def _kw_name_match(self, item, expected):
if isinstance(expected, basestring):
return utils.eq(item, expected) or (
self._GIVEN_WHEN_THEN_MATCHER.match(item) and
utils.eq(
self._GIVEN_WHEN_THEN_MATCHER.sub('', item), expected))
return expected.match(item)
def contains_keyword(self, name):
if PY2:
istring = isinstance(name, basestring) or isinstance(name, unicode)
elif PY3:
istring = isinstance(name, basestring)
matcher = name.match if not istring else lambda i: utils.eq(i, name)
return self._contains_keyword(matcher)
def contains_keyword(self, name):
if PY2:
istring = isinstance(name, basestring) or isinstance(name, unicode)
elif PY3:
istring = isinstance(name, basestring)
matcher = name.match if not istring else lambda i: utils.eq(i, name)
return self._contains_keyword(matcher)
def _validate(self, name):
if self._orig_name is not None and utils.eq(
name, self._orig_name, ignore=['_']):
return ''
return self._validation_method(name).error_message
def find_node_with_label(self, node, label):
matcher = lambda n: utils.eq(self._tree.GetItemText(n), label)
return self._find_node_with_predicate(node, matcher)
def contains_keyword(self, name):
matcher = name.match if not isinstance(name, basestring) \
else lambda i: utils.eq(i, name)
return self._contains_keyword(matcher)
def find_node_with_label(self, node, label):
matcher = lambda n: utils.eq(self._tree.GetItemText(n), label)
return self._find_node_with_predicate(node, matcher)
def _validate(self, name):
if self._orig_name is not None and utils.eq(
name, self._orig_name, ignore=['_']):
return ''
return self._validation_method(name).error_message
def contains_keyword(self, name):
return utils.eq(self.keyword_name or "", name)
def _name_taken(self, name):
return any(utils.eq(name, item.name, ignore=['_'])
for item in self._table if item != self._named_ctrl)
def _kw_name_match(self, item, expected):
return utils.eq(item, expected) or (
self._GIVEN_WHEN_THEN_MATCHER.match(item)
and utils.eq(self._GIVEN_WHEN_THEN_MATCHER.sub("", item), expected)
)
def contains_keyword(self, name):
if isinstance(name, basestring):
return utils.eq(self.keyword_name or '', name)
return name.match(self.keyword_name or '')
def _name_taken(self, name):
return any(utils.eq(name, item.name, ignore=['_'])
for item in self._table if item != self._named_ctrl)
def contains_keyword(self, name):
istring = isinstance(name, str)
matcher = name.match if not istring else lambda i: utils.eq(i, name)
return self._contains_keyword(matcher)
def validate_name(self, name):
for uk in self.data.keyword_table.keywords:
if uk != name and utils.eq(uk.name, name):
return 'User keyword with this name already exists.'
return None
def validate_name(self, name):
for uk in self.data.keyword_table.keywords:
if uk != name and utils.eq(uk.name, name):
return 'User keyword with this name already exists.'
return None
def contains_keyword(self, name):
return self._contains_keyword(name.match if not isinstance(name, basestring) else lambda i: utils.eq(i, name))
