Input: [Class] TablixHierarchy [Description]

Output: Represents a hierarchy of members for the tablix.


Input: [Class] TablixMember [Description]

Output: Represents a member in a tablix hierarchy.


Input: [Class] TablixRow [Description]

Output: Represents a tablix row that has a list of cells.


Input: [Class] Textbox [Description]

Output: Represents a text box.


Input: [Class] TextRun [Description]

Output: Represents a text run.


Input: [Class] Thermometer [Description]

Output: Defines display properties for a linear gauge thermometer pointer.


Input: [Class] TickMarkImage [Description]

Output: Represents a tick mark image.


Input: [Class] TickMarkStyle [Description]

Output: Represents a tick mark that is associated with a custom label.


Input: [Class] ToggleImage [Description]

Output: Represents a toggle image that is displayed as a part of the text box.


Input: [Class] TopImage [Description]

Output: Represents an image to be displayed atop part of a gauge.


Input: [Class] UserSort [Description]

Output: Represents a sort control for the end-user.


Input: [Class] ValidValues [Description]

Output: Provides a list of possible values with which to populate a parameter list that is displayed to users.


Input: [Class] Variable [Description]

Output: Represents a variable.


Input: [Class] Visibility [Description]

Output: Defines whether a report item should be shown in the rendered report.


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

Output: nvarchar


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

Output: int


Input: [Data column name] ColumnPermissions [Description] Indicator of whether a column permission was set. Parse the statement text to determine which permissions were applied to which columns. [Column ID] 44 [Filterable] Yes [Data type]

Output: int


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

Output: int


Input: [Data column name] DatabaseName [Description] Name of the database where the username is being added or removed. [Column ID] 35 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] DBUserName [Description] Issuer’s username in the database. [Column ID] 40 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] EventClass [Description] Type of event = 109. [Column ID] 27 [Filterable] No [Data type]

Output: int


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

Output: int


Input: [Data column name] EventSubClass [Description] Type of event subclass. 1=Add 2=Drop 3=Grant database access 4=Revoke database access [Column ID] 21 [Filterable] Yes [Data type]

Output: int


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

Output: nvarchar


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

Output: int


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

Output: nvarchar


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

Output: image


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

Output: nvarchar


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

Output: nvarchar


Input: [Data column name] OwnerName [Description] Database user name of the object owner. [Column ID] 37 [Filterable] Yes [Data type]

Output: nvarchar


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

Output: int


Input: [Data column name] RoleName [Description] Name of the database role whose membership is being modified (if done with sp_adduser). [Column ID] 38 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] ServerName [Description] Name of the instance of SQL Server being traced. [Column ID] 26 [Data type]

Output: nvarchar


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

Output: Nvarchar


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

Output: int


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

Output: datetime


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

Output: int


Input: [Data column name] TargetLoginName [Description] Name of the login that is having its database access modified. [Column ID] 42 [Filterable] Yes [Data type]

Output: nvarchar


Input: [Data column name] TargetLoginSid [Description] For actions that target a login (for example, adding a new login), the security identification number (SID) of the targeted login. [Column ID] 43 [Filterable] Yes [Data type]

Output: image


Input: [Data column name] TargetUserName [Description] Name of the database user being added. [Column ID] 39 [Filterable] Yes [Data type]

Output: nvarchar


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

Output: bigint


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

Output: bigint


Input: [HRESULT] S_OK [Description]

Output: No error occurred.


Input: [HRESULT] E_OUTOFMEMORY [Description]

Output: Direct2D could not allocate sufficient memory to complete the call.


Input: [HRESULT] E_INVALIDARG [Description]

Output: An invalid value was passed to the method.


Input: [HRESULT] D3DERR_OUTOFVIDEOMEMORY [Description]

Output: Direct3D does not have enough display memory to perform the operation.


Input: [HRESULT] D2DERR_EFFECT_IS_NOT_REGISTERED [Description]

Output: The specified effect is not registered by the system.


Input: [HRESULT] D2DERR_INSUFFICIENT_DEVICE_CAPABILITIES [Description]

Output: The effect requires capabilities not supported by the D2D device.


Input: [ID] 1 [Description] A Login Success event reports that the adjacent broker login process has finished successfully. [Subclass]

Output: Login Success


Input: [ID] 2 [Description] A Login Protocol Error event reports that the broker receives a message that is well-formed but not valid for the current state of the of the login process. The message may have been lost or sent out-of-sequence. [Subclass]

Output: Login Protocol Error


Input: [ID] 3 [Description] A Message Format Error event reports that the broker received a message that does not match the expected format. The message may have been corrupted, or a program other than SQL Server may be sending messages to the port that Service Broker uses. [Subclass]

Output: Message Format Error


Input: [ID] 4 [Description] A Negotiate Failure event reports that the local broker and the remote broker support mutually exclusive levels of authentication. [Subclass]

Output: Negotiate Failure


Input: [ID] 5 [Description] An Authentication Failure event reports that Service Broker cannot perform authentication for the connection due to an error. For Windows Authentication, this event reports that Service Broker is unable to use Windows authentication. For certificate-based authentication, this event reports that Service Broker is unable to access the certificate. [Subclass]

Output: Authentication Failure


Input: [ID] 6 [Description] An Authorization Failure event reports that Service Broker denied authorization for the connection. For Windows Authentication, this event reports that the security identifier for the connection does not match a database user. For certificate-based authentication, this event reports that the public key delivered in the message does not correspond to a certificate in the database. [Subclass]

Output: Authorization Failure


Input: [Description] Motion and orientation sensor capabilities and requirements for Windows 8. [Topic]

Output: Integrating Motion and Orientation Sensors

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] This topic provides design guidance to developers of fingerprint management applications (FMAs) that are compatible with the Windows® Biometric Framework (WBF). [Topic]

Output: Designing Windows Biometric Framework fingerprint management applications

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] Microsoft includes native support for sensors in Windows 7. This support is found in the Windows Sensor and Location platform. This platform provides a standard way to integrate sensor and location devices into Windows, as well as a standard programming interface for applications to take advantage of these devices. [Topic]

Output: Graphing Accelerometer Data in Windows 7: Sample Code

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] This paper provides information about new ambient light sensor (ALS) features in the Windows 7 operating system. It provides guidelines for hardware manufacturers and original equipment manufacturers (OEMs) to integrate ALS hardware with computers that use the adaptive brightness feature and with applications that use light sensor data. [Topic]

Output: Integrating Ambient Light Sensors in Windows 7

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] This paper provides information about ambient light sensor (ALS) features in the Windows 8 operating system. It provides guidelines for hardware manufacturers and original equipment manufacturers (OEMs) to integrate ALS hardware with computers that use the adaptive brightness feature and with applications that use light sensor data. [Topic]

Output: Integrating Ambient Light Sensors with Computers Running Windows 8

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] Microsoft has created sample firmware, a sample sensor driver, and a Visual Studio .NET application that demonstrate the use of sensors in Windows 7. The sample application works with a passive infrared (PIR) sensor to record a date and timestamp each time that the sensor detects motion. [Topic]

Output: Monitoring a Motion Sensor with Windows 7

Sensor and Location Platform - Windows 10 hardware dev


Input: [Description] This paper provides information about sensor calibration for Windows 8. It contains guidance for IHVs and OEMs who are designing and manufacturing sensors. It assumes that the reader is familiar with the sensor platform for Windows 8. [Topic]

Output: Windows 8 Sensor Calibration and Configuration Persistence

Sensor and Location Platform - Windows 10 hardware dev


Input: [Class] ContractReference [Description]

Output: Represents a reference in a discovery document to a service description.


Input: [Class] ContractSearchPattern [Description]

Output: Obtains the file locations and descriptions of ASP.NET Web services. This class cannot be inherited.


Input: [Class] DiscoveryClientDocumentCollection [Description]

Output: Represents a collection of documents discovered during XML Web services discovery that have been downloaded to the client. This class cannot be inherited.


Input: [Class] DiscoveryClientProtocol [Description]

Output: Provides support for programmatically invoking XML Web services discovery.


Input: [Class] DiscoveryClientProtocol.DiscoveryClientResultsFile [Description]

Output: Represents the root element of an XML document containing the results of all files written when the WriteAll method is invoked.


Input: [Class] DiscoveryClientReferenceCollection [Description]

Output: Represents a collection of DiscoveryReference objects. This class cannot be inherited.


Input: [Class] DiscoveryClientResult [Description]

Output: Represents the details of a discovery reference without the contents of the referenced document. This class cannot be inherited.


Input: [Class] DiscoveryClientResultCollection [Description]

Output: Contains a collection of DiscoveryClientResult objects. This class cannot be inherited.


Input: [Class] DiscoveryDocument [Description]

Output: Represents a discovery document. This class cannot be inherited.


Input: [Class] DiscoveryDocumentLinksPattern [Description]

Output: Obtains the file locations of Web services discovery documents for use in populating another Web services discovery document.


Input: [Class] DiscoveryDocumentReference [Description]

Output: Represents a reference to a discovery document. This class cannot be inherited.


Input: [Class] DiscoveryDocumentSearchPattern [Description]

Output: Obtains the file locations of Web services discovery documents for use in populating another Web services discovery document. This class cannot be inherited.


