Input: [Name] XmlType [Description]

Output: Gets or sets an object that specifies how the XmlSerializer serializes a class to which the XmlTypeAttribute has been applied.


Input: [Name] Category [Description]

Output: Gets the category identifying the classification of the attribute.


Input: [Name] CheckId [Description]

Output: Gets the identifier of the static analysis tool rule to be suppressed.


Input: [Name] Justification [Description]

Output: Gets or sets the justification for suppressing the code analysis message.


Input: [Name] MessageId [Description]

Output: Gets or sets an optional argument expanding on exclusion criteria.


Input: [Name] Scope [Description]

Output: Gets or sets the scope of the code that is relevant for the attribute.


Input: [Name] Target [Description]

Output: Gets or sets a fully qualified path that represents the target of the attribute.


Input: [Name] TypeId [Description]

Output: When implemented in a derived class, gets a unique identifier for this Attribute. (Inherited from Attribute.)


Input: [Description] Retrieves the center of the gradient ellipse. [Method]

Output: GetCenter


Input: [Description] Retrieves the offset of the gradient origin relative to the gradient ellipse's center. [Method]

Output: GetGradientOriginOffset


Input: [Description] Retrieves the ID2D1GradientStopCollection associated with this radial gradient brush object. [Method]

Output: GetGradientStopCollection


Input: [Description] Retrieves the x-radius of the gradient ellipse. [Method]

Output: GetRadiusX


Input: [Description] Retrieves the y-radius of the gradient ellipse. [Method]

Output: GetRadiusY


Input: [Description] Specifies the center of the gradient ellipse in the brush's coordinate space. [Method]

Output: SetCenter


Input: [Description] Specifies the offset of the gradient origin relative to the gradient ellipse's center. [Method]

Output: SetGradientOriginOffset


Input: [Description] Specifies the x-radius of the gradient ellipse, in the brush's coordinate space. [Method]

Output: SetRadiusX


Input: [Description] Specifies the y-radius of the gradient ellipse, in the brush's coordinate space. [Method]

Output: SetRadiusY


Input: [Member name] Nowhere [Description]

Output: The specified point is either not on the month calendar control, or it is in an inactive portion of the control.


Input: [Member name] TitleBackground [Description]

Output: The specified point is over the background of a month's title.


Input: [Member name] TitleMonth [Description]

Output: The specified point is in a month's title bar, over a month name.


Input: [Member name] TitleYear [Description]

Output: The specified point is in a month's title bar, over the year value.


Input: [Member name] NextMonthButton [Description]

Output: The specified point is over the button at the upper-right corner of the control. If the user clicks here, the month calendar scrolls its display to the next month or set of months.


Input: [Member name] PrevMonthButton [Description]

Output: The specified point is over the button at the upper-left corner of the control. If the user clicks here, the month calendar scrolls its display to the previous month or set of months.


Input: [Member name] CalendarBackground [Description]

Output: The specified point is part of the calendar's background.


Input: [Member name] Date [Description]

Output: The specified point is on a date within the calendar. The Time property of MonthCalendar.HitTestInfo is set to the date at the specified point.


Input: [Member name] NextMonthDate [Description]

Output: The specified point is over a date from the next month (partially displayed at the top of the currently displayed month). If the user clicks here, the month calendar scrolls its display to the next month or set of months.


Input: [Member name] PrevMonthDate [Description]

Output: The specified point is over a date from the previous month (partially displayed at the top of the currently displayed month). If the user clicks here, the month calendar scrolls its display to the previous month or set of months.


Input: [Member name] DayOfWeek [Description]

Output: The specified point is over a day abbreviation ("Fri", for example). The Time property of MonthCalendar.HitTestInfo is set to January 1, 0001.


Input: [Member name] WeekNumbers [Description]

Output: The specified point is over a week number. This occurs only if the ShowWeekNumbers property of MonthCalendar is enabled. The Time property of MonthCalendar.HitTestInfo is set to the corresponding date in the leftmost column.


Input: [Member name] TodayLink [Description]

Output: The specified point is on the today link at the bottom of the month calendar control.


Input: [Site Type] Financial Site [Usage]

Output: Notify the user that a payment is due or that the user's balance is low Indicate when the user session has been or is about to be logged out

Further Ideas: Using Notifications (Windows)


Input: [Site Type] Social Gaming Site [Usage]

Output: Notify the user that a friend has sent a gift or a request for help Display the number of friends that are also online Notify the user of chat requests

Further Ideas: Using Notifications (Windows)


Input: [Site Type] Blog [Usage]

Output: Notify the user that someone has commented on his or her post

Further Ideas: Using Notifications (Windows)


Input: [Site Type] Sports Site [Usage]

Output: Notify the user when a favorite team wins

Further Ideas: Using Notifications (Windows)


Input: [Site Type] Photo Sharing Site [Usage]

Output: Display the number of messages or comments that have been received Notify the user when a friend leaves a comment

Further Ideas: Using Notifications (Windows)


Input: [Site Type] Music Site [Usage]

Output: Flash the taskbar button when the end of the playlist is reached

Further Ideas: Using Notifications (Windows)


Input: [Column name] name [Data type] nvarchar(128) [Description]

Output: Name of the object for which space usage information was requested. The schema name of the object is not returned. If the schema name is required, use the sys.dm_db_partition_stats or sys.dm_db_index_physical_stats dynamic management views to obtain equivalent size information.


Input: [Column name] rows [Data type] char(11) [Description]

Output: Number of rows existing in the table. If the object specified is a Service Broker queue, this column indicates the number of messages in the queue.


Input: [Column name] reserved [Data type] varchar(18) [Description]

Output: Total amount of reserved space for objname.


Input: [Column name] data [Data type] varchar(18) [Description]

Output: Total amount of space used by data in objname.


Input: [Column name] index_size [Data type] varchar(18) [Description]

Output: Total amount of space used by indexes in objname.


Input: [Column name] unused [Data type] varchar(18) [Description]

Output: Total amount of space reserved for objname but not yet used.


Input: [Title] How to: Create report renderers for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the renderer component in a custom report extension for PerformancePoint Services.


Input: [Title] How to: Create report editors for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the editor component of a custom report extension for PerformancePoint Services.


Input: [Title] How to: Create filter data providers for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the data provider component in a custom filter extension for PerformancePoint Services.


Input: [Title] How to: Create filter editors for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the editor component of a custom filter extension for PerformancePoint Services.


Input: [Title] How to: Create tabular data source providers for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the data source provider component in a custom tabular data source extension for PerformancePoint Services.


Input: [Title] How to: Create tabular data source editors for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create the editor component of a custom tabular data source extension for PerformancePoint Services.


Input: [Title] How to: Create scorecard transforms for PerformancePoint Services in SharePoint 2013 [Summary]

Output: Learn how to create custom scorecard transforms for PerformancePoint Services in SharePoint Server 2013.


Input: [Description] Displays the tablet pen data in real-time as that data is being handled by the RealTimeStylus object. This class cannot be inherited. [Class]

Output: DynamicRenderer


Input: [Description] Reacts to events by recognizing gestures and adding gesture data into the input queue. [Class]

Output: GestureRecognizer


Input: [Description] Handles the stylus packet data from a digitizer in real time. This class cannot be inherited. [Class]

Output: RealTimeStylus


Input: [Description] Provides access to general information about a tablet pen. [Class]

Output: Stylus


Input: [Description] Maintains a sequenced list of asynchronous plug-ins that implement the IStylusAsyncPlugin interface. Use this class to add new asynchronous plug-ins to an instance of the RealTimeStylus class. [Class]

Output: StylusAsyncPluginCollection


Input: [Description] Provides the name and identifier for stylus buttons associated with an Stylus object. This class cannot be inherited. [Class]

Output: StylusButtons


Input: [Description] Maintains a sequenced list of synchronous plug-ins that implement the IStylusSyncPlugin interface. Use this class to add new synchronous plug-ins to an instance of the RealTimeStylus class. This class cannot be inherited. [Class]

Output: StylusSyncPluginCollection


Input: [Data type] nvarchar(128) [Description] Name of the object for which space usage information was requested. The schema name of the object is not returned. If the schema name is required, use the sys.dm_db_partition_stats or sys.dm_db_index_physical_stats dynamic management views to obtain equivalent size information. [Column name]

Output: name


Input: [Data type] char(11) [Description] Number of rows existing in the table. If the object specified is a Service Broker queue, this column indicates the number of messages in the queue. [Column name]

Output: rows


Input: [Data type] varchar(18) [Description] Total amount of reserved space for objname. [Column name]

Output: reserved


Input: [Data type] varchar(18) [Description] Total amount of space used by data in objname. [Column name]

Output: data


Input: [Data type] varchar(18) [Description] Total amount of space used by indexes in objname. [Column name]

Output: index_size


Input: [Data type] varchar(18) [Description] Total amount of space reserved for objname but not yet used. [Column name]

Output: unused


Input: [Name] IsSystemObject [Description]

Output: Gets a value that indicates whether the object is a system object.


Input: [Name] MethodLoginType [Description]

Output: Gets or sets the method login type for the SOAP payload.


Input: [Name] MethodXsdSchemaOption [Description]

Output: Gets or sets the method XSD schema option that specifies how the XSD schema for the method result is returned in the SOAP payload response.


