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THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGSETUPFIXTURE
SetUpFixture. This is the attribute that marks a class that contains the one-time setup or teardown methods for all the test fixtures under a given namespace. The class may contain at most one method marked with the OneTimeSetUpAttribute and one method marked with the OneTimeTearDownAttribute. There are a few restrictions on a class thatis
TESTCASESOURCE
IGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated. CONSOLE COMMAND LINE Console Command Line. The console interface runner is invoked by a command in the form. NUNIT3-CONSOLE where inputfiles is one or more assemblies or test projects of a type that NUnit can process and options is zero or more options. Input files and options may be mixed in any order.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areONETIMETEARDOWN
OneTimeTearDown. This attribute is to identify methods that are called once after executing all the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeTearDown methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeTearDown methodsTESTFIXTURESETUP
TestFixtureSetUp. Important. The TestFixtureSetUp attribute has been deprecated. Use OneTimeSetUp Attribute instead. Improve this Doc. NUNIT.ORGNEWSDOWNLOADDOCUMENTATIONCONTACT The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members. NUNIT DOCUMENTATION SITE User Documentation. NUnit covers the core tools of NUnit, including the framework, NUnitLite, and the console runner. NUnit VS Adapter covers the Visual Studio test adapters for both NUnit V2 and V3. NUnit Engine covers the NUnit Engine, the central component all test runnersare built around.
THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGSETUPFIXTURE
SetUpFixture. This is the attribute that marks a class that contains the one-time setup or teardown methods for all the test fixtures under a given namespace. The class may contain at most one method marked with the OneTimeSetUpAttribute and one method marked with the OneTimeTearDownAttribute. There are a few restrictions on a class thatis
TESTCASESOURCE
IGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated. CONSOLE COMMAND LINE Console Command Line. The console interface runner is invoked by a command in the form. NUNIT3-CONSOLE where inputfiles is one or more assemblies or test projects of a type that NUnit can process and options is zero or more options. Input files and options may be mixed in any order.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areONETIMETEARDOWN
OneTimeTearDown. This attribute is to identify methods that are called once after executing all the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeTearDown methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeTearDown methodsTESTFIXTURESETUP
TestFixtureSetUp. Important. The TestFixtureSetUp attribute has been deprecated. Use OneTimeSetUp Attribute instead. Improve this Doc.TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable.COMBINATORIAL
Combinatorial. The CombinatorialAttribute is used on a test to specify that NUnit should generate test cases for all possible combinations of the individual data items provided for the parameters of a test. Since this is the default, use of this attribute is optional. Example. The following test will be executed six times: public void MyTest( int x ATTRIBUTES | NUNIT DOCS Attributes. NUnit uses custom attributes to identify tests. All NUnit attributes are contained in the NUnit.Framework namespace. Each source file that contains tests must include a using statement for that namespace and the project must reference the framework assembly, nunit.framework.dll. This table lists all the attributes supported byNUnit.
TEST SELECTION LANGUAGE Test Selection Language. The console command-line allows you to specify a filter, which will select which tests are executed. This is done using the --where option, followed by an expression in NUnit's Test Selection Language (TSL), a simple domain-specific language designed for this purpose.SETUP | NUNIT DOCS
Notes. Although it is possible to define multiple SetUp methods in the same class, you should rarely do so. Unlike methods defined in separate classes in the inheritance hierarchy, the order in which they are executed is not guaranteed.SETUP AND TEARDOWN
SetUp and TearDown Attribute Usage. SetUpAttribute is now used exclusively for per-test setup.; TearDownAttribute is now used exclusively for per-test teardown.; OneTimeSetUpAttribute is used for one-time setup per test-run. If you run n tests, this event will only occur once.; OneTimeTearDownAttribute is used for one-time teardown per test-run. If you run n tests, this eventPARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases are CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areASSERT.THROWS
Assert.Throws. The Assert.Throws method is pretty much in a class by itself. Rather than comparing values, it attempts to invoke a code snippet, represented as a delegate, in order to verify that it throws a particular exception. NUNIT.ORGNEWSDOWNLOADDOCUMENTATIONCONTACT The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members. NUNIT DOCUMENTATION SITE User Documentation. NUnit covers the core tools of NUnit, including the framework, NUnitLite, and the console runner. NUnit VS Adapter covers the Visual Studio test adapters for both NUnit V2 and V3. NUnit Engine covers the NUnit Engine, the central component all test runnersare built around.
THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGIGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.SETUPFIXTURE
SetUpFixture. This is the attribute that marks a class that contains the one-time setup or teardown methods for all the test fixtures under a given namespace. The class may contain at most one method marked with the OneTimeSetUpAttribute and one method marked with the OneTimeTearDownAttribute. There are a few restrictions on a class thatis
STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
TESTCASESOURCE
PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areONETIMETEARDOWN
OneTimeTearDown. This attribute is to identify methods that are called once after executing all the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeTearDown methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeTearDown methodsTESTFIXTURESETUP
TestFixtureSetUp. Important. The TestFixtureSetUp attribute has been deprecated. Use OneTimeSetUp Attribute instead. Improve this Doc. NUNIT.ORGNEWSDOWNLOADDOCUMENTATIONCONTACT The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members. NUNIT DOCUMENTATION SITE User Documentation. NUnit covers the core tools of NUnit, including the framework, NUnitLite, and the console runner. NUnit VS Adapter covers the Visual Studio test adapters for both NUnit V2 and V3. NUnit Engine covers the NUnit Engine, the central component all test runnersare built around.
THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGIGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.SETUPFIXTURE
SetUpFixture. This is the attribute that marks a class that contains the one-time setup or teardown methods for all the test fixtures under a given namespace. The class may contain at most one method marked with the OneTimeSetUpAttribute and one method marked with the OneTimeTearDownAttribute. There are a few restrictions on a class thatis
STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
TESTCASESOURCE
PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areONETIMETEARDOWN
OneTimeTearDown. This attribute is to identify methods that are called once after executing all the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeTearDown methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeTearDown methodsTESTFIXTURESETUP
TestFixtureSetUp. Important. The TestFixtureSetUp attribute has been deprecated. Use OneTimeSetUp Attribute instead. Improve this Doc.NUNIT.ORG
The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members.STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable. TESTCASE | NUNIT DOCS TestCase. TestCaseAttribute serves the dual purpose of marking a method with parameters as a test method and providing inline data to be used when invoking that method. Here is an example of a test being run three times, with three different sets of data: public void DivideTest(int n, int d, int q) { Assert.AreEqual(q, n / d); } TEST SELECTION LANGUAGE Test Selection Language. The console command-line allows you to specify a filter, which will select which tests are executed. This is done using the --where option, followed by an expression in NUnit's Test Selection Language (TSL), a simple domain-specific language designed for this purpose.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases are CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areTESTFIXTURE
TestFixture. This is the attribute that marks a class that contains tests and, optionally, setup or teardown methods. Most restrictions on a class that is used as a test fixture have now been eliminated. A test fixture class: May be public, protected, private or internal. May be a static class. May be generic, so long as any type parameters areSINGLETHREADED
SingleThreaded. SingleThreadedAttribute is used on a TestFixture and indicates that the OneTimeSetUp, OneTimeTearDown and all the child tests must run on the same thread. Improve this Doc.COLLECTIONASSERT
CollectionAssert. The CollectionAssert class provides a number of methods that are useful when examining collections and their contents or for comparing two collections. These methods may be used with any object implementing IEnumerable. The AreEqual overloads succeed if the corresponding elements of the two collections are equal. AreEquivalent THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGIGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable. UPGRADING | NUNIT DOCS Upgrading. This document assumes you are upgrading to NUnit 3.0 from NUnit 2.6 or later. While it's possible to upgrade from an earlier version, you will need to take into account many additional changes in NUnit, which are not described here. If this is your situation, be sure to check the release notes for earlier versions of NUnit as well. CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areSINGLETHREADED
SingleThreaded. SingleThreadedAttribute is used on a TestFixture and indicates that the OneTimeSetUp, OneTimeTearDown and all the child tests must run on the same thread. Improve this Doc.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areCOLLECTIONASSERT
CollectionAssert. The CollectionAssert class provides a number of methods that are useful when examining collections and their contents or for comparing two collections. These methods may be used with any object implementing IEnumerable. The AreEqual overloads succeed if the corresponding elements of the two collections are equal. AreEquivalent THEORY | NUNIT DOCSSEE MORE ON DOCS.NUNIT.ORGIGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable. UPGRADING | NUNIT DOCS Upgrading. This document assumes you are upgrading to NUnit 3.0 from NUnit 2.6 or later. While it's possible to upgrade from an earlier version, you will need to take into account many additional changes in NUnit, which are not described here. If this is your situation, be sure to check the release notes for earlier versions of NUnit as well. CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areSINGLETHREADED
SingleThreaded. SingleThreadedAttribute is used on a TestFixture and indicates that the OneTimeSetUp, OneTimeTearDown and all the child tests must run on the same thread. Improve this Doc.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areNUNIT.ORG
