xunit.runner.utility.netcoreapp10

This class is used to read configuration information for a test assembly.

Loads the test assembly configuration for the given test assembly.

The test assembly. The test assembly configuration file. The test assembly configuration.

Loads the test assembly configuration for the given test assembly from a JSON stream. Caller is responsible for opening the stream.

Stream containing config for an assembly The test assembly configuration.

This class is used to read configuration information for a test assembly.

Loads the test assembly configuration for the given test assembly from a JSON stream. Caller is responsible for opening the stream.

Stream containing config for an assembly The test assembly configuration.

Loads the test assembly configuration for the given test assembly.

The test assembly. The test assembly configuration file. The test assembly configuration.

INTERNAL CLASS. DO NOT USE.

INTERNAL INTERFACE. DO NOT USE.

INTERNAL CLASS. DO NOT USE.

Interface implemented by runners, passed to , so that the report can log lines of text to the output device.

Gets a lock object that can be used to ensure that multiple calls to log messages will always be grouped together.

Logs a normal-priority message with stack frame.

The stack frame information The message to be logged

Logs a high-priority message with stack frame.

The stack frame information The message to be logged

Logs a warning message with stack frame.

The stack frame information The message to be logged

Logs an error message with stack frame.

The stack frame information The message to be logged

This interface represents a reporter which is invoked by a test runner during test execution. The report can be explicitly invoked by a command line switch or implicitly invoked by being environmentally enabled (for example, a reporter that emits messages for TeamCity).

Gets the description of the reporter. This is typically used when showing the user the invocation option for the reporter.

Gets a value which indicates whether the reporter should be environmentally enabled.

Gets a value which indicates a runner switch which can be used to explicitly enable the runner. If the return value is null, then the reported can only be environmentally enabled (implicitly). This value is used either as a command line switch (with the console or .NET CLI runner) or as a runner configuration value (with the MSBuild runner).

Creates a message handler that will report messages for the given test assembly. Ideally, the handler should also implement for optimal performance, but plain implementations of are supported for backward compatibility reasons.

The logger used to send result messages to The message handler that handles the messages

A message sent to implementations of when discovery is finished for a test assembly.

Gets information about the assembly being discovered.

Gets the options that were used during discovery.

Gets the number of test cases that were discovered. This is the raw number of test cases found before filtering is applied by the runner.

Gets the number of test cases that will be run. This is the number of test cases found after filtering is applied by the runner.

A message sent to implementations of when discovery is starting for a test assembly.

Gets a flag which indicates whether the tests will be discovered and run in a separate app domain.

Gets information about the assembly being discovered.

Gets the options that will be used during discovery.

Gets a flag which indicates whether shadow copies are being used. If app domains are not enabled, then this value is ignored.

A message sent to implementations of when execution is finished for a test assembly.

Gets information about the assembly being discovered.

Gets the options that were used during execution.

Gets the summary of the execution results for the test assembly.

A message sent to implementations of when execution is starting for a test assembly.

Gets information about the assembly being discovered.

Gets the options that will be used during execution.

A message sent to implementations of when execution of all test assemblies has completed.

Gets the clock time elapsed when running the tests. This may different significantly from the sum of the times reported in the summaries, if the runner chose to run the test assemblies in parallel.

Gets the summaries of all the tests run. The key is the display name of the test assembly; the value is the summary of test execution for that assembly.

Indicates the level of app domain support that the runner is requesting.

Requests that app domains be used, if available; if app domains cannot be used, then the tests will be discovered and run in the runner's app domain.

Requires that tests be run in the runner's app domain. This is supported by all runners and all execution libraries.

Represents a class which acts as a front controller for unit testing frameworks. This allows runners to run tests from multiple unit testing frameworks (in particular, hiding the differences between xUnit.net v1 and v2 tests).

Gets a flag indicating whether this discovery/execution can use app domains.

An implementation of that always returns no source information. Useful for test runners which don't need or cannot provide source information during discovery.

Represents the configuration items set in the App.config file of a test assembly. Should be read with the class.

Gets or sets a flag indicating whether an app domain should be used to discover and run tests.

