not support the requested put operation.


Input: [Member name] UpdateOverrideNotAllowed [Description]

Output: An attempt was made in a derived class to override a non-overrideable qualifier.


Input: [Member name] UpdatePropagatedMethod [Description]

Output: A method was redeclared with a conflicting signature in a derived class.


Input: [Member name] UpdateTypeMismatch [Description]

Output: A property was redefined with a conflicting type in a derived class.


Input: [Member name] ValueOutOfRange [Description]

Output: The request was made with an out-of-range value, or is incompatible with the type.


Input: [Applies to] Stored environments only [Description] The environment is stored in the library and is available for use. [Status]

Output: Stored

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] All virtual machines in the environment are stopped. [Status]

Output: Stopped

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] All virtual machines in the environment are running. [Status]

Output: Running

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] All virtual machines in the environment are paused. A paused virtual machine has its CPU execution suspended. The virtual machine is still using memory and disk resources on the physical host. [Status]

Output: Paused

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] Not all virtual machines in the environment are in the same state. Some of them are in Stopped, Paused, or Running states, whereas others might be in some form of Failed states. This might occur if the state of a virtual machine was changed bypassing Lab Management. For example, if you restart a virtual machine and you are connected to it, the state of the environment becomes Mixed. [Status]

Output: Mixed

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] The environment is being created and cannot be used until it is completed. You can cancel creating the environment. [Status]

Output: Creating

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] A Cancel operation was requested while the environment was under creation. [Status]

Output: CreateCancelling

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] Creation of the environment has failed. You can retry the creation. [Status]

Output: CreateFailed

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] The environment is stopping. [Status]

Output: Stopping

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] The environment is starting. [Status]

Output: Starting

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] The environment is pausing. [Status]

Output: Pausing

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] The environment is being deleted. [Status]

Output: Deleting

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] Properties of the environment are being updated. [Status]

Output: Updating

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] A snapshot operation was performed on the environment. A new snapshot is being created. [Status]

Output: CreatingSnapshot

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] A snapshot is being deleted from the environment. [Status]

Output: DiscardingSnapshot

How to: View or Modify a Virtual Environment


Input: [Applies to] Active environments only [Description] A restore operation was performed on the environment. The environment is being restored to an earlier snapshot. [Status]

Output: RestoringSnapshot

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] All virtual machines in the environment are being migrated from their current host or library server to another location. [Status]

Output: UnderMigration

How to: View or Modify a Virtual Environment


Input: [Applies to] Active and stored environments [Description] All the virtual machines in the environment have entered one of the following failure states: CheckpointActionFailed, Missing, IncompleteVMConfig, HostNotResponding, CustomizationFailed, MigrationFailed, UpdateFailed, or Unsupported. [Status]

Output: Failed

How to: View or Modify a Virtual Environment


Input: [Name] AdvanceHeights [Description]

Output: Gets the advance heights for the glyphs represented by the GlyphTypeface object.


Input: [Name] AdvanceWidths [Description]

Output: Gets the advance widths for the glyphs represented by the GlyphTypeface object.


Input: [Name] Baseline [Description]

Output: Gets the baseline value for the GlyphTypeface.


Input: [Name] BottomSideBearings [Description]

Output: Gets the distance from bottom edge of the black box to the bottom end of the advance vector for the glyphs represented by the GlyphTypeface object.


Input: [Name] CapsHeight [Description]

Output: Gets the distance from the baseline to the top of an English capital, relative to em size, for the GlyphTypeface object.


Input: [Name] CharacterToGlyphMap [Description]

Output: Gets the nominal mapping of a Unicode code point to a glyph index as defined by the font 'CMAP' table.


Input: [Name] Copyrights [Description]

Output: Gets the copyright information for the GlyphTypeface object.


Input: [Name] Descriptions [Description]

Output: Gets the description information for the GlyphTypeface object.


Input: [Name] DesignerNames [Description]

Output: Gets the designer information for the GlyphTypeface object.


Input: [Name] DesignerUrls [Description]

Output: Gets the designer URL information for the GlyphTypeface object.


Input: [Name] DistancesFromHorizontalBaselineToBlackBoxBottom [Description]

Output: Gets the offset value from the horizontal Western baseline to the bottom of the glyph black box for the glyphs represented by the GlyphTypeface object.


Input: [Name] EmbeddingRights [Description]

Output: Gets the font embedding permission for the GlyphTypeface object.


Input: [Name] FaceNames [Description]

Output: Gets the face name for the GlyphTypeface object.


Input: [Name] FamilyNames [Description]

Output: Gets the family name for the GlyphTypeface object.


Input: [Name] FontUri [Description]

Output: Gets or sets the URI for the GlyphTypeface object.


Input: [Name] GlyphCount [Description]

Output: Gets the number of glyphs for the GlyphTypeface object.


Input: [Name] Height [Description]

Output: Gets the height of the character cell relative to the em size.


Input: [Name] LeftSideBearings [Description]

Output: Gets the distance from the leading end of the advance vector to the left edge of the black box for the glyphs represented by the GlyphTypeface object.


Input: [Name] LicenseDescriptions [Description]

Output: Gets the font license description information for the GlyphTypeface object.


Input: [Name] ManufacturerNames [Description]

Output: Gets the font manufacturer information for the GlyphTypeface object.


Input: [Name] RightSideBearings [Description]

Output: Gets the distance from the right edge of the black box to the right end of the advance vector for the glyphs represented by the GlyphTypeface object.


Input: [Name] SampleTexts [Description]

Output: Gets the sample text information for the GlyphTypeface object.


Input: [Name] Stretch [Description]

Output: Gets the FontStretch value for the GlyphTypeface object.


Input: [Name] StrikethroughPosition [Description]

Output: Gets a value that indicates the distance from the baseline to the strikethrough for the typeface.


Input: [Name] StrikethroughThickness [Description]

Output: Gets a value that indicates the thickness of the strikethrough relative to the font em size.


Input: [Name] Style [Description]

Output: Gets the style for the GlyphTypeface object.


Input: [Name] StyleSimulations [Description]

Output: Gets or sets the StyleSimulations for the GlyphTypeface object.


Input: [Name] Symbol [Description]

Output: Gets a value that indicates whether the GlyphTypeface font conforms to Unicode encoding.


Input: [Name] TopSideBearings [Description]

Output: Gets the distance from the top end of the vertical advance vector to the top edge of the black box for the glyphs represented by the GlyphTypeface object.


Input: [Name] Trademarks [Description]

Output: Gets the trademark notice information for the GlyphTypeface object.


Input: [Name] UnderlinePosition [Description]

Output: Gets the position of the underline in the GlyphTypeface.


Input: [Name] UnderlineThickness [Description]

Output: Gets the thickness of the underline relative to em size.


Input: [Name] VendorUrls [Description]

Output: Gets the vendor URL information for the GlyphTypeface object.


Input: [Name] Version [Description]

Output: Gets the font face version interpreted from the font's 'NAME' table.


Input: [Name] VersionStrings [Description]

Output: Gets the version string information for the GlyphTypeface object interpreted from the font's 'NAME' table.


Input: [Name] Weight [Description]

Output: Gets the designed weight of the font represented by the GlyphTypeface object.


Input: [Name] Win32FaceNames [Description]

Output: Gets the Win32 face name for the font represented by the GlyphTypeface object.


Input: [Name] Win32FamilyNames [Description]

Output: Gets the Win32 family name for the font represented by the GlyphTypeface object.


Input: [Name] XHeight [Description]

Output: Gets the Western x-height relative to em size for the font represented by the GlyphTypeface object.


Input: [Object or role] administrator [Description]

Output: The organizational entity responsible for updating and maintaining client computers


Input: [Object or role] trust manager [Description]

Output: The subsystem within the common language runtime (CLR) responsible for enforcing client application security.


Input: [Object or role] publisher [Description]

Output: The entity that writes and maintains the application.


Input: [Object or role] deployer [Description]

Output: The entity that packages and distributes the application to users.


Input: [Object or role] certificate [Description]

Output: A cryptographic signature that consists of a public and private key; generally issued by a certification authority (CA) that can vouch for its authenticity.


Input: [Object or role] Authenticode certificate [Description]

Output: A certificate with embedded metadata describing, among other things, the uses for which the certificate can be employed.


Input: [Object or role] certification authority [Description]

Output: An organization that verifies the identity of publishers and issues them certificates embedded with the publisher's metadata.


Input: [Object or role] root authority [Description]

Output: A certification authority that authorizes other Certificate Authorities to issue certificates.


Input: [Object or role] key container [Description]

Output: A logical storage space in Microsoft Windows for storing certificates.


Input: [Object or role] trusted publisher [Description]

Output: A publisher whose Authenticode certificate has been added to a certificate trust list (CTL) on a client computer.