Input: [Class] DiscoveryExceptionDictionary [Description]

Output: Collects exceptions that occurred during XML Web services discovery. This class cannot be inherited.


Input: [Class] DiscoveryReference [Description]

Output: The base class for discoverable references using XML Web services discovery.


Input: [Class] DiscoveryReferenceCollection [Description]

Output: A collection of discovery references. This class cannot be inherited.


Input: [Class] DiscoveryRequestHandler [Description]

Output: An ASP.NET HTTP handler that processes a request for a Web services discovery document.


Input: [Class] DiscoverySearchPattern [Description]

Output: Establishes an interface for file extension search patterns for discoverable file types.


Input: [Class] DynamicDiscoveryDocument [Description]

Output: Represents an XML document that specifies a list of file system directory paths that should not be searched for references to add to a Web services discovery document.


Input: [Class] ExcludePathInfo [Description]

Output: Represents a file system directory path that should not be searched for references to add to a Web services discovery document.


Input: [Class] SchemaReference [Description]

Output: Represents a reference in a discovery document to an XML Schema Definition (XSD) language schema. This class cannot be inherited.


Input: [Class] SoapBinding [Description]

Output: Represents a SOAP binding in a discovery document. This class cannot be inherited.


Input: [Class] XmlSchemaSearchPattern [Description]

Output: Obtains the file locations of XML Schema documents for use in populating a Web services discovery document. This class cannot be inherited.


Input: [Column Name] Function Name [Description]

Output: Name of the function.


Input: [Column Name] Function Address [Description]

Output: Function address in hexadecimal format.


Input: [Column Name] Exclusive Allocations [Description]

Output: Allocations in a function excluding all other allocations in subroutines that it called.


Input: [Column Name] Inclusive Allocations [Description]

Output: Allocations in a function including all allocations in subroutines that it called.


Input: [Column Name] Exclusive Bytes Allocated [Description]

Output: Bytes allocated in a function excluding all other byte allocations in subroutines that it called.


Input: [Column Name] Inclusive Bytes Allocated [Description]

Output: Bytes allocated in a function including all other byte allocations in subroutines that it called.


Input: [Column Name] Exclusive Bytes Percent [Description]

Output: (Bytes allocated in a function / total bytes ) * 100


Input: [Column Name] Inclusive Bytes Percent [Description]

Output: (Bytes allocated in a function and all other subroutines that it called / total bytes ) * 100


Input: [Column Name] Number of calls [Description]

Output: The number of calls made to the instances of this function that were called by the parent function in the call tree.


Input: [Column Name] Percentage of calls [Description]

Output: The number of instances of this function that were called by the parent function in the call tree as a percentage of the total number of calls to all functions in the specified data range.


Input: [Column Name] Elapsed Exclusive Time [Description]

Output: Calculated time for a function or summary item that includes samples that contain transition events, and excludes time from collection probes and the elapsed time of subroutines called by the function.


Input: [Column Name] Elapsed Inclusive Time [Description]

Output: Calculated time for a function or summary item that includes samples that contain transition events and time from subroutines called by the function, but excludes time from collection probes.


Input: [Column Name] Application Inclusive Time [Description]

Output: Calculated time for a function or summary item that excludes samples that contain transition events and time from collection probes, but includes the application time of subroutines called by the function.


Input: [Column Name] MAX Elapsed Exclusive Time [Description]

Output: The greatest elapsed exclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MAX Application Exclusive Time [Description]

Output: The maximum single application exclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MAX Elapsed Inclusive Time [Description]

Output: The greatest elapsed inclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MAX Application Inclusive Time [Description]

Output: The greatest application inclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MIN Elapsed Exclusive Time [Description]

Output: The least elapsed exclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MIN Application Exclusive Time [Description]

Output: The maximum single application exclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MIN Elapsed Inclusive Time [Description]

Output: The least elapsed inclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] MIN Application Inclusive Time [Description]

Output: The least application inclusive clock time (processor cycles), or performance counter value for any one instance of this function that was called by the parent function in the call tree.


Input: [Column Name] AVG Elapsed Exclusive Time [Description]

Output: The average elapsed exclusive clock time (processor cycles), P6 performance or user-defined counter value for all instances of the function in the specified data range.


Input: [Column Name] AVG Application Exclusive Time [Description]

Output: The average application exclusive clock time (processor cycles), P6 performance or user-defined counter value for all instances of this function in the specified data range.


Input: [Column Name] AVG Elapsed Inclusive Time [Description]

Output: The average elapsed inclusive clock time (processor cycles), P6 performance or user-defined counter value for all instances of the function in the specified data range.


Input: [Column Name] AVG Application Inclusive Time [Description]

Output: The average application inclusive clock time (processor cycles), P6 performance or user-defined counter value for all instances of the function in the specified data range.


Input: [Column Name] % Elapsed Exclusive Time [Description]

Output: The percentage of the total global clock time (processor cycles), or performance counter values of the specified data segment that was spent in the elapsed exclusive time of all instances of the function in this context.


Input: [Column Name] % Application Exclusive Time [Description]

Output: The percentage of the total global clock time (processor cycles), or performance counter values of the specified data segment that was spent in the application exclusive time of all instances of the function in this context


Input: [Column Name] % Elapsed Inclusive Time [Description]

Output: The percentage of the total global clock time (processor cycles), or performance counter values of the specified data segment that was spent in the elapsed inclusive time of all instances of the function in this context.


Input: [Column Name] % Application Inclusive Time [Description]

Output: The percentage of the total global clock time (processor cycles), or performance counter values of the specified data range that was spent in the inclusive time of all instances of the function in this context.


Input: [Column Name] % Time Exclusive Probe Overhead [Description]

Output: The percentage of the global clock time (processor cycles), or performance counter values for the specified data range that is attributed to profiling probes in the exclusive time of all instances of this function that were called by the parent function in the call tree.


Input: [Column Name] % Time Inclusive Probe Overhead [Description]

Output: The percentage of the global clock time (processor cycles), or performance counter values for the specified data range that is attributed to profiling probes in the inclusive time of all instances of this function that were called by the parent function in the call tree.


Input: [Column Name] Exclusive Transitions [Description]

Output: The number of transition events that occurred in all instance of this function, excluding functions called by the function.


Input: [Column Name] Inclusive Transitions [Description]

Output: The number of transition events that occurred in all instance of this function, including functions called by the function.


Input: [Column Name] Exclusive Transitions Percentage [Description]

Output: The percentage of transition events that occurred in the exclusive time of the instances of this function that were called by the parent function in the call tree compared to the total number of exclusive transitions in the data range.


Input: [Column Name] Inclusive Transitions Percentage [Description]

Output: The percentage of transition events that occurred in the inclusive time of the instances of this function that were called by the parent function in the call tree compared to the total number of inclusive transitions in the data range.


Input: [Column Name] Time Exclusive Probe Overhead [Description]

Output: The total time attributed to profiling probes in the exclusive time of the instances of this function that were called by the parent function in the call tree.


Input: [Column Name] Time Inclusive Probe Overhead [Description]

Output: The total time attributed to profiling probes in the inclusive time of the instances of this function that were called by the parent function in the call tree.


Input: [Column Name] Application Exclusive Time [Description]

Output: Calculated time for a function or summary item that excludes samples that contain transition events, time from collection probes, and the time of subroutines called by the function.


Input: [Column Name] Inclusive Percent [Description]

Output: ([Inclusive samples for the function] / [Total inclusive samples taken during profiling]) * 100


Input: [Column Name] Inclusive Samples [Description]

Output: Total number of performance data collected for the function including performance data for other functions that were called by it.


Input: [Column Name] Exclusive Percent [Description]

Output: ([Exclusive samples for the function] / [Total exclusive samples taken during profiling]) * 100


Input: [Column Name] Exclusive Samples [Description]

Output: Total number of performance data collected for the function excluding performance data for other functions that were called by it.


Input: [Column Name] Line Number [Description]

Output: Location of the function in the source file.


Input: [Column Name] Module Name [Description]

Output: Name of the module that contains the function.


Input: [Column Name] Module Path [Description]

Output: Directory location of the module.


Input: [Column Name] Process ID [Description]

Output: Numeric identifier of the process.


Input: [Column Name] Process Name [Description]

Output: Name of the process.


Input: [Column Name] Source File Name [Description]

Output: Name of the source file that contains the function.


Input: [Column Name] Unique Process ID [Description]

Output: An unsigned integer to track the process.


Input: [Topic] Integrating Motion and Orientation Sensors [Description]

Output: Motion and orientation sensor capabilities and requirements for Windows 8.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Designing Windows Biometric Framework fingerprint management applications [Description]

Output: This topic provides design guidance to developers of fingerprint management applications (FMAs) that are compatible with the Windows® Biometric Framework (WBF).