Gets or sets a flag indicating whether an app domain should be used to discover and run tests. If the flag is not set, returns the default value ().

Gets or sets a flag indicating that the end user wants diagnostic messages from the test framework.

Gets a flag indicating that the end user wants diagnostic messages from the test framework. If the flag is not set, returns the default value (false).

Gets or sets a flag indicating that the end user wants internal diagnostic messages from the test framework.

Gets a flag indicating that the end user wants internal diagnostic messages from the test framework. If the flag is not set, returns the default value (false).

Gets the number of seconds that a test can run before being considered "long running". Set to a positive value to enable the feature.

Gets the number of seconds that a test can run before being considered "long running". If the value is not set, returns the default value (-1).

Gets or sets the maximum number of thread to use when parallelizing this assembly.

Gets the maximum number of thread to use when parallelizing this assembly. If the value is not set, returns the default value ().

Gets or sets the default display name for test methods.

Gets the default display name for test methods. If the value is not set, returns the default value ().

Gets or sets the default display options for test methods.

Gets the default display options for test methods. If the value is not set, returns the default value ().

Gets or sets a flag indicating that this assembly is safe to parallelize against other assemblies.

Gets a flag indicating that this assembly is safe to parallelize against other assemblies. If the flag is not set, returns the default value (false).

Gets or sets a flag indicating that this test assembly wants to run test collections in parallel against one another.

Gets a flag indicating that this test assembly wants to run test collections in parallel against one another. If the flag is not set, returns the default value (true).

Gets or sets a flag indicating whether theory data should be pre-enumerated during test discovery.

Gets a flag indicating whether theory data should be pre-enumerated during test discovery. If the flag is not set, returns the default value (true).

Gets or sets a flag indicating whether shadow copies should be used.

Gets a flag indicating whether shadow copies should be used. If the flag is not set, returns the default value (true).

Gets or sets a flag indicating whether testing should stop on a failure.

Gets a flag indicating whether testing should stop on a test failure. If the flag is not set, returns the default value (false).

Represents options passed to a test framework for discovery or execution.

Creates an instance of

The optional configuration to copy values from.

Creates an instance of

The optional configuration to copy values from.

Gets a value from the options collection.

The type of the value. The name of the value. Returns the value.

Sets a value into the options collection.

The type of the value. The name of the value. The value.

An implementation of for xUnit.net v1.

Initializes a new instance of the class.

The filename of the test assembly.

Gets the filename of the test assembly.

An implementation of , and for xUnit.net v1 tests.

Initializes a new instance of the class.

The assembly under test. The type under test. The method under test.

Gets the name of the assembly under test.

Gets the name of the method under test.

Gets the name of the type under test.

Gets the unique ID for the test.

Collects statistics from running tests.

A flag that indicates whether or not to continue running tests.

The total number of tests run.

The number of tests that failed.

The number of tests that were skipped.

The time spent running the tests.

Aggregates the current results with the other results.

The other result.

Resets the counted results back to zero.

An implementation of for xUnit v1.

Initializes a new instance of the class.

The test case this test belongs to. The display name for this test.

An implementation of that adapts xUnit.net v1's XML-based APIs into xUnit.net v2's object-based APIs.

Initializes a new instance of the class.

The assembly under test. The configuration file name. The type under test. The method under test. The display name of the unit test. The traits of the unit test. The skip reason, if the test is skipped.

This class be used to do discovery and execution of xUnit.net v2 tests using a reflection-based implementation of .

Initializes a new instance of the class.

Determines whether tests should be run in a separate app domain. The source code information provider. The test assembly. The test assembly configuration file. If set to true, runs tests in a shadow copied app domain, which allows tests to be discovered and run without locking assembly files on disk. The path on disk to use for shadow copying; if null, a folder will be automatically (randomly) generated The message sink which received messages. Determines whether or not the existence of the test assembly is verified.

Starts the process of running all the xUnit.net v2 tests in the assembly.

The message sink to report results back to. The options to be used during test discovery. The options to be used during test execution.

Starts the process of running the selected xUnit.net v2 tests.

The test cases to run; if null, all tests in the assembly are run. The message sink to report results back to. The options to be used during test execution.

