Input: [Description] Occurs when the design surface is disposed. [Name]

Output: Disposed


Input: [Description] Occurs when a call is made to the Flush method of DesignSurface. [Name]

Output: Flushed


Input: [Description] Occurs when the designer load has completed. [Name]

Output: Loaded


Input: [Description] Occurs when the designer is about to be loaded. [Name]

Output: Loading


Input: [Description] Occurs when a designer has finished unloading. [Name]

Output: Unloaded


Input: [Description] Occurs when a designer is about to unload. [Name]

Output: Unloading


Input: [Description] Occurs when the Activate method has been called on IDesignerHost. [Name]

Output: ViewActivated


Input: [Description] Gets the default metadata of the dependency property. [Name]

Output: DefaultMetadata


Input: [Description] Gets an internally generated value that uniquely identifies the dependency property. [Name]

Output: GlobalIndex


Input: [Description] Gets the name of the dependency property. [Name]

Output: Name


Input: [Description] Gets the type of the object that registered the dependency property with the property system, or added itself as owner of the property. [Name]

Output: OwnerType


Input: [Description] Gets the type that the dependency property uses for its value. [Name]

Output: PropertyType


Input: [Description] Gets a value that indicates whether the dependency property identified by this DependencyProperty instance is a read-only dependency property. [Name]

Output: ReadOnly


Input: [Description] Gets the value validation callback for the dependency property. [Name]

Output: ValidateValueCallback


Input: [Description] This section contains information about audio device technologies such as Universal Audio Architecture (UAA) and High Definition Audio (HD Audio). [Topic]

Output: Audio Device Technologies

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Protected Broadcast Driver Architecture (PBDA) is Microsoft's worldwide platform for integrating broadcast TV services into Windows Media Center on a Windows PC. [Topic]

Output: Broadcast Media Devices

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] To ensure the best possible user experience, installation of both a hardware device and its software driver should run as seamlessly as possible with minimal user intervention. We provide tools and guidelines to help you create installation packages that meet this goal. [Topic]

Output: Device and Driver Installation

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The topics in this section describe device-to-PC pairing technologies that use device discovery and wireless networking. [Topic]

Output: Device Connectivity

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The topics in this section describe display and graphics features for Windows 8. [Topic]

Output: Display and Graphics

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] For Plug and Play and power management support under Microsoft Windows operating systems, the system and its firmware must comply with Advanced Configuration and Power Interface Specification (ACPI). [Topic]

Output: Firmware and Boot Environment

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows Server 2008 introduced Windows Hardware Error Architecture (WHEA) as a common infrastructure for handling hardware errors. [Topic]

Output: Hardware Management and Security

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] If you are new to Windows driver development, start here for pointers to first steps for concepts, tools, and driver models. [Topic]

Output: Key Driver Concepts and Tips

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The topics in this section provide information about building a Windows Media Center PC. [Topic]

Output: Media Center

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The topics in this section describe mobile and tablet PC platform design. [Topic]

Output: Mobile and Tablet

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] This section contains information about building devices that support networking for Windows operating systems. [Topic]

Output: Networking

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Using Windows Optical Platform, application developers can add support for optical devices and media without having to develop optical ecosystem expertise. [Topic]

Output: Optical Platform on Windows

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] This section contains information to help system designers and manufacturers optimize systems for best performance. [Topic]

Output: Performance

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Plug and Play provides automatic configuration of PC hardware and devices. To work with Windows, the system and its firmware must comply with Advanced Configuration and Power Interface Specification (ACPI). [Topic]

Output: Plug and Play

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] A comprehensive approach to system configuration and device power control is built into Microsoft Windows operating systems, based on the ACPI system interface and other new bus and device specifications. [Topic]

Output: Power Management and ACPI

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] A hardware vendor can easily add support for new hardware by replacing Microsoft-provided spooler and driver components. To support a new printer, usually all you need to do is create new data files that work with one of the Microsoft-supplied printer drivers. [Topic]

Output: Printing

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The Windows Sensor and Location platform simplifies the integration and use of sensors. [Topic]

Output: Sensor and Location Platform

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] To work with the smart card support in Windows, smart card readers and cards should be compatible with Interoperability Specification for ICCs and Personal Computer Systems. [Topic]

Output: Smart Card Devices

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The storage architecture in Windows provides a wide array of device options in both the consumer and server editions. [Topic]

Output: Storage Technologies

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] The topics in this section describe system hardware, firmware, and driver design. [Topic]

Output: System Internals

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows supports uniform access to input devices that are based on the Human Interface Devices (sometimes called the Human Input Devices) or HID specification. Vendors can extend the functionality of devices by adding filter drivers to the Windows layered driver architecture. [Topic]

Output: Touch, Input, and HID

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows takes advantage of virtualization assistance in hardware that is based on Intel Virtualization Technology (Intel VT) and AMD Virtualization technology (AMD-V). [Topic]

Output: Virtualization

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Color management technologies in Windows help users reproduce color consistently across scanners, cameras, displays, printers, and applications. [Topic]

Output: Windows Color System

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows Imaging includes Windows Image Acquisition (WIA) and Windows Imaging Component (WIC). [Topic]

Output: Windows Imaging

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows Portable Devices (WPD) is a driver technology that supports a wide range of portable devices such as mobile phones, digital cameras, and portable media players. [Topic]

Output: Windows Portable Devices

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Description] Windows Server 2008 advances control and manageability, increases flexibility, and provides a solid foundation for more secure, more robust server environments. [Topic]

Output: Windows Server Platform

Windows Hardware Design Articles - Windows 10 hardware dev


Input: [Class] AccountAuthCredentials [Description]

Output: Represents an object that contains the credentials used to connect to a federated search location.


Input: [Class] AllContentScopeRule [Description]

Output: Represents a scope rule that includes all items in the content index.


Input: [Class] AuthenticationData [Description]

Output: Provides the base class for the objects containing the authentication data used to connect to federated search locations.


Input: [Class] AuthenticationInformation [Description]

Output: Provides access to the authentication information used to connect to a federated search location.


Input: [Class] AuthorityPage [Description]

Output: Represents an authoritative page for Enterprise Search.


Input: [Class] AuthorityPageCollection [Description]

Output: Represents a collection of AuthorityPage objects.


Input: [Class] BestBet [Description]

Output: Represents a best bet in the Enterprise Search keyword and best bet management system.


Input: [Class] BestBetCollection [Description]

Output: Represents a collection of BestBet objects.


Input: [Class] BestBetsEnumerator [Description]

Output: Supports iterating over a BestBetCollection and reading its individual BestBet objects.


Input: [Class] BusinessDataContentSource [Description]

Output: Represents a content source for Business Data Catalog content.


Input: [Class] CategoriesEnumerator [Description]

Output: Supports iterating over a CategoryCollection object and reading its individual Category objects.


Input: [Class] Category [Description]

Output: Represents a category in the Enterprise Search metadata property schema.


Input: [Class] CategoryCollection [Description]

Output: Represents a collection of Category objects.


Input: [Class] ConcurrencyException [Description]

Output: Represents the exception that is thrown when multiple users attempt to modify data at the same time.


Input: [Class] Content [Description]

Output: Represents the top-level object for administration of the content sources for a Shared Services Provider's (SSP) search service.


Input: [Class] ContentSource [Description]

Output: Provides the base class for all Enterprise Search content sources.


Input: [Class] ContentSourceCollection [Description]

Output: Represents a collection of ContentSource objects.


Input: [Class] CookieAuthData [Description]

Output: Represents an object that contains authentication data used to connect to federated search locations that are configured to use cookie-based authentication.


Input: [Class] CrawledProperty [Description]

Output: Represents a crawled property in the Enterprise Search metadata property schema.


Input: [Class] CrawlHistory [Description]

Output: Contains statistics for each crawl. See How to: Programmatically Export the Crawl History to a CSV File for more information about how to use this class.


Input: [Class] CrawlLogFilters [Description]

Output: Contains all the filters for manipulating the crawl log data.


Input: [Class] CrawlMappingCollection [Description]

Output: Represents a collection of CrawlMapping objects.


Input: [Class] CrawlRule [Description]

Output: Represents a crawl rule.


Input: [Class] CrawlRuleCollection [Description]

Output: Represents a collection of CrawlRule objects.


Input: [Class] CustomContentSource [Description]

Output: Represents a custom content source.


Input: [Class] DailySchedule [Description]

Output: Represents a crawl schedule used to specify the number of days between crawls.


Input: [Class] DatabaseException [Description]

Output: Represents the exception that is thrown when a database error occurs while working with the objects in the Administration namespace.


Input: [Class] DeletedConcurrencyException [Description]

Output: Represents the exception that is thrown when the object that is the target of a delete operation is updated by another user after the database record was last retrieved.


Input: [Class] DemotedSite [Description]

Output: Represents a demoted site for Enterprise Search.


Input: [Class] DemotedSiteCollection [Description]

Output: Represents a collection of DemotedSite objects.


Input: [Class] DuplicateLocationException [Description]

Output: Represents the exception that is thrown when users attempt to create a duplicate version of a federated search location.


Input: [Class] ExchangePublicFolderContentSource [Description]

Output: Represents a content source for Microsoft Exchange Server public folder content.


Input: [Class] Extension [Description]

Output: Represents a file name extension.


Input: [Class] ExtensionCollection [Description]

Output: Represents a collection of Extension objects.


Input: [Class] FileShareContentSource [Description]

Output: Represents a content source for file share content.


Input: [Class] FormsAuthCredentials [Description]

Output: Represents an object that contains the forms authentication credentials for connecting to federated search locations.


Input: [Class] HierarchicalContentSource [Description]

Output: Provides the base class for hierarchical content sources.


Input: [Class] InvalidAccountException [Description]

Output: Indicates that the account name for the Enterprise Search service is invalid or does not exist, or the password is invalid for the account name.


Input: [Class] Keyword [Description]

Output: Represents a keyword in the Enterprise Search keyword and best bet management system.


Input: [Class] KeywordCollection [Description]

Output: Represents a collection of Keyword objects.


Input: [Class] Keywords [Description]

Output: Represents the top-level object for managing keywords and best bets in Enterprise Search.


Input: [Class] KeywordsEnumerator [Description]

Output: Supports iterating over a KeywordCollection and reading its individual Keyword objects.