Input: [Category] Active Directory [QuickStarts]

Output: Access Active Directory Modify Active Directory


Input: [Category] Assemblies [QuickStarts]

Output: Create an assembly with a strong name Change the default search path Use version policy


Input: [Category] Component Model [QuickStarts]

Output: Use the CodeDOM to Emit Source Code


Input: [Category] Cryptography [QuickStarts]

Output: Encrypt and decrypt a file Generate and compare a hash value


Input: [Category] Data and ADO.NET [QuickStarts]

Output: Get an overview of ADO.NET Execute a command Get out parameters from a stored procedure Populate a DataSet from a Database Update a database from a DataSet Read and write XML Use database transactions Handle errors Work with hierarchical or relational data Work with typed data Filter data Use connection pooling Generate XML with data from SQL Server Load a native ADO recordset into a DataSet Retrieve data from a database Using OLE DB Retrieve data from a SQLServer database Migrate from ADO to ADO.NET


Input: [Category] Diagnostics [QuickStarts]

Output: Write to an event log Read from an event log Monitor an event log Read from a performance counter Count rate of change Work with tracing Use trace switches and listeners Instrument a small application with tracing


Input: [Category] Globalization and NLS [QuickStarts]

Output: Use encodings Set your current culture and region


Input: [Category] Interoperability [QuickStarts]

Output: Get started using Interoperability Build a .NET COM Server Callable from COM clients Build a .NET client that uses a COM server Call COM methods from .NET Sink unmanaged events from .NET Call a function exported from an unmanaged DLL


Input: [Category] Messaging [QuickStarts]

Output: Receive a message from a message queue Pass a complex type through a message queue Receive asynchronously Use message formatters Control a message queue


Input: [Category] Networking [QuickStarts]

Output: Make a GET request Make a GET request with SSL Make a GET request with NTLM Make a GET request through a proxy Make a GET request asynchronously Handle WebExceptions Make a POST request Create a DateTime client with TCPClient Create a DateTime server with TCPListener Create a Chat client program with UDPClient


Input: [Category] Regular Expressions [QuickStarts]

Output: Use Regular Expressions to match a pattern Get all matches for a pattern Use Regular Expressions to make replacements Find common Regular Expression patterns


Input: [Category] Remoting [QuickStarts]

Output: Get an overview of remoting How remoting works Use the remoting samples Create a remote server Create a client of a remote server Create a remote object as a singleton Pass an object to a server by reference Pass an object to a server by value Compile a client against an interface Make an asynchronous call to a remote object


Input: [Category] Security [QuickStarts]

Output: Check Windows Identity in a client application Request the permissions my code needs


Input: [Category] Serialization [QuickStarts]

Output: Serialize an object graph Use ISerializable


Input: [Category] Services [QuickStarts]

Output: Write a simple Service application


Input: [Category] Setup [QuickStarts]

Output: Create system resources during installation Execute custom code during installation


Input: [Category] Transactions [QuickStarts]

Output: Use simple transactions in my application Get the outcome of a transaction Use system.transactions with SQL Use transactions across threads Use explicit transactions in my application Enlist on a transaction Use the System.Transactions transaction in System.EnterpriseServices


Input: [Category] XML Data [QuickStarts]

Output: Write Binary Data Work with XML data and the XML classes Read XML from a stream Apply validation when reading XML Use an XmlNodeReader Create DataSet mappings from an XSD schema Load a DataSet with XML Infer DataSet mappings from XML Save DataSet mappings to an XSD schema file Save a DataSet as XML Read and write schema Use the Xml Schema Object Model Extension objects Multiple schemas Modify an XML document Debug an XSL Transformation Application Apply an XSL Transformation to XML Validate an XML Document Read and Write XML


Input: [Category] XML Serialization [QuickStarts]

Output: Create an XSD schema from a class Create a class from an XSD schema Read and Write objects into XML


Input: [Class] BooleanSwitch [Description]

Output: Provides a simple on/off switch that controls debugging and tracing output.


Input: [Class] ConditionalAttribute [Description]

Output: Indicates to compilers that a method is callable if a specified preprocessing identifier is applied to the method.


Input: [Class] ConsoleTraceListener [Description]

Output: Directs tracing or debugging output to either the standard output or the standard error stream.


Input: [Class] CorrelationManager [Description]

Output: Correlates traces that are part of a logical transaction.


Input: [Class] CounterCreationData [Description]

Output: Defines the counter type, name, and Help string for a custom counter.


Input: [Class] CounterCreationDataCollection [Description]

Output: Provides a strongly typed collection of CounterCreationData objects.


Input: [Class] CounterSampleCalculator [Description]

Output: Provides a set of utility functions for interpreting performance counter data.


Input: [Class] DataReceivedEventArgs [Description]

Output: Provides data for the OutputDataReceived and ErrorDataReceived events.


Input: [Class] Debug [Description]

Output: Provides a set of methods and properties that help debug your code. This class cannot be inherited.


Input: [Class] DebuggableAttribute [Description]

Output: Modifies code generation for runtime just-in-time (JIT) debugging. This class cannot be inherited.


Input: [Class] Debugger [Description]

Output: Enables communication with a debugger. This class cannot be inherited.


Input: [Class] DebuggerBrowsableAttribute [Description]

Output: Determines if and how a member is displayed in the debugger variable windows. This class cannot be inherited.


Input: [Class] DebuggerDisplayAttribute [Description]

Output: Determines how a class or field is displayed in the debugger variable windows.


Input: [Class] DebuggerHiddenAttribute [Description]

Output: Specifies the DebuggerHiddenAttribute. This class cannot be inherited.


Input: [Class] DebuggerNonUserCodeAttribute [Description]

Output: Identifies a type or member that is not part of the user code for an application.


Input: [Class] DebuggerStepperBoundaryAttribute [Description]

Output: Indicates the code following the attribute is to be executed in run, not step, mode.


Input: [Class] DebuggerStepThroughAttribute [Description]

Output: Specifies the DebuggerStepThroughAttribute. This class cannot be inherited.


Input: [Class] DebuggerTypeProxyAttribute [Description]

Output: Specifies the display proxy for a type.


Input: [Class] DebuggerVisualizerAttribute [Description]

Output: Specifies that the type has a visualizer. This class cannot be inherited.


Input: [Class] DefaultTraceListener [Description]

Output: Provides the default output methods and behavior for tracing.


Input: [Class] DelimitedListTraceListener [Description]

Output: Directs tracing or debugging output to a text writer, such as a stream writer, or to a stream, such as a file stream.


Input: [Class] DiagnosticsConfigurationHandler [Description]

Output: Handles the diagnostics section of configuration files.


Input: [Class] EntryWrittenEventArgs [Description]

Output: Provides data for the EntryWritten event.


Input: [Class] EventInstance [Description]

Output: Represents language-neutral information for an event log entry.


Input: [Class] EventLog [Description]

Output: Provides interaction with Windows event logs.


Input: [Class] EventLogEntry [Description]

Output: Encapsulates a single record in the event log. This class cannot be inherited.


Input: [Class] EventLogEntryCollection [Description]

Output: Defines size and enumerators for a collection of EventLogEntry instances.


Input: [Class] EventLogInstaller [Description]

Output: Allows you to install and configure an event log that your application reads from or writes to when running.


Input: [Class] EventLogPermission [Description]

Output: Allows control of code access permissions for event logging.


Input: [Class] EventLogPermissionAttribute [Description]

Output: Allows declaritive permission checks for event logging.


Input: [Class] EventLogPermissionEntry [Description]

Output: Defines the smallest unit of a code access security permission that is set for an EventLog.


Input: [Class] EventLogPermissionEntryCollection [Description]

Output: Contains a strongly typed collection of EventLogPermissionEntry objects.


Input: [Class] EventLogTraceListener [Description]

Output: Provides a simple listener that directs tracing or debugging output to an EventLog.


Input: [Class] EventSourceCreationData [Description]

Output: Represents the configuration settings used to create an event log source on the local computer or a remote computer.


Input: [Class] EventTypeFilter [Description]

Output: Indicates whether a listener should trace based on the event type.


Input: [Class] FileVersionInfo [Description]

Output: Provides version information for a physical file on disk.


Input: [Class] InstanceData [Description]

Output: Holds instance data associated with a performance counter sample.


Input: [Class] InstanceDataCollection [Description]

Output: Provides a strongly typed collection of InstanceData objects.


Input: [Class] InstanceDataCollectionCollection [Description]

Output: Provides a strongly typed collection of InstanceDataCollection objects.


Input: [Class] MonitoringDescriptionAttribute [Description]

Output: Specifies a description for a property or event.


Input: [Class] PerformanceCounter [Description]

Output: Represents a Windows NT performance counter component.


Input: [Class] PerformanceCounterCategory [Description]

Output: Represents a performance object, which defines a category of performance counters.


Input: [Class] PerformanceCounterInstaller [Description]

Output: Specifies an installer for the PerformanceCounter component.


Input: [Class] PerformanceCounterManager [Description]

Output: Prepares performance data for the performance.dll the system loads when working with performance counters.


Input: [Class] PerformanceCounterPermission [Description]

Output: Allows control of code access permissions for PerformanceCounter.


Input: [Class] PerformanceCounterPermissionAttribute [Description]

Output: Allows declaritive performance counter permission checks.


Input: [Class] PerformanceCounterPermissionEntry [Description]

Output: Defines the smallest unit of a code access security permission that is set for a PerformanceCounter.


Input: [Class] PerformanceCounterPermissionEntryCollection [Description]

Output: Contains a strongly typed collection of PerformanceCounterPermissionEntry objects.


Input: [Class] Process [Description]

Output: Provides access to local and remote processes and enables you to start and stop local system processes.


Input: [Class] ProcessModule [Description]

Output: Represents a.dll or .exe file that is loaded into a particular process.


Input: [Class] ProcessModuleCollection [Description]

Output: Provides a strongly typed collection of ProcessModule objects.


Input: [Class] ProcessStartInfo [Description]

Output: Specifies a set of values used when starting a process.


Input: [Class] ProcessThread [Description]

Output: Represents an operating system process thread.