This class be used to do discovery of xUnit.net v2 tests, via any implementation of , including AST-based runners like CodeRush and Resharper. Runner authors who are not using AST-based discovery are strongly encouraged to use instead.

Initializes a new instance of the class.

Determines whether tests should be run in a separate app domain. The source code information provider. The assembly to use for discovery The path on disk of xunit.execution.dll; if null, then the location of xunit.execution.dll is implied based on the location of the test assembly The path on disk to use for shadow copying; if null, a folder will be automatically (randomly) generated The message sink which received messages. Determines whether or not to check for the existence of assembly files.

Gets a value indicating whether the tests can use app domains (must be linked against desktop execution library).

Gets the message sink used to report diagnostic messages.

Returns the test framework from the remote app domain.

Creates a high performance cross AppDomain message sink that utilizes which can be passed to and .

The local message sink to receive the messages.

Starts the process of finding all xUnit.net v2 tests in an assembly.

Whether to include source file information, if possible. The message sink to report results back to. The options used by the test framework during discovery.

Starts the process of finding all xUnit.net v2 tests in a class.

The fully qualified type name to find tests in. Whether to include source file information, if possible. The message sink to report results back to. The options used by the test framework during discovery.

An implementation of that will provide source information when running inside of Visual Studio (via the DiaSession class).

Initializes a new instance of the class.

The assembly file name.

Default implementation of which supports running tests from both xUnit.net v1 and v2.

This constructor is for unit testing purposes only.

Initializes a new instance of the class.

Determines whether tests should be run in a separate app domain. The test assembly. The test assembly configuration file. If set to true, runs tests in a shadow copied app domain, which allows tests to be discovered and run without locking assembly files on disk. The path on disk to use for shadow copying; if null, a folder will be automatically (randomly) generated The source information provider. If null, uses the default (). The message sink which received messages.

FOR INTERNAL USE ONLY.

Identifies a message that can return its own type information.

Gets the interface type full names of the implemented interfaces.

Represents an endpoint for the reception of test messages. This endpoint can have the list of types of the message passed in to optimize the performance of message dispatching.

Reports the presence of a message on the message bus with an optional list of message types. This method should never throw exceptions.

The message from the message bus. The list of message types, or null. Return true to continue running tests, or false to stop.

Represents information about long running tests from .

Initializes a new instance of the class.

Configured notification time Tests

Adapts an implementation of to provide an implementation of .

Returns the implemented interface types, if known.

The message interfaces to retrieve. The hash set of interfaces, if known; null, otherwise.

Determines whether the given sink is already an implementation of , and if not, creates a wrapper to adapt it.

The sink to test, and potentially adapt.

Adapts an implementation of to provide an implementation of (albeit one without the typical performance benefits associated with the latter interface).

Determines whether the given sink is already an implementation of , and if not, creates a wrapper to adapt it.

The sink to test, and potentially adapt.

Default implementation of .

Initializes a new instance of the class.

Information about the assembly that is being discovered The discovery options The number of test cases discovered The number of test cases to be run

Default implementation of .

Initializes a new instance of the class.

Information about the assembly that is being discovered Indicates whether the tests will be discovered and run in a separate app domain Indicates whether shadow copying is being used The discovery options

Default implementation of .

Initializes a new instance of the class.

Information about the assembly that is being discovered The execution options The execution summary

Default implementation of .

Initializes a new instance of the class.

Information about the assembly that is being discovered The execution options

Default implementation of .

Initializes a new instance of the class.

Represents a set of filters for an .

Initializes a new instance of the class.

Gets the set of trait filters for tests to exclude.

Gets the set of trait filters for tests to include.

Gets the set of class filters for test classes to exclude.

Gets the set of class filters for test classes to include.

Gets the set of method filters for tests to exclude.

Gets the set of method filters for tests to include.

Gets the set of assembly filters for tests to exclude.

Gets the set of assembly filters for tests to include.

Filters the given method using the defined filter values.

The test case to filter. Returns true if the test case passed the filter; returns false otherwise.

FOR INTERNAL USE ONLY.

Represents an assembly in an .

Gets or sets the assembly filename.

Gets or sets the config filename.