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Graphing Accelerometer Data in Windows 7: Sample Code [Description]

Output: Microsoft includes native support for sensors in Windows 7. This support is found in the Windows Sensor and Location platform. This platform provides a standard way to integrate sensor and location devices into Windows, as well as a standard programming interface for applications to take advantage of these devices.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Integrating Ambient Light Sensors in Windows 7 [Description]

Output: This paper provides information about new ambient light sensor (ALS) features in the Windows 7 operating system. It provides guidelines for hardware manufacturers and original equipment manufacturers (OEMs) to integrate ALS hardware with computers that use the adaptive brightness feature and with applications that use light sensor data.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Integrating Ambient Light Sensors with Computers Running Windows 8 [Description]

Output: This paper provides information about ambient light sensor (ALS) features in the Windows 8 operating system. It provides guidelines for hardware manufacturers and original equipment manufacturers (OEMs) to integrate ALS hardware with computers that use the adaptive brightness feature and with applications that use light sensor data.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Monitoring a Motion Sensor with Windows 7 [Description]

Output: Microsoft has created sample firmware, a sample sensor driver, and a Visual Studio .NET application that demonstrate the use of sensors in Windows 7. The sample application works with a passive infrared (PIR) sensor to record a date and timestamp each time that the sensor detects motion.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Topic] Windows 8 Sensor Calibration and Configuration Persistence [Description]

Output: This paper provides information about sensor calibration for Windows 8. It contains guidance for IHVs and OEMs who are designing and manufacturing sensors. It assumes that the reader is familiar with the sensor platform for Windows 8.

Sensor and Location Platform - Windows 10 hardware dev


Input: [Name] DbType [Description]

Output: Gets or sets the DbType of the parameter.


Input: [Name] Direction [Description]

Output: Gets or sets a value indicating whether the parameter is input-only, output-only, bidirectional, or a stored procedure return value parameter.


Input: [Name] IsNullable [Description]

Output: Gets a value indicating whether the parameter accepts null values.


Input: [Name] ParameterName [Description]

Output: Gets or sets the name of the IDataParameter.


Input: [Name] SourceColumn [Description]

Output: Gets or sets the name of the source column that is mapped to the DataSet and used for loading or returning the Value.


Input: [Name] SourceVersion [Description]

Output: Gets or sets the DataRowVersion to use when loading Value.


Input: [Name] Value [Description]

Output: Gets or sets the value of the parameter.


Input: [Description] Gets the number of bytes that were received on the interface. [Name]

Output: BytesReceived


Input: [Description] Gets the number of bytes that were sent on the interface. [Name]

Output: BytesSent


Input: [Description] Gets the number of incoming packets that were discarded. [Name]

Output: IncomingPacketsDiscarded


Input: [Description] Gets the number of incoming packets with errors. [Name]

Output: IncomingPacketsWithErrors


Input: [Description] Gets the number of incoming packets with an unknown protocol that were received on the interface. [Name]

Output: IncomingUnknownProtocolPackets


Input: [Description] Gets the number of non-unicast packets that were received on the interface. [Name]

Output: NonUnicastPacketsReceived


Input: [Description] Gets the number of non-unicast packets that were sent on the interface. [Name]

Output: NonUnicastPacketsSent


Input: [Description] Gets the number of outgoing packets that were discarded. [Name]

Output: OutgoingPacketsDiscarded


Input: [Description] Gets the number of outgoing packets with errors. [Name]

Output: OutgoingPacketsWithErrors


Input: [Description] Gets the length of the output queue. [Name]

Output: OutputQueueLength


Input: [Description] Gets the number of unicast packets that were received on the interface. [Name]

Output: UnicastPacketsReceived


Input: [Description] Gets the number of unicast packets that were sent on the interface. [Name]

Output: UnicastPacketsSent


Input: [Description] Explores what a document-centric transform is, and describes an approach for writing them. [Title]

Output: Document-Centric Transforms

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] Describes an approach of converting an Open XML package to flat OPC, transforming it to a new form, and then converting back to Open XML OPC format. [Title]

Output: Transforming Open XML Documents using XSLT

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] Explains an approach for writing document-centric transforms by using Microsoft Visual C# 3.0. [Title]

Output: Recursive Pure Functional Transformations

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] Describes an approach for integrating content publishing systems with Word 2007. [Title]

Output: Using Content Controls vs. Custom XML Elements

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] Sometimes developers of publishing systems want to programmatically limit styles so that the transform is more deterministic. [Title]

Output: Programmatically Limit Styles in Word

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] Blog post series that explains issues that you can encounter when you transform Open XML WordprocessingML documents to another format, such as HTML. [Title]

Output: Converting Open XML WordprocessingML to Html

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Description] CodePlex project for an XSLT-based transform from Open XML WordprocessingML to HTML. [Title]

Output: Open XML Document Viewer

Building Publishing Systems that Use Word 2010 or Word 2007


Input: [Column name] memory_broker_type [Data type] nvarchar(60) [Description]

Output: Type of memory broker. There are currently three types of memory brokers in SQL Server. ValueDescription MEMORYBROKER_FOR_CACHEMemory that is allocated for use by cached objects. MEMORYBROKER_FOR_STEALMemory that is stolen from the buffer pool. This memory is not available for reuse by other components until it is freed by the current owner. MEMORYBROKER_FOR_RESERVEMemory reserved for future use by currently executing requests.


Input: [Column name] allocations_kb [Data type] bigint [Description]

Output: Amount of memory, in kilobytes (KB), that has been allocated to this type of broker.


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

Output: Current rate of allocation that is attributed to this broker.


Input: [Column name] target_allocations_kb [Data type] bigint [Description]

Output: Recommended amount of allocated memory, in kilobytes (KB), that is based on current settings and the memory usage pattern. This broker should grow to or shrink to this number.


Input: [Column name] future_allocations_kb [Data type] bigint [Description]

Output: Projected number of allocations, in kilobytes (KB), that will be done in the next several seconds.


Input: [Column name] last_notification [Data type] nvarchar(60) [Description]

Output: Memory usage recommendation that is based on the current settings and usage pattern. Valid values are as follows: grow shrink stable


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

Output: ID of the resource pool if it is associated with a Resource Governor pool.


Input: [Column name] allocations_kb_per_sec [Data type] bigint [Description]

Output: Rate of memory allocations in kilobytes (KB) per second. This value can be negative for memory deallocations.


Input: [Column name] predicated_allocations_kb [Data type] bigint [Description]

Output: Predicted amount of allocated memory by the broker. This is based on the memory usage pattern.


Input: [Column name] overall_limit_kb [Data type] bigint [Description]

Output: Maximum amount of memory, in kilobytes (KB), that the the broker can allocate.


Input: [Name] BytesReceived [Description]

Output: Gets the number of bytes that were received on the interface.


Input: [Name] BytesSent [Description]

Output: Gets the number of bytes that were sent on the interface.


Input: [Name] IncomingPacketsDiscarded [Description]

Output: Gets the number of incoming packets that were discarded.


Input: [Name] IncomingPacketsWithErrors [Description]

Output: Gets the number of incoming packets with errors.


Input: [Name] IncomingUnknownProtocolPackets [Description]

Output: Gets the number of incoming packets with an unknown protocol that were received on the interface.


Input: [Name] NonUnicastPacketsReceived [Description]

Output: Gets the number of non-unicast packets that were received on the interface.


Input: [Name] NonUnicastPacketsSent [Description]

Output: Gets the number of non-unicast packets that were sent on the interface.


Input: [Name] OutgoingPacketsDiscarded [Description]

Output: Gets the number of outgoing packets that were discarded.


Input: [Name] OutgoingPacketsWithErrors [Description]

Output: Gets the number of outgoing packets with errors.


Input: [Name] OutputQueueLength [Description]

Output: Gets the length of the output queue.


Input: [Name] UnicastPacketsReceived [Description]

Output: Gets the number of unicast packets that were received on the interface.


Input: [Name] UnicastPacketsSent [Description]

Output: Gets the number of unicast packets that were sent on the interface.


Input: ISchedulerTask.Name [Property]

Output: Name


Input: ISchedulerTask.MinimumNumberOfCores [Property]

Output: MinCores


Input: ISchedulerTask.MaximumNumberOfCores [Property]

Output: MaxCores


Input: ISchedulerTask.MinimumNumberOfNodes [Property]

Output: MinNodes


Input: ISchedulerTask.MaximumNumberOfNodes [Property]

Output: MaxNodes


Input: ISchedulerTask.MinimumNumberOfSockets [Property]

Output: MinSockets


Input: ISchedulerTask.MaximumNumberOfSockets [Property]

Output: MaxSockets


Input: ISchedulerTask.Runtime [Property]

Output: RuntimeSeconds


Input: ISchedulerTask.CommandLine [Property]

Output: CommandLine


Input: ISchedulerTask.WorkDirectory [Property]

Output: WorkDirectory


Input: ISchedulerTask.RequiredNodes [Property]

Output: RequiredNodes


Input: ISchedulerTask.DependsOn [Property]

Output: DependsOn


Input: ISchedulerTask.IsExclusive [Property]

Output: IsExclusive


Input: ISchedulerTask.IsRerunnable [Property]

Output: IsRerunnable


Input: ISchedulerTask.StdOutFilePath [Property]

Output: StdOutFilePath


Input: ISchedulerTask.StdInFilePath [Property]

Output: StdInFilePath


Input: ISchedulerTask.StdErrFilePath [Property]

Output: StdErrFilePath


Input: ISchedulerTask.StartValue [Property]

Output: StartValue


Input: ISchedulerTask.EndValue [Property]

