Input: [Description] Occurs when a key is released while the control has focus. [Name]

Output: KeyUp


Input: [Description] Occurs when a control should reposition its child controls. [Name]

Output: Layout


Input: [Description] Occurs when the input focus leaves the control. [Name]

Output: Leave


Input: [Description] Occurs when the Location property value has changed. [Name]

Output: LocationChanged


Input: [Description] Occurs when the control loses focus. [Name]

Output: LostFocus


Input: [Description] Occurs when the control's margin changes. [Name]

Output: MarginChanged


Input: [Description] Occurs when the control loses mouse capture. [Name]

Output: MouseCaptureChanged


Input: [Description] Occurs when the control is clicked by the mouse. [Name]

Output: MouseClick


Input: [Description] Occurs when the control is double clicked by the mouse. [Name]

Output: MouseDoubleClick


Input: [Description] Occurs when the mouse pointer is over the control and a mouse button is pressed. [Name]

Output: MouseDown


Input: [Description] Occurs when the mouse pointer enters the control. [Name]

Output: MouseEnter


Input: [Description] Occurs when the mouse pointer rests on the control. [Name]

Output: MouseHover


Input: [Description] Occurs when the mouse pointer leaves the control. [Name]

Output: MouseLeave


Input: [Description] Occurs when the mouse pointer is moved over the control. [Name]

Output: MouseMove


Input: [Description] Occurs when the mouse pointer is over the control and a mouse button is released. [Name]

Output: MouseUp


Input: [Description] Occurs when the mouse wheel moves while the control has focus. [Name]

Output: MouseWheel


Input: [Description] Occurs when the control is moved. [Name]

Output: Move


Input: [Description] Occurs when the control's padding changes. [Name]

Output: PaddingChanged


Input: [Description] Occurs when the control is redrawn. [Name]

Output: Paint


Input: [Description] Occurs when the Parent property value changes. [Name]

Output: ParentChanged


Input: [Description] Occurs before the KeyDown event when a key is pressed while focus is on this control. [Name]

Output: PreviewKeyDown


Input: [Description] Occurs when AccessibleObject is providing help to accessibility applications. [Name]

Output: QueryAccessibilityHelp


Input: [Description] Occurs during a drag-and-drop operation and enables the drag source to determine whether the drag-and-drop operation should be canceled. [Name]

Output: QueryContinueDrag


Input: [Description] Occurs when the value of the Region property changes. [Name]

Output: RegionChanged


Input: [Description] Occurs when the control is resized. [Name]

Output: Resize


Input: [Description] Occurs when the RightToLeft property value changes. [Name]

Output: RightToLeftChanged


Input: [Description] Occurs when the Size property value changes. [Name]

Output: SizeChanged


Input: [Description] Occurs when the control style changes. [Name]

Output: StyleChanged


Input: [Description] Occurs when the system colors change. [Name]

Output: SystemColorsChanged


Input: [Description] Occurs when the TabIndex property value changes. [Name]

Output: TabIndexChanged


Input: [Description] Occurs when the TabStop property value changes. [Name]

Output: TabStopChanged


Input: [Description] Occurs when the Text property value changes. [Name]

Output: TextChanged


Input: [Description] Occurs when the control is finished validating. [Name]

Output: Validated


Input: [Description] Occurs when the control is validating. [Name]

Output: Validating


Input: [Description] Occurs when the Visible property value changes. [Name]

Output: VisibleChanged


Input: [Member name] AccessDenied [Description]

Output: An attempt was made to access a Socket in a way that is forbidden by its access permissions.


Input: [Member name] AddressAlreadyInUse [Description]

Output: Only one use of an address is normally permitted.


Input: [Member name] AddressFamilyNotSupported [Description]

Output: The address family specified is not supported. This error is returned if the IPv6 address family was specified and the IPv6 stack is not installed on the local machine. This error is returned if the IPv4 address family was specified and the IPv4 stack is not installed on the local machine.


Input: [Member name] AddressNotAvailable [Description]

Output: The selected IP address is not valid in this context.


Input: [Member name] AlreadyInProgress [Description]

Output: The nonblocking Socket already has an operation in progress.


Input: [Member name] ConnectionAborted [Description]

Output: The connection was aborted by the .NET Framework or the underlying socket provider.


Input: [Member name] ConnectionRefused [Description]

Output: The remote host is actively refusing a connection.


Input: [Member name] ConnectionReset [Description]

Output: The connection was reset by the remote peer.


Input: [Member name] DestinationAddressRequired [Description]

Output: A required address was omitted from an operation on a Socket.


Input: [Member name] Disconnecting [Description]

Output: A graceful shutdown is in progress.


Input: [Member name] Fault [Description]

Output: An invalid pointer address was detected by the underlying socket provider.


Input: [Member name] HostDown [Description]

Output: The operation failed because the remote host is down.


Input: [Member name] HostNotFound [Description]

Output: No such host is known. The name is not an official host name or alias.


Input: [Member name] HostUnreachable [Description]

Output: There is no network route to the specified host.


Input: [Member name] InProgress [Description]

Output: A blocking operation is in progress.


Input: [Member name] Interrupted [Description]

Output: A blocking Socket call was canceled.


Input: [Member name] InvalidArgument [Description]

Output: An invalid argument was supplied to a Socket member.


Input: [Member name] IOPending [Description]

Output: The application has initiated an overlapped operation that cannot be completed immediately.


Input: [Member name] IsConnected [Description]

Output: The Socket is already connected.


Input: [Member name] MessageSize [Description]

Output: The datagram is too long.


Input: [Member name] NetworkDown [Description]

Output: The network is not available.


Input: [Member name] NetworkReset [Description]

Output: The application tried to set KeepAlive on a connection that has already timed out.


Input: [Member name] NetworkUnreachable [Description]

Output: No route to the remote host exists.


Input: [Member name] NoBufferSpaceAvailable [Description]

Output: No free buffer space is available for a Socket operation.


Input: [Member name] NoData [Description]

Output: The requested name or IP address was not found on the name server.


Input: [Member name] NoRecovery [Description]

Output: The error is unrecoverable or the requested database cannot be located.


Input: [Member name] NotConnected [Description]

Output: The application tried to send or receive data, and the Socket is not connected.


Input: [Member name] NotInitialized [Description]

Output: The underlying socket provider has not been initialized.


Input: [Member name] NotSocket [Description]

Output: A Socket operation was attempted on a non-socket.


Input: [Member name] OperationAborted [Description]

Output: The overlapped operation was aborted due to the closure of the Socket.


Input: [Member name] OperationNotSupported [Description]

Output: The address family is not supported by the protocol family.


Input: [Member name] ProcessLimit [Description]

Output: Too many processes are using the underlying socket provider.


Input: [Member name] ProtocolFamilyNotSupported [Description]

Output: The protocol family is not implemented or has not been configured.


Input: [Member name] ProtocolNotSupported [Description]

Output: The protocol is not implemented or has not been configured.


Input: [Member name] ProtocolOption [Description]

Output: An unknown, invalid, or unsupported option or level was used with a Socket.


Input: [Member name] ProtocolType [Description]

Output: The protocol type is incorrect for this Socket.


Input: [Member name] Shutdown [Description]

Output: A request to send or receive data was disallowed because the Socket has already been closed.


Input: [Member name] SocketError [Description]

Output: An unspecified Socket error has occurred.


Input: [Member name] SocketNotSupported [Description]

Output: The support for the specified socket type does not exist in this address family.


Input: [Member name] Success [Description]

Output: The Socket operation succeeded.


Input: [Member name] SystemNotReady [Description]

Output: The network subsystem is unavailable.


Input: [Member name] TimedOut [Description]

Output: The connection attempt timed out, or the connected host has failed to respond.


Input: [Member name] TooManyOpenSockets [Description]

Output: There are too many open sockets in the underlying socket provider.


Input: [Member name] TryAgain [Description]

Output: The name of the host could not be resolved. Try again later.


Input: [Member name] TypeNotFound [Description]

Output: The specified class was not found.


Input: [Member name] VersionNotSupported [Description]

Output: The version of the underlying socket provider is out of range.


Input: [Member name] WouldBlock [Description]

Output: An operation on a nonblocking socket cannot be completed immediately.


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 call or attribute should be ignored unless a specified conditional compilation symbol is defined.


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] PresentationTraceSources [Description]

Output: Provides debug tracing support that is specifically targeted for Windows Presentation Foundation (WPF) applications. This is an abstract class.


