public void CanTraverseAndWriteProperties()
{
//-- Arrange
DeriveClassFrom <object>()
.DefaultConstructor()
.ImplementInterface <AncestorRepository.IPropertyContainersWriter>()
.Method <AncestorRepository.IPropertyContainerOne, AncestorRepository.IPropertyContainerTwo, int>(intf => intf.SetAll).Implement(
(m, container1, container2, value) => {
container1.Prop(x => x.One).Prop(x => x.PropertyOne).Assign(value);
container2.Prop(x => x.Two).Prop(x => x.PropertyOne).Assign(value);
container2.Prop(x => x.Two).Prop(x => x.PropertyTwo).Assign(value);
});
//-- Act
var obj = CreateClassInstanceAs <AncestorRepository.IPropertyContainersWriter>().UsingDefaultConstructor();
var c1 = new PropertyContainerOneImpl()
{
One = new OnePropertyImpl()
};
var c2 = new PropertyContainerTwoImpl()
{
Two = new TwoPropertiesImpl()
};
obj.SetAll(c1, c2, 999);
//-- Assert
Assert.That(c1.One.PropertyOne, Is.EqualTo(999));
Assert.That(c2.Two.PropertyOne, Is.EqualTo(999));
Assert.That(c2.Two.PropertyTwo, Is.EqualTo(999));
}
public void CanTraverseAndReadAndWriteProperties()
{
//-- Arrange
DeriveClassFrom <object>()
.DefaultConstructor()
.ImplementInterface <AncestorRepository.IPropertyContainersWriter>()
.Method <AncestorRepository.IPropertyContainerOne, AncestorRepository.IPropertyContainerTwo, int>(intf => intf.SetAll).Implement(
(m, container1, container2, value) => {
var temp = m.Local <int>(); // int temp;
temp.Assign(container1.Prop(x => x.One).Prop(x => x.PropertyOne)); // temp = container1.One.PropertyOne;
container1.Prop(x => x.One).Prop(x => x.PropertyOne).Assign( // container1.One.PropertyOne =
container2.Prop(x => x.Two).Prop(x => x.PropertyOne)); // container2.Two.PropertyOne;
container2.Prop(x => x.Two).Prop(x => x.PropertyOne).Assign(temp); // container2.Two.PropertyOne = temp;
container2.Prop(x => x.Two).Prop(x => x.PropertyTwo).Assign( // container2.Two.PropertyTwo =
container1.Prop(x => x.One).Prop(x => x.PropertyOne) + // container1.One.PropertyOne +
container2.Prop(x => x.Two).Prop(x => x.PropertyOne) + // container2.Two.PropertyOne +
value); // value;
});
//-- Act
var obj = CreateClassInstanceAs <AncestorRepository.IPropertyContainersWriter>().UsingDefaultConstructor();
var c1 = new PropertyContainerOneImpl()
{
One = new OnePropertyImpl()
};
var c2 = new PropertyContainerTwoImpl()
{
Two = new TwoPropertiesImpl()
};
c1.One.PropertyOne = 111;
c2.Two.PropertyOne = 222;
c2.Two.PropertyTwo = -1;
obj.SetAll(c1, c2, 1000);
//-- Assert
Assert.That(c1.One.PropertyOne, Is.EqualTo(222));
Assert.That(c2.Two.PropertyOne, Is.EqualTo(111));
Assert.That(c2.Two.PropertyTwo, Is.EqualTo(1333));
}
public void CanTraverseAndReadProperties()
{
//-- Arrange
DeriveClassFrom <object>()
.DefaultConstructor()
.ImplementInterface <AncestorRepository.IPropertyContainersReader>()
.Method <AncestorRepository.IPropertyContainerOne, AncestorRepository.IPropertyContainerTwo, int>(intf => intf.SumAll)
.Implement(
(m, container1, container2) => {
var sum = m.Local <int>(initialValue: m.Const(0));
sum.Assign(sum + container1.Prop(x => x.One).Prop(x => x.PropertyOne));
sum.Assign(sum + container2.Prop(x => x.Two).Prop(x => x.PropertyOne));
sum.Assign(sum + container2.Prop(x => x.Two).Prop(x => x.PropertyTwo));
m.Return(sum);
});
//-- Act
var obj = CreateClassInstanceAs <AncestorRepository.IPropertyContainersReader>().UsingDefaultConstructor();
var c1 = new PropertyContainerOneImpl()
{
One = new OnePropertyImpl()
};
var c2 = new PropertyContainerTwoImpl()
{
Two = new TwoPropertiesImpl()
};
c1.One.PropertyOne = 100;
c2.Two.PropertyOne = 11;
c2.Two.PropertyTwo = 22;
var sumA = obj.SumAll(c1, c2);
//-- Assert
Assert.That(sumA, Is.EqualTo(133));
}