Input: [Class] ProcessThreadCollection [Description]

Output: Provides a strongly typed collection of ProcessThread objects.


Input: [Class] SourceFilter [Description]

Output: Indicates whether a listener should trace a message based on the source of a trace.


Input: [Class] SourceSwitch [Description]

Output: Provides a multilevel switch to control tracing and debug output without recompiling your code.


Input: [Class] StackFrame [Description]

Output: Provides information about a StackFrame, which represents a function call on the call stack for the current thread.


Input: [Class] StackTrace [Description]

Output: Represents a stack trace, which is an ordered collection of one or more stack frames.


Input: [Class] Stopwatch [Description]

Output: Provides a set of methods and properties that you can use to accurately measure elapsed time.


Input: [Class] Switch [Description]

Output: Provides an abstract base class to create new debugging and tracing switches.


Input: [Class] SwitchAttribute [Description]

Output: Identifies a switch used in an assembly, class, or member.


Input: [Class] SwitchLevelAttribute [Description]

Output: Identifies the level type for a switch.


Input: [Class] TextWriterTraceListener [Description]

Output: Directs tracing or debugging output to a TextWriter or to a Stream, such as FileStream.


Input: [Class] Trace [Description]

Output: Provides a set of methods and properties that help you trace the execution of your code. This class cannot be inherited.


Input: [Class] TraceEventCache [Description]

Output: Provides trace event data specific to a thread and a process.


Input: [Class] TraceFilter [Description]

Output: Provides the base class for trace filter implementations.


Input: [Class] TraceListener [Description]

Output: Provides the abstract base class for the listeners who monitor trace and debug output.


Input: [Class] TraceListenerCollection [Description]

Output: Provides a thread-safe list of TraceListener objects.


Input: [Class] TraceSource [Description]

Output: Provides a set of methods and properties that enable applications to trace the execution of code and associate trace messages with their source.


Input: [Class] TraceSwitch [Description]

Output: Provides a multilevel switch to control tracing and debug output without recompiling your code.


Input: [Class] XmlWriterTraceListener [Description]

Output: Directs tracing or debugging output as XML-encoded data to a TextWriter or to a Stream, such as a FileStream.


Input: [Topic] Protocols [Description]

Output: Lists the pre-defined protocols for asynchronous pluggable protocols.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Topic] Interfaces [Description]

Output: Lists the interfaces for URL Monikers.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Topic] Functions [Description]

Output: This section lists the functions for URL Monikers.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Topic] Structures [Description]

Output: This section contains a list of structures available for URL Monikers.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Topic] Enumerations [Description]

Output: This section lists the enumerations for URL Monikers.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Topic] Constants [Description]

Output: This section contains a list of constants available for URL Monikers.

URL Monikers and Asynchronous Pluggable Protocol Reference (Windows)


Input: [Name] WorkflowApplicationException [Description]

Output: Creates a new instance of the WorkflowApplicationException class.


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

Output: Creates a new instance of the WorkflowApplicationException class with a text string description of the exception.


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

Output: Creates a new instance of the WorkflowApplicationException class with the context and serialization information required to retrieve data about this exception from a serialized stream.


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

Output: Creates a new instance of the WorkflowApplicationException class with a text string description of the exception and with an additional exception that is the cause of the application exception.


Input: [Name] WorkflowApplicationException(String, Guid) [Description]

Output: Creates a new instance of the WorkflowApplicationException class with a text string description of the exception and with a unique identifier for it.


Input: [Name] WorkflowApplicationException(String, Guid, Exception) [Description]

Output: Creates a new instance of the WorkflowApplicationException class with a text string description of the exception, a unique identifier for it, and an additional exception that is the cause of the application exception.


Input: [Method] Clone [Description]

Output: Makes a deep copy of the interface.


Input: [Method] GetVisual [Description]

Output: Gets a pointer to the interface of the resolved visual to be used as the source for the brush.


Input: [Method] GetVisualLocal [Description]

Output: Gets a pointer to the interface of the local, unshared visual used as the source for the brush.


Input: [Method] GetVisualLookup [Description]

Output: Gets the lookup key name of a visual in a resource dictionary; the visual is to be used as the source for the brush.


Input: [Method] SetVisualLocal [Description]

Output: Sets the interface pointer of the local, unshared visual used as the source for the brush.


Input: [Method] SetVisualLookup [Description]

Output: Sets the lookup key name of the shared visual, which is stored in a resource dictionary, to be used as the source for the brush.


Input: [Description] Gets the current width of the column, in device-independent units (1/96th inch per unit). [Name]

Output: ActualWidth


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

Output: CanUserReorder


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

Output: CanUserResize


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

Output: CanUserSort


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

Output: CellStyle


Input: [Description] Gets or sets the binding object to use when getting or setting cell content for the clipboard. [Name]

Output: ClipboardContentBinding


Input: [Description] Gets the DataGrid control that contains this column. [Name]

Output: DataGridOwner


Input: [Description] Gets the DependencyObjectType that wraps the CLR type of this instance. (Inherited from DependencyObject.) [Name]

Output: DependencyObjectType


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

Output: Dispatcher


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

Output: DisplayIndex


Input: [Description] Gets or sets the style object to apply to the column header during a drag operation. [Name]

Output: DragIndicatorStyle


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

Output: Header


Input: [Description] Gets or sets the format pattern to apply to the content of the column header. [Name]

Output: HeaderStringFormat


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

Output: HeaderStyle


Input: [Description] Gets or sets the template that defines the visual representation of the column header. [Name]

Output: HeaderTemplate


Input: [Description] Gets or sets the object that selects which template to use for the column header. [Name]

Output: HeaderTemplateSelector


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

Output: IsAutoGenerated


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

Output: IsFrozen


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

Output: IsReadOnly


Input: [Description] Gets a value that indicates whether this instance is currently sealed (read-only). (Inherited from DependencyObject.) [Name]

Output: IsSealed


Input: [Description] Gets or sets the maximum width constraint of the column. [Name]

Output: MaxWidth


Input: [Description] Gets or sets the minimum width constraint of the column. [Name]

Output: MinWidth


Input: [Description] Gets or sets the sort direction (ascending or descending) of the column. [Name]

Output: SortDirection


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

Output: SortMemberPath


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

Output: Visibility


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

Output: Width


Input: [Member name] Hide [Description]

Output: Window is hidden and focus is passed to the hidden window. This member is equivalent to the Visual Basic constant vbHide.


Input: [Member name] MaximizedFocus [Description]

Output: Window is maximized with focus. This member is equivalent to the Visual Basic constant vbMaximizedFocus.


Input: [Member name] MinimizedFocus [Description]

Output: Window is displayed as an icon with focus. This member is equivalent to the Visual Basic constant vbMinimizedFocus.


Input: [Member name] MinimizedNoFocus [Description]

Output: Window is displayed as an icon. The currently active window remains active. This member is equivalent to the Visual Basic constant vbMinimizedNoFocus.


Input: [Member name] NormalFocus [Description]

Output: Window has focus and is restored to its original size and position. This member is equivalent to the Visual Basic constant vbNormalFocus.


Input: [Member name] NormalNoFocus [Description]

Output: Window is restored to its most recent size and position. The currently active window remains active. This member is equivalent to the Visual Basic constant vbNormalNoFocus.


Input: [Class] DATABASE [Condition]

Output: Cannot change the owner of system databases master, model, tempdb, the resource database, or a database that is used as a distribution database. The principal must be a login. If the principal is a Windows login without a corresponding SQL Server login, the principal must have CONTROL SERVER permission and TAKE OWNERSHIP permission on the database. If the principal is a SQL Server login, the principal cannot be mapped to a certificate or asymmetric key. Dependent aliases will be mapped to the new database owner. The DBO SID will be updated in both the current database and in sys.databases.


Input: [Class] OBJECT [Condition]

Output: Cannot change ownership of triggers, constraints, rules, defaults, statistics, system objects, queues, indexed views, or tables with indexed views.


Input: [Class] SCHEMA [Condition]

Output: When ownership is transferred, permissions on schema-contained objects that do not have explicit owners will be dropped. Cannot change the owner of sys, dbo, or information_schema.


Input: [Class] TYPE [Condition]

Output: Cannot change ownership of a TYPE that belongs to sys or information_schema.


Input: [Class] CONTRACT, MESSAGE TYPE, or SERVICE [Condition]

Output: Cannot change ownership of system entities.


Input: [Class] SYMMETRIC KEY [Condition]

Output: Cannot change ownership of global temporary keys.


Input: [Class] CERTIFICATE or ASYMMETRIC KEY [Condition]

Output: Cannot transfer ownership of these entities to a role or group.


Input: [Class] ENDPOINT [Condition]

Output: The principal must be a login.


