def _this_step(step, negate, first, last, find_pattern):
try:
_get_element(finder_function, first, last, find_pattern, expect_not_to_find=True)
except ElementDoesNotExist:
assert parsed_negator(negate)
else:
assert not parsed_negator(negate)
def check_element(self, finder_function, negate, pick,
find_pattern, wait_time, *args):
try:
element = _get_visible_element(finder_function, pick, find_pattern)
except (ElementDoesNotExist, StaleElementReferenceException):
assert parsed_negator(negate)
element = None
self.test(element, negate, *args)
return True
def check_element(self, finder_function, negate, pick,
find_pattern, wait_time, *args):
try:
element = _get_visible_element(finder_function, pick, find_pattern)
except ElementDoesNotExist:
assert parsed_negator(negate)
element = None
self.test(element, negate, *args)
return True
def _this_step(step, negate, first, last, find_pattern):
try:
_get_element(finder_function,
first,
last,
find_pattern,
expect_not_to_find=True)
except ElementDoesNotExist:
assert parsed_negator(negate)
def _execute(self, negate, pick, find_pattern, finder_function, parent_element_name, wait_time, *args):
try:
element = _get_visible_element_in_element(parent_element_name, finder_function,
pick, find_pattern)
except (ElementDoesNotExist, ElementIsNotVisible,
ElementAtIndexDoesNotExist):
assert parsed_negator(negate)
element = None
self._test_function(element, negate, *args)
return True
def assert_with_negate(assertion, negator=None):
if parsed_negator(negator):
assert not assertion
else:
assert assertion
def assert_equals_with_negate(a, b, negator=None):
if parsed_negator(negator):
assert_not_equals(a, b)
else:
assert_equals(a, b)
