public void ParentTakesOverFilteredDependencies()
{
var lib = new Node("Lib");
var logic = new Node("Logic");
var presentation = new Node("Presentation");
var windows = new Node("Windows");
var service = new Node("Service");
var root = new Node("root");
root.AddChild(lib);
lib.AddChild(logic);
lib.AddChild(presentation);
presentation.AddChild(windows);
logic.AddChild(service);
windows.Dependencies.Add(service);
root.ApplyFilters(new List<Filter>
{
new MaxDepth(2)
});
var filtered = ModelFilterer.FindSiblingDependencies(root);
var lib2 = filtered.Childs.First();
var pres = lib2.Childs.WithName("Presentation");
Assert.IsTrue(pres.DependsOn(logic));
}
public void TestSerializeSmallTree()
{
var top = new Node("Top");
var left = new Node("Left");
var right = new Node("Right");
top.AddChild(left);
top.AddChild(right);
// Assert
top.ToString().Should().Be("Top = (Left,Right)");
}
public void DependenciesAreConvertedToSiblingsIfAvailible()
{
var root = new Node("ROOT");
var a = new Node("A");
var b = new Node("B");
var childOfB = new Node("C");
root.AddChild(a);
root.AddChild(b);
b.AddChild(childOfB);
a.Dependencies.Add(childOfB);
var newRoot = ModelFilterer.FindSiblingDependencies(root);
var newA = newRoot.Childs.WithName("A");
Assert.IsNotNull(newA.SiblingDependencies.WithName("B"));
}
public void PutsIndependentSiblingsIntoHorizontalLayer()
{
var a = new Node("A");
var b = new Node("B");
var c = new Node("C");
a.AddChild(b);
a.AddChild(c);
var newSiblings = SiblingReorderer.OrderChildsBySiblingsDependencies(new List<Node> {a});
var newRoot = newSiblings.First();
Assert.AreEqual(OrientationKind.Horizontal,newRoot.Orientation);
CollectionAssert.Contains(newRoot.Childs.ToArray(), b);
CollectionAssert.Contains(newRoot.Childs.ToArray(), c);
}
public void AddsArrows()
{
var rootroot = new Node("RootRoot");
var root = new Node("Root");
var top = new Node("Top") {Orientation = OrientationKind.Horizontal};
var bottom = new Node("Bottom") {Orientation = OrientationKind.Horizontal};
var left = new Node("Left");
var right = new Node("Right");
rootroot.AddChild(root);
root.AddChild(top);
root.AddChild(bottom);
top.AddChild(left);
top.AddChild(right);
bottom.AddChild(left);
bottom.AddChild(right);
var viewModelRoot = LayerMapper.TreeModelToArchViewModel(rootroot, true, true);
var viewModel = viewModelRoot.Layers.First() as LayerViewModel;
viewModel.Children.Count().Should().Be(3);
var vtop = viewModel.Children.First() as LayerViewModel;
var arrow = viewModel.Children.ElementAt(1);
var vbottom = viewModel.Children.Last() as LayerViewModel;
vtop.Columns.Should().Be(2);
vbottom.Columns.Should().Be(2);
vtop.Row.Should().Be(0);
arrow.Row.Should().Be(1);
vbottom.Row.Should().Be(2);
vtop.Children.First().Column.Should().Be(0);
vtop.Children.Last().Column.Should().Be(1);
vbottom.Children.First().Column.Should().Be(0);
vbottom.Children.Last().Column.Should().Be(1);
}
public void NodeViewModelToLayerViewModelTest()
{
var root = new Node("Root");
var top = new Node("Top") {Orientation = OrientationKind.Horizontal};
var bottom = new Node("Bottom") { Orientation = OrientationKind.Horizontal };
var left = new Node("Left");
var right = new Node("Right");
root.AddChild(top);
root.AddChild(bottom);
top.AddChild(left);
top.AddChild(right);
bottom.AddChild(left);
bottom.AddChild(right);
var viewModel = LayerMapper.NodeViewModelToLayerViewModel(root,true);
var vtop = viewModel.Children.First() as LayerViewModel;
var vbottom = viewModel.Children.Last() as LayerViewModel;
vtop.Columns.Should().Be(2);
vbottom.Columns.Should().Be(2);
vtop.Row.Should().Be(0);
vbottom.Row.Should().Be(2);
vbottom.Row.Should().Be(2);
vtop.Children.First().Column.Should().Be(0);
vtop.Children.Last().Column.Should().Be(1);
vbottom.Children.First().Column.Should().Be(0);
vbottom.Children.Last().Column.Should().Be(1);
}
public void RemoveNodesWithMoreDepthThanTest()
{
var t = new Node("ROOT");
var a = new Node("A");
var b = new Node("B");
var c = new Node("C");
var d = new Node("D");
t.AddChild(a);
a.AddChild(b);
b.AddChild(c);
c.AddChild(d);
Assert.IsTrue(b.Childs.Any());
ModelFilterer.RemoveNodesWithMoreDepthThan(t,2);
Assert.IsTrue(!b.Childs.Any());
}
/*
public static void RemoveSingleChildAnonymous(Node tree)
{
foreach (var oldChild in tree.Childs.ToList())
{
RemoveSingleChildAnonymous(oldChild);
if (oldChild is SiblingHolderNode)
{
if(!oldChild.Childs.Any())
tree.RemoveChild(oldChild);
if(oldChild.Childs.Count == 1)
{
var newChild = oldChild.Childs?.First();
tree.ReplaceChild(oldChild, newChild);
}
}
}
}*/
private static Node FindSiblingPatterns(Node tree)
{
if (!tree.Childs.Any())
return tree;
if(!tree.Childs.Any(x => x.HasChildren())) {
var baseClassPattern = PatternFinder.FindBaseClassPattern(tree.Childs);
if (baseClassPattern != null)
{
tree.SetChildren(new List<Node>());
tree.AddChild(new Node(baseClassPattern + "s"));
}
else
{
var namingPatterns = PatternFinder.FindNamingPatterns(tree.Childs.Select(x => x.Name)).ToList();
if (namingPatterns.Any())
{
foreach (var pattern in namingPatterns.ToList())
{
var followspattern = tree.Childs.Where(x => PatternFinder.FollowsPattern(x.Name,pattern)).ToList();
foreach (var node in followspattern)
{
tree.RemoveChild(node);
}
tree.AddChild(new Node(pattern + "s"));
}
}
}
}
tree.SetChildren(tree.Childs.Select(FindSiblingPatterns));
return tree;
}