Gets the configuration values read from the test assembly configuration file.

Gets or sets a value indicating whether to shadow copy the assembly when running the tests.

The default implementation of , used by runners when there is no other overridden reporter. It returns an instance of .

Default implementation of used to report messages for test runners.

Initializes a new instance of the class.

The logger used to report messages

Get the logger used to report messages.

Escapes text for display purposes.

The text to be escaped The escaped text

Gets the display name of a test assembly from a test assembly message.

The test assembly message The assembly display name

Gets the display name of a test assembly from a test assembly message.

The test assembly The assembly display name

Get the test framework options for the given assembly. If it cannot find them, then it returns a default set of options.

The test assembly filename

Logs an error message to the logger.

The type of the failure The failure information

Logs a stack trace to the logger.

Lots test output to the logger.

Writes the default summary to the given logger. Can be used by other reporters who also wish to write the standard summary information.

The logger used to send result messages to. The execution summary to display.

The default implementation of , used by runners when there is no other overridden reporter. It returns an instance of .

Default implementation of used to report messages for test runners.

Initializes a new instance of the class.

The logger used to report messages

Get the logger used to report messages.

Escapes text for display purposes.

The text to be escaped The escaped text

Gets the display name of a test assembly from a test assembly message.

The test assembly message The assembly display name

Gets the display name of a test assembly from a test assembly message.

The test assembly The assembly display name

Get the test framework options for the given assembly. If it cannot find them, then it returns a default set of options.

The test assembly filename

Logs an error message to the logger.

The type of the failure The failure information

Logs a stack trace to the logger.

Lots test output to the logger.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Called when is raised.

An object that contains the event data.

Writes the default summary to the given logger. Can be used by other reporters who also wish to write the standard summary information.

The logger used to send result messages to. The execution summary to display.

A class which makes it simpler for casual runner authors to find and run tests and get results.

Set to get notification of diagnostic messages.

Set to get notification of when test discovery is complete.

Set to get notification of error messages (unhandled exceptions outside of tests).

Set to get notification of when test execution is complete.

Set to get notification of failed tests.

Set to get notification of finished tests (regardless of outcome).

Set to get real-time notification of test output (for xUnit.net v2 tests only). Note that output is captured and reported back to all the test completion Info>s in addition to being sent to this Info>.

Set to get notification of passing tests.

Set to get notification of skipped tests.

Set to get notification of when tests start running.

Gets the current status of the assembly runner

Set to be able to filter the test cases to decide which ones to run. If this is not set, then all test cases will be run.

Call to request that the current run be cancelled. Note that cancellation may not be instantaneous, and even after cancellation has been acknowledged, you can expect to receive all the cleanup-related messages.

Starts running tests from a single type (if provided) or the whole assembly (if not). This call returns immediately, and status results are dispatched to the Info>s on this class. Callers can check to find out the current status.

The (optional) type name of the single test class to run Set to true to enable diagnostic messages; set to false to disable them. By default, uses the value from the assembly configuration file. Set to choose the default display name style for test methods. By default, uses the value from the assembly configuration file. (This parameter is ignored for xUnit.net v1 tests.) Set to choose the default display name style options for test methods. By default, uses the value from the assembly configuration file. (This parameter is ignored for xUnit.net v1 tests.) Set to true to pre-enumerate individual theory tests; set to false to use a single test case for the theory. By default, uses the value from the assembly configuration file. (This parameter is ignored for xUnit.net v1 tests.) Set to true to run test collections in parallel; set to false to run them sequentially. By default, uses the value from the assembly configuration file. (This parameter is ignored for xUnit.net v1 tests.) Set to 0 to use unlimited threads; set to any other positive integer to limit to an exact number of threads. By default, uses the value from the assembly configuration file. (This parameter is ignored for xUnit.net v1 tests.) Set to true to enable internal diagnostic messages; set to false to disable them. By default, uses the value from the assembly configuration file.

Creates an assembly runner that discovers and runs tests without a separate app domain.

The test assembly.

An enumeration which describes the current state of the system

The system is not discovering or executing tests

The system is discovering tests

The system is executing tests

Represents a diagnostic message from the xUnit.net system or third party extension.

