def test_matching_pats(self) :
tree = fromstring("<Team><ACRush></ACRush><Jelly></Jelly><Cooly></Cooly></Team>")
query = fromstring("<Team><Cooly></Cooly></Team>")
root_query = fromstring("<Team><Cooly></Cooly></Team>")
all_tree = []
count_tree(tree, all_tree)
count_query(root_query)
traverse_tree(tree, query, root_query)
final = matching_pats(XML.count_pat, all_tree)
self.assertTrue (type(final) == list)
self.assertTrue (type(XML.count_pat) == list)
self.assertTrue (type(i) == Element for i in XML.count_pat)
self.assertTrue (type(all_tree) == list)
self.assertTrue (type(i) == Element for i in all_tree)
def test_matching_pats3(self) : # testing case where there is new lines
tree = fromstring("<red>\n<green>\n</green>\n</red>\n")
query = fromstring("<yellow>\n</yellow>\n\n")
root_query = fromstring("<yellow>\n</yellow>\n\n")
all_tree = []
count_tree(tree, all_tree)
count_query(root_query)
traverse_tree(tree, query, root_query)
final = matching_pats(XML.count_pat, all_tree)
self.assertTrue (type(final) == list)
self.assertTrue (len(final) == 0)
self.assertTrue (type(XML.count_pat) == list)
self.assertTrue (type(i) == Element for i in XML.count_pat)
self.assertTrue (type(all_tree) == list)
self.assertTrue (type(i) == Element for i in all_tree)
def test_count_query1 (self) :
input1 = "<Team><ACRush></ACRush><Jelly></Jelly><Cooly></Cooly></Team>"
tree = fromstring(input1)
XML.query_lst = []
lengthQuery = count_query(tree)
self.assertTrue (lengthQuery == 4)
self.assertTrue(lengthQuery == 4)
def test_count_query3 (self):
input1 = "<Team></Team>"
tree = fromstring(input1)
XML.query_lst = []
lengthQuery = count_query(tree)
self.assertTrue(lengthQuery == 1)
def test_count_query2 (self):
input1 = "<THU><Team><ACRush></ACRush><Jelly></Jelly><Cooly></Cooly></Team><JiaJia><Team><Ahyangyi></Ahyangyi><Dragon></Dragon><Cooly><Amber></Amber></Cooly></Team></JiaJia></THU>"
tree = fromstring(input1)
XML.query_lst = []
lengthQuery = count_query(tree)
self.assertTrue (lengthQuery == 11)