Input: [Class] LocationConfiguration [Description]

Output: Contains the configuration information for a federated search location.


Input: [Class] LocationConfigurationCollection [Description]

Output: Specifies a collection of LocationConfiguration objects.


Input: [Class] LogViewer [Description]

Output: Represents the top-level object for filtering and viewing data from the Enterprise Search crawl log


Input: [Class] LotusNotesContentSource [Description]

Output: Represents a content source for Lotus Notes content.


Input: [Class] ManagedProperty [Description]

Output: Represents a managed property in the Enterprise Search metadata property schema.


Input: [Class] ManagedPropertyCollection [Description]

Output: Represents a collection of ManagedProperty objects.


Input: [Class] Mapping [Description]

Output: Represents a crawled property mapping to a managed property in the Enterprise Search metadata property schema.


Input: [Class] MappingCollection [Description]

Output: Represents a collection of Mapping objects.


Input: [Class] MonthlyDateSchedule [Description]

Output: Represents a crawl schedule used to specify the days of the month, and months of the year, when the crawl should occur.


Input: [Class] MonthlyDayOfWeekSchedule [Description]

Output: Represents a crawl schedule used to specify the days of the month, the weeks of the month, and the months of the year when the crawl should occur.


Input: [Class] OpenSearchDescription [Description]

Output: This member is reserved for internal use and is not intended to be used directly from your code.


Input: [Class] OpenSearchExtension [Description]

Output: This member is reserved for internal use and is not intended to be used directly from your code.


Input: [Class] Propagation [Description]

Output: Represents the top-level object for retrieving status information for the propagation system in Enterprise Search.


Input: [Class] PropertyQueryScopeRule [Description]

Output: Represents a scope rule that matches content items based on a property/value comparison.


Input: [Class] QueryLogExporter [Description]

Output: The members of this namespace or class are reserved for internal use and not intended to be used directly from your code.


Input: [Class] Ranking [Description]

Output: Provides an entry point to adjust the settings used for query-independent rank computation for calculating the relevance of Enterprise Search results.


Input: [Class] RankingParameter [Description]

Output: Represents a ranking parameter used for rank computation in Enterprise Search in Microsoft Office SharePoint Server 2007.


Input: [Class] RankParamCollection [Description]

Output: Represents a collection of RankingParameter objects.


Input: [Class] Schedule [Description]

Output: Provides the base class for Enterprise Search crawl schedules.


Input: [Class] Schema [Description]

Output: Provides access to the property metadata management system for Enterprise Search.


Input: [Class] Scope [Description]

Output: Represents a search scope in Enterprise Search.


Input: [Class] ScopeCollection [Description]

Output: Represents a collection of Scope objects.


Input: [Class] ScopeDisplayGroup [Description]

Output: Represents a scope display group.


Input: [Class] ScopeDisplayGroupCollection [Description]

Output: Represents a collection of ScopeDisplayGroup objects.


Input: [Class] ScopeDisplayGroupEnumerator [Description]

Output: Supports iterating over a ScopeCollection object and reading its individual Scope objects.


Input: [Class] ScopeDisplayGroupsEnumerator [Description]

Output: Supports iterating over a ScopeDisplayGroupsCollection object and reading its individual ScopeDisplayGroup objects.


Input: [Class] ScopeRule [Description]

Output: Provides the base class for all Enterprise Search scope rules.


Input: [Class] ScopeRuleCollection [Description]

Output: Represents a collection of scope rules.


Input: [Class] ScopeRulesEnumerator [Description]

Output: Supports iterating over a ScopeRuleCollection object and reading its individual ScopeRule objects.


Input: [Class] Scopes [Description]

Output: Provides access to the search scope management system for Enterprise Search.


Input: [Class] SearchContext [Description]

Output: Represents the search service instance for a Shared Services Provider (SSP).


Input: [Class] SearchService [Description]

Output: Represents an instance of the search service.


Input: [Class] SearchServiceInstance [Description]

Output: Represents an instance of the search index and query service.


Input: [Class] SecurableAuthData [Description]

Output: Represents an object that contains credentials used to connect to federated search locations. Provides the base class for the FormsAuthCredentials class.


Input: [Class] SharePointContentSource [Description]

Output: Represents a content source for Windows SharePoint Services 3.0 content.


Input: [Class] SiteHitRule [Description]

Output: Represents a site hit rule, which is used by the Enterprise Search Index engine to determine how many simultaneous requests are allowed, and the time interval between sequential requests, for a specified server.


Input: [Class] SiteHitRulesCollection [Description]

Output: Specifies a prioritized collection of SiteHitRule objects.


Input: [Class] SsoAuthData [Description]

Output: Provides information about the single sign-on (SSO) provider for the credentials used to connect to the federated location.


Input: [Class] StartAddressCollection [Description]

Output: A collection of start addresses for a content source.


Input: [Class] Synonym [Description]

Output: Represents a synonym in the Enterprise Search keyword and best bet management system.


Input: [Class] SynonymCollection [Description]

Output: Represents a collection of Synonym objects.


Input: [Class] SynonymsEnumerator [Description]

Output: Supports iterating over a SynonymCollection and reading its individual Synonym objects.


Input: [Class] UpdatedConcurrencyException [Description]

Output: Represents the exception that is thrown when the object that is the target of an update operation is updated by another user after the database record was last retrieved.


Input: [Class] UrlScopeRule [Description]

Output: Represents a scope rule that matches content items based on the display URL of the item.


Input: [Class] Visualization [Description]

Output: Specifies the display format for the federated search location results.


Input: [Class] WebContentSource [Description]

Output: Represents a content source for Web content.


Input: [Class] WeeklySchedule [Description]

Output: Represents a crawl schedule used to specify the number of weeks between crawls.


Input: [Topic] Windows Shell [Description]

Output: The Windows desktop UI provides users with access to a wide variety of objects necessary for running applications and managing the operating system. The most numerous and familiar of these objects are the folders and files that reside on computer disk drives. There are also a number of virtual objects that allow the user to perform tasks such as sending files to remote printers or accessing the Recycle Bin. The Shell organizes these objects into a hierarchical namespace and provides users and applications with a consistent and efficient way to access and manage objects.

Desktop Environment - Windows app development


Input: [Topic] Windows Property System [Description]

Output: The Windows Property System is an extensible read/write system of data definitions that provides a uniform way of expressing metadata about Shell items. The Windows Property system enables you to store and retrieve metadata for Shell items. A Shell item is any single piece of content, such as a file, folder, email, or contact. A property is an individual piece of metadata associated with a Shell item.

Desktop Environment - Windows app development


Input: [Topic] Windows Search [Description]

Output: Windows Search is a desktop search platform that has instant search capabilities for most common file and data types such as email, contacts, calendar appointments, documents, photos, multimedia, and other formats that can be extended by third party developers. These capabilities enable users to find, manage, and organize the increasing amount of data common in home and enterprise environments.

Desktop Environment - Windows app development


Input: [Topic] Window Stations and Desktops [Description]

Output: Windows provides three main categories of objects: user interface, graphics device interface (GDI), and kernel. Kernel objects are securable, while user objects and GDI objects are not. Therefore, to provide additional security, user interface objects are managed using window stations and desktops, which themselves are securable objects.

Desktop Environment - Windows app development


Input: [Topic] Windows Help [Description]

Output: Describes the Help technologies available in Windows.

Desktop Environment - Windows app development


Input: [Topic] Consoles [Description]

Output: Consoles manage input and output (I/O) for character-mode applications (applications that do not provide their own graphical user interface).

Desktop Environment - Windows app development


Input: [Description] Called by the print template to draw page images to a bitmap and send the bitmap to the print dialog. [Method]

Output: drawPreviewPage


Input: [Description] Finishes the print request - takes pages printed via printPage and queues the job. [Method]

Output: endPrint


Input: [Description] Retrieves the print task option value with a key. [Method]

Output: getPrintTaskOptionValue


Input: [Description] Invalidates the preview requesting a new pagination call. [Method]

Output: invalidatePreview


Input: [Description] Sets the total page count in the print dialog. [Method]

Output: setPageCount


Input: [Description] Called by the print template to start the printing process. This must be called to enable preview and printing. [Method]

Output: startPrint


Input: [Description] Gets or sets the fill the outline produced by this Pen. [Name]

Output: Brush


Input: [Description] Gets a value that indicates whether the object can be made unmodifiable. (Inherited from Freezable.) [Name]

Output: CanFreeze


Input: [Description] Gets or sets a value that specifies how the ends of each dash are drawn. [Name]

Output: DashCap


Input: [Description] Gets or sets a value that describes the pattern of dashes generated by this Pen. [Name]

Output: DashStyle


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

Output: DependencyObjectType


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

Output: Dispatcher


Input: [Description] Gets or sets the type of shape to use at the end of a stroke. [Name]

Output: EndLineCap


Input: [Description] Gets a value that indicates whether one or more AnimationClock objects is associated with any of this object's dependency properties. (Inherited from Animatable.) [Name]

Output: HasAnimatedProperties


Input: [Description] Gets a value that indicates whether the object is currently modifiable. (Inherited from Freezable.) [Name]

Output: IsFrozen


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

Output: IsSealed


Input: [Description] Gets or sets the type of joint used at the vertices of a shape's outline. [Name]

Output: LineJoin


Input: [Description] Gets or sets the limit on the ratio of the miter length to half this pen's Thickness. [Name]

Output: MiterLimit


Input: [Description] Gets or sets the type of shape to use at the beginning of a stroke. [Name]

Output: StartLineCap


Input: [Description] Gets or sets the thickness of the stroke produced by this Pen. [Name]

Output: Thickness


Input: [Name] BuildAttributeCollection [Description]

Output: Creates the attribute collection.


Input: [Name] CanDelete [Description]

Output: Gets a value that indicates whether the specified user is allowed to perform delete operations.


Input: [Name] CanInsert [Description]

Output: Gets a value that indicates whether the specified user is allowed to perform insert operations.


Input: [Name] CanRead [Description]

Output: Gets a value that indicates whether the specified user is allowed to perform read operations.


Input: [Name] CanUpdate [Description]

Output: Gets a value that indicates whether the specified user is allowed to perform update operations.


Input: [Name] CreateChildrenColumn [Description]

Output: Creates a new MetaChildrenColumn object.


Input: [Name] CreateColumn [Description]

Output: Creates a MetaColumn object.


