def test_compare_helper_2 (self) :
"""
compares 2 identical trees and returns True
"""
tag_list = []
#These are for the main tree
tag_list.append("<Outer>")
tag_list.append("<Inner>")
tag_list.append("</Inner>")
tag_list.append("</Outer>")
#these are for the key tree
tag_list.append("<Outer>")
tag_list.append("<Inner>")
tag_list.append("</Inner>")
tag_list.append("</Outer>")
tree_list_1B = []
xml_populate_trees(tag_list, tree_list_1B)
result = xml_compare_helper(tree_list_1B[0], tree_list_1B[1])
self.assert_(result == True)
def test_compare_helper_3 (self) :
"""
finds a match deep into the tree w/ siblings
"""
tag_list = []
#These are for the main tree
tag_list.append("<Outer>")
tag_list.append("<Inner>")
tag_list.append("<A>")
tag_list.append("<B>")
tag_list.append("</B>")
tag_list.append("<C>")
tag_list.append("</C>")
tag_list.append("</A>")
tag_list.append("</Inner>")
tag_list.append("</Outer>")
#these are for the key tree
tag_list.append("<A>")
tag_list.append("<C>")
tag_list.append("<F>")
tag_list.append("</F>")
tag_list.append("</C>")
tag_list.append("</A>")
tree_list_1C = []
xml_populate_trees(tag_list, tree_list_1C)
result = xml_compare_helper(tree_list_1C[0], tree_list_1C[1])
self.assert_(result == False)
def test_compare_helper_1 (self) :
"""
compares 2 different trees and returns False
"""
tag_list = []
#These are for the main tree
tag_list.append("<Outer>")
tag_list.append("<Inner>")
tag_list.append("</Inner>")
tag_list.append("</Outer>")
#these are for the key tree
tag_list.append("<Outer>")
tag_list.append("<Fatboy>")
tag_list.append("</Fatboy>")
tag_list.append("</Outer>")
tree_list_1A = []
xml_populate_trees(tag_list, tree_list_1A)
result = xml_compare_helper(tree_list_1A[0], tree_list_1A[1])
self.assert_(result == False)
