public void CheckAndRecord(ConstraintsViolations violations)
{
RecordedAssertions.DoesNotThrow(() =>
{
var equatableEquality = TypeOf <T> .EquatableEquality();
if (equatableEquality.HasValue)
{
foreach (var factory1 in _equalInstances)
{
foreach (var factory2 in _equalInstances)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True((bool)equatableEquality.Value().Evaluate(factory1(), factory2()),
"a.Equals(T b) should return true for equal objects", violations),
"a.Equals(T b) should return true for equal objects", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True((bool)equatableEquality.Value().Evaluate(factory2(), factory1()),
"b.Equals<T>(a) should return true for equal objects", violations),
"b.Equals(T a) should return true for equal objects", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(factory1().Equals(factory2()),
"a.Equals(object b) should return true for equal objects", violations),
"a.Equals(object b) should return true for equal objects", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(factory2().Equals(factory1()),
"b.Equals(object a) should return true for equal objects", violations),
"b.Equals(object a) should return true for equal objects", violations);
}
}
}
}, "Should be able to create an object of type " + typeof(T), violations);
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory1 in _equalInstances)
{
foreach (var factory2 in _otherInstances)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(factory1().Equals(factory2()),
"a.Equals(object b) should return false if they are not equal", violations),
"a.Equals(object b) should return false if they are not equal", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False(factory2().Equals(factory1()),
"b.Equals(object a) should return false if they are not equal", violations),
"b.Equals(object a) should return false if they are not equal", violations);
var equatableEquals = TypeOf <T> .EquatableEquality();
if (equatableEquals.HasValue)
{
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False((bool)equatableEquals.Value().Evaluate(factory1(), factory2()),
"a.Equals(T b) should return false if they are not equal", violations),
"a.Equals(T b) should return false if they are not equal", violations);
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.False((bool)equatableEquals.Value().Evaluate(factory2(), factory1()),
"b.Equals(T a) should return false if they are not equal", violations),
"b.Equals(T a) should return false if they are not equal", violations);
}
}
}
}
public void CheckAndRecord(ConstraintsViolations violations)
{
foreach (var factory in _equalInstances.Concat(_otherInstances))
{
RecordedAssertions.DoesNotThrow(() =>
{
var instance1 = factory();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True(instance1.Equals(instance1),
"a.Equals(object a) should return true", violations),
"a.Equals(object a) should return true", violations);
}, "Should be able to create an object of type " + typeof(T), violations);
var equatableEquals = TypeOf <T> .EquatableEquality();
if (equatableEquals.HasValue)
{
var instance1 = factory();
RecordedAssertions.DoesNotThrow(() =>
RecordedAssertions.True((bool)equatableEquals.Value().Evaluate(instance1, instance1),
"a.Equals(a) should return true", violations),
"a.Equals(a) should return true", violations);
}
}
}