Output: EndValue


Input: ISchedulerTask.IncrementValue [Property]

Output: IncrementValue


Input: ISchedulerTask.UserBlob [Property]

Output: UserBlob


Input: ISchedulerTask.Type [Property]

Output: Type


Input: ISchedulerTask.FailJobOnFailure [Property]

Output: FailJobOnFailure


Input: ISchedulerTask.FailJobOnFailureCount [Property]

Output: FailJobOnFailureCount


Input: ISchedulerTask.ValidExitCodes [Property]

Output: TaskValidExitCodes


Input: [Element] ws [Description]

Output: Optional white space. White space can appear at the beginning of s if style includes the NumberStyles.AllowLeadingWhite flag. It can appear at the end of s if style includes the NumberStyles.AllowTrailingWhite flag.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] $ [Description]

Output: A culture-specific currency symbol. Its position in the string is defined by the NumberFormatInfo.CurrencyNegativePattern or NumberFormatInfo.CurrencyPositivePattern properties of the NumberFormatInfo object returned by the IFormatProvider.GetFormat method of the provider parameter. The currency symbol can appear in s if style includes the NumberStyles.AllowCurrencySymbol flag.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] sign [Description]

Output: An optional sign.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] digits [Description]

Output: A sequence of digits ranging from 0 to 9.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] . [Description]

Output: A culture-specific decimal point symbol.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] fractional-digits [Description]

Output: A sequence of digits ranging from 0 to 9.

Decimal.TryParse Method (String, NumberStyles, IFormatProvider, Decimal) (System)


Input: [Element] allow-from [Attribute] http-request-headers [Required] No [Description] A case-insensitive, comma-separated list of allowed headers for the domain specified in the domain attribute. Valid characters, per RFC822, are ASCII 33-41, 42-57, and 59-126. This includes all printable non-space ASCII characters except colons (which end a header name), and asterisks (which are used as wildcards). Wildcards can be used to specify all headers, or can be used with a single header name as a suffix allowing for all headers that start with the string value preceding the wildcard character. The '*' character used alone is interpreted as all request headers can be sent that are normally allowed with the HttpWebRequest class. Some common headers are considered restricted and are either exposed directly (Content-Type, for example) or are protected by the system and cannot be set or changed. For more information on restricted headers, see WebHeaderCollection. If this attribute is missing, no headers are allowed to be sent except the Content-Type header. [Default]

Output: No headers are allowed, except for the Content-Type header, which is always permitted.

Network Security Access Restrictions in Silverlight


Input: [Element] allow from [Attribute] http-methods [Required] No [Description] Defines whether the client HTTP handler allows custom request methods other than GET and POST to be used. This policy only applies if the HTTP handler for a URI is changed to use the client HTTP handler.The default browser HTTP handler allows only the GET and POST request methods to be used.The only possible value for the request methods allowed by this policy element is the wildcard of "*". [Default]

Output: Only the GET and POST method are allowed by the client HTTP handler.

Network Security Access Restrictions in Silverlight


Input: [Element] domain [Attribute] uri [Required] Yes [Description] Lists the allowed domains and specific Silverlight applications that can access the granted paths in this policy. The uri specifies a scheme and a domain that connections are allowed from. The scheme and port may be specified. Three types of wildcards are accepted: 1. The standalone '*' wildcard character used alone is interpreted as accept all connections from the same schemed applications hosted on any domain. 2. The "http://*" literal wildcard option is interpreted as accept all connections from HTTP schemed applications on any domain. 3. A subdomain wildcard option is represented as a scheme allowed followed by a '*' character and a '.' character followed by the rest of hostname. The wildcard is used as the first segment of the hostname. This is considered a subdomain wildcard. An attribute value of "http://*.contoso.com" allows only HTTP for the scheme and accepts connections from Silverlight applications hosted on any subdomain of "contoso.com". [Default]

Network Security Access Restrictions in Silverlight


Input: [Element] resource [Attribute] path [Required] Yes (for WebClient and HTTP classes) [Description] The attribute is the URI relative to root of the domain. It refers to a specific path that can represent a web service or a file. The path cannot contain wildcard characters or characters not recognized by Uniform Resource Identifier (URI): Generic Syntax, http://ietf.org/rfc/rfc3986 This element and attribute are used solely for requests from WebClient and HTTP classes. [Default]

Network Security Access Restrictions in Silverlight


Input: [Element] resource [Attribute] include-subpaths [Required] No [Description] Specifies whether subpaths of the associated path should be included. A true value will allow a path to match the exact path designated by the path attribute or the path designated by the path attribute and any appended subpaths. A false value will only allow a match to the exact path designated by the path attribute. The default value is false if this attribute is omitted. This element and attribute are used solely for requests from WebClient and HTTP classes. [Default]

Output: False

Network Security Access Restrictions in Silverlight


Input: [Element] socket-resource [Attribute] port [Required] Yes [Description] Specifies the port or port range that an application using sockets is allowed to connect to. This element and attribute are used solely for requests from socket classes. [Default]

Network Security Access Restrictions in Silverlight


Input: [Element] socket-resource [Attribute] protocol [Required] Yes [Description] Specifies the protocol that an application using sockets is allowed to connect with. The only protocol currently supported is tcp. This element and attribute are used solely for requests from socket classes. [Default]

Network Security Access Restrictions in Silverlight


Input: [ID] 1 [Subclass] Login Success [Description]

Output: A Login Success event reports that the adjacent broker login process has finished successfully.


Input: [ID] 2 [Subclass] Login Protocol Error [Description]

Output: A Login Protocol Error event reports that the broker receives a message that is well-formed but not valid for the current state of the of the login process. The message may have been lost or sent out-of-sequence.


Input: [ID] 3 [Subclass] Message Format Error [Description]

Output: A Message Format Error event reports that the broker received a message that does not match the expected format. The message may have been corrupted, or a program other than SQL Server may be sending messages to the port that Service Broker uses.


Input: [ID] 4 [Subclass] Negotiate Failure [Description]

Output: A Negotiate Failure event reports that the local broker and the remote broker support mutually exclusive levels of authentication.


Input: [ID] 5 [Subclass] Authentication Failure [Description]

Output: An Authentication Failure event reports that Service Broker cannot perform authentication for the connection due to an error. For Windows Authentication, this event reports that Service Broker is unable to use Windows authentication. For certificate-based authentication, this event reports that Service Broker is unable to access the certificate.


Input: [ID] 6 [Subclass] Authorization Failure [Description]

Output: An Authorization Failure event reports that Service Broker denied authorization for the connection. For Windows Authentication, this event reports that the security identifier for the connection does not match a database user. For certificate-based authentication, this event reports that the public key delivered in the message does not correspond to a certificate in the database.


Input: [Standard] LEFT ARROW [SQL Server 2000] LEFT ARROW [Action]

Output: Move the cursor left

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] RIGHT ARROW [SQL Server 2000] RIGHT ARROW [Action]

Output: Move the cursor right

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] UP ARROW [SQL Server 2000] UP ARROW [Action]

Output: Move the cursor up

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] DOWN ARROW [SQL Server 2000] DOWN ARROW [Action]

Output: Move the cursor down

SQL Server Management Studio Keyboard Shortcuts


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

Output: Move the cursor to the beginning of the line

SQL Server Management Studio Keyboard Shortcuts


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

Output: Move the cursor to the end of the line

SQL Server Management Studio Keyboard Shortcuts


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

Output: Move the cursor to the beginning of the document

SQL Server Management Studio Keyboard Shortcuts


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

Output: Move the cursor to the end of the document

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] PAGE UP [SQL Server 2000] PAGE UP [Action]

Output: Move the cursor up one screen

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] PAGE DOWN [SQL Server 2000] PAGE DOWN [Action]

Output: Move the cursor down one screen

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+ RIGHT ARROW [SQL Server 2000] CTRL+ RIGHT ARROW [Action]

Output: Moves the cursor one word to the right

SQL Server Management Studio Keyboard Shortcuts


Input: [Standard] CTRL+ LEFT ARROW [SQL Server 2000] CTRL+ LEFT ARROW [Action]

Output: Moves the cursor one word to the left

SQL Server Management Studio Keyboard Shortcuts


Input: [Member name] NotSpecified [Description]

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


Input: [Member name] SingleDomain [Description]

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


Input: [Member name] MultiDomain [Description]

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


Input: [Member name] MultiDomainHost [Description]

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


Input: [Member name] DomainMask [Description]

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


Input: [Member name] DisallowBindings [Description]

Output: Obsolete. Ignored by the common language runtime.


Input: [DesiredAccess Flags] FILE_READ_DATA [Meaning]

Output: Data can be read from the named mailslot.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] FILE_READ_ATTRIBUTES [Meaning]

Output: FileAttributes flags can be read. For additional information, see the table of valid flag values in the FileAttributes parameter of FltCreateFileEx2.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] READ_CONTROL [Meaning]

Output: The access control list (ACL) and ownership information associated with the mailslot can be read.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] FILE_WRITE_DATA [Meaning]

Output: Data can be written to the mailslot.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] FILE_WRITE_ATTRIBUTES [Meaning]

Output: FileAttributes flags can be written.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] FILE_APPEND_DATA [Meaning]

Output: Data can be appended to the mailslot.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] WRITE_DAC [Meaning]

Output: The discretionary access control list (DACL) associated with the mailslot can be written.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] WRITE_OWNER [Meaning]

Output: Ownership information associated with the mailslot can be written.