Input: [Description] Finishes a round of directive processing. [Name]

Output: FinishProcessingRun


Input: [Description] Gets the code to contribute to the generated template processing class because of the most recent run. [Name]

Output: GetClassCodeForProcessingRun


Input: [Description] Gets any namespaces to import because of the most recent run. [Name]

Output: GetImportsForProcessingRun


Input: [Description] Gets the code to contribute to the body of the initialize method of the generated template processing class because of the most recent run. This code will run after the base class' Initialize method. [Name]

Output: GetPostInitializationCodeForProcessingRun


Input: [Description] Gets the code to contribute to the body of the initialize method of the generated template processing class because of the most recent run. This code will run before the base class' Initialize method. [Name]

Output: GetPreInitializationCodeForProcessingRun


Input: [Description] Gets any references to pass to the compiler because of the most recent run. [Name]

Output: GetReferencesForProcessingRun


Input: [Description] Gets any custom attributes to include on the template class. [Name]

Output: GetTemplateClassCustomAttributes


Input: [Description] Initializes the processor instance. [Name]

Output: Initialize


Input: [Description] Does this DirectiveProcessor support the given directive. [Name]

Output: IsDirectiveSupported


Input: [Description] Processes a directive from a template file. [Name]

Output: ProcessDirective


Input: [Description] Informs the directive processor whether the run is host-specific. [Name]

Output: SetProcessingRunIsHostSpecific


Input: [Description] Starts a round of directive processing. [Name]

Output: StartProcessingRun


Input: [Description] Makes a deep copy of the interface. [Method]

Output: Clone


Input: [Description] Gets a pointer to the interface of the resolved visual to be used as the source for the brush. [Method]

Output: GetVisual


Input: [Description] Gets a pointer to the interface of the local, unshared visual used as the source for the brush. [Method]

Output: GetVisualLocal


Input: [Description] Gets the lookup key name of a visual in a resource dictionary; the visual is to be used as the source for the brush. [Method]

Output: GetVisualLookup


Input: [Description] Sets the interface pointer of the local, unshared visual used as the source for the brush. [Method]

Output: SetVisualLocal


Input: [Description] Sets the lookup key name of the shared visual, which is stored in a resource dictionary, to be used as the source for the brush. [Method]

Output: SetVisualLookup


Input: [Description] Gets the advance heights for the glyphs represented by the GlyphTypeface object. [Name]

Output: AdvanceHeights


Input: [Description] Gets the advance widths for the glyphs represented by the GlyphTypeface object. [Name]

Output: AdvanceWidths


Input: [Description] Gets the baseline value for the GlyphTypeface. [Name]

Output: Baseline


Input: [Description] Gets the distance from bottom edge of the black box to the bottom end of the advance vector for the glyphs represented by the GlyphTypeface object. [Name]

Output: BottomSideBearings


Input: [Description] Gets the distance from the baseline to the top of an English capital, relative to em size, for the GlyphTypeface object. [Name]

Output: CapsHeight


Input: [Description] Gets the nominal mapping of a Unicode code point to a glyph index as defined by the font 'CMAP' table. [Name]

Output: CharacterToGlyphMap


Input: [Description] Gets the copyright information for the GlyphTypeface object. [Name]

Output: Copyrights


Input: [Description] Gets the description information for the GlyphTypeface object. [Name]

Output: Descriptions


Input: [Description] Gets the designer information for the GlyphTypeface object. [Name]

Output: DesignerNames


Input: [Description] Gets the designer URL information for the GlyphTypeface object. [Name]

Output: DesignerUrls


Input: [Description] Gets the offset value from the horizontal Western baseline to the bottom of the glyph black box for the glyphs represented by the GlyphTypeface object. [Name]

Output: DistancesFromHorizontalBaselineToBlackBoxBottom


Input: [Description] Gets the font embedding permission for the GlyphTypeface object. [Name]

Output: EmbeddingRights


Input: [Description] Gets the face name for the GlyphTypeface object. [Name]

Output: FaceNames


Input: [Description] Gets the family name for the GlyphTypeface object. [Name]

Output: FamilyNames


Input: [Description] Gets or sets the URI for the GlyphTypeface object. [Name]

Output: FontUri


Input: [Description] Gets the number of glyphs for the GlyphTypeface object. [Name]

Output: GlyphCount


Input: [Description] Gets the height of the character cell relative to the em size. [Name]

Output: Height


Input: [Description] Gets the distance from the leading end of the advance vector to the left edge of the black box for the glyphs represented by the GlyphTypeface object. [Name]

Output: LeftSideBearings


Input: [Description] Gets the font license description information for the GlyphTypeface object. [Name]

Output: LicenseDescriptions


Input: [Description] Gets the font manufacturer information for the GlyphTypeface object. [Name]

Output: ManufacturerNames


Input: [Description] Gets the distance from the right edge of the black box to the right end of the advance vector for the glyphs represented by the GlyphTypeface object. [Name]

Output: RightSideBearings


Input: [Description] Gets the sample text information for the GlyphTypeface object. [Name]

Output: SampleTexts


Input: [Description] Gets the FontStretch value for the GlyphTypeface object. [Name]

Output: Stretch


Input: [Description] Gets a value that indicates the distance from the baseline to the strikethrough for the typeface. [Name]

Output: StrikethroughPosition


Input: [Description] Gets a value that indicates the thickness of the strikethrough relative to the font em size. [Name]

Output: StrikethroughThickness


Input: [Description] Gets the style for the GlyphTypeface object. [Name]

Output: Style


Input: [Description] Gets or sets the StyleSimulations for the GlyphTypeface object. [Name]

Output: StyleSimulations


Input: [Description] Gets a value that indicates whether the GlyphTypeface font conforms to Unicode encoding. [Name]

Output: Symbol


Input: [Description] Gets the distance from the top end of the vertical advance vector to the top edge of the black box for the glyphs represented by the GlyphTypeface object. [Name]

Output: TopSideBearings


Input: [Description] Gets the trademark notice information for the GlyphTypeface object. [Name]

Output: Trademarks


Input: [Description] Gets the position of the underline in the GlyphTypeface. [Name]

Output: UnderlinePosition


Input: [Description] Gets the thickness of the underline relative to em size. [Name]

Output: UnderlineThickness


Input: [Description] Gets the vendor URL information for the GlyphTypeface object. [Name]

Output: VendorUrls


Input: [Description] Gets the font face version interpreted from the font's 'NAME' table. [Name]

Output: Version


Input: [Description] Gets the version string information for the GlyphTypeface object interpreted from the font's 'NAME' table. [Name]

Output: VersionStrings


Input: [Description] Gets the designed weight of the font represented by the GlyphTypeface object. [Name]

Output: Weight


Input: [Description] Gets the Win32 face name for the font represented by the GlyphTypeface object. [Name]

Output: Win32FaceNames


Input: [Description] Gets the Win32 family name for the font represented by the GlyphTypeface object. [Name]

Output: Win32FamilyNames


Input: [Description] Gets the Western x-height relative to em size for the font represented by the GlyphTypeface object. [Name]

Output: XHeight


Input: [Component] H.225.0 [Description]

Output: This standard defines a layer that formats the transmitted video, audio, data, and control streams for output to the network and retrieves the received video, audio, data, and control streams from the network. H.225.0 uses the packet format specified by IETF RTP and RTCP specifications for logical framing, sequence numbering, and error detection as part of audio and video transmissions. Support for RTP and RTCP enables the receiving node to synchronize the received packets in the proper order so the user hears or sees the information correctly.


Input: [Component] H.245 [Description]

Output: The H.245 standard provides the call control mechanism that enables H.323-compatible terminals to connect to each other.


Input: [Component] H.261 [Description]

Output: The H.261 standard specifies the format and algorithm for an alternative, higher bandwidth, video codec used to send or receive video images over network connections.


Input: [Component] H.263 [Description]

Output: This standard specifies the format and algorithm for the default video codec used to send or receive video over low-bandwidth network connections.


Input: [Component] G.711 [Description]

Output: The G.711 standard specifies the format and algorithm for an alternative, higher bandwidth, audio codec used to send or receive voice over network connections.


Input: [Component] G.723 [Description]

Output: Audio codec, for 5.3 and 6.3 kilobits per second (Kbps) modes.


Input: [Component] G.723.1 [Description]

Output: This standard specifies the format and algorithm for the default audio codec used to send or receive voice over low-bandwidth network connections.


Input: [Name] VerifyUnicastSendReceive [Description]

Output: Send unicast packets from an access point to the DUT. Send unicast packets from the DUT to an access point.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] VerifyBroadcastSendReceive [Description]

Output: Send broadcast packets from an access point to the DUT. Send broadcast packets from the DUT to an access point.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] Pre-configuration [Description]

Output: Connect the DUT to an access point with DOT11_MAC_AUTO_CONFIG_ENABLED_FLAG turned off before verifying fragmented sent or received data.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] VerifySendFragmentation [Description]

Output: Send unicast packets from an access point to the DUT. Set the maximum fragmentation. Send unicast packets from the DUT to an access point. Set the maximum fragmentation. Send unicast packets from an access point to the DUT. Set the minimum fragmentation. Send unicast packets from the DUT to an access point. Set the minimum fragmentation.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] VerifyReceiveFragmentation [Description]

Output: Send unicast packets from an access point to the DUT. Set the minimum fragmentation on the access point. Send unicast packets from the DUT to an access point. Set the minimum fragmentation on the access point.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] VerifyRTSThreshold [Description]

Output: Send unicast packets from an access point to the DUT. Set the minimum RTS threshold. Send unicast packets from the DUT to an access point. Set the minimum RTS threshold.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Name] VerifySendRecvIBSS [Description]

Output: Send unicast packets from the SUT to the DUT. Send unicast packets from the DUT to the SUT. Send broadcast packets from the SUT to the DUT. Send broadcast packets from the DUT to the SUT. This test is not applicable to devices that support InstantGo.

