Input: [Task] Review and track test results: After you run tests, review your test results to see which tests passed and which tests failed. You can then assign a reason for a failed test, and assign a resolution. You can view all the test results for a test plan using pre-defined test reports or by creating your own custom reports. If your team uses a project portal, you can view the pre-defined reports on the Test Dashboard. Access the project portal from the Track view in the Testing Center in Microsoft Test Manager. For more information about the project portal information, see Test Dashboard (Agile). [Related topics]

Output: Reviewing Test Results in Microsoft Test Manager Reporting on Testing Progress for Test Plans How to: View Test Plan Results in Microsoft Test Manager

System Testing Your Application Using Microsoft Test Manager


Input: [Enumeration] AddressFilterMode [Description]

Output: Specifies the type of match semantics used by the dispatcher to route incoming messages to the correct endpoint.


Input: [Enumeration] AuditLevel [Description]

Output: Specifies when to audit security events.


Input: [Enumeration] AuditLogLocation [Description]

Output: Specifies the location where security-related event logs are written.


Input: [Enumeration] BasicHttpMessageCredentialType [Description]

Output: Enumerates credential types the client can authenticate with when security is enabled in the BasicHttpBinding binding.


Input: [Enumeration] BasicHttpSecurityMode [Description]

Output: Specifies the types of security that can be used with the system-provided BasicHttpBinding.


Input: [Enumeration] CommunicationState [Description]

Output: Defines the states in which an ICommunicationObject can exist.


Input: [Enumeration] ConcurrencyMode [Description]

Output: Specifies whether a service class supports single-threaded or multi-threaded modes of operation.


Input: [Enumeration] DeadLetterQueue [Description]

Output: Specifies the type of dead-letter queue to be used.


Input: [Enumeration] HostNameComparisonMode [Description]

Output: Specifies how the host name should be used in URI comparisons when dispatching an incoming message to a service endpoint.


Input: [Enumeration] HttpClientCredentialType [Description]

Output: Enumerates the valid credential types for HTTP clients.


Input: [Enumeration] HttpProxyCredentialType [Description]

Output: Enumerates the valid credential types for HTTP proxy authentication.


Input: [Enumeration] ImpersonationOption [Description]

Output: Specifies the impersonation behavior for a service operation on a service instance.


Input: [Enumeration] InstanceContextMode [Description]

Output: Specifies the number of service instances available for handling calls that are contained in incoming messages.


Input: [Enumeration] MessageCredentialType [Description]

Output: Enumerates the valid message credential types.


Input: [Enumeration] MsmqAuthenticationMode [Description]

Output: Specifies the type of authentication used for the binding.


Input: [Enumeration] MsmqEncryptionAlgorithm [Description]

Output: Contains the set of encryption algorithms that can be used to encrypt messages on the wire.


Input: [Enumeration] MsmqSecureHashAlgorithm [Description]

Output: Contains the hashing algorithms that Message Queuing (MSMQ) can use to sign messages.


Input: [Enumeration] NetMsmqSecurityMode [Description]

Output: The NetMsmqSecurityMode enumeration specifies security modes that can be used by the MSMQ transport.


Input: [Enumeration] NetNamedPipeSecurityMode [Description]

Output: Specifies whether transport-level security is used with named pipes.


Input: [Enumeration] OperationFormatStyle [Description]

Output: Represents the SOAP style that determines how the WSDL metadata for the service is formatted.


Input: [Enumeration] OperationFormatUse [Description]

Output: Determines the format of the message.


Input: [Enumeration] PeerMessageOrigination [Description]

Output: Indicates the network origin of a peer channel message.


Input: [Enumeration] PeerMessagePropagation [Description]

Output: Indicates the recipient of a message sent over a peer channel.


Input: [Enumeration] PeerTransportCredentialType [Description]

Output: Specifies the set of credential types used to authenticate a peer channel transport.


Input: [Enumeration] QueuedDeliveryRequirementsMode [Description]

Output: The QueuedDeliveryRequirementsMode enumeration specifies queued delivery requirements.


Input: [Enumeration] QueueTransferProtocol [Description]

Output: Indicates the protocol to be used in transferring messages between queue managers.


Input: [Enumeration] ReceiveErrorHandling [Description]

Output: An enumeration that specifies handling for a poison message.


Input: [Enumeration] ReleaseInstanceMode [Description]

Output: Specifies when the system recycles the service object in the operation invocation process.


Input: [Enumeration] SecurityMode [Description]

Output: Determines the security settings for a binding.


Input: [Enumeration] SessionMode [Description]

Output: Specifies the values available to indicate the support for reliable sessions that a contract requires or supports.


Input: [Enumeration] TcpClientCredentialType [Description]

Output: Enumerates the valid credential types for TCP clients.


Input: [Enumeration] TransactionFlowOption [Description]

Output: An enumeration that is used with the TransactionFlowAttribute to specify the transaction flow policy for a service operation.


Input: [Enumeration] TransferMode [Description]

Output: Indicates whether a channel uses streamed or buffered modes for the transfer of request and response messages.


Input: [Enumeration] WebHttpSecurityMode [Description]

Output: Defines the modes of security that can be used to configure a service endpoint to receive HTTP requests.


Input: [Enumeration] WSDualHttpSecurityMode [Description]

Output: Specifies the different security modes for WsDualHttpBinding.


Input: [Enumeration] WSFederationHttpSecurityMode [Description]

Output: Specifies the different security modes for WsFederationHttpBinding.


Input: [Enumeration] WSMessageEncoding [Description]

Output: Specifies whether Message Transmission Optimization Mechanism (MTOM) or text is used to encode SOAP messages.


Input: [Name] CommandLine [Description]

Output: Gets the command line for this process.


Input: [Name] CurrentDirectory [Description]

Output: Gets or sets the fully qualified path of the current working directory.


Input: [Name] CurrentManagedThreadId [Description]

Output: Gets a unique identifier for the current managed thread.


Input: [Name] ExitCode [Description]

Output: Gets or sets the exit code of the process.


Input: [Name] HasShutdownStarted [Description]

Output: Gets a value that indicates whether the current application domain is being unloaded or the common language runtime (CLR) is shutting down.


Input: [Name] Is64BitOperatingSystem [Description]

Output: Determines whether the current operating system is a 64-bit operating system.


Input: [Name] Is64BitProcess [Description]

Output: Determines whether the current process is a 64-bit process.


Input: [Name] MachineName [Description]

Output: Gets the NetBIOS name of this local computer.


Input: [Name] NewLine [Description]

Output: Gets the newline string defined for this environment.


Input: [Name] OSVersion [Description]

Output: Gets an OperatingSystem object that contains the current platform identifier and version number.


Input: [Name] ProcessorCount [Description]

Output: Gets the number of processors on the current machine.


Input: [Name] StackTrace [Description]

Output: Gets current stack trace information.


Input: [Name] SystemDirectory [Description]

Output: Gets the fully qualified path of the system directory.


Input: [Name] SystemPageSize [Description]

Output: Gets the number of bytes in the operating system's memory page.


Input: [Name] TickCount [Description]

Output: Gets the number of milliseconds elapsed since the system started.


Input: [Name] UserDomainName [Description]

Output: Gets the network domain name associated with the current user.


Input: [Name] UserInteractive [Description]

Output: Gets a value indicating whether the current process is running in user interactive mode.


Input: [Name] UserName [Description]

Output: Gets the user name of the person who is currently logged on to the Windows operating system.


Input: [Name] Version [Description]

Output: Gets a Version object that describes the major, minor, build, and revision numbers of the common language runtime.


Input: [Name] WorkingSet [Description]

Output: Gets the amount of physical memory mapped to the process context.


Input: [Flag] WBEM_FLAG_USE_AMENDED_QUALIFIERS [Meaning]

Output: If this flag is set, WMI does not store any qualifiers with the amended flavor. If this flag is not set, it is assumed that this object is not localized, and all qualifiers are stored with this instance.


Input: [Flag] WBEM_FLAG_CREATE_OR_UPDATE [Meaning]

Output: This flag causes the class to be created if it does not exist, or overwritten if it exists already.


Input: [Flag] WBEM_FLAG_UPDATE_ONLY [Meaning]

Output: This flag causes this call to update. The class must exist for the call to be successful.


Input: [Flag] WBEM_FLAG_CREATE_ONLY [Meaning]

Output: This flag is used for creation only. The call fails if the class already exists.


Input: [Flag] WBEM_FLAG_RETURN_IMMEDIATELY [Meaning]

Output: This flag causes this to be a semisynchronous call. For more information, see Calling a Method.


Input: [Flag] WBEM_FLAG_OWNER_UPDATE [Meaning]

Output: Push providers must specify this flag when calling PutClass, to indicate that this class has changed.


Input: [Flag] WBEM_FLAG_UPDATE_COMPATIBLE [Meaning]

Output: This flag allows a class to be updated if there are no derived classes and there are no instances for that class. It also allows updates in all cases if the change is just to nonimportant qualifiers (for example, the Description qualifier). This is the default behavior for this call and is used for compatibility with previous versions of Windows Management. If the class has instances or changes are to important qualifiers, the update fails.


Input: [Flag] WBEM_FLAG_UPDATE_SAFE_MODE [Meaning]

Output: This flag allows updates of classes even if there are child classes as long as the change does not cause any conflicts with child classes. An example of an update this flag would allow would be to add a new property to the base class that was not previously mentioned in any of the child classes. If the class has instances, the update fails.


Input: [Flag] WBEM_FLAG_UPDATE_FORCE_MODE [Meaning]

Output: This flag forces updates of classes when conflicting child classes exist. An example of an update this flag would force would be if a class qualifier were defined in a child class, and the base class tried to add the same qualifier which conflicted with the existing one. In force mode, this conflict would be resolved by deleting the conflicting qualifier in the child class.


