public void Undo()
{
foreach (var connection in _currentConnections)
{
_layout.AddNodeConnections(connection);
}
}
public void SavesNodeConnectionToLayout()
{
var layoutToSave = new PuzzleLayout();
var nodeConnection = new NodeConnection(new TilePos(0, 0), new TilePos(1, 1));
layoutToSave.AddNodeConnections(nodeConnection);
var savedLayout = _sut.SaveToFlatLayout(layoutToSave);
savedLayout.Connections[0].Should().Be(nodeConnection);
}
public void Undo()
{
foreach (var removedConnection in _removedConnections)
{
_layout.AddNodeConnections(removedConnection);
}
foreach (var removedObject in _removedObjects)
{
_layout.PlaceObject(removedObject.Type, removedObject.Position);
}
}
public void DoesNotCreateOverlappingTiles()
{
var layout = new PuzzleLayout();
layout.AddNodeConnections(new NodeConnection(new TilePos(0, 0), new TilePos(1, 0)));
layout.PlaceObject("Trap", new TilePos(0, 0));
var pool = new TestGamePool();
new Systems()
.Add(pool.CreateSystem <PositionsCacheUpdateSystem>())
.Add(pool.CreateSystem(new GameLevelLoaderSystem(layout)))
.Initialize();
var tilesAtPosition = pool.GetEntitiesAt(new TilePos(0, 0), e => e.IsTile());
tilesAtPosition.Count.Should().Be(1);
}
public void Execute()
{
_layout.AddNodeConnections(_connection);
}
private void LayoutConnectionBetween(TilePos position1, TilePos position2)
{
_layout.AddNodeConnections(new NodeConnection(position1, position2));
}