NDISTest 6.5 - WlanSendReceive (Windows)


Input: [Data Type] DateTime [Description] The date and time when the traffic incident data was created. The MapPoint Web Service always returns this DateTime data in Pacific Time, regardless of the location of the traffic incident. You should verify whether your SOAP stack automatically converts this data to UTC time. [Property]

Output: Created


Input: [Data Type] String [Description] Specifies whether this incident is causing a traffic diversion. Values are either True or False. [Property]

Output: Divert


Input: [Data Type] String [Description] The estimated traffic slowdown caused by the incident. [Property]

Output: ExpectedDelay


Input: [Data Type] String [Description] The estimated amount of time that the incident will persist. [Property]

Output: ExpectedDuration


Input: [Data Type] String [Description] A full description of the traffic incident. [Property]

Output: FullDescription


Input: [Data Type] DateTime [Description] The date and time when the traffic incident data was last updated. The MapPoint Web Service always returns this DateTime data in Pacific Time, regardless of the location of the traffic incident. You should verify whether your SOAP stack automatically converts this data to UTC time. [Property]

Output: LastUpdated


Input: [Data Type] String [Description] A name assigned to the specific incident. Typically a description (street name, intersection, etc.) of where the incident is occurring. [Property]

Output: Name


Input: [Data Type] String [Description] The severity of the incident. Values for this property include Severe, High, Medium, Low, and Unknown. [Property]

Output: Severity


Input: [Data Type] String [Description] A brief description of the incident type. [Property]

Output: StandardMessage


Input: [Data Type] int [Description] The EntityID of the TrafficArea polygon which contains this incident. Note Do not reference the value of this property in your code, as the entities in the MapPointTravel.TrafficIncidents data source are subject to change. [Property]

Output: TrafficAreaID


Input: [Condition] Cannot change the owner of system databases master, model, tempdb, the resource database, or a database that is used as a distribution database. The principal must be a login. If the principal is a Windows login without a corresponding SQL Server login, the principal must have CONTROL SERVER permission and TAKE OWNERSHIP permission on the database. If the principal is a SQL Server login, the principal cannot be mapped to a certificate or asymmetric key. Dependent aliases will be mapped to the new database owner. The DBO SID will be updated in both the current database and in sys.databases. [Class]

Output: DATABASE


Input: [Condition] Cannot change ownership of triggers, constraints, rules, defaults, statistics, system objects, queues, indexed views, or tables with indexed views. [Class]

Output: OBJECT


Input: [Condition] When ownership is transferred, permissions on schema-contained objects that do not have explicit owners will be dropped. Cannot change the owner of sys, dbo, or information_schema. [Class]

Output: SCHEMA


Input: [Condition] Cannot change ownership of a TYPE that belongs to sys or information_schema. [Class]

Output: TYPE


Input: [Condition] Cannot change ownership of system entities. [Class]

Output: CONTRACT, MESSAGE TYPE, or SERVICE


Input: [Condition] Cannot change ownership of global temporary keys. [Class]

Output: SYMMETRIC KEY


Input: [Condition] Cannot transfer ownership of these entities to a role or group. [Class]

Output: CERTIFICATE or ASYMMETRIC KEY


Input: [Condition] The principal must be a login. [Class]

Output: ENDPOINT


Input: [Topic] Creating a Report Model Project [Description]

Output: Discusses the process of creating a report model project.


Input: [Topic] Working with Entities [Description]

Output: Discusses how to create and manipulate entities within a report model project.


Input: [Topic] Working with Folders [Description]

Output: Discusses how to create and manipulate folders within a report model project.


Input: [Topic] Working with Perspectives [Description]

Output: Discusses how to create and manipulate perspectives within a report model project.


Input: [Topic] Working with Roles, Source Fields, and Expressions [Description]

Output: Discusses how to create and manipulate roles, source fields, and expressions within a report model project.


Input: [Topic] Publishing a Report Model [Description]

Output: Discusses how to publish a report model to a report server.


Input: [Topic] Model Designer Object Relationship Diagram [Description]

Output: Provides a visual representation of the relationships between Model Designer object properties.


Input: [Topic] Model Designer Object Properties [Description]

Output: Discusses the properties that are assigned to entities, folders, perspectives, roles, and source fields.


Input: [Topic] Model Designer Query Properties [Description]

Output: Discusses the properties that are assigned to expressions.


Input: [Status] Stored [Description] The environment is stored in the library and is available for use. [Applies to]

Output: Stored environments only

How to: View or Modify a Virtual Environment


Input: [Status] Stopped [Description] All virtual machines in the environment are stopped. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Running [Description] All virtual machines in the environment are running. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Paused [Description] All virtual machines in the environment are paused. A paused virtual machine has its CPU execution suspended. The virtual machine is still using memory and disk resources on the physical host. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Mixed [Description] Not all virtual machines in the environment are in the same state. Some of them are in Stopped, Paused, or Running states, whereas others might be in some form of Failed states. This might occur if the state of a virtual machine was changed bypassing Lab Management. For example, if you restart a virtual machine and you are connected to it, the state of the environment becomes Mixed. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] Creating [Description] The environment is being created and cannot be used until it is completed. You can cancel creating the environment. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] CreateCancelling [Description] A Cancel operation was requested while the environment was under creation. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] CreateFailed [Description] Creation of the environment has failed. You can retry the creation. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] Stopping [Description] The environment is stopping. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Starting [Description] The environment is starting. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Pausing [Description] The environment is pausing. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] Deleting [Description] The environment is being deleted. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] Updating [Description] Properties of the environment are being updated. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] CreatingSnapshot [Description] A snapshot operation was performed on the environment. A new snapshot is being created. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] DiscardingSnapshot [Description] A snapshot is being deleted from the environment. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] RestoringSnapshot [Description] A restore operation was performed on the environment. The environment is being restored to an earlier snapshot. [Applies to]

Output: Active environments only

How to: View or Modify a Virtual Environment


Input: [Status] UnderMigration [Description] All virtual machines in the environment are being migrated from their current host or library server to another location. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Status] Failed [Description] All the virtual machines in the environment have entered one of the following failure states: CheckpointActionFailed, Missing, IncompleteVMConfig, HostNotResponding, CustomizationFailed, MigrationFailed, UpdateFailed, or Unsupported. [Applies to]

Output: Active and stored environments

How to: View or Modify a Virtual Environment


Input: [Name] Add [Description]

Output: Returns a new TimeSpan object whose value is the sum of the specified TimeSpan object and this instance.


Input: [Name] Compare [Description]

Output: Compares two TimeSpan values and returns an integer that indicates whether the first time interval is longer than, equal to, or shorter than the second time interval.


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

Output: Compares this instance to a specified object and returns an integer that indicates whether the time interval represented by this instance is longer than, equal to, or shorter than the time interval represented by the specified object.


Input: [Name] CompareTo(TimeSpan) [Description]

Output: Compares this instance to a specified TimeSpan object and returns an integer that indicates whether the time interval represented by this instance is longer than, equal to, or shorter than the time interval represented by the specified TimeSpan object.


Input: [Name] Duration [Description]

Output: Returns a new TimeSpan object whose value is the absolute value of the current TimeSpan object.


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

Output: Returns a value indicating whether this instance is equal to a specified object. (Overrides ValueType.Equals(Object).)


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

Output: Returns a value indicating whether this instance is equal to a specified TimeSpan object.


Input: [Name] Equals(TimeSpan, TimeSpan) [Description]

Output: Returns a value indicating whether two specified instances of TimeSpan are equal.


Input: [Name] Finalize [Description]

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


Input: [Name] FromDays [Description]

Output: Returns a TimeSpan that represents a specified number of days, where the specification is accurate to the nearest millisecond.


Input: [Name] FromHours [Description]

Output: Returns a TimeSpan that represents a specified number of hours, where the specification is accurate to the nearest millisecond.


Input: [Name] FromMilliseconds [Description]

Output: Returns a TimeSpan that represents a specified number of milliseconds.


Input: [Name] FromMinutes [Description]

Output: Returns a TimeSpan that represents a specified number of minutes, where the specification is accurate to the nearest millisecond.


Input: [Name] FromSeconds [Description]

Output: Returns a TimeSpan that represents a specified number of seconds, where the specification is accurate to the nearest millisecond.


Input: [Name] FromTicks [Description]

Output: Returns a TimeSpan that represents a specified time, where the specification is in units of ticks.


Input: [Name] GetHashCode [Description]

Output: Returns a hash code for this instance. (Overrides ValueType.GetHashCode().)


Input: [Name] GetType [Description]

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


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] Negate [Description]

Output: Returns a new TimeSpan whose value is the negated value of this instance.


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

Output: Converts the string representation of a time interval to its TimeSpan equivalent.


Input: [Name] Parse(String, IFormatProvider) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified culture-specific format information.


Input: [Name] ParseExact(String, String, IFormatProvider) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified format and culture-specific format information. The format of the string representation must match the specified format exactly.


Input: [Name] ParseExact(String, String[], IFormatProvider) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified array of format strings and culture-specific format information. The format of the string representation must match one of the specified formats exactly.


Input: [Name] ParseExact(String, String, IFormatProvider, TimeSpanStyles) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified format, culture-specific format information, and styles. The format of the string representation must match the specified format exactly.


Input: [Name] ParseExact(String, String[], IFormatProvider, TimeSpanStyles) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified formats, culture-specific format information, and styles. The format of the string representation must match one of the specified formats exactly.


Input: [Name] Subtract [Description]

Output: Returns a new TimeSpan object whose value is the difference between the specified TimeSpan object and this instance.