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 that are used when you start 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: [Description] Provides the base authentication interface for Web client authentication modules. [Interface]

Output: IAuthenticationModule


Input: [Description] Validates a server certificate. [Interface]

Output: ICertificatePolicy


Input: [Description] Defines the credential policy to be used for resource requests that are made using WebRequest and its derived classes. [Interface]

Output: ICredentialPolicy


Input: [Description] Provides the base authentication interface for retrieving credentials for Web client authentication. [Interface]

Output: ICredentials


Input: [Description] Provides the interface for retrieving credentials for a host, port, and authentication type. [Interface]

Output: ICredentialsByHost


Input: [Description] Provides the base interface for implementation of proxy access for the WebRequest class. [Interface]

Output: IWebProxy


Input: [Description] Provides the base interface to load and execute scripts for automatic proxy detection. [Interface]

Output: IWebProxyScript


Input: [Description] Provides the base interface for creating WebRequest instances. [Interface]

Output: IWebRequestCreate


Input: [Interface] IAuthenticationModule [Description]

Output: Provides the base authentication interface for Web client authentication modules.


Input: [Interface] ICertificatePolicy [Description]

Output: Validates a server certificate.


Input: [Interface] ICredentialPolicy [Description]

Output: Defines the credential policy to be used for resource requests that are made using WebRequest and its derived classes.


Input: [Interface] ICredentials [Description]

Output: Provides the base authentication interface for retrieving credentials for Web client authentication.


Input: [Interface] ICredentialsByHost [Description]

Output: Provides the interface for retrieving credentials for a host, port, and authentication type.


Input: [Interface] IWebProxy [Description]

Output: Provides the base interface for implementation of proxy access for the WebRequest class.


Input: [Interface] IWebProxyScript [Description]

Output: Provides the base interface to load and execute scripts for automatic proxy detection.


Input: [Interface] IWebRequestCreate [Description]

Output: Provides the base interface for creating WebRequest instances.


Input: [New field] Accountable Risk Owner [Notes] Name of the person who is responsible for the life of the risk and its end result; in the provided scenarios, this name would be a member of the new Accountable Risk Owners security group. [Work-item type]

Output: Risk

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Escalated [Notes] Flag field that indicates whether this risk has been escalated to the Project Risk Board for review. All risks that have this field set affirmatively would be reviewed at a regular Project Risk Board meeting. [Work-item type]

Output: Risk

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Target Date [Notes] Field that identifies specifically a target date by which the risk should have been closed. [Work-item type]

Output: Risk

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Accountable Change Owner [Notes] Name of the person who is both the proposer and the closer of changes to the software that is under development; this person would be responsible for providing the impact assessment and risk analysis for the change and approving its final closure in accordance with the details in the Change Request. In the provided scenarios, the Accountable Change Owner would be a member of a new Accountable Change Owners security group. [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Impact on Scheduling [Notes] Field that extends the existing set of Impact on fields in the CMMI template by adding a space for recording the impact on scheduling that this Change Request will cause when it is implemented. This might form part of the impact assessment. [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Impact on Architecture,Impact on Test,Impact on Design/Development,Impact on Tech Pubs,Impact on User Experience [Notes] Existing CMMI template fields each of which could become mandatory (required), so that commentary would have to be keyed explicitly into all of them (even if No impact is entered). [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Customer Requested Change(Yes/No) [Notes] Field that indicates whether the change was initiated by the customer or another source. The scenario focuses on customer-sourced changes only, instead of an internal design change, and so on. [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Customer Approval Given By (name) [Notes] Name of the customer who has approved the change. The presence of a name in this field would indicate approval for the change to proceed. This field could be set on or before the date on which the Change Request moved to the Active state. One might require that this field be populated before the work-item state can be changed from Proposed to Active. [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [New field] Change Is Billable(Yes/No) [Notes] Field that indicates that this change is to be billed to the customer for implementation as an extension or alteration to existing agreed project charges. [Work-item type]

Output: Change Request

Sarbanes-Oxley 404 and Visual Studio Team System 2008


Input: [Description] Gets or sets a value that indicates whether null values are allowed in this column for rows that belong to the table. [Name]

Output: AllowDBNull


Input: [Description] Gets or sets a value that indicates whether the column automatically increments the value of the column for new rows added to the table. [Name]

Output: AutoIncrement


Input: [Description] Gets or sets the starting value for a column that has its AutoIncrement property set to true. [Name]

Output: AutoIncrementSeed


Input: [Description] Gets or sets the increment used by a column with its AutoIncrement property set to true. [Name]

Output: AutoIncrementStep


Input: [Description] Gets or sets the caption for the column. [Name]

Output: Caption


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

Output: ColumnMapping


Input: [Description] Gets or sets the name of the column in the DataColumnCollection. [Name]

Output: ColumnName


Input: [Description] Gets the container for the component.(Inherited from MarshalByValueComponent.) [Name]

Output: Container


Input: [Description] Gets or sets the type of data stored in the column. [Name]

Output: DataType


Input: [Description] Gets or sets the DateTimeMode for the column. [Name]

Output: DateTimeMode


Input: [Description] Gets or sets the default value for the column when you are creating new rows. [Name]

Output: DefaultValue


Input: [Description] Gets a value indicating whether the component is currently in design mode.(Inherited from MarshalByValueComponent.) [Name]

Output: DesignMode


Input: [Description] Gets or sets the expression used to filter rows, calculate the values in a column, or create an aggregate column. [Name]

Output: Expression


Input: [Description] Gets the collection of custom user information associated with a DataColumn. [Name]

Output: ExtendedProperties


Input: [Description] Gets or sets the maximum length of a text column. [Name]

Output: MaxLength


Input: [Description] Gets or sets the namespace of the DataColumn. [Name]

Output: Namespace


Input: [Description] Gets the position of the column in the DataColumnCollection collection. [Name]

Output: Ordinal


Input: [Description] Gets or sets an XML prefix that aliases the namespace of the DataTable. [Name]

Output: Prefix


Input: [Description] Gets or sets a value that indicates whether the column allows for changes as soon as a row has been added to the table. [Name]

Output: ReadOnly


Input: [Description] Gets or sets the site of the component.(Inherited from MarshalByValueComponent.) [Name]

Output: Site


Input: [Description] Gets the DataTable to which the column belongs to. [Name]

Output: Table


Input: [Description] Gets or sets a value that indicates whether the values in each row of the column must be unique. [Name]

Output: Unique


Input: [Description] An attempt was made to access a Socket in a way that is forbidden by its access permissions. [Member name]

Output: AccessDenied


Input: [Description] Only one use of an address is normally permitted. [Member name]

Output: AddressAlreadyInUse


Input: [Description] The address family specified is not supported. This error is returned if the IPv6 address family was specified and the IPv6 stack is not installed on the local machine. This error is returned if the IPv4 address family was specified and the IPv4 stack is not installed on the local machine. [Member name]

Output: AddressFamilyNotSupported


Input: [Description] The selected IP address is not valid in this context. [Member name]

Output: AddressNotAvailable


Input: [Description] The nonblocking Socket already has an operation in progress. [Member name]

Output: AlreadyInProgress


Input: [Description] The connection was aborted by the .NET Framework or the underlying socket provider. [Member name]

Output: ConnectionAborted


Input: [Description] The remote host is actively refusing a connection. [Member name]

Output: ConnectionRefused


Input: [Description] The connection was reset by the remote peer. [Member name]

Output: ConnectionReset


Input: [Description] A required address was omitted from an operation on a Socket. [Member name]

Output: DestinationAddressRequired


Input: [Description] A graceful shutdown is in progress. [Member name]

Output: Disconnecting


Input: [Description] An invalid pointer address was detected by the underlying socket provider. [Member name]

Output: Fault


Input: [Description] The operation failed because the remote host is down. [Member name]

Output: HostDown


Input: [Description] No such host is known. The name is not an official host name or alias. [Member name]

Output: HostNotFound


Input: [Description] There is no network route to the specified host. [Member name]

Output: HostUnreachable


Input: [Description] A blocking operation is in progress. [Member name]

Output: InProgress


Input: [Description] A blocking Socket call was canceled. [Member name]

Output: Interrupted


Input: [Description] An invalid argument was supplied to a Socket member. [Member name]

Output: InvalidArgument


Input: [Description] The application has initiated an overlapped operation that cannot be completed immediately. [Member name]

Output: IOPending


Input: [Description] The Socket is already connected. [Member name]