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] ACCESS_SYSTEM_SECURITY [Meaning]

Output: The caller will have write access to the mailslot's SACL

FltCreateMailslotFile function (Windows Drivers)


Input: [DesiredAccess Flags] SYNCHRONIZE [Meaning]

Output: The caller can synchronize the completion of an I/O operation by waiting for the returned FileHandle to be set to the Signaled state. This flag must be set if the CreateOptions FILE_SYNCHRONOUS_IO_ALERT or FILE_SYNCHRONOUS_IO_NONALERT flag is set.

FltCreateMailslotFile function (Windows Drivers)


Input: [Name] ConnectionString [Description]

Output: Gets the connection string for the tracking database.


Input: [Name] EnableRetries [Description]

Output: Gets and sets a value specifying whether the SqlTrackingService will retry when performing a database operation.


Input: [Name] IsTransactional [Description]

Output: Gets or sets a value that indicates whether SqlTrackingService participates in workflow transactions.


Input: [Name] PartitionOnCompletion [Description]

Output: Gets or sets a value that specifies whether tracking data for a workflow instance should be moved to the currently active partition in the database when the workflow instance is completed.


Input: [Name] ProfileChangeCheckInterval [Description]

Output: Gets or sets a value that specifies the interval at which the database should be checked for changes to one or more of its tracking profiles.


Input: [Name] UseDefaultProfile [Description]

Output: Gets or sets a value specifying whether a default TrackingProfile should be used for workflow types that do not have a tracking profile.


Input: [Description] Allows an assembly to be called by partially trusted code. Without this declaration, only fully trusted callers are able to use the assembly. This class cannot be inherited. [Class]

Output: AllowPartiallyTrustedCallersAttribute


Input: [Description] Defines the underlying structure of all code access permissions. [Class]

Output: CodeAccessPermission


Input: [Description] The exception that is thrown when a denied host resource is detected. [Class]

Output: HostProtectionException


Input: [Description] Allows the control and customization of security behavior for application domains. [Class]

Output: HostSecurityManager


Input: [Description] Defines a permission set that has a name and description associated with it. This class cannot be inherited. [Class]

Output: NamedPermissionSet


Input: [Description] Represents a collection that can contain many different types of permissions. [Class]

Output: PermissionSet


Input: [Description] Represents a read-only collection that can contain many different types of permissions. [Class]

Output: ReadOnlyPermissionSet


Input: [Description] Represents text that should be kept confidential, such as by deleting it from computer memory when no longer needed. This class cannot be inherited. [Class]

Output: SecureString


Input: [Description] Encapsulates and propagates all security-related data for execution contexts transferred across threads. This class cannot be inherited. [Class]

Output: SecurityContext


Input: [Description] Specifies that code or an assembly performs security-critical operations. [Class]

Output: SecurityCriticalAttribute


Input: [Description] Represents the XML object model for encoding security objects. This class cannot be inherited. [Class]

Output: SecurityElement


Input: [Description] The exception that is thrown when a security error is detected. [Class]

Output: SecurityException


Input: [Description] Provides the main access point for classes interacting with the security system. This class cannot be inherited. [Class]

Output: SecurityManager


Input: [Description] Indicates the set of security rules the common language runtime should enforce for an assembly. [Class]

Output: SecurityRulesAttribute


Input: [Description] Identifies types or members as security-critical and safely accessible by transparent code. [Class]

Output: SecuritySafeCriticalAttribute


Input: [Description] Provides a base class for requesting the security status of an action from the AppDomainManager object. [Class]

Output: SecurityState


Input: [Description] Specifies that an assembly cannot cause an elevation of privilege. [Class]

Output: SecurityTransparentAttribute


Input: [Description] Obsolete. Identifies which of the nonpublic SecurityCriticalAttribute members are accessible by transparent code within the assembly. [Class]

Output: SecurityTreatAsSafeAttribute


Input: [Description] Allows managed code to call into unmanaged code without a stack walk. This class cannot be inherited. [Class]

Output: SuppressUnmanagedCodeSecurityAttribute


Input: [Description] Marks modules containing unverifiable code. This class cannot be inherited. [Class]

Output: UnverifiableCodeAttribute


Input: [Description] The exception that is thrown when the security policy requires code to be type safe and the verification process is unable to verify that the code is type safe. [Class]

Output: VerificationException


Input: [Description] The exception that is thrown when there is a syntax error in XML parsing. This class cannot be inherited. [Class]

Output: XmlSyntaxException


Input: [Interface] IDTSBreakpointSite [Description]

Output: Defines the interaction between the Integration Services run-time engine and the task for exposing breakpoints and for creating and managing custom breakpoints.


Input: [Interface] IDTSComponentEvents [Description]

Output: Defines an interface that provides event firing.


Input: [Interface] IDTSComponentPersist [Description]

Output: Allows properties and settings for components and tasks to be saved and loaded from the package XML.


Input: [Interface] IDTSEvents [Description]

Output: Defines a set of events used by the TaskHost on behalf of a task.


Input: [Interface] IDTSExecutionMetrics [Description]

Output: Defines the metrics used to track the execution of a container.


Input: [Interface] IDTSForEachEnumerator [Description]

Output: Provides the methods and properties for the ForEachEnumerator.


Input: [Interface] IDTSForEachEnumeratorUI [Description]

Output: Contains the members implemented by the ForEachEnumeratorUI user interface class.


Input: [Interface] IDTSInfoEvents [Description]

Output: Defines an interface that is used to fire informational, warning, and error events.


Input: [Interface] IDTSLogging [Description]

Output: Defines the logging options for a container.


Input: [Interface] IDTSManagedTask [Description]

Output: Defines an interface implemented on task classes to identify the class as a managed task.


Input: [Interface] IDTSName [Description]

Output: Defines properties commonly used by many objects in the Integration Services runtime. The common properties of named objects include a name, a creation name, an ID (GUID), and a description.


Input: [Interface] IDTSObjectHost [Description]

Output: Defines an interface that allows components to be treated as generic host objects.


Input: [Interface] IDTSPackagePath [Description]

Output: Defines an interface implemented by containers that need to have the package path returned into a property.


Input: [Interface] IDTSPersist [Description]

Output: Defines an interface that enables saving and loading data.


Input: [Interface] IDTSPropertiesProvider [Description]

Output: Defines an interface, inherited by containers, that enables properties to be set by an expression, and allows an enumerable collection of properties to be associated with the container.


Input: [Interface] IDTSSequence [Description]

Output: Contains two collections used by containers.


Input: [Interface] IDTSSuspend [Description]

Output: Provides methods and properties that are called by the run-time engine to notify tasks to suspend execution.


Input: [Description] No error occurred. [HRESULT]

Output: S_OK


Input: [Description] Direct2D could not allocate sufficient memory to complete the call. [HRESULT]

Output: E_OUTOFMEMORY


Input: [Description] An invalid value was passed to the method. [HRESULT]

Output: E_INVALIDARG


Input: [Description] Direct3D does not have enough display memory to perform the operation. [HRESULT]


Input: [Description] The specified effect is not registered by the system. [HRESULT]


Input: [Description] The effect requires capabilities not supported by the D2D device. [HRESULT]


Input: [System table] sysaltfiles [System views or functions] sys.master_files [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syscacheobjects [System views or functions] sys.dm_exec_cached_plans sys.dm_exec_plan_attributes (Transact-SQL) sys.dm_exec_sql_text sys.dm_exec_cached_plan_dependent_objects [Type of view or function]

Output: Dynamic management view Dynamic management view Dynamic management view Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syscharsets [System views or functions] sys.syscharsets [Type of view or function]

Output: Compatibility view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysconfigures [System views or functions] sys.configurations [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syscurconfigs [System views or functions] sys.configurations [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysdatabases [System views or functions] sys.databases [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysdevices [System views or functions] sys.backup_devices [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syslanguages [System views or functions] sys.syslanguages [Type of view or function]

Output: Compatibility view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syslockinfo [System views or functions] sys.dm_tran_locks [Type of view or function]

Output: Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syslocks [System views or functions] sys.dm_tran_locks [Type of view or function]

Output: Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] syslogins [System views or functions] sys.server_principals sys.sql_logins [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysmessages [System views or functions] sys.messages [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysoledbusers [System views or functions] sys.linked_logins [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysopentapes [System views or functions] sys.dm_io_backup_tapes [Type of view or function]

Output: Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysperfinfo [System views or functions] sys.dm_os_performance_counters [Type of view or function]

Output: Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysprocesses [System views or functions] sys.dm_exec_connections sys.dm_exec_sessions sys.dm_exec_requests [Type of view or function]

Output: Dynamic management view Dynamic management view Dynamic management view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysremotelogins [System views or functions] sys.remote_logins [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [System table] sysservers [System views or functions] sys.servers [Type of view or function]

Output: Catalog view

Mapping System Tables to System Views (Transact-SQL)


Input: [Method] ICeeGen::AddSectionReloc Method [Description]

Output: Obsolete. Adds a .reloc instruction to the code base.