Input: [Name] CreateContext [Description]

Output: Returns the data context for the table.


Input: [Name] CreateForeignKeyColumn [Description]

Output: Creates an object that contains foreign-key metadata.


Input: [Name] CreateTable(ICustomTypeDescriptor) [Description]

Output: Creates the metadata for the specified table.


Input: [Name] CreateTable(Type) [Description]

Output: Creates the metadata for the specified table.


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] GetActionPath(String) [Description]

Output: Returns the action path for the current table and the specified action.


Input: [Name] GetActionPath(String, IList) [Description]

Output: Returns the action path for the current table, specified action, and specified primary key.


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

Output: Returns the action path for the specified row by using the name of the action.


Input: [Name] GetActionPath(String, RouteValueDictionary) [Description]

Output: Returns the action path for the current table and for the specified action and routes.


Input: [Name] GetActionPath(String, IList, String) [Description]

Output: Appends query strings to the action path, based on the specified primary key and virtual path.


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

Output: Returns the action path for the specified row by using the name of the action and the virtual path of the action.


Input: [Name] GetColumn [Description]

Output: Returns the metadata for the specified column.


Input: [Name] GetColumnValuesFromRoute [Description]

Output: Gets the collection of column values.


Input: [Name] GetDataKeyFromRoute [Description]

Output: Retrieves the primary key of the entity from the route values.


Input: [Name] GetDisplayString [Description]

Output: Returns the value to use as the display string for an instance of a row when the row is used in foreign-key relationships.


Input: [Name] GetFilteredColumns [Description]

Output: Retrieves a list of columns that are filterable.


Input: [Name] GetHashCode [Description]

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


Input: [Name] GetPrimaryKeyDictionary [Description]

Output: Retrieves a dictionary of primary-key names and values for the specified row.


Input: [Name] GetPrimaryKeyString(IList) [Description]

Output: Returns a comma-separated list of column values that represent the primary key for the specified row.


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

Output: Returns a comma-separated list of column values that represent the primary key for the specified row.


Input: [Name] GetPrimaryKeyValues [Description]

Output: Returns a collection of column values that represent the primary key for the specified row.


Input: [Name] GetQuery() [Description]

Output: Returns the System.Linq::IQueryable instance for the entity type that represents the table.


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

Output: Returns the System.Linq::IQueryable instance for the entity type that represents the table by using the data context.


Input: [Name] GetScaffoldColumns [Description]

Output: Returns a list of columns to display by using scaffolding.


Input: [Name] GetTable [Description]

Output: Retrieves the metatable that is associated with the specified type.


Input: [Name] GetType [Description]

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


Input: [Name] Initialize [Description]

Output: Initializes data that may not be available when the constructor is called.


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] ResetMetadata [Description]

Output: Resets the cached metadata for the table.


Input: [Name] ToString [Description]

Output: Returns the name of the table. (Overrides Object::ToString().)


Input: [Name] TryGetColumn [Description]

Output: Returns a value that indicates whether a specified column can be found.


Input: [Name] TryGetTable [Description]

Output: Retrieves the metatable that is associated with the specified type and table.


Input: [Class] ChannelManagerService [Description]

Output: Obsolete. Provides functionality for constructing client-side channels, caching channels, and channel factories.


Input: [Class] DefaultWorkflowCommitWorkBatchService [Description]

Output: Obsolete. Represents the default version of WorkflowCommitWorkBatchService created by the workflow runtime engine if no other WorkflowCommitWorkBatch service is added.


Input: [Class] DefaultWorkflowLoaderService [Description]

Output: Obsolete. Represents the default version of WorkflowLoaderService created by the workflow runtime engine if no other workflow loader service is added.


Input: [Class] DefaultWorkflowSchedulerService [Description]

Output: Obsolete. Creates and manages the threads that run workflow instances on the workflow runtime engine.


Input: [Class] ManualWorkflowSchedulerService [Description]

Output: Obsolete. Provides a threading service that allows the host application creating a workflow instance to donate the Thread on which the workflow instance is run. Using this threading service, host applications can run a workflow instance on a single Thread in synchronous mode (although if the workflow contains a delay activity, the work is postponed until after the delay activity is executed on a separate thread spawned by [System.Threading.Timer]).This mode blocks the execution of the host application until the workflow instance becomes idle. Subsequently, the workflow instance can only be executed using the RunWorkflow method of this service.


Input: [Class] PersistenceException [Description]

Output: Obsolete. The exception that is thrown when the persistence service cannot fulfill a request.


Input: [Class] SharedConnectionWorkflowCommitWorkBatchService [Description]

Output: Obsolete. Represents the shared-connection version of the WorkflowCommitWorkBatchService service used by the runtime. In this context, shared-connection means that the service uses the same SQL connection for both the tracking and persistence services.


Input: [Class] SqlPersistenceWorkflowInstanceDescription [Description]

Output: Obsolete. Describes the workflow instances that are stored in the SqlWorkflowPersistenceService.


Input: [Class] SqlWorkflowPersistenceService [Description]

Output: Obsolete. Represents a persistence service that uses a SQL database to store workflow state information.


Input: [Class] WorkflowCommitWorkBatchService [Description]

Output: Obsolete. Allows custom logic for the commitment of work batches.


Input: [Class] WorkflowLoaderService [Description]

Output: Obsolete. The abstract base class from which workflow loader services are derived.


Input: [Class] WorkflowPersistenceService [Description]

Output: Obsolete. The abstract base class from which all persistence services are derived.


Input: [Class] WorkflowRuntimeService [Description]

Output: Obsolete. Represents the abstract base class from which the workflow runtime engine core services are derived.


Input: [Class] WorkflowSchedulerService [Description]

Output: Obsolete. Provides a mechanism to implement your own thread pool to execute the workflow and manage in-memory timer registration and events.


Input: [Class] WorkflowWebHostingModule [Description]

Output: Obsolete. Provides a mechanism for routing the workflow instance ID to and from a WorkflowWebService to a cookie in the Web client. This class cannot be inherited.


Input: [ColumnName] TypeName [DataType] string [Description]

Output: The provider-specific data type name.


Input: [ColumnName] ProviderDbType [DataType] int [Description]

Output: The provider-specific type value that should be used when specifying a parameter’s type. For example, SqlDbType.Money or OracleType.Blob.


Input: [ColumnName] ColumnSize [DataType] long [Description]

Output: The length of a non-numeric column or parameter refers to either the maximum or the length defined for this type by the provider. For character data, this is the maximum or defined length in units, defined by the data source. Oracle has the concept of specifying a length and then specifying the actual storage size for some character data types. This defines only the length in units for Oracle. For date-time data types, this is the length of the string representation (assuming the maximum allowed precision of the fractional seconds component). If the data type is numeric, this is the upper bound on the maximum precision of the data type.


Input: [ColumnName] CreateFormat [DataType] string [Description]

Output: Format string that represents how to add this column to a data definition statement, such as CREATE TABLE. Each element in the CreateParameter array should be represented by a "parameter marker" in the format string. For example, the SQL data type DECIMAL needs a precision and a scale. In this case, the format string would be "DECIMAL({0},{1})".


Input: [ColumnName] CreateParameters [DataType] string [Description]

Output: The creation parameters that must be specified when creating a column of this data type. Each creation parameter is listed in the string, separated by a comma in the order they are to be supplied. For example, the SQL data type DECIMAL needs a precision and a scale. In this case, the creation parameters should contain the string "precision, scale". In a text command to create a DECIMAL column with a precision of 10 and a scale of 2, the value of the CreateFormat column might be DECIMAL({0},{1})" and the complete type specification would be DECIMAL(10,2).


Input: [ColumnName] DataType [DataType] string [Description]

Output: The name of the .NET Framework type of the data type.


Input: [ColumnName] IsAutoincrementable [DataType] bool [Description]

Output: true—Values of this data type may be auto-incrementing. false—Values of this data type may not be auto-incrementing. Note that this merely indicates whether a column of this data type may be auto-incrementing, not that all columns of this type are auto-incrementing.


Input: [ColumnName] IsBestMatch [DataType] bool [Description]

Output: true—The data type is the best match between all data types in the data store and the .NET Framework data type indicated by the value in the DataType column. false—The data type is not the best match. For each set of rows in which the value of the DataType column is the same, the IsBestMatch column is set to true in only one row.


Input: [ColumnName] IsCaseSensitive [DataType] bool [Description]

Output: true—The data type is a character type and is case-sensitive. false—The data type is not a character type or is not case-sensitive.


Input: [ColumnName] IsFixedLength [DataType] bool [Description]

Output: true—Columns of this data type created by the data definition language (DDL) will be of fixed length. false—Columns of this data type created by the DDL will be of variable length. DBNull.Value—It is not known whether the provider will map this field with a fixed-length or variable-length column.


Input: [ColumnName] IsFixedPrecisionScale [DataType] bool [Description]

Output: true—The data type has a fixed precision and scale. false—The data type does not have a fixed precision and scale.


Input: [ColumnName] IsLong [DataType] bool [Description]

Output: true—The data type contains very long data; the definition of very long data is provider-specific. false—The data type does not contain very long data.


Input: [ColumnName] IsNullable [DataType] bool [Description]

Output: true—The data type is nullable. false—The data type is not nullable. DBNull.Value—It is not known whether the data type is nullable.


Input: [ColumnName] IsSearchable [DataType] bool [Description]

Output: true—The data type can be used in a WHERE clause with any operator except the LIKE predicate. false—The data type cannot be used in a WHERE clause with any operator except the LIKE predicate.


Input: [ColumnName] IsSearchableWithLike [DataType] bool [Description]

Output: true—The data type can be used with the LIKE predicate false—The data type cannot be used with the LIKE predicate.


Input: [ColumnName] IsUnsigned [DataType] bool [Description]

Output: true—The data type is unsigned. false—The data type is signed. DBNull.Value—Not applicable to data type.


Input: [ColumnName] MaximumScale [DataType] short [Description]

Output: If the type indicator is a numeric type, this is the maximum number of digits allowed to the right of the decimal point. Otherwise, this is DBNull.Value.


Input: [ColumnName] MinimumScale [DataType] short [Description]

Output: If the type indicator is a numeric type, this is the minimum number of digits allowed to the right of the decimal point. Otherwise, this is DBNull.Value.


