public void VisitSingleNode()
{
var tree = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var repair = new ColumnRepair(tree);
Assert.AreEqual(tree, repair.GetTree());
}
public void Visit3NodeTree()
{
var tree = new BinaryNode(predicateBuilder("Col1", "Cell1", PredicateType.LessThan), predicateBuilder("Col1", "Cell1", PredicateType.LessThan));
var repair = new ColumnRepair(tree);
var returnedTree = repair.GetTree();
Assert.AreEqual(tree, returnedTree);
}
public void Visit7NodeTree()
{
var rightRight = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var left = new BinaryNode(predicateBuilder("Col1", "Cell1", PredicateType.LessThan), predicateBuilder("Col1", "Cell1", PredicateType.LessThan), BinaryNodeType.AND);
var right = new BinaryNode(predicateBuilder("Col1", "Cell1", PredicateType.LessThan), rightRight, BinaryNodeType.AND);
var testTree = new BinaryNode(left, right, BinaryNodeType.AND);
var correctTree = new BinaryNode(left, rightRight, BinaryNodeType.AND);
var repair = new ColumnRepair(testTree);
var returnedTree = repair.GetTree();
//TODO override reference equality
Assert.AreEqual(correctTree.Left, ((BinaryNode)returnedTree).Left);
Assert.AreEqual(correctTree.BranchSize, returnedTree.BranchSize);
Assert.AreEqual(correctTree.NodeType, ((BinaryNode)returnedTree).NodeType);
Assert.AreEqual(((PredicateNode)correctTree.Right).Condition, ((PredicateNode)((BinaryNode)returnedTree).Right).Condition);
Assert.AreEqual(((PredicateNode)correctTree.Right).Left, ((PredicateNode)((BinaryNode)returnedTree).Right).Left);
Assert.AreEqual(((PredicateNode)correctTree.Right).Right, ((PredicateNode)((BinaryNode)returnedTree).Right).Right);
Assert.AreEqual(((PredicateNode)correctTree.Right).BranchSize, ((PredicateNode)((BinaryNode)returnedTree).Right).BranchSize);
}
public void VisitMultiNodeTree()
{
var right = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var node7 = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var node8 = predicateBuilder("Col2", "Cell2", PredicateType.Equal);
var node6 = new BinaryNode(node7, node8, BinaryNodeType.AND);
var node9 = predicateBuilder("Col2", "Cell2", PredicateType.Equal);
var node5 = new BinaryNode(node6, node9);
var node10 = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var node4 = new BinaryNode(node5, node10, BinaryNodeType.AND);
var node11 = predicateBuilder("Col2", "Cell2", PredicateType.Equal);
var node3 = new BinaryNode(node4, node11);
var node13 = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var node14 = predicateBuilder("Col2", "Cell2", PredicateType.Equal);
var node12 = new BinaryNode(node13, node14);
var node2 = new BinaryNode(node3, node12);
var node15 = predicateBuilder("Col1", "Cell1", PredicateType.LessThan);
var node1 = new BinaryNode(node2, node15);
//Node 1 will be the original tree
var repair = new ColumnRepair(node1);
var correctTree = new BinaryNode(node3, node13, BinaryNodeType.AND);
var resultTree = repair.GetTree();
//var correctTreeXMIND = correctTree.ToXMindTree(nameof(correctTree));
//var resultTreeXMIND = resultTree.ToXMindTree(nameof(resultTree));
//var node1XMIND = node1.ToXMindTree(nameof(node1));
//var XmindTest = new TestCaseXMindVisualiser(node1, correctTree, resultTree).CreateJoinedXMindGraph();
Assert.AreEqual(correctTree.BranchSize, resultTree.BranchSize);
}