def test_tokenizer(self):
tokens = [
_unicode(item) for item in tokenize(
u(r'E\ é > f [a~="y\"x"]:nth(/* fu /]* */-3.7)'))
]
assert tokens == [
u("<IDENT 'E é' at 0>"),
"<S ' ' at 4>",
"<DELIM '>' at 5>",
"<S ' ' at 6>",
# the no-break space is not whitespace in CSS
u("<IDENT 'f ' at 7>"), # f\xa0
"<DELIM '[' at 9>",
"<IDENT 'a' at 10>",
"<DELIM '~' at 11>",
"<DELIM '=' at 12>",
"<STRING 'y\"x' at 13>",
"<DELIM ']' at 19>",
"<DELIM ':' at 20>",
"<IDENT 'nth' at 21>",
"<DELIM '(' at 24>",
"<NUMBER '-3.7' at 37>",
"<DELIM ')' at 41>",
"<EOF at 42>",
]
def test_tokenizer(self):
tokens = [repr(item).replace("u'", "'")
for item in tokenize('E > f[a~="y\\"x"]')]
assert tokens == [
"Symbol('E', 0)",
"Token(' ', 1)",
"Token('>', 2)",
"Token(' ', 3)",
"Symbol('f', 4)",
"Token('[', 5)",
"Symbol('a', 6)",
"Token('~=', 7)",
"String('y\"x', 9)",
"Token(']', 15)"]
def test_tokenizer(self):
tokens = [
_unicode(item) for item in tokenize(
u(r'E\ é > f [a~="y\"x"]:nth(/* fu /]* */-3.7)'))]
assert tokens == [
u("<IDENT 'E é' at 0>"),
"<S ' ' at 4>",
"<DELIM '>' at 5>",
"<S ' ' at 6>",
# the no-break space is not whitespace in CSS
u("<IDENT 'f ' at 7>"), # f\xa0
"<DELIM '[' at 9>",
"<IDENT 'a' at 10>",
"<DELIM '~' at 11>",
"<DELIM '=' at 12>",
"<STRING 'y\"x' at 13>",
"<DELIM ']' at 19>",
"<DELIM ':' at 20>",
"<IDENT 'nth' at 21>",
"<DELIM '(' at 24>",
"<NUMBER '-3.7' at 37>",
"<DELIM ')' at 41>",
"<EOF at 42>",
]