The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members.COLLECTIONASSERT
CollectionAssert. The CollectionAssert class provides a number of methods that are useful when examining collections and their contents or for comparing two collections. These methods may be used with any object implementing IEnumerable. The AreEqual overloads succeed if the corresponding elements of the two collections are equal. AreEquivalentTHEORY | NUNIT DOCS
Theory. A Theory is a special type of test, used to verify a general statement about the system under development. Normal tests are example-based.That is, the developer supplies one or more examples of inputs and expected outputs either within the code of the test or - in the case of Parameterized Tests - as arguments to the test method. A theory, on the other hand, makes a general statementSETUP | NUNIT DOCS
Notes. Although it is possible to define multiple SetUp methods in the same class, you should rarely do so. Unlike methods defined in separate classes in the inheritance hierarchy, the order in which they are executed is not guaranteed.STRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
UPGRADING | NUNIT DOCS Upgrading. This document assumes you are upgrading to NUnit 3.0 from NUnit 2.6 or later. While it's possible to upgrade from an earlier version, you will need to take into account many additional changes in NUnit, which are not described here. If this is your situation, be sure to check the release notes for earlier versions of NUnit as well.COMBINATORIAL
Combinatorial. The CombinatorialAttribute is used on a test to specify that NUnit should generate test cases for all possible combinations of the individual data items provided for the parameters of a test. Since this is the default, use of this attribute is optional. Example. The following test will be executed six times: public void MyTest( int xONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areLEVELOFPARALLELISM
LevelOfParallelism. This is an assembly-level attribute, which may be used to specify the level of parallelism, that is, the maximum number of worker threads executing tests in the assembly. It may be overridden using a command-line option in the console runner. This attribute is optional. If it is not specified, NUnit uses the processor count or 2, whichever is greater.NONPARALLELIZABLE
NonParallelizable. This attribute is used to indicate that the test on which it appears may not be run in parallel with any other tests. The attribute takes no arguments and may be used at the assembly, class or method level. When used at the assembly level, its only effect is NUNIT DOCUMENTATION SITE User Documentation. NUnit covers the core tools of NUnit, including the framework, NUnitLite, and the console runner. NUnit VS Adapter covers the Visual Studio test adapters for both NUnit V2 and V3. NUnit Engine covers the NUnit Engine, the central component all test runnersare built around.
IGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.TESTFIXTURESOURCE
UPGRADING | NUNIT DOCS Upgrading. This document assumes you are upgrading to NUnit 3.0 from NUnit 2.6 or later. While it's possible to upgrade from an earlier version, you will need to take into account many additional changes in NUnit, which are not described here. If this is your situation, be sure to check the release notes for earlier versions of NUnit as well.TESTCASESOURCE
TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable. TESTCASE | NUNIT DOCS TestCase. TestCaseAttribute serves the dual purpose of marking a method with parameters as a test method and providing inline data to be used when invoking that method. Here is an example of a test being run three times, with three different sets of data: public void DivideTest(int n, int d, int q) { Assert.AreEqual(q, n / d); } CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areSINGLETHREADED
SingleThreaded. SingleThreadedAttribute is used on a TestFixture and indicates that the OneTimeSetUp, OneTimeTearDown and all the child tests must run on the same thread. Improve this Doc. NUNIT DOCUMENTATION SITE User Documentation. NUnit covers the core tools of NUnit, including the framework, NUnitLite, and the console runner. NUnit VS Adapter covers the Visual Studio test adapters for both NUnit V2 and V3. NUnit Engine covers the NUnit Engine, the central component all test runnersare built around.
IGNORE | NUNIT DOCS
Ignore. IgnoreAttribute is used to indicate that a test should not be executed for some reason. Note that with NUnit 3, the reason must be specified. Ignored tests are displayed by the runners as warnings in order to provide a reminder that the test needs to be corrected or otherwise changed and re-instated.TESTFIXTURESOURCE
UPGRADING | NUNIT DOCS Upgrading. This document assumes you are upgrading to NUnit 3.0 from NUnit 2.6 or later. While it's possible to upgrade from an earlier version, you will need to take into account many additional changes in NUnit, which are not described here. If this is your situation, be sure to check the release notes for earlier versions of NUnit as well.TESTCASESOURCE
TESTCASEDATA
The TestCaseData class provides extended test case information for a parameterized test, although any object deriving from TestCaseParameters may be used. Unlike NUnit 2, you cannot implement ITestCaseData, you must derive from TestCaseParameters. This example uses the fluent interface supported by TestCaseData to make the program more readable. TESTCASE | NUNIT DOCS TestCase. TestCaseAttribute serves the dual purpose of marking a method with parameters as a test method and providing inline data to be used when invoking that method. Here is an example of a test being run three times, with three different sets of data: public void DivideTest(int n, int d, int q) { Assert.AreEqual(q, n / d); } CATEGORY | NUNIT DOCS Custom Category Attributes. Custom attributes that derive from CategoryAttribute will be recognized by NUnit. The default protected constructor of CategoryAttribute sets the category name to the name of your class. Here's an example that creates a category of Critical tests. It works just like any other category, but has a simplersyntax.