Input: [Name] Name [Description]

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


Input: [Name] Namespace [Description]

Output: Gets or sets the namespace of the SOAP method. (Inherited from SoapMethodObject.)


Input: [Name] Parent [Description]

Output: Gets or sets the SoapPayload object that is the parent of the SoapPayloadMethod object.


Input: [Name] Properties [Description]

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


Input: [Name] ResultFormat [Description]

Output: Gets or sets the result format, such as whether to return all results including information messages or rowsets only.


Input: [Name] SqlMethod [Description]

Output: Gets the name of stored procedure or user-defined function that is bound to the SOAP payload method.


Input: [Name] State [Description]

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


Input: [Name] Urn [Description]

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


Input: [Name] UserData [Description]

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


Input: [Name] WebException() [Description]

Output: Initializes a new instance of the WebException class.


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

Output: Initializes a new instance of the WebException class with the specified error message.


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

Output: Initializes a new instance of the WebException class from the specified SerializationInfo and StreamingContext instances.


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

Output: Initializes a new instance of the WebException class with the specified error message and nested exception.


Input: [Name] WebException(String, WebExceptionStatus) [Description]

Output: Initializes a new instance of the WebException class with the specified error message and status.


Input: [Name] WebException(String, Exception, WebExceptionStatus, WebResponse) [Description]

Output: Initializes a new instance of the WebException class with the specified error message, nested exception, status, and response.


Input: [Error Code] ERROR_PATCH_ENCODE_FAILURE [Description]

Output: Generic encoding failure. Could not create delta.

Delta Compression Application Programming Interfaces


Input: [Error Code] ERROR_PATCH_INVALID_OPTIONS [Description]

Output: Invalid options were specified.

Delta Compression Application Programming Interfaces


Input: [Error Code] ERROR_PATCH_SAME_FILE [Description]

Output: The source file and target are the same.

Delta Compression Application Programming Interfaces


Input: [Error Code] ERROR_PATCH_RETAIN_RANGES_DIFFER [Description]

Output: Retain ranges specified in multiple source files are different (see Ignore and Retain Ranges in Source Files).

Delta Compression Application Programming Interfaces


Input: [Error Code] ERROR_PATCH_BIGGER_THAN_COMPRESSED [Description]

Output: The delta is larger than simply compressing the target without comparison to the source file. This error is returned only if the PATCH_OPTION_FAIL_IF_BIGGER flag is set (see Delta Creation Flags).

Delta Compression Application Programming Interfaces


Input: [Error Code] ERROR_PATCH_IMAGEHLP_FAILURE [Description]

Output: Could not obtain symbols.

Delta Compression Application Programming Interfaces


Input: [Key Tasks] Getting started with load and Web performance tests: You can perform the actions in the Web and load test walkthroughs to become familiar with how to create, edit, run and view the results of load and Web performance tests. [Associated Topics]

Output: Getting Started with Load and Web Performance Test Walkthroughs

Testing Application Performance and Stress


Input: [Key Tasks] Creating performance and stress tests: You can create load tests to measure your performance and stress using Microsoft Visual Studio Ultimate. [Associated Topics]

Output: Creating and Editing Load and Web Performance Tests Walkthrough: Creating and Running a Load Test Containing Web Performance Tests Walkthrough: Recording and Running a Web Performance Test

Testing Application Performance and Stress


Input: [Key Tasks] Setting up how to run your load tests: You can setup how to run your load tests to check that they are working correctly. You can use a group of computers to generate simulated load for testing, and to run tests remotely and concurrently on several computers. You can also configure the Run settings for your load test. Run settings are a set of properties that influence the way a load test runs. Run settings are organized by categories in the Properties window. [Associated Topics]

Output: Distributing Load Tests Across Multiple Test Machines Using Test Controllers and Test Agents Setting Up Test Machines to Run Tests or Collect Data Installing and Configuring Visual Studio Agents and Test and Build Controllers Configuring Load Test Run Settings

Testing Application Performance and Stress


Input: [Key Tasks] Running load tests: You can run your load test and view the results as the tests run. [Associated Topics]

Output: Running Load and Web Performance Tests Walkthrough: Creating and Running a Load Test Containing Web Performance Tests Walkthrough: Recording and Running a Web Performance Test

Testing Application Performance and Stress


Input: [Key Tasks] Analyzing load test runs: You can analyze the results of a load tests and locate bottlenecks, identify errors, and measure improvements in your application. [Associated Topics]

Output: Analyzing Load Tests Results Using the Load Test Analyzer

Testing Application Performance and Stress


Input: [Key Tasks] Viewing Web Performance Test Results: You can view the results of your Web performance tests by using the Web Performance Test Results Viewer. [Associated Topics]

Output: Examining Web Performance Test Results Using the Web Performance Test Results Viewer

Testing Application Performance and Stress


Input: [Key Tasks] Manage your load test results: You can manage load test results from the Load Test Editor by using the Open and Manage Load Test Results dialog box. You can open, import, export, and remove load test results. When you run your load tests, any information gathered during a load test run can be stored in the Load Test Results Repository, which is an SQL database. The Load Test Results Repository contains performance counter data and any information about recorded errors. [Associated Topics]

Output: Managing Load Test Results in the Load Test Results Repository

Testing Application Performance and Stress


Input: [Key Tasks] Reporting on load test analysis trends: You can use your load test results to create Microsoft Excel reports to help determine trends and performance levels. [Associated Topics]

Output: Reporting Load Tests Results for Test Comparisons or Trend Analysis

Testing Application Performance and Stress


Input: [Key Tasks] Developing custom load and Web performance plug-ins: You can write custom load and Web performance plug-ins using the load test API and the Web performance test API. [Associated Topics]

Output: Creating and Using Custom Plug-ins for Load and Web Performance Tests API Reference for Testing Tools for Visual Studio ALM

Testing Application Performance and Stress


Input: [Key Tasks] Troubleshooting load test issues: If you have issues with your load tests, you might have to troubleshoot the problem. [Associated Topics]

Output: Troubleshooting Load and Web Performance Tests

Testing Application Performance and Stress


Input: [Item] PrvParameter() [Description]

Output: Initializes a new instance of the Parameter class.


Input: [Item] PrvParameter(string name, PrvDbType dataType) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name and data type.


Input: [Item] PrvParameter(string name, object value) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name and an object that is the value of the Parameter.


Input: [Item] PrvParameter(string name, PrvDbType dataType, int size) [Description]

Output: Initializes a new instance of the Parameter class with the parameter name, data type, and width.


Input: [Item] PrvParameter(string name, PrvDbType dataType, int size, string srcColumn) [Description]

Output: Initializes a new instance of the DbParameter class with the parameter name, data type, width, and source column name.


Input: [Item] PrvParameter(string parameterName, PrvDbType dbType, int size, ParameterDirection direction, Boolean isNullable, Byte precision, Byte scale, string srcColumn, DataRowVersion srcVersion, object value) [Description]

Output: Initializes a new instance of the OleDbParameter class with the parameter name, data type, width, source column name, parameter direction, numeric precision, and other properties.


Input: [Operator] ALL [Meaning]

Output: TRUE if all of a set of comparisons are TRUE.


Input: [Operator] AND [Meaning]

Output: TRUE if both Boolean expressions are TRUE.


Input: [Operator] ANY [Meaning]

Output: TRUE if any one of a set of comparisons are TRUE.


Input: [Operator] BETWEEN [Meaning]

Output: TRUE if the operand is within a range.


Input: [Operator] EXISTS [Meaning]

Output: TRUE if a subquery contains any rows.


Input: [Operator] IN [Meaning]

Output: TRUE if the operand is equal to one of a list of expressions.


Input: [Operator] LIKE [Meaning]

Output: TRUE if the operand matches a pattern.


Input: [Operator] NOT [Meaning]

Output: Reverses the value of any other Boolean operator.


Input: [Operator] OR [Meaning]

Output: TRUE if either Boolean expression is TRUE.


Input: [Operator] SOME [Meaning]

Output: TRUE if some of a set of comparisons are TRUE.


Input: [Description] Gets or sets a value that adjusts the effect of distance calculations on the sound (emitter). [Name]

Output: DistanceScale


Input: [Description] Gets or sets a value that adjusts the effect of doppler calculations on the sound (emitter). [Name]

Output: DopplerScale


Input: [Description] Gets the duration of the SoundEffect. [Name]

Output: Duration


Input: [Description] Gets a value that indicates whether the object is disposed. [Name]

Output: IsDisposed


Input: [Description] Gets or sets the master volume that affects all SoundEffectInstance sounds. [Name]

Output: MasterVolume


Input: [Description] Gets or sets the asset name of the SoundEffect. [Name]

Output: Name


Input: [Description] Returns the speed of sound: 343.5 meters per second. [Name]

Output: SpeedOfSound


Input: [Performance counter] # Bytes in all Heaps [Description]

Output: Displays the sum of the Gen 1 Heap Size, Gen 2 Heap Size, and Large Object Heap Size counters. This counter indicates the current memory allocated in bytes on the garbage collection heaps.


Input: [Performance counter] # GC Handles [Description]

Output: Displays the current number of garbage collection handles in use. Garbage collection handles are handles to resources external to the common language runtime and the managed environment.