Input: [Name] ToString() [Description]

Output: Converts the value of the current TimeSpan object to its equivalent string representation. (Overrides ValueType.ToString().)


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

Output: Converts the value of the current TimeSpan object to its equivalent string representation by using the specified format.


Input: [Name] ToString(String, IFormatProvider) [Description]

Output: Converts the value of the current TimeSpan object to its equivalent string representation by using the specified format and culture-specific formatting information.


Input: [Name] TryParse(String, TimeSpan) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent and returns a value that indicates whether the conversion succeeded.


Input: [Name] TryParse(String, IFormatProvider, TimeSpan) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified culture-specific formatting information, and returns a value that indicates whether the conversion succeeded.


Input: [Name] TryParseExact(String, String, IFormatProvider, TimeSpan) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified format and culture-specific format information, and returns a value that indicates whether the conversion succeeded. The format of the string representation must match the specified format exactly.


Input: [Name] TryParseExact(String, String[], IFormatProvider, TimeSpan) [Description]

Output: Converts the specified string representation of a time interval to its TimeSpan equivalent by using the specified formats and culture-specific format information, and returns a value that indicates whether the conversion succeeded. The format of the string representation must match one of the specified formats exactly.


Input: [Name] TryParseExact(String, String, IFormatProvider, TimeSpanStyles, TimeSpan) [Description]

Output: Converts the string representation of a time interval to its TimeSpan equivalent by using the specified format, culture-specific format information, and styles, and returns a value that indicates whether the conversion succeeded. The format of the string representation must match the specified format exactly.


Input: [Name] TryParseExact(String, String[], IFormatProvider, TimeSpanStyles, TimeSpan) [Description]

Output: Converts the specified string representation of a time interval to its TimeSpan equivalent by using the specified formats, culture-specific format information, and styles, and returns a value that indicates whether the conversion succeeded. The format of the string representation must match one of the specified formats exactly.


Input: [QuickStarts] Access Active Directory Modify Active Directory [Category]

Output: Active Directory


Input: [QuickStarts] Create an assembly with a strong name Change the default search path Use version policy [Category]

Output: Assemblies


Input: [QuickStarts] Use the CodeDOM to Emit Source Code [Category]

Output: Component Model


Input: [QuickStarts] Encrypt and decrypt a file Generate and compare a hash value [Category]

Output: Cryptography


Input: [QuickStarts] Get an overview of ADO.NET Execute a command Get out parameters from a stored procedure Populate a DataSet from a Database Update a database from a DataSet Read and write XML Use database transactions Handle errors Work with hierarchical or relational data Work with typed data Filter data Use connection pooling Generate XML with data from SQL Server Load a native ADO recordset into a DataSet Retrieve data from a database Using OLE DB Retrieve data from a SQLServer database Migrate from ADO to ADO.NET [Category]

Output: Data and ADO.NET


Input: [QuickStarts] Write to an event log Read from an event log Monitor an event log Read from a performance counter Count rate of change Work with tracing Use trace switches and listeners Instrument a small application with tracing [Category]

Output: Diagnostics


Input: [QuickStarts] Use encodings Set your current culture and region [Category]

Output: Globalization and NLS


Input: [QuickStarts] Get started using Interoperability Build a .NET COM Server Callable from COM clients Build a .NET client that uses a COM server Call COM methods from .NET Sink unmanaged events from .NET Call a function exported from an unmanaged DLL [Category]

Output: Interoperability


Input: [QuickStarts] Receive a message from a message queue Pass a complex type through a message queue Receive asynchronously Use message formatters Control a message queue [Category]

Output: Messaging


Input: [QuickStarts] Make a GET request Make a GET request with SSL Make a GET request with NTLM Make a GET request through a proxy Make a GET request asynchronously Handle WebExceptions Make a POST request Create a DateTime client with TCPClient Create a DateTime server with TCPListener Create a Chat client program with UDPClient [Category]

Output: Networking


Input: [QuickStarts] Use Regular Expressions to match a pattern Get all matches for a pattern Use Regular Expressions to make replacements Find common Regular Expression patterns [Category]

Output: Regular Expressions


Input: [QuickStarts] Get an overview of remoting How remoting works Use the remoting samples Create a remote server Create a client of a remote server Create a remote object as a singleton Pass an object to a server by reference Pass an object to a server by value Compile a client against an interface Make an asynchronous call to a remote object [Category]

Output: Remoting


Input: [QuickStarts] Check Windows Identity in a client application Request the permissions my code needs [Category]

Output: Security


Input: [QuickStarts] Serialize an object graph Use ISerializable [Category]

Output: Serialization


Input: [QuickStarts] Write a simple Service application [Category]

Output: Services


Input: [QuickStarts] Create system resources during installation Execute custom code during installation [Category]

Output: Setup


Input: [QuickStarts] Use simple transactions in my application Get the outcome of a transaction Use system.transactions with SQL Use transactions across threads Use explicit transactions in my application Enlist on a transaction Use the System.Transactions transaction in System.EnterpriseServices [Category]

Output: Transactions


Input: [QuickStarts] Write Binary Data Work with XML data and the XML classes Read XML from a stream Apply validation when reading XML Use an XmlNodeReader Create DataSet mappings from an XSD schema Load a DataSet with XML Infer DataSet mappings from XML Save DataSet mappings to an XSD schema file Save a DataSet as XML Read and write schema Use the Xml Schema Object Model Extension objects Multiple schemas Modify an XML document Debug an XSL Transformation Application Apply an XSL Transformation to XML Validate an XML Document Read and Write XML [Category]

Output: XML Data


Input: [QuickStarts] Create an XSD schema from a class Create a class from an XSD schema Read and Write objects into XML [Category]

Output: XML Serialization


Input: [Description] Number of pixels around the cells of the outermost table. [Property]

Output: CellPadding

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Number of pixels between the cells of the outermost table. [Property]

Output: CellSpacing

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Indicates whether the RSS channel can be updated. [Property]

Output: EnableRefresh

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] The style used to render the feed items. [Property]

Output: FeedStyle

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Text of the button that triggers the update. [Property]

Output: RefreshButtonText

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Exact URL of the feed. [Property]

Output: RssFeed

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Indicates whether feed title and description are displayed. [Property]

Output: ShowHeader

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] The style used to render the feed description. [Property]

Output: SubtitleStyle

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] The style used to render the feed title. [Property]

Output: TitleStyle

A Crash Course on ASP.NET Control Development: Building Callback Capabilities in ASP.NET Rich Controls


Input: [Description] Discusses the process of creating a report model project. [Topic]

Output: Creating a Report Model Project


Input: [Description] Discusses how to create and manipulate entities within a report model project. [Topic]

Output: Working with Entities


Input: [Description] Discusses how to create and manipulate folders within a report model project. [Topic]

Output: Working with Folders


Input: [Description] Discusses how to create and manipulate perspectives within a report model project. [Topic]

Output: Working with Perspectives


Input: [Description] Discusses how to create and manipulate roles, source fields, and expressions within a report model project. [Topic]

Output: Working with Roles, Source Fields, and Expressions


Input: [Description] Discusses how to publish a report model to a report server. [Topic]

Output: Publishing a Report Model


Input: [Description] Provides a visual representation of the relationships between Model Designer object properties. [Topic]

Output: Model Designer Object Relationship Diagram


Input: [Description] Discusses the properties that are assigned to entities, folders, perspectives, roles, and source fields. [Topic]

Output: Model Designer Object Properties


Input: [Description] Discusses the properties that are assigned to expressions. [Topic]

Output: Model Designer Query Properties


Input: [Name] BeginJoinGroup [Description]

Output: Obsolete. Binds the socket and begins a join operation to the multicast group to allow datagrams to be received from any group participant.


Input: [Name] BeginReceiveFromGroup [Description]

Output: Obsolete. Begins the operation of receiving a packet from the joined multicast group and invokes the specified callback when a packet has arrived on the group from any sender.


Input: [Name] BeginSendTo [Description]

Output: Obsolete. Begins the operation of sending a unicast packet to the specified destination.


Input: [Name] BeginSendToGroup [Description]

Output: Obsolete. Begins the operation of sending a packet to a joined multicast group and invokes the specified callback when a packet has been sent to the group.


Input: [Name] BlockSource [Description]

Output: Obsolete. Blocks a source so that multicast packets originating from it are no longer received.


Input: [Name] Dispose [Description]

Output: Obsolete. Leaves the multicast group and releases all resources used by the current instance of the UdpAnySourceMulticastClient class and the underlying the Socket.


Input: [Name] EndJoinGroup [Description]

Output: Obsolete. Completes the asynchronous join group operation to a multicast group.


Input: [Name] EndReceiveFromGroup [Description]

Output: Obsolete. Completes the asynchronous operation of receiving a packet from the joined multicast group and provides the information received.


Input: [Name] EndSendTo [Description]

Output: Obsolete. Completes the operation of sending a unicast packet to the specified destination.


Input: [Name] EndSendToGroup [Description]

Output: Obsolete. Completes the operation of sending a packet to a multicast group.


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

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


Input: [Name] Finalize [Description]

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


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetType [Description]

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


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] ToString [Description]

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


Input: [Name] UnblockSource [Description]

Output: Obsolete. Unblocks a source that was previously blocked by a call to the BlockSource method so that multicast packets originating from it can be received.


Input: [Title] Fundamentals of Garbage Collection [Description]

Output: Describes how garbage collection works, how objects are allocated on the managed heap, and other core concepts.


