public void CompareUsesFormatStringsFromConfiguration()
{
//Arrange.
PersonEx2 p1 = ModelsHelper.CreatePersonEx2();
PersonEx2 p2 = ModelsHelper.CreatePersonEx2();
DateTime birthDate = DateTime.Now.AddYears(-20);
p1.BirthDate = p2.BirthDate = birthDate;
string fs1 = "yyyyMMdd";
string fs2 = "ddMMyyyy";
var config = ComparerConfigurator.Configure <PersonEx2>(true)
.MapProperty(src => src.BirthDate, dst => dst.BirthDate, true, fs1, fs2);
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult pcr = result[nameof(PersonEx2.BirthDate)];
pcr.Should().NotBeNull();
(pcr.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.StringCoercion);
(pcr.Result & ComparisonResult.NotEqual).Should().Be(ComparisonResult.NotEqual);
pcr.MapUsed.Should().NotBeNull();
pcr.MapUsed.ForceStringValue.Should().BeTrue();
pcr.MapUsed.FormatString.Should().Be(fs1);
pcr.MapUsed.TargetFormatString.Should().Be(fs2);
pcr.Value1.Should().NotBeNull();
pcr.Value1.Should().BeOfType <string>();
pcr.Value1.Should().Be(birthDate.ToString(fs1));
pcr.Value2.Should().NotBeNull();
pcr.Value2.Should().BeOfType <string>();
pcr.Value2.Should().Be(birthDate.ToString(fs2));
}
public void TestSimpleClassHierarchy()
{
var leftObject = new Element()
{
Name = "root",
Content = new Element()
{
Name = "element1",
Content = new Element()
{
Name = "element2",
}
}
};
var rightObject = new Element()
{
Name = "root",
Content = new Element()
{
Name = "element1",
Content = new Element()
{
Name = "element2",
}
}
};
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
ObjectComparer comparer = new ObjectComparer(factory);
bool match = comparer.Compare(leftObject, rightObject);
Assert.True(match, "objects did not match");
}
public void CompareWithCustomComparer()
{
//Arrange.
Mock <IComparer> customComparer = new Mock <IComparer>();
customComparer.Setup(m => m.Compare(It.IsAny <Genders>(), It.IsAny <Genders>()))
.Returns(0)
.Callback <Genders, Genders>((d1, d2) =>
{
if (d1.GetType() != typeof(Genders) || d2.GetType() != typeof(Genders))
{
throw new AssertionException("The arguments of the custom comparer are not of the expected type.");
}
})
.Verifiable("Custom comparer was not invoked.");
Person p1 = ModelsHelper.CreatePerson();
Person p2 = ModelsHelper.CreatePerson();
ObjectComparer comparer = ObjectComparer.Create <Person>();
comparer.Comparers.Add(typeof(Genders), customComparer.Object);
//Act.
var result = comparer.Compare(p1, p2, out bool isDifferent);
//Assert.
customComparer.VerifyAll();
isDifferent.Should().BeFalse();
}
public void CompareTypesDoNotMatch()
{
var leftObject = new Element()
{
Content = 32,
};
var rightObject = new Element()
{
Content = "stringvalue",
};
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
ObjectComparer comparer = new ObjectComparer(factory);
IEnumerable <ObjectComparisonMismatch> mismatches;
bool match = comparer.Compare(leftObject, rightObject, out mismatches);
string[] expectedMismatches = new string[]
{
"ObjectTypesDoNotMatch:Left=RootObject.Content(32) Right=RootObject.Content(stringvalue)",
};
string[] actualMismatches = StringFromMismatches(mismatches);
Assert.False(match);
Assert.True(actualMismatches.Length == expectedMismatches.Length);
for (int index = 0; index < expectedMismatches.Length; index++)
{
Assert.Equal(expectedMismatches[index], actualMismatches[index]);
}
}
public void CompareIEnumerable()
{
Element leftObject = new Element()
{
Name = "root",
Content = new List <string>
{
"hello1",
"hello2",
"hello3"
}
};
Element rightObject = new Element()
{
Name = "root",
Content = new List <string>
{
"hello1",
"hello2",
"hello3"
}
};
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
ObjectComparer comparer = new ObjectComparer(factory);
bool match = comparer.Compare(leftObject, rightObject);