Output: IsConnected


Input: [Description] The datagram is too long. [Member name]

Output: MessageSize


Input: [Description] The network is not available. [Member name]

Output: NetworkDown


Input: [Description] The application tried to set KeepAlive on a connection that has already timed out. [Member name]

Output: NetworkReset


Input: [Description] No route to the remote host exists. [Member name]

Output: NetworkUnreachable


Input: [Description] No free buffer space is available for a Socket operation. [Member name]

Output: NoBufferSpaceAvailable


Input: [Description] The requested name or IP address was not found on the name server. [Member name]

Output: NoData


Input: [Description] The error is unrecoverable or the requested database cannot be located. [Member name]

Output: NoRecovery


Input: [Description] The application tried to send or receive data, and the Socket is not connected. [Member name]

Output: NotConnected


Input: [Description] The underlying socket provider has not been initialized. [Member name]

Output: NotInitialized


Input: [Description] A Socket operation was attempted on a non-socket. [Member name]

Output: NotSocket


Input: [Description] The overlapped operation was aborted due to the closure of the Socket. [Member name]

Output: OperationAborted


Input: [Description] The address family is not supported by the protocol family. [Member name]

Output: OperationNotSupported


Input: [Description] Too many processes are using the underlying socket provider. [Member name]

Output: ProcessLimit


Input: [Description] The protocol family is not implemented or has not been configured. [Member name]

Output: ProtocolFamilyNotSupported


Input: [Description] The protocol is not implemented or has not been configured. [Member name]

Output: ProtocolNotSupported


Input: [Description] An unknown, invalid, or unsupported option or level was used with a Socket. [Member name]

Output: ProtocolOption


Input: [Description] The protocol type is incorrect for this Socket. [Member name]

Output: ProtocolType


Input: [Description] A request to send or receive data was disallowed because the Socket has already been closed. [Member name]

Output: Shutdown


Input: [Description] An unspecified Socket error has occurred. [Member name]

Output: SocketError


Input: [Description] The support for the specified socket type does not exist in this address family. [Member name]

Output: SocketNotSupported


Input: [Description] The Socket operation succeeded. [Member name]

Output: Success


Input: [Description] The network subsystem is unavailable. [Member name]

Output: SystemNotReady


Input: [Description] The connection attempt timed out, or the connected host has failed to respond. [Member name]

Output: TimedOut


Input: [Description] There are too many open sockets in the underlying socket provider. [Member name]

Output: TooManyOpenSockets


Input: [Description] The name of the host could not be resolved. Try again later. [Member name]

Output: TryAgain


Input: [Description] The specified class was not found. [Member name]

Output: TypeNotFound


Input: [Description] The version of the underlying socket provider is out of range. [Member name]

Output: VersionNotSupported


Input: [Description] An operation on a nonblocking socket cannot be completed immediately. [Member name]

Output: WouldBlock


Input: [Command] Edit.Find [Description] Displays the Find dialog box. [Shortcut Keys]

Output: CTRL + F


Input: [Command] Edit.FindNext [Description] Finds the next occurrence of the previous search text. [Shortcut Keys]

Output: F3


Input: [Command] Edit.FindNextSelected [Description] Finds the next occurrence of the currently selected text in the document. [Shortcut Keys]

Output: CTRL + F3


Input: [Command] Edit.FindPrevious [Description] Finds the previous occurrence of the search text. [Shortcut Keys]

Output: SHIFT + F3


Input: [Command] Edit.FindPreviousSelected [Description] Finds the previous occurrence of the currently selected text, or the word at the caret. [Shortcut Keys]

Output: CTRL + SHIFT + F3


Input: [Command] Edit.GoToFindCombo [Description] Places the caret in the Find/Command line on the Standard toolbar. [Shortcut Keys]

Output: CTRL + SHIFT + F


Input: [Command] Edit.HiddenText [Description] Selects or clears the Search Hidden Text option for the Find dialog box. [Shortcut Keys]

Output: ALT + F3, H


Input: [Command] Edit.IncrementalSearch [Description] Starts Incremental search. If Incremental search is started but you have not typed any characters, recalls the previous pattern. If text has been found, searches for the next occurrence. [Shortcut Keys]

Output: CTRL + ALT + I


Input: [Command] Edit.MatchCase [Description] Selects or clears the Match Case option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + C


Input: [Command] Edit.RegularExpression [Description] Selects or clears the Regular expression option so that special characters can be used in Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + R


Input: [Command] Edit.Replace [Description] Displays the Replace dialog box. [Shortcut Keys]

Output: CTRL + H


Input: [Command] Edit.ReplaceinFiles [Description] Displays the Replace in Files dialog box. [Shortcut Keys]

Output: CTRL + SHIFT + H


Input: [Command] Edit.ReverseIncrementalSearch [Description] Changes the direction of Incremental search to begin at the bottom of the file and progress towards the top. [Shortcut Keys]

Output: CTRL + SHIFT + ALT + I


Input: [Command] Edit.StopSearch [Description] Halts the current Find in Files operation. [Shortcut Keys]

Output: ALT + F3, + S


Input: [Command] Edit.Up [Description] Selects or clears the Search Up option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + B


Input: [Command] Edit.WholeWord [Description] Selects or clears the Match whole word option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, + W


Input: [Command] Edit.Wildcard [Description] Selects or clears the Wildcard option for Find and Replace operations. [Shortcut Keys]

Output: ALT + F3, P


Input: [Name] AccuracyIndex [Description]

Output: Gets or sets the number of results on which the refinement filters are calculated.


Input: [Name] DisplayCulture [Description]

Output: Gets the culture used when the refinement filters are displayed.


Input: [Name] DisplayedCategories [Description]

Output: Gets or sets the maximum number of filter categories to be displayed in the Refinement Web Panel Part.


Input: [Name] FilterCategories [Description]

Output: Gets or sets the filter XML configuration that describes the filter categories of the Refinement Web Panel Part.


Input: [Name] FilterGenerators [Description]

Output: Gets or sets a list of filter generators that parse the top Search results and recommend refinement filters for the Refinement Web Panel Part.


Input: [Name] IsInitialized [Description]

Output: Gets a value that indicates whether the refinement manager has been initialized.


Input: [Name] Location [Description]

Output: Gets or sets the federated location of the Search results.


Input: [Name] NumberOfCharsToDisplay [Description]

Output: Gets or sets the maximum number of characters for the refinement filters to display in the Refinement Web Panel Part.


Input: [Name] ParentWebPart [Description]

Output: Gets or sets the Refinement Web Part that configures and renders filters calculated by the refinement manager.


Input: [Name] QueryCulture [Description]

Output: Gets the culture for the Search query.


Input: [Name] QueryNumber [Description]

Output: Gets or sets the Cross-Web Part query identifier (ID) of the refinement manager.


Input: [Name] RefinementProperties [Description]

Output: Gets the list of the properties based on which the refinement is configured.


Input: [Name] TotalResults [Description]

Output: Gets or sets the total number of Search results returned by the query.


Input: [Name] UseDefaultConfiguration [Description]

Output: Gets or sets a value that indicates whether the default filter category configuration should be used.


Input: [Name] AddNew [Description]

Output: Adds a new row to the DataView.


Input: [Name] BeginInit [Description]

Output: Starts the initialization of a DataView that is used on a form or used by another component. The initialization occurs at runtime.


Input: [Name] CopyTo [Description]

Output: Copies items into an array. Only for Web Forms Interfaces.


Input: [Name] Delete [Description]

Output: Deletes a row at the specified index.


Input: [Name] Dispose [Description]

Output: Overloaded. Disposes of the resources, other than memory, that are used by the DataView object.


Input: [Name] EndInit [Description]

Output: Ends the initialization of a DataView that is used on a form or used by another component. The initialization occurs at runtime.


Input: [Name] Equals [Description]

Output: Overloaded. Determines whether the specified objects are considered equal.


Input: [Name] Find [Description]

Output: Overloaded. Finds a row in the DataView by the specified sort key value.


Input: [Name] FindRows [Description]

Output: Overloaded. Returns an array of DataRowView objects whose columns match the specified sort key value.


Input: [Name] GetEnumerator [Description]

Output: Gets an enumerator for this DataView.


Input: [Name] GetHashCode [Description]

Output: Serves as a hash function for a particular type. GetHashCode is suitable for use in hashing algorithms and data structures like a hash table. (Inherited from Object.)


Input: [Name] GetService [Description]

Output: Gets the implementer of the IServiceProvider. (Inherited from MarshalByValueComponent.)


