/**
* Creates binary tree from the linked list.
*
* @param linkedList Orderer ByteData as linked list
*/
public void createBinaryTreeFromLinkedList(ByteDataLinkedList linkedList)
{
linkedList.startIteration();
while (linkedList.checkObject() != null)
{
this.root = new ByteData((byte)0);
ByteData left = linkedList.nextObject();
ByteData right = linkedList.nextObject();
this.root.setLeftChild(left);
this.root.setRightChild(right);
left.setParent(this.root);
right.setParent(this.root);
this.root.setCount(left.getCount() + right.getCount());
linkedList.add(this.root);
}
}
/**
* Adds new object to the right place in the linked list according to the count value.
*
* @param newByteData New object
*/
public void add(ByteData newByteData)
{
ByteData current = this.first;
while (true)
{
if (newByteData.getCount() < current.getCount() || current == this.last)
{
newByteData.setPrevious(current.getPrevious());
newByteData.setNext(current);
newByteData.getPrevious().setNext(newByteData);
newByteData.getNext().setPrevious(newByteData);
break;
}
current = current.getNext();
}
}
public void binaryTreeGenerationFromTheLinkedListWorks()
{
Assert.Equal(null, this.byteDataBinaryTree.getRoot());
this.byteDataBinaryTree.createBinaryTreeFromLinkedList(this.byteDataLinkedList);
ByteData root = this.byteDataBinaryTree.getRoot();
Assert.True(root != null);
Assert.Equal(10, root.getCount());
Assert.Equal(byteData4, root.getLeftChild());
Assert.Equal(root, root.getLeftChild().getParent());
Assert.Equal(6, root.getRightChild().getCount());
Assert.Equal(root, root.getRightChild().getParent());
Assert.Equal(byteData3, root.getRightChild().getLeftChild());
Assert.Equal(3, root.getRightChild().getRightChild().getCount());
Assert.Equal(byteData1, root.getRightChild().getRightChild().getLeftChild());
Assert.Equal(byteData2, root.getRightChild().getRightChild().getRightChild());
Assert.Equal(root, root.getRightChild().getRightChild().getRightChild().getParent().getParent().getParent());
}