Input: [ColumnName] IsConcurrencyType [DataType] bool [Description]

Output: true – the data type is updated by the database every time the row is changed and the value of the column is different from all previous values false – the data type is note updated by the database every time the row is changed DBNull.Value – the database does not support this type of data type


Input: [ColumnName] IsLiteralsSupported [DataType] bool [Description]

Output: true – the data type can be expressed as a literal false – the data type can not be expressed as a literal


Input: [ColumnName] LiteralPrefix [DataType] string [Description]

Output: The prefix applied to a given literal.


Input: [ColumnName] LitteralSuffix [DataType] string [Description]

Output: The suffix applied to a given literal.


Input: [ColumnName] NativeDataType [DataType] String [Description]

Output: NativeDataType is an OLE DB specific column for exposing the OLE DB type of the data type .


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

Output: Maximum length of the queue.


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

Output: Number of requests successfully posted to the queue.


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

Output: Number of requests that started execution.


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

Output: Number of requests serviced to either success or failure.


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

Output: Number of requests that failed due to lock contention or deadlock.


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

Output: Number of requests that failed due to other reasons.


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

Output: Number of requests that failed because retry limit has been reached.


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

Output: Number of failed enqueue attempts because the queue is full.


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

Output: Number of duplicate enqueue attempts.


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

Output: Average elapsed time of request in milliseconds.


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

Output: Elapsed time of the longest request in milliseconds.


Input: [Command Name] Edit.CharLeftExtend [Shortcut Keys] SHIFT + LEFT ARROW [Description]

Output: Moves the cursor to the left one character, extending the selection. Available only in the .NET Framework Designer.


Input: [Command Name] Edit.CharLeftExtendColumn [Shortcut Keys] SHIFT + ALT + LEFT ARROW [Description]

Output: Moves the cursor to the left one character, extending the column selection.


Input: [Command Name] Edit.CharRightExtend [Shortcut Keys] SHIFT + RIGHT ARROW [Description]

Output: Moves the cursor to the right one character, extending the selection. Available only in the .NET Framework Designer.


Input: [Command Name] Edit.CharRightExtendColumn [Shortcut Keys] SHIFT + ALT + RIGHT ARROW [Description]

Output: Moves the cursor to the right one character, extending the column selection.


Input: [Command Name] Edit.DocumentEndExtend [Shortcut Keys] CTRL + SHIFT + END [Description]

Output: Selects the text from the insertion point to the last line of the document.


Input: [Command Name] Edit.DocumentStartExtend [Shortcut Keys] CTRL + SHIFT + HOME [Description]

Output: Selects the text from the insertion point to the first line of the document.


Input: [Command Name] Edit.GoToBraceExtend [Shortcut Keys] CTRL + SHIFT + ] [Description]

Output: Moves the insertion point to the next brace, extending the selection.


Input: [Command Name] Edit.LineDownExtend [Shortcut Keys] SHIFT + DOWN ARROW [Description]

Output: Extends text selection down one line, starting at the location of the insertion point.


Input: [Command Name] Edit.LineDownExtendColumn [Shortcut Keys] SHIFT + ALT + DOWN ARROW [Description]

Output: Moves the cursor down one line, extending the column selection.


Input: [Command Name] Edit.LineEndExtend [Shortcut Keys] SHIFT + END [Description]

Output: Selects text from the insertion point to the end of the current line.


Input: [Command Name] Edit.LineEndExtendColumn [Shortcut Keys] SHIFT + ALT + END [Description]

Output: Moves the insertion point to the end of the line, extending the column selection.


Input: [Command Name] Edit.LineStartExtend [Shortcut Keys] SHIFT + HOME [Description]

Output: Selects text from the insertion point to the start of the line.


Input: [Command Name] Edit.LineStartExtendColumn [Shortcut Keys] SHIFT + ALT + HOME [Description]

Output: Moves the insertion point to the start of the line, extending the column selection.


Input: [Command Name] Edit.LineUpExtend [Shortcut Keys] SHIFT + UP ARROW [Description]

Output: Selects text up line by line starting from the location of the insertion point.


Input: [Command Name] Edit.LineUpExtendColumn [Shortcut Keys] SHIFT + ALT + UP ARROW [Description]

Output: Moves the cursor up one line, extending the column selection.


Input: [Command Name] Edit.PageDownExtend [Shortcut Keys] SHIFT + PAGE DOWN [Description]

Output: Extends selection down one page.


Input: [Command Name] Edit.PageUpExtend [Shortcut Keys] SHIFT + PAGE UP [Description]

Output: Extends selection up one page.


Input: [Command Name] Edit.SelectAll [Shortcut Keys] CTRL + A [Description]

Output: Selects everything in the current document.


Input: [Command Name] Edit.SelectCurrentWord [Shortcut Keys] CTRL + W [Description]

Output: Selects the word containing the insertion point or the word to the right of the insertion point.


Input: [Command Name] Edit.SelectToLastGoBack [Shortcut Keys] CTRL + = [Description]

Output: Select from the current location in the Editor back to the previous location in the Editor.


Input: [Command Name] Edit.ViewBottomExtend [Shortcut Keys] CTRL + SHIFT + PAGE DOWN [Description]

Output: Moves the cursor to the last line in view, extending the selection.


Input: [Command Name] Edit.ViewTopExtend [Shortcut Keys] CTRL + SHIFT + PAGE UP [Description]

Output: Extends the selection to the top of the current window.


Input: [Command Name] Edit.WordNextExtend [Shortcut Keys] CTRL + SHIFT + RIGHT ARROW [Description]

Output: Extends the selection one word to the right.


Input: [Command Name] Edit.WordNextExtendColumn [Shortcut Keys] CTRL + SHIFT + ALT + RIGHT ARROW [Description]

Output: Moves the cursor to the right one word, extending the column selection.


Input: [Command Name] Edit.WordPreviousExtend [Shortcut Keys] CTRL + SHIFT + LEFT ARROW [Description]

Output: Extends the selection one word to the left.


Input: [Command Name] Edit.WordPreviousExtendColumn [Shortcut Keys] CTRL + SHIFT + ALT + LEFT ARROW [Description]

Output: Moves the cursor to the left one word, extending the column selection.


Input: [Name] Disposed [Description]

Output: Occurs when the design surface is disposed.


Input: [Name] Flushed [Description]

Output: Occurs when a call is made to the Flush method of DesignSurface.


Input: [Name] Loaded [Description]

Output: Occurs when the designer load has completed.


Input: [Name] Loading [Description]

Output: Occurs when the designer is about to be loaded.


Input: [Name] Unloaded [Description]

Output: Occurs when a designer has finished unloading.


Input: [Name] Unloading [Description]

Output: Occurs when a designer is about to unload.


Input: [Name] ViewActivated [Description]

Output: Occurs when the Activate method has been called on IDesignerHost.


Input: [Name] DefaultMetadata [Description]

Output: Gets the default metadata of the dependency property.


Input: [Name] GlobalIndex [Description]

Output: Gets an internally generated value that uniquely identifies the dependency property.


Input: [Name] Name [Description]

Output: Gets the name of the dependency property.


Input: [Name] OwnerType [Description]

Output: Gets the type of the object that registered the dependency property with the property system, or added itself as owner of the property.


Input: [Name] PropertyType [Description]

Output: Gets the type that the dependency property uses for its value.


Input: [Name] ReadOnly [Description]

Output: Gets a value that indicates whether the dependency property identified by this DependencyProperty instance is a read-only dependency property.


Input: [Name] ValidateValueCallback [Description]

Output: Gets the value validation callback for the dependency property.


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

Output: How to: Write Text to a File

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: How to: Write Text to a File

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: How to: Read Text from a File

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: How to: Open and Append to a Log File File.AppendText FileInfo.AppendText

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: FileInfo.Length

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: File.GetAttributes

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: File.SetAttributes

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: File.Exists

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: How to: Read and Write to a Newly Created Data File

BinaryWriter.Write Method (Boolean) (System.IO)


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

Output: How to: Read and Write to a Newly Created Data File

BinaryWriter.Write Method (Boolean) (System.IO)


Input: [ColumnName] OWNER [DataType] String [Description]

Output: Owner of the constraint definition.


Input: [ColumnName] CONSTRAINT_NAME [DataType] String [Description]

Output: Name of the constraint definition.


Input: [ColumnName] TABLE_NAME [DataType] String [Description]

Output: Name associated with the table (or view) with constraint definition.


Input: [ColumnName] SEARCH_CONDITION [DataType] String [Description]

Output: Text of search condition for a check constraint.


Input: [ColumnName] R_OWNER [DataType] String [Description]

Output: Owner of table referred to in a referential constraint.


Input: [ColumnName] R_CONSTRAINT_NAME [DataType] String [Description]

Output: Name of the unique constraint definition for referenced table.


Input: [ColumnName] DELETE_RULE [DataType] String [Description]

Output: Delete rule for a referential constraint (CASCADE or NO ACTION).


Input: [ColumnName] STATUS [DataType] String [Description]

Output: Enforcement status of constraint (ENABLED or DISABLED).


Input: [ColumnName] DEFERRABLE [DataType] String [Description]

Output: Whether the constraint is deferrable.


Input: [ColumnName] VALIDATED [DataType] String [Description]

Output: Whether all data obeys the constraint (VALIDATED or NOT VALIDATED).


Input: [ColumnName] GENERATED [DataType] String [Description]

Output: Whether the name of the constraint is user or system generated.


Input: [ColumnName] BAD [DataType] String [Description]

Output: A YES value indicates that this constraint specifies a century in an ambiguous manner. To avoid errors resulting from this ambiguity, rewrite the constraint using the TO_DATE function with a four-digit year.


Input: [ColumnName] RELY [DataType] String [Description]

Output: Whether an enabled constraint is enforced or unenforced.


Input: [ColumnName] LAST_CHANGE [DataType] DateTime [Description]

Output: When the constraint was last enabled or disabled.


Input: [ColumnName] INDEX_OWNER [DataType] String [Description]

Output: Name of the user owning the index.


Input: [ColumnName] INDEX_NAME [DataType] String [Description]

Output: Name of the index.


