def __str__(self):
string = BaseTestCase.__str__(self)
data = self.__data
if data:
# cuts long data representation
dataRepr = pprint.saferepr(data)
if 80 < len(dataRepr):
dataRepr = '{0}...{1}'.format(dataRepr[:70], dataRepr[-7:])
string += ' with data set #{0:d} {1}'.format(
self.__dataId,
dataRepr,
)
return string
def __str__(self):
string = BaseTestCase.__str__(self);
data = self.__data;
if data:
# cuts long data representation
dataRepr = pprint.saferepr(data);
if 80 < len(dataRepr) :
dataRepr = '{0}...{1}'.format(dataRepr[:70], dataRepr[-7:]);
string += ' with data set #{0:d} {1}'.format(
self.__dataId,
dataRepr,
);
return string;
def _get_test_method_name(test: TestCase):
try:
return re.match(TEST_METHOD_REGEX, test.__str__()).group(1)
except Exception as e:
_print_warning(f"Cannot parse method name: test={test} ({e})")
return f"{test}"
