def testtreescript(self):
d1 = parse(xml_file1)
# strip_whitespace(d1)
d2 = parse(xml_file2)
# strip_whitespace(d2)
matcher = DomTreeMatcher(d1, d2)
before = matcher._tree1._dom.toprettyxml(' ')
wanted = matcher._tree2._dom.toprettyxml(' ')
scrpt = '\n'.join(map(str, matcher.get_opcodes()))
# matcher._match()
# for m1, m2 in matcher._mapping:
# if m1.nodeType == m1.COMMENT_NODE:
# print m1, m2
got = matcher._tree1._dom.toprettyxml(' ')
# print len(s)
# print len(s)
print '*'*80
s = matcher.get_opcodes()
# s2 = matcher.get_opcodes()
diagnostics = """
Second run returned a script (%d)
Started with:
%s
%s
Expected:
%s
%s
Got:
%s
%s
Script:
%s
%s
Second run:
%s
%s""" % (len(s), '-'*80, before, '-'*80,
wanted, '-'*80, got, '-'*80, scrpt, '-'*80, '\n'.join(map(str, s)))
print wanted == got
diagnostics = '\n'.join(map(str, s))
self.assertEqual(len(s), 0,
"Script is not accurate. \n%s" % diagnostics)
print scrpt
def testtreescript(self):
matcher = DomTreeMatcher(parseString(T1), parseString(T2))
s = matcher.get_opcodes()
#for o in s: print o
self.assertEqual(len(s), len(EXPECTED_OPS),
"Script has unexpected length.\n%s" %
'\n'.join(map(str, s)))
for op, expected in zip(s, EXPECTED_OPS):
self.assertEqual((op.op_type, op.args),
(expected.op_type, expected.args),
"Op types don't match. "
"Expected %s, got %s" % (expected, op))
self.assertEqual(len(matcher.get_opcodes()), 0,
"Script is not accurate")