Input: [Performance counter] # Gen 0 Collections [Description]

Output: Displays the number of times the generation 0 objects (that is, the youngest, most recently allocated objects) are garbage collected since the application started. Generation 0 garbage collection occurs when the available memory in generation 0 is not sufficient to satisfy an allocation request. This counter is incremented at the end of a generation 0 garbage collection. Higher generation garbage collections include all lower generation collections. This counter is explicitly incremented when a higher generation (generation 1 or 2) garbage collection occurs. This counter displays the last observed value. The _Global_ counter value is not accurate and should be ignored.


Input: [Performance counter] # Gen 1 Collections [Description]

Output: Displays the number of times the generation 1 objects are garbage collected since the application started. The counter is incremented at the end of a generation 1 garbage collection. Higher generation garbage collections include all lower generation collections. This counter is explicitly incremented when a higher generation (generation 2) garbage collection occurs. This counter displays the last observed value. The _Global_ counter value is not accurate and should be ignored.


Input: [Performance counter] # Gen 2 Collections [Description]

Output: Displays the number of times the generation 2 objects are garbage collected since the application started. The counter is incremented at the end of a generation 2 garbage collection (also called a full garbage collection). This counter displays the last observed value. The _Global_ counter value is not accurate and should be ignored.


Input: [Performance counter] # Induced GC [Description]

Output: Displays the peak number of times garbage collection was performed because of an explicit call to GC.Collect. It is good practice to let the garbage collector tune the frequency of its collections.


Input: [Performance counter] # of Pinned Objects [Description]

Output: Displays the number of pinned objects encountered in the last garbage collection. A pinned object is one that the garbage collector cannot move in memory. This counter tracks the pinned objects only in the heaps that are garbage collected. For example, a generation 0 garbage collection causes enumeration of pinned objects only in the generation 0 heap.


Input: [Performance counter] # of Sink Blocks in use [Description]

Output: Displays the current number of syncronization blocks in use. Synchronization blocks are per-object data structures allocated for storing synchronization information. Synchronization blocks hold weak references to managed objects and must be scanned by the garbage collector. Synchronization blocks are not limited to storing synchronization information; they can also store COM interop metadata. This counter indicates performance problems with heavy use of synchronization primitives.


Input: [Performance counter] # Total committed Bytes [Description]

Output: Displays the amount of virtual memory, in bytes, currently committed by the garbage collector. Committed memory is the physical memory for which space has been reserved in the disk paging file.


Input: [Performance counter] # Total reserved Bytes [Description]

Output: Displays the amount of virtual memory. in bytes, currently reserved by the garbage collector. Reserved memory is the virtual memory space reserved for the application but no disk or main memory pages have been used.


Input: [Performance counter] % Time in GC [Description]

Output: Displays the percentage of elapsed time that was spent performing a garbage collection since the last garbage collection cycle. This counter usually indicates the work done by the garbage collector to collect and compact memory on behalf of the application. This counter is updated only at the end of every garbage collection. This counter is not an average; its value reflects the last observed value.


Input: [Performance counter] Allocated Bytes/second [Description]

Output: Displays the number of bytes per second allocated on the garbage collection heap. This counter is updated at the end of every garbage collection, not at each allocation. This counter is not an average over time; it displays the difference between the values observed in the last two samples divided by the duration of the sample interval.


Input: [Performance counter] Finalization Survivors [Description]

Output: Displays the number of garbage-collected objects that survive a collection because they are waiting to be finalized. If these objects hold references to other objects, those objects also survive but are not counted by this counter. The Promoted Finalization-Memory from Gen 0 counter represents all the memory that survived due to finalization. This counter is not cumulative; it is updated at the end of every garbage collection with the count of the survivors during that particular collection only. This counter indicates the extra overhead that the application might incur because of finalization.


Input: [Performance counter] Gen 0 heap size [Description]

Output: Displays the maximum bytes that can be allocated in generation 0; it does not indicate the current number of bytes allocated in generation 0. A generation 0 garbage collection occurs when the allocations since the last collection exceed this size. The generation 0 size is tuned by the garbage collector and can change during the execution of the application. At the end of a generation 0 collection the size of the generation 0 heap is 0 bytes. This counter displays the size, in bytes, of allocations that invokes the next generation 0 garbage collection. This counter is updated at the end of a garbage collection, not at each allocation.


Input: [Performance counter] Gen 0 Promoted Bytes/Sec [Description]

Output: Displays the bytes per second that are promoted from generation 0 to generation 1. Memory is promoted when it survives a garbage collection. This counter is an indicator of relatively long-lived objects being created per second. This counter displays the difference between the values observed in the last two samples divided by the duration of the sample interval.


Input: [Performance counter] Gen 1 heap size [Description]

Output: Displays the current number of bytes in generation 1; this counter does not display the maximum size of generation 1. Objects are not directly allocated in this generation; they are promoted from previous generation 0 garbage collections. This counter is updated at the end of a garbage collection, not at each allocation.


Input: [Performance counter] Gen 1 Promoted Bytes/Sec [Description]

Output: Displays the bytes per second that are promoted from generation 1 to generation 2. Objects that are promoted only because they are waiting to be finalized are not included in this counter. Memory is promoted when it survives a garbage collection. Nothing is promoted from generation 2 because it is the oldest generation. This counter is an indicator of very long-lived objects being created per second. This counter displays the difference between the values observed in the last two samples divided by the duration of the sample interval.


Input: [Performance counter] Gen 2 heap size [Description]

Output: Displays the current number of bytes in generation 2. Objects are not directly allocated in this generation; they are promoted from generation 1 during previous generation 1 garbage collections. This counter is updated at the end of a garbage collection, not at each allocation.


Input: [Performance counter] Large Object Heap size [Description]

Output: Displays the current size, in bytes, of the Large Object Heap. Objects that are greater than approximately 85,000 bytes are treated as large objects by the garbage collector and are directly allocated in a special heap; they are not promoted through the generations. This counter is updated at the end of a garbage collection, not at each allocation.


Input: [Performance counter] Process ID [Description]

Output: Displays the process ID of the CLR process instance that is being monitored.


Input: [Performance counter] Promoted Finalization-Memory from Gen 0 [Description]

Output: Displays the bytes of memory that are promoted from generation 0 to generation 1 only because they are waiting to be finalized. This counter is not cumulative; it displays the value observed at the end of the last garbage collection.


Input: [Performance counter] Promoted Memory from Gen 0 [Description]

Output: Displays the bytes of memory that survive garbage collection and are promoted from generation 0 to generation 1. Objects that are promoted only because they are waiting to be finalized are not included in this counter. This counter is not cumulative; it displays the value observed at the end of the last garbage collection.


Input: [Performance counter] Promoted Memory from Gen 1 [Description]

Output: Displays the bytes of memory that survive garbage collection and are promoted from generation 1 to generation 2. Objects that are promoted only because they are waiting to be finalized are not included in this counter. This counter is not cumulative; it displays the value observed at the end of the last garbage collection. This counter is reset to 0 if the last garbage collection was a generation 0 collection only.


Input: [Description] How do you know that the input that your application receives is valid and safe? Input validation refers to how your application filters, scrubs, or rejects input before additional processing. [Category]

Output: Input and Data Validation


Input: [Description] Who are you? Authentication is the process where an entity proves the identity of another entity, typically through credentials, such as a user name and password. [Category]

Output: Authentication


Input: [Description] What can you do? Authorization is how your application provides access controls for resources and operations. [Category]

Output: Authorization


Input: [Description] Who does your application run as? Which databases does it connect to? How is your application administered? How are these settings secured? Configuration management refers to how your application handles these operational issues. [Category]

Output: Configuration Management


Input: [Description] How does your application handle sensitive data? Sensitive data refers to how your application handles any data that must be protected either in memory, over the network, or in persistent stores. [Category]

Output: Sensitive Data


Input: [Description] How does your application handle and protect user sessions? A session refers to a series of related interactions between a user and your Web application. [Category]

Output: Session Management


Input: [Description] How are you keeping secrets (confidentiality)? How are you tamper-proofing your data or libraries (integrity)? How are you providing seeds for random values that must be cryptographically strong? Cryptography refers to how your application enforces confidentiality and integrity. [Category]

Output: Cryptography


Input: [Description] How does your application manipulate parameter values? Form fields, query string arguments, and cookie values are frequently used as parameters for an application. Parameter manipulation refers to both how your application safeguards tampering of these values and how your application processes input parameters. [Category]

Output: Parameter Manipulation


Input: [Description] When a method call in your application fails, what does your application do? How much do you reveal? Do you return friendly error information to end users? Do you pass valuable exception information back to the caller? Does your application fail gracefully? [Category]

Output: Exception Management


Input: [Description] Who did what and when? Auditing and logging refer to how your application records security-related events. [Category]

Output: Auditing and Logging


Input: [Name] Attributes [Description]

Output: Gets the custom trace listener attributes defined in the application configuration file.


Input: [Name] Filter [Description]

Output: Gets and sets the trace filter for the trace listener.


Input: [Name] IndentLevel [Description]

Output: Gets or sets the indent level.


Input: [Name] IndentSize [Description]

Output: Gets or sets the number of spaces in an indent.


Input: [Name] IsThreadSafe [Description]

Output: Gets a value indicating whether the trace listener is thread safe.