Input: [Title] Garbage Collection and Performance [Description]

Output: Describes the performance checks you can use to diagnose garbage collection and performance issues.


Input: [Title] Induced Collections [Description]

Output: Describes how to make a garbage collection occur.


Input: [Title] Latency Modes [Description]

Output: Describes the modes that determine the intrusiveness of garbage collection.


Input: [Title] Optimization for Shared Web Hosting [Description]

Output: Describes how to optimize garbage collection on servers shared by several small Web sites.


Input: [Title] Garbage Collection Notifications [Description]

Output: Describes how to determine when a full garbage collection is approaching and when it has completed.


Input: [Title] Application Domain Resource Monitoring [Description]

Output: Describes how to monitor CPU and memory usage by an application domain.


Input: [Title] Weak References [Description]

Output: Describes features that permit the garbage collector to collect an object while still allowing the application to access that object.


Input: [Error] NTE_BAD_FLAGS [Description]

Output: The dwFlags parameter has an illegal value.


Input: [Error] NTE_BAD_KEYSET [Description]

Output: The key container could not be opened and might not exist.


Input: [Error] NTE_BAD_KEYSET_PARAM [Description]

Output: The pszContainer parameter is set to an illegal value.


Input: [Error] NTE_BAD_SIGNATURE [Description]

Output: The digital signature of an auxiliary DLL did not verify correctly. Either the DLL or the digital signature has been tampered with.


Input: [Error] NTE_EXISTS [Description]

Output: The dwFlags parameter is CRYPT_NEWKEYSET, but the key container already exists.


Input: [Error] NTE_KEYSET_ENTRY_BAD [Description]

Output: The pszContainer key container was found but is corrupt.


Input: [Error] NTE_KEYSET_NOT_DEF [Description]

Output: The key container specified by pszContainer does not exist.


Input: [Error] NTE_NO_MEMORY [Description]

Output: The CSP ran out of memory during the operation.


Input: [Error] NTE_PROVIDER_DLL_FAIL [Description]

Output: An auxiliary DLL file could not be loaded and might not exist. If it exists, the file is not a valid DLL.


Input: [Description] The data in the input buffer is incomplete. The application needs to read more data from the server and call DecryptMessage (Schannel) again. [Return code]

Output: SEC_E_INCOMPLETE_MESSAGE

DecryptMessage (Schannel) function (Windows)


Input: [Description] A context handle that is not valid was specified in the phContext parameter. Used with the Schannel SSP. [Return code]

Output: SEC_E_INVALID_HANDLE

DecryptMessage (Schannel) function (Windows)


Input: [Description] The buffers are of the wrong type or no buffer of type SECBUFFER_DATA was found. Used with the Schannel SSP. [Return code]

Output: SEC_E_INVALID_TOKEN

DecryptMessage (Schannel) function (Windows)


Input: [Description] The message has been altered. Used with the Schannel SSP. [Return code]

Output: SEC_E_MESSAGE_ALTERED

DecryptMessage (Schannel) function (Windows)


Input: [Description] The message was not received in the correct sequence. [Return code]

Output: SEC_E_OUT_OF_SEQUENCE

DecryptMessage (Schannel) function (Windows)


Input: [Description] The message sender has finished using the connection and has initiated a shutdown. For information about initiating or recognizing a shutdown, see Shutting Down an Schannel Connection. Used with the Schannel SSP. [Return code]

Output: SEC_I_CONTEXT_EXPIRED

DecryptMessage (Schannel) function (Windows)


Input: [Description] The remote party requires a new handshake sequence or the application has just initiated a shutdown. Return to the negotiation loop and call AcceptSecurityContext (Schannel) or InitializeSecurityContext (Schannel), passing empty input buffers. Renegotiation is not supported for Schannel kernel mode. The caller should either ignore this return value or shut down the connection. If the value is ignored, either the client or the server might shut down the connection as a result. [Return code]

Output: SEC_I_RENEGOTIATE

DecryptMessage (Schannel) function (Windows)


Input: [Enumeration] AjaxFrameworkMode [Description]

Output: Specifies how client scripts of the Microsoft Ajax client library are included on the client.


Input: [Enumeration] ClientIDMode [Description]

Output: Specifies how ASP.NET generates the ClientID for a control that can be accessed in client script.


Input: [Enumeration] CodeBlockType [Description]

Output: Specifies the type of the code block.


Input: [Enumeration] CodeConstructType [Description]

Output: Specifies the code constructs that can be parsed in the ProcessCodeConstruct method of the PageParserFilter class.


Input: [Enumeration] CompilationMode [Description]

Output: Defines constants that specify how ASP.NET should compile .aspx pages and .ascx controls.


Input: [Enumeration] ConflictOptions [Description]

Output: Determines how ASP.NET data source controls handle data conflicts when updating or deleting data.


Input: [Enumeration] DataSourceCacheExpiry [Description]

Output: Describes the way data cached using ASP.NET caching mechanisms expires when a time-out is set.


Input: [Enumeration] DataSourceCapabilities [Description]

Output: Provides a way to request processing beyond record retrieval for a data retrieval operation of a data source control.


Input: [Enumeration] DataSourceOperation [Description]

Output: Specifies a data operation performed by a data source control.


Input: [Enumeration] HtmlTextWriterAttribute [Description]

Output: Specifies the HTML attributes that an HtmlTextWriter or Html32TextWriter object writes to the opening tag of an HTML element when a Web request is processed.


Input: [Enumeration] HtmlTextWriterStyle [Description]

Output: Specifies the HTML styles available to an HtmlTextWriter or Html32TextWriter object output stream.


Input: [Enumeration] HtmlTextWriterTag [Description]

Output: Specifies the HTML tags that can be passed to an HtmlTextWriter or Html32TextWriter object output stream.


Input: [Enumeration] OutputCacheLocation [Description]

Output: Specifies the valid values for controlling the location of the output-cached HTTP response for a resource.


Input: [Enumeration] PersistenceMode [Description]

Output: Specifies how an ASP.NET server control property or event is persisted declaratively in an .aspx or .ascx file.


Input: [Enumeration] RegisteredScriptType [Description]

Output: Specifies the type of client script block that is represented by a RegisteredScript object.


Input: [Enumeration] ScriptMode [Description]

Output: Specifies whether ScriptManager and ScriptReference objects refer to the debug or release version of client scripts.


Input: [Enumeration] TemplateInstance [Description]

Output: Specifies how many times an instance of a template can be created.


Input: [Enumeration] UnobtrusiveValidationMode [Description]

Output: Specifies behavior of unobtrusive validation.


Input: [Enumeration] UpdatePanelRenderMode [Description]

Output: Represents the possible layout rendering options for the content of an UpdatePanel control on a page.


Input: [Enumeration] UpdatePanelUpdateMode [Description]

Output: Represents the possible update modes for the content in an UpdatePanel control.


Input: [Enumeration] ValidateRequestMode [Description]

Output: Specifies the type of request validation for a control.


Input: [Enumeration] VerificationConditionalOperator [Description]

Output: Specifies operators for a conditional expression used in a VerificationAttribute class.


Input: [Enumeration] VerificationReportLevel [Description]

Output: Specifies reporting levels for an accessibility rule defined by an VerificationAttribute instance.


Input: [Enumeration] VerificationRule [Description]

Output: Specifies how conditional expressions defined by an VerificationAttribute instance are used in verification.


Input: [Enumeration] ViewStateEncryptionMode [Description]

Output: Specifies whether view-state information is encrypted.


Input: [Enumeration] ViewStateMode [Description]

Output: Specifies whether view state will be enabled for a control.


Input: [Enumeration] VirtualReferenceType [Description]

Output: Specifies the type of resource referenced by a parsed virtual path.


Input: [Enumeration] XhtmlMobileDocType [Description]

Output: Specifies the type of XHTML for the XhtmlTextWriter class to render to the page or control.


Input: Read View information for the various Lab Management resources, which include collection host groups, project host groups, and environment. To view information about a specific lab resource, you must have the View Lab Resources permission for that resource. X X [Project Administrators] X [Contributors] X [Readers] X

Output: View Lab Resources

Managing User Permissions for Lab Management


Input: Create Import a virtual machine from a VMM library share. This permission differs from Write because users can create an object in Lab Management but not write anything to the Virtual Machine Manager host group or library share. X [Project Administrators] X [Contributors] X

Output: Import Virtual Machine

Managing User Permissions for Lab Management


Input: Write Users who have this permission for a project host group can create environments. Users who have this permission for a project library share can store environments and templates. X X [Project Administrators] X [Contributors] X

Output: Write Environment and Virtual Machines

Managing User Permissions for Lab Management


Input: Edit Users who have this permission can edit environments and templates. The permission is checked for the object that is being edited. X X [Project Administrators] X [Contributors] X

Output: Edit Environment and Virtual Machines

Managing User Permissions for Lab Management


Input: Start Start an environment. X X [Project Administrators] X [Contributors] X

Output: Start

Managing User Permissions for Lab Management


Input: Stop Stop an environment. X X [Project Administrators] X [Contributors] X

Output: Stop

Managing User Permissions for Lab Management


Input: Pause Pause an environment. X X [Project Administrators] X [Contributors] X

Output: Pause Environment

Managing User Permissions for Lab Management


Input: ManageSnapshots Users who have this permission can perform all snapshot management tasks for an environment, which include taking a snapshot, reverting to a snapshot, renaming a snapshot, deleting a snapshot, and reading a snapshot. X X [Project Administrators] X [Contributors] X