Input: [Data type] int [Description] The ID of the event session. Is not nullable. [Column name]

Output: event_session_id


Input: [Data type] int [Description] The ID of the event. This ID is unique within an event session object. Is not nullable. [Column name]

Output: event_id


Input: [Data type] sysname [Description] The name of the event. Is not nullable. [Column name]

Output: name


Input: [Data type] sysname [Description] The name of the event package that contains the event. Is not nullable. [Column name]

Output: package


Input: [Data type] sysname [Description] The name of the module that contains the event. Is not nullable. [Column name]

Output: module


Input: [Data type] nvarchar(3000) [Description] The predicate expression that is applied to the event. Is nullable. [Column name]

Output: predicate


Input: [Name] SEVERE [Description]

Output: Indicates a serious failure and is the highest level of logging. In the JDBC driver, this level is used for reporting errors and exceptions.


Input: [Name] WARNING [Description]

Output: Indicates a potential problem.


Input: [Name] INFO [Description]

Output: Provides informational messages.


Input: [Name] CONFIG [Description]

Output: Provides configuration messages. Note that the JDBC driver does not currently provide any configuration messages.


Input: [Name] FINE [Description]

Output: Provides basic tracing information including all exceptions thrown by the public methods.


Input: [Name] FINER [Description]

Output: Provides detailed tracing information including all public method entry and exit points with the associated parameter data types, and all public properties for public classes. In addition, input parameters, output parameters, and method return values except CLOB, BLOB, NCLOB, Reader, return value types.


Input: [Name] FINEST [Description]

Output: Provides highly detailed tracing information. This is the lowest level of logging.


Input: [Name] OFF [Description]

Output: Turns off logging.


Input: [Name] ALL [Description]

Output: Enables logging of all messages.


Input: [Action] Create/modify/delete [Alerts] No [Operators] No [Local jobs] Yes 2 (owned jobs only) [Job schedules] Yes (owned schedules only) [Proxies] No [Multiserver jobs]

Output: No


Input: [Action] View list (enumerate) [Alerts] Yes [Operators] Yes 1 [Local jobs] Yes [Job schedules] Yes [Proxies] Yes [Multiserver jobs]

Output: Yes


Input: [Action] Enable/disable [Alerts] No [Operators] No [Local jobs] Yes 3 [Job schedules] Yes 4 [Proxies] Not applicable [Multiserver jobs]

Output: No


Input: [Action] View properties [Alerts] Yes [Operators] Yes [Local jobs] Yes [Job schedules] Yes [Proxies] Yes [Multiserver jobs]

Output: Yes


Input: [Action] Edit properties [Alerts] No [Operators] No [Local jobs] Yes (owned jobs only) [Job schedules] Yes (owned schedules only) [Proxies] No [Multiserver jobs]

Output: No


Input: [Action] Execute/stop/start [Alerts] Not applicable [Operators] Not applicable [Local jobs] Yes [Job schedules] Not applicable [Proxies] Not applicable [Multiserver jobs]

Output: No


Input: [Action] View job history [Alerts] Not applicable [Operators] Not applicable [Local jobs] Yes [Job schedules] Not applicable [Proxies] Not applicable [Multiserver jobs]

Output: Yes


Input: [Action] Delete job history [Alerts] Not applicable [Operators] Not applicable [Local jobs] Yes [Job schedules] Not applicable [Proxies] Not applicable [Multiserver jobs]

Output: No


Input: [Action] Attach/detach [Alerts] Not applicable [Operators] Not applicable [Local jobs] Not applicable [Job schedules] Yes (owned schedules only) [Proxies] Not applicable [Multiserver jobs]

Output: Not applicable


Input: [Name] AddElementName [Description]

Output: Gets or sets the name of the ConfigurationElement to associate with the add operation in the ConfigurationElementCollection when overridden in a derived class.


Input: [Name] ClearElementName [Description]

Output: Gets or sets the name for the ConfigurationElement to associate with the clear operation in the ConfigurationElementCollection when overridden in a derived class.


Input: [Name] ElementName [Description]

Output: Gets the name used to identify this collection of elements in the configuration file when overridden in a derived class.


Input: [Name] ElementProperty [Description]

Output: Gets the ConfigurationElementProperty object that represents the ConfigurationElement object itself.(Inherited from ConfigurationElement.)


Input: [Name] EvaluationContext [Description]

Output: Gets the ContextInformation object for the ConfigurationElement object.(Inherited from ConfigurationElement.)


Input: [Name] Item [Description]

Output: Overloaded. Gets or sets a property, attribute, or child element of this ConfigurationElement object.(Inherited from ConfigurationElement.)


Input: [Name] Properties [Description]

Output: Gets the collection of properties.(Inherited from ConfigurationElement.)


Input: [Name] RemoveElementName [Description]

Output: Gets or sets the name of the ConfigurationElement to associate with the remove operation in the ConfigurationElementCollection when overridden in a derived class.


Input: [Name] ThrowOnDuplicate [Description]

Output: Gets a value indicating whether an attempt to add a duplicate ConfigurationElement to the ConfigurationElementCollection will cause an exception to be thrown.


Input: [Hook] WH_CALLWNDPROC [Scope]

Output: Thread or global


Input: [Hook] WH_CALLWNDPROCRET [Scope]

Output: Thread or global


Input: [Hook] WH_CBT [Scope]

Output: Thread or global


Input: [Hook] WH_DEBUG [Scope]

Output: Thread or global


Input: [Hook] WH_FOREGROUNDIDLE [Scope]

Output: Thread or global


Input: [Hook] WH_GETMESSAGE [Scope]

Output: Thread or global


Input: [Hook] WH_JOURNALPLAYBACK [Scope]

Output: Global only


Input: [Hook] WH_JOURNALRECORD [Scope]

Output: Global only


Input: [Hook] WH_KEYBOARD [Scope]

Output: Thread or global


Input: [Hook] WH_KEYBOARD_LL [Scope]

Output: Global only


Input: [Hook] WH_MOUSE [Scope]

Output: Thread or global


Input: [Hook] WH_MOUSE_LL [Scope]

Output: Global only


Input: [Hook] WH_MSGFILTER [Scope]

Output: Thread or global


Input: [Hook] WH_SHELL [Scope]

Output: Thread or global


Input: [Hook] WH_SYSMSGFILTER [Scope]

Output: Global only


Input: [Binding] BasicHttpBinding [Internet] No [B2B] Yes [Anonymous] No [None] Yes [Intranet]

Output: No


Input: [Binding] NetTcpBinding [Internet] Yes [B2B] No [Anonymous] Yes [None] Yes [Intranet]

Output: Yes


Input: [Binding] NetNamedPipeBinding [Internet] No [B2B] No [Anonymous] No [None] Yes [Intranet]

Output: Yes


Input: [Binding] WSHttpBinding [Internet] Yes [B2B] Yes [Anonymous] Yes [None] Yes [Intranet]

Output: No


Input: [Binding] WSDualHttpBinding [Internet] Yes [B2B] Yes [Anonymous] Yes [None] Yes [Intranet]

Output: No


Input: [Binding] NetMsmqBinding [Internet] No [B2B] No [Anonymous] Yes [None] Yes [Intranet]

Output: Yes


Input: [Return code] STATUS_INFO_LENGTH_MISMATCH [Description]

Output: The size of the WDF_REQUEST_SEND_OPTIONS structure that the RequestOptions parameter specified was incorrect.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Return code] STATUS_INVALID_PARAMETER [Description]

Output: An invalid parameter was detected.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Return code] STATUS_INSUFFICIENT_RESOURCES [Description]

Output: Insufficient memory was available.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Return code] STATUS_INVALID_DEVICE_REQUEST [Description]

Output: The caller's IRQL was not PASSIVE_LEVEL, or the I/O request that the Request parameter specified was already queued to an I/O target.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Return code] STATUS_IO_TIMEOUT [Description]

Output: The driver supplied a time-out value and the request did not complete within the allotted time.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Return code] STATUS_REQUEST_NOT_ACCEPTED [Description]

Output: The I/O request packet (IRP) that the Request parameter represents does not provide enough IO_STACK_LOCATION structures to allow the driver to forward the request.

WdfUsbTargetPipeResetSynchronously method (Windows Drivers)


Input: [Description] Specifies the number of scopes that are part of this display group. [Name]

Output: Count


Input: [Description] Gets or sets the default scope for the display group. [Name]

Output: Default


Input: [Description] Gets or sets the description for the display group. [Name]

Output: Description


Input: [Description] Gets or sets a Boolean value that indicates whether a scope is displayed in the scope Administration user interface. [Name]

Output: DisplayInAdminUI


Input: [Description] Gets the scope display group ID. [Name]

Output: ID


Input: [Description] Gets the specified scope from the display group's scope collection. [Name]

Output: Item


Input: [Description] Gets the name of the user who last modified the display group. [Name]

Output: LastModifiedBy


Input: [Description] Gets the time when the display group was last modified. [Name]

Output: LastModifiedTime


Input: [Description] Gets or sets the display group name. [Name]

Output: Name


Input: [Description] Gets the site that owns the display group. [Name]

Output: OwningSite


Input: [Name] Count [Description]

Output: Specifies the number of scopes that are part of this display group.


Input: [Name] Default [Description]

Output: Gets or sets the default scope for the display group.


Input: [Name] Description [Description]

Output: Gets or sets the description for the display group.


Input: [Name] DisplayInAdminUI [Description]

Output: Gets or sets a Boolean value that indicates whether a scope is displayed in the scope Administration user interface.


Input: [Name] ID [Description]

Output: Gets the scope display group ID.


Input: [Name] Item [Description]

Output: Gets the specified scope from the display group's scope collection.


Input: [Name] LastModifiedBy [Description]

Output: Gets the name of the user who last modified the display group.


Input: [Name] LastModifiedTime [Description]

Output: Gets the time when the display group was last modified.


Input: [Name] Name [Description]

Output: Gets or sets the display group name.


Input: [Name] OwningSite [Description]

Output: Gets the site that owns the display group.


