public void SimpleTest()
{
var tree = new TypeMappingInheritanceTree(new TypeMapping(null, new TypePair(typeof(object), typeof(string))));
tree.Add(new TypeMapping(null, new TypePair(typeof(Dictionary <string, string>), typeof(Dictionary <string, string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(ObservableCollection <string>), typeof(IList <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IList <string>), typeof(IList <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(ICollection <string>), typeof(ICollection <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(Collection <string>), typeof(Collection <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(List <string>), typeof(List <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <string>), typeof(IEnumerable <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <char>), typeof(IEnumerable <char>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <IEnumerable <char> >), typeof(IEnumerable <IEnumerable <char> >))));
tree.Add(new TypeMapping(null, new TypePair(typeof(object), typeof(string))));
tree.Add(new TypeMapping(null, new TypePair(typeof(string), typeof(string))));
tree.Add(new TypeMapping(null, new TypePair(typeof(object), typeof(object))));
var visualizeTree = tree.ToString();
var node = new LeafToRootTraversal().Traverse(tree.Root, m => m.CollectionItemEqualityComparer != null);
}
public void SimpleTest()
{
// we set as root a typePair different from (object,object)
var falseRoot = new TypeMapping(null, new TypePair(typeof(object), typeof(string)));
var tree = new TypeMappingInheritanceTree(falseRoot);
//we add the real root (object,object)
var trueRoot = new TypePair(typeof(object), typeof(object));
tree.Add(new TypeMapping(null, trueRoot));
tree.Add(new TypeMapping(null, new TypePair(typeof(Dictionary <string, string>), typeof(Dictionary <string, string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(ObservableCollection <string>), typeof(IList <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IList <string>), typeof(IList <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(ICollection <string>), typeof(ICollection <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(Collection <string>), typeof(Collection <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(List <string>), typeof(List <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <string>), typeof(IEnumerable <string>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <char>), typeof(IEnumerable <char>))));
tree.Add(new TypeMapping(null, new TypePair(typeof(IEnumerable <IEnumerable <char> >), typeof(IEnumerable <IEnumerable <char> >))));
tree.Add(new TypeMapping(null, new TypePair(typeof(object), typeof(string))));
tree.Add(new TypeMapping(null, new TypePair(typeof(string), typeof(string))));
//check root is been updated
Assert.IsTrue(tree.Root.Item.TypePair == trueRoot);
//no duplicates allowed
var dup1 = new TypeMapping(null, new TypePair(typeof(object), typeof(object)));
var dup2 = new TypeMapping(null, new TypePair(typeof(IEnumerable <IEnumerable <char> >), typeof(IEnumerable <IEnumerable <char> >)));
var dup3 = new TypeMapping(null, new TypePair(typeof(object), typeof(string)));
tree.Add(dup1);
tree.Add(dup2);
tree.Add(dup3);
var visualizeTree = tree.ToString();
Assert.IsTrue(visualizeTree.Split(new string[] { dup1.ToString() }, StringSplitOptions.RemoveEmptyEntries).Length == 1);
Assert.IsTrue(visualizeTree.Split(new string[] { dup2.ToString() }, StringSplitOptions.RemoveEmptyEntries).Length == 1);
Assert.IsTrue(visualizeTree.Split(new string[] { dup3.ToString() }, StringSplitOptions.RemoveEmptyEntries).Length == 1);
//var node = new LeafToRootTraversal().Traverse( tree.Root, m => m.CollectionItemEqualityComparer != null );
}