Input: [Method] ICeeGen::AllocateMethodBuffer Method [Description]

Output: Obsolete. Creates a buffer of the specified size for a method, and gets the relative virtual address of the method.


Input: [Method] ICeeGen::ComputePointer Method [Description]

Output: Obsolete. Determines the buffer for the specified code section.


Input: [Method] ICeeGen::EmitString Method [Description]

Output: Obsolete. Emits the specified string into the code base.


Input: [Method] ICeeGen::GenerateCeeFile Method [Description]

Output: Obsolete. Generates a code-base file that contains the code base currently loaded into this ICeeGen.


Input: [Method] ICeeGen::GenerateCeeMemoryImage Method [Description]

Output: Obsolete. Generates an image in memory for the code base.


Input: [Method] ICeeGen::GetIlSection Method [Description]

Output: Obsolete. Gets the section of the intermediate language code base referenced by the specified handle.


Input: [Method] ICeeGen::GetIMapTokenIface Method [Description]

Output: Obsolete. Gets the interface referenced by the specified token.


Input: [Method] ICeeGen::GetMethodBuffer Method [Description]

Output: Obsolete. Gets a buffer of the appropriate size for the method at the specified relative virtual address.


Input: [Method] ICeeGen::GetSectionBlock Method [Description]

Output: Obsolete. Gets a section block of the code base.


Input: [Method] ICeeGen::GetSectionCreate Method [Description]

Output: Obsolete. Generates and gets a code section using the specified name and flag values.


Input: [Method] ICeeGen::GetSectionDataLen Method [Description]

Output: Obsolete. Gets the length of the specified section.


Input: [Method] ICeeGen::GetString Method [Description]

Output: Obsolete. Gets the string stored at the specified relative virtual address.


Input: [Method] ICeeGen::GetStringSection Method [Description]

Output: Obsolete. Gets a string representation of the code section referenced by the specified handle.


Input: [Method] ICeeGen::TruncateSection Method [Description]

Output: Obsolete. Truncates the specified code section by the specified length.


Input: [Description] The account is an income account. [Value]

Output: Income


Input: [Description] The account is an expense account. [Value]

Output: Expense


Input: [Description] The account is a cash flow account. [Value]

Output: Flow


Input: [Description] The account is a balance account. [Value]

Output: Balance


Input: [Description] The account is an asset account. [Value]

Output: Asset


Input: [Description] The account is a liability account. [Value]

Output: Liability


Input: [Description] The account is a statistical account. [Value]

Output: Statistical


Input: [Column name] num proc buffs [Description]

Output: Total number of pages used by all entries in the procedure cache.


Input: [Column name] num proc buffs used [Description]

Output: Total number of pages used by all entries that are currently being used.


Input: [Column name] num proc buffs active [Description]

Output: For backward compatibility only. Total number of pages used by all entries that are currently being used.


Input: [Column name] proc cache size [Description]

Output: Total number of entries in the procedure cache.


Input: [Column name] proc cache used [Description]

Output: Total number of entries that are currently being used.


Input: [Column name] proc cache active [Description]

Output: For backward compatibility only. Total number of entries that are currently being used.


Input: [Description] Total number of pages used by all entries in the procedure cache. [Column name]

Output: num proc buffs


Input: [Description] Total number of pages used by all entries that are currently being used. [Column name]

Output: num proc buffs used


Input: [Description] For backward compatibility only. Total number of pages used by all entries that are currently being used. [Column name]

Output: num proc buffs active


Input: [Description] Total number of entries in the procedure cache. [Column name]

Output: proc cache size


Input: [Description] Total number of entries that are currently being used. [Column name]

Output: proc cache used


Input: [Description] For backward compatibility only. Total number of entries that are currently being used. [Column name]

Output: proc cache active


Input: [Interface] IContextAttribute [Description]

Output: Infrastructure. Identifies a context attribute.


Input: [Interface] IContextProperty [Description]

Output: Infrastructure. Gathers naming information from the context property and determines whether the new context is ok for the context property.


Input: [Interface] IContextPropertyActivator [Description]

Output: Infrastructure. Indicates that the implementing property is interested in participating in activation and might not have provided a message sink.


Input: [Interface] IContributeClientContextSink [Description]

Output: Infrastructure. Contributes an interception sink at the context boundary on the client end of a remoting call.


Input: [Interface] IContributeDynamicSink [Description]

Output: Infrastructure. Indicates that the implementing property will be registered at runtime through the RegisterDynamicProperty method.


Input: [Interface] IContributeEnvoySink [Description]

Output: Infrastructure. Contributes an envoy message sink on the client end.


Input: [Interface] IContributeObjectSink [Description]

Output: Infrastructure. Contributes an object-specific interception sink on the server end of a remoting call.


Input: [Interface] IContributeServerContextSink [Description]

Output: Infrastructure. Contributes an interception sink at the context boundary on the server end of a remoting call.


Input: [Interface] IDynamicMessageSink [Description]

Output: Infrastructure. Indicates that the implementing message sink will be provided by dynamically registered properties.


Input: [Interface] IDynamicProperty [Description]

Output: Infrastructure. Indicates that the implementing property should be registered at runtime through the RegisterDynamicProperty method.


Input: [Class] Formatter [Description]

Output: Provides base functionality for the common language runtime serialization formatters.


Input: [Class] FormatterConverter [Description]

Output: Represents a base implementation of the IFormatterConverter interface that uses the Convert class and the IConvertible interface.


Input: [Class] FormatterServices [Description]

Output: Provides static methods to aid with the implementation of a Formatter for serialization. This class cannot be inherited.


Input: [Class] ObjectIDGenerator [Description]

Output: Generates IDs for objects.


Input: [Class] ObjectManager [Description]

Output: Keeps track of objects as they are deserialized.


Input: [Class] OnDeserializedAttribute [Description]

Output: When applied to a method, specifies that the method is called immediately after deserialization of the object.


Input: [Class] OnDeserializingAttribute [Description]

Output: When applied to a method, specifies that the method is called during deserialization of an object.


Input: [Class] OnSerializedAttribute [Description]

Output: When applied to a method, specifies that the method is called after serialization of an object graph.


Input: [Class] OnSerializingAttribute [Description]

Output: When applied to a method, specifies that the method is called before serialization of an object.


Input: [Class] OptionalFieldAttribute [Description]

Output: Specifies that a field can be missing from a serialization stream so that the BinaryFormatter and the SoapFormatter does not throw an exception.


Input: [Class] SerializationBinder [Description]

Output: Allows users to control class loading and mandate what class to load.


Input: [Class] SerializationException [Description]

Output: The exception thrown when an error occurs during serialization or deserialization.


Input: [Class] SerializationInfo [Description]

Output: Stores all the data needed to serialize or deserialize an object. This class cannot be inherited.


Input: [Class] SerializationInfoEnumerator [Description]

Output: Provides a formatter-friendly mechanism for parsing the data in SerializationInfo. This class cannot be inherited.


Input: [Class] SerializationObjectManager [Description]

Output: Manages serialization processes at run time. This class cannot be inherited.


Input: [Class] SurrogateSelector [Description]

Output: Assists formatters in selection of the serialization surrogate to delegate the serialization or deserialization process to.


Input: [Description] Indicates whether the map gridlines are hidden. [Name]

Output: Hidden


Input: [Description] Gets the report instance object that contains the calculated values of this report definition object. [Name]

Output: Instance


Input: [Description] Gets the interval between the map gridlines. [Name]

Output: Interval


Input: [Description] Gets the label position for the map gridlines. [Name]

Output: LabelPosition


Input: [Description] Indicates whether labels for the map gridlines are shown. [Name]

Output: ShowLabels


Input: [Description] Gets the style information for map gridlines. [Name]

Output: Style


Input: [Method] Start [Action]

Output: Causes a thread to start to run.

Multithreaded Applications (C# and Visual Basic)


Input: [Method] Sleep [Action]

Output: Pauses a thread for a specified time.

Multithreaded Applications (C# and Visual Basic)


Input: [Method] Suspend [Action]

Output: Pauses a thread when it reaches a safe point.

Multithreaded Applications (C# and Visual Basic)


Input: [Method] Abort [Action]

Output: Stops a thread when it reaches a safe point.

Multithreaded Applications (C# and Visual Basic)


Input: [Method] Resume [Action]

Output: Restarts a suspended thread

Multithreaded Applications (C# and Visual Basic)


Input: [Method] Join [Action]

Output: Causes the current thread to wait for another thread to finish. If used with a time-out value, this method returns True if the thread finishes in the allocated time.