Input: [Value] We [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] think [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] that [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] Linq [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] is [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] really [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] cool [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Value] ! [Key]

How to: Group Results by Contiguous Keys (C# Programming Guide)


Input: [Name] OnAddParams [Description]

Output: Called after a method had parameters added.


Input: [Name] OnBeforeAddParams [Description]

Output: Called when a method is about to have parameters added.


Input: [Name] OnBeforeGlobalSymbolRenamed [Description]

Output: Called when a symbol is about to be renamed.


Input: [Name] OnBeforeRemoveParams [Description]

Output: Called when a method is about to have parameters removed.


Input: [Name] OnBeforeReorderParams [Description]

Output: Called when a method is about to have parameters reordered.


Input: [Name] OnGlobalSymbolRenamed [Description]

Output: Called after a symbol is renamed.


Input: [Name] OnRemoveParams [Description]

Output: Called after a method had parameters removed.


Input: [Name] OnReorderParams [Description]

Output: Called after a method had parameters reordered.


Input: [Related topics] Quick Start Guide for Manual Testing using Microsoft Test Manager Essential Guide for Running Automated Tests from a Test Plan Managing New Testing Efforts [Task]

Output: Get familiar with Microsoft Test Manager: Use these links to learn how your team can use Microsoft Test Manager as part of your application lifecycle.

System Testing Your Application Using Microsoft Test Manager


Input: [Related topics] Defining Your Testing Effort Using Test Plans [Task]

Output: Planning your testing effort: Plan your testing based on either requirements or user stories. You can link your tests to these requirements or user stories and then plan which configurations you want to use to run these tests. Alternatively, you can create test suites using other criteria to plan your testing effort.

System Testing Your Application Using Microsoft Test Manager


Input: [Related topics] Creating and Managing Tests in Microsoft Test Manager Creating Manual Test Cases Using Microsoft Test Manager Creating Automated Tests Using Microsoft Test Manager [Task]

Output: Creating and managing tests: Create and manage both manual and automated tests as part of your plan. You can create test cases to be run as manual tests with individual test steps from Microsoft Test Manager. Automated tests, such as unit tests, load tests and automated UI tests, can be created by using Visual Studio. Later, if you want, you can convert test cases to automated tests by linking automation to the test case.

System Testing Your Application Using Microsoft Test Manager


Input: [Related topics] Running Tests in Microsoft Test Manager Running Manual Tests Using Test Runner Testing Windows Store apps Running on a Device Using Microsoft Test Runner Performing Exploratory Testing Using Microsoft Test Manager Testing Windows Store apps Running on a Device Using the Exploratory Test Window Running Automated Tests in Microsoft Test Manager [Task]

Output: Running your tests: Run your manual, exploratory and automated tests from a test plan using Microsoft Test Manager, save these test results, and use to measure your testing progress.

System Testing Your Application Using Microsoft Test Manager


Input: [Related topics] Tracking Software Quality in Microsoft Test Mangager Submitting Bugs in Microsoft Test Manager Tracking and Verifying Bugs Determining Which Builds Have Bug Fixes, New Features, or Requirements Recommending Tests to Run That are Affected by Code Changes Reporting on Testing Progress for Test Plans [Task]

Output: Tracking software quality: Measure your testing readiness, track your testing progress, and view the status of bugs. The bugs include detailed information that is collected when you run your tests using Test Runner. You can also submit bugs from Microsoft Test Manager.

System Testing Your Application Using Microsoft Test Manager


Input: [Related topics] Reviewing Test Results in Microsoft Test Manager Reporting on Testing Progress for Test Plans How to: View Test Plan Results in Microsoft Test Manager [Task]

Output: Review and track test results: After you run tests, review your test results to see which tests passed and which tests failed. You can then assign a reason for a failed test, and assign a resolution. You can view all the test results for a test plan using pre-defined test reports or by creating your own custom reports. If your team uses a project portal, you can view the pre-defined reports on the Test Dashboard. Access the project portal from the Track view in the Testing Center in Microsoft Test Manager. For more information about the project portal information, see Test Dashboard (Agile).

System Testing Your Application Using Microsoft Test Manager


Input: [Description] Converts a sequence of encoded bytes into a set of characters. [Class]

Output: Decoder


Input: [Description] The exception that is thrown when a decoder fallback operation fails. This class cannot be inherited. [Class]

Output: DecoderFallbackException


Input: [Description] Converts a set of characters into a sequence of bytes. [Class]

Output: Encoder


Input: [Description] The exception that is thrown when an encoder fallback operation fails. This class cannot be inherited. [Class]

Output: EncoderFallbackException


Input: [Description] Represents a character encoding. [Class]

Output: Encoding


Input: [Description] Represents a mutable string of characters. This class cannot be inherited. [Class]

Output: StringBuilder


Input: [Description] Represents a UTF-16 encoding of Unicode characters. [Class]

Output: UnicodeEncoding


Input: [Description] Represents a UTF-8 encoding of Unicode characters. [Class]

Output: UTF8Encoding


Input: [Meaning] If this flag is set, WMI does not store any qualifiers with the amended flavor. If this flag is not set, it is assumed that this object is not localized, and all qualifiers are stored with this instance. [Flag]

Output: WBEM_FLAG_USE_AMENDED_QUALIFIERS


Input: [Meaning] This flag causes the class to be created if it does not exist, or overwritten if it exists already. [Flag]

Output: WBEM_FLAG_CREATE_OR_UPDATE


Input: [Meaning] This flag causes this call to update. The class must exist for the call to be successful. [Flag]

Output: WBEM_FLAG_UPDATE_ONLY


Input: [Meaning] This flag is used for creation only. The call fails if the class already exists. [Flag]

Output: WBEM_FLAG_CREATE_ONLY


Input: [Meaning] This flag causes this to be a semisynchronous call. For more information, see Calling a Method. [Flag]

Output: WBEM_FLAG_RETURN_IMMEDIATELY


Input: [Meaning] Push providers must specify this flag when calling PutClass, to indicate that this class has changed. [Flag]

Output: WBEM_FLAG_OWNER_UPDATE


Input: [Meaning] This flag allows a class to be updated if there are no derived classes and there are no instances for that class. It also allows updates in all cases if the change is just to nonimportant qualifiers (for example, the Description qualifier). This is the default behavior for this call and is used for compatibility with previous versions of Windows Management. If the class has instances or changes are to important qualifiers, the update fails. [Flag]

Output: WBEM_FLAG_UPDATE_COMPATIBLE


Input: [Meaning] This flag allows updates of classes even if there are child classes as long as the change does not cause any conflicts with child classes. An example of an update this flag would allow would be to add a new property to the base class that was not previously mentioned in any of the child classes. If the class has instances, the update fails. [Flag]

Output: WBEM_FLAG_UPDATE_SAFE_MODE


Input: [Meaning] This flag forces updates of classes when conflicting child classes exist. An example of an update this flag would force would be if a class qualifier were defined in a child class, and the base class tried to add the same qualifier which conflicted with the existing one. In force mode, this conflict would be resolved by deleting the conflicting qualifier in the child class. [Flag]

Output: WBEM_FLAG_UPDATE_FORCE_MODE


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

Output: The ID of the event session. Is not nullable.


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

Output: The ID of the event. This ID is unique within an event session object. Is not nullable.


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

Output: The name of the event. Is not nullable.


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

Output: The name of the event package that contains the event. Is not nullable.


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

Output: The name of the module that contains the event. Is not nullable.


Input: [Column name] predicate [Data type] nvarchar(3000) [Description]

Output: The predicate expression that is applied to the event. Is nullable.


Input: [File type] Static files (.htm, .html, .js, graphics files, and so on) Static files can be changed, removed, or added. If an ASP.NET Web page refers to pages or page elements that are changed or removed, errors might occur.

Output: Static files can be changed, removed, or added. If an ASP.NET Web page refers to pages or page elements that are changed or removed, errors might occur.

File Handling During ASP.NET Precompilation


Input: [File type] .aspx file You can change the layout of .aspx files and add elements that do not require code, such as HTML elements and ASP.NET server controls without event handlers. You can also add new .aspx files, which will be compiled normally on first request.

Output: No changes are allowed to existing pages. No new .aspx files can be added.

File Handling During ASP.NET Precompilation


Input: [File type] .skin files Changes and new .skin files are allowed.

Output: Changes and new .skin files are ignored.

File Handling During ASP.NET Precompilation


Input: [File type] Web.config files Changes are allowed if they do not affect site or page compilation, including compiler settings, trust levels, and globalization. Changes that affect compilation or that change behavior in compiled pages are ignored or might in some instances generate errors. Other changes are allowed.

Output: Changes are allowed that affect the compilation of .aspx files. Compilation options for debugging or batching are ignored. No changes to profile properties or provider elements are allowed.

File Handling During ASP.NET Precompilation


Input: [File type] Browser definitions Changes and new files allowed.

Output: Changes and new files allowed.

File Handling During ASP.NET Precompilation


Input: [File type] Assemblies compiled from resource (.resx) files New resource assembly files can be added for both global and local resources.

Output: New resource assembly files can be added for both global and local resources.

File Handling During ASP.NET Precompilation


Input: [Description] Defines a method to alter an object on the referenced connection. [Interface]

Output: IAlterable


Input: [Description] Defines a method to create an object on the referenced connection. [Interface]

Output: ICreatable


Input: [Description] Defines methods and events for data transfers on the referenced connection. [Interface]

Output: IDataTransferProvider


Input: [Description] Defines a method to Drop an object on the referenced connection. [Interface]

Output: IDroppable


Input: [Description] Defines a method that marks an object to be dropped. [Interface]

Output: IMarkForDrop


Input: [Description] Defines a method to refresh an object from the server on the referenced connection. [Interface]

Output: IRefreshable


Input: [Description] Defines the Rename method on the referenced connection. [Interface]

Output: IRenamable


Input: [Description] Represents an interface that implements single-user access to the server for the referenced connection. [Interface]

Output: IRestrictedAccess


Input: [Description] Defines high-level properties and methods for server connections. [Interface]

Output: ISfcConnection


Input: [Description] Defines methods that are required for transferring metadata on the referenced connection. [Interface]

Output: ITransferMetadataProvider


Input: [Interface] IBindableComponent [Description]

Output: Enables a non-control component to emulate the data-binding behavior of a Windows Forms control.