Input: [Name] Name [Description]

Output: Gets or sets a name for this TraceListener.


Input: [Name] NeedIndent [Description]

Output: Gets or sets a value indicating whether to indent the output.


Input: [Name] TraceOutputOptions [Description]

Output: Gets or sets the trace output options.


Input: [Column Name] Time (PartitionKey) [Type] string [Example] 20110809T0800 [Description]

Output: For hour metrics, a timestamp in UTC that represents the starting hour for metrics, in the following format: YYYYMMddThhmm. This value is the partition key for all entries in the table. For minute metrics, the format is the same, but the minute value is an approximate indication of the time when the transactions were executed. Transactions from earlier minutes may be aggregated into the transaction for the current minute if they were missed in the previous interval.


Input: [Column Name] AccessType and TransactionType (RowKey) [Type] string [Example] user;GetBlob [Description]

Output: A combination of AccessType and TransactionType, in the following format: ;. These values comprise the RowKey for an individual table entity. The following list describes the values of each type: user is specified for all user requests, including anonymous, authenticated, and SAS requests. system is specified only for requests from Storage Analytics. all is specified if the table entity is a summary of all requests made to the storage service. api-name indicates the applicable operation for the summary entity. For a list of possible operations, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] TotalIngress [Type] long [Example] 28395 [Description]

Output: The amount of ingress data, in bytes. This number includes ingress from an external client into Azure Storage as well as ingress within Azure.


Input: [Column Name] TotalEgress [Type] long [Example] 8021 [Description]

Output: The amount of egress data, in bytes. This number includes egress from an external client into Azure Storage as well as egress within Azure. As a result, this number does not reflect billable egress.


Input: [Column Name] TotalRequests [Type] long [Example] 20914 [Description]

Output: The number of requests made to a storage service or the specified API operation. This number includes successful and failed requests, as well as requests which produced errors. Requests that produce the following status messages are included in this number: Success AnonymousSuccess SASSuccess ThrottlingError AnonymousThrottlingError SASThrottlingError NetworkError AnonymousNetworkError SASNetworkError ClientOtherError AnonymousClientOtherError SASClientOtherError ServerOtherError AnonymousServerOtherError SASServerOtherError ClientTimeoutError AnonymousClientTimeoutError SASClientTimeoutError ServerTimeoutError AnonymousServerTimeoutError SASServerTimeoutError AuthorizationError AnonymousAuthorizationError SASAuthorizationError For more information on these status messages, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] TotalBillableRequests [Type] long [Example] 14297 [Description]

Output: The number of billable requests. Requests that produce the following status messages are included in this number: Success AnonymousSuccess SASSuccess NetworkError AnonymousNetworkError SASNetworkError ClientOtherError AnonymousClientOtherError SASClientOtherError ClientTimeoutError AnonymousClientTimeoutError SASClientTimeoutError AuthorizationError SASAuthorizationError For more information on these status messages, see Storage Analytics Logged Operations and Status Messages. For more information on how billing is provisioned in Azure Storage, see Understanding Azure Storage Billing - Bandwidth, Transactions, and Capacity.


Input: [Column Name] Availability [Type] double [Example] 99.99 [Description]

Output: The percentage of availability for the storage service or the specified API operation. Availability is calculated by taking the TotalBillableRequests value and dividing it by the number of applicable requests, including those that produced unexpected errors. All unexpected errors result in reduced availability for the storage service or the specified API operation. Requests that produce the following status messages are included in this percentage: Success AnonymousSuccess SASSuccess NetworkError AnonymousNetworkError SASNetworkError ClientOtherError AnonymousClientOtherError SASClientOtherError ServerOtherError AnonymousServerOtherError SASServerOtherError ClientTimeoutError AnonymousClientTimeoutError SASClientTimeoutError ServerTimeoutError AnonymousServerTimeoutError SASServerTimeoutError AuthorizationError SASAuthorizationError For more information on these status messages, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AverageE2ELatency [Type] double [Example] 19.333333 [Description]

Output: The average end-to-end latency of successful requests made to a storage service or the specified API operation, in milliseconds. This value includes the required processing time within Azure Storage to read the request, send the response, and receive acknowledgment of the response.


Input: [Column Name] AverageServerLatency [Type] double [Example] 11.4 [Description]

Output: The average latency used by Azure Storage to process a successful request, in milliseconds. This value does not include the network latency specified in AverageE2ELatency.


Input: [Column Name] PercentSuccess [Type] double [Example] 68 [Description]

Output: The percentage of successful requests.


Input: [Column Name] PercentThrottlingError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with a throttling error.


Input: [Column Name] PercentTimeoutError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with a timeout error. This number includes both client and server timeouts.


Input: [Column Name] PercentServerOtherError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with a ServerOtherError. For more information on this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] PercentClientOtherError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with a ClientOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] PercentAuthorizationError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with an AuthorizationError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] PercentNetworkError [Type] double [Example] 0 [Description]

Output: The percentage of requests that failed with a NetworkError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] Success [Type] long [Example] 10239 [Description]

Output: The number of successful requests made to a storage service or the specified API operation. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousSuccess [Type] long [Example] 8239 [Description]

Output: The number of successful anonymous requests made to a storage service or the specified API operation. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASSuccess [Type] long [Example] 432 [Description]

Output: The number of successful Shared Access Signature (SAS) requests made to a storage service or the specified API operation. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] ThrottlingError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a ThrottlingError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousThrottlingError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousThrottlingError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASThrottlingError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned a SASThrottlingError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] ClientTimeoutError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a ClientTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousClientTimeoutError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousClientTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASClientTimeoutError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned an SASClientTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] ServerTimeoutError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a ServerTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousServerTimeoutError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousServerTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASServerTimeoutError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned an SASServerTimeoutError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] ClientOtherError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a ClientOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASClientOtherError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned an SASClientOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousClientOtherError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousClientOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] ServerOtherError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a ServerOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousServerOtherError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousServerOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASServerOtherError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned an SASServerOtherError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AuthorizationError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned an AuthorizationError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousAuthorizationError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousAuthorizationError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASAuthorizationError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned an SASAuthorizationError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] NetworkError [Type] long [Example] 0 [Description]

Output: The number of authenticated requests to a storage service or the specified API operation that returned a NetworkError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] AnonymousNetworkError [Type] long [Example] 0 [Description]

Output: The number of anonymous requests to a storage service or the specified API operation that returned an AnonymousNetworkError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Column Name] SASNetworkError [Type] long [Example] 0 [Description]

Output: The number of SAS requests to a storage service or the specified API operation that returned a SASNetworkError. For more details about this status message, see Storage Analytics Logged Operations and Status Messages.


Input: [Name] Count [Description]

Output: Gets the number of UserPermissionObject objects associated with the form.


Input: [Name] DocumentAuthor [Description]

Output: Gets or sets the author of the current form as an e-mail address.


Input: [Name] Enabled [Description]

Output: Gets or sets whether the permission settings represented by the Permission object are enabled for the current form.


Input: [Name] Item [Description]

Output: Gets the UserPermission object at the specified index.


Input: [Name] PermissionFromPolicy [Description]

Output: Gets whether a permission policy has been applied to the current form.


Input: [Name] PolicyDescription [Description]

Output: Gets a description of the policy that was applied to the current form.


Input: [Name] PolicyName [Description]

Output: Gets the name of the policy that was applied to the current form.


Input: [Name] RequestPermissionURL [Description]

Output: Gets or sets the file, URL, or e-mail address to contact for users who need additional permissions on the current form.


Input: [Name] StoreLicenses [Description]

Output: Gets or sets whether the user's license to view the current form should be cached to allow offline viewing when the user cannot connect to a rights management server.


Input: [Member name] Reset [Description]

Output: Much of the list has changed. Any listening controls should refresh all their data from the list.


Input: [Member name] ItemAdded [Description]

Output: An item added to the list. NewIndex contains the index of the item that was added.


Input: [Member name] ItemDeleted [Description]

Output: An item deleted from the list. NewIndex contains the index of the item that was deleted.


Input: [Member name] ItemMoved [Description]

Output: An item moved within the list. OldIndex contains the previous index for the item, whereas NewIndex contains the new index for the item.


Input: [Member name] ItemChanged [Description]

Output: An item changed in the list. NewIndex contains the index of the item that was changed.


Input: [Member name] PropertyDescriptorAdded [Description]

Output: A PropertyDescriptor was added, which changed the schema.


Input: [Member name] PropertyDescriptorDeleted [Description]

Output: A PropertyDescriptor was deleted, which changed the schema.


Input: [Member name] PropertyDescriptorChanged [Description]

Output: A PropertyDescriptor was changed, which changed the schema.