Assert.True(match, "objects did not match");
}
public void CompareObjectWithLoopInSecondLevel()
{
Element leftObject = new Element()
{
Name = "RootElement",
Content = new Element()
{
Name = "ChildElement"
}
};
// child points to root
((Element)leftObject.Content).Content = leftObject;
Element rightObject = new Element()
{
Name = "RootElement",
Content = new Element()
{
Name = "ChildElement"
}
};
// child points to parent
((Element)rightObject.Content).Content = rightObject;
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
ObjectComparer comparer = new ObjectComparer(factory);
bool match = comparer.Compare(leftObject, rightObject);
Assert.True(match, "object with loop did not match");
}
public void CompareObjectValuesDoNotMatch()
{
var leftObject = new Element()
{
Name = "Content1"
};
var rightObject = new Element()
{
Name = "Content2"
};
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
ObjectComparer comparer = new ObjectComparer(factory);
IEnumerable <ObjectComparisonMismatch> mismatches = comparer.Compare(leftObject, rightObject);
string[] expectedMismatches = new string[]
{
"ObjectValuesDoNotMatch:Left=Element.Name(Content1) Right=Element.Name(Content2)",
};
string[] actualMismatches = StringFromMismatches(mismatches);
Assert.False(mismatches.None());
Assert.True(actualMismatches.Length == expectedMismatches.Length);
for (int index = 0; index < expectedMismatches.Length; index++)
{
Assert.Equal(expectedMismatches[index], actualMismatches[index]);
}
}
public void ComplexTypeWithArrayProperties()
{
var obj1 = new TestObject3
{
List = new[]
{
new TestObject2 { PropX = "xyz", PropY = new TestObject1 { Prop1 = "abc", Prop2 = 123 } },
new TestObject2 { PropX = "xyz", PropY = new TestObject1 { Prop1 = "abc", Prop2 = 123 } },
}
};
var obj2 = new TestObject3
{
List = new[]
{
new TestObject2 { PropX = "abc", PropY = new TestObject1 { Prop1 = "x1", Prop2 = 123 } },
new TestObject2 { PropX = "def", PropY = new TestObject1 { Prop1 = "x2", Prop2 = 456 } },
new TestObject2 { PropX = "ghi", PropY = new TestObject1 { Prop1 = "x3", Prop2 = 789 } },
}
};
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(10, result.Count());
CheckComparison(result[0], ComparisonResult.NotEqual, ".List.Length", 2, 3);
CheckComparison(result[1], ComparisonResult.NotEqual, ".List[0].PropX", "xyz", "abc");
CheckComparison(result[2], ComparisonResult.NotEqual, ".List[0].PropY.Prop1", "abc", "x1");
CheckComparison(result[3], ComparisonResult.Equal, ".List[0].PropY.Prop2", 123, 123);
CheckComparison(result[4], ComparisonResult.NotEqual, ".List[1].PropX", "xyz", "def");
CheckComparison(result[5], ComparisonResult.NotEqual, ".List[1].PropY.Prop1", "abc", "x2");
CheckComparison(result[6], ComparisonResult.NotEqual, ".List[1].PropY.Prop2", 123, 456);
CheckComparison(result[7], ComparisonResult.NotEqual, ".List[2].PropX", null, "ghi");
CheckComparison(result[8], ComparisonResult.NotEqual, ".List[2].PropY.Prop1", null, "x3");
CheckComparison(result[9], ComparisonResult.NotEqual, ".List[2].PropY.Prop2", null, 789);
}
public void ComparesEachItemInArrayProperty()
{
var obj1 = new TestObject5 {
PropX = new[] { new TestObject2 {
Prop1 = 123
}, new TestObject2 {
Prop1 = 456
}, }
};
var obj2 = new TestObject5 {
PropX = new[] { new TestObject2 {
Prop1 = 789
}, new TestObject2 {
Prop1 = 456
}, }
};
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(3, result.Count);
CheckComparison(result[0], ComparisonResult.Equal, ".PropX.Length", 2, 2);
CheckComparison(result[1], ComparisonResult.NotEqual, ".PropX[0].Prop1", 123, 789);
CheckComparison(result[2], ComparisonResult.Equal, ".PropX[1].Prop1", 456, 456);
}
public void ComplexTypeWithArrayProperties()
{
var obj1 = new
{
List = new[]
{