Input: [Interface] IButtonControl [Description]

Output: Allows a control to act like a button on a form.


Input: [Interface] ICommandExecutor [Description]

Output: Defines a method that executes a certain action on the type that implements this interface.


Input: [Interface] IComponentEditorPageSite [Description]

Output: The site for a ComponentEditorPage.


Input: [Interface] IContainerControl [Description]

Output: Provides the functionality for a control to act as a parent for other controls.


Input: [Interface] ICurrencyManagerProvider [Description]

Output: Provides custom binding management for components.


Input: [Interface] IDataGridColumnStyleEditingNotificationService [Description]

Output: Provides an editing notification interface.


Input: [Interface] IDataGridEditingService [Description]

Output: Represents methods that process editing requests.


Input: [Interface] IDataGridViewEditingCell [Description]

Output: Defines common functionality for a cell that allows the manipulation of its value.


Input: [Interface] IDataGridViewEditingControl [Description]

Output: Defines common functionality for controls that are hosted within cells of a DataGridView.


Input: [Interface] IDataObject [Description]

Output: Provides a format-independent mechanism for transferring data.


Input: [Interface] IDropTarget [Description]

Output: Defines mouse events.


Input: [Interface] IFeatureSupport [Description]

Output: Specifies a standard interface for retrieving feature information from the current system.


Input: [Interface] IFileReaderService [Description]

Output: Defines a method that opens a file from the current directory.


Input: [Interface] IMessageFilter [Description]

Output: Defines a message filter interface.


Input: [Interface] IWin32Window [Description]

Output: Provides an interface to expose Win32 HWND handles.


Input: [Interface] IWindowTarget [Description]

Output: Defines the communication layer between a control and the Win32 API.


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 that are passed by the application instead of 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 specified 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 = 218. [Column ID] 27 [Filterable] No [Data type]

Output: int


Input: [Data column name] EventSequence [Description] Sequence of a specific event within the request. [Column ID] 51 [Filterable] No [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 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 or the sys.sql_logins catalog views. 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] ObjectID [Description] Object ID of the module that was being compiled when the plan guide was applied. If the plan guide was not applied to a module, this column is set to NULL. [Column ID] 22 [Filterable] Yes [Data type]

Output: int


Input: [Data column name] RequestID [Description] ID of the request that is 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 that is 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] TextData [Description] Name of the plan guide. [Column ID] 1 [Filterable] Yes [Data type]

Output: ntext


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 that describes the current transaction. [Column ID] 50 [Filterable] Yes [Data type]

Output: bigint


Input: [Property] ApplicationData [Access type] Read/write [Description]

Output: Sets or retrieves an opaque field that can be used by the application to store information.


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

Output: Retrieves an IAzApplicationGroups object that is used to enumerate groups from the policy data.


Input: [Property] ApplyStoreSacl [Access type] Read/write [Description]

Output: Sets or retrieves a value that indicates whether policy audits should be generated when the authorization store is modified.


Input: [Property] AuthzInterfaceClsid [Access type] Read/write [Description]

Output: Sets or retrieves the class identifier of the interface that the user interface uses to perform application-specific operations.


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

Output: Retrieves the SIDs (in text form) of principals that act as delegated policy users.


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

Output: Retrieves the account names of principals that act as delegated policy users.


Input: [Property] Description [Access type] Read/write [Description]

Output: Sets or retrieves a comment that describes the application.


Input: [Property] GenerateAudits [Access type] Read/write [Description]

Output: Sets or retrieves a value that indicates whether run-time audits should be generated.


Input: [Property] Name [Access type] Read/write [Description]

Output: Sets or retrieves the name of the application.


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

Output: Retrieves an IAzOperations object that is used to enumerate operations from the policy data.


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

Output: Retrieves the SIDs (in text form) of principals that act as policy administrators.


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

Output: Retrieves the account names of principals that act as policy administrators.


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

Output: Retrieves the SIDs (in text form) of principals that act as policy readers.


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

Output: Retrieves the account names of principals that act as policy readers.


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

Output: Retrieves an IAzRoles object that is used to enumerate roles from the policy data.


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

Output: Retrieves an IAzScopes object that is used to enumerate scopes from the policy data.


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

Output: Retrieves an IAzTasks object that is used to enumerate tasks from the policy data.


Input: [Property] Version [Access type] Read/write [Description]

Output: Sets or retrieves the version of the application.


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

Output: Retrieves a value that indicates whether the application can be modified by the user context that initialized it.


Input: [Data column name] ApplicationName [Data type] nvarchar [Column ID] 10 [Filterable] Yes [Description]

Output: Name of the client application that created the connection to an instance of SQL Server. This column is populated with the values that are passed by the application instead of the displayed name of the program.


Input: [Data column name] ClientProcessID [Data type] int [Column ID] 9 [Filterable] Yes [Description]

Output: 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.


Input: [Data column name] DatabaseID [Data type] int [Column ID] 3 [Filterable] Yes [Description]

Output: ID of the database specified by the USE database statement or the default database if no USE database statement has been issued for a specified 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.


Input: [Data column name] DatabaseName [Data type] nvarchar [Column ID] 35 [Filterable] Yes [Description]

Output: Name of the database in which the user statement is running.


Input: [Data column name] EventClass [Data type] int [Column ID] 27 [Filterable] No [Description]

Output: Type of event = 218.


Input: [Data column name] EventSequence [Data type] int [Column ID] 51 [Filterable] No [Description]

Output: Sequence of a specific event within the request.


Input: [Data column name] HostName [Data type] nvarchar [Column ID] 8 [Filterable] Yes [Description]

Output: 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.


Input: [Data column name] IsSystem [Data type] int [Column ID] 60 [Filterable] Yes [Description]

Output: Indicates whether the event occurred on a system process or a user process: 1 = system, 0 = user.


Input: [Data column name] LoginName [Data type] nvarchar [Column ID] 11 [Filterable] Yes [Description]

Output: Name of the login of the user (either SQL Server security login or the Microsoft Windows login credentials in the form of DOMAIN\username).


Input: [Data column name] LoginSid [Data type] image [Column ID] 41 [Filterable] Yes [Description]

Output: Security identification number (SID) of the logged-in user. You can find this information in the sys.server_principals or the sys.sql_logins catalog views. Each SID is unique for each login in the server.


Input: [Data column name] NTDomainName [Data type] nvarchar [Column ID] 7 [Filterable] Yes [Description]

Output: Windows domain to which the user belongs.


Input: [Data column name] NTUserName [Data type] nvarchar [Column ID] 6 [Filterable] Yes [Description]

Output: Windows user name.


Input: [Data column name] ObjectID [Data type] int [Column ID] 22 [Filterable] Yes [Description]

Output: Object ID of the module that was being compiled when the plan guide was applied. If the plan guide was not applied to a module, this column is set to NULL.


Input: [Data column name] RequestID [Data type] int [Column ID] 49 [Filterable] Yes [Description]

Output: ID of the request that is containing the statement.


Input: [Data column name] ServerName [Data type] nvarchar [Column ID] 26 [Filterable] No [Description]

Output: Name of the instance of SQL Server that is being traced.


Input: [Data column name] SessionLoginName [Data type] nvarchar [Column ID] 64 [Filterable] Yes [Description]

Output: 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.


Input: [Data column name] SPID [Data type] int [Column ID] 12 [Filterable] Yes [Description]

Output: ID of the session on which the event occurred.


Input: [Data column name] StartTime [Data type] datetime [Column ID] 14 [Filterable] Yes [Description]

Output: Time at which the event started, if available.


Input: [Data column name] TextData [Data type] ntext [Column ID] 1 [Filterable] Yes [Description]

Output: Name of the plan guide.


Input: [Data column name] TransactionID [Data type] bigint [Column ID] 4 [Filterable] Yes [Description]

Output: System-assigned ID of the transaction.


Input: [Data column name] XactSequence [Data type] bigint [Column ID] 50 [Filterable] Yes [Description]

Output: Token that describes the current transaction.


Input: [Description] Gets or sets a value that indicates whether the client accepts cookies and propagates them on future requests. [Name]

Output: AllowCookies


Input: [Description] Gets or sets the authentication scheme used to authenticate client requests being processed by an HTTP listener. [Name]

Output: AuthenticationScheme


Input: [Description] Gets or sets a value that indicates whether proxies are ignored for local addresses. [Name]

Output: BypassProxyOnLocal


Input: [Description] Gets or sets whether the process for returning compressed message data to its original size and format is enabled. [Name]

Output: DecompressionEnabled


Input: [Description] Gets or sets the value of the extended security policy used by the server to validate incoming client connections. [Name]

Output: ExtendedProtectionPolicy


Input: [Description] Gets or sets a value that indicates whether the hostname is used to reach the service when matching on the URI. [Name]

Output: HostNameComparisonMode


Input: [Description] Gets or sets a value that indicates whether to make a persistent connection to a service endpoint. [Name]

Output: KeepAliveEnabled


Input: [Description] Gets or sets a value that indicates whether manual addressing of the message is required. (Inherited from TransportBindingElement.) [Name]

Output: ManualAddressing


Input: [Description] Gets or sets the maximum size, in bytes, of any buffer pools used by the transport. (Inherited from TransportBindingElement.) [Name]

Output: MaxBufferPoolSize


Input: [Description] Gets or sets the maximum size of the buffer to use. For buffered messages this value is the same as MaxReceivedMessageSize. For streamed messages, this value is the maximum size of the SOAP headers, which must be read in buffered mode. [Name]

Output: MaxBufferSize


Input: [Description] Gets or sets the maximum number of connections the service can accept simultaneously. [Name]