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

Output: How to: Write Text to a File

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: How to: Write Text to a File

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: How to: Read Text from a File

StringWriter Constructor (StringBuilder, IFormatProvider) (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

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: FileInfo.Length

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: File.GetAttributes

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: File.SetAttributes

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

Output: File.Exists

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

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

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


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

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

StringWriter Constructor (StringBuilder, IFormatProvider) (System.IO)


Input: [Description] Gets the variable to use when referencing the build agent ID in an agent's BuildDirectory property. [Name]

Output: BuildAgentIdVariable


Input: [Description] Gets the variable to use when referencing the build agent name in an agent's BuildDirectory property. [Name]

Output: BuildAgentNameVariable


Input: [Description] Gets the variable to use when referencing the build definition ID in an agent's BuildDirectory property. [Name]

Output: BuildDefinitionIdVariable


Input: [Description] Gets the variable to use when referencing the build definition path in an agent's BuildDirectory property. [Name]

Output: BuildDefinitionPathVariable


Input: [Description] Gets the environment variable to use when referencing the build directory on a given agent. [Name]

Output: BuildDirEnvironmentVariable


Input: [Description] Gets the registry key path where build-specific settings should be stored. [Name]

Output: BuildRegistryKeyPath


Input: [Description] Gets the default port for build agents. [Name]

Output: DefaultAgentPort


Input: [Description] Gets the default working directory for hosted build agents. [Name]

Output: DefaultHostedWorkingDirectory


Input: [Description] Gets the default working directory for build agents. [Name]

Output: DefaultWorkingDirectory


Input: [Name]

Output: MacroPattern


Input: [Description] Gets the comment that should be included in the check-in comment to make sure that CI ignores the changeset [Name]

Output: NoCICheckInComment


Input: [Description] Gets the sources directory, into which all source files are mapped by default. This is equivalent to BuildDirEnvironmentVariable\SourceSubdirectory. [Name]

Output: SourceDirEnvironmentVariable


Input: [Name] backgroundColor [Type] Color Class [Description]

Output: The color to use for the map control background. The default color is #F4F2EE. This property can only be set when using the Map constructor.


Input: [Name] credentials [Type] string [Description]

Output: The Bing Maps Key used to authenticate the application. This property can only be set when using the Map constructor.


Input: [Name] customizeOverlays [Type] boolean [Description]

Output: A boolean indicating whether to load the new Bing Maps overlay styles. The default value is false. This property setting only takes effect if the Microsoft.Maps.Overlays.Style module is loaded.


Input: [Name] disableBirdseye [Type] boolean [Description]

Output: A boolean indicating whether to disable the bird’s eye map type. The default value is false. If this property is set to true, bird’s eye will be removed from the map navigation control and the birdseyeMapTypeId is disabled. Additionally, the auto map type will only display road or aerial. This property can only be set when using the Map constructor.


Input: [Name] disableKeyboardInput [Type] boolean [Description]

Output: A boolean value indicating whether to disable the map’s response to keyboard input. The default value is false.


Input: [Name] disableMouseInput [Type] boolean [Description]

Output: A boolean value indicating whether to disable the map’s response to mouse input. The default value is false.


Input: [Name] disablePanning [Type] boolean [Description]

Output: A boolean value indicating whether to disable the user’s ability to pan the map. The default value is false.


Input: [Name] disableTouchInput [Type] boolean [Description]

Output: A boolean value indicating whether to disable the map’s response to touch input. The default value is false.


Input: [Name] disableUserInput [Type] boolean [Description]

Output: A boolean value indicating whether to disable the map’s response to any user input. The default value is false.


Input: [Name] disableZooming [Type] boolean [Description]

Output: A boolean value indicating whether to disable the user’s ability to zoom in or out. The default value is false.


Input: [Name] enableClickableLogo [Type] boolean [Description]

Output: A boolean value indicating whether the BingTM logo on the map is clickable. The default value is true. This property can only be set when using the Map constructor.


Input: [Name] enableHighDpi [Type] Boolean [Description]

Output: Enables the map to use map tiles suitable for a higher DPI display, if the display supports it. The default is false.


Input: [Name] enableSearchLogo [Type] boolean [Description]

Output: A boolean value indicating whether to enable the BingTM hovering search logo on the map. The default value is true. This property can only be set when using the Map constructor.


Input: [Name] fixedMapPosition [Type] boolean [Description]

Output: A boolean indicating whether the div containing the map control is fixed on the page and the browser will not be resized. The default value is false. In this case the map control redraws if necessary based on any div or window resize. If this property is set to true, the map control does not check the size of the div containing it every time the map view changes, thus increasing the performance of the control. This property can only be set when using the Map constructor.


Input: [Name] height [Type] number [Description]

Output: The height of the map. The default value is null. If no height is specified, the height of the div is used. If height is specified, then width must be specified as well.


Input: [Name] inertiaIntensity [Type] number [Description]

Output: A number between 0 and 1 specifying the intensity of the inertia animation effect. The inertia effect increases as the intensity value gets larger. The default value is .85. Setting this property to 0 indicates no inertia effect. The useInertia property must be set to true for the inertiaIntensity value to have an effect.


Input: [Name] showBreadcrumb [Type] boolean [Description]

Output: A boolean value indicating whether to display the “breadcrumb control”. The breadcrumb control shows the current center location’s geography hierarchy. For example, if the location center is Seattle, the breadcrumb control displays “World . United States . WA”. The default value is false. The breadcrumb control displays best when the width of the map is at least 300 pixels. This property can only be set when using the Map constructor.


Input: [Name] showCopyright [Type] boolean [Description]

Output: A boolean value indicating whether or not to show the map copyright. The default value is true. This property can only be set when using the Map constructor. Important: Bing Maps Platform API Terms of Use requires copyright information to be displayed. Only set this option to false when copyright information is displayed through alternate means.


Input: [Name] showDashboard [Type] boolean [Description]

Output: A boolean value indicating whether to show the map navigation control. The default value is true. This property can only be set when using the Map constructor.


Input: [Name] showMapTypeSelector [Type] boolean [Description]

Output: A boolean value indicating whether to show the map type selector in the map navigation control. The default value is true. This property can only be set when using the Map constructor.


Input: [Name] showScalebar [Type] boolean [Description]

Output: A boolean value indicating whether to show the scale bar. The default value is true. This property can only be set when using the Map constructor.


Input: [Name] theme [Type] Object [Description]

Output: A theme object specifying the theme to use for the design of the map. To get the latest Bing Maps design, load the Microsoft.Maps.Themes.BingTheme module and assign a BingTheme object to this property.


Input: [Name] tileBuffer [Type] number [Description]

Output: A number between 0 and 4 specifying how many tiles to use as a buffer around the map view. The default value is 0.


Input: [Name] useInertia [Type] boolean [Description]

Output: A boolean value indicating whether to use the inertia animation effect during map navigation. The default value is true.


Input: [Name] width [Type] number [Description]

Output: The width of the map. The default value is null. If no width is specified, the width of the div is used. If width is specified, then height must be specified as well.


Input: [Description] Much of the list has changed. Any listening controls should refresh all their data from the list. [Member name]

Output: Reset


Input: [Description] An item added to the list. NewIndex contains the index of the item that was added. [Member name]

Output: ItemAdded


Input: [Description] An item deleted from the list. NewIndex contains the index of the item that was deleted. [Member name]

Output: ItemDeleted


Input: [Description] An item moved within the list. OldIndex contains the previous index for the item, whereas NewIndex contains the new index for the item. [Member name]

Output: ItemMoved


Input: [Description] An item changed in the list. NewIndex contains the index of the item that was changed. [Member name]

Output: ItemChanged


Input: [Description] A PropertyDescriptor was added, which changed the schema. [Member name]

Output: PropertyDescriptorAdded


Input: [Description] A PropertyDescriptor was deleted, which changed the schema. [Member name]

Output: PropertyDescriptorDeleted


Input: [Description] A PropertyDescriptor was changed, which changed the schema. [Member name]

Output: PropertyDescriptorChanged


Input: [Menu item style property] DynamicHoverStyle [Description]

Output: The style settings for a dynamic menu item when the mouse pointer is positioned over it.


Input: [Menu item style property] DynamicMenuItemStyle [Description]

Output: The style settings for an individual dynamic menu item.


Input: [Menu item style property] DynamicMenuStyle [Description]

Output: The style settings for a dynamic menu.


Input: [Menu item style property] DynamicSelectedStyle [Description]

Output: The style settings for the currently selected dynamic menu item.


Input: [Menu item style property] StaticHoverStyle [Description]

Output: The style settings for a static menu item when the mouse pointer is positioned over it.


Input: [Menu item style property] StaticMenuItemStyle [Description]

Output: The style settings for an individual static menu item.


Input: [Menu item style property] StaticMenuStyle [Description]

Output: The style settings for a static menu.


Input: [Menu item style property] StaticSelectedStyle [Description]

Output: The style settings for the currently selected static menu item.


Input: [Property] AccessibleDescription [Setting]

Output: A description of the control.


Input: [Property] AccessibleName [Setting]

Output: A name for the control.


Input: [Property] AccessibleRole [Setting]

Output: Default, or reset this property if a control has another role.


Input: [Property] TabIndex [Setting]

Output: Set in a logical order.


Input: [Property] Text [Setting]

Output: All clickable controls should have a keyboard access key (shortcut).


Input: [Property] Font size [Setting]

Output: Default or set to 10 points or larger


Input: [Property] Forecolor [Setting]

Output: Default


Input: [Property] Backcolor [Setting]

Output: Default


Input: [Property] BackgroundImage [Setting]

Output: Default


Input: [Name] BadImageFormatException() [Description]

Output: Initializes a new instance of the BadImageFormatException class.


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

Output: Initializes a new instance of the BadImageFormatException class with a specified error message.


