public void CanDisplaySimpleConstraints_Unresolved()
{
Assert.That(Is.EqualTo(5).ToString(), Is.EqualTo("<equal 5>"));
Assert.That(Has.Property("X").ToString(), Is.EqualTo("<propertyexists X>"));
Assert.That(Has.Attribute(typeof(TestAttribute)).ToString(),
Is.EqualTo("<attributeexists NUnit.Framework.TestAttribute>"));
}
public void SetUp()
{
parseTree = @"<attribute NUnit.Framework.TestFixtureAttribute <property Description <not <null>>>>";
staticSyntax = Has.Attribute(typeof(TestFixtureAttribute)).Property("Description").Not.Null;
inheritedSyntax = Helper().Attribute(typeof(TestFixtureAttribute)).Property("Description").Not.Null;
builderSyntax = Builder().Attribute(typeof(TestFixtureAttribute)).Property("Description").Not.Null;
}
public void CheckExtensionAttribute()
{
Assert.That(typeof(TeamCityEventListener),
Has.Attribute <ExtensionAttribute>()
.With.Property("EngineVersion").EqualTo("3.4")
.And.Property("Enabled").EqualTo(false));
}
public void TestResultWriterCheckExtensionPropertyAttribute()
{
Assert.That(typeof(TM4JTestResultWriter),
Has.Attribute <ExtensionPropertyAttribute>()
.With.Property("Name").EqualTo("Format")
.And.Property("Value").EqualTo("tm4j"));
}
public void CheckExtensionPropertyAttribute()
{
Assert.That(typeof(NUnit2XmlResultWriter),
Has.Attribute <ExtensionPropertyAttribute>()
.With.Property("Name").EqualTo("Format")
.And.Property("Value").EqualTo("nunit2"));
}
public void whenever_a_deprecated_currency_is_obtained_an_event_is_raised()
{
bool called = false;
CurrencyIsoCode obsolete = CurrencyIsoCode.XXX;
EventHandler <ObsoleteCurrencyEventArgs> callback = (sender, e) =>
{
called = true;
obsolete = e.Code;
};
try
{
Currency.ObsoleteCurrency += callback;
Currency.Get("EEK");
Assert.That(called, Is.True);
Assert.That(obsolete.ToString(), Is.EqualTo("EEK"));
Assert.That(obsolete.AsAttributeProvider(), Has.Attribute <ObsoleteAttribute>());
}
// DO unsubscribe from global events whenever listening isnot needed anymore
finally
{
Currency.ObsoleteCurrency -= callback;
}
}
public void RequiredAttributePresentOnProperty(string prop)
{
var pinfo = _task.GetType()?.GetProperty(prop);
Assert.NotNull(pinfo);
Assert.That(pinfo, Has.Attribute <RequiredAttribute>());
}
public void CheckExtensionPropertyAttribute()
{
Assert.That(typeof(NUnitProjectLoader),
Has.Attribute <ExtensionPropertyAttribute>()
.With.Property("Name").EqualTo("FileExtension")
.And.Property("Value").EqualTo(".nunit"));
}
public void SetUp()
{
parseTree = "<attributeexists NUnit.Framework.TestFixtureAttribute>";
staticSyntax = Has.Attribute(typeof(TestFixtureAttribute));
inheritedSyntax = Helper().Attribute(typeof(TestFixtureAttribute));
builderSyntax = Builder().Attribute(typeof(TestFixtureAttribute));
}
public void IsSerializable()
{
Assert.That(typeof(ConversationException), Has.Attribute <SerializableAttribute>());
var e = new ConversationException("a message");
Assert.That(e, Is.BinarySerializable);
}
public void DisplayPrefixConstraints_Unresolved()
{
Assert.That(Is.Not.EqualTo(5).ToString(), Is.EqualTo("<unresolved <equal 5>>"));
Assert.That(Is.Not.All.EqualTo(5).ToString(), Is.EqualTo("<unresolved <equal 5>>"));
Assert.That(Has.Property("X").EqualTo(5).ToString(), Is.EqualTo("<unresolved <equal 5>>"));
Assert.That(Has.Attribute(typeof(TestAttribute)).With.Property("Description").EqualTo("smoke").ToString(),
Is.EqualTo("<unresolved <equal \"smoke\">>"));
}
public void CanDisplaySimpleConstraints_Resolved()
{
IResolveConstraint constraint = Is.EqualTo(5);
Assert.That(constraint.Resolve().ToString(), Is.EqualTo("<equal 5>"));
constraint = Has.Property("X");
Assert.That(constraint.Resolve().ToString(), Is.EqualTo("<propertyexists X>"));