Output: MaxPendingAccepts


Input: [Description] Gets and sets the maximum allowable message size, in bytes, that can be received. (Inherited from TransportBindingElement.) [Name]

Output: MaxReceivedMessageSize


Input: [Description] Gets or sets the Http transport message handler factory. [Name]

Output: MessageHandlerFactory


Input: [Description] Gets or sets a URI that contains the address of the proxy to use for HTTP requests. [Name]

Output: ProxyAddress


Input: [Description] Gets or sets the authentication scheme used to authenticate client requests being processed by an HTTP proxy. [Name]

Output: ProxyAuthenticationScheme


Input: [Description] Gets or sets the authentication realm. [Name]

Output: Realm


Input: [Description] Gets or sets the requested initialization time out. [Name]

Output: RequestInitializationTimeout


Input: [Description] Gets the URI scheme for the transport. (Overrides TransportBindingElement.Scheme.) [Name]

Output: Scheme


Input: [Description] Gets or sets the transfer mode. [Name]

Output: TransferMode


Input: [Description] Gets or sets a value that indicates whether Unsafe Connection Sharing is enabled on the server. If enabled, NTLM authentication is performed once on each TCP connection. [Name]

Output: UnsafeConnectionNtlmAuthentication


Input: [Description] Gets or sets a value that indicates whether the machine-wide proxy settings are used rather than the user specific settings. [Name]

Output: UseDefaultWebProxy


Input: [Description] Gets or sets the web socket configuration of the binding element. [Name]

Output: WebSocketSettings


Input: [Member name] BeepEnabled [Description]

Output: The property that specifies whether a printer error causes the print server to beep.


Input: [Member name] DefaultPortThreadPriority [Description]

Output: The property that specifies the default priority for the thread that manages port I/0.


Input: [Member name] DefaultSchedulerPriority [Description]

Output: The property that specifies the default thread priority for the scheduling of print jobs.


Input: [Member name] DefaultSpoolDirectory [Description]

Output: The property that specifies the path to the folder where spool jobs are located as temporary files.


Input: [Member name] EventLog [Description]

Output: The property that specifies the kind of event logging that is provided by the print server.


Input: [Member name] MajorVersion [Description]

Output: The property that specifies the major version of the operating system.


Input: [Member name] MinorVersion [Description]

Output: The property that specifies the minor version of the operating system.


Input: [Member name] NetPopup [Description]

Output: The property that specifies whether the client computer or the print server receives notifications that a job is finished.


Input: [Member name] PortThreadPriority [Description]

Output: The property that specifies the priority of the thread that manages port I/O.


Input: [Member name] RestartJobOnPoolEnabled [Description]

Output: The property that specifies whether users can restart print jobs when printer pooling is being used.


Input: [Member name] RestartJobOnPoolTimeout [Description]

Output: The property that specifies how long to wait before restarting a print job when printer pooling is being used.


Input: [Member name] SchedulerPriority [Description]

Output: The property that specifies the priority of the scheduler.


Input: [Description] Supports updates of the current deployment programmatically, and handles on-demand downloading of files. This class cannot be inherited. [Class]

Output: ApplicationDeployment


Input: [Description] Represents detailed update information obtained through a call to CheckForUpdateAsync. [Class]

Output: CheckForUpdateCompletedEventArgs


Input: [Description] Indicates that the platform dependency was not found during activation of the ClickOnce deployment, and that the deployment will not run. [Class]

Output: DependentPlatformMissingException


Input: [Description] Indicates that there was an error downloading either the ClickOnce manifests or the deployment's files to the client computer. [Class]

Output: DeploymentDownloadException


Input: [Description] Defines a base class for all deployment-related exceptions. [Class]

Output: DeploymentException


Input: [Description] Represents progress data reported in an asynchronous operation. [Class]

Output: DeploymentProgressChangedEventArgs


Input: [Description] Infrastructure. Provides internal services for the ClickOnce deployment API. [Class]

Output: DeploymentServiceCom


Input: [Description] Infrastructure. Provides data for the DownloadApplicationCompleted event. [Class]

Output: DownloadApplicationCompletedEventArgs


Input: [Description] Describes a file download that has recently completed. [Class]

Output: DownloadFileGroupCompletedEventArgs


Input: [Description] Provides data for the DownloadProgressChanged event. [Class]

Output: DownloadProgressChangedEventArgs


Input: [Description] Provides data for the GetManifestCompleted event of InPlaceHostingManager. [Class]

Output: GetManifestCompletedEventArgs


Input: [Description] Install a ClickOnce deployment on a machine. [Class]

Output: InPlaceHostingManager


Input: [Description] Indicates that ClickOnce could not read either the deployment or application manifests. [Class]

Output: InvalidDeploymentException


Input: [Description] Indicates that the application does not have the appropriate level of trust to run on the local computer. [Class]

Output: TrustNotGrantedException


Input: [Description] Represents detailed update information obtained through a call to CheckForDetailedUpdate. [Class]

Output: UpdateCheckInfo


Input: [Interface] IAlterable [Description]

Output: Defines a method to alter an object on the referenced connection.


Input: [Interface] ICreatable [Description]

Output: Defines a method to create an object on the referenced connection.


Input: [Interface] IDataTransferProvider [Description]

Output: Defines methods and events for data transfers on the referenced connection.


Input: [Interface] IDroppable [Description]

Output: Defines a method to Drop an object on the referenced connection.


Input: [Interface] IMarkForDrop [Description]

Output: Defines a method that marks an object to be dropped.


Input: [Interface] IRefreshable [Description]

Output: Defines a method to refresh an object from the server on the referenced connection.


Input: [Interface] IRenamable [Description]

Output: Defines the Rename method on the referenced connection.


Input: [Interface] IRestrictedAccess [Description]

Output: Represents an interface that implements single-user access to the server for the referenced connection.


Input: [Interface] ISfcConnection [Description]

Output: Defines high-level properties and methods for server connections.


Input: [Interface] ITransferMetadataProvider [Description]

Output: Defines methods that are required for transferring metadata on the referenced connection.


Input: [Member name] AccumulationDistribution [Description]

Output: Accumulation Distribution formula uses a relationship between volume and prices to estimate the strength of price movements; if volume is increased, there is a high probability that prices will go up.


Input: [Member name] AverageTrueRange [Description]

Output: Average True Range indicator measures commitment and compares the range between the High, Low and Close prices.


Input: [Member name] BollingerBands [Description]

Output: Bollinger Bands indicators are plotted at standard deviation levels above and below a simple moving average.


Input: [Member name] ChaikinOscillator [Description]

Output: Chaikin Oscillator indicator is the difference between a 3-day exponential moving average and a 10-day exponential moving average applied to the accumulation distribution.


Input: [Member name] CommodityChannelIndex [Description]

Output: Commodity Channel Index compares prices with their moving averages.


Input: [Member name] DetrendedPriceOscillator [Description]

Output: Detrended Price Oscillator attempts to remove trends from prices.


Input: [Member name] EaseOfMovement [Description]

Output: Ease of Movement deals with the relationship between volume and price change, and uses volume to indicate how strong a trend is for prices.


Input: [Member name] Envelopes [Description]

Output: Envelopes are plotted above and below a moving average using a specified percentage as the shift.


Input: [Member name] ExponentialMovingAverage [Description]

Output: An Exponential Moving Average is an average of data calculated over a period of time where the most recent days have more weight.


Input: [Member name] Forecasting [Description]

Output: Forecasting predicts future values using historical observations.


Input: [Member name] MassIndex [Description]

Output: The Mass Index is used to predict trend reversal by comparing the difference and range between High and Low prices.


Input: [Member name] MedianPrice [Description]

Output: Median prices are mid-point values of daily prices and can be used as a filter for trend indicators.


Input: [Member name] MoneyFlow [Description]

Output: The Money Flow indicator compares upward changes and downward changes of volume-weighted typical prices.


Input: [Member name] MovingAverage [Description]

Output: A Simple Moving Average is an average of data calculated over a period of time. The moving average is the most popular price indicator used in technical analysis, and can be used with any price, for example, Hi, Low, Open and Close, or can be applied to other indicators.


Input: [Member name] MovingAverageConvergenceDivergence [Description]

Output: Moving Average Convergence/Divergence indicator compares two moving averages of prices and is used with a 9-day Exponential Moving average as a signal that indicates buying and selling moments.


Input: [Member name] NegativeVolumeIndex [Description]

Output: The Negative Volume Index should be used with the Positive Volume index; the Negative Volume Index only changes if the volume decreases from the previous day.


Input: [Member name] OnBalanceVolume [Description]

Output: The On Balance Volume indicator measures positive and negative volume flow.


Input: [Member name] Performance [Description]

Output: The Performance indicator compares a current closing price or any other price with the first closing value from the first time period.


Input: [Member name] PositiveVolumeIndex [Description]

Output: The Positive Volume Index should be used with the Negative Volume index. The Positive volume index only changes if the volume decreases from the previous day.


Input: [Member name] PriceVolumeTrend [Description]

Output: The Price Volume Trend is a cumulative volume total that is calculated using relative changes of the closing price, and should be used with other indicators.


Input: [Member name] RateOfChange [Description]

Output: The Rate of Change indicator compares a specified closing price with the current price.


Input: [Member name] RelativeStrengthIndex [Description]

Output: The Relative Strength Index is a momentum oscillator that compares upward movements of the closing price with downward movements, and results in values that range from 0 to 100.


Input: [Member name] StandardDeviation [Description]

Output: Standard Deviation is used to indicate volatility, and measures the difference between values, for example, closing price, and their moving average.


Input: [Member name] StochasticIndicator [Description]

Output: The Stochastic Indicator helps to find trend reversal by searching in a period for when the closing prices are close to low prices in an upward trending market and when the closing prices are close to high prices in a downward trending market.


Input: [Member name] TriangularMovingAverage [Description]

Output: A Triangular Moving Average is an average of data calculated over a period of time where the middle portion of data has more weight.


