def show_all_flakes(flake, bug_friendly):
occurrence_keys = []
for o in flake.occurrences:
occurrence_keys.append(o)
occurrences = ndb.get_multi(occurrence_keys)
failure_runs_keys = []
patchsets_keys = []
for o in occurrences:
failure_runs_keys.append(o.failure_run)
patchsets_keys.append(o.failure_run.parent())
failure_runs = ndb.get_multi(failure_runs_keys)
patchsets = ndb.get_multi(patchsets_keys)
pst_timezone = pytz.timezone("US/Pacific")
for index, f in enumerate(failure_runs):
f.patchset_url = patchsets[index].getURL()
f.builder = patchsets[index].builder
f.formatted_time = f.time_finished.replace(tzinfo=pytz.utc).astimezone(
pst_timezone).strftime('%m/%d/%y %I:%M %p')
# Do simple sorting to make reading easier.
failure_runs = sorted(failure_runs, key=RunsSortFunction)
values = {
'flake': flake,
'failure_runs': failure_runs,
'bug_friendly': bug_friendly,
'time_now': datetime.datetime.now(),
}
return template.render('templates/all_flake_occurrences.html', values)
def get(self):
time_range = self.request.get('range', default_value='day')
cursor = Cursor(urlsafe=self.request.get('cursor'))
flakes_query = Flake.query()
if time_range == 'hour':
flakes_query = flakes_query.filter(Flake.last_hour == True)
flakes_query = flakes_query.order(-Flake.count_hour)
elif time_range == 'day':
flakes_query = flakes_query.filter(Flake.last_day == True)
flakes_query = flakes_query.order(-Flake.count_day)
elif time_range == 'week':
flakes_query = flakes_query.filter(Flake.last_week == True)
flakes_query = flakes_query.order(-Flake.count_week)
elif time_range == 'month':
flakes_query = flakes_query.filter(Flake.last_month == True)
flakes_query = flakes_query.order(-Flake.count_month)
else:
flakes_query = flakes_query.order(-Flake.count_all)
flakes_query = flakes_query.order(-Flake.last_time_seen)
flakes, next_cursor, more = flakes_query.fetch_page(
10, start_cursor=cursor)
# Filter out occurrences so that we only show ones for the selected time
# range. This is less confusing to read, and also less cluttered and renders
# faster when not viewing all range.
for f in flakes:
# get_multi is much faster than calling .get for each f.occurrences
occurrences = ndb.get_multi(f.occurrences)
failure_run_keys = []
patchsets_keys = []
for o in occurrences:
failure_run_keys.append(o.failure_run)
patchsets_keys.append(o.failure_run.parent())
failure_runs = ndb.get_multi(failure_run_keys)
patchsets = ndb.get_multi(patchsets_keys)
f.filtered_occurrences = []
# tryserver pages show PST time so do so here as well for easy comparison.
pst_timezone = pytz.timezone("US/Pacific")
for index, r in enumerate(failure_runs):
if (time_range == 'hour' and is_last_hour(r.time_finished)) or \
(time_range == 'day' and is_last_day(r.time_finished)) or \
(time_range == 'week' and is_last_week(r.time_finished)) or \
(time_range == 'month' and is_last_month(r.time_finished)) or \
time_range == 'all':
r.patchset_url = patchsets[index].getURL()
r.builder = patchsets[index].builder
time_format = ''
if time_range == 'hour':
time_format = '%I:%M %p'
elif (time_range == 'day' or time_range == 'week'
or time_range == 'month'):
time_format = '%m/%d %I:%M %p'
else:
time_format = '%m/%d/%y %I:%M %p'
r.formatted_time = r.time_finished.replace(tzinfo=pytz.utc). \
astimezone(pst_timezone).strftime(time_format)
f.filtered_occurrences.append(r)
# Do simple sorting of occurances by builder to make reading easier.
f.filtered_occurrences = sorted(f.filtered_occurrences,
key=FlakeSortFunction)
values = {
'range': time_range,
'flakes': flakes,
'more': more,
'cursor': next_cursor.urlsafe() if next_cursor else '',
}
self.response.write(template.render('templates/index.html', values))
def get(self):
time_range = self.request.get('range', default_value='day')
cursor = Cursor(urlsafe=self.request.get('cursor'))
flakes_query = Flake.query()
if time_range == 'hour':
flakes_query = flakes_query.filter(Flake.last_hour == True)
flakes_query = flakes_query.order(-Flake.count_hour)
elif time_range == 'day':
flakes_query = flakes_query.filter(Flake.last_day == True)
flakes_query = flakes_query.order(-Flake.count_day)
elif time_range == 'week':
flakes_query = flakes_query.filter(Flake.last_week == True)
flakes_query = flakes_query.order(-Flake.count_week)
elif time_range == 'month':
flakes_query = flakes_query.filter(Flake.last_month == True)
flakes_query = flakes_query.order(-Flake.count_month)
else:
flakes_query = flakes_query.order(-Flake.count_all)
flakes_query = flakes_query.order(-Flake.last_time_seen)
flakes, next_cursor, more = flakes_query.fetch_page(10, start_cursor=cursor)
# Filter out occurrences so that we only show ones for the selected time
# range. This is less confusing to read, and also less cluttered and renders
# faster when not viewing all range.
for f in flakes:
# get_multi is much faster than calling .get for each f.occurrences
occurrences = ndb.get_multi(f.occurrences)
failure_run_keys = []
patchsets_keys = []
for o in occurrences:
failure_run_keys.append(o.failure_run)
patchsets_keys.append(o.failure_run.parent())
failure_runs = ndb.get_multi(failure_run_keys)
patchsets = ndb.get_multi(patchsets_keys)
f.filtered_occurrences = []
# tryserver pages show PST time so do so here as well for easy comparison.
pst_timezone = pytz.timezone("US/Pacific")
for index, r in enumerate(failure_runs):
if (time_range == 'hour' and is_last_hour(r.time_finished)) or \
(time_range == 'day' and is_last_day(r.time_finished)) or \
(time_range == 'week' and is_last_week(r.time_finished)) or \
(time_range == 'month' and is_last_month(r.time_finished)) or \
time_range == 'all':
r.patchset_url = patchsets[index].getURL()
r.builder = patchsets[index].builder
time_format = ''
if time_range == 'hour':
time_format = '%I:%M %p'
elif (time_range == 'day' or time_range == 'week' or
time_range == 'month'):
time_format = '%m/%d %I:%M %p'
else:
time_format = '%m/%d/%y %I:%M %p'
r.formatted_time = r.time_finished.replace(tzinfo=pytz.utc). \
astimezone(pst_timezone).strftime(time_format)
f.filtered_occurrences.append(r)
# Do simple sorting of occurances by builder to make reading easier.
f.filtered_occurrences = sorted(f.filtered_occurrences,
key=FlakeSortFunction)
values = {
'range': time_range,
'flakes': flakes,
'more': more,
'cursor': next_cursor.urlsafe() if next_cursor else '',
}
self.response.write(template.render('templates/index.html', values))
def _now_us_pacific():
"""Get the current date, in US/Pacific time."""
# Late import so that we can avoid this in tests.
from third_party.pytz.gae import pytz
return datetime.datetime.now(pytz.timezone('US/Pacific'))
