def test_markdown():
pattern = ('^Markdown+ '
'(InlineKeyboard|ReplyKeyboard|ReplyKeyboardRemove)? '
'Reply?$'
'|^Markdown InlineKeyboard? Reply? Update$')
ce = ClassExp(pattern)
assert repr(ce._compiled_expression) == \
"re.compile('^(?:Markdown,)+((?:InlineKeyboard,)|(?:ReplyKeyboard,)|" \
"(?:ReplyKeyboardRemove,))?(?:Reply,)?$" \
"|^(?:Markdown,)(?:InlineKeyboard,)?(?:Reply,)?(?:Update,)$')"
assert ce.match([
lyr.Markdown(''),
tgr.InlineKeyboard([]),
tgr.Reply(),
tgr.Update(),
])
def test_compile():
ce = ClassExp(r'(RawText|Text)+ QuickRepliesList?')
expect = "re.compile('((:?RawText,)|(:?Text,))+(:?QuickRepliesList,)?')"
assert repr(ce._compiled_expression) == expect
def test_match():
ce = ClassExp(r'(int|bool)+ float')
assert ce.match([42, 42, 42, True, 42, 42.0])
assert not ce.match([42, True, 42, True])
def test_make_string():
ce = ClassExp(r'')
expect = 'int,bool,int,bool,'
assert ce._make_string([42, True, 42, False]) == expect
def match_exp(self, expression: Text):
e = ClassExp(expression)
return e.match(self._layers)