The diagnostic message.

Represents test discovery being completed.

The number of test cases that were discovered.

The number of test cases that will be run, after filtering was applied.

Represents an error that happened outside the scope of a running test.

The type of error condition that was encountered.

The exception that caused the test failure.

The message from the exception that caused the test failure.

The stack trace from the exception that caused the test failure.

An enumeration which indicates the type of error message (for ).

An unhandled exception occurred that disrupted the execution engine

An unhandled exception happened while cleaning up from the test assembly

An unhandled exception happened while cleaning up from the test collection

An unhandled exception happened while cleaning up from the test class

An unhandled exception happened while cleaning up from the test method

An unhandled exception happened while cleaning up from the test case

An unhandled exception happened while cleaning up from the test

Represents test assembly execution being finished.

The total number of tests in the assembly.

The number of the tests that failed.

The number of tests that were skipped.

The total execution time spent running tests.

Used to report results when no tests are executed.

Represents information about a test that was executed.

The number of seconds the test spent executing.

The output from the test.

Represents a test that failed.

The exception that caused the test failure.

The message from the exception that caused the test failure.

The stack trace from the exception that caused the test failure.

Represents a test that finished, regardless of the result.

A base class which contains information about a test.

The fully qualified type name of the class that contains the test.

The name of the method that contains the test.

The traits associated with the test.

The display name for the test.

The display name of the test collection the test belongs to.

Represents live test output.

The output from the test.

Represents a test that passed.

Represents a test that was skipped.

Gets the reason that was given for skipping the test.

Represents a test that is starting.

An implementation of which dispatches messages to one or more individual message sinks.

The list of event dispatchers that are registered with the system.

Gets a dispatcher, optionally creating and registering it if it doesn't exist.

The type of the dispatcher The dispatcher The dispatcher

Reports the presence of a message on the message bus with an optional list of message types. This method should never throw exceptions.

The message from the message bus. The list of message types, or null. Return true to continue running tests, or false to stop.

A delegating implementation of which provides the execution summary and finished events when appropriate and cancellation support.

Initializes a new instance of the class.

The inner sink to pass messages to.

A delegating implementation of which converts all skipped tests into failures before passing them on to the inner sink.

Initializes a new instance of the class.

The sink to delegate messages to.

A delegating implementation of which detects and reports when tests have become long-running (during otherwise idle time).

Initializes a new instance of the class, with long running test messages being delivered as instances to the provided diagnostic message sink.

The inner sink to delegate to. The minimum amount of time a test runs to be considered long running. The message sink to send messages to.

Initializes a new instance of the class, with long running test messages being delivered as to the provided callback.

The inner sink to delegate to. The minimum amount of time a test runs to be considered long running. The callback to dispatch messages to.

Returns the current time in UTC. Overrideable for testing purposes.

Performs a Task-safe delay. Overrideable for testing purposes.

A delegating implementation of which is responsible for creating the xUnit.net v2 XML output from the execution test results. This class is not available in .NET 3.5 because it relies upon XML LINQ.

Initializes a new instance of the class.

Escapes a string for placing into the XML.

The value to be escaped. The escaped value.

Class that maps diagnostic messages to events.

Occurs when a message is received.

Class that maps test framework discovery messages to events.

Occurs when a message is received.

Class that maps test framework execution messages to events.

Occurs when a message is received.

Represents a handler for a specific .

The type of the message to be handled. The message.

Allows cancellation during message handling.

Gets a value to indicate whether stop has been requested.

Call to indicate that execution should stop.

Wraps a specific with the ability to cancel execution.

The type of the message to be handled.

Initializes a new instance of the class.

The message to be handled.

Gets the message.

Class that maps test runner messages to events.

Occurs when the runner is starting discovery for a given test assembly.

Occurs when the runner has finished discovery for a given test assembly.

Occurs when the runner has finished executing the given test assembly.

Occurs when the runner is starting to execution the given test assembly.

Occurs when the runner has finished executing all test assemblies.

Represents an that can also provide execution information like an .

Gets the final execution summary, once the execution is finished.

Gets an event which is signaled once execution is finished.

An implementation of designed for test discovery for a single test assembly. The event is triggered when discovery is complete.

