def get(self, ranking, name, cq_stats_key): # pylint: disable=R0201
cq_stats = CQStats.get_by_id(int(cq_stats_key))
assert cq_stats, '%s must match a CQStats entry.' % cq_stats_key
for stats in cq_stats.count_stats + cq_stats.list_stats:
if stats.name == name:
if ranking == 'lowest':
return stats.lowest_100
assert ranking == 'highest'
return stats.highest_100
assert False, '%s must match a stat in the specified CQStats entry.' % name
def get(self, ranking, name, cq_stats_key): # pylint: disable=R0201
cq_stats = CQStats.get_by_id(int(cq_stats_key))
assert cq_stats, '%s must match a CQStats entry.' % cq_stats_key
for stats in cq_stats.count_stats + cq_stats.list_stats:
if stats.name == name:
if ranking == 'lowest':
return stats.lowest_100
assert ranking == 'highest'
return stats.highest_100
assert False, '%s must match a stat in the specified CQStats entry.' % name
def post(handler): # pragma: no cover
if handler.request.get('all'):
stats_list = CQStats.query()
else:
stats_list = []
for key in handler.request.get('keys').split(','):
stats = CQStats.get_by_id(int(key))
assert stats, '%s must exist.' % key
stats_list.append(stats)
handler.response.write('CQStats removed: [\n')
for stats in stats_list:
handler.response.write(' %s,\n' % stats)
stats.key.delete()
handler.response.write(']\n')
def post(handler): # pragma: no cover
if handler.request.get('all'):
stats_list = CQStats.query()
else:
stats_list = []
for key in handler.request.get('keys').split(','):
stats = CQStats.get_by_id(int(key))
assert stats, '%s must exist.' % key
stats_list.append(stats)
handler.response.write('CQStats removed: [\n')
for stats in stats_list:
handler.response.write(' %s,\n' % stats)
stats.key.delete()
handler.response.write(']\n')
def execute_query(key, project, interval_minutes, begin, end, names, count,
cursor):
stats_list = []
next_cursor = ''
if key and count > 0:
stats = CQStats.get_by_id(key)
if stats and ( # pragma: no branch
(not project or stats.project == project) and
(not interval_minutes
or stats.interval_minutes == interval_minutes) and
(not begin or stats.begin >= begin) and
(not end or stats.end <= end) and
(not names or stats.has_any_names(names))):
stats_list.append(stats)
more = False
else:
more = True
while more and len(stats_list) < count:
filters = []
if project:
filters.append(CQStats.project == project)
if interval_minutes:
filters.append(CQStats.interval_minutes == interval_minutes)
if begin:
filters.append(CQStats.begin >= begin)
if end:
filters.append(CQStats.begin <= end)
query = CQStats.query().filter(*filters).order(-CQStats.begin)
page_stats, next_cursor, more = query.fetch_page(
count - len(stats_list),
start_cursor=Cursor(urlsafe=next_cursor or cursor))
next_cursor = next_cursor.urlsafe() if next_cursor else ''
for stats in page_stats:
if not names or stats.has_any_names(names):
stats_list.append(stats)
ensure_last_change_timestamp(interval_minutes)
return {
'results': [stats.to_dict(names) for stats in stats_list],
'cursor': next_cursor,
'more': more,
}
def execute_query(key, project, interval_minutes, begin, end, names,
count, cursor): # pragma: no cover
stats_list = []
next_cursor = ''
if key and count > 0:
stats = CQStats.get_by_id(key)
if stats and (
(not project or stats.project == project) and
(not interval_minutes or stats.interval_minutes == interval_minutes) and
(not begin or stats.begin >= begin) and
(not end or stats.end <= end) and
(not names or stats.has_any_names(names))):
stats_list.append(stats)
more = False
else:
more = True
while more and len(stats_list) < count:
filters = []
if project:
filters.append(CQStats.project == project)
if interval_minutes:
filters.append(CQStats.interval_minutes == interval_minutes)
if begin:
filters.append(CQStats.begin >= begin)
if end:
filters.append(CQStats.begin <= end)
query = CQStats.query().filter(*filters).order(-CQStats.begin)
page_stats, next_cursor, more = query.fetch_page(count - len(stats_list),
start_cursor=Cursor(urlsafe=next_cursor or cursor))
next_cursor = next_cursor.urlsafe() if next_cursor else ''
for stats in page_stats:
if not names or stats.has_any_names(names):
stats_list.append(stats)
ensure_last_change_timestamp(interval_minutes)
return {
'results': [stats.to_dict(names) for stats in stats_list],
'cursor': next_cursor,
'more': more,
}