Input: [Structure] data [R/W] R [Description] An array of Tag objects, if a collection of objects is returned. [Type]

Output: array


Input: [Structure] id [R/W] R [Description] The Tag object's ID. [Type]

Output: string


Input: [Structure] user [R/W] RW [Description] The user object for the tagged person. [Type]

Output: object


Input: [Structure] name (user object) [R/W] RW [Description] The name of the tagged person. [Type]

Output: string


Input: [Structure] id (user object) [R/W] RW [Description] The user ID of the tagged user if they have one; otherwise, null. [Type]

Output: string


Input: [Structure] x [R/W] RW [Description] The center of the tag's horizontal position, measured as a floating-point percentage from 0 to 100, from the left edge of the photo. This value is not returned for Video objects. [Type]

Output: number


Input: [Structure] y [R/W] RW [Description] The center of the tag's vertical position, measured as a floating-point percentage from 0 to 100, from the top edge of the photo. This value is not returned for Video objects. [Type]

Output: number


Input: [Structure] created_time [R/W] R [Description] The time, in ISO 8601 format, at which the tag was created. [Type]

Output: string


Input: [Method] drawPreviewPage [Description]

Output: Called by the print template to draw page images to a bitmap and send the bitmap to the print dialog.


Input: [Method] endPrint [Description]

Output: Finishes the print request - takes pages printed via printPage and queues the job.


Input: [Method] getPrintTaskOptionValue [Description]

Output: Retrieves the print task option value with a key.


Input: [Method] invalidatePreview [Description]

Output: Invalidates the preview requesting a new pagination call.


Input: [Method] setPageCount [Description]

Output: Sets the total page count in the print dialog.


Input: [Method] startPrint [Description]

Output: Called by the print template to start the printing process. This must be called to enable preview and printing.


Input: [Class] ResultSetEnumerator [Description]

Output: An enumerator that can be used to iterate through a collection of records in a ResultSet object. The ResultSetEnumerator is not designed to be used directly from within your code. You will get more functionality by working directly with the SqlCeResultSet object.


Input: [Class] ResultSetView [Description]

Output: Implements data binding interfaces and provides a bridge between user interface controls and the SqlCeResultSet.


Input: [Class] RowView [Description]

Output: Implements data binding interfaces as part of the ResultSetView. Not intended for use directly from your code.


Input: [Class] SqlCeCommand [Description]

Output: Represents an SQL statement to execute against a data source.


Input: [Class] SqlCeCommandBuilder [Description]

Output: Provides a means of automatically generating single-table commands used to reconcile changes made to a DataSet with the associated Microsoft SQL Server 2005 Compact Edition database. This class cannot be inherited.


Input: [Class] SqlCeConnection [Description]

Output: Represents an open connection to a data source.


Input: [Class] SqlCeDataAdapter [Description]

Output: Represents a set of data commands and a database connection that are used to fill the DataSet and update the data source.


Input: [Class] SqlCeDataReader [Description]

Output: Provides a way of reading a forward-only stream of data rows from a data source. This class cannot be inherited.


Input: [Class] SqlCeEngine [Description]

Output: Represents the properties, methods, and other objects of the Microsoft SQL Server 2005 Compact Edition Engine object. This class cannot be inherited.


Input: [Class] SqlCeError [Description]

Output: Collects information relevant to a warning or error returned by the data source. This class cannot be inherited.


Input: [Class] SqlCeErrorCollection [Description]

Output: Collects all errors generated by the .NET Compact Framework Data Provider for Microsoft SQL Server 2005 Compact Edition. This class cannot be inherited.


Input: [Class] SqlCeException [Description]

Output: The exception thrown when the underlying provider returns a warning or error from a Microsoft SQL Server 2005 Compact Edition data source. This class cannot be inherited.


Input: [Class] SqlCeFlushFailureEventArgs [Description]

Output: Encapsulates event arguments for the FlushFailure event.


Input: [Class] SqlCeInfoMessageEventArgs [Description]

Output: Provides data for the InfoMessage event. This class cannot be inherited.


Input: [Class] SqlCeLockTimeoutException [Description]

Output: This exception is thrown if the lock timeout has been reached.


Input: [Class] SqlCeParameter [Description]

Output: Represents a parameter to a SqlCeCommand and, optionally, its mapping to a DataSet column. This class cannot be inherited.


Input: [Class] SqlCeParameterCollection [Description]

Output: Collects all parameters relevant to a SqlCeCommand as well as their respective mappings to DataSet columns.


Input: [Class] SqlCeRemoteDataAccess [Description]

Output: Initializes a new instance of the SqlCeRemoteDataAccess object. For more information about Remote Data Access, see the SQL Server Compact Edition Books Online.


Input: [Class] SqlCeReplication [Description]

Output: Initializes a new instance of the SqlCeReplication object. For more information about SQL Server replication, see the SQL Server 2005 Books Online. For more information about merge replication with SQL Server Compact Edition, see the SQL Server Compact Edition Books Online.


Input: [Class] SqlCeResultSet [Description]

Output: An updateable, scrollable, and bindable cursor.


Input: [Class] SqlCeRowUpdatedEventArgs [Description]

Output: Provides data for the RowUpdated event.


Input: [Class] SqlCeRowUpdatingEventArgs [Description]

Output: Provides data for the RowUpdating event.


Input: [Class] SqlCeTransaction [Description]

Output: Represents an SQL transaction to be made at a data source. This class cannot be inherited.


Input: [Class] SqlCeTransactionInProgressException [Description]

Output: Occurs when an attempt is made to modify a database while another transaction is in progress.


Input: [Class] SqlCeUpdatableRecord [Description]

Output: Represents a row of updatable values from the data source. A SqlCeResultSet object contains one or more UpdatableRecords.


Input: [Class] SqlMetaData [Description]

Output: Specifies and retrieves metadata information from parameters and columns retrieved from a database. This class cannot be inherited.


Input: [Values] Not Available 0 [Meaning]

Output: Indicates that the instrumentation is capable of reporting this property, but intentionally does not report it for this element.


Input: [Values] No Additional Information 1 [Meaning]

Output: Indicates that no details have to be added to the PrimaryStatus property, for example when the PrimaryStatus is set to OK.


Input: [Values] Stressed 2 [Meaning]

Output: Indicates that the element functions, but requires attention. Overload and overheated are examples of Stressed states.


Input: [Values] Predictive Failure 3 [Meaning]

Output: Indicates that an element functions nominally, but predicts a failure in the near future.


Input: [Values] Non-Recoverable Error 4 [Meaning]

Output: Indicates that this element is in an error condition that requires human intervention.


Input: [Values] Supporting Entity in Error 5 [Meaning]

Output: Indicates that an element on which this element depends is in error. This element might be OK but cannot function because of the state of a dependent element. An example is a network service or endpoint that cannot function due to lower-layer networking problems.


Input: [Values] DMTF Reserved 6–0x7FFF [Meaning]

Output: Reserved.


Input: [Values] Vendor Reserved 0x8000 ≤ value [Meaning]

Output: Reserved.


Input: [Topic] Quickstart: Using file or image resources [Description]

Output: You can add images and other file resources to your app, and reference those files from within your app.

Defining app resources (HTML) - Windows app development


Input: [Topic] Quickstart: Using string resources [Description]

Output: Put string resources into resource files, and reference those strings from your JavaScript code or HTML markup.

Defining app resources (HTML) - Windows app development


Input: [Topic] How to name resources using qualifiers [Description]

Output: You can name resources by using qualifiers. The qualifiers identify the context in which a version of a resource should be used.

Defining app resources (HTML) - Windows app development


Input: [Topic] How to load string resources [Description]

Output: You can load string resources from objects such as resource files, libraries, controls, and app packages and manifests.

Defining app resources (HTML) - Windows app development


Input: [Topic] How to load file resources [Description]

Output: Learn to load file resources from various locations.

Defining app resources (HTML) - Windows app development


Input: [Topic] Using per-window loading and auto-refresh behaviors [Description]

Output: Windows 8.1 and later supports per-window loading and auto-refresh behaviors.

Defining app resources (HTML) - Windows app development


Input: [Name] Brush [Description]

Output: Gets or sets the fill the outline produced by this Pen.


Input: [Name] CanFreeze [Description]

Output: Gets a value that indicates whether the object can be made unmodifiable. (Inherited from Freezable.)


Input: [Name] DashCap [Description]

Output: Gets or sets a value that specifies how the ends of each dash are drawn.


Input: [Name] DashStyle [Description]

Output: Gets or sets a value that describes the pattern of dashes generated by this Pen.


Input: [Name] DependencyObjectType [Description]

Output: Gets the DependencyObjectType that wraps the CLR type of this instance. (Inherited from DependencyObject.)


Input: [Name] Dispatcher [Description]

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


Input: [Name] EndLineCap [Description]

Output: Gets or sets the type of shape to use at the end of a stroke.


Input: [Name] HasAnimatedProperties [Description]

Output: Gets a value that indicates whether one or more AnimationClock objects is associated with any of this object's dependency properties. (Inherited from Animatable.)


Input: [Name] IsFrozen [Description]

Output: Gets a value that indicates whether the object is currently modifiable. (Inherited from Freezable.)


Input: [Name] IsSealed [Description]

Output: Gets a value that indicates whether this instance is currently sealed (read-only). (Inherited from DependencyObject.)


Input: [Name] LineJoin [Description]

Output: Gets or sets the type of joint used at the vertices of a shape's outline.


Input: [Name] MiterLimit [Description]

Output: Gets or sets the limit on the ratio of the miter length to half this pen's Thickness.


Input: [Name] StartLineCap [Description]

Output: Gets or sets the type of shape to use at the beginning of a stroke.


Input: [Name] Thickness [Description]

Output: Gets or sets the thickness of the stroke produced by this Pen.


Input: [Expression] TRUE [Expression_2] TRUE [Result]

Output: TRUE


Input: [Expression] TRUE [Expression_2] FALSE [Result]

Output: FALSE


Input: [Expression] FALSE [Expression_2] FALSE [Result]

Output: FALSE


Input: [Expression] NULL [Expression_2] NULL [Result]


Input: [Expression] NULL [Expression_2] TRUE [Result]


Input: [Expression] NULL [Expression_2] FALSE [Result]

Output: FALSE


Input: [Class] ActivityDataTrackingExtract [Description]

Output: Specifies a property or a field to be extracted from an activity and sent to the tracking service together with an associated collection of annotations when a track point is matched.


Input: [Class] ActivityTrackingCondition [Description]

Output: Represents a condition that compares the value of an activity member to a specified value by using a specified comparison operator.