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

Output: Initializes a new instance of the BadImageFormatException class with serialized data.


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

Output: Initializes a new instance of the BadImageFormatException class with a specified error message and a reference to the inner exception that is the cause of this exception.


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

Output: Initializes a new instance of the BadImageFormatException class with a specified error message and file name.


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

Output: Initializes a new instance of the BadImageFormatException class with a specified error message and a reference to the inner exception that is the cause of this exception.


Input: [Usage] Notify the user that a payment is due or that the user's balance is low Indicate when the user session has been or is about to be logged out [Site Type]

Output: Financial Site

Further Ideas: Using Notifications (Windows)


Input: [Usage] Notify the user that a friend has sent a gift or a request for help Display the number of friends that are also online Notify the user of chat requests [Site Type]

Output: Social Gaming Site

Further Ideas: Using Notifications (Windows)


Input: [Usage] Notify the user that someone has commented on his or her post [Site Type]

Output: Blog

Further Ideas: Using Notifications (Windows)


Input: [Usage] Notify the user when a favorite team wins [Site Type]

Output: Sports Site

Further Ideas: Using Notifications (Windows)


Input: [Usage] Display the number of messages or comments that have been received Notify the user when a friend leaves a comment [Site Type]

Output: Photo Sharing Site

Further Ideas: Using Notifications (Windows)


Input: [Usage] Flash the taskbar button when the end of the playlist is reached [Site Type]

Output: Music Site

Further Ideas: Using Notifications (Windows)


Input: [Member name] TYPEFLAG_FAGGREGATABLE [Description]

Output: The class supports aggregation.


Input: [Member name] TYPEFLAG_FAPPOBJECT [Description]

Output: A type description that describes an Application object.


Input: [Member name] TYPEFLAG_FCANCREATE [Description]

Output: Instances of the type can be created by ITypeInfo::CreateInstance.


Input: [Member name] TYPEFLAG_FCONTROL [Description]

Output: The type is a control from which other types will be derived, and should not be displayed to users.


Input: [Member name] TYPEFLAG_FDISPATCHABLE [Description]

Output: Indicates that the interface derives from IDispatch, either directly or indirectly. This flag is computed, there is no Object Description Language for the flag.


Input: [Member name] TYPEFLAG_FDUAL [Description]

Output: The interface supplies both IDispatch and VTBL binding.


Input: [Member name] TYPEFLAG_FHIDDEN [Description]

Output: The type should not be displayed to browsers.


Input: [Member name] TYPEFLAG_FLICENSED [Description]

Output: The type is licensed.


Input: [Member name] TYPEFLAG_FNONEXTENSIBLE [Description]

Output: The interface cannot add members at run time.


Input: [Member name] TYPEFLAG_FOLEAUTOMATION [Description]

Output: The types used in the interface are fully compatible with Automation, including VTBL binding support. Setting dual on an interface sets this flag in addition to TYPEFLAG_FDUAL. Not allowed on dispinterfaces.


Input: [Member name] TYPEFLAG_FPREDECLID [Description]

Output: The type is predefined. The client application should automatically create a single instance of the object that has this attribute. The name of the variable that points to the object is the same as the class name of the object.


Input: [Member name] TYPEFLAG_FPROXY [Description]

Output: Indicates that the interface will be using a proxy/stub dynamic link library. This flag specifies that the type library proxy should not be unregistered when the type library is unregistered.


Input: [Member name] TYPEFLAG_FREPLACEABLE [Description]

Output: The object supports IConnectionPointWithDefault, and has default behaviors.


Input: [Member name] TYPEFLAG_FRESTRICTED [Description]

Output: Should not be accessible from macro languages. This flag is intended for system-level types or types that type browsers should not display.


Input: [Member name] TYPEFLAG_FREVERSEBIND [Description]

Output: Indicates base interfaces should be checked for name resolution before checking children, the reverse of the default behavior.


Input: [Name] BSTR [Purpose]

Output: A pointer to a wide character string.

IDispatch Data Types and Structures [Automation]


Input: [Name] CALLCONV [Purpose]

Output: Identifies the calling convention used by a member function.

IDispatch Data Types and Structures [Automation]


Input: [Name] CURRENCY [Purpose]

Output: Provides a precise data type of monetary data.

IDispatch Data Types and Structures [Automation]


Input: [Name] DECIMAL [Purpose]

Output: Provides a decimal data type.

IDispatch Data Types and Structures [Automation]


Input: [Name] DISPID [Purpose]

Output: Identifies a method, property, or argument to Invoke.

IDispatch Data Types and Structures [Automation]


Input: [Name] DISPPARAMS [Purpose]

Output: Contains arguments passed to a method or property.

IDispatch Data Types and Structures [Automation]


Input: [Name] EXCEPINFO [Purpose]

Output: Describes an error that occurred during Invoke.

IDispatch Data Types and Structures [Automation]


Input: [Name] INTERFACEDATA [Purpose]

Output: Describes the members of an interface.

IDispatch Data Types and Structures [Automation]


Input: [Name] LCID [Purpose]

Output: Provides locale information for international string comparisons and localized member names.

IDispatch Data Types and Structures [Automation]


Input: [Name] METHODDATA [Purpose]

Output: Describes a method or property.

IDispatch Data Types and Structures [Automation]


Input: [Name] PARAMDATA [Purpose]

Output: Describes a parameter to a method.

IDispatch Data Types and Structures [Automation]


Input: [Name] VARIANT [Purpose]

Output: When a variant refers to another variant by using the VT_VARIANT | VT_BYREF vartype, the variant being referred to cannot also be of type VT_VARIANT | VT_BYREF.

IDispatch Data Types and Structures [Automation]


Input: [Name] VARIANTARG [Purpose]

Output: Describes arguments that may be passed within DISPPARAMS.

IDispatch Data Types and Structures [Automation]


Input: [Name] VARTYPE [Purpose]

Output: Identifies the available variant types.

IDispatch Data Types and Structures [Automation]


Input: [Name] VARENUM [Purpose]

Output: Used in VARIANT, TYPEDESC, and OLE (ActiveX) property sets.

IDispatch Data Types and Structures [Automation]


Input: [Summary] Learn how to create the renderer component in a custom report extension for PerformancePoint Services. [Title]

Output: How to: Create report renderers for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create the editor component of a custom report extension for PerformancePoint Services. [Title]

Output: How to: Create report editors for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create the data provider component in a custom filter extension for PerformancePoint Services. [Title]

Output: How to: Create filter data providers for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create the editor component of a custom filter extension for PerformancePoint Services. [Title]

Output: How to: Create filter editors for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create the data source provider component in a custom tabular data source extension for PerformancePoint Services. [Title]

Output: How to: Create tabular data source providers for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create the editor component of a custom tabular data source extension for PerformancePoint Services. [Title]

Output: How to: Create tabular data source editors for PerformancePoint Services in SharePoint 2013


Input: [Summary] Learn how to create custom scorecard transforms for PerformancePoint Services in SharePoint Server 2013. [Title]

Output: How to: Create scorecard transforms for PerformancePoint Services in SharePoint 2013


Input: [Description] Determines whether the page can be derived from the specified Type. [Name]

Output: AllowBaseType


Input: [Description] Gets a value indicating whether the specified control type is allowed for this page. [Name]

Output: AllowControl


Input: [Description] Determines whether a parser permits a specific server-side include on a page. [Name]

Output: AllowServerSideInclude


Input: [Description] Determines whether a parser permits a virtual reference to a specific type of resource on a page. [Name]

Output: AllowVirtualReference


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

Output: Equals


Input: [Description] Retrieves the current compilation mode for the page. [Name]

Output: GetCompilationMode


Input: [Description] Serves as a hash function for a particular type. (inherited from Object) [Name]

Output: GetHashCode


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

Output: GetType


Input: [Description] Called by an ASP.NET page parser to notify a filter when the parsing of a page is complete. [Name]

Output: ParseComplete


Input: [Description] Allows the page parser filter to preprocess page directives. [Name]

Output: PreprocessDirective


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

Output: ReferenceEquals


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

Output: ToString


Input: [Associated Topics] Getting Started with Load and Web Performance Test Walkthroughs [Key Tasks]

Output: Getting started with load and Web performance tests: You can perform the actions in the Web and load test walkthroughs to become familiar with how to create, edit, run and view the results of load and Web performance tests.

Testing Application Performance and Stress


Input: [Associated Topics] Creating and Editing Load and Web Performance Tests Walkthrough: Creating and Running a Load Test Containing Web Performance Tests Walkthrough: Recording and Running a Web Performance Test [Key Tasks]

Output: Creating performance and stress tests: You can create load tests to measure your performance and stress using Microsoft Visual Studio Ultimate.

Testing Application Performance and Stress


Input: [Associated Topics] Distributing Load Tests Across Multiple Test Machines Using Test Controllers and Test Agents Setting Up Test Machines to Run Tests or Collect Data Installing and Configuring Visual Studio Agents and Test and Build Controllers Configuring Load Test Run Settings [Key Tasks]

Output: Setting up how to run your load tests: You can setup how to run your load tests to check that they are working correctly. You can use a group of computers to generate simulated load for testing, and to run tests remotely and concurrently on several computers. You can also configure the Run settings for your load test. Run settings are a set of properties that influence the way a load test runs. Run settings are organized by categories in the Properties window.

