def test_groups_allowed_to_be_its_parent(self):
groups = model.Group.by_name(u'national-health-service').\
groups_allowed_to_be_its_parent(type=group_type)
names = names_from_groups(groups)
assert_in('department-of-health', names)
assert_in('cabinet-office', names)
assert_not_in('natonal-health-service', names)
assert_not_in('nhs-wirral-ccg', names)
def test_groups_allowed_to_be_its_parent(self):
groups = model.Group.by_name(u'national-health-service').\
groups_allowed_to_be_its_parent(type=group_type)
names = names_from_groups(groups)
assert_in('department-of-health', names)
assert_in('cabinet-office', names)
assert_not_in('natonal-health-service', names)
assert_not_in('nhs-wirral-ccg', names)
def test_get_children_group_hierarchy__from_top_2(self):
groups = model.Group.by_name(u'department-of-health').\
get_children_group_hierarchy(type=group_type)
# the first group must be NHS or Food Standards Agency - i.e. on the
# first level down
nhs = groups[0]
assert_in(nhs[1], ('national-health-service', 'food-standards-agency'))
assert_equal(model.Group.get(nhs[3]).name, 'department-of-health')
def test_get_children_group_hierarchy__from_top_2(self):
groups = model.Group.by_name(u'department-of-health').\
get_children_group_hierarchy(type=group_type)
# the first group must be NHS or Food Standards Agency - i.e. on the
# first level down
nhs = groups[0]
assert_in(nhs[1], ('national-health-service', 'food-standards-agency'))
assert_equal(model.Group.get(nhs[3]).name, 'department-of-health')
def test_get_children_groups(self):
res = model.Group.by_name(u'department-of-health').\
get_children_groups(type=group_type)
# check groups
assert_equal(name_set_from_groups(res),
set(('national-health-service',
'food-standards-agency')))
# check each group is a Group
assert isinstance(res[0], model.Group)
assert_in(res[0].name, ('national-health-service', 'food-standards-agency'))
assert_in(res[0].title, ('National Health Service', 'Food Standards Agency'))
def test_get_children_groups(self):
res = model.Group.by_name(u'department-of-health').\
get_children_groups(type=group_type)
# check groups
assert_equal(name_set_from_groups(res),
set(('national-health-service',
'food-standards-agency')))
# check each group is a Group
assert isinstance(res[0], model.Group)
assert_in(res[0].name, ('national-health-service', 'food-standards-agency'))
assert_in(res[0].title, ('National Health Service', 'Food Standards Agency'))
def test_21_package_dictization_with_deleted_group(self):
"""
Ensure that the dictization does not return groups that the dataset has
been removed from.
"""
# Create a new dataset and 2 new groups
model.repo.new_revision()
pkg = model.Package(name='testing-deleted-groups')
group_1 = model.Group(name='test-group-1')
group_2 = model.Group(name='test-group-2')
model.Session.add(pkg)
model.Session.add(group_1)
model.Session.add(group_2)
model.Session.flush()
# Add the dataset to group_1, and signal that the dataset used
# to be a member of group_2 by setting its membership state to 'deleted'
membership_1 = model.Member(table_id = pkg.id,
table_name = 'package',
group = group_1,
group_id = group_1.id,
state = 'active')
membership_2 = model.Member(table_id = pkg.id,
table_name = 'package',
group = group_2,
group_id = group_2.id,
state = 'deleted')
model.Session.add(membership_1)
model.Session.add(membership_2)
model.repo.commit()
# Dictize the dataset
context = {"model": model,
"session": model.Session}
result = package_dictize(pkg, context)
self.remove_changable_columns(result)
assert_not_in('test-group-2', [ g['name'] for g in result['groups'] ])
assert_in('test-group-1', [ g['name'] for g in result['groups'] ])
def test_21_package_dictization_with_deleted_group(self):
"""
Ensure that the dictization does not return groups that the dataset has
been removed from.
"""
# Create a new dataset and 2 new groups
model.repo.new_revision()
pkg = model.Package(name='testing-deleted-groups')
group_1 = model.Group(name='test-group-1')
group_2 = model.Group(name='test-group-2')
model.Session.add(pkg)
model.Session.add(group_1)
model.Session.add(group_2)
model.Session.flush()
# Add the dataset to group_1, and signal that the dataset used
# to be a member of group_2 by setting its membership state to 'deleted'
membership_1 = model.Member(table_id=pkg.id,
table_name='package',
group=group_1,
group_id=group_1.id,
state='active')
membership_2 = model.Member(table_id=pkg.id,
table_name='package',
group=group_2,
group_id=group_2.id,
state='deleted')
model.Session.add(membership_1)
model.Session.add(membership_2)
model.repo.commit()
# Dictize the dataset
context = {"model": model, "session": model.Session}
result = package_dictize(pkg, context)
self.remove_changable_columns(result)
assert_not_in('test-group-2', [g['name'] for g in result['groups']])
assert_in('test-group-1', [g['name'] for g in result['groups']])