Input: [Class] ActivityTrackingLocation [Description]

Output: Defines an activity-qualified location that corresponds to an activity status event in the potential execution path of a root workflow instance. This class cannot be inherited.


Input: [Class] ActivityTrackingLocationCollection [Description]

Output: Contains a collection of ActivityTrackingLocation objects.


Input: [Class] ActivityTrackingRecord [Description]

Output: Contains the data sent to a tracking service by the runtime tracking infrastructure when an ActivityTrackPoint is matched. It is also used in the return list of the ActivityEvents property.


Input: [Class] ActivityTrackPoint [Description]

Output: Defines a point, associated with an activity execution status change, to be tracked that is in the potential execution path of a workflow instance. This class cannot be inherited.


Input: [Class] ActivityTrackPointCollection [Description]

Output: Contains a collection of ActivityTrackPoint objects.


Input: [Class] ExtractCollection [Description]

Output: Contains a collection of TrackingExtract objects.


Input: [Class] ProfileRemovedEventArgs [Description]

Output: Provides data for the ProfileRemoved event. This class cannot be inherited.


Input: [Class] ProfileUpdatedEventArgs [Description]

Output: Provides the data for the ProfileUpdated event. This class cannot be inherited.


Input: [Class] SqlTrackingQuery [Description]

Output: Contains methods and properties that are used to manage queries to the tracking data that is contained in the SQL database used by a SqlTrackingService.


Input: [Class] SqlTrackingQueryOptions [Description]

Output: Contains properties that are used to constrain the set of SqlTrackingWorkflowInstance objects returned by a call to SqlTrackingQuery.GetWorkflows.


Input: [Class] SqlTrackingService [Description]

Output: Represents a tracking service that uses a SQL database to store tracking information.


Input: [Class] SqlTrackingWorkflowInstance [Description]

Output: Provides access to tracking data maintained in a SQL database by the SqlTrackingService for a workflow instance.


Input: [Class] TrackingAnnotationCollection [Description]

Output: Contains a collection of annotations.


Input: [Class] TrackingChannel [Description]

Output: The abstract base class that represents a tracking channel.


Input: [Class] TrackingCondition [Description]

Output: An abstract base class representing a comparison that can be used to constrain an ActivityTrackingLocation or a UserTrackingLocation.


Input: [Class] TrackingConditionCollection [Description]

Output: Contains a collection of TrackingCondition objects.


Input: [Class] TrackingDataItem [Description]

Output: Represents a single item of data extracted from a workflow and all its associated annotations.


Input: [Class] TrackingDataItemValue [Description]

Output: Contains filter criteria for data extracted from a workflow instance in a SqlTrackingQueryOptions.


Input: [Class] TrackingExtract [Description]

Output: The abstract base class representing a field or a property to be extracted from a workflow instance and its associated annotations.


Input: [Class] TrackingParameters [Description]

Output: Contains information about the workflow instance associated with a TrackingChannel. This class cannot be inherited.


Input: [Class] TrackingProfile [Description]

Output: Defines points of interest in the potential execution path of a root workflow instance about which a tracking service should be notified.


Input: [Class] TrackingProfileCache [Description]

Output: Provides a method that a host application can use to clear the tracking profile cache.


Input: [Class] TrackingProfileDeserializationException [Description]

Output: The exception that is thrown when an XML document cannot be deserialized into a TrackingProfile by a TrackingProfileSerializer.


Input: [Class] TrackingProfileSerializer [Description]

Output: Provides methods to serialize and deserialize tracking profiles into and from XML documents by using the tracking profile XML schema definition (XSD).


Input: [Class] TrackingRecord [Description]

Output: The abstract base class from which ActivityTrackingRecord, UserTrackingRecord, and WorkflowTrackingRecord are derived.


Input: [Class] TrackingService [Description]

Output: The abstract base class that provides the basic interface between a tracking service and the run-time tracking infrastructure.


Input: [Class] TrackingWorkflowChangedEventArgs [Description]

Output: Contains data associated with a workflow change that occurs during the execution of a workflow instance.


Input: [Class] TrackingWorkflowExceptionEventArgs [Description]

Output: Contains data associated with an exception that occurs during the execution of a workflow instance.


Input: [Class] TrackingWorkflowSuspendedEventArgs [Description]

Output: Contains information about the reason that a workflow instance was suspended.


Input: [Class] TrackingWorkflowTerminatedEventArgs [Description]

Output: Contains data associated with the termination of a workflow instance.


Input: [Class] UserTrackingLocation [Description]

Output: Defines an activity-qualified location that corresponds to a user event in the potential execution path of a root workflow instance. This class cannot be inherited.


Input: [Class] UserTrackingLocationCollection [Description]

Output: Contains a collection of UserTrackingLocation objects.


Input: [Class] UserTrackingRecord [Description]

Output: Contains the data sent to a tracking service by the runtime tracking infrastructure when a UserTrackPoint is matched.


Input: [Class] UserTrackPoint [Description]

Output: Defines a point, associated with a user event, to be tracked in the potential execution path of a root workflow instance. This class cannot be inherited.


Input: [Class] UserTrackPointCollection [Description]

Output: Contains a collection of UserTrackPoint objects.


Input: [Class] WorkflowDataTrackingExtract [Description]

Output: Specifies a property or a field to be extracted from the root activity of the workflow and sent to the tracking service together with and an associated collection of annotations when a track point is matched.


Input: [Class] WorkflowTrackingLocation [Description]

Output: Defines an interest in specific workflow status events that occur in a root workflow instance; used for matching by a WorkflowTrackPoint in a tracking profile. This class cannot be inherited.


Input: [Class] WorkflowTrackingRecord [Description]

Output: Contains the data sent to the tracking service by the runtime tracking infrastructure when it matches a WorkflowTrackPoint. It is also used in the return list of the WorkflowEvents property.


Input: [Class] WorkflowTrackPoint [Description]

Output: Defines a point associated with a set of workflow status events that are tracked in the potential execution path of a root workflow instance.


Input: [Class] WorkflowTrackPointCollection [Description]

Output: Contains a collection of WorkflowTrackPoint objects.


Input: [Member name] AllCells [Description]

Output: The column widths adjust to fit the contents of all cells in the columns, including header cells.


Input: [Member name] AllCellsExceptHeader [Description]

Output: The column widths adjust to fit the contents of all cells in the columns, excluding header cells.


Input: [Member name] ColumnHeader [Description]

Output: The column widths adjust to fit the contents of the column header cells.


Input: [Member name] DisplayedCells [Description]

Output: The column widths adjust to fit the contents of all cells in the columns that are in rows currently displayed onscreen, including header cells.


Input: [Member name] DisplayedCellsExceptHeader [Description]

Output: The column widths adjust to fit the contents of all cells in the columns that are in rows currently displayed onscreen, excluding header cells.


Input: [Member name] Fill [Description]

Output: The column widths adjust so that the widths of all columns exactly fill the display area of the control, requiring horizontal scrolling only to keep column widths above the DataGridViewColumn.MinimumWidth property values. Relative column widths are determined by the relative DataGridViewColumn.FillWeight property values.


Input: [Member name] None [Description]

Output: The column widths do not automatically adjust.


Input: [Command Name] Edit.CharLeftExtend [Description] Moves the cursor to the left one character, extending the selection. Available only in the .NET Framework Designer. [Shortcut Keys]

Output: SHIFT + LEFT ARROW


Input: [Command Name] Edit.CharLeftExtendColumn [Description] Moves the cursor to the left one character, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + LEFT ARROW


Input: [Command Name] Edit.CharRightExtend [Description] Moves the cursor to the right one character, extending the selection. Available only in the .NET Framework Designer. [Shortcut Keys]

Output: SHIFT + RIGHT ARROW


Input: [Command Name] Edit.CharRightExtendColumn [Description] Moves the cursor to the right one character, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + RIGHT ARROW


Input: [Command Name] Edit.DocumentEndExtend [Description] Selects the text from the insertion point to the last line of the document. [Shortcut Keys]

Output: CTRL + SHIFT + END


Input: [Command Name] Edit.DocumentStartExtend [Description] Selects the text from the insertion point to the first line of the document. [Shortcut Keys]

Output: CTRL + SHIFT + HOME


Input: [Command Name] Edit.GoToBraceExtend [Description] Moves the insertion point to the next brace, extending the selection. [Shortcut Keys]

Output: CTRL + SHIFT + ]


Input: [Command Name] Edit.LineDownExtend [Description] Extends text selection down one line, starting at the location of the insertion point. [Shortcut Keys]

Output: SHIFT + DOWN ARROW


Input: [Command Name] Edit.LineDownExtendColumn [Description] Moves the cursor down one line, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + DOWN ARROW


Input: [Command Name] Edit.LineEndExtend [Description] Selects text from the insertion point to the end of the current line. [Shortcut Keys]

Output: SHIFT + END


Input: [Command Name] Edit.LineEndExtendColumn [Description] Moves the insertion point to the end of the line, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + END


Input: [Command Name] Edit.LineStartExtend [Description] Selects text from the insertion point to the start of the line. [Shortcut Keys]

Output: SHIFT + HOME


Input: [Command Name] Edit.LineStartExtendColumn [Description] Moves the insertion point to the start of the line, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + HOME


Input: [Command Name] Edit.LineUpExtend [Description] Selects text up line by line starting from the location of the insertion point. [Shortcut Keys]

Output: SHIFT + UP ARROW


Input: [Command Name] Edit.LineUpExtendColumn [Description] Moves the cursor up one line, extending the column selection. [Shortcut Keys]

Output: SHIFT + ALT + UP ARROW


Input: [Command Name] Edit.PageDownExtend [Description] Extends selection down one page. [Shortcut Keys]

Output: SHIFT + PAGE DOWN


Input: [Command Name] Edit.PageUpExtend [Description] Extends selection up one page. [Shortcut Keys]

Output: SHIFT + PAGE UP


Input: [Command Name] Edit.SelectAll [Description] Selects everything in the current document. [Shortcut Keys]

Output: CTRL + A


Input: [Command Name] Edit.SelectCurrentWord [Description] Selects the word containing the insertion point or the word to the right of the insertion point. [Shortcut Keys]

Output: CTRL + W


Input: [Command Name] Edit.SelectToLastGoBack [Description] Select from the current location in the Editor back to the previous location in the Editor. [Shortcut Keys]

Output: CTRL + =


Input: [Command Name] Edit.ViewBottomExtend [Description] Moves the cursor to the last line in view, extending the selection. [Shortcut Keys]

Output: CTRL + SHIFT + PAGE DOWN


Input: [Command Name] Edit.ViewTopExtend [Description] Extends the selection to the top of the current window. [Shortcut Keys]

Output: CTRL + SHIFT + PAGE UP


Input: [Command Name] Edit.WordNextExtend [Description] Extends the selection one word to the right. [Shortcut Keys]

Output: CTRL + SHIFT + RIGHT ARROW


Input: [Command Name] Edit.WordNextExtendColumn [Description] Moves the cursor to the right one word, extending the column selection. [Shortcut Keys]

Output: CTRL + SHIFT + ALT + RIGHT ARROW


Input: [Command Name] Edit.WordPreviousExtend [Description] Extends the selection one word to the left. [Shortcut Keys]

Output: CTRL + SHIFT + LEFT ARROW


Input: [Command Name] Edit.WordPreviousExtendColumn [Description] Moves the cursor to the left one word, extending the column selection. [Shortcut Keys]

Output: CTRL + SHIFT + ALT + LEFT ARROW


Input: [Method] get_Action [Description]

Output: Retrieves the Action property for this rule.


