def __init__(self, url, path='./', data='result.xml', debug=False):
"""Result class constructor."""
self.debugging = debug
self.file = ''.join([path, '/', data])
self.run_id = os.getenv('RUNID')
self.tree, self.root = self.get_tree()
self.test_rail = TestRailAPI(url=url)
self.test_set = self.test_rail.get_tests(run_id=int(self.run_id))
class Result(object):
"""Test Result Control."""
NEW_LINE = ''.join([chr(10), chr(13)])
def __init__(self, url, path='./', data='result.xml', debug=False):
"""Result class constructor."""
self.debugging = debug
self.file = ''.join([path, '/', data])
self.run_id = os.getenv('RUNID')
self.tree, self.root = self.get_tree()
self.test_rail = TestRailAPI(url=url)
self.test_set = self.test_rail.get_tests(run_id=int(self.run_id))
@classmethod
def prod(cls, vals):
"""Non operator multiplier."""
return reduce(operator.mul, vals, 1)
def get_tree(self):
"""Return the tree and the tree root."""
tree = ElementTree.parse(self.file)
return tree, tree.getroot()
def find_test_id(self, case_id, tests):
"""Return a test ID."""
# print('Test ID:', case_id)
try:
case = int(case_id)
except ValueError:
list_tests = []
for val in tests:
list_tests.append(val['case_id'])
print(
'Case "%s" is not a valid case ID in %s.' %
(case_id, list_tests.sort())
)
return -1
class Result(object):
"""Test Result Control."""
NEW_LINE = ''.join([chr(10), chr(13)])
def __init__(self, url, path='./', data='result.xml', debug=False):
"""Result class constructor."""
self.debugging = debug
self.file = ''.join([path, '/', data])
self.run_id = os.getenv('RUNID')
self.tree, self.root = self.get_tree()
self.test_rail = TestRailAPI(url=url)
self.test_set = self.test_rail.get_tests(run_id=int(self.run_id))
@classmethod
def prod(cls, vals):
"""Non operator multiplier."""
return reduce(operator.mul, vals, 1)
def get_tree(self):
"""Return the tree and the tree root."""
tree = ElementTree.parse(self.file)
return tree, tree.getroot()
def find_test_id(self, case_id, tests):
"""Return a test ID."""
# print('Test ID:', case_id)
try:
case = int(case_id)
except ValueError:
list_tests = []
for val in tests:
list_tests.append(val['case_id'])
print(
'Case "%s" is not a valid case ID in %s.' %
(case_id, list_tests.sort())
)
return -1
for test in tests:
if case == test['case_id']:
return test['id']
return -1
def get_status(self, string):
"""Return test status."""
if string == 'passed':
return TestRailAPI.PASSED
elif string == 'failure':
return TestRailAPI.FAILED
return TestRailAPI.UNTESTED
def get_time_string(self, time):
"""Return the time string."""
to_string = ''
new_time = int(float(time))
if new_time <= 0:
return '1s'
hours = int(new_time / 3600)
new_time = new_time - Result.prod([hours, 3600])
minutes = int(new_time / 60)
new_time = new_time - Result.prod([minutes, 60])
seconds = int(new_time)
if hours > 0:
to_string += '%sh ' % hours
if minutes == 0 and seconds == 0:
return to_string[:-1]
if minutes > 0:
to_string += '%sm ' % minutes
if seconds == 0:
return to_string[:-1]
return to_string + '%ss' % seconds
def retrieve_test_results(self):
"""Split the tree."""
for child in self.root:
child.set(
'case',
child.get('name').split('_')[-1]
)
child.set(
'test',
self.find_test_id(child.get('case'), self.test_set)
)
sub = list(child.iter())
if len(sub) >= 2:
if sub[1].tag == 'system-out':
child.set('status', 'passed')
else:
child.set('status', sub[1].tag)
message = sub[1].get('message') if 'message' in \
sub[1].attrib else ''
parts = message.split(
'_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ' +
'_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _'
)
reorder = 'Break Point:' + Result.NEW_LINE + \
parts[0] + Result.NEW_LINE
if len(parts) > 1:
final = str(parts[len(parts) - 1])
reorder = reorder + Result.NEW_LINE + \
'Reason:' + Result.NEW_LINE
reorder = reorder + \
final[:-operator.floordiv(len(final), 4)]
reorder = reorder + Result.NEW_LINE
child.set('message', reorder)
child.set('text', sub[1].text)
else:
child.set('status', 'passed')
child.set('message', '')
child.set('text', '')