new { PropX = "xyz", PropY = new { Prop1 = "abc", Prop2 = 123 } },
new { PropX = "xyz", PropY = new { Prop1 = "abc", Prop2 = 123 } },
}
};
var obj2 = new
{
List = new[]
{
new { PropX = "abc", PropY = new { Prop1 = "x1", Prop2 = 123 } },
new { PropX = "def", PropY = new { Prop1 = "x2", Prop2 = 456 } },
new { PropX = "ghi", PropY = new { Prop1 = "x3", Prop2 = 789 } },
}
};
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(10, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, ".List.Length", 2, 3);
CheckComparison(result[1], ComparisonResult.NotEqual, ".List[0].PropX", "xyz", "abc");
CheckComparison(result[2], ComparisonResult.NotEqual, ".List[0].PropY.Prop1", "abc", "x1");
CheckComparison(result[3], ComparisonResult.Equal, ".List[0].PropY.Prop2", 123, 123);
CheckComparison(result[4], ComparisonResult.NotEqual, ".List[1].PropX", "xyz", "def");
CheckComparison(result[5], ComparisonResult.NotEqual, ".List[1].PropY.Prop1", "abc", "x2");
CheckComparison(result[6], ComparisonResult.NotEqual, ".List[1].PropY.Prop2", 123, 456);
CheckComparison(result[7], ComparisonResult.NotEqual, ".List[2].PropX", null, "ghi");
CheckComparison(result[8], ComparisonResult.NotEqual, ".List[2].PropY.Prop1", null, "x3");
CheckComparison(result[9], ComparisonResult.NotEqual, ".List[2].PropY.Prop2", null, 789);
}
public void CompareCoercesToStringOnDemandFromConfiguration()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
PersonExWithPropMap p2 = ModelsHelper.CreatePersonExWithPropMapping();
var config = ComparerConfigurator.Configure <PersonEx, PersonExWithPropMap>(true)
.MapProperty(src => src.Gender, dst => dst.Gender, true);
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult pcr = result[nameof(Person.Gender)];
pcr.Should().NotBeNull();
(pcr.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.StringCoercion);
pcr.MapUsed.Should().NotBeNull();
pcr.MapUsed.ForceStringValue.Should().BeTrue();
pcr.Value1.Should().NotBeNull();
pcr.Value1.Should().BeOfType <string>();
pcr.Value2.Should().NotBeNull();
pcr.Value2.Should().BeOfType <string>();
}
public void Compare_ComparesStringsCorrectly_CaseInsensitive(string first, string second, bool expectedEquals)
{
var options = new CompareOptions {
DefaultStringComparison = StringComparison.OrdinalIgnoreCase
};
ObjectComparer.Compare(first, second, out _, options).Should().Be(expectedEquals, "result was manually determined");
}
public void ThrowsIfObjectsDoNotHaveSameType()
{
var obj1 = new TestObject1();
var obj2 = new TestObject2();
var sut = new ObjectComparer();
sut.Compare(obj1, obj2);
}
public void CompareObjects(object expected, object actual)
{
IEnumerable <ObjectComparisonMismatch> mismatches = _objectComparer.Compare(expected, actual);
if (mismatches.Any())
{
throw new ObjectMismatchException(mismatches);
}
}
public void ComparesObjectValuesIfObjectsHaveNoProperties()
{
var obj1 = new TestObject1();
var obj2 = new TestObject1();
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(1, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, "", obj1, obj2);
}
public void ComparesObjectValuesIfObjectsHaveNoProperties()
{
var obj1 = new TestObject1();
var obj2 = new TestObject1();
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(1, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, "", obj1, obj2);
}
public void VerifyIgnoreList()
{
AnEntity entity1 = AnEntity.Create(10, null, 100);
AnEntity entity2 = AnEntity.Create(10, null, 100);
entity2.Value = 0;
ObjectComparer comparer = new ObjectComparer();
comparer.AddIgnore("Value");
Assert.That(comparer.Compare(entity1, entity2));
}
public void CompareTypeMismatch(object o1, object o2)
{
//Arrange.
ObjectComparer comparer = ObjectComparer.Create <Person, PersonByRefUdt>();
//Act.
