def test_03_hours_ctx(self):
with current_url(KATELLO.url):
with login_ctx(KATELLO.username, KATELLO.password):
with organisation_ctx("ACME_Corporation"):
with filters.filter_hours_ctx() as (filters_page, filter_menu):
filters_page._navigate()
self.filter_menu = filter_menu
self.assertNonTimeFields()
self.assertHoursField()
self.filter_menu = None
def test_03_hours_ctx(self):
with current_url(KATELLO.url):
with login_ctx(KATELLO.username, KATELLO.password):
with organisation_ctx("ACME_Corporation"):
with filters.filter_hours_ctx() as (filters_page,
filter_menu):
filters_page._navigate()
self.filter_menu = filter_menu
self.assertNonTimeFields()
self.assertHoursField()
self.filter_menu = None
def splice_check_report(typeinstance, days_start=None, days_end=None, past_hours=None, state=[u'Active', u'Inactive', u'Deleted'], current=0, invalid=0, insufficient=0, organizations=[u'Testing Org']):
report_page = None
KATELLO = typeinstance.KATELLO
SE.reset(url=KATELLO.url)
if days_start is not None and days_end is not None:
# date-range mode
start_date, end_date = report.date_ago(days_start), report.date_ago(days_end)
filter_name = report.dates_filter_name(start_date, end_date, state)
with typeinstance._env_ctx(KATELLO.url, KATELLO.user, KATELLO.password, organizations[0]):
with filter_date_range_ctx(
name=filter_name,
start_date=start_date,
end_date=end_date,
organizations=organizations,
lifecycle_states=state
) as (filters_page, report_filter):
report_page = report_filter.run_report()
# assert the values
nose.tools.assert_equal(report_page.current_subscriptions.count.text, unicode(current))
nose.tools.assert_equal(report_page.insufficient_subscriptions.count.text, unicode(insufficient))
nose.tools.assert_equal(report_page.invalid_subscriptions.count.text, unicode(invalid))
elif past_hours is not None:
# hours-based operation
filter_name = report.hours_filter_name(past_hours, state)
with typeinstance._env_ctx(KATELLO.url, KATELLO.user, KATELLO.password, organizations[0]):
with filter_hours_ctx(
name=filter_name,
hours=past_hours,
organizations=organizations,
lifecycle_states=state
) as (filters_page, report_filter):
report_page = report_filter.run_report()
# assert the values
nose.tools.assert_equal(report_page.current_subscriptions.count.text, unicode(current))
nose.tools.assert_equal(report_page.insufficient_subscriptions.count.text, unicode(insufficient))
nose.tools.assert_equal(report_page.invalid_subscriptions.count.text, unicode(invalid))
else:
# Wrong usage
assert False, "Wrong usage"
return # not reached
def splice_check_report(typeinstance,
days_start=None,
days_end=None,
past_hours=None,
state=[u'Active', u'Inactive', u'Deleted'],
current=0,
invalid=0,
insufficient=0,
organizations=[u'Testing Org']):
report_page = None
KATELLO = typeinstance.KATELLO
SE.reset(url=KATELLO.url)
if days_start is not None and days_end is not None:
# date-range mode
start_date, end_date = report.date_ago(
days_start), report.date_ago(days_end)
filter_name = report.dates_filter_name(start_date, end_date, state)
with typeinstance._env_ctx(KATELLO.url, KATELLO.user,
KATELLO.password, organizations[0]):
with filter_date_range_ctx(
name=filter_name,
start_date=start_date,
end_date=end_date,
organizations=organizations,
lifecycle_states=state) as (filters_page,
report_filter):
report_page = report_filter.run_report()
# assert the values
nose.tools.assert_equal(
report_page.current_subscriptions.count.text,
unicode(current))
nose.tools.assert_equal(
report_page.insufficient_subscriptions.count.text,
unicode(insufficient))
nose.tools.assert_equal(
report_page.invalid_subscriptions.count.text,
unicode(invalid))
elif past_hours is not None:
# hours-based operation
filter_name = report.hours_filter_name(past_hours, state)
with typeinstance._env_ctx(KATELLO.url, KATELLO.user,
KATELLO.password, organizations[0]):
with filter_hours_ctx(
name=filter_name,
hours=past_hours,
organizations=organizations,
lifecycle_states=state) as (filters_page,
report_filter):
report_page = report_filter.run_report()
# assert the values
nose.tools.assert_equal(
report_page.current_subscriptions.count.text,
unicode(current))
nose.tools.assert_equal(
report_page.insufficient_subscriptions.count.text,
unicode(insufficient))
nose.tools.assert_equal(
report_page.invalid_subscriptions.count.text,
unicode(invalid))
else:
# Wrong usage
assert False, "Wrong usage"
return # not reached
