public void It_should_round_trip_bottom(bool isOpen, Direction facing, WoodSpecies?species, int expectedId, byte expectedData)
{
if (species != null) // It's a wooden door
{
// Create the block from IBlock Properties
var original = new WoodenDoorBottom(isOpen, facing, (WoodSpecies)species);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as WoodenDoorBottom;
// Ensure the properties are equivalent coming from the other direction.
actual.IsOpen.Should().Be(isOpen);
actual.Facing.Should().Be(facing);
}
else // It's an iron door
{
// Create the block from IBlock Properties
var original = new IronDoorBottom(isOpen, facing);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as IronDoorBottom;
// Ensure the properties are equivalent coming from the other direction.
actual.IsOpen.Should().Be(isOpen);
actual.Facing.Should().Be(facing);
}
}
public void It_should_return_a_JavaBlock_for_the_glowstone()
{
var original = new Glowstone();
var javaBlock = JavaBlock.From(original);
javaBlock.Type.Should().Be(BlockType.Glowstone);
}
public void It_should_return_a_JavaBlock_for_the_end_stone()
{
var original = new EndStone();
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(JavaBlockTypes.Id <EndStone>());
}
public void It_should_return_a_JavaBlock_with_variants_as_bytes()
{
var original = new Stone(Mineral.SmoothAndesite);
var javaBlock = JavaBlock.From(original);
javaBlock.Type.Should().Be(BlockType.Stone);
javaBlock.Data.Parse().Should().Be(Mineral.SmoothAndesite);
}
public void It_should_return_a_JavaBlock_with_variants_as_bytes()
{
var original = new Stone(Mineral.SmoothAndesite);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(JavaBlockTypes.Id <Stone>());
javaBlock.Data.ToEnum <Mineral>().Should().Be(Mineral.SmoothAndesite);
}
private void javaBlockRoundTrip(Level level, bool isFlowing, bool isFalling, int expectedId, byte expectedData, IBlock original)
{
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as Liquid;
// Ensure the properties are equivalent coming from the other direction
actual.Level.Should().Be(level);
actual.IsFalling.Should().Be(isFalling);
actual.IsFlowing.Should().Be(isFlowing);
}
public void It_should_round_trip_simple_rails(RailDirections directions, int expectedId, byte expectedData)
{
// Create the block from IBlock Properties
Rail original = new Rail(directions);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as Rail;
// Ensure the properties are equivalent coming from the other direction
actual.IsAscending.Should().Be(original.IsAscending);
actual.IsTurning.Should().Be(original.IsTurning);
actual.Directions.Should().Be(original.Directions);
}
public void It_should_round_trip_activatable_rails(RailDirections directions, Type t, bool isActive, int expectedId, byte expectedData)
{
// Create the block from IBlock Properties
Activator.CreateInstance(t, directions, isActive);
var original = Activator.CreateInstance(t, directions, isActive) as IActivatableRail;
var javaBlock = JavaBlock.From((IBlock)original);
// Create Block from id and data
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Ensure the properties are equivalent coming from the other direction
var actual = JavaBlock.Create(expectedId, expectedData) as IActivatableRail;
actual.IsAscending.Should().Be(original.IsAscending);
actual.IsTurning.Should().Be(original.IsTurning);
actual.IsActive.Should().Be(original.IsActive);
actual.Directions.Should().Be(original.Directions);
// Verify the right types come from both directions.
actual.GetType().Should().Be(original.GetType());
}
public void It_should_round_trip()
{
// Let's loop over the Java block registry:
foreach (var blockType in Types)
{
var type = blockType.Type;
var typeInfo = type.GetTypeInfo();
var typeId = blockType.TypeId;
// Look for a parameterless constructor, so we can do the work
// without the block author having to bother about it.
var ctor = typeInfo.GetConstructor(Type.EmptyTypes);
if (ctor != null)
{
Func <int, IBlock> _ctor = d => (Expression.Lambda <Func <IBlock> >(Expression.New(type))).Compile()();
var original = _ctor(0);
var javaBlock = JavaBlock.From(original);
var originalTypeId = JavaBlockTypes.GetTypeId(type);
javaBlock.Data.Should().Be(0);
javaBlock.TypeId.Should().Be(originalTypeId);
}
}
}
public void It_should_round_trip_a_top(bool isHingeOnTheRight, bool isPowered, WoodSpecies?species, int expectedId, byte expectedData)
{
if (species != null) // It's a wooden door
{
// Create the block from IBlock Properties
var original = new WoodenDoorTop(isHingeOnTheRight, isPowered, (WoodSpecies)species);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as WoodenDoorTop;
// Ensure the properties are equivalent coming from the other direction.
actual.Species.Should().Be(species);
actual.IsPowered.Should().Be(isPowered);
actual.IsHingeOnTheRight.Should().Be(isHingeOnTheRight);
}
else // It's an iron door
{
// Create the block from IBlock Properties
var original = new IronDoorTop(isHingeOnTheRight, isPowered);
var javaBlock = JavaBlock.From(original);
javaBlock.TypeId.Should().Be(expectedId);
javaBlock.Data.Should().Be(expectedData);
// Create Block from id and data
var actual = JavaBlock.Create(expectedId, expectedData) as IronDoorTop;
// Ensure the properties are equivalent coming from the other direction.
actual.IsPowered.Should().Be(isPowered);
actual.IsHingeOnTheRight.Should().Be(isHingeOnTheRight);
}
}