Output: Manage Snapshots

Managing User Permissions for Lab Management


Input: Delete Delete environments and templates. The permission is checked for the object that is being deleted. X [Project Administrators] X

Output: Delete Environment and Virtual Machine

Managing User Permissions for Lab Management


Input: ManageLocation Edit the locations of Lab Management resources, which include collection host groups, collection library shares, project host groups, and project library shares. To change a specific location, you must have the Manage Lab Locations permission for that location. This permission for collection-level locations (collection host groups and collection library shares) also lets you create project-level locations (project host group and project library share). X [Project Administrators] X

Output: Manage Lab Location

Managing User Permissions for Lab Management


Input: DeleteLocation Delete the locations for Lab Management resources, which include collection host groups, collection library shares, project host groups, and project library shares. To delete a location, you must have the Delete Lab Location permission for that location. X [Project Administrators] X

Output: Delete Lab Locations

Managing User Permissions for Lab Management


Input: ManageChildPermissions Users who have this permission can change the permissions of all the child Lab Management objects. For example, if a user has Manage Child Permission for a team project host group, the user can change permissions for all the environments under that team project host group. X [Project Administrators] X

Output: Manage Child Permissions

Managing User Permissions for Lab Management


Input: ManagePermissions Modify the permissions for a Lab Management object. This permission is checked for the object whose permissions are being modified. X

Output: Manage Permissions

Managing User Permissions for Lab Management


Input: [Remoting] State full or stateless, lease-based object lifetime management [Web Services]

Output: All method calls are stateless

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] No need for IIS (Although hosting in IIS/ASP.NET is recommended for security) [Web Services]

Output: Must have IIS installed on the server

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] All managed types are supported [Web Services]

Output: Limited data types are supported. For more information about the types supported by ASP.NET Web services, see the .NET Framework Developer's Guide on MSDN.

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] Objects can be passed by reference or by value [Web Services]

Output: Objects cannot be passed

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] Contains an extensible architecture not limited to HTTP or TCP transports [Web Services]

Output: Limited to XML over HTTP

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] Can plug custom processing sinks into the message processing pipeline [Web Services]

Output: No ability to modify messages

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] SOAP implementation is limited and can only use RPC encoding [Web Services]

Output: SOAP implementation can use RPC or document encoding and can fully interoperate with other Web service platforms. For more information, see the "Message Formatting and Encoding" section of the Distributed Application Communication article on MSDN.

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Remoting] Tightly coupled [Web Services]

Output: Loosely coupled

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Return code] SEC_E_INCOMPLETE_MESSAGE [Description]

Output: The data in the input buffer is incomplete. The application needs to read more data from the server and call DecryptMessage (Schannel) again.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_E_INVALID_HANDLE [Description]

Output: A context handle that is not valid was specified in the phContext parameter. Used with the Schannel SSP.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_E_INVALID_TOKEN [Description]

Output: The buffers are of the wrong type or no buffer of type SECBUFFER_DATA was found. Used with the Schannel SSP.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_E_MESSAGE_ALTERED [Description]

Output: The message has been altered. Used with the Schannel SSP.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_E_OUT_OF_SEQUENCE [Description]

Output: The message was not received in the correct sequence.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_I_CONTEXT_EXPIRED [Description]

Output: The message sender has finished using the connection and has initiated a shutdown. For information about initiating or recognizing a shutdown, see Shutting Down an Schannel Connection. Used with the Schannel SSP.

DecryptMessage (Schannel) function (Windows)


Input: [Return code] SEC_I_RENEGOTIATE [Description]

Output: The remote party requires a new handshake sequence or the application has just initiated a shutdown. Return to the negotiation loop and call AcceptSecurityContext (Schannel) or InitializeSecurityContext (Schannel), passing empty input buffers. Renegotiation is not supported for Schannel kernel mode. The caller should either ignore this return value or shut down the connection. If the value is ignored, either the client or the server might shut down the connection as a result.

DecryptMessage (Schannel) function (Windows)


Input: [Name] Class [Description]

Output: Gets the severity level of the error returned from SQL Server.


Input: [Name] LineNumber [Description]

Output: Gets the line number within the Transact-SQL command batch or stored procedure that contains the error.


Input: [Name] Message [Description]

Output: Gets the text describing the error.


Input: [Name] Number [Description]

Output: Gets a number that identifies the type of error.


Input: [Name] Procedure [Description]

Output: Gets the name of the stored procedure or remote procedure call (RPC) that generated the error.


Input: [Name] Server [Description]

Output: Gets the name of the instance of SQL Server that generated the error.


Input: [Name] Source [Description]

Output: Gets the name of the provider that generated the error.


Input: [Name] State [Description]

Output: Some error messages can be raised at multiple points in the code for the Database Engine. For example, an 1105 error can be raised for several different conditions. Each specific condition that raises an error assigns a unique state code.


Input: [Parent element] AlgorithmParameter [Expected value]

Output: The value of the algorithm parameter.


Input: [Parent element] Annotation [Expected value]

Output: The value of the annotation.


Input: [Parent element] Kpi [Expected value]

Output: A Multidimensional Expressions (MDX) expression used to calculate the value of the key performance indicator (KPI).


Input: [Parent element] ReportFormatParameter [Expected value]

Output: The value of the report format parameter.


Input: [Parent element] ReportParameter [Expected value]

Output: An MDX expression used to calculate the value of the report parameter.


Input: [Parent element] ServerProperty [Expected value]

Output: The value of the server property for the currently running instance.


Input: [Expected value] The value of the algorithm parameter. [Parent element]

Output: AlgorithmParameter


Input: [Expected value] The value of the annotation. [Parent element]

Output: Annotation


Input: [Expected value] A Multidimensional Expressions (MDX) expression used to calculate the value of the key performance indicator (KPI). [Parent element]

Output: Kpi


Input: [Expected value] The value of the report format parameter. [Parent element]

Output: ReportFormatParameter


Input: [Expected value] An MDX expression used to calculate the value of the report parameter. [Parent element]

Output: ReportParameter


Input: [Expected value] The value of the server property for the currently running instance. [Parent element]

Output: ServerProperty


Input: [Member name] DisallowBindings [Description]

Output: Obsolete. Ignored by the common language runtime.


Input: [Member name] DomainMask [Description]

Output: Obsolete. Do not use. This mask selects the domain-related values, screening out the unused DisallowBindings flag.


Input: [Member name] MultiDomain [Description]

Output: Indicates that the application will probably have many domains that use the same code, and the loader must share maximal internal resources across application domains.


Input: [Member name] MultiDomainHost [Description]

Output: Indicates that the application will probably host unique code in multiple domains, and the loader must share resources across application domains only for globally available (strong-named) assemblies that have been added to the global assembly cache.


Input: [Member name] NotSpecified [Description]

Output: Indicates that no optimizations for sharing internal resources are specified. If the default domain or hosting interface specified an optimization, then the loader uses that; otherwise, the loader uses SingleDomain.


Input: [Member name] SingleDomain [Description]

Output: Indicates that the application will probably have a single domain, and loader must not share internal resources across application domains.


Input: [Description] Provides an introduction to DXGI. [Item]

Output: DXGI Overview


Input: [Description] Lists new functionality for DXGI 1.2. [Item]

Output: DXGI 1.2 Improvements


Input: [Description] Describes gamma correction and how to use it to code and decode pixel values in images. [Item]

Output: Using gamma correction


Input: [Description] Describes the hardware surface formats that are supported by DXGI in Direct3D 10. [Item]

Output: Hardware Support for Direct3D 10 Formats


Input: [Description] Describes the hardware surface formats that are supported by DXGI in Direct3D 10.1. [Item]

Output: Hardware Support for Direct3D 10.1 Formats


Input: [Description] Describes the hardware surface formats that are supported by DXGI in Direct3D 10Level9. [Item]

Output: Hardware Support for Direct3D 10Level9 Formats


Input: [Description] Describes the hardware surface formats that are supported by DXGI in Direct3D 11. [Item]

Output: Hardware Support for Direct3D 11 Formats


Input: [Description] Describes the hardware surface formats that are supported by DXGI in Direct3D 11.1. [Item]

Output: Hardware Support for Direct3D 11.1 Formats


Input: [Class] MetaData [Description]

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


Input: [Class] SdlChannelSink [Description]

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


Input: [Class] SdlChannelSinkProvider [Description]

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


Input: [Class] ServiceType [Description]

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


Input: [Class] SUDSGeneratorException [Description]

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


Input: [Class] SUDSParserException [Description]

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


Input: [Web Services] All method calls are stateless [Remoting]

Output: State full or stateless, lease-based object lifetime management

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Web Services] Must have IIS installed on the server [Remoting]

Output: No need for IIS (Although hosting in IIS/ASP.NET is recommended for security)

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Web Services] Limited data types are supported. For more information about the types supported by ASP.NET Web services, see the .NET Framework Developer's Guide on MSDN. [Remoting]

Output: All managed types are supported

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Web Services] Objects cannot be passed [Remoting]

Output: Objects can be passed by reference or by value

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Web Services] Limited to XML over HTTP [Remoting]

Output: Contains an extensible architecture not limited to HTTP or TCP transports

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication


Input: [Web Services] No ability to modify messages [Remoting]

Output: Can plug custom processing sinks into the message processing pipeline

Building Secure ASP.NET Applications: Authentication, Authorization, and Secure Communication