Action act = () => comparer.Compare(o1, o2);
//Assert.
act.Should().Throw <ArgumentException>();
}
public bool CompareServices(Service oldService, Service newService)
{
var difs = ObjectComparer.Compare(oldService, newService);
// It always has 3 differences (Id, AddedDate, ModifiedDate)
if (difs.Where(d => d.Prop != "Id" && d.Prop != "AddedDate" && d.Prop != "ModifiedDate").Any())
{
return(true);
}
return(false);
}
public void IfOneObjectIsNullTheOtherIsStillExploredRecursively()
{
var obj1 = new TestObject5 { PropX = new[] { new TestObject2 { Prop1 = 123 }, new TestObject2 { Prop1 = 456 }, } };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, null).ToList();
Assert.AreEqual(3, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, ".PropX.Length", 2, 0);
CheckComparison(result[1], ComparisonResult.NotEqual, ".PropX[0].Prop1", 123, null);
CheckComparison(result[2], ComparisonResult.NotEqual, ".PropX[1].Prop1", 456, null);
}
public void SimpleType()
{
var obj1 = new { Prop1 = "abc", Prop2 = 123 };
var obj2 = new { Prop1 = "abc", Prop2 = 345 };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(2, result.Count);
CheckComparison(result[0], ComparisonResult.Equal, ".Prop1", "abc", "abc");
CheckComparison(result[1], ComparisonResult.NotEqual, ".Prop2", 123, 345);
}
public void SimpleType()
{
var obj1 = new TestObject1 { Prop1 = "abc", Prop2 = 123 };
var obj2 = new TestObject1 { Prop1 = "abc", Prop2 = 345 };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(2, result.Count());
CheckComparison(result[0], ComparisonResult.Equal, ".Prop1", "abc", "abc");
CheckComparison(result[1], ComparisonResult.NotEqual, ".Prop2", 123, 345);
}
public void CompareSameObject()
{
//Arrange.
Person p1 = ModelsHelper.CreatePerson();
Person p2 = p1;
ObjectComparer comparer = ObjectComparer.Create <Person>();
//Act.
Action act = () => comparer.Compare(p1, p2);
//Assert.
act.Should().Throw <InvalidOperationException>();
}
public void ComplexType()
{
var obj1 = new { PropX = "xyz", PropY = new { Prop1 = "abc", Prop2 = 123 } };
var obj2 = new { PropX = "zyx", PropY = new { Prop1 = "abc", Prop2 = 345 } };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(3, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, ".PropX", "xyz", "zyx");
CheckComparison(result[1], ComparisonResult.Equal, ".PropY.Prop1", "abc", "abc");
CheckComparison(result[2], ComparisonResult.NotEqual, ".PropY.Prop2", 123, 345);
}
public void ComplexType()
{
var obj1 = new TestObject2 { PropX = "xyz", PropY = new TestObject1 { Prop1 = "abc", Prop2 = 123 } };
var obj2 = new TestObject2 { PropX = "zyx", PropY = new TestObject1 { Prop1 = "abc", Prop2 = 345 } };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(3, result.Count());
CheckComparison(result[0], ComparisonResult.NotEqual, ".PropX", "xyz", "zyx");
CheckComparison(result[1], ComparisonResult.Equal, ".PropY.Prop1", "abc", "abc");
CheckComparison(result[2], ComparisonResult.NotEqual, ".PropY.Prop2", 123, 345);
}
public void ComparesEachItemInArrayProperty()
{
var obj1 = new TestObject5 { PropX = new[] { new TestObject2 { Prop1 = 123 }, new TestObject2 { Prop1 = 456 }, } };
var obj2 = new TestObject5 { PropX = new[] { new TestObject2 { Prop1 = 789 }, new TestObject2 { Prop1 = 456 }, } };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(3, result.Count);
CheckComparison(result[0], ComparisonResult.Equal, ".PropX.Length", 2, 2);
CheckComparison(result[1], ComparisonResult.NotEqual, ".PropX[0].Prop1", 123, 789);
CheckComparison(result[2], ComparisonResult.Equal, ".PropX[1].Prop1", 456, 456);
}
public void IndicesPastArrayEndAreTreatedAsNull()
{
var obj1 = new TestObject5 { PropX = new[] { new TestObject2 { Prop1 = 123 }, } };
var obj2 = new TestObject5 { PropX = new[] { new TestObject2 { Prop1 = 789 }, new TestObject2 { Prop1 = 456 }, } };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(3, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, ".PropX.Length", 1, 2);
CheckComparison(result[1], ComparisonResult.NotEqual, ".PropX[0].Prop1", 123, 789);
CheckComparison(result[2], ComparisonResult.NotEqual, ".PropX[1].Prop1", null, 456);
}
public void PropertyNotFound()
{
//Arrange.
