def check_program(self, input, expected):
found = nparser.Parser(token.tokenize(input), ast.Module("")).parse_program()
self.assertEquals(unicode(expected), unicode(found))
def check_expression(self, input, expected):
found = nparser.Parser(token.tokenize(input), ast.Module("")).parse_expression(False)
# Convert the asts to strings because that's just infinitely easier to
# debug when assertions fail. Of course that requires that ast string
# conversion is sane, which it is.
self.assertEquals(str(expected), str(found))
def check_name(self, input, expected): tokens = tokenize(input) self.assertEquals(2, len(tokens)) self.assertEquals(expected, tokens[0].value) self.assertTrue(tokens[1].has_type(Token.END))
def run_test(self, input, *expected):
found = tokenize(input)
extended = list(expected)
if not extended[-1].has_type(Token.END):
extended.append(Token.end())
self.assertEquals(extended, found)
def check_name(self, input, expected):
tokens = tokenize(input)
self.assertEquals(2, len(tokens))
self.assertEquals(expected, tokens[0].value)
self.assertTrue(tokens[1].has_type(Token.END))
def run_test(self, input, *expected):
found = tokenize(input)
extended = list(expected)
if not extended[-1].has_type(Token.END):
extended.append(Token.end())
self.assertEquals(extended, found)