Input: [Member name] TripleExponentialMovingAverage [Description]

Output: The Triple Exponential Moving Average is based on a triple moving average of the closing price. Its purpose is to eliminate short cycles. This indicator keeps the closing price in trends that are shorter than the specified period.


Input: [Member name] TypicalPrice [Description]

Output: Typical Price is the average value of daily prices, and can be used as a filter for trend indicators.


Input: [Member name] VolatilityChaikins [Description]

Output: The Volatility Chaikins indicator measures the difference between High and Low prices, and is used to indicate tops or bottoms of the market.


Input: [Member name] VolumeOscillator [Description]

Output: The Volume Oscillator attempts to identify trends in volume by comparing two moving averages: one with a short period and another with a longer period.


Input: [Member name] WeightedClose [Description]

Output: The Weighted Close formula calculates the average value of daily prices. The only difference between Typical Price and the Weighted Close is that the closing price has extra weight, and is considered the most important price.


Input: [Member name] WeightedMovingAverage [Description]

Output: Weighted Moving Average is an average of data that is calculated over a period of time, where greater weight is attached to the most recent data.


Input: [Member name] WilliamsR [Description]

Output: Williams %R is a momentum indicator, and is used to measure overbought and oversold levels.


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

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


Input: [Name] Finalize [Description]

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


Input: [Name] GetAttributes [Description]

Output: Returns a collection of custom attributes for the type represented by this type descriptor.


Input: [Name] GetClassName [Description]

Output: Returns the fully qualified name of the class represented by this type descriptor.


Input: [Name] GetComponentName [Description]

Output: Returns the name of the class represented by this type descriptor.


Input: [Name] GetConverter [Description]

Output: Returns a type converter for the type represented by this type descriptor.


Input: [Name] GetDefaultEvent [Description]

Output: Returns the event descriptor for the default event of the object represented by this type descriptor.


Input: [Name] GetDefaultProperty [Description]

Output: Returns the property descriptor for the default property of the object represented by this type descriptor.


Input: [Name] GetEditor [Description]

Output: Returns an editor of the specified type that is to be associated with the class represented by this type descriptor.


Input: [Name] GetEvents() [Description]

Output: Returns a collection of event descriptors for the object represented by this type descriptor.


Input: [Name] GetEvents(Attribute[]) [Description]

Output: Returns a filtered collection of event descriptors for the object represented by this type descriptor.


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetProperties() [Description]

Output: Returns a collection of property descriptors for the object represented by this type descriptor.


Input: [Name] GetProperties(Attribute[]) [Description]

Output: Returns a filtered collection of property descriptors for the object represented by this type descriptor.


Input: [Name] GetPropertyOwner [Description]

Output: Returns an object that contains the property described by the specified property descriptor.


Input: [Name] GetType [Description]

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


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] ToString [Description]

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


Input: [Name] CurrencyDecimalDigits [Description]

Output: Gets or sets the number of decimal places to use in currency values.


Input: [Name] CurrencyDecimalSeparator [Description]

Output: Gets or sets the string to use as the decimal separator in currency values.


Input: [Name] CurrencyGroupSeparator [Description]

Output: Gets or sets the string that separates groups of digits to the left of the decimal in currency values.


Input: [Name] CurrencyGroupSizes [Description]

Output: Gets or sets the number of digits in each group to the left of the decimal in currency values.


Input: [Name] CurrencyNegativePattern [Description]

Output: Gets or sets the format pattern for negative currency values.


Input: [Name] CurrencyPositivePattern [Description]

Output: Gets or sets the format pattern for positive currency values.


Input: [Name] CurrencySymbol [Description]

Output: Gets or sets the string to use as the currency symbol.


Input: [Name] CurrentInfo [Description]

Output: Gets a read-only NumberFormatInfo that formats values based on the current culture.


Input: [Name] DigitSubstitution [Description]

Output: Gets or sets a value that specifies how the graphical user interface displays the shape of a digit.


Input: [Name] InvariantInfo [Description]

Output: Gets a read-only NumberFormatInfo object that is culture-independent (invariant).


Input: [Name] IsReadOnly [Description]

Output: Gets a value that indicates whether this NumberFormatInfo object is read-only.


Input: [Name] NaNSymbol [Description]

Output: Gets or sets the string that represents the IEEE NaN (not a number) value.


Input: [Name] NativeDigits [Description]

Output: Gets or sets a string array of native digits equivalent to the Western digits 0 through 9.


Input: [Name] NegativeInfinitySymbol [Description]

Output: Gets or sets the string that represents negative infinity.


Input: [Name] NegativeSign [Description]

Output: Gets or sets the string that denotes that the associated number is negative.


Input: [Name] NumberDecimalDigits [Description]

Output: Gets or sets the number of decimal places to use in numeric values.


Input: [Name] NumberDecimalSeparator [Description]

Output: Gets or sets the string to use as the decimal separator in numeric values.


Input: [Name] NumberGroupSeparator [Description]

Output: Gets or sets the string that separates groups of digits to the left of the decimal in numeric values.


Input: [Name] NumberGroupSizes [Description]

Output: Gets or sets the number of digits in each group to the left of the decimal in numeric values.


Input: [Name] NumberNegativePattern [Description]

Output: Gets or sets the format pattern for negative numeric values.


Input: [Name] PercentDecimalDigits [Description]

Output: Gets or sets the number of decimal places to use in percent values.


Input: [Name] PercentDecimalSeparator [Description]

Output: Gets or sets the string to use as the decimal separator in percent values.


Input: [Name] PercentGroupSeparator [Description]

Output: Gets or sets the string that separates groups of digits to the left of the decimal in percent values.


Input: [Name] PercentGroupSizes [Description]

Output: Gets or sets the number of digits in each group to the left of the decimal in percent values.


Input: [Name] PercentNegativePattern [Description]

Output: Gets or sets the format pattern for negative percent values.


Input: [Name] PercentPositivePattern [Description]

Output: Gets or sets the format pattern for positive percent values.


Input: [Name] PercentSymbol [Description]

Output: Gets or sets the string to use as the percent symbol.


Input: [Name] PerMilleSymbol [Description]

Output: Gets or sets the string to use as the per mille symbol.


Input: [Name] PositiveInfinitySymbol [Description]

Output: Gets or sets the string that represents positive infinity.


Input: [Name] PositiveSign [Description]

Output: Gets or sets the string that denotes that the associated number is positive.


Input: [Description] Put string resources for your UI into resource files. You can then reference those strings from your code or markup. [Topic]

Output: Quickstart: Translating UI resources


Input: [Description] Design your app to be global-ready by appropriately formatting dates, times, numbers, and currencies. This permits you to adapt it later for additional cultures, regions, and languages in the global market. [Topic]

Output: Quickstart: Using global-ready formats


Input: [Description] You can control how Windows selects UI resources, and formats the UI elements of the app. To control these features, use the various language and region settings provided by Windows. [Topic]

Output: How to manage language and region


Input: [Description] Follow the steps and best practices described here to prepare your app for localization. [Topic]

Output: How to prepare for localization


Input: [Description] Support localized layouts and fonts in your Windows Store apps by following a few simple guidelines. [Topic]

Output: How to adjust layout and fonts for various languages


Input: [Description] Use the Windows.Globalization.DateTimeFormatting API with custom patterns to display dates and times in exactly the format you wish. [Topic]

Output: How to use patterns to format dates and times


Input: [Description] Ensure that your app's content is internationalized in a way that is consistent with external components and web services. [Topic]

Output: How to internationalize content, libraries and web services


Input: [Description] Design your apps to supply bi-directional text support (BiDi) for right-to-left writing systems. [Topic]

Output: How to support bidirectional UI


Input: [Description] The Multilingual App Toolkit integrates with Microsoft Visual Studio to provide Windows Store apps and Windows Phone apps with translation support, translation file management, and editor tools. [Topic]

Output: How to use the Multilingual App Toolkit


Input: [Name] Config [Description]

Output: Sets the configuration information for the SharePoint sites location.


Input: [Name] KeywordQueryObject [Description]

Output: Gets the object representing a keyword search query.


Input: [Name] Location [Description]

Output: Gets or sets the SharePoint sites location.


Input: [Name] MaxSummaryLength [Description]

Output: Gets or sets the maximum number of characters in the summary for a search result.


Input: [Name] MaxUrlLength [Description]

Output: Gets or sets the maximum number of characters in the URL for a search result.


Input: [Name] RefinementManager [Description]

Output: Gets or sets an object representing the refinement manager which configures the refinement calculation and mergers the refinement filters.


Input: [Name] SupportsAsync [Description]

Output: Gets a Boolean value that specifies whether the runtime implementation for searching SharePoint sites supports asynchronous query requests.


Input: [Description] Gets or sets whether Flush should be called on the Listeners after every write. [Name]

Output: AutoFlush


Input: [Description] Gets the correlation manager for the thread for this trace. [Name]

Output: CorrelationManager


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

Output: IndentLevel


Input: [Description] Gets or sets the number of spaces in an indent. [Name]

Output: IndentSize


Input: [Description] Gets the collection of listeners that is monitoring the trace output. [Name]

Output: Listeners


Input: [Description] Gets or sets a value indicating whether the global lock should be used. [Name]

Output: UseGlobalLock


Input: [Column name] constid [Description] ID of the FOREIGN KEY constraint. [Data type]

Output: int


Input: [Column name] fkeyid [Description] Object ID of the table with the FOREIGN KEY constraint. [Data type]

Output: int


Input: [Column name] rkeyid [Description] Object ID of the table referenced in the FOREIGN KEY constraint. [Data type]

Output: int


Input: [Column name] fkey [Description] ID of the referencing column. [Data type]

Output: smallint


Input: [Column name] rkey [Description] ID of the referenced column. [Data type]

Output: smallint


Input: [Column name] keyno [Description] Position of the column in the reference column list. [Data type]

Output: smallint


Input: [Enumeration] Handshake [Description]

Output: Specifies the control protocol used in establishing a serial port communication for a SerialPort object.