Initializes a new instance of the class.

An optional thunk which can be used to control cancellation.

The list of discovered test cases.

Gets an event which is signaled once discovery is finished.

An implementation of that provides access to events for all levels of reporting.

Gets a list of diagnostics events that can be subscribed to.

Gets a list of discovery events that can be subscribed to.

Gets a list of execution events that can be subscribed to.

Gets a list of runner events that can be subscribed to.

An implementation of which logs messages to and .

Initializes a new instance of the class.

A flag to indicate whether colors should be used when logging messages.

Initializes a new instance of the class.

A flag to indicate whether colors should be used when logging messages. The lock object used to prevent console clashes.

Collects execution totals for a group of test cases.

Gets or set the total number of tests run.

Gets or sets the number of failed tests.

Gets or sets the number of skipped tests.

Gets or sets the total execution time for the tests.

Gets or sets the total errors (i.e., cleanup failures) for the tests.

Internal helper class for remoting.

Unregisters any remoting channels.

If there are any registered remoting channels, then MarshalByRefObjects don't work. Based on bug #9749, it's clear that MSTest (at least through Visual Studio 2010) registers remoting channels when it runs but doesn't clean them up when it's done. Right now, the only way to reliably surface this issue is through MSBuild (as per the bug repro), so for the moment this work-around code is limited to the MSBuild runner.

Represents the top of a stack frame, typically taken from an exception or failure information.

Initializes a new instance of the class.

Gets the filename of the stack frame. May be null if the stack frame is not known.

Returns true if this is an empty stack frame (e.g., ).

Gets the line number of the stack frame. May be 0 if the stack frame is not known.

Get a default (unknown) stack frame info.

Creates a stack frame info from failure information.

The failure information to inspect The stack frame info

Creates a tack frame from source information. This can be useful when simulating a stack frame in a non-exceptional situation (f.e., for a skipped test).

The source information to inspect The stack frame info

Transforms stack frames and stack traces into compiler-like output so they can be double-clicked in Visual Studio.

Transforms an individual stack frame.

The stack frame to transform The default directory used for computing relative paths The transformed stack frame

Transforms a stack.

The stack to transform The default directory used for computing relative paths The transformed stack

An implementation of which converts all skipped tests into failures, wrapping an existing implementation.

Initializes a new instance of .

The visitor to pass messages onto.

Represents an implementation of that is specifically used during test execution. Provides access to the final execution summary, as well as an event which is triggered when execution is finished.

Gets the final execution summary, once the execution is finished.

Gets an event which is signaled once execution is finished.

An implementation of that provides several Visit methods that can provide access to specific message types without the burden of casting.

Dispatches the message to the given callback, if it's of the correct type.

The message type The message The callback The result of the callback, if called; true, otherwise

Dispatches the message to the given callback, if it's of the correct type. The callback is provided with both the message and this instance of the visitor.

The message type The message The callback The result of the callback, if called; true, otherwise

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue discovering/executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue discovering tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue discovering tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

Called when an instance of is sent to the message sink.

The message. Return true to continue executing tests; false otherwise.

An implementation of that provides several Visit methods that can provide access to specific message types without the burden of casting. It also records when it sees a completion message, and sets the event appropriately.

The type of the completion message.

Initializes a new instance of the class.

This event is triggered when the completion message has been seen.

An implementation of which records the execution summary for an assembly, as well as performing the XML aggregation duties of .

Initializes a new instance of .

The inner message sink to pass messages to. The dictionary which collects execution summaries for all assemblies. The root XML assembly element to collect the result XML. The callback used to determine when to cancel execution.

An implementation of which records all operations into xUnit.net v2 XML format.

Initializes a new instance of .

The root XML assembly element to collect the result XML. The callback used to determine when to cancel execution.

Gets the callback used to determine when to cancel execution.

Gets or sets the number of errors that have occurred (outside of actual test execution).

Gets or sets the number of tests which failed.

Gets or sets the number of tests which were skipped.

Gets or sets the time spent executing tests, in seconds.

Gets or sets the total number of tests, regardless of result.

Escapes a string for placing into the XML.