Input: [Name] GetType [Description]

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


Input: [Name] ReferenceEquals [Description]

Output: Determines whether the specified Object instances are the same instance. (Inherited from Object.)


Input: [Name] ToString [Description]

Output: Returns a String containing the name of the Component, if any. This method should not be overridden. (Inherited from MarshalByValueComponent.)


Input: [Name] ToTable [Description]

Output: Overloaded. Creates and returns a new DataTable based on rows in an existing DataView.


Input: [Member name] CrossProcess [Description]

Output: Specifies that the source or destination context is a different process on the same computer.


Input: [Member name] CrossMachine [Description]

Output: Specifies that the source or destination context is a different computer.


Input: [Member name] File [Description]

Output: Specifies that the source or destination context is a file. Users can assume that files will last longer than the process that created them and not serialize objects in such a way that deserialization will require accessing any data from the current process.


Input: [Member name] Persistence [Description]

Output: Specifies that the source or destination context is a persisted store, which could include databases, files, or other backing stores. Users can assume that persisted data will last longer than the process that created the data and not serialize objects so that deserialization will require accessing any data from the current process.


Input: [Member name] Remoting [Description]

Output: Specifies that the data is remoted to a context in an unknown location. Users cannot make any assumptions whether this is on the same computer.


Input: [Member name] Other [Description]

Output: Specifies that the serialization context is unknown.


Input: [Member name] Clone [Description]

Output: Specifies that the object graph is being cloned. Users can assume that the cloned graph will continue to exist within the same process and be safe to access handles or other references to unmanaged resources.


Input: [Member name] CrossAppDomain [Description]

Output: Specifies that the source or destination context is a different AppDomain. (For a description of AppDomains, see Application Domains).


Input: [Member name] All [Description]

Output: Specifies that the serialized data can be transmitted to or received from any of the other contexts.


Input: [Class] AnnouncementChannelEndpointElementCollection [Description]

Output: Represents a container for ChannelEndpointElement configuration elements.


Input: [Class] AnnouncementEndpointCollectionElement [Description]

Output: Represents a container for AnnouncementEndpointElement configuration elements.


Input: [Class] AnnouncementEndpointElement [Description]

Output: Defines a configuration element for an announcement endpoint.


Input: [Class] ContractTypeNameElement [Description]

Output: Represents a workflow element that identifies by name the workflow service contract being searched for.


Input: [Class] ContractTypeNameElementCollection [Description]

Output: Represents a collection of ContractTypeNameElement objects.


Input: [Class] DiscoveryClientElement [Description]

Output: Represents a configuration element that enables a client application to automatically search for a discoverable workflow service and find its address at runtime.


Input: [Class] DiscoveryClientSettingsElement [Description]

Output: Provides the configuration element whose settings enable a client application to automatically search for a discoverable workflow service and find its address at runtime.


Input: [Class] DiscoveryEndpointCollectionElement [Description]

Output: Represents a container for DiscoveryEndpointElement configuration elements.


Input: [Class] DiscoveryEndpointElement [Description]

Output: Defines a configuration element for a discovery endpoint.


Input: [Class] DiscoveryVersionConverter [Description]

Output: Provides functionality to change a WS-Discovery protocol version to another type.


Input: [Class] DynamicEndpointCollectionElement [Description]

Output: Represents a workflow configuration element that provides a collection of endpoints that each contain information to enable an application to function as a client program that can search for, find, and use a workflow service during runtime.


Input: [Class] DynamicEndpointElement [Description]

Output: Represents a configuration element that provides information to enable an application to function as a client program that can search for, find, and use a workflow service during runtime.


Input: [Class] EndpointDiscoveryElement [Description]

Output: A configuration element that controls the discovery functionality of an endpoint.


Input: [Class] FindCriteriaElement [Description]

Output: Manages a configuration element that contains a set of criteria used by a client application to search for workflow services over a network or the Internet.


Input: [Class] ScopeElement [Description]

Output: Represents a scope URI for an endpoint.


Input: [Class] ScopeElementCollection [Description]

Output: A configuration element that contains a collection of scope elements.


Input: [Class] ServiceDiscoveryElement [Description]

Output: Represents a configuration element that controls the discoverability of a service.


Input: [Class] UdpAnnouncementEndpointCollectionElement [Description]

Output: Represents a container for UdpAnnouncementEndpointElement configuration elements.


Input: [Class] UdpAnnouncementEndpointElement [Description]

Output: Defines a configuration element for a UDP announcement endpoint.


Input: [Class] UdpDiscoveryEndpointCollectionElement [Description]

Output: Represents a container for UdpDiscoveryEndpointElement configuration elements.


Input: [Class] UdpDiscoveryEndpointElement [Description]

Output: Defines a configuration element for a UDP discovery endpoint.


Input: [Class] UdpTransportSettingsElement [Description]

Output: Allows you to set the settings of a UDP transport.


Input: [Name] Culture [Description]

Output: Gets or sets the cultural information for any operations of the view that might differ by culture, such as sorting.


Input: [Name] Dispatcher [Description]

Output: Gets the Dispatcher this object is associated with. (Inherited from DependencyObject.)


Input: [Name] GroupDescriptions [Description]

Output: Gets a collection of GroupDescription objects that describe how items in the collection are grouped in the view.


Input: [Name] SortDescriptions [Description]

Output: Gets a collection of SortDescription objects that describe how the items in the collection are sorted in the view.


Input: [Name] Source [Description]

Output: Gets or sets the collection object from which to create this view.


Input: [Name] View [Description]

Output: Gets the view object that is currently associated with this instance of CollectionViewSource.


Input: [Topic] BaseStatus [Description]

Output: This is an abstract class that shows the base status.

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpComputerStatus [Description]

Output: This is the base status class for the user's PC.

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpThreat [Description]

Output: This is a singleton that represents the Microsoft Antimalware service infection status

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpThreatCatalog [Description]

Output: This class represents the catalog of recognized threats

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpThreatDetection [Description]

Output: This is a class that represents the current detailed state of a threat

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpScan [Description]

Output: The Windows Defender Scan Class

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpSignature [Description]

Output: The Windows Defender Signature Class

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpPreference [Description]

Output: Windows Defender Preferences Class

Windows Defender WMIv2 Provider (Windows)


Input: [Topic] MSFT_MpEvent [Description]

Output: Windows Defender Event Indication Class

Windows Defender WMIv2 Provider (Windows)


Input: [Member name] After [Description]

Output: Advances to the first row with values (in index order) after the seek value.


Input: [Member name] AfterEqual [Description]

Output: Advances to the last matching row on the index. If there are no matching rows, advances to the first row with values after the seek value, in index order.


Input: [Member name] Before [Description]

Output: Advances to the last row with values (in index order) before the seek value.


Input: [Member name] BeforeEqual [Description]

Output: Advances to the first matching row on the index. If there are no matching rows, advances to the last row with values before the seek value, in index order.


Input: [Member name] FirstEqual [Description]

Output: Advances to the first matching row (in index order) on the index.


Input: [Member name] LastEqual [Description]

Output: Advances to the last matching row (in index order) on the index.


Input: [Warning Number] VSP2000 [Description]

Output: Internal Error. Cannot get the module file name for this executable.


Input: [Warning Number] VSP2001 [Description]

Output: is a strongly named assembly. It must be re-signed before it can be executed. This warning occurs when a signed assembly is instrumented. For more information, see Guidelines for Using Performance Tools.


Input: [Warning Number] VSP2002 [Description]

Output: Could not find function in file This warning occurs if a function cannot be located in the specified file.


Input: [Warning Number] VSP2003 [Description]

Output: Could not find any cross jumps to the function in file . This warning occurs if VSInstr cannot nullify cross jumps. Cross jumps are used for code optimization.


Input: [Warning Number] VSP2004 [Description]

Output: Function was excluded by using the EXCLUDE command-line switch but was required because it contained a cross jump. This warning occurs if the function was excluded by using the EXCLUDE option, but is needed during the instrumentation process. The profiler automatically includes the required function.


Input: [Warning Number] VSP2005 [Description]

Output: Internal Instrumentation Error This warning is issued if instrumentation cannot be performed. Review the error text to determine whether it can be corrected.


Input: [Warning Number] VSP2006 [Description]

Output: Could not locate PDB for This warning occurs if the PDB file does not exist on the search path or does not match the binary.


Input: [Warning Number] VSP2007 [Description]

Output: contains no instrumentable code. This warning is issued if the functions in the binary file were all excluded or if the specified file only contains resources.