Input: [Enumeration] Parity [Description]

Output: Specifies the parity bit for a SerialPort object.


Input: [Enumeration] SerialData [Description]

Output: Specifies the type of character that was received on the serial port of the SerialPort object.


Input: [Enumeration] SerialError [Description]

Output: Specifies errors that occur on the SerialPort object


Input: [Enumeration] SerialPinChange [Description]

Output: Specifies the type of change that occurred on the SerialPort object.


Input: [Enumeration] StopBits [Description]

Output: Specifies the number of stop bits used on the SerialPort object.


Input: [Member name] None [Description]

Output: Has no permissions on the Web site.


Input: [Member name] Guest [Description]

Output: Has limited permissions to view specific pages and page elements. Has access to a specific list but not to the entire site.


Input: [Member name] Reader [Description]

Output: Has read-only access to the Web site and cannot add content. Has permissions to view items, personalize Web Parts, use alerts, and create a Web site.


Input: [Member name] Contributor [Description]

Output: Has Reader permissions, as well as permissions to add and edit items, manage personal groups and views, and personalize Web Parts Pages. Cannot create lists or document libraries, but can add content to existing ones.


Input: [Member name] WebDesigner [Description]

Output: Has Contributor permissions, plus permissions to cancel check-out, delete items, manage lists, and add and customize pages. Can modify the structure of the site and create lists or document libraries.


Input: [Member name] Administrator [Description]

Output: Has full control of the Web site, including the ability to manage role definitions and groups and to view usage data.


Input: [Member name] All [Description]

Output: Has all permissions on the Web site.


Input: [Member name] ValidPermissions [Description]

Output: Has valid permissions for the site.


Input: [Class] ApplicationDeployment [Description]

Output: Supports updates of the current deployment programmatically, and handles on-demand downloading of files. This class cannot be inherited.


Input: [Class] CheckForUpdateCompletedEventArgs [Description]

Output: Represents detailed update information obtained through a call to CheckForUpdateAsync.


Input: [Class] DependentPlatformMissingException [Description]

Output: Indicates that the platform dependency was not found during activation of the ClickOnce deployment, and that the deployment will not run.


Input: [Class] DeploymentDownloadException [Description]

Output: Indicates that there was an error downloading either the ClickOnce manifests or the deployment's files to the client computer.


Input: [Class] DeploymentException [Description]

Output: Defines a base class for all deployment-related exceptions.


Input: [Class] DeploymentProgressChangedEventArgs [Description]

Output: Represents progress data reported in an asynchronous operation.


Input: [Class] DeploymentServiceCom [Description]

Output: Infrastructure. Provides internal services for the ClickOnce deployment API.


Input: [Class] DownloadApplicationCompletedEventArgs [Description]

Output: Infrastructure. Provides data for the DownloadApplicationCompleted event.


Input: [Class] DownloadFileGroupCompletedEventArgs [Description]

Output: Describes a file download that has recently completed.


Input: [Class] DownloadProgressChangedEventArgs [Description]

Output: Provides data for the DownloadProgressChanged event.


Input: [Class] GetManifestCompletedEventArgs [Description]

Output: Provides data for the GetManifestCompleted event of InPlaceHostingManager.


Input: [Class] InPlaceHostingManager [Description]

Output: Install a ClickOnce deployment on a machine.


Input: [Class] InvalidDeploymentException [Description]

Output: Indicates that ClickOnce could not read either the deployment or application manifests.


Input: [Class] TrustNotGrantedException [Description]

Output: Indicates that the application does not have the appropriate level of trust to run on the local computer.


Input: [Class] UpdateCheckInfo [Description]

Output: Represents detailed update information obtained through a call to CheckForDetailedUpdate.


Input: [UI Automation Event] InvalidatedEvent [Notes] None [Support]

Output: Depends

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] BoundingRectangleProperty property-changed event [Notes] None [Support]

Output: Required

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] IsOffscreenProperty property-changed event [Notes] None [Support]

Output: Required

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] IsEnabledProperty property-changed event [Notes] None [Support]

Output: Required

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] ValueProperty property-changed event [Notes] None [Support]

Output: Depends

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] AutomationFocusChangedEvent [Notes] None [Support]

Output: Required

UI Automation Support for the Slider Control Type


Input: [UI Automation Event] StructureChangedEvent [Notes] None [Support]

Output: Required

UI Automation Support for the Slider Control Type


Input: [Description] The handle specified is not a valid file handle. [Return code]

Output: STATUS_INVALID_DEVICE_REQUEST

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] File size is less than PAGE_SIZE. -or- InputBufferLength < sizeof(FSCTL_OFFLOAD_WRITE_INPUT). -or- One or more of these members of FSCTL_OFFLOAD_WRITE_INPUT are incorrect: FileOffset is not a multiple of the logical sector size of the volume. CopyLength is not a multiple of the logical sector size of the volume. TransferOffset is not a multiple of the logical sector size of the volume. Size is not the size of the FSCTL_OFFLOAD_WRITE_INPUT structure. FileOffset > Valid Data Length (VDL) for the file. FileOffset + CopyLength > MAXULONGLONG. [Return code]

Output: STATUS_INVALID_PARAMETER

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] Offload write operations are not supported on this volume. [Return code]

Output: STATUS_NOT_SUPPORTED

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The requested file type is not supported. Offload operations are not supported on these file types: A transacted file (TxF) Non-user files Compressed files Sparse files Encrypted files NTFS Metatdata files [Return code]

Output: STATUS_OFFLOAD_WRITE_FILE_NOT_SUPPORTED

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] A write operation was attempted to a volume after it was dismounted. [Return code]

Output: STATUS_TOO_LATE

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The data stream for this file is invalid. [Return code]

Output: STATUS_FILE_DELETED

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The file handle is closed. [Return code]

Output: STATUS_FILE_CLOSED

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The file handle specified is invalid. [Return code]

Output: STATUS_INVALID_HANDLE

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] Read or write access cannot be granted due to the current file locking state. [Return code]

Output: STATUS_FILE_LOCK_CONFLICT

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The FileOffset member of FSCTL_OFFLOAD_WRITE_INPUT begins after end-of-file (EOF). [Return code]

Output: STATUS_END_OF_FILE

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] An offload write cannot occur on a dismounted volume. [Return code]

Output: STATUS_DISMOUNTED_VOLUME

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] The volume is read only. [Return code]

Output: STATUS_MEDIA_WRITE_PROTECTED

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] Insufficient resources are available to complete the request. [Return code]

Output: STATUS_INSUFFICIENT_RESOUCES

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Description] InputBufferLength is too small for InputBuffer to contain an FSCTL_OFFLOAD_WRITE_INPUT structure. -or- OutputBufferLength is too small for OutputBuffer to receive an FSCTL_OFFLOAD_WRITE_OUTPUT structure. [Return code]

Output: STATUS_BUFFER_TOO_SMALL

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Attribute] Data type [Value]

Output: Null-terminated Unicode string


Input: [Attribute] Access [Value]

Output: Read-only


Input: [Attribute] Status [Value]

Output: Optional


Input: [Attribute] Structure [Value]

Output: CLUSPROP_SZ


Input: [Attribute] Minimum [Value]


Input: [Attribute] Maximum [Value]

Output: xxx.xxx.xxx.xxx


Input: [Attribute] Default [Value]


Input: [Character] B [Font style]

Output: Bold


Input: [Character] I [Font style]

Output: Italic


Input: [Character] N [Font style]

Output: Normal


Input: [Character] O [Font style]

Output: Outline


Input: [Character] Q [Font style]

Output: Opaque


Input: [Character] S [Font style]

Output: Shadow


Input: [Character] - [Font style]

Output: Strikeout


Input: [Character] T [Font style]

Output: Transparent


Input: [Character] U [Font style]

Output: Underline


Input: [Delegate] ContentIterator.FileProcessor [Description]

Output: Represents a delegate for processing a file.


Input: [Delegate] ContentIterator.FileProcessorErrorCallout [Description]

Output: Represents a delegate for handling errors that occur when processing a file.


Input: [Delegate] ContentIterator.ItemProcessor [Description]

Output: A delegate that represents a group of settings that indicate how to process individual items in a ContentIterator object.


Input: [Delegate] ContentIterator.ItemProcessorErrorCallout [Description]

Output: Provides logging information when processing items in a list by using a ContentIterator object.


Input: [Delegate] ContentIterator.ItemsProcessor [Description]

Output: Represents a delegate for processing a page of list items.


Input: [Delegate] ContentIterator.ItemsProcessorErrorCallout [Description]

Output: Delegate for handling errors processing a list of items.


Input: [Delegate] ContentIterator.ListProcessor [Description]

Output: Delegate for processing a list.


Input: [Delegate] ContentIterator.ListProcessorErrorCallout [Description]

Output: Delegate for handling errors processing a list.


Input: [Delegate] ContentIterator.SiteProcessor [Description]

Output: Delegate for processing a site.


Input: [Delegate] ContentIterator.SiteProcessorErrorCallout [Description]

Output: Delegate for handling errors processing a site.


Input: [Delegate] ContentIterator.SitesProcessor [Description]

Output: Delegate for processing an enumeration of sites.


Input: [Delegate] ContentIterator.WebProcessor [Description]

Output: Delegate for processing a web.


Input: [Delegate] ContentIterator.WebProcessorErrorCallout [Description]

Output: Delegate for handling errors processing a web.


Input: [Delegate] EventReceiverUtility.ItemEventReceiverCodeToRun [Description]

Output: Delegate for running code in an item event receiver while recovering from version conflicts.


Input: [Delegate] EventReceiverUtility.ItemEventReceiverCodeToRunProps [Description]

Output: Represents a delegate used to run code in an item event receiver.


Input: [Delegate] EventReceiverUtility.ListEventReceiverCodeToRun [Description]

Output: Delegate for running code in a list event receiver while recovering from version conflicts.