The value to be escaped. The escaped value.

Utility classes for dealing with Exception objects.

Combines multiple levels of messages into a single message.

The failure information from which to get the messages. The combined string.

Combines multiple levels of stack traces into a single stack trace.

The failure information from which to get the stack traces. The combined string.

Unwraps exceptions and their inner exceptions.

The exception to be converted. The failure information.

Base class for all long-lived objects that may cross over an AppDomain.

Disconnects all remote objects.

Serializes and de-serializes objects

De-serializes an object.

The type of the object The object's serialized value The de-serialized object

Serializes an object.

The value to serialize The serialized value

Gets whether the specified is serializable with .

The object to test for serializability. true if the object can be serialized; otherwise, false.

Converts an assembly qualified type name into a object.

The assembly qualified type name. The instance of the , if available; null, otherwise.

Converts an assembly name + type name into a object.

The assembly name. The type name. The instance of the , if available; null, otherwise.

Gets an assembly qualified type name for serialization, with special dispensation for types which originate in the execution assembly.

Retrieves a substring from the string, with whitespace trimmed on both ends.

The string. The starting index. The length. A substring starting no earlier than startIndex and ending no later than startIndex + length.

An implementation of and that ignores all messages.

Default implementation of .

Indicates the default display name format for test methods.

Use a fully qualified name (namespace + class + method)

Use just the method name (without class)

Indicates the method display options for test methods.

Indicates no additional method display options.

This is the default configuration option.

Replace underscores in display names with a space.

Replace well-known monikers with their equivalent operator.

lt : < le : <= eq : = ne : != gt : > ge : >=

Replace supported escape sequences with their equivalent character. Encoding Format ASCIIX hex-digit hex-digit (ex: X2C) UnicodeU hex-digit hex-digit hex-digit hex-digit (ex: U00A9)

Replaces the period delimiter used in namespace and type references with a comma.

This option is only honored if the setting is also enabled.

Enables all method display options.

A mirror class of the CLR's class.

Initializes a new instance of the class.

The data to copy into the serialization info

Returns BASE64 encoded string that represents the entirety of the data.

Returns a triple for a key/value pair of data in a complex object

The triple to be serialized The serialized version of the triple

Returns the triple values out of a serialized triple.

The serialized triple The de-serialized triple

De-serializes a value that was serialized with .

The type of the object to de-serialize into The serialized value The de-serialized object

Serializes an object.

The value to be serialized The serialized object

Represents a triple of information used when serializing complex types: the property name, the value to be serialized, and the value's type.

Gets the triple's key

Gets the triple's value

Gets the triple's value type

Initializes a new instance of the class.

The triple's key The triple's value The triple's value type

Initializes a new instance of the class.

The message to send

Initializes a new instance of the class.

The format of the message to send The arguments used to format the message

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of and .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

The message to send

Initializes a new instance of the class.

The format of the message to send The arguments used to format the message

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Default implementation of .

Initializes a new instance of the class.

Extensions methods for .

Logs a normal-priority message.

The logger The message to be logged

Logs a normal-priority formatted message.

The logger The format of the message to be logged The format arguments

Logs a normal-priority formatted message with stack frame.

The logger The stack frame information The format of the message to be logged The format arguments

Logs a high-priority message.

The logger The message to be logged

Logs a high-priority formatted message.

The logger The format of the message to be logged The format arguments

Logs a high-priority formatted message with stack frame.

The logger The stack frame information The format of the message to be logged The format arguments

Logs a warning message.

The logger The message to be logged

Logs a formatted warning message.

The logger The format of the message to be logged The format arguments

Logs a formatted warning message with stack frame.

The logger The stack frame information The format of the message to be logged The format arguments

Logs an error message.

The logger The message to be logged

Logs a formatted error message.

The logger The format of the message to be logged The format arguments

Logs a formatted error message with stack frame.

The logger The stack frame information The format of the message to be logged The format arguments

Extension methods for .

Attempts to optimally cast a message to the given message type, using the optional hash of interface types to improve casting performance.

The desired destination message type. The message to test and cast. The implemented interfaces, if known. The message as , or null.