PersonEx p1 = ModelsHelper.CreatePersonEx();
Person p2 = ModelsHelper.CreatePerson();
ObjectComparer comparer = ObjectComparer.Create <PersonEx, Person>();
//Act.
var result = comparer.Compare(p1, p2, out bool isDifferent);
//Assert.
isDifferent.Should().BeFalse();
result[nameof(PersonEx.NickName)].Result.Should().Be(ComparisonResult.PropertyNotFound);
}
public void ConfigurationIncludesAttributedPropertyMappings()
{
//Arrange.
PersonExWithPropMap p1 = ModelsHelper.CreatePersonExWithPropMapping();
PersonEx p2 = ModelsHelper.CreatePersonEx();
var config = ComparerConfigurator.Configure <PersonExWithPropMap, PersonEx>();
ObjectComparer comparer = config.CreateComparer();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result[nameof(PersonExWithPropMap.NewNickName)].MapUsed.Should().NotBeNull();
}
public void CompareObjects()
{
// Create two objects with differing property values
Person leftObject = new Person()
{
Name = "Person1",
Age = 15,
Parent = new Person()
{
Name = "ParentOfPerson1",
}
};
Person rightObject = new Person()
{
Name = "Person2",
Age = 15,
Parent = new Person()
{
Name = "ParentOfPerson2",
}
};
// Create the object graph factory
ObjectGraphFactory factory = new PublicPropertyObjectGraphFactory();
// Create a comparer using the factory
ObjectComparer comparer = new ObjectComparer(factory);
// Compare the objects
IEnumerable <ObjectComparisonMismatch> mismatches;
bool match = comparer.Compare(leftObject, rightObject, out mismatches);
// Validate the mismatches when the objects do not match
string[] expectedMismatches = new string[]
{
"ObjectValuesDoNotMatch:Left=RootObject.Parent.Name(ParentOfPerson1) Right=RootObject.Parent.Name(ParentOfPerson2)",
"ObjectValuesDoNotMatch:Left=RootObject.Name(Person1) Right=RootObject.Name(Person2)",
};
string[] actualMismatches = StringFromMismatches(mismatches);
Assert.IsFalse(match);
Assert.IsTrue(actualMismatches.Length == expectedMismatches.Length);
for (int index = 0; index < expectedMismatches.Length; index++)
{
Assert.AreEqual(expectedMismatches[index], actualMismatches[index]);
}
}
public void IgnoreForComparisonAttributeIgnoreForOthers(Type p1Type, Person p1)
{
//Arrange.
PersonEx p2 = ModelsHelper.CreatePersonEx();
ObjectComparer comparer = new ObjectComparer(p1Type, typeof(PersonEx));
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult proprtyResult = result[nameof(PersonExWithIgnore.NickName)];
proprtyResult.Should().NotBeNull();
proprtyResult.Result.Should().Be(ComparisonResult.PropertyIgnored);
}
public void CompareNullablePropertiesSameType(bool date1Null, bool date2Null)
{
//Arrange.