Input: [Method] get_ApplicationName [Description]

Output: Retrieves the contents of the ApplicationName property.


Input: [Method] get_Description [Description]

Output: Retrieves the contents of the Description property for this rule.


Input: [Method] get_Direction [Description]

Output: Retrieves the Direction property for this rule.


Input: [Method] get_EdgeTraversal [Description]

Output: Retrieves the EdgeTraversal property for this rule.


Input: [Method] get_Enabled [Description]

Output: Retrieves the Enabled property for this rule.


Input: [Method] get_Grouping [Description]

Output: Retrieves the Grouping property for this rule.


Input: [Method] get_IcmpTypesAndCodes [Description]

Output: Retrieves the IcmpTypesAndCodes property for this rule.


Input: [Method] get_Interfaces [Description]

Output: Retrieves the Interfaces property for this rule.


Input: [Method] get_InterfaceTypes [Description]

Output: Retrieves the InterfaceTypes property for this rule.


Input: [Method] get_LocalAddresses [Description]

Output: Retrieves the LocalAddresses property for this rule.


Input: [Method] get_LocalPorts [Description]

Output: Retrieves the LocalPorts property for this rule.


Input: [Method] get_Name [Description]

Output: Retrieves the contents of the Name property for this rule.


Input: [Method] get_Profiles [Description]

Output: Retrieves the Profiles property for this rule.


Input: [Method] get_Protocol [Description]

Output: Retrieves the Protocol property for this rule.


Input: [Method] get_RemoteAddresses [Description]

Output: Retrieves the RemoteAddresses property for this rule.


Input: [Method] get_RemotePorts [Description]

Output: Retrieves the RemotePorts property for this rule.


Input: [Method] get_ServiceName [Description]

Output: Retrieves the contents of the ServiceName property.


Input: [Method] put_Action [Description]

Output: Sets the Action property for this rule.


Input: [Method] put_ApplicationName [Description]

Output: Sets the name of the ApplicationName property.


Input: [Method] put_Description [Description]

Output: Sets the contents of the Description property for this rule.


Input: [Method] put_Direction [Description]

Output: Sets the Direction property for this rule.


Input: [Method] put_EdgeTraversal [Description]

Output: Sets the EdgeTraversal property for this rule.


Input: [Method] put_Enabled [Description]

Output: Sets the Enabled property for this rule.


Input: [Method] put_Grouping [Description]

Output: Sets the Grouping property for this rule.


Input: [Method] put_IcmpTypesAndCodes [Description]

Output: Sets the IcmpTypesAndCodes property for this rule.


Input: [Method] put_Interfaces [Description]

Output: Sets the Interfaces property for this rule.


Input: [Method] put_InterfaceTypes [Description]

Output: Sets the InterfaceTypes property for this rule.


Input: [Method] put_LocalAddresses [Description]

Output: Sets the LocalAddresses property for this rule.


Input: [Method] put_LocalPorts [Description]

Output: Sets the LocalPorts property for this rule.


Input: [Method] put_Name [Description]

Output: Sets the contents of the Name property for this rule.


Input: [Method] put_Profiles [Description]

Output: Sets the Profiles property for this rule.


Input: [Method] put_Protocol [Description]

Output: Sets the Protocol property for this rule.


Input: [Method] put_RemoteAddresses [Description]

Output: Sets the RemoteAddresses property for this rule.


Input: [Method] put_RemotePorts [Description]

Output: Sets the RemotePorts property for this rule.


Input: [Method] put_ServiceName [Description]

Output: Sets the contents of the ServiceName property.


Input: [Structure] id [Required scopes] wl.basic [Type] string [R/W] R [Description]

Output: The Contact object's ID.


Input: [Structure] first_name [Required scopes] wl.basic [Type] string/null [R/W] RW [Required on create] Optional [Description]

Output: The contact's first name, or null if no first name is specified.


Input: [Structure] last_name [Required scopes] wl.basic [Type] string/null [R/W] RW [Required on create] Optional [Description]

Output: The contact's last name, or null if no last name is specified.


Input: [Structure] name [Required scopes] wl.basic [Type] string [R/W] R [Description]

Output: The contact's full name, formatted for location.


Input: [Structure] is_friend [Required scopes] wl.basic [Type] true/false [R/W] R [Description]

Output: A value that indicates whether the contact is set as a friend. If the contact is a friend, this value is true; otherwise, it is false.


Input: [Structure] is_favorite [Required scopes] wl.basic [Type] true/false [R/W] RW [Description]

Output: A value that indicates whether the contact is set as a favorite contact. If the contact is a favorite, this value is true; otherwise, it is false.


Input: [Structure] user_id [Required scopes] wl.basic [Type] string/null [R/W] R [Description]

Output: The contact's ID, if the contact has one. If not, this value is null.


Input: [Structure] email_hashes [Required scopes] wl.basic [Type] array [R/W] R [Description]

Output: An array containing a SHA-256 hash for each of the contact's email addresses. For more info, see Friend finder.


Input: [Structure] updated_time [Required scopes] wl.basic [Type] string [R/W] R [Description]

Output: The time, in ISO 8601 format, at which the user last updated the data.


Input: [Structure] birth_day [Required scopes] wl.basic and wl.contacts_birthday [Type] number/null [R/W] R [Description]

Output: The day of the contact's birth date, or null if no birth date is specified.


Input: [Structure] birth_month [Required scopes] wl.basic and wl.contacts_birthday [Type] number/null [R/W] R [Description]

Output: The month of the contact's birth date, or null if no birth date is specified.


Input: [Description] Represents an SQL statement or stored procedure to execute against a data source. [Class]

Output: OleDbCommand


Input: [Description] Automatically generates single-table commands that are used to reconcile changes made to a DataSet with the associated database. This class cannot be inherited. [Class]

Output: OleDbCommandBuilder


Input: [Description] Represents an open connection to a data source. [Class]

Output: OleDbConnection


Input: [Description] Provides a simple way to create and manage the contents of connection strings used by the OleDbConnection class. [Class]

Output: OleDbConnectionStringBuilder


Input: [Description] Represents a set of data commands and a database connection that are used to fill the DataSet and update the data source. [Class]

Output: OleDbDataAdapter


Input: [Description] Provides a way of reading a forward-only stream of data rows from a data source. This class cannot be inherited. [Class]

Output: OleDbDataReader


Input: [Description] Provides a mechanism for enumerating all available OLE DB providers within the local network. [Class]

Output: OleDbEnumerator


Input: [Description] Collects information relevant to a warning or error returned by the data source. [Class]

Output: OleDbError


Input: [Description] Collects all errors generated by the .NET Framework Data Provider for OLE DB. This class cannot be inherited. [Class]

Output: OleDbErrorCollection


Input: [Description] The exception that is thrown when the underlying provider returns a warning or error for an OLE DB data source. This class cannot be inherited. [Class]

Output: OleDbException


Input: [Description] Represents a set of methods for creating instances of the OLEDB provider's implementation of the data source classes. [Class]

Output: OleDbFactory


Input: [Description] Provides data for the InfoMessage event. This class cannot be inherited. [Class]

Output: OleDbInfoMessageEventArgs


Input: [Description] Provides a list of constants for use with the GetSchema method to retrieve metadata collections. [Class]

Output: OleDbMetaDataCollectionNames


Input: [Description] Provides static values that are used for the column names in the OleDbMetaDataCollectionNames objects contained in the DataTable. The DataTable is created by the GetSchema method. [Class]

Output: OleDbMetaDataColumnNames


Input: [Description] Represents a parameter to an OleDbCommand and optionally its mapping to a DataSet column. This class cannot be inherited. [Class]

Output: OleDbParameter


Input: [Description] Represents a collection of parameters relevant to an OleDbCommand as well as their respective mappings to columns in a DataSet. [Class]

Output: OleDbParameterCollection


Input: [Description] Enables the .NET Framework Data Provider for OLE DB to help make sure that a user has a security level sufficient to access an OLE DB data source. [Class]

Output: OleDbPermission


Input: [Description] Associates a security action with a custom security attribute. [Class]

Output: OleDbPermissionAttribute


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

Output: OleDbRowUpdatedEventArgs


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

Output: OleDbRowUpdatingEventArgs


Input: [Description] Returns the type of schema table specified by the GetOleDbSchemaTable method. [Class]

Output: OleDbSchemaGuid


Input: [Description] Represents an SQL transaction to be made at a data source. This class cannot be inherited. [Class]

Output: OleDbTransaction


Input: [Description] You can add images and other file resources to your app, and reference those files from within your app. [Topic]

Output: Quickstart: Using file or image resources

Defining app resources (HTML) - Windows app development


Input: [Description] Put string resources into resource files, and reference those strings from your JavaScript code or HTML markup. [Topic]

Output: Quickstart: Using string resources

Defining app resources (HTML) - Windows app development


Input: [Description] You can name resources by using qualifiers. The qualifiers identify the context in which a version of a resource should be used. [Topic]

Output: How to name resources using qualifiers

Defining app resources (HTML) - Windows app development


Input: [Description] You can load string resources from objects such as resource files, libraries, controls, and app packages and manifests. [Topic]

Output: How to load string resources

Defining app resources (HTML) - Windows app development


Input: [Description] Learn to load file resources from various locations. [Topic]

Output: How to load file resources

Defining app resources (HTML) - Windows app development


Input: [Description] Windows 8.1 and later supports per-window loading and auto-refresh behaviors. [Topic]

Output: Using per-window loading and auto-refresh behaviors

Defining app resources (HTML) - Windows app development


Input: [Value] D3DPTEXTURECAPS_ALPHA [Meaning]

Output: Alpha in texture pixels is supported.


