public void TestMethodWinRTCompNet()
{
// C# WinRT Person
WinRTCompNet.Person person = new WinRTCompNet.Person(NAME_DARTH, SURNAME_VADOR);
Assert.AreEqual(NAME_DARTH, person.Name);
// C++ WinRT IPerson interface
WinRTCompV2.IPerson personItf;
// C++ WinRT Person class
WinRTCompV2.Person personV2 = new WinRTCompV2.Person(NAME_LUKE, SURNAME_SKYWALKER);
// the interface is now implemented by the C# person
personItf = person;
Assert.AreEqual(NAME_DARTH, personItf.Name);
Assert.AreEqual(SURNAME_VADOR, personItf.Surname);
// the interface is now implemented by the C++ Person
personItf = personV2;
Assert.AreEqual(NAME_LUKE, personItf.Name);
Assert.AreEqual(SURNAME_SKYWALKER, personItf.Surname);
// Create a C# Address and Citizen
WinRTCompNet.Address addressDarth = new WinRTCompNet.Address(STREET_DARTH, ZIP_DARTH, CITY_DARTH);
WinRTCompNet.Citizen citizenDarth = new WinRTCompNet.Citizen(NAME_DARTH, SURNAME_VADOR, addressDarth);
// This method is only in the C# Citizen component. The compiler has created
// a default interface for that component. This interface is NOT ICitizen
string display = citizenDarth.FormatDisplay();
// Put the C# Address in the IAddress C++ interface
WinRTCompV2.IAddress addressItf = citizenDarth.Address;
Assert.AreEqual(STREET_DARTH, addressItf.Street);
Assert.AreEqual(ZIP_DARTH, addressItf.ZipCode);
Assert.AreEqual(CITY_DARTH, addressItf.City);
// Put the C# Citizen in the ICitizen C++ interface. The method FormatDisplay() is not visible
WinRTCompV2.ICitizen citizenItf = citizenDarth;
Assert.AreEqual(NAME_DARTH, citizenItf.Name);
Assert.AreEqual(SURNAME_VADOR, citizenItf.Surname);
}
public void TestMethodWinRTCompNetDll()
{
// C# WinRT Person
WinRTCompNetDll.Person person = new WinRTCompNetDll.Person(NAME_DARTH, SURNAME_VADOR);
Assert.IsTrue(person.CanSave());
// Note: Because the interface is implemented explicitly, it is necessary to put the
// instance in the IPerson interface to access it.
// C++ WinRT IPerson interface
WinRTCompV2.IPerson personItf;
// C++ WinRT Person class
WinRTCompV2.Person personV2 = new WinRTCompV2.Person(NAME_LUKE, SURNAME_SKYWALKER);
// the interface is now implemented by the C# person
personItf = person;
Assert.AreEqual(NAME_DARTH, personItf.Name);
Assert.AreEqual(SURNAME_VADOR, personItf.Surname);
// the interface is now implemented by the C++ Person
personItf = personV2;
Assert.AreEqual(NAME_LUKE, personItf.Name);
Assert.AreEqual(SURNAME_SKYWALKER, personItf.Surname);
// Create a C# Address and Citizen
WinRTCompNetDll.Address addressDarth = new WinRTCompNetDll.Address(STREET_DARTH, ZIP_DARTH, CITY_DARTH);
WinRTCompNetDll.Citizen citizenDarth = new WinRTCompNetDll.Citizen(NAME_DARTH, SURNAME_VADOR, addressDarth);
// Put the C# Citizen in the ICitizen C++ interface. The method FormatDisplay() is not visible
WinRTCompV2.ICitizen citizenItf = citizenDarth;
Assert.AreEqual(NAME_DARTH, citizenItf.Name);
Assert.AreEqual(SURNAME_VADOR, citizenItf.Surname);
// Put the C# Address in the IAddress C++ interface
WinRTCompV2.IAddress addressItf = citizenItf.Address;
Assert.AreEqual(STREET_DARTH, addressItf.Street);
Assert.AreEqual(ZIP_DARTH, addressItf.ZipCode);
Assert.AreEqual(CITY_DARTH, addressItf.City);
}
public void TestPersonV2()
{
WinRTCompV2.IPerson person = new WinRTCompV2.Person();
Assert.IsFalse(person.CanSave());
person.Name = TestData.TEXT_NAME1;
person.Surname = TestData.TEXT_SURNAME1;
Assert.IsTrue(person.CanSave());
Assert.AreEqual(TestData.TEXT_NAME1, person.Name);
Assert.AreEqual(TestData.TEXT_SURNAME1, person.Surname);
person = new WinRTCompV2.Person(TestData.TEXT_NAME2, TestData.TEXT_SURNAME1);
Assert.IsTrue(person.CanSave());
Assert.AreEqual(TestData.TEXT_NAME2, person.Name);
Assert.AreEqual(TestData.TEXT_SURNAME1, person.Surname);
person.Name = TestData.TEXT_NAME1;
Assert.AreEqual(TestData.TEXT_NAME1, person.Name);
Assert.AreEqual(TestData.TEXT_SURNAME1, person.Surname);
}
