def test_list(self):
with helpers.entries(self.controller, 10) as expect:
values = zip(self.controller.list(u'_'), expect)
for e, x in values:
p, q, n, h = x
self._check_structure(e)
self._check_value(e, xname=q, xmeta={}, xpartition=n, xhost=h)
def test_list(self):
with helpers.entries(self.controller, 10) as expect:
values = zip(self.controller.list(u'_'), expect)
for e, x in values:
p, q, n, h = x
self._check_structure(e)
self._check_value(e, xname=q, xmeta={},
xpartition=n, xhost=h)
def test_catalogue_entry_life_cycle(self):
queue = self.queue
project = self.project
# check listing is initially empty
for p in self.controller.list(project):
self.fail('There should be no entries at this time')
# create a listing, check its length
with helpers.entries(self.controller, 10):
xs = list(self.controller.list(u'_'))
self.assertEqual(len(xs), 10)
# create, check existence, delete
with helpers.entry(self.controller, project, queue, u'a', u'a'):
self.assertTrue(self.controller.exists(project, queue))
# verify it no longer exists
self.assertFalse(self.controller.exists(project, queue))
# verify it isn't listable
self.assertEqual(len(list(self.controller.list(project))), 0)
def test_catalogue_entry_life_cycle(self):
queue = self.queue
project = self.project
# check listing is initially empty
for p in self.controller.list(project):
self.fail('There should be no entries at this time')
# create a listing, check its length
with helpers.entries(self.controller, 10):
xs = list(self.controller.list(u'_'))
self.assertEqual(len(xs), 10)
# create, check existence, delete
with helpers.entry(self.controller, project, queue, u'a', u'a'):
self.assertTrue(self.controller.exists(project, queue))
# verify it no longer exists
self.assertFalse(self.controller.exists(project, queue))
# verify it isn't listable
self.assertEqual(len(list(self.controller.list(project))), 0)