Input: [Delegate] EventReceiverUtility.WebEventReceiverCodeToRun [Description]

Output: Delegate for running code in a web event receiver while recovering from version conflicts.


Input: [Delegate] TimerJobUtility.ProcessWorkItemWithState [Description]

Output: Delegate to process a single work item with state.


Input: [Name] ICollection.CopyTo [Description]

Output: Copies the elements of the Array to another Array, starting at the specified index.


Input: [Name] ICollection.Count [Description]

Output: Gets the number of elements contained in the Array.


Input: [Name] ICollection.IsSynchronized [Description]

Output: Gets a value that indicates whether access to the Array is synchronized (thread safe).


Input: [Name] ICollection.SyncRoot [Description]

Output: Gets an object that can be used to synchronize access to the Array.


Input: [Name] IList.Add [Description]

Output: Adds an item to IList.


Input: [Name] IList.Clear [Description]

Output: Removes all items from the IList.


Input: [Name] IList.Contains [Description]

Output: Determines whether an element is in the IList.


Input: [Name] IList.IndexOf [Description]

Output: Determines the index of a specific item in the IList.


Input: [Name] IList.Insert [Description]

Output: Inserts an item to the IList at the specified index.


Input: [Name] IList.IsFixedSize [Description]

Output: Gets a value that indicates whether the Array has a fixed size.


Input: [Name] IList.IsReadOnly [Description]

Output: Gets a value that indicates whether the Array is read-only.


Input: [Name] IList.Item [Description]

Output: Gets or sets the element at the specified index.


Input: [Name] IList.Remove [Description]

Output: Removes the first occurrence of a specific object from the IList.


Input: [Name] IList.RemoveAt [Description]

Output: Removes the IList item at the specified index.


Input: [Name] IStructuralComparable.CompareTo [Description]

Output: Determines whether the current collection object precedes, occurs in the same position as, or follows another object in the sort order.


Input: [Name] IStructuralEquatable.Equals [Description]

Output: Determines whether an object is equal to the current instance.


Input: [Name] IStructuralEquatable.GetHashCode [Description]

Output: Returns a hash code for the current instance.


Input: [Name] AllowEdit [Description]

Output: Gets or sets a value indicating whether items in the list can be edited.


Input: [Name] AllowNew [Description]

Output: Gets or sets a value indicating whether you can add items to the list using the AddNew method.


Input: [Name] AllowRemove [Description]

Output: Gets or sets a value indicating whether you can remove items from the collection.


Input: [Name] Count [Description]

Output: Gets the number of elements actually contained in the Collection. (Inherited from Collection.)


Input: [Name] IsSortedCore [Description]

Output: Gets a value indicating whether the list is sorted.


Input: [Name] Item [Description]

Output: Gets or sets the element at the specified index. (Inherited from Collection.)


Input: [Name] Items [Description]

Output: Gets a IList wrapper around the Collection. (Inherited from Collection.)


Input: [Name] RaiseListChangedEvents [Description]

Output: Gets or sets a value indicating whether adding or removing items within the list raises ListChanged events.


Input: [Name] SortDirectionCore [Description]

Output: Gets the direction the list is sorted.


Input: [Name] SortPropertyCore [Description]

Output: Gets the property descriptor that is used for sorting the list if sorting is implemented in a derived class; otherwise, returns null.


Input: [Name] SupportsChangeNotificationCore [Description]

Output: Gets a value indicating whether ListChanged events are enabled.


Input: [Name] SupportsSearchingCore [Description]

Output: Gets a value indicating whether the list supports searching.


Input: [Name] SupportsSortingCore [Description]

Output: Gets a value indicating whether the list supports sorting.


Input: [Return code] STATUS_INVALID_DEVICE_REQUEST [Description]

Output: The handle specified is not a valid file handle.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_INVALID_PARAMETER [Description]

Output: File size is less than PAGE_SIZE. -or- InputBufferLength < sizeof(FSCTL_OFFLOAD_WRITE_INPUT). -or- One or more of these members of FSCTL_OFFLOAD_WRITE_INPUT are incorrect: FileOffset is not a multiple of the logical sector size of the volume. CopyLength is not a multiple of the logical sector size of the volume. TransferOffset is not a multiple of the logical sector size of the volume. Size is not the size of the FSCTL_OFFLOAD_WRITE_INPUT structure. FileOffset > Valid Data Length (VDL) for the file. FileOffset + CopyLength > MAXULONGLONG.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_NOT_SUPPORTED [Description]

Output: Offload write operations are not supported on this volume.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_OFFLOAD_WRITE_FILE_NOT_SUPPORTED [Description]

Output: The requested file type is not supported. Offload operations are not supported on these file types: A transacted file (TxF) Non-user files Compressed files Sparse files Encrypted files NTFS Metatdata files

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_TOO_LATE [Description]

Output: A write operation was attempted to a volume after it was dismounted.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_FILE_DELETED [Description]

Output: The data stream for this file is invalid.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_FILE_CLOSED [Description]

Output: The file handle is closed.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_INVALID_HANDLE [Description]

Output: The file handle specified is invalid.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_FILE_LOCK_CONFLICT [Description]

Output: Read or write access cannot be granted due to the current file locking state.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_END_OF_FILE [Description]

Output: The FileOffset member of FSCTL_OFFLOAD_WRITE_INPUT begins after end-of-file (EOF).

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_DISMOUNTED_VOLUME [Description]

Output: An offload write cannot occur on a dismounted volume.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_MEDIA_WRITE_PROTECTED [Description]

Output: The volume is read only.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_INSUFFICIENT_RESOUCES [Description]

Output: Insufficient resources are available to complete the request.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Return code] STATUS_BUFFER_TOO_SMALL [Description]

Output: InputBufferLength is too small for InputBuffer to contain an FSCTL_OFFLOAD_WRITE_INPUT structure. -or- OutputBufferLength is too small for OutputBuffer to receive an FSCTL_OFFLOAD_WRITE_OUTPUT structure.

FSCTL_OFFLOAD_WRITE control code (Windows Drivers)


Input: [Access type] Read/write [Description] Sets or retrieves an opaque field that can be used by the application to store information. [Property]

Output: ApplicationData


Input: [Access type] Read-only [Description] Retrieves an IAzApplicationGroups object that is used to enumerate groups from the policy data. [Property]

Output: ApplicationGroups


Input: [Access type] Read/write [Description] Sets or retrieves a value that indicates whether policy audits should be generated when the authorization store is modified. [Property]

Output: ApplyStoreSacl


Input: [Access type] Read/write [Description] Sets or retrieves the class identifier of the interface that the user interface uses to perform application-specific operations. [Property]

Output: AuthzInterfaceClsid


Input: [Access type] Read-only [Description] Retrieves the SIDs (in text form) of principals that act as delegated policy users. [Property]

Output: DelegatedPolicyUsers


Input: [Access type] Read-only [Description] Retrieves the account names of principals that act as delegated policy users. [Property]

Output: DelegatedPolicyUsersName


Input: [Access type] Read/write [Description] Sets or retrieves a comment that describes the application. [Property]

Output: Description


Input: [Access type] Read/write [Description] Sets or retrieves a value that indicates whether run-time audits should be generated. [Property]

Output: GenerateAudits


Input: [Access type] Read/write [Description] Sets or retrieves the name of the application. [Property]

Output: Name


Input: [Access type] Read-only [Description] Retrieves an IAzOperations object that is used to enumerate operations from the policy data. [Property]

Output: Operations


Input: [Access type] Read-only [Description] Retrieves the SIDs (in text form) of principals that act as policy administrators. [Property]

Output: PolicyAdministrators


Input: [Access type] Read-only [Description] Retrieves the account names of principals that act as policy administrators. [Property]

Output: PolicyAdministratorsName


Input: [Access type] Read-only [Description] Retrieves the SIDs (in text form) of principals that act as policy readers. [Property]

Output: PolicyReaders


Input: [Access type] Read-only [Description] Retrieves the account names of principals that act as policy readers. [Property]

Output: PolicyReadersName


Input: [Access type] Read-only [Description] Retrieves an IAzRoles object that is used to enumerate roles from the policy data. [Property]

Output: Roles


Input: [Access type] Read-only [Description] Retrieves an IAzScopes object that is used to enumerate scopes from the policy data. [Property]

Output: Scopes


Input: [Access type] Read-only [Description] Retrieves an IAzTasks object that is used to enumerate tasks from the policy data. [Property]

Output: Tasks


Input: [Access type] Read/write [Description] Sets or retrieves the version of the application. [Property]

Output: Version


Input: [Access type] Read-only [Description] Retrieves a value that indicates whether the application can be modified by the user context that initialized it. [Property]

Output: Writable


Input: [Name] ActiveForServiceBrokerDialog [Description]

Output: Gets or sets the Boolean property that specifies whether the certificate is active for use in the BEGIN DIALOG statement for Service Broker purposes.


Input: [Name] Events [Description]

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


Input: [Name] ExpirationDate [Description]

Output: Gets or sets the date and time at which the certificate expires.


Input: [Name] ID [Description]

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


Input: [Name] Issuer [Description]

Output: Gets the issuer of the certificate.


Input: [Name] LastBackupDate [Description]

Output: Gets or sets the date and time at which the certificate was last backed up.


Input: [Name] Name [Description]

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


Input: [Name] Owner [Description]

Output: Gets or sets the name of the database principal that is the owner of the certificate.


Input: [Name] Parent [Description]

Output: Gets or sets the Server object that owns the Certificate object.


Input: [Name] PrivateKeyEncryptionType [Description]

Output: Gets the encryption type of the private key for the certificate.


Input: [Name] Properties [Description]

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


Input: [Name] Serial [Description]

Output: Gets the serial number of the certificate.


Input: [Name] Sid [Description]

Output: Gets the logon security identifier (SID) for the certificate.


Input: [Name] StartDate [Description]

Output: Gets or sets the date and time from which the certificate is effective.


Input: [Name] State [Description]

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