public void FailedTestDefaultMerger()
{
StringBuilder buffer = new StringBuilder();
var merger = FactoryMapper.DynamicResolutionMerger<Student, Person>
(
r => { throw new Exception("error"); },
r => buffer.AppendLine(string.Format("ToString after mapping: {0}", r.ToString()))
);
Student st = new Student { Name = "mario", Surname = "monti", AnnoNascita = 1 };
Person pr = new Person();
merger.Merge(st, pr);
}
public void TestInterfaceToClass1()
{
var mapper = FactoryMapper.DynamicResolutionMapper<IPersonHeader, PersonDetails>();
Assert.IsNotNull(mapper);
IPersonHeader ps = new Person{ Name = "name", Surname = "surname", AnnoNascita = 1980, Parent = null };
PersonDetails res = mapper.Map(ps);
Assert.IsNotNull(res);
}
public void TestInterfaceToClass2()
{
var mapper = FactoryMapper.DynamicResolutionMapper(typeof(IPersonHeader), typeof(PersonDetails));
Assert.IsNotNull(mapper);
IPersonHeader ps = new Person { Name = "name", Surname = "surname", AnnoNascita = 1980, Parent = null };
object res = mapper.Map(ps);
Assert.IsNotNull(res);
}
public void TestDefaultMerger2()
{
StringBuilder buffer = new StringBuilder();
var merger = FactoryMapper.DynamicResolutionMerger<Student, Person>
(
n => buffer.AppendLine(string.Format("ToString before mapping: {0}", n.ToString())),
r => buffer.AppendLine(string.Format("ToString after mapping: {0}", r.ToString()))
);
Student st = new Student { Name = "mario", Surname = "monti", AnnoNascita = 1 };
Person pr = new Person();
merger.Merge(st, pr);
Assert.AreEqual(st.Name, pr.Name);
Assert.AreEqual(st.Surname, pr.Surname);
Assert.AreEqual(st.AnnoNascita, pr.AnnoNascita);
}
public void TestDefaultMergerIgnoringException()
{
StringBuilder buffer = new StringBuilder();
IList<IPropertyMapper<Student, Person>> propMappers = new List<IPropertyMapper<Student, Person>>
{
new PropertyMapper<Student, Person>( (student, person) => person.Name = student.Name, "Name", "Name")
,new PropertyMapper<Student, Person>( (student, person) => person.AnnoNascita = student.AnnoNascita )
,new PropertyMapper<Student, Person>( (student, person) => person.Parent = ((Student)null).Father )
};
var merger = new SourceMerger<Student, Person>(propMappers,
null,
r => buffer.AppendLine(string.Format("ToString after mapping: {0}", r.ToString()))
);
Student st = new Student { Name = "mario", Surname = "monti", AnnoNascita = 1 };
Person pr = new Person();
merger.IgnoreExceptionOnMapping = true;
merger.Merge(st, pr);
merger.IgnoreExceptionOnMapping = false;
merger.Merge(st, pr);
}
public void TestDefaultMerger()
{
var merger = FactoryMapper.DynamicResolutionMerger<Student, Person>();
Assert.IsTrue(merger.PropertyMappers.Count() == 3);
Student st = new Student { Name = "mario", Surname = "monti", AnnoNascita = 1 };
Person pr = new Person();
merger.Merge(st, pr);
Assert.AreEqual(st.Name, pr.Name);
Assert.AreEqual(st.Surname, pr.Surname);
Assert.AreEqual(st.AnnoNascita, pr.AnnoNascita);
}
public void MakeTransformerBuilderTest4()
{
TransformerObserver observer = new TransformerObserver();
var mapper = observer.MakeTransformerBuilder<Person, Student>(BuilderType.DynamicResolver);
mapper.Include(new PropertyMapper<Person, Student>((person, student) => student.Father = person.Parent, "Father", "Parent"));
mapper.BuildMapper();
Assert.IsNotNull(mapper);
Person ps = new Person
{
Name = "name",
Surname = "surname",
AnnoNascita = 1980,
Parent = new Person
{
Name = "parent_name",
Surname = "parent_surname"
}
};
var resDto = observer.TryToMap<Person, Student>(ps);
Assert.IsNotNull(resDto);
Assert.IsNotNull(resDto.Father);
var resDto1 = observer.TryToMap(ps, typeof(Student));
Assert.IsNotNull(resDto1);
Assert.IsNotNull(resDto1.GetType().GetProperty("Father").GetValue(resDto1, null));
Assert.IsTrue(resDto1 is Student);
var resDto2 = observer.TryToMap<Person, Student>(ps, "mykey");
Assert.IsNull(resDto2);
var resDto3 = observer.TryToMap(ps, typeof(Student), "mykey");
var resDto4 = observer.TryToMap(ps, null, "mykey");
Assert.IsNull(resDto3);
Assert.IsNull(resDto4);
}
public void MakeTransformerBuilderTest3()
{
TransformerObserver observer = new TransformerObserver();
var mapper = observer.MakeTransformerBuilder<Person, Student>(BuilderType.DynamicResolver);
/*
* here It's possible to add / delete property mappers.
*/
// before using the mapper object, It's needed to build it in order to associate into TransformerObserver
mapper.BuildMapper();
Assert.IsNotNull(mapper);
Person ps = new Person
{
Name = "name",
Surname = "surname",
AnnoNascita = 1980,
Parent = new Person
{
Name = "parent_name",
Surname = "parent_surname"
}
};
var resDto = observer.TryToMap<Person, Student>(ps);
Assert.IsNotNull(resDto);
Assert.IsNull(resDto.Father);
var resDto1 = observer.TryToMap(ps, typeof(Student));
Assert.IsNotNull(resDto1);
Assert.IsNull(resDto1.GetType().GetProperty("Father").GetValue(resDto1, null));
Assert.IsTrue(resDto1 is Student);
var resDto2 = observer.TryToMap<Person, Student>(ps, "mykey");
Assert.IsNull(resDto2);
var resDto3 = observer.TryToMap(ps, typeof(Student), "mykey");
Assert.IsNull(resDto3);
}
public void MakeTransformerBuilderTest2()
{
TransformerObserver observer = new TransformerObserver();
var mapper = observer.MakeTransformerBuilder<IPersonHeader, PersonDetails>(BuilderType.DefaultMappers);
mapper.BuildMapper();
Assert.IsNotNull(mapper);
IPersonHeader ps = new Person { Name = "name", Surname = "surname", AnnoNascita = 1980, Parent = null };
var resDto = observer.TryToMap<IPersonHeader, PersonDetails>(ps);
Assert.IsNotNull(resDto);
var resDto1 = observer.TryToMap(ps, typeof(PersonDetails));
Assert.IsNotNull(resDto1);
Assert.IsTrue(resDto1 is PersonDetails);
var resDto2 = observer.TryToMap<IPersonHeader, PersonDetails>(ps, "mykey");
Assert.IsNull(resDto2);
var resDto3 = observer.TryToMap(ps, typeof(PersonDetails), "mykey");
Assert.IsNull(resDto3);
}
public void Test3()
{
Type t1 = typeof(ISimpleMapper<Student, Person>);
Type t2 = typeof(ISourceMapper<Student, Person>);
Assert.IsTrue(t1.IsAssignableFrom(t2));
Assert.IsFalse(t2.IsSubclassOf(t1));
Person p1 = new Person();
PersonaGiuridica p2 = new PersonaGiuridica();
Type t0 = p1.GetType();
Assert.IsTrue(t0.IsInstanceOfType(p1));
Assert.IsTrue(t0.IsInstanceOfType(p2));
}