Multithreaded Applications (C# and Visual Basic)


Input: [Description] Gets the name used to create the ParameterInfo object. [Name]

Output: CreationName


Input: [Description] Gets the data type of the ParameterInfo object. [Name]

Output: DataType


Input: [Description] Gets the description of the ParameterInfo object. [Name]

Output: Description


Input: [Description] Gets the identifier of the ParameterInfo object which is a GUID. [Name]

Output: ID


Input: [Description] Gets a value that indicates whether the variable value for a user-defined variable or a system variable is included in the debug dump files. [Name]

Output: IncludeInDebugDump


Input: [Description] Gets the name of the ParameterInfo object. [Name]

Output: Name


Input: [Description] Gets a value that indicates whether the current parameter is a required parameter. If this value is true, a value must be assigned before a project or package can be executed. [Name]

Output: Required


Input: [Description] Gets a value that indicates whether the current parameter contains a sensitive value. If this value is true, the project or package containing this parameter must be encrypted before saved to any kind of storages. [Name]

Output: Sensitive


Input: [Description] Gets the value of the parameter object. [Name]

Output: Value


Input: [Description] Specifies that Reflection should create an instance of the specified type. Calls the constructor that matches the given arguments. The supplied member name is ignored. If the type of lookup is not specified, (Instance | Public) will apply. It is not possible to call a type initializer. [Value] 512 [Member name]

Output: CreateInstance Supported by the .NET Compact Framework.


Input: [Description] Specifies that only members declared at the level of the supplied type's hierarchy should be considered. Inherited members are not considered. [Value] 2 [Member name]

Output: DeclaredOnly Supported by the .NET Compact Framework.


Input: [Description] Specifies no binding flag. [Value] 0 [Member name]

Output: Default Supported by the .NET Compact Framework.


Input: [Description] Specifies that types of the supplied arguments must exactly match the types of the corresponding formal parameters. Reflection throws an exception if the caller supplies a non-null Binder object, since that implies that the caller is supplying BindToXXX implementations that will pick the appropriate method. Reflection models the accessibility rules of the common type system. For example, if the caller is in the same assembly, the caller does not need special permissions for internal members. Otherwise, the caller needs ReflectionPermission. This is consistent with lookup of members that are protected, private, and so on. The general principle is that ChangeType should perform only widening coercions, which never lose data. An example of a widening coercion is coercing a value that is a 32-bit signed integer to a value that is a 64-bit signed integer. This is distinguished from a narrowing coercion, which may lose data. An example of a narrowing coercion is coercing a 64-bit signed integer to a 32-bit signed integer. The default binder ignores this flag, while custom binders can implement the semantics of this flag. [Value] 65536 [Member name]

Output: ExactBinding Supported by the .NET Compact Framework.


Input: [Description] Specifies that static members up the hierarchy should be returned. Static members include fields, methods, events, and properties. Nested types are not returned. [Value] 64 [Member name]

Output: FlattenHierarchy Supported by the .NET Compact Framework.


Input: [Description] Specifies that the value of the specified field should be returned. [Value] 1024 [Member name]

Output: GetField Supported by the .NET Compact Framework.


Input: [Description] Specifies that the value of the specified property should be returned. [Value] 4096 [Member name]

Output: GetProperty Supported by the .NET Compact Framework.


Input: [Description] Specifies that the case of the member name should not be considered when binding. [Value] 1 [Member name]

Output: IgnoreCase Supported by the .NET Compact Framework.


Input: [Description] Used in COM interop to specify that the return value of the member can be ignored. [Value] 16777216 [Member name]

Output: IgnoreReturn Supported by the .NET Compact Framework.


Input: [Description] Specifies that instance members are to be included in the search. [Value] 4 [Member name]

Output: Instance Supported by the .NET Compact Framework.


Input: [Description] Specifies that a method is to be invoked. This may not be a constructor or a type initializer. [Value] 256 [Member name]

Output: InvokeMethod Supported by the .NET Compact Framework.


Input: [Description] Specifies that non-public members are to be included in the search. [Value] 32 [Member name]

Output: NonPublic Supported by the .NET Compact Framework.


Input: [Description] Returns the set of members whose parameter count matches the number of supplied arguments. This binding flag is used for methods with parameters that have default values and methods with variable arguments (varargs). This flag should only be used with Type.InvokeMember. Parameters with default values are used only in calls where trailing arguments are omitted. They must be the last arguments. [Value] 262144 [Member name]

Output: OptionalParamBinding Supported by the .NET Compact Framework.


Input: [Description] Specifies that public members are to be included in the search. [Value] 16 [Member name]

Output: Public Supported by the .NET Compact Framework.


Input: [Description] Specifies that the PROPPUT member on a COM object should be invoked. PROPPUT specifies a property-setting function that uses a value. Use PutDispProperty if a property has both PROPPUT and PROPPUTREF and you need to distinguish which one is called. [Value] 16384 [Member name]

Output: PutDispProperty Supported by the .NET Compact Framework.


Input: [Description] Specifies that the PROPPUTREF member on a COM object should be invoked. PROPPUTREF specifies a property-setting function that uses a reference instead of a value. Use PutRefDispProperty if a property has both PROPPUT and PROPPUTREF and you need to distinguish which one is called. [Value] 32768 [Member name]

Output: PutRefDispProperty Supported by the .NET Compact Framework.


Input: [Description] Specifies that the value of the specified field should be set. [Value] 2048 [Member name]

Output: SetField Supported by the .NET Compact Framework.


Input: [Description] Specifies that the value of the specified property should be set. For COM properties, specifying this binding flag is equivalent to specifying PutDispProperty and PutRefDispProperty. [Value] 8192 [Member name]

Output: SetProperty Supported by the .NET Compact Framework.


Input: [Description] Specifies that static members are to be included in the search. [Value] 8 [Member name]

Output: Static Supported by the .NET Compact Framework.


Input: [Description] Not implemented. [Value] 131072 [Member name]

Output: SuppressChangeType Supported by the .NET Compact Framework.


Input: [Relational operator] Like [Operator symbol] LIKE [Description]

Output: Specifies that the trace event data must be like the text entered. Allows multiple values.


Input: [Relational operator] Not like [Operator symbol] NOT LIKE [Description]

Output: Specifies that the trace event data must not be like the text entered. Allows multiple values.


Input: [Relational operator] Equals [Operator symbol] = [Description]

Output: Specifies that the trace event data must equal the value entered. Allows multiple values.


Input: [Relational operator] Not equal to [Operator symbol] <> [Description]

Output: Specifies that the trace event data must not equal the value entered. Allows multiple values.


Input: [Relational operator] Greater than [Operator symbol] > [Description]

Output: Specifies that the trace event data must be greater than the value entered.


Input: [Relational operator] Greater than or equal to [Operator symbol] >= [Description]

Output: Specifies that the trace event data must be greater than or equal to the value entered.


Input: [Relational operator] Less than [Operator symbol] < [Description]

Output: Specifies that the trace event data must be less than the value entered.


Input: [Relational operator] Less than or equal to [Operator symbol] <= [Description]

Output: Specifies that the trace event data must be less than or equal to the value entered.


Input: [Description] Overloaded. Creates and adds a DataColumn object to the DataColumnCollection. [Name]

Output: Add


Input: [Description] Copies the elements of the specified DataColumn array to the end of the collection. [Name]

Output: AddRange


Input: [Description] Checks whether a specific column can be removed from the collection. [Name]

Output: CanRemove


Input: [Description] Clears the collection of any columns. [Name]

Output: Clear


Input: [Description] Checks whether the collection contains a column with the specified name. [Name]

Output: Contains


Input: [Description] Overloaded. Copies the collection to an array, starting at the specified index. [Name]

Output: CopyTo


Input: [Description] Overloaded. Determines whether two Object instances are equal. (Inherited from Object.) [Name]

Output: Equals


Input: [Description] Gets an IEnumerator for the collection. (Inherited from InternalDataCollectionBase.) [Name]

Output: GetEnumerator


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

Output: GetHashCode


Input: [Description] Gets the Type of the current instance. (Inherited from Object.) [Name]

Output: GetType


Input: [Description] Overloaded. Searches for the specified DataColumn and returns the zero-based index of the first occurrence within the collection. [Name]

Output: IndexOf


Input: [Description] Determines whether the specified Object instances are the same instance. (Inherited from Object.) [Name]

Output: ReferenceEquals


Input: [Description] Overloaded. Removes a DataColumn object from the collection. [Name]

Output: Remove


Input: [Description] Removes the column at the specified index from the collection. [Name]

Output: RemoveAt


Input: [Description] Returns a String that represents the current Object. (Inherited from Object.) [Name]

Output: ToString


Input: [Value] See notes. [Notes] The value of this property must be unique among all peer elements in the raw view of the UI Automation tree. [UI Automation Property]

Output: UIA_AutomationIdPropertyId


Input: [Value] See notes. [Notes] The outermost rectangle that contains the whole control. [UI Automation Property]

Output: UIA_BoundingRectanglePropertyId


Input: [Value] See notes. [Notes] The document has a clickable point that will cause the document of one of its elements in the document container to have focus. [UI Automation Property]

Output: UIA_ClickablePointPropertyId


Input: [Value] Document [UI Automation Property]

Output: UIA_ControlTypePropertyId


Input: [Value] TRUE [Notes] The document control is always included in the content view of the UI Automation tree. [UI Automation Property]

Output: UIA_IsContentElementPropertyId


Input: [Value] TRUE [Notes] The document control is always included in the control view of the UI Automation tree. [UI Automation Property]

Output: UIA_IsControlElementPropertyId


Input: [Value] See notes. [Notes] If the control can receive keyboard focus, it must support this property. [UI Automation Property]

Output: UIA_IsKeyboardFocusablePropertyId


Input: [Value] See notes. [Notes] The value of this property should be the label of the document control. Typically, the title of the document is used. [UI Automation Property]

Output: UIA_LabeledByPropertyId


Input: [Value] See notes. [Notes] Localized string corresponding to the Document control type. The default value is "document" for en-US or English (United States). [UI Automation Property]

Output: UIA_LocalizedControlTypePropertyId


Input: [Value] See notes. [Notes] The document control typically gets its name from the file name it is loaded from. This is often displayed in a containing window or frame title. [UI Automation Property]

Output: UIA_NamePropertyId


Input: [Name] Clone [Description]

Output: Creates a copy of the current ContainerRandomAccessIterator object.