Testing Application Performance and Stress


Input: [Associated Topics] Running Load and Web Performance Tests Walkthrough: Creating and Running a Load Test Containing Web Performance Tests Walkthrough: Recording and Running a Web Performance Test [Key Tasks]

Output: Running load tests: You can run your load test and view the results as the tests run.

Testing Application Performance and Stress


Input: [Associated Topics] Analyzing Load Tests Results Using the Load Test Analyzer [Key Tasks]

Output: Analyzing load test runs: You can analyze the results of a load tests and locate bottlenecks, identify errors, and measure improvements in your application.

Testing Application Performance and Stress


Input: [Associated Topics] Examining Web Performance Test Results Using the Web Performance Test Results Viewer [Key Tasks]

Output: Viewing Web Performance Test Results: You can view the results of your Web performance tests by using the Web Performance Test Results Viewer.

Testing Application Performance and Stress


Input: [Associated Topics] Managing Load Test Results in the Load Test Results Repository [Key Tasks]

Output: Manage your load test results: You can manage load test results from the Load Test Editor by using the Open and Manage Load Test Results dialog box. You can open, import, export, and remove load test results. When you run your load tests, any information gathered during a load test run can be stored in the Load Test Results Repository, which is an SQL database. The Load Test Results Repository contains performance counter data and any information about recorded errors.

Testing Application Performance and Stress


Input: [Associated Topics] Reporting Load Tests Results for Test Comparisons or Trend Analysis [Key Tasks]

Output: Reporting on load test analysis trends: You can use your load test results to create Microsoft Excel reports to help determine trends and performance levels.

Testing Application Performance and Stress


Input: [Associated Topics] Creating and Using Custom Plug-ins for Load and Web Performance Tests API Reference for Testing Tools for Visual Studio ALM [Key Tasks]

Output: Developing custom load and Web performance plug-ins: You can write custom load and Web performance plug-ins using the load test API and the Web performance test API.

Testing Application Performance and Stress


Input: [Associated Topics] Troubleshooting Load and Web Performance Tests [Key Tasks]

Output: Troubleshooting load test issues: If you have issues with your load tests, you might have to troubleshoot the problem.

Testing Application Performance and Stress


Input: [Description] Generic encoding failure. Could not create delta. [Error Code]

Output: ERROR_PATCH_ENCODE_FAILURE

Delta Compression Application Programming Interfaces


Input: [Description] Invalid options were specified. [Error Code]

Output: ERROR_PATCH_INVALID_OPTIONS

Delta Compression Application Programming Interfaces


Input: [Description] The source file and target are the same. [Error Code]

Output: ERROR_PATCH_SAME_FILE

Delta Compression Application Programming Interfaces


Input: [Description] Retain ranges specified in multiple source files are different (see Ignore and Retain Ranges in Source Files). [Error Code]

Output: ERROR_PATCH_RETAIN_RANGES_DIFFER

Delta Compression Application Programming Interfaces


Input: [Description] The delta is larger than simply compressing the target without comparison to the source file. This error is returned only if the PATCH_OPTION_FAIL_IF_BIGGER flag is set (see Delta Creation Flags). [Error Code]

Output: ERROR_PATCH_BIGGER_THAN_COMPRESSED

Delta Compression Application Programming Interfaces


Input: [Description] Could not obtain symbols. [Error Code]

Output: ERROR_PATCH_IMAGEHLP_FAILURE

Delta Compression Application Programming Interfaces


Input: [Property] Alpha [Description]

Output: The numeric processor level when running on an Alpha processor. Note This property is obsolete, the Alpha platform is not supported by Windows Installer.


Input: [Property] BorderSide [Description]

Output: The width of the window borders, in pixels.


Input: [Property] BorderTop [Description]

Output: The height of the window borders, in pixels.


Input: [Property] CaptionHeight [Description]

Output: The height of normal caption area, in pixels.


Input: [Property] ColorBits [Description]

Output: The number of adjacent color bits for each pixel.


Input: [Property] Intel [Description]

Output: The numeric processor level when running on an Intel processor.


Input: [Property] Intel64 [Description]

Output: The numeric processor level when running on an Itanium processor.


Input: [Property] Msix64 [Description]

Output: The numeric processor level when running on an x64 processor.


Input: [Property] PhysicalMemory [Description]

Output: The size of the installed RAM, in megabytes.


Input: [Property] ScreenX [Description]

Output: The width of the screen, in pixels.


Input: [Property] ScreenY [Description]

Output: The height of the screen, in pixels.


Input: [Property] TextHeight [Description]

Output: The height of characters, in logical units.


Input: [Property] VirtualMemory [Description]

Output: The amount of available page file space, in megabytes.


Input: [Meaning] TRUE if all of a set of comparisons are TRUE. [Operator]

Output: ALL


Input: [Meaning] TRUE if both Boolean expressions are TRUE. [Operator]

Output: AND


Input: [Meaning] TRUE if any one of a set of comparisons are TRUE. [Operator]

Output: ANY


Input: [Meaning] TRUE if the operand is within a range. [Operator]

Output: BETWEEN


Input: [Meaning] TRUE if a subquery contains any rows. [Operator]

Output: EXISTS


Input: [Meaning] TRUE if the operand is equal to one of a list of expressions. [Operator]

Output: IN


Input: [Meaning] TRUE if the operand matches a pattern. [Operator]

Output: LIKE


Input: [Meaning] Reverses the value of any other Boolean operator. [Operator]

Output: NOT


Input: [Meaning] TRUE if either Boolean expression is TRUE. [Operator]

Output: OR


Input: [Meaning] TRUE if some of a set of comparisons are TRUE. [Operator]

Output: SOME


Input: [Name] BuildAgentIdVariable [Description]

Output: Gets the variable to use when referencing the build agent ID in an agent's BuildDirectory property.


Input: [Name] BuildAgentNameVariable [Description]

Output: Gets the variable to use when referencing the build agent name in an agent's BuildDirectory property.


Input: [Name] BuildDefinitionIdVariable [Description]

Output: Gets the variable to use when referencing the build definition ID in an agent's BuildDirectory property.


Input: [Name] BuildDefinitionPathVariable [Description]

Output: Gets the variable to use when referencing the build definition path in an agent's BuildDirectory property.


Input: [Name] BuildDirEnvironmentVariable [Description]

Output: Gets the environment variable to use when referencing the build directory on a given agent.


Input: [Name] BuildRegistryKeyPath [Description]

Output: Gets the registry key path where build-specific settings should be stored.


Input: [Name] DefaultAgentPort [Description]

Output: Gets the default port for build agents.


Input: [Name] DefaultHostedWorkingDirectory [Description]

Output: Gets the default working directory for hosted build agents.


Input: [Name] DefaultWorkingDirectory [Description]

Output: Gets the default working directory for build agents.


Input: [Name] NoCICheckInComment [Description]

Output: Gets the comment that should be included in the check-in comment to make sure that CI ignores the changeset


Input: [Name] SourceDirEnvironmentVariable [Description]

Output: Gets the sources directory, into which all source files are mapped by default. This is equivalent to BuildDirEnvironmentVariable\SourceSubdirectory.


Input: [Description] Isolated storage scoped to the application. [Member name]

Output: Application


Input: [Description] Isolated storage scoped to the identity of the assembly. [Member name]

Output: Assembly


Input: [Description] Isolated storage scoped to the application domain identity. [Member name]

Output: Domain


Input: [Description] Isolated storage scoped to the machine. [Member name]

Output: Machine


Input: [Description] No isolated storage usage. [Member name]


Input: [Description] The isolated store can be placed in a location on the file system that might roam (if roaming user data is enabled on the underlying operating system). [Member name]

Output: Roaming


Input: [Description] Isolated storage scoped by user identity. [Member name]

Output: User


Input: [Purpose] A pointer to a wide character string. [Name]

Output: BSTR

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Identifies the calling convention used by a member function. [Name]

Output: CALLCONV

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Provides a precise data type of monetary data. [Name]

Output: CURRENCY

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Provides a decimal data type. [Name]

Output: DECIMAL

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Identifies a method, property, or argument to Invoke. [Name]

Output: DISPID

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Contains arguments passed to a method or property. [Name]

Output: DISPPARAMS

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Describes an error that occurred during Invoke. [Name]

Output: EXCEPINFO

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Describes the members of an interface. [Name]

Output: INTERFACEDATA

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Provides locale information for international string comparisons and localized member names. [Name]

Output: LCID

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Describes a method or property. [Name]

Output: METHODDATA

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Describes a parameter to a method. [Name]

Output: PARAMDATA

IDispatch Data Types and Structures [Automation]


Input: [Purpose] When a variant refers to another variant by using the VT_VARIANT | VT_BYREF vartype, the variant being referred to cannot also be of type VT_VARIANT | VT_BYREF. [Name]

Output: VARIANT

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Describes arguments that may be passed within DISPPARAMS. [Name]

Output: VARIANTARG

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Identifies the available variant types. [Name]

Output: VARTYPE

IDispatch Data Types and Structures [Automation]


Input: [Purpose] Used in VARIANT, TYPEDESC, and OLE (ActiveX) property sets. [Name]

Output: VARENUM

IDispatch Data Types and Structures [Automation]


Input: [Name] ClearCachedData [Description]

Output: Refreshes cached culture-related information.