Input: [Value] D3DPTEXTURECAPS_ALPHAPALETTE [Meaning]

Output: Device can draw alpha from texture palettes.


Input: [Value] D3DPTEXTURECAPS_CUBEMAP [Meaning]

Output: Supports cube textures.


Input: [Value] D3DPTEXTURECAPS_CUBEMAP_POW2 [Meaning]

Output: Device requires that cube texture maps have dimensions specified as powers of two.


Input: [Value] D3DPTEXTURECAPS_MIPCUBEMAP [Meaning]

Output: Device supports mipmapped cube textures.


Input: [Value] D3DPTEXTURECAPS_MIPMAP [Meaning]

Output: Device supports mipmapped textures.


Input: [Value] D3DPTEXTURECAPS_MIPVOLUMEMAP [Meaning]

Output: Device supports mipmapped volume textures.


Input: [Value] D3DPTEXTURECAPS_NONPOW2CONDITIONAL [Meaning]

Output: D3DPTEXTURECAPS_POW2 is also set, conditionally supports the use of 2D textures with dimensions that are not powers of two. A device that exposes this capability can use such a texture if all of the following requirements are met. The texture addressing mode for the texture stage is set to D3DTADDRESS_CLAMP. Texture wrapping for the texture stage is disabled (D3DRS_WRAP n set to 0). Mipmapping is not in use (use magnification filter only). Texture formats must not be D3DFMT_DXT1 through D3DFMT_DXT5. If this flag is not set, and D3DPTEXTURECAPS_POW2 is also not set, then unconditional support is provided for 2D textures with dimensions that are not powers of two. A texture that is not a power of two cannot be set at a stage that will be read based on a shader computation (such as the bem - ps and texm3x3 - ps instructions in pixel shaders versions 1_0 to 1_3). For example, these textures can be used to store bumps that will be fed into texture reads, but not the environment maps that are used in texbem - ps, texbeml - ps, and texm3x3spec - ps. This means that a texture with dimensions that are not powers of two cannot be addressed or sampled using texture coordinates computed within the shader. This type of operation is known as a dependent read and cannot be performed on these types of textures.


Input: [Value] D3DPTEXTURECAPS_NOPROJECTEDBUMPENV [Meaning]

Output: Device does not support a projected bump-environment loopkup operation in programmable and fixed function shaders.


Input: [Value] D3DPTEXTURECAPS_PERSPECTIVE [Meaning]

Output: Perspective correction texturing is supported.


Input: [Value] D3DPTEXTURECAPS_POW2 [Meaning]

Output: If D3DPTEXTURECAPS_NONPOW2CONDITIONAL is not set, all textures must have widths and heights specified as powers of two. This requirement does not apply to either cube textures or volume textures. If D3DPTEXTURECAPS_NONPOW2CONDITIONAL is also set, conditionally supports the use of 2D textures with dimensions that are not powers of two. See D3DPTEXTURECAPS_NONPOW2CONDITIONAL description. If this flag is not set, and D3DPTEXTURECAPS_NONPOW2CONDITIONAL is also not set, then unconditional support is provided for 2D textures with dimensions that are not powers of two.


Input: [Value] D3DPTEXTURECAPS_PROJECTED [Meaning]

Output: Supports the D3DTTFF_PROJECTED texture transformation flag. When applied, the device divides transformed texture coordinates by the last texture coordinate. If this capability is present, then the projective divide occurs per pixel. If this capability is not present, but the projective divide needs to occur anyway, then it is performed on a per-vertex basis by the Direct3D runtime.


Input: [Value] D3DPTEXTURECAPS_SQUAREONLY [Meaning]

Output: All textures must be square.


Input: [Value] D3DPTEXTURECAPS_TEXREPEATNOTSCALEDBYSIZE [Meaning]

Output: Texture indices are not scaled by the texture size prior to interpolation.


Input: [Value] D3DPTEXTURECAPS_VOLUMEMAP [Meaning]

Output: Device supports volume textures.


Input: [Value] D3DPTEXTURECAPS_VOLUMEMAP_POW2 [Meaning]

Output: Device requires that volume texture maps have dimensions specified as powers of two.


Input: [ColumnName] TypeName [Description] The provider-specific data type name. [DataType]

Output: string


Input: [ColumnName] ProviderDbType [Description] The provider-specific type value that should be used when specifying a parameter’s type. For example, SqlDbType.Money or OracleType.Blob. [DataType]

Output: int


Input: [ColumnName] ColumnSize [Description] The length of a non-numeric column or parameter refers to either the maximum or the length defined for this type by the provider. For character data, this is the maximum or defined length in units, defined by the data source. Oracle has the concept of specifying a length and then specifying the actual storage size for some character data types. This defines only the length in units for Oracle. For date-time data types, this is the length of the string representation (assuming the maximum allowed precision of the fractional seconds component). If the data type is numeric, this is the upper bound on the maximum precision of the data type. [DataType]

Output: long


Input: [ColumnName] CreateFormat [Description] Format string that represents how to add this column to a data definition statement, such as CREATE TABLE. Each element in the CreateParameter array should be represented by a "parameter marker" in the format string. For example, the SQL data type DECIMAL needs a precision and a scale. In this case, the format string would be "DECIMAL({0},{1})". [DataType]

Output: string


Input: [ColumnName] CreateParameters [Description] The creation parameters that must be specified when creating a column of this data type. Each creation parameter is listed in the string, separated by a comma in the order they are to be supplied. For example, the SQL data type DECIMAL needs a precision and a scale. In this case, the creation parameters should contain the string "precision, scale". In a text command to create a DECIMAL column with a precision of 10 and a scale of 2, the value of the CreateFormat column might be DECIMAL({0},{1})" and the complete type specification would be DECIMAL(10,2). [DataType]

Output: string


Input: [ColumnName] DataType [Description] The name of the .NET Framework type of the data type. [DataType]

Output: string


Input: [ColumnName] IsAutoincrementable [Description] true—Values of this data type may be auto-incrementing. false—Values of this data type may not be auto-incrementing. Note that this merely indicates whether a column of this data type may be auto-incrementing, not that all columns of this type are auto-incrementing. [DataType]

Output: bool


Input: [ColumnName] IsBestMatch [Description] true—The data type is the best match between all data types in the data store and the .NET Framework data type indicated by the value in the DataType column. false—The data type is not the best match. For each set of rows in which the value of the DataType column is the same, the IsBestMatch column is set to true in only one row. [DataType]

Output: bool


Input: [ColumnName] IsCaseSensitive [Description] true—The data type is a character type and is case-sensitive. false—The data type is not a character type or is not case-sensitive. [DataType]

Output: bool


Input: [ColumnName] IsFixedLength [Description] true—Columns of this data type created by the data definition language (DDL) will be of fixed length. false—Columns of this data type created by the DDL will be of variable length. DBNull.Value—It is not known whether the provider will map this field with a fixed-length or variable-length column. [DataType]

Output: bool


Input: [ColumnName] IsFixedPrecisionScale [Description] true—The data type has a fixed precision and scale. false—The data type does not have a fixed precision and scale. [DataType]

Output: bool


Input: [ColumnName] IsLong [Description] true—The data type contains very long data; the definition of very long data is provider-specific. false—The data type does not contain very long data. [DataType]

Output: bool


Input: [ColumnName] IsNullable [Description] true—The data type is nullable. false—The data type is not nullable. DBNull.Value—It is not known whether the data type is nullable. [DataType]

Output: bool


Input: [ColumnName] IsSearchable [Description] true—The data type can be used in a WHERE clause with any operator except the LIKE predicate. false—The data type cannot be used in a WHERE clause with any operator except the LIKE predicate. [DataType]

Output: bool


Input: [ColumnName] IsSearchableWithLike [Description] true—The data type can be used with the LIKE predicate false—The data type cannot be used with the LIKE predicate. [DataType]

Output: bool


Input: [ColumnName] IsUnsigned [Description] true—The data type is unsigned. false—The data type is signed. DBNull.Value—Not applicable to data type. [DataType]

Output: bool


Input: [ColumnName] MaximumScale [Description] If the type indicator is a numeric type, this is the maximum number of digits allowed to the right of the decimal point. Otherwise, this is DBNull.Value. [DataType]

Output: short


Input: [ColumnName] MinimumScale [Description] If the type indicator is a numeric type, this is the minimum number of digits allowed to the right of the decimal point. Otherwise, this is DBNull.Value. [DataType]

Output: short


Input: [ColumnName] IsConcurrencyType [Description] true – the data type is updated by the database every time the row is changed and the value of the column is different from all previous values false – the data type is note updated by the database every time the row is changed DBNull.Value – the database does not support this type of data type [DataType]

Output: bool


Input: [ColumnName] IsLiteralsSupported [Description] true – the data type can be expressed as a literal false – the data type can not be expressed as a literal [DataType]

Output: bool


Input: [ColumnName] LiteralPrefix [Description] The prefix applied to a given literal. [DataType]

Output: string


Input: [ColumnName] LitteralSuffix [Description] The suffix applied to a given literal. [DataType]

Output: string


Input: [ColumnName] NativeDataType [Description] NativeDataType is an OLE DB specific column for exposing the OLE DB type of the data type . [DataType]

Output: String


Input: [Class] ApplicationBase [Description]

Output: Provides properties, methods, and events related to the current application.


Input: [Class] AssemblyInfo [Description]

Output: Provides properties for getting the information about the application, such as the version number, description, loaded assemblies, and so on.


Input: [Class] BuiltInRoleConverter [Description]

Output: Provides a type converter to convert BuiltInRole enumeration values to WindowsBuiltInRole enumeration values.


Input: [Class] CantStartSingleInstanceException [Description]

Output: This exception is thrown when a subsequent instance of a single-instance application is unable to connect to the first application instance.