def datetime(self, *metric_source_ids: str) -> datetime.datetime: # pylint: disable=unused-argument,no-self-use
""" Return the date and time of the last measurement. """
issue_list = self._get_issues_older_than(
*metric_source_ids, limit_date=datetime.datetime.now())
return max([
max(
utils.parse_iso_datetime_local_naive(issue[4]),
utils.parse_iso_datetime_local_naive(issue[3])
if issue[3] else datetime.datetime.min) for issue in issue_list
])
def _get_issues_inactive_for(self, *metric_source_ids, delta: relativedelta = relativedelta(days=14)):
try:
overdue_issue_list = self._get_issues_older_than(*metric_source_ids, limit_date=datetime.datetime.now())
return [issue for issue in overdue_issue_list if issue[3]
is not None and utils.parse_iso_datetime_local_naive(issue[3]) <= (datetime.datetime.now() - delta)]
except IndexError as reason:
logging.error("Jira filter result for inactive issues inadequate. Reason: %s.", reason)
return None
def __get_max_activity_date(self, metric_source_ids):
last_activity_date = ''
for plan_id in metric_source_ids:
for task in self._retrieve_tasks(plan_id, self._retrieve_ignored_buckets(plan_id)):
last_activity_date = \
max(last_activity_date, task['createdDateTime'], self._get_max_assignment_date(task))
return utils.parse_iso_datetime_local_naive(last_activity_date) \
if last_activity_date else datetime.datetime.min
def __is_task_inactive(cls,
dt_now,
task,
nr_inactive_days: int = 14) -> bool:
return (not cls.__is_task_overdue(
dt_now, task)) and (dt_now - utils.parse_iso_datetime_local_naive(
cls.__get_last_activity_date(task)) >
datetime.timedelta(days=nr_inactive_days))
def __get_max_activity_date(self, metric_source_ids):
last_activity_date = ''
for plan_id in metric_source_ids:
for task in self._retrieve_tasks(
plan_id, self._retrieve_ignored_buckets(plan_id)):
last_activity_date = \
max(last_activity_date, task['createdDateTime'], self._get_max_assignment_date(task))
return utils.parse_iso_datetime_local_naive(last_activity_date) \
if last_activity_date else datetime.datetime.min
def _get_urls_of_tasks(self, *metric_source_ids: str,
get_tasks: callable, referent_date: callable) -> List[Tuple[str, str, str]]:
""" Return the urls for the inactive actions. """
urls = list()
tasks = get_tasks(*metric_source_ids)
if tasks:
dt_now = datetime.datetime.now()
for task in tasks:
time_delta = utils.format_timedelta(
dt_now - utils.parse_iso_datetime_local_naive(referent_date(task)))
urls.append((self.__task_display_url.format(task_id=task['id']), task['title'], time_delta))
return urls
def _get_urls_of_tasks(
self, *metric_source_ids: str, get_tasks: callable,
referent_date: callable) -> List[Tuple[str, str, str]]:
""" Return the urls for the inactive actions. """
urls = list()
tasks = get_tasks(*metric_source_ids)
if tasks:
dt_now = datetime.datetime.now()
for task in tasks:
time_delta = utils.format_timedelta(
dt_now -
utils.parse_iso_datetime_local_naive(referent_date(task)))
urls.append(
(self.__task_display_url.format(task_id=task['id']),
task['title'], time_delta))
return urls
def _get_issues_inactive_for(
self,
*metric_source_ids,
delta: relativedelta = relativedelta(days=14)):
try:
overdue_issue_list = self._get_issues_older_than(
*metric_source_ids, limit_date=datetime.datetime.now())
return [
issue for issue in overdue_issue_list if issue[3] is not None
and utils.parse_iso_datetime_local_naive(issue[3]) <=
(datetime.datetime.now() - delta)
]
except IndexError as reason:
logging.error(
"Jira filter result for inactive issues inadequate. Reason: %s.",
reason)
return None
def _is_str_date_before(cls, str_date: str, limit_date: datetime.datetime) -> bool:
return utils.parse_iso_datetime_local_naive(str_date) < limit_date
def datetime(self, *metric_source_ids: str) -> datetime.datetime: # pylint: disable=unused-argument,no-self-use
""" Return the date and time of the last measurement. """
issue_list = self._get_issues_older_than(*metric_source_ids, limit_date=datetime.datetime.now())
return max([max(utils.parse_iso_datetime_local_naive(issue[4]),
utils.parse_iso_datetime_local_naive(issue[3]) if issue[3] else datetime.datetime.min)
for issue in issue_list])
def _is_str_date_before(cls, str_date: str,
limit_date: datetime.datetime) -> bool:
return utils.parse_iso_datetime_local_naive(str_date) < limit_date
def __is_task_overdue(cls, dt_now, task) -> bool:
return 'dueDateTime' in task \
and task['dueDateTime'] \
and utils.parse_iso_datetime_local_naive(task['dueDateTime']) < dt_now
def test_parse_iso_datetime_to_local_naive(self):
""" Test that parsing a datetime to local naive datetime works correctly. """
self.assertEqual(
datetime.datetime(2009, 6, 15, 3 + 7, 45, 30, tzinfo=tzutc()).astimezone(tz=tzlocal()).replace(tzinfo=None),
utils.parse_iso_datetime_local_naive('2009-06-15T03:45:30.0000000-0700'))
def __is_task_overdue(cls, dt_now, task) -> bool:
return 'dueDateTime' in task \
and task['dueDateTime'] \
and utils.parse_iso_datetime_local_naive(task['dueDateTime']) < dt_now
def __is_task_inactive(cls, dt_now, task, nr_inactive_days: int = 14) -> bool:
return (not cls.__is_task_overdue(dt_now, task)) and (dt_now - utils.parse_iso_datetime_local_naive(
cls.__get_last_activity_date(task)) > datetime.timedelta(
days=nr_inactive_days))