constraint = Has.Attribute(typeof(TestAttribute)).With.Property("Description").EqualTo("smoke");
Assert.That(constraint.Resolve().ToString(),
Is.EqualTo("<attribute NUnit.Framework.TestAttribute <property Description <equal \"smoke\">>>"));
}
public void DirectoryNames_Configuration()
{
PropertyInfo property = typeof(XmlDocCommentReaderSettings).GetProperty("DirectoryNames");
Assert.That(
property,
Has.Attribute <ConfigurationPropertyAttribute>()
.With.Property("Name").EqualTo("XmlDocCommentDirectories")
.And.Property("IsRequired").True);
Assert.That(
property,
Has.Attribute <ConfigurationCollectionAttribute>()
.With.Property("ItemType").EqualTo(typeof(XmlDocCommentDirectoryElementCollection))
.And.Property("AddItemName").EqualTo("Directory"));
}
public void NUnit3_AssertThat_SingleCustomAttributeOfSpecifiedTypeIsAppliedToTheInspectedAssembly()
{
// Arrange
AssemblyService service = new();
// Act
Assembly assembly = service.GetAssembly();
// Assert
CLSCompliantAttribute?attribute = assembly.GetCustomAttribute <CLSCompliantAttribute>();
Assert.IsNotNull(attribute);
Debug.Assert(attribute is not null);
Assert.IsTrue(attribute.IsCompliant);
// ConstraintBasedAssertModel
Assert.That(assembly,
Has.Attribute <CLSCompliantAttribute>()
.With.Property(nameof(CLSCompliantAttribute.IsCompliant)).True);
}
public void AttributeTestPropertyValueOnMethodInfo()
{
Assert.That(
GetType().GetMethod("AttributeTestPropertyValueOnMethodInfo"),
Has.Attribute(typeof(DescriptionAttribute)).Property("Properties").Property("Keys").Contains("Description"));
}
public void AllValidatorsAreSerializable()
{
var implementors = GetValidatorImplementors();
implementors.ForEach(x => Assert.That(x, Has.Attribute <SerializableAttribute>()));
}
public void AttributeTestPropertyValueOnMethodInfo()
{
Assert.That(
System.Reflection.MethodInfo.GetCurrentMethod(),
Has.Attribute(typeof(DescriptionAttribute)).Property("Description").EqualTo("my description"));
}
/// <summary>
/// Returns a new AttributeConstraint checking for the
/// presence of a particular attribute on an object.
/// </summary>
public ResolvableConstraintExpression Attribute(Type expectedType)
{
return(Has.Attribute(expectedType));
}
public void OrOperatorCanCombineConstraintAndResolvableConstraintExpression()
{
Assert.That(GetType(), Is.EqualTo(7) | Has.Attribute(typeof(TestFixtureAttribute)));
}
public void OrOperatorCanCombineTwoResolvableConstraintExpressions()
{
Assert.That(GetType(), Has.Attribute(typeof(TestFixtureAttribute)) | Has.Attribute(typeof(TestCaseAttribute)));
}
public void AndOperatorCanCombineResolvableConstraintExpressionAndConstraint()
{
Assert.That(GetType(), Has.Attribute(typeof(DescriptionAttribute)) & Is.EqualTo(typeof(AndOperatorOverride)));
}
public void AndOperatorCanCombineTwoResolvableConstraintExpressions()
{
Assert.That(GetType(), Has.Attribute(typeof(TestFixtureAttribute)) & Has.Attribute(typeof(DescriptionAttribute)));
}
public void NotOperatorCanApplyToResolvableConstraintExpression()
{
Assert.That(GetType(), !Has.Attribute(typeof(DescriptionAttribute)));
}
public void CheckExtensionAttribute()
{
Assert.That(typeof(NUnitProjectLoader),
Has.Attribute <ExtensionAttribute>());
}
public void LazyFieldInterceptorMarkedAsSerializable()
{
Assert.That(typeof(DefaultDynamicLazyFieldInterceptor), Has.Attribute <SerializableAttribute>());
}
public void CheckExtensionAttribute()
{
Assert.That(typeof(VisualStudioProjectLoader),
Has.Attribute <ExtensionAttribute>());
}
public void IsSerializable()
{
Assert.That(typeof(ValidatorEngine), Has.Attribute <SerializableAttribute>());
}
public void AllGettersAreMarkedAsSerializable(System.Type concreteAccessor)
{
Assert.That(concreteAccessor, Has.Attribute <SerializableAttribute>());
}