Input: [Warning Number] VSP2008 [Description]

Output: Unable to get security attributes from . Error code This warning occurs if the user does not have READ_DAC permission. During the instrumentation process, the profiler attempts to preserve the original DACL for the binary. Because the original binary is replaced with a new binary, the DACL from the original binary must be copied and applied to the new binary. This can fail if the user does not have READ_DAC access on the original binary.


Input: [Warning Number] VSP2009 [Description]

Output: Unable to set security attributes on . Error code This warning occurs if the user does not have WRITE_DAC permission. During the instrumentation process, the profiler attempts to preserve the original DACL for the binary. Because the original binary is replaced with a new binary, the DACL from the original binary must be copied and applied to the new binary. This can fail if the user does not have WRITE_DAC access on the new binary.


Input: [Warning Number] VSP2010 [Description]

Output: No functions are specifically selected for instrumentation because of -INCLUDE/-EXCLUDE options


Input: [Warning Number] VSP2011 [Description]

Output: Include/Exclude funcspec does not match any functions


Input: [Warning Number] VSP2012 [Description]

Output: The image does not contain any code that can be instrumented for code coverage. Profiler does not instrument the following type of code: Static CRT functions This warning is generated if, after this filtering, there is no code left.


Input: [Warning Number] VSP2013 [Description]

Output: Instrumenting this image requires it to run as a 32-bit process. The CLR header flags have been updated to reflect this. The profiler modifies the binary so that 64-bit platforms can launch the 32-bit process in WOW64. For libraries (DLLs) this might fail if they are loaded in an existing 64-bit process. This warning notifies the user of the dependency.


Input: [Warning Number] VSP2014 [Description]

Output: The resulting instrumented image appears to be invalid, and might not run. This message occurs when the final instrumented assembly has an invalid PE header.


Input: [Event] FireCustomEvent [Description]

Output: Raises a user-defined custom event in the package.


Input: [Event] FireError [Description]

Output: Informs the package of an error condition.


Input: [Event] FireInformation [Description]

Output: Provides information to the user.


Input: [Event] FireProgress [Description]

Output: Informs the package of the progress of the task.


Input: [Event] FireQueryCancel [Description]

Output: Returns a value that indicates whether the package needs the task to shut down prematurely.


Input: [Event] FireWarning [Description]

Output: Informs the package that the task is in a state that warrants user notification, but is not an error condition.


Input: Handle the speech privacy policy Implement speech recognition Create a custom list grammar Output spoken text using TTS Continuous speech recognition [Sample name]

Output: Speech recognition and text-to-speech


Input: Speech recognition using predefined short message grammar Speech recognition using predefined web search grammar [Sample name]

Output: Short message dictation and web search grammars


Input: Voice commands [Sample name]

Output: Alarm clock with voice commands


Input: Basic speech synthesis, text-to-speech (TTS) [Sample name]

Output: Basic text-to-speech (TTS)


Input: List the installed voices on your device Output spoken text using TTS [Sample name]

Output: Play with text-to-speech (speech synthesis) installed voices


Input: How to create alternate paths in a grammar Check recognition confidence Confirm user input Use the EndSilenceTimeout property to allow users to pause when speaking longer phrases [Sample name]

Output: Recognition using custom grammars


Input: Install voice commands using VoiceCommandService.InstallCommandSetsFromFileAsync Schedule a PeriodicTask Update a command phrase list at runtime, using VoiceCommandSet.UpdatePhraseListAsync API. Start, stop and resume a background update [Sample name]

Output: Updating a voice command phrase list using a background agent


Input: [Name] CreateDate [Description]

Output: Gets the date and time that the credential was created.


Input: [Name] DateLastModified [Description]

Output: Gets the date and time that the credential was last modified.


Input: [Name] ID [Description]

Output: Gets the database ID value that uniquely identifies the credential.


Input: [Name] Identity [Description]

Output: Gets or sets the identity associated with the credential.


Input: [Name] MappedClassType [Description]

Output: Gets or sets the class associated with the credential.


Input: [Name] Name [Description]

Output: Gets or sets the name of the object. (Inherited from NamedSmoObject.)


Input: [Name] Parent [Description]

Output: Gets the Server object that is the parent of the Credential object.


Input: [Name] Properties [Description]

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


Input: [Name] ProviderName [Description]

Output: Gets or sets the name of the provider.


Input: [Name] State [Description]

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


Input: [Name] Urn [Description]

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


Input: [Name] UserData [Description]

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


Input: [Class] ChatHistoryQueryOptions [Description]

Output: Parameters which specify a chat history query.


Input: [Class] ChatHistoryResult [Description]

Output: A collection of Messages for a single chat room, which match the requested ChatHistoryQueryOptions. Returned as the result of a chat history query.


Input: [Class] ChatMessage [Description]

Output: Represents a message that was posted to a chat room.


Input: [Class] ChatMessageReceivedEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when a message is received.


Input: [Class] ChatRoom [Description]

Output: Describes a chat room. A chat room is a topic oriented, access controlled forum for posting real-time messages to be shared with a group of users. Chat rooms optionally support logging of chat history, which is available to members for review or query. To obtain a reference to a ChatRoom, and access other metadata about the chat room, see ChatRoomManagementServices.


Input: [Class] ChatRoomCategorySummary [Description]

Output: Basic information about a chat room category.


Input: [Class] ChatRoomFileDownloadJob [Description]

Output: Provides metadata and controls for handling a file download operation with a chat room.


Input: [Class] ChatRoomFileTransferProgressEventArgs [Description]

Output: Event argument forwarded by a ChatRoomFileDownloadJob or ChatRoomFileUploadJob when file transfer progress has changed.


Input: [Class] ChatRoomFileUploadJob [Description]

Output: Provides metadata and controls for handling a file upload operation with a chat room.


Input: [Class] ChatRoomInvitation [Description]

Output: Basic information about a chat room invitation.


Input: [Class] ChatRoomInvitationEventArgs [Description]

Output: Event argument forwarded by a PersistentChatEndpoint when a chat room invitation is received.


Input: [Class] ChatRoomParticipant [Description]

Output: Represents a user that is actively joined to a ChatRoomSession.


Input: [Class] ChatRoomPropertiesChangedEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when the properties of the chat room have changed.


Input: [Class] ChatRoomSession [Description]

Output: Enables a user to join a chat room. When joined to a chat room, a user can send and receive chat messages in real time.


Input: [Class] ChatRoomSessionStateChangedEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when the participation status of the currently logged in user has changed.


Input: [Class] ChatRoomSessionStateException [Description]

Output: Thrown when an operation is attempted on a ChatRoomSession which is not supported based on its current state.


Input: [Class] ChatRoomSettings [Description]

Output: Settings needed for creating a chat room.


Input: [Class] ChatRoomSnapshot [Description]

Output: Returned from a request to browse chat rooms.


Input: [Class] ChatRoomSummary [Description]

Output: Basic information about a chat room.


Input: [Class] ChatServerConnectionException [Description]

Output: The PersistentChatEndpoint fails to connect to the Persistent Chat server, or when an request is made when the PersistentChatEndpoint is not in a valid state.


Input: [Class] CommandFailedException [Description]

Output: The persistent chat server encounters an error while processing a request.


Input: [Class] FormattedOutboundChatMessage [Description]

Output: Used to construct a chat message which contains formatted parts, such as emoticons, hyperlinks, and chat room links. Once constructed, you must invoke one or more of the Append methods before sending this message (see BeginSendChatMessage(FormattedOutboundChatMessage, AsyncCallback, Object)).


Input: [Class] InheritedChatRoomInviteProperty [Description]

Output: Represents the room invitations property which is derived from information associated with a chatroom, as well as information associated with the parent category.


Input: [Class] MessagePart [Description]

Output: Base class for all supported message parts. A message part is a portion of a message which can be parsed into an object. Examples include emoticons, hyperlinks, chat room links, and file download links.


Input: [Class] MessagePartChatRoomLink [Description]

Output: A portion of a message which represents a chat room link.


Input: [Class] MessagePartEmoticon [Description]

Output: A portion of a message which represents an emoticon


Input: [Class] MessagePartFileDownloadLink [Description]

Output: A portion of a message which represents a downloadable file. This message part cannot be used for sending messages, it is only used for parsing inbound messages.


Input: [Class] MessagePartHyperLink [Description]

Output: A portion of a message which represents a hyper link, such as [http://www.microsoft.com].


