public void PlayableClassManager_AddAbility_ValidCall()
{
//Arrange
List <ClassAbility> listofClassAbility = new List <ClassAbility>();
var mockSet = new Mock <DbSet <ClassAbility> >()
.SetupData(listofClassAbility, o =>
{
return(listofClassAbility.Single(x => x.Class_id.CompareTo(o.First()) == 0));
});
var expected = CreateTestData.GetClassAbility();
using (var mockContext = AutoMock.GetLoose())
{
mockContext.Mock <PlayableClassContext>()
//The argument for setup *MUST* be an exact match for the syntax we use in the implementation. Otherwise, the test will fail!
.Setup(x => x.Set <ClassAbility>()).Returns(mockSet.Object);
//Act
IUnitOfWork worker = mockContext.Create <UnitOfWork>();
IClassManagerUserAccess toTest = UserAccessFactory.GetClassManagerUserAccess(worker);
toTest.AddAbility(expected);
//Assert
listofClassAbility.Should().ContainEquivalentOf(expected);
}
}
public void ClassAbilitiesRepo_RemoveClassAbility_ValidCall()
{
//Arrange
List <ClassAbility> listofClassAbility = CreateTestData.GetListOfClassAbility();
var mockSet = new Mock <DbSet <ClassAbility> >()
.SetupData(listofClassAbility, o =>
{
return(listofClassAbility.Single(x => x.ClassAbility_id.CompareTo(o.First()) == 0));
});
var toBeDeleted = CreateTestData.GetClassAbility();
using (var mockContext = AutoMock.GetLoose())
{
mockContext.Mock <PlayableClassContext>()
//The argument for setup *MUST* be an exact match for the syntax we use in the implementation. Otherwise, the test will fail!
.Setup(x => x.Set <ClassAbility>()).Returns(mockSet.Object);
//Act
var toTest = mockContext.Create <ClassAbilityRepository>();
toTest.Remove(toBeDeleted);
var actual = toTest.GetAll();
//Assert
actual.Should().NotContain(toBeDeleted);
}
}
public void ClassAbilitiesRepo_GetAbility_ValidCall()
{
//Arrange
List <ClassAbility> listofClassAbility = CreateTestData.GetListOfClassAbility();
var mockSet = new Mock <DbSet <ClassAbility> >()
.SetupData(listofClassAbility, o =>
{
return(listofClassAbility.Single(x => x.ClassAbility_id.CompareTo(o.First()) == 0));
});
var expected = CreateTestData.GetClassAbility();
using (var mockContext = AutoMock.GetLoose())
{
mockContext.Mock <PlayableClassContext>()
.Setup(x => x.Set <ClassAbility>()).Returns(mockSet.Object);
//Act
var toTest = mockContext.Create <ClassAbilityRepository>();
var actual = toTest.Get(expected.ClassAbility_id);
//Assert
actual.Should().BeEquivalentTo(expected);
}
}
public void ClassAbilitiesRepo_GetAbilitiesOfClassAtOrBelowLevel_ValidCall()
{
//Arrange
List <ClassAbility> listofClassAbility = CreateTestData.GetListOfClassAbility();
var mockSet = new Mock <DbSet <ClassAbility> >()
.SetupData(listofClassAbility, o =>
{
return(listofClassAbility.Single(x => x.ClassAbility_id.CompareTo(o.First()) == 0));
});
ClassAbility expected = new ClassAbility
{
ClassAbility_id = Guid.Parse("97bd8231-a001-4228-824f-7606202913b0"),
Class_id = Guid.Parse("969c08ca-f983-4ddd-b351-31962f2429cd"),
Name = "Vanish",
Description = "You can Hide as a bonus action.",
LevelLearned = 14
};
var notExpected1 = CreateTestData.GetClassAbility();
var notExpected2 = new ClassAbility
{
ClassAbility_id = Guid.Parse("19e51104-8590-4199-b7e2-079993bb8ccb"),
Class_id = Guid.Parse("4e82620a-0496-4ecc-b6d4-05faa064310b"),
Name = "Spell Master",
Description = "Choose a 1st level spell and a 2nd level spell in your spellbook. As long as you have them prepared, you can cast them without consuming a spell slot.",
LevelLearned = 18
};
using (var mockContext = AutoMock.GetLoose())
{
mockContext.Mock <PlayableClassContext>()
.Setup(x => x.ClassAbilities).Returns(mockSet.Object);
//Act
var toTest = mockContext.Create <ClassAbilityRepository>();
var actual = toTest.GetAbilitiesOfClassAtOrBelowLevel(expected.Class_id, 14);
//Assert
actual.Should().ContainEquivalentOf(expected);
actual.Should().NotContain(notExpected1);
actual.Should().NotContain(notExpected2);
actual.Should().NotContainNulls();
actual.Should().NotBeEmpty();
}
}