public void ShouldFilterOutOnlyCatOwnersWhenNoneType()
{
List <PetOwner> expected = new List <PetOwner>();
List <PetOwner> actualList = new List <PetOwner> {
new PetOwner {
Gender = "male",
Pets = new List <Pet>()
},
new PetOwner {
Gender = "female",
Pets = new List <Pet>()
},
new PetOwner {
Gender = "unspecified",
Pets = new List <Pet>()
}
};
List <PetOwner> actual = PetProcessor.GetOwnersByPetType(actualList, "Cat");
Assert.AreNotEqual(expected.Count, actualList.Count);
Assert.AreEqual(expected.Count, actual.Count);
// TODO: Add object comparison
}
private string ProcessResults(List <PetOwner> owners)
{
owners = PetProcessor.RemoveOwnersWithoutPets(owners);
owners = PetProcessor.GetOwnersByPetType(owners, Pets.cat);
CatNamesByOwnerGender catNamesViewModel = CatProcessor.LoadCatNamesByOwnerGender(owners);
catNamesViewModel = CatProcessor.SortCatNames(catNamesViewModel);
return(HTMLProcessor.FormatHTML(catNamesViewModel));
}
public void ShouldFilterOutOnlyCatOwnersWhenNoCatTypes()
{
List <PetOwner> expected = new List <PetOwner>();
List <PetOwner> actualList = new List <PetOwner> {
new PetOwner {
Gender = "male",
Pets = new List <Pet> {
new Pet {
Name = "Jacky", Type = "Dog"
}
}
},
new PetOwner {
Gender = "female",
Pets = new List <Pet> {
new Pet {
Name = "Rock", Type = "Dog"
}
}
},
new PetOwner {
Gender = "unspecified",
Pets = new List <Pet> {
new Pet {
Name = "Stone", Type = "Horse"
}
}
}
};
List <PetOwner> actual = PetProcessor.GetOwnersByPetType(actualList, "Cat");
Assert.AreNotEqual(expected.Count, actualList.Count);
Assert.AreEqual(expected.Count, actual.Count);
// TODO: Add object comparison
}