ONETIMESETUP
OneTimeSetUp. This attribute is to identify methods that are called once prior to executing any of the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeSetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeSetUp methods areSINGLETHREADED
SingleThreaded. SingleThreadedAttribute is used on a TestFixture and indicates that the OneTimeSetUp, OneTimeTearDown and all the child tests must run on the same thread. Improve this Doc.NUNIT.ORG
The NUnit Project is a member of the .NET Foundation.NUnit is run by the core team, Rob Prouse, Charlie Poole, Terje Sandstrom, Chris Maddock, Joseph Musser and Mikkel Nylander Bundgaard.The .NET Foundation will provide guidance and support to help ensure the future of the project.. The success of NUnit has been made possible through the hard work of our many contributors and team members. DOWNLOADS - NUNIT.ORG The preferred way to download NUnit is through the NuGet package manager. The latest releases of can always be found on the relevant GitHub releases pages. Latest NUnit 3 Releases. NUnit 3.13.2. April27, 2021.
SETUP AND TEARDOWN
SetUp and TearDown Attribute Usage. SetUpAttribute is now used exclusively for per-test setup.; TearDownAttribute is now used exclusively for per-test teardown.; OneTimeSetUpAttribute is used for one-time setup per test-run. If you run n tests, this event will only occur once.; OneTimeTearDownAttribute is used for one-time teardown per test-run. If you run n tests, this eventASSERT.THROWS
Assert.Throws. The Assert.Throws method is pretty much in a class by itself. Rather than comparing values, it attempts to invoke a code snippet, represented as a delegate, in order to verify that it throws a particular exception.PARAMETERIZED TESTS
Parameterized Tests. NUnit supports parameterized tests. Test methods may have parameters and various attributes are available to indicate what arguments should be supplied by NUnit. Multiple sets of arguments cause the creation of multiple tests. All arguments are created at the point of loading the tests, so the individual test cases areSETUP | NUNIT DOCS
SetUp. This attribute is used inside a Test Fixture to provide a common set of functions that are performed just before each test method is called. SetUp methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple SetUp methods are only defined at different levelsof an inheritance
TESTFIXTURE
TestFixture. This is the attribute that marks a class that contains tests and, optionally, setup or teardown methods. Most restrictions on a class that is used as a test fixture have now been eliminated. A test fixture class: May be public, protected, private or internal. May be a static class. May be generic, so long as any type parameters areSTRINGASSERT
StringAssert. The StringAssert class provides a number of methods that are useful when examining string values. StringAssert.Contains (string expected, string actual); StringAssert.Contains (string expected, string actual, string message, params object args); StringAssert.DoesNotContain (string expected, string actual);StringAssert
ONETIMETEARDOWN
OneTimeTearDown. This attribute is to identify methods that are called once after executing all the tests in a fixture. It may appear on methods of a TestFixture or a SetUpFixture. OneTimeTearDown methods may be either static or instance methods and you may define more than one of them in a fixture. Normally, multiple OneTimeTearDown methodsNONPARALLELIZABLE
NonParallelizable. This attribute is used to indicate that the test on which it appears may not be run in parallel with any other tests. The attribute takes no arguments and may be used at the assembly, class or method level. When used at the assembly level, its only effect isToggle navigation
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__ WHAT IS NUNIT?
NUnit is a unit-testing framework for all .Net languages. Initially ported from JUnit , the current production release, version 3, has been completely rewritten with many new features and support for a wide range of .NET platforms. __ NUNIT IS A PART OF THE .NET FOUNDATION The NUnit Project is a member of the .NET Foundation . NUnit is run by the core team, Rob Prouse , Charlie Poole, Terje Sandstrom ,
Chris Maddock , Joseph Musser and Mikkel Nylander Bundgaard . The .NET Foundation will provide guidance and support to help ensure the future of the project. The success of NUnit has been made possible through the hard work of our many contributorsand team members
. The Core Team thanks everyone for the help and contributions that have made NUnit the success that it is. At last count, the various NUnit packages passed 126 MILLION DOWNLOADS on NuGet.org . We couldn't have done that without the dedication of the many volunteers that donate their time and knowledge to the project.__ LICENSE
NUnit is Open Source software and NUnit 3 is released under the MIT license . Earlier releases used the NUnitlicense .
Both of these licenses allow the use of NUnit in free and commercial applications and libraries without restrictions.__ ABOUT US
NUnit 3 was created by Charlie Poole , Rob Prouse , Simone Busoli , Neil Colvin and numerous communitycontributors.
Earlier versions of NUnit were developed by Charlie Poole, James Newkirk, Alexei Vorontsov, Michael Two and Philip Craig. Copyright © 2019, Charlie Poole, Rob Prouse. CC BY-NC-SA 4.0 License Supported by the .NET FoundationDetails
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