Input: [Class] MessagePartPlainText [Description]

Output: A portion of a message which represents a simple, plain-text string.


Input: [Class] MessagePartStoryTitle [Description]

Output: A portion of a message which represents a story title.


Input: [Class] ParticipantAttendanceChangedEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when a user enters or leaves the room.


Input: [Class] ParticipantLeftEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when another user leaves the chat room.


Input: [Class] ParticipantPrivilegeChangedEventArgs [Description]

Output: Event argument forwarded by a ChatRoomSession when the privileges of a user have changed; see IsManager and IsPresenter.


Input: [Class] PersistentChatAddIn [Description]

Output: An add-in is a web-based application which can be associated with a chat room (see AddIn).


Input: [Class] PersistentChatEndpoint [Description]

Output: An endpoint which is the basis for all communication with the Persistent Chat server. This endpoint represents a single connection to a single persistent chat server, using an existing LocalEndpoint instance. This endpoint encapsulates references to all active ChatRoomSession instances to which the user has joined, and provides a access to a variety of management services, functionality for browsing the catalog of available chat rooms, and methods for reviewing chat history. (See PersistentChatServices)


Input: [Class] PersistentChatEndpointStateChangedEventArgs [Description]

Output: Event argument forwarded by a PersistentChatEndpoint when the state of the persistent chat server connection has changed.


Input: [Class] PersistentChatException [Description]

Output: Represents the base class for all exceptions defined in the Microsoft Persistent Chat API.


Input: [Class] PersistentChatPreferenceBundle [Description]

Output: Describes an arbitrary block of Data which a persistent chat application may define for storing user preferences and settings, or any other purpose.


Input: [Class] PersistentChatServerConfiguration [Description]

Output: Properties and configuration settings which apply to the persistent chat server to which the PersistentChatEndpoint has connected.


Input: [Class] PersistentChatServices [Description]

Output: Provides access to a wide variety of persistent chat features and services, including:


Input: [Access type] Read-only [Description] Specifies the camera autofocus range. [Property]

Output: AutoFocusRange

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies the orientation, relative to the sensor, that the image is rotated prior to encoding. [Property]

Output: EncodeWithOrientation

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies whether the user has enabled the shutter sound. [Property]

Output: IsShutterSoundEnabledByUser

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies whether the shutter sound is required in the region where your app is running. [Property]

Output: IsShutterSoundRequiredForRegion

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies manual focus position. [Property]

Output: ManualFocusPosition

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies whether to play the shutter sound during capture. [Property]

Output: PlayShutterSoundOnCapture

KnownCameraGeneralProperties class (Windows Phone)


Input: [Access type] Read-only [Description] Specifies the image orientation in the image metadata. [Property]

Output: SpecifiedCaptureOrientation

KnownCameraGeneralProperties class (Windows Phone)


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

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


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

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


Input: [Name] AddError [Description]

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


Input: [Name] AddOnRequestCompleted [Description]

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


Input: [Name] ClearError [Description]

Output: Clears all errors for the current HTTP request.


Input: [Name] DisposeOnPipelineCompleted [Description]

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


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

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


Input: [Name] GetAppConfig [Description]

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


Input: [Name] GetConfig [Description]

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


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

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


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

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


Input: [Name] GetHashCode [Description]

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


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

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


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

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


Input: [Name] GetSection [Description]

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


Input: [Name] GetType [Description]

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


Input: [Name] RemapHandler [Description]

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


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

Output: Rewrites the URL using the given path.


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

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


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

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


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

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


Input: [Name] SetSessionStateBehavior [Description]

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


Input: [Name] ToString [Description]

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


Input: [Name] ControllerName [Description]

Output: The name of the controller the build was queued against


Input: [Name] DefinitionName [Description]

Output: The name of the definition


Input: [Name] DefinitionUri [Description]

Output: The Uri of the definition that created this build


Input: [Name] KeepForever [Description]

Output: The KeepForever flag of the build detail This value will return false if the build has not completed.


Input: [Name] Name [Description]

Output: The build number of the build detail or the number of the queued build


Input: [Name] Priority [Description]

Output: The priority of the queued build


Input: [Name] Reason [Description]

Output: The reason the build was started


Input: [Name] RequestedFor [Description]

Output: The name of the user who requested the build


Input: [Name] Status [Description]

Output: The status of the queued build or build detail. See BuildStatus or QueuedStatus for the list of values.


Input: [Name] Uri [Description]

Output: The Uri of the queued build (build request)


Input: [Structure] CornerRadius [Description]

Output: Represents the radii of a rectangle's corners.


Input: [Structure] DependencyPropertyChangedEventArgs [Description]

Output: Provides data for various property changed events. Typically these events report effective value changes in the value of a read-only dependency property. Another usage is as part of a PropertyChangedCallback implementation.


Input: [Structure] Duration [Description]

Output: Represents the duration of time that a Timeline is active.


Input: [Structure] FigureLength [Description]

Output: Describes the height or width of a Figure.


Input: [Structure] FontStretch [Description]

Output: Describes the degree to which a font has been stretched compared to the normal aspect ratio of that font.


Input: [Structure] FontStyle [Description]

Output: Defines a structure that represents the style of a font face as normal, italic, or oblique.


Input: [Structure] FontWeight [Description]

Output: Refers to the density of a typeface, in terms of the lightness or heaviness of the strokes.


Input: [Structure] FreezableCollection.Enumerator [Description]

Output: Enumerates the members of a FreezableCollection.


Input: [Structure] GridLength [Description]

Output: Represents the length of elements that explicitly support Star unit types.


Input: [Structure] Int32Rect [Description]

Output: Describes the width, height, and location of an integer rectangle.


Input: [Structure] LocalValueEntry [Description]

Output: Represents a property identifier and the property value for a locally set dependency property.


Input: [Structure] LocalValueEnumerator [Description]

Output: Provides enumeration support for the local values of any dependency properties that exist on a DependencyObject.


Input: [Structure] Point [Description]

Output: Represents an x- and y-coordinate pair in two-dimensional space.


Input: [Structure] Rect [Description]

Output: Describes the width, height, and location of a rectangle.


Input: [Structure] RoutedEventHandlerInfo [Description]

Output: Infrastructure. Provides special handling information to inform event listeners whether specific handlers should be invoked.


Input: [Structure] Size [Description]

Output: Implements a structure that is used to describe the Size of an object.


Input: [Structure] TextDecorationCollection.Enumerator [Description]

Output: Enumerates TextDecoration items in a TextDecoration.


Input: [Structure] Thickness [Description]

Output: Describes the thickness of a frame around a rectangle. Four Double values describe the Left, Top, Right, and Bottom sides of the rectangle, respectively.


Input: [Structure] ValueSource [Description]

Output: Reports the information returned from DependencyPropertyHelper.GetValueSource.


Input: [Structure] Vector [Description]

Output: Represents a displacement in 2-D space.


Input: [Description] Specifies that the source or destination context is a different process on the same computer. [Member name]

Output: CrossProcess


Input: [Description] Specifies that the source or destination context is a different computer. [Member name]

Output: CrossMachine


Input: [Description] Specifies that the source or destination context is a file. Users can assume that files will last longer than the process that created them and not serialize objects in such a way that deserialization will require accessing any data from the current process. [Member name]

Output: File


Input: [Description] Specifies that the source or destination context is a persisted store, which could include databases, files, or other backing stores. Users can assume that persisted data will last longer than the process that created the data and not serialize objects so that deserialization will require accessing any data from the current process. [Member name]

Output: Persistence


Input: [Description] Specifies that the data is remoted to a context in an unknown location. Users cannot make any assumptions whether this is on the same computer. [Member name]

Output: Remoting


Input: [Description] Specifies that the serialization context is unknown. [Member name]

Output: Other


Input: [Description] Specifies that the object graph is being cloned. Users can assume that the cloned graph will continue to exist within the same process and be safe to access handles or other references to unmanaged resources. [Member name]

Output: Clone


Input: [Description] Specifies that the source or destination context is a different AppDomain. (For a description of AppDomains, see Application Domains). [Member name]

Output: CrossAppDomain


Input: [Description] Specifies that the serialized data can be transmitted to or received from any of the other contexts. [Member name]

Output: All


Input: [Description] Advances to the first row with values (in index order) after the seek value. [Member name]

Output: After


Input: [Description] Advances to the last matching row on the index. If there are no matching rows, advances to the first row with values after the seek value, in index order. [Member name]