Handles a message of a specific type by testing it for the type, as well as verifying that there is a registered callback;

The message to dispatch. The implemented interfaces, if known. The callback to dispatch the message to. Returns true if processing should continue; false otherwise.

Extension methods for .

Provides a simulation of for , to make it easier to directly dispatch messages from the runner.

The message sink The message to be dispatched The result of calling the message sink

Extension methods for and .

Starts the process of finding all tests in an assembly.

The discoverer. Whether to include source file information, if possible. The message sink to report results back to. The options used by the test framework during discovery.

Starts the process of finding all tests in a class.

The discoverer. The fully qualified type name to find tests in. Whether to include source file information, if possible. The message sink to report results back to. The options used by the test framework during discovery.

Starts the process of running all the tests in the assembly.

The executor. The message sink to report results back to. The options to be used during test discovery. The options to be used during test execution.

Starts the process of running selected tests in the assembly.

The executor. The test cases to run. The message sink to report results back to. The options to be used during test execution.

Extension methods for reading and writing and .

Gets a flag that determines whether diagnostic messages will be emitted.

Gets a flag that determines whether internal diagnostic messages will be emitted.

Gets a flag that determines whether diagnostic messages will be emitted. If the flag is not set, returns the default value (false).

Gets a flag that determines whether internal diagnostic messages will be emitted. If the flag is not set, returns the default value (false).

Gets a flag that determines the default display name format for test methods.

Gets a flag that determines the default display name format for test methods. If the flag is not present, returns the default value ().

Gets a flag that determines the default display name format options for test methods.

Gets a flag that determines the default display name format options for test methods. If the flag is not present, returns the default value ().

Gets a flag that determines whether theories are pre-enumerated. If they enabled, then the discovery system will return a test case for each row of test data; they are disabled, then the discovery system will return a single test case for the theory.

Gets a flag that determines whether xUnit.net should report test results synchronously.

Gets a flag that determines whether xUnit.net should report test results synchronously. If the flag is not set, returns the default value (false).

Sets a flag that determines whether diagnostic messages will be emitted.

Sets a flag that determines whether internal diagnostic messages will be emitted.

Sets a flag that determines the default display name format for test methods.

Sets the flags that determine the default display options for test methods.

Sets a flag that determines whether theories are pre-enumerated. If they enabled, then the discovery system will return a test case for each row of test data; they are disabled, then the discovery system will return a single test case for the theory.

Sets a flag that determines whether xUnit.net should report test results synchronously.

Gets a flag that determines whether diagnostic messages will be emitted.

Gets a flag that determines whether internal diagnostic messages will be emitted.

Gets a flag that determines whether diagnostic messages will be emitted. If the flag is not present, returns the default value (false).

Gets a flag that determines whether internal diagnostic messages will be emitted. If the flag is not present, returns the default value (false).

Gets a flag to disable parallelization.

Gets a flag to disable parallelization. If the flag is not present, returns the default value (false).

Gets the maximum number of threads to use when running tests in parallel.

Gets the maximum number of threads to use when running tests in parallel. If set to 0 (or not set), the value of is used; if set to a value less than 0, does not limit the number of threads.

Gets a flag that determines whether xUnit.net should report test results synchronously.

Gets a flag that determines whether xUnit.net should report test results synchronously. If the flag is not set, returns the default value (false).

Sets a flag that determines whether diagnostic messages will be emitted.

Sets a flag that determines whether internal diagnostic messages will be emitted.

Sets a flag that determines whether xUnit.net stop testing when a test fails.

Sets a flag to disable parallelization.

Sets the maximum number of threads to use when running tests in parallel. If set to 0 (the default value), does not limit the number of threads.

Sets a flag that determines whether xUnit.net should report test results synchronously.

Rethrows an exception object without losing the existing stack trace information

The exception to re-throw. For more information on this technique, see http://www.dotnetjunkies.com/WebLog/chris.taylor/archive/2004/03/03/8353.aspx. The remote_stack_trace string is here to support Mono.

Unwraps an exception to remove any wrappers, like .

The exception to unwrap. The unwrapped exception.

Guard class, used for guard clauses and argument validation

Methods which help bridge and contain the differences between Type and TypeInfo.