Input: [Name] container [Description]

Output: Gets the container that the iterator is traversing.


Input: [Name] distance(ContainerRandomAccessIterator) [Description]

Output: Determines the distance between the element that the current iterator is pointing to and the element that the given iterator is pointing to.


Input: [Name] distance(IRandomAccessIterator) [Description]

Output: Determines the distance between the element that the current iterator is pointing to and the element that the given iterator is pointing to.


Input: [Name] equal_to(ContainerRandomAccessIterator) [Description]

Output: Determines whether the given ContainerRandomAccessIterator object is the same as the current ContainerRandomAccessIterator object.


Input: [Name] equal_to(IInputIterator) [Description]

Output: Determines whether the given IInputIterator object is the same as the current ContainerRandomAccessIterator object.


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] get_bias [Description]

Output: Gets the bias of the iterator. The bias is the offset of the iterator from element zero.


Input: [Name] get_cref [Description]

Output: Returns a constant reference to the element that the iterator is currently pointing to.


Input: [Name] get_node [Description]

Output: Gets the node, or element, that the iterator is pointing to.


Input: [Name] get_ref [Description]

Output: Returns a reference to the element that the iterator is currently pointing to.


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetType [Description]

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


Input: [Name] less_than(ContainerRandomAccessIterator) [Description]

Output: Determines whether the current iterator is pointing to an element in the container that is before the element that the given iterator points to.


Input: [Name] less_than(IRandomAccessIterator) [Description]

Output: Determines whether the current iterator is pointing to an element in the container that is before the element that the given iterator points to.


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] move [Description]

Output: Moves the iterator by the given number of elements.


Input: [Name] next [Description]

Output: Increments the iterator to the next position in the underlying container, or to the first position beyond the end of container if the container has been completely traversed.


Input: [Name] prev [Description]

Output: Positions the iterator to the element immediately before the current element.


Input: [Name] ToString [Description]

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


Input: [Name] valid [Description]

Output: Determines whether the iterator is valid and can be safely used to traverse the underlying container.


Input: [Condition] sourceDirectoryName or destinationArchiveFileName is Empty, contains only white space, or contains at least one invalid character. [Exception]

Output: ArgumentException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] sourceDirectoryName or destinationArchiveFileName is null. [Exception]

Output: ArgumentNullException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] In sourceDirectoryName or destinationArchiveFileName, the specified path, file name, or both exceed the system-defined maximum length. For example, on Windows-based platforms, paths must not exceed 248 characters, and file names must not exceed 260 characters. [Exception]

Output: PathTooLongException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] sourceDirectoryName is invalid or does not exist (for example, it is on an unmapped drive). [Exception]

Output: DirectoryNotFoundException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] destinationArchiveFileName already exists. -or- A file in the specified directory could not be opened. [Exception]

Output: IOException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] destinationArchiveFileName specifies a directory. -or- The caller does not have the required permission to access the directory specified in sourceDirectoryName or the file specified in destinationArchiveFileName. [Exception]

Output: UnauthorizedAccessException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Condition] sourceDirectoryName or destinationArchiveFileName contains an invalid format. -or- The zip archive does not support writing. [Exception]

Output: NotSupportedException

ZipFile.CreateFromDirectory Method (String, String, CompressionLevel, Boolean) (System.IO.Compression)


Input: [Name] ICollection.CopyTo [Description]

Output: Copies the elements of the ICollection to an Array, starting at a particular Array index.


Input: [Name] ICollection.IsSynchronized [Description]

Output: Gets a value indicating whether access to the ICollection is synchronized (thread safe).


Input: [Name] ICollection.SyncRoot [Description]

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


Input: [Name] ICustomTypeDescriptor.GetAttributes [Description]

Output: Returns a collection of custom attributes for this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetClassName [Description]

Output: Returns the class name of this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetComponentName [Description]

Output: Returns the name of this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetConverter [Description]

Output: Returns a type converter for this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetDefaultEvent [Description]

Output: Returns the default event for this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetDefaultProperty [Description]

Output: Returns the default property for this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetEditor [Description]

Output: Returns an editor of the specified type for this instance of a component.


Input: [Name] ICustomTypeDescriptor.GetEvents() [Description]

Output: Returns the events for this instance of a component.


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

Output: Returns the events for this instance of a component using the specified attribute array as a filter.


Input: [Name] ICustomTypeDescriptor.GetProperties() [Description]

Output: Returns the properties for this instance of a component.


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

Output: Returns the properties for this instance of a component using the attribute array as a filter.


Input: [Name] ICustomTypeDescriptor.GetPropertyOwner [Description]

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


Input: [Name] IDictionary.Add [Description]

Output: Adds an element with the provided key and value to the IDictionary object.


Input: [Name] IDictionary.Contains [Description]

Output: Determines whether the IDictionary object contains an element with the specified key.


Input: [Name] IDictionary.GetEnumerator [Description]

Output: Returns an IDictionaryEnumerator object for the IDictionary object.


Input: [Name] IDictionary.Item [Description]

Output: Gets or sets the element with the specified key.


Input: [Name] IDictionary.Remove [Description]

Output: Removes the element with the specified key from the IDictionary object.


Input: [Name] IEnumerable.GetEnumerator [Description]

Output: Returns an enumerator that iterates through a collection.


Input: [Property Name] Active Deployment Configuration [Description]

Output: Specifies the series of steps performed during deployment. For more information, see How to: Edit a SharePoint Deployment Configuration.


Input: [Property Name] Assembly Deployment Target [Description]

Output: Determines where SharePoint application assemblies are located. Valid assembly location values are either GlobalAssemblyCache (default), or WebApplication. If the Sandboxed Solution property is set to true, then this property is disabled.


Input: [Property Name] Auto-retract after debugging [Description]

Output: Specifies whether the deployed solution automatically retracts from SharePoint after running the application in debug mode in Visual Studio. When selected, the solution retracts when the IDE goes back to design view after debugging. When cleared, the solution does not retract. For more information, see Retracting a Solution.


Input: [Property Name] Edit Configurations [Description]

Output: Specifies the deployment configuration to use for the project. For more information, see How to: Edit a SharePoint Deployment Configuration and Deploying, Publishing, and Upgrading SharePoint Solution Packages.


Input: [Property Name] Enable Silverlight Debugging (instead of Script debugging) [Description]

Output: When selected, the Silverlight debugger attaches to the debugging process. When cleared, the Script debugger attaches to the debugging process. For more information, see Silverlight Debugging Overview.


Input: [Property Name] Include Assembly in Package [Description]

Output: Specifies whether the project assembly is packaged at build time or not.


Input: [Property Name] Post-deployment Command Line [Description]

Output: Specifies the commands to run after deploying the SharePoint solution. This line supports any batch commands as well as the resolution of MSBuild variables. For more information, see How to: Set SharePoint Deployment Commands.


Input: [Property Name] Pre-deployment Command Line [Description]

Output: Specifies the commands to run before deploying the SharePoint solution. This line supports any batch commands as well as the resolution of MSBuild variables. For more information, see How to: Set SharePoint Deployment Commands.


Input: [Property Name] Project File [Description]

Output: The name of the file containing build, configuration, and other information about the project.


Input: [Property Name] Project Folder [Description]

Output: The location of the project file on the system. (Read-only.)


Input: [Property Name] Sandboxed Solution [Description]

Output: Specifies whether the project should be deployed as a sandboxed solution, also known as a user-created solution. Sandboxed solutions are not necessarily trustworthy. A value of true means that the project is deployed as a sandboxed solution, a value of false means that the project is deployed as a farm solution. For more information, see Sandboxed Solution Considerations and Differences Between Sandboxed and Farm Solutions.


Input: [Property Name] Site URL [Description]

Output: Specifies the URL of the target site for this project.


Input: [Property Name] Startup Item [Description]

Output: Specifies the first item in the project to run.


Input: [Criteria] Application Domain [WebDAV Notifications]

Output: WebDAV notifications are typically used in remote client applications that already use WebDAV to communicate with the Exchange server. Typical applications include Web-based messaging clients and collaboration applications that use Exchange public folders.


Input: [Criteria] Major Objects [WebDAV Notifications]

Output: WebDAV notifications do not present any objects.


Input: [Criteria] Data Access Model [WebDAV Notifications]

Output: WebDAV returns information in text and XML streams that contain the item data, properties, and error information. Additional information is available in the method response headers.


Input: [Criteria] Threading Models [WebDAV Notifications]

Output: Application threading depends entirely on the client, and does not affect WebDAV. WebDAV is an extension of HTTP, so no connection state information is retained between transactions. However, items status is retained in the Exchange server, for example in response to a WebDAV resource lock command.