Output: AfterEqual


Input: [Description] Advances to the last row with values (in index order) before the seek value. [Member name]

Output: Before


Input: [Description] Advances to the first matching row on the index. If there are no matching rows, advances to the last row with values before the seek value, in index order. [Member name]

Output: BeforeEqual


Input: [Description] Advances to the first matching row (in index order) on the index. [Member name]

Output: FirstEqual


Input: [Description] Advances to the last matching row (in index order) on the index. [Member name]

Output: LastEqual


Input: [Description] Gets or sets the cultural information for any operations of the view that might differ by culture, such as sorting. [Name]

Output: Culture


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

Output: Dispatcher


Input: [Description] Gets a collection of GroupDescription objects that describe how items in the collection are grouped in the view. [Name]

Output: GroupDescriptions


Input: [Description] Gets a collection of SortDescription objects that describe how the items in the collection are sorted in the view. [Name]

Output: SortDescriptions


Input: [Description] Gets or sets the collection object from which to create this view. [Name]

Output: Source


Input: [Description] Gets the view object that is currently associated with this instance of CollectionViewSource. [Name]

Output: View


Input: [Data column name] ApplicationName [Description] Name of the client application that created the connection to an instance of SQL Server. This column is populated with the values passed by the application rather than the displayed name of the program. [Column ID] 10 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] ClientProcessID [Description] ID assigned by the host computer to the process where the client application is running. This data column is populated if the client provides the client process ID. [Column ID] 9 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] DatabaseID [Description] ID of the database specified by the USE database statement or the default database if no USE database statement has been issued for a given instance. SQL Server Profiler displays the name of the database if the ServerName data column is captured in the trace and the server is available. Determine the value for a database by using the DB_ID function. [Column ID] 3 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] DatabaseName [Description] Name of the database in which the user statement is running. [Column ID] 35 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] EventClass [Description] Type of event = 104. [Column ID] 27 [Filterable] No [Data type]

Output: int


Input: [Data column name] EventSequence [Description] Sequence of a given event within the request. [Column ID] 51 [Filterable] No [Data type]

Output: int


Input: [Data column name] EventSubClass [Description] Type of event subclass. 1=Add 2=Drop [Column ID] 21 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] HostName [Description] Name of the computer on which the client is running. This data column is populated if the client provides the host name. To determine the host name, use the HOST_NAME function. [Column ID] 8 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] IsSystem [Description] Indicates whether the event occurred on a system process or a user process. 1 = system, 0 = user. [Column ID] 60 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] LoginName [Description] Name of the login of the user (either the SQL Server security login or the Microsoft Windows login credentials in the form of DOMAIN\username). [Column ID] 11 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] LoginSid [Description] Security identification number (SID) of the logged-in user. You can find this information in the sys.server_principals catalog view. Each SID is unique for each login in the server. [Column ID] 41 [Filterable] Yes [Data type]

Output: image


Input: [Data column name] NTDomainName [Description] Windows domain to which the user belongs. [Column ID] 7 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] NTUserName [Description] Windows user name. [Column ID] 6 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] RequestID [Description] ID of the request containing the statement. [Column ID] 49 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] ServerName [Description] Name of the instance of SQL Server being traced. [Column ID] 26 [Filterable] No [Data type]

Output: nvarchar


Input: [Data column name] SessionLoginName [Description] Login name of the user who originated the session. For example, if you connect to SQL Server using Login1 and execute a statement as Login2, SessionLoginName shows Login1 and LoginName shows Login2. This column displays both SQL Server and Windows logins. [Column ID] 64 [Filterable] Yes [Data type]

Output: Nvarchar


Input: [Data column name] SPID [Description] ID of the session on which the event occurred. [Column ID] 12 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] StartTime [Description] Time at which the event started, if available. [Column ID] 14 [Filterable] Yes [Data type]

Output: datetime


Input: [Data column name] Success [Description] 1 = success. 0 = failure. For example, a value of 1 indicates success of a permissions check and a value of 0 indicates a failure of that check. [Column ID] 23 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] TargetLoginName [Description] The name of the login to be added or dropped. [Column ID] 42 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] TargetLoginSid [Description] The security identification number (SID) of the targeted login (if passed in as a parameter). [Column ID] 43 [Filterable] Yes [Data type]

Output: image


Input: [Data column name] TransactionID [Description] System-assigned ID of the transaction. [Column ID] 4 [Filterable] Yes [Data type]

Output: bigint


Input: [Data column name] XactSequence [Description] Token used to describe the current transaction. [Column ID] 50 [Filterable] Yes [Data type]

Output: bigint


Input: [Field name] MethodBeingCompiledNameSpace [Data type] win:UnicodeString [Description]

Output: Namespace of the method that is being compiled.


Input: [Field name] MethodBeingCompiledName [Data type] win:UnicodeString [Description]

Output: Name of the method that is being compiled.


Input: [Field name] MethodBeingCompiledNameSignature [Data type] win:UnicodeString [Description]

Output: Signature of the method that is being compiled.


Input: [Field name] InlinerNamespace [Data type] win:UnicodeString [Description]

Output: The namespace of the method the JIT compiler is trying to generate code for.


Input: [Field name] InlinerName [Data type] win:UnicodeString [Description]

Output: The name of the method the compiler is attempting to generate code for. This might not be the same as MethodBeingCompiledName if the compiler is attempting to inline code into MethodBeingCompiledName instead of generating a call to InlinerName.


Input: [Field name] InlinerNameSignature [Data type] win:UnicodeString [Description]

Output: The signature for the inliner.


Input: [Field name] InlineeNamespace [Data type] win:UnicodeString [Description]

Output: The namespace of the inlinee.


Input: [Field name] InlineeName [Data type] win:UnicodeString [Description]

Output: The method the compiler is trying to inline (not generate a call to).


Input: [Field name] InlineeNameSignature [Data type] win:UnicodeString [Description]

Output: The signature for the inlinee.


Input: [Field name] FailAlways [Data type] win:Boolean [Description]

Output: A hint to the JIT compiler that inlining will always fail for the inlinee.


Input: [Field name] FailReason [Data type] win:UnicodeString [Description]

Output: INLINE_NEVER means a previous inlining attempt determined that inlining will never succeed for some other reason; otherwise, free-form text.


Input: [Field name] ClrInstanceID [Data type] win:UnicodeString [Description]

Output: Unique ID for the instance of CLR or CoreCLR.


Input: [Name] Ascent [Description]

Output: Gets or sets the ascent of characters in the font.


Input: [Name] AverageCharWidth [Description]

Output: Gets or sets the average width of characters in the font.


Input: [Name] BreakChar [Description]

Output: Gets or sets the character used to define word breaks for text justification.


Input: [Name] CharSet [Description]

Output: Gets or sets the character set of the font.


Input: [Name] DefaultChar [Description]

Output: Gets or sets the character to be substituted for characters not in the font.


Input: [Name] Descent [Description]

Output: Gets or sets the descent of characters in the font.


Input: [Name] DigitizedAspectX [Description]

Output: Gets or sets the horizontal aspect of the device for which the font was designed.


Input: [Name] DigitizedAspectY [Description]

Output: Gets or sets the vertical aspect of the device for which the font was designed.


Input: [Name] ExternalLeading [Description]

Output: Gets or sets the amount of extra leading that the application adds between rows.


Input: [Name] FirstChar [Description]

Output: Gets or sets the first character defined in the font.


Input: [Name] Height [Description]

Output: Gets or sets the height of characters in the font.


Input: [Name] InternalLeading [Description]

Output: Gets or sets the amount of leading inside the bounds set by the Height property.


Input: [Name] Italic [Description]

Output: Gets or sets a value indicating whether the font is italic.


Input: [Name] LastChar [Description]

Output: Gets or sets the last character defined in the font.


Input: [Name] MaxCharWidth [Description]

Output: Gets or sets the width of the widest character in the font.


Input: [Name] Overhang [Description]

Output: Gets or sets the extra width per string that may be added to some synthesized fonts.


Input: [Name] PitchAndFamily [Description]

Output: Gets or sets information about the pitch, technology, and family of a physical font.


Input: [Name] StruckOut [Description]

Output: Gets or sets a value indicating whether the font specifies a horizontal line through the characters.


Input: [Name] Underlined [Description]

Output: Gets or sets a value indicating whether the font is underlined.


Input: [Name] Weight [Description]

Output: Gets or sets the weight of the font.