PersonEx2WithPropertyMap p1 = ModelsHelper.CreatePersonEx2WithPropertyMap(date1Null);
PersonEx2 p2 = ModelsHelper.CreatePersonEx2(date2Null);
ObjectComparer comparer = ObjectComparer.Create <PersonEx2WithPropertyMap, PersonEx2>();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult propResult = result[nameof(PersonEx2WithPropertyMap.DateOfBirth)];
propResult.Should().NotBeNull();
}
private void DemoGlobalConfiguration()
{
ObjectComparer.Configure(c => c
.IncludePublicProperties()
.IncludePublicFields()
);
var objB = new ClassB();
var objC = new ClassC();
var result = ObjectComparer.Compare(objB, objC);
Console.WriteLine($"Result:{result.AreEqual}");
Console.WriteLine(result.AggregateAllMessages());
Console.WriteLine();
}
public void Compare_ComparesComplexModels_DefaultOptions_SameObject()
{
const int id = 123;
const string value = "fnord";
var date = DateTime.Now;
const string link = @"http://example.com/subpage/?param=1&other=test";
var options = new CompareOptions().Use(EqualityComparer <Uri> .Default);
var complex = new ComplexModel
{
Codes = new HashSet <string>(new[] { "A", "b", "cee" }),
Link = new Uri(link),
NumberSequence = new List <int> {
1, 2, 3
},
Simple = new SimpleModel
{
Id = id,
Timestamp = date,
Value = value
},
Simples = new[]
{
new SimpleModel
{
Id = id + 1,
Timestamp = date,
Value = value
},
new SimpleModel
{
Id = id + 2,
Timestamp = date,
Value = value
}
},
Nested = new ComplexModel
{
Codes = new HashSet <string>(new[] { "test1", "test2" })
}
};
ReferenceEquals(complex, complex).Should().BeTrue("they are the same objects");
ObjectComparer.Compare(complex, complex, out _, options).Should().BeTrue("they are the same object");
}
public void CompareCoercesToStringOnAttributedDemand(bool date1Null, bool date2Null)
{
//Arrange.
PersonExWithStringCoerce p1 = ModelsHelper.CreatePersonExWithStringCoerce(date1Null);
PersonEx2 p2 = ModelsHelper.CreatePersonEx2(date2Null);
ObjectComparer comparer = ObjectComparer.Create <PersonExWithStringCoerce, PersonEx2>();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult propResult = result[nameof(PersonExWithStringCoerce.DateOfBirth)];
propResult.Should().NotBeNull();
(propResult.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.StringCoercion);
}
public void CompareNonNullableToNullableSameBaseType(bool nullDate)
{
//Arrange.
PersonEx2NonNullable p1 = ModelsHelper.CreatePersonEx2NonNullable();
PersonEx2 p2 = ModelsHelper.CreatePersonEx2(nullDate);
ObjectComparer comparer = ObjectComparer.Create <PersonEx2NonNullable, PersonEx2>();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult propResult = result[nameof(PersonEx2.BirthDate)];
propResult.Should().NotBeNull();
(propResult.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.Undefined, "Comparison without coercion is possible.");
}
public void CompareCoercesToStringOnPropertyTypeMismatch()
{
//Arrange.
PersonEx2 p1 = ModelsHelper.CreatePersonEx2();
PersonEx2StringDate p2 = ModelsHelper.CreatePersonEx2StringDate();
ObjectComparer comparer = ObjectComparer.Create <PersonEx2, PersonEx2StringDate>();
//Act.
var result = comparer.Compare(p1, p2, out bool _);
//Assert.
result.Should().NotBeNull();
PropertyComparisonResult propResult = result[nameof(PersonEx2.BirthDate)];
propResult.Should().NotBeNull();
(propResult.Result & ComparisonResult.StringCoercion).Should().Be(ComparisonResult.StringCoercion);
}
public void ReturnsNotEqualForStringProperty()
{
const string VALUE1 = "abc";
const string VALUE2 = "def";
var obj1 = new TestObject3 { Prop1 = VALUE1 };
var obj2 = new TestObject3 { Prop1 = VALUE2 };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(1, result.Count);
CheckComparison(result[0], ComparisonResult.NotEqual, ".Prop1", VALUE1, VALUE2);
}
public void ReturnsEqualForIntProperty()
{
const int VALUE = 123;
var obj1 = new TestObject2 { Prop1 = VALUE };
var obj2 = new TestObject2 { Prop1 = VALUE };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(1, result.Count);
CheckComparison(result[0], ComparisonResult.Equal, ".Prop1", VALUE, VALUE);
}
public void ThrowsIfObjectsDoNotHaveSameType()
{
var obj1 = new TestObject1();
var obj2 = new TestObject2();
var sut = new ObjectComparer();
sut.Compare(obj1, obj2);
}
public void ReturnsEqualForEnumProperty()
{
const Enum4 VALUE = Enum4.Something;
var obj1 = new TestObject4 { Prop1 = VALUE };
var obj2 = new TestObject4 { Prop1 = VALUE };
var sut = new ObjectComparer();
var result = sut.Compare(obj1, obj2).ToList();
Assert.AreEqual(1, result.Count);
CheckComparison(result[0], ComparisonResult.Equal, ".Prop1", VALUE, VALUE);
}
