public void CheckAndRecord(ConstraintsViolations violations)
{
var instance1 = _activator.CreateInstanceAsValueObjectWithFreshParameters();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.EqualInTermsOfEqualityOperator(_activator.TargetType, instance1, instance1),
"a == a should return true", violations), "a == a should return true", violations);
}
public bool HasAttribute <T>(T expectedAttribute) where T : Attribute
{
var attrs = Attribute.GetCustomAttributes(_methodInfo, typeof(T));
var any = attrs.Any(
currentAttribute => Are.Alike(expectedAttribute, currentAttribute)
);
return(any);
}
public bool HasAttribute(Type attributeType, Attribute expectedAttribute)
{
var attrs = Attribute.GetCustomAttributes(_methodInfo, attributeType);
var any = attrs.Any(
currentAttribute => Are.Alike(expectedAttribute, currentAttribute)
);
return(any);
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory in _equalInstances.Concat(_otherInstances))
{
var instance = factory();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.NotEqualInTermsOfInEqualityOperator(typeof(T), instance, instance),
"a != a should return false", violations),
"a != a should return false", violations);
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
var instance1 = _activator.CreateInstanceAsValueObjectWithFreshParameters();
var instance2 = _activator.CreateInstanceAsValueObjectWithPreviousParameters();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, instance1, instance2),
"a != b should return false if both are created with the same arguments", violations),
"a != b should return false if both are created with the same arguments", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, instance2, instance1),
"b != a should return false if both are created with the same arguments", violations),
"b != a should return false if both are created with the same arguments", violations);
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory1 in _equalInstances)
{
foreach (var factory2 in _otherInstances)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(typeof(T), factory1(), factory2()),
"a != b should return true if they are not equal", violations),
"a != b should return true if they are not equal", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(typeof(T), factory1(), factory2()),
"b != a should return true if if they are not equal", violations),
"b != a should return true if if they are not equal", violations);
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory in _equalInstances)
{
var instance1 = factory();
var instance2 = factory();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.NotEqualInTermsOfInEqualityOperator(typeof(T), instance1, instance2),
"a != b should return false for equal values", violations),
"a != b should return false for equal values", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.NotEqualInTermsOfInEqualityOperator(typeof(T), instance2, instance1),
"b != a should return false for equal values", violations),
"b != a should return false for equal values", violations);
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory1 in _equalInstances)
{
foreach (var factory2 in _otherInstances)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.EqualInTermsOfEqualityOperator(typeof(T), factory1(), factory2()),
"a == b should return false for not equal values", violations),
"a == b should return false for not equal values", violations
);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.EqualInTermsOfEqualityOperator(typeof(T), factory2(), factory1()),
"b == a should return false for not equal values", violations),
"b == a should return false for not equal values", violations
);
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
if (!typeof(T).IsValueType)
{
foreach (var factory in _equalInstances.Concat(_otherInstances))
{
var instance1 = factory();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.EqualInTermsOfEqualityOperator(typeof(T), instance1, null),
"a == null should return false", violations),
"a == null should return false", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(Are.EqualInTermsOfEqualityOperator(typeof(T), null, instance1),
"null == a should return false", violations),
"null == a should return false", violations);
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory1 in _equalInstances)
{
foreach (var factory2 in _equalInstances)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.EqualInTermsOfEqualityOperator(typeof(T), factory1(), factory2()),
"a == b should return true if both are created with the same arguments that define equality", violations),
"a == b should return true if both are created with the same arguments that define equality", violations
);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.EqualInTermsOfEqualityOperator(typeof(T), factory2(), factory1()),
"b == a should return true if both are created with the same arguments that define equality", violations),
"b == a should return true if both are created with the same arguments that define equality", violations
);
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
var instance1 = _activator.CreateInstanceAsValueObjectWithFreshParameters();
for (var i = 0; i < _activator.GetConstructorParametersCount(); ++i)
{
if (ArgumentIsPartOfValueIdentity(i))
{
var instance2 = _activator.CreateInstanceAsValueObjectWithModifiedParameter(i);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, instance1, instance2),
"a != b should return true if both are created with different argument" + i, violations),
"a != b should return true if both are created with different argument" + i, violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, instance1, instance2),
"b != a should return true if both are created with different argument" + i, violations),
"b != a should return true if both are created with different argument" + i, violations);
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
var instance1 = _activator.CreateInstanceAsValueObjectWithFreshParameters();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, instance1, null),
"a != null should return true", violations),
"a != null should return true", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(Are.NotEqualInTermsOfInEqualityOperator(_activator.TargetType, null, instance1),
"null != a should return true", violations),
"null != a should return true", violations);
//TODO remove?
object null1 = null;
object null2 = null;
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(null1 != null2,
"null != null should be false", violations),
"null != null should be false", violations);
}
public static T IsLike <T>(T expected)
{
return(Arg.Is <T>(arg => Are.Alike(expected, arg)));
}
public void Returns_Clause_Containing_The_Word_And_Once_For_Two_Clauses()
{
var clause = Are.AreAllOfTheseTrue(Column.Named("Foo").IsEqualTo(12), Column.Named("Bar").IsGreaterThan("asdf"));
StringAssert.Contains(clause.ToString(), "AND");
}
public void Returns_Clause_With_Two_Ands_For_Three_Clauses()
{
var clause = Are.AreAllOfTheseTrue(Column.Named("Foo").IsEqualTo(12), Column.Named("Bar").IsGreaterThan("asdf"), Column.Named("Baz").IsLessThan(4.2));
Assert.AreEqual <int>(3, Regex.Split(clause.ToString(), "AND").Count());
}
public void Returns_Object_With_Two_Ors_For_Three_Parameters()
{
var clause = Are.AnyOfTheseTrue(Column.Named("Foo").IsEqualTo(12), Column.Named("Bar").IsGreaterThan("asdf"), Column.Named("Baz").IsLessThan(4.2));
Assert.AreEqual <int>(3, Regex.Split(clause.ToString(), "OR").Count());
}
public void Returns_Clause_With_Word_Or_In_It()
{
var clause = Are.AnyOfTheseTrue(Column.Named("Foo").IsEqualTo(12), Column.Named("Bar").IsGreaterThan("asdf"));
StringAssert.Contains(clause.ToString(), "OR");
}
public void Returns_Or_Object()
{
var clause = Are.AnyOfTheseTrue(Column.Named("Foo").IsEqualTo(12), Column.Named("Bar").IsGreaterThan("asdf"));
Assert.IsInstanceOfType(clause, typeof(Or));
}