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

Output: Specifies the camera autofocus range.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies the orientation, relative to the sensor, that the image is rotated prior to encoding.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies whether the user has enabled the shutter sound.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies whether the shutter sound is required in the region where your app is running.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies manual focus position.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies whether to play the shutter sound during capture.

KnownCameraGeneralProperties class (Windows Phone)


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

Output: Specifies the image orientation in the image metadata.

KnownCameraGeneralProperties class (Windows Phone)


Input: [Element name] STRUCTURE_ID [Size] 32-bit integer [Description]

Output: The structure identifier. This is set to 7.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Element name] SIZE [Size] 32-bit integer [Description]

Output: The size of this log structure.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Element name] TIME [Size] 64-bit timestamp [Description]

Output: The date and time the event was initiated. You can use the FileTimeToSystemTime Win32 function to retrieve the date and time information from this field. The time is precise to approximately 10 milliseconds.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Element name] CONNECTION_ID [Size] 32-bit integer [Description]

Output: The identifier for the connection that is requesting the filter of the datacache.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Element name] NAME_SLICE [Size] Unicode byte array [Description]

Output: The name and slice on which the operation will be performed.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Element name] CHECKSUM [Size] 32-bit integer [Description]

Output: The checksum to verify that the record was written successfully. This is calculated by adding STRUCTURE_ID, SIZE, the low word of TIME, and the high word of TIME.

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Related topics] Administrate the integration of Team Foundation Server and Project Server Overview of TFS-Project Server integration features Operational differences in managing projects using TFS and Project [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] System and setup requirements to support TFS-Project Server integration Map Project Server components to Team Foundation components [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] Update an existing installation and version compatibility requirements Upgrade Microsoft Project Server 2010 to Microsoft Project Server 2013 [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] Configuration quick reference [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] ConfigureTFS-Project Server integration [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] Assign permissions to support TFS-Project Server integration [Task]

Output: Grant permissions to support configuration and data synchronization. You must grant permissions to administrators, service accounts, and team members.

Synchronize Team Foundation Server with Project Server


Input: [Related topics] Map integration components [TfsAdmin ProjectServer] [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Related topics] Synchronization process overview for TFS-Project Server integration [Task]

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

Synchronize Team Foundation Server with Project Server


Input: [Schema permission] CONTROL [Implied by schema permission] CONTROL

Output: CONTROL


Input: [Schema permission] TAKE OWNERSHIP [Implied by schema permission] CONTROL

Output: CONTROL


Input: [Schema permission] ALTER [Implied by schema permission] CONTROL

Output: ALTER ANY SCHEMA


Input: [Schema permission] EXECUTE [Implied by schema permission] CONTROL

Output: EXECUTE


Input: [Schema permission] INSERT [Implied by schema permission] CONTROL

Output: INSERT


Input: [Schema permission] DELETE [Implied by schema permission] CONTROL

Output: DELETE


Input: [Schema permission] UPDATE [Implied by schema permission] CONTROL

Output: UPDATE


Input: [Schema permission] SELECT [Implied by schema permission] CONTROL

Output: SELECT


Input: [Schema permission] REFERENCES [Implied by schema permission] CONTROL

Output: REFERENCES


Input: [Schema permission] VIEW CHANGE TRACKING [Implied by schema permission] CONTROL

Output: CONTROL


Input: [Schema permission] VIEW DEFINITION [Implied by schema permission] CONTROL

Output: VIEW DEFINITION


Input: [Size] 32-bit integer [Description] The structure identifier. This is set to 7. [Element name]

Output: STRUCTURE_ID

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Size] 32-bit integer [Description] The size of this log structure. [Element name]

Output: SIZE

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Size] 64-bit timestamp [Description] The date and time the event was initiated. You can use the FileTimeToSystemTime Win32 function to retrieve the date and time information from this field. The time is precise to approximately 10 milliseconds. [Element name]

Output: TIME

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Size] 32-bit integer [Description] The identifier for the connection that is requesting the filter of the datacache. [Element name]

Output: CONNECTION_ID

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Size] Unicode byte array [Description] The name and slice on which the operation will be performed. [Element name]

Output: NAME_SLICE

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Size] 32-bit integer [Description] The checksum to verify that the record was written successfully. This is calculated by adding STRUCTURE_ID, SIZE, the low word of TIME, and the high word of TIME. [Element name]

Output: CHECKSUM

Registry Entries for Microsoft SQL Server 2000 Analysis Services


Input: [Command] Edit.Find [Shortcut Keys] CTRL + F [Description]

Output: Displays the Find dialog box.


Input: [Command] Edit.FindNext [Shortcut Keys] F3 [Description]

Output: Finds the next occurrence of the previous search text.


Input: [Command] Edit.FindNextSelected [Shortcut Keys] CTRL + F3 [Description]

Output: Finds the next occurrence of the currently selected text in the document.


Input: [Command] Edit.FindPrevious [Shortcut Keys] SHIFT + F3 [Description]

Output: Finds the previous occurrence of the search text.


Input: [Command] Edit.FindPreviousSelected [Shortcut Keys] CTRL + SHIFT + F3 [Description]

Output: Finds the previous occurrence of the currently selected text, or the word at the caret.


Input: [Command] Edit.GoToFindCombo [Shortcut Keys] CTRL + SHIFT + F [Description]

Output: Places the caret in the Find/Command line on the Standard toolbar.


Input: [Command] Edit.HiddenText [Shortcut Keys] ALT + F3, H [Description]

Output: Selects or clears the Search Hidden Text option for the Find dialog box.


Input: [Command] Edit.IncrementalSearch [Shortcut Keys] CTRL + ALT + I [Description]

Output: Starts Incremental search. If Incremental search is started but you have not typed any characters, recalls the previous pattern. If text has been found, searches for the next occurrence.


Input: [Command] Edit.MatchCase [Shortcut Keys] ALT + F3, + C [Description]

Output: Selects or clears the Match Case option for Find and Replace operations.


Input: [Command] Edit.RegularExpression [Shortcut Keys] ALT + F3, + R [Description]

Output: Selects or clears the Regular expression option so that special characters can be used in Find and Replace operations.


Input: [Command] Edit.Replace [Shortcut Keys] CTRL + H [Description]

Output: Displays the Replace dialog box.


Input: [Command] Edit.ReplaceinFiles [Shortcut Keys] CTRL + SHIFT + H [Description]

Output: Displays the Replace in Files dialog box.


Input: [Command] Edit.ReverseIncrementalSearch [Shortcut Keys] CTRL + SHIFT + ALT + I [Description]

Output: Changes the direction of Incremental search to begin at the bottom of the file and progress towards the top.


Input: [Command] Edit.StopSearch [Shortcut Keys] ALT + F3, + S [Description]

Output: Halts the current Find in Files operation.


Input: [Command] Edit.Up [Shortcut Keys] ALT + F3, + B [Description]

Output: Selects or clears the Search Up option for Find and Replace operations.


Input: [Command] Edit.WholeWord [Shortcut Keys] ALT + F3, + W [Description]

Output: Selects or clears the Match whole word option for Find and Replace operations.


Input: [Command] Edit.Wildcard [Shortcut Keys] ALT + F3, P [Description]

Output: Selects or clears the Wildcard option for Find and Replace operations.


Input: [Method] addFragment [Description]

Output: Adds a fragment to the composer site. Consults the registered composer factories to find the proper composer.


Input: [Method] enumerateFragments [Description]

Output: Enumerates the fragments on the composer registered for the given attribute name.


Input: [Method] insertFragment [Description]

Output: Inserts a fragment into the composer site at the specified index.


Input: [Method] registerComposerFactory [Description]

Output: Registers a new composer factory with this site.


Input: [Method] removeFragment [Description]

Output: Removes a fragment from the composer site.


Input: [Method] unregisterComposerFactory [Description]

Output: Unregisters a composer factory on this site.


Input: [Sample name] Speech recognition and text-to-speech

Output: Handle the speech privacy policy Implement speech recognition Create a custom list grammar Output spoken text using TTS Continuous speech recognition


Input: [Sample name] Short message dictation and web search grammars

Output: Speech recognition using predefined short message grammar Speech recognition using predefined web search grammar


Input: [Sample name] Alarm clock with voice commands

Output: Voice commands


Input: [Sample name] Basic text-to-speech (TTS)

Output: Basic speech synthesis, text-to-speech (TTS)


Input: [Sample name] Play with text-to-speech (speech synthesis) installed voices

Output: List the installed voices on your device Output spoken text using TTS