Input: [Name] Clone [Description]

Output: Creates a copy of the current CultureInfo.


Input: [Name] CreateSpecificCulture [Description]

Output: Creates a CultureInfo that represents the specific culture that is associated with the specified name.


Input: [Name] Equals [Description]

Output: Determines whether the specified object is the same culture as the current CultureInfo. (Overrides Object.Equals(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] GetConsoleFallbackUICulture [Description]

Output: Gets an alternate user interface culture suitable for console applications when the default graphic user interface culture is unsuitable.


Input: [Name] GetCultureInfo(Int32) [Description]

Output: Retrieves a cached, read-only instance of a culture by using the specified culture identifier.


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

Output: Retrieves a cached, read-only instance of a culture by using the specified culture name.


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

Output: Retrieves a cached, read-only instance of a culture. Parameters specify a culture that is initialized with the TextInfo and CompareInfo objects specified by another culture.


Input: [Name] GetCultureInfoByIetfLanguageTag [Description]

Output: Deprecated. Retrieves a read-only CultureInfo object having linguistic characteristics that are identified by the specified RFC 4646 language tag.


Input: [Name] GetCultures [Description]

Output: Gets the list of supported cultures filtered by the specified CultureTypes parameter.


Input: [Name] GetFormat [Description]

Output: Gets an object that defines how to format the specified type.


Input: [Name] GetHashCode [Description]

Output: Serves as a hash function for the current CultureInfo, suitable for hashing algorithms and data structures, such as a hash table. (Overrides Object.GetHashCode().)


Input: [Name] GetType [Description]

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


Input: [Name] MemberwiseClone [Description]

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


Input: [Name] ReadOnly [Description]

Output: Returns a read-only wrapper around the specified CultureInfo.


Input: [Name] ToString [Description]

Output: Returns a string containing the name of the current CultureInfo in the format "languagecode2-country/regioncode2". (Overrides Object.ToString().)


Input: [Name] GetCategories [Description]

Output: Retrieves the set of categories that are registered for the specified category type.


Input: [Name] GetCategory [Description]

Output: Retrieves the Home page category of the feature that is associated with the specified category string.


Input: [Name] GetPage [Description]

Output: Retrieves the feature that has the specified type.


Input: [Name] GetPages(Module) [Description]

Output: Retrieves the collection of features that are registered in the specified module.


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

Output: Retrieves the collection of features that are registered in the specified category.


Input: [Name] RegisterCategory [Description]

Output: Registers a new category of features in the Home page.


Input: [Name] RegisterHomepage [Description]

Output: Registers the Home page that is associated with the connection.


Input: [Name] RegisterPage(ModulePageInfo) [Description]

Output: Registers a new feature with the Home page without categorizing it.


Input: [Name] RegisterPage(String, ModulePageInfo) [Description]

Output: Registers a new item in a Home page category.


Input: [Description] The compilation date of the current source file. The date is a string literal of the form Mmm dd yyyy. The month name Mmm is the same as for dates generated by the library function asctime declared in TIME.H. [Macro]

Output: __DATE__


Input: [Description] The name of the current source file. __FILE__ expands to a string surrounded by double quotation marks. You can create your own wide string version of __FILE__ as follows: Copy #include #define WIDEN2(x) L ## x #define WIDEN(x) WIDEN2(x) #define __WFILE__ WIDEN(__FILE__) wchar_t *pwsz = __WFILE__; int main() { } [Macro]

Output: __FILE__


Input: [Description] The line number in the current source file. The line number is a decimal integer constant. It can be altered with a #line directive. [Macro]

Output: __LINE__


Input: [Description] Indicates full conformance with the ANSI C standard. Defined as the integer constant 1 only if the /Za compiler option is given and you are not compiling C++ code; otherwise is undefined. [Macro]

Output: __STDC__


Input: [Description] The most recent compilation time of the current source file. The time is a string literal of the form hh:mm:ss. [Macro]

Output: __TIME__


Input: [Description] The date and time of the last modification of the current source file, expressed as a string literal in the form Ddd Mmm Date hh:mm:ss yyyy, where Ddd is the abbreviated day of the week and Date is an integer from 1 to 31. [Macro]

Output: __TIMESTAMP__


Input: [Category] Input and Data Validation [Description]

Output: How do you know that the input that your application receives is valid and safe? Input validation refers to how your application filters, scrubs, or rejects input before additional processing.


Input: [Category] Authentication [Description]

Output: Who are you? Authentication is the process where an entity proves the identity of another entity, typically through credentials, such as a user name and password.


Input: [Category] Authorization [Description]

Output: What can you do? Authorization is how your application provides access controls for resources and operations.


Input: [Category] Configuration Management [Description]

Output: Who does your application run as? Which databases does it connect to? How is your application administered? How are these settings secured? Configuration management refers to how your application handles these operational issues.


Input: [Category] Sensitive Data [Description]

Output: How does your application handle sensitive data? Sensitive data refers to how your application handles any data that must be protected either in memory, over the network, or in persistent stores.


Input: [Category] Session Management [Description]

Output: How does your application handle and protect user sessions? A session refers to a series of related interactions between a user and your Web application.


Input: [Category] Cryptography [Description]

Output: How are you keeping secrets (confidentiality)? How are you tamper-proofing your data or libraries (integrity)? How are you providing seeds for random values that must be cryptographically strong? Cryptography refers to how your application enforces confidentiality and integrity.


Input: [Category] Parameter Manipulation [Description]

Output: How does your application manipulate parameter values? Form fields, query string arguments, and cookie values are frequently used as parameters for an application. Parameter manipulation refers to both how your application safeguards tampering of these values and how your application processes input parameters.


Input: [Category] Exception Management [Description]

Output: When a method call in your application fails, what does your application do? How much do you reveal? Do you return friendly error information to end users? Do you pass valuable exception information back to the caller? Does your application fail gracefully?


Input: [Category] Auditing and Logging [Description]

Output: Who did what and when? Auditing and logging refer to how your application records security-related events.


Input: [Description] Gets the custom trace listener attributes defined in the application configuration file. [Name]

Output: Attributes


Input: [Description] Gets and sets the trace filter for the trace listener. [Name]

Output: Filter


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

Output: IndentLevel


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

Output: IndentSize


Input: [Description] Gets a value indicating whether the trace listener is thread safe. [Name]

Output: IsThreadSafe


Input: [Description] Gets or sets a name for this TraceListener. [Name]

Output: Name


Input: [Description] Gets or sets a value indicating whether to indent the output. [Name]

Output: NeedIndent


Input: [Description] Gets or sets the trace output options. [Name]

Output: TraceOutputOptions


Input: [Member name] Application [Description]

Output: Isolated storage scoped to the application.


Input: [Member name] Assembly [Description]

Output: Isolated storage scoped to the identity of the assembly.


Input: [Member name] Domain [Description]

Output: Isolated storage scoped to the application domain identity.


Input: [Member name] Machine [Description]

Output: Isolated storage scoped to the machine.


Input: [Member name] None [Description]

Output: No isolated storage usage.


Input: [Member name] Roaming [Description]

Output: The isolated store can be placed in a location on the file system that might roam (if roaming user data is enabled on the underlying operating system).


Input: [Member name] User [Description]

Output: Isolated storage scoped by user identity.


Input: [Topic] Syntax (SSIS) [Description]

Output: Summarizes expression evaluator syntax.

Integration Services Expression Concepts


Input: [Topic] Data Type Conversion in Expressions [Description]

Output: Explains the rules for converting data from one data type to a different one.

Integration Services Expression Concepts


Input: [Topic] Data Truncation (SSIS) [Description]

Output: Describes how the expression evaluator handles truncation of data values.

Integration Services Expression Concepts


Input: [Topic] String Padding (SSIS) [Description]

Output: Describes how the expression evaluator compares strings that contain spaces.

Integration Services Expression Concepts


Input: [Topic] Literals (SSIS) [Description]

Output: Describes the numeric, string, and Boolean literals that the expression evaluator supports.

Integration Services Expression Concepts


Input: [Topic] Identifiers (SSIS) [Description]

Output: Describes the use of regular and qualified identifiers.

Integration Services Expression Concepts


Input: [Name] DistanceScale [Description]

Output: Gets or sets a value that adjusts the effect of distance calculations on the sound (emitter).


Input: [Name] DopplerScale [Description]

Output: Gets or sets a value that adjusts the effect of doppler calculations on the sound (emitter).


Input: [Name] Duration [Description]

Output: Gets the duration of the SoundEffect.


Input: [Name] IsDisposed [Description]

Output: Gets a value that indicates whether the object is disposed.


Input: [Name] MasterVolume [Description]

Output: Gets or sets the master volume that affects all SoundEffectInstance sounds.


Input: [Name] Name [Description]

Output: Gets or sets the asset name of the SoundEffect.


Input: [Name] SpeedOfSound [Description]

Output: Returns the speed of sound: 343.5 meters per second.


Input: [Name] AllowBaseType [Description]

Output: Determines whether the page can be derived from the specified Type.


Input: [Name] AllowControl [Description]

Output: Gets a value indicating whether the specified control type is allowed for this page.


Input: [Name] AllowServerSideInclude [Description]

Output: Determines whether a parser permits a specific server-side include on a page.