def test_not_matching(self):
self.assertEquals(
set(['Foo']),
set(get_roles_inheriting_from(['Foo'], [('Bar', 'Baz')])))
self.assertEquals(
set(['Foo']),
set(get_roles_inheriting_from(['Foo'], [('Foo', 'Bar')])))
def test_not_matching(self):
self.assertEquals(
set(['Foo']),
set(get_roles_inheriting_from(['Foo'], [('Bar', 'Baz')])))
self.assertEquals(
set(['Foo']),
set(get_roles_inheriting_from(['Foo'], [('Foo', 'Bar')])))
def test_docstring_example(self):
#A inherits from B
#B inherits from C
role_inheritance = (('A', 'B'), ('B', 'C'))
self.assertEquals(['A'],
get_roles_inheriting_from(['A'], role_inheritance))
self.assertEquals(['A', 'B'],
get_roles_inheriting_from(['B'], role_inheritance))
self.assertEquals(['A', 'B', 'C'],
get_roles_inheriting_from(['C'], role_inheritance))
def test_docstring_example(self):
#A inherits from B
#B inherits from C
role_inheritance = (('A', 'B'), ('B', 'C'))
self.assertEquals(['A'],
get_roles_inheriting_from(['A'], role_inheritance))
self.assertEquals(['A', 'B'],
get_roles_inheriting_from(['B'], role_inheritance))
self.assertEquals(['A', 'B', 'C'],
get_roles_inheriting_from(['C'], role_inheritance))
def test_multi_stage(self):
expected = set(['Foo', 'Bar', 'Baz'])
roles = ['Foo']
self.assertEquals(
expected,
set(
get_roles_inheriting_from(roles, [('Bar', 'Foo'),
('Baz', 'Bar')])))
self.assertEquals(
expected,
set(
get_roles_inheriting_from(roles, [('Baz', 'Bar'),
('Bar', 'Foo')])))
def _add_worklist_when_necessary(self, status, role_inheritance):
if not status.worklist_viewers:
return False
worklist = etree.SubElement(self.document, 'worklist')
worklist.set('title', '')
worklist.set('worklist_id', self._worklist_id(status))
action = etree.SubElement(worklist, 'action')
action.set('category', 'global')
action.set('icon', '')
action.set('url', '%%(portal_url)s/search?review_state=%s' % (
self._status_id(status)))
action.text = '%s (%%(count)d)' % status.title.decode('utf-8')
match = etree.SubElement(worklist, 'match')
match.set('name', 'review_state')
match.set('values', self._status_id(status))
guards = etree.SubElement(worklist, 'guard')
roles = [self.specification.role_mapping[crole]
for crole in status.worklist_viewers]
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in sorted(roles):
rolenode = etree.SubElement(guards, 'guard-role')
rolenode.text = role.decode('utf-8')
def _add_worklist_when_necessary(self, status, role_inheritance):
if not status.worklist_viewers:
return False
worklist = etree.SubElement(self.document, 'worklist')
worklist.set('title', '')
worklist.set('worklist_id', self._worklist_id(status))
action = etree.SubElement(worklist, 'action')
action.set('category', 'global')
action.set('icon', '')
action.set(
'url', '%%(portal_url)s/search?review_state=%s' %
(self._status_id(status)))
action.text = '%s (%%(count)d)' % status.title.decode('utf-8')
match = etree.SubElement(worklist, 'match')
match.set('name', 'review_state')
match.set('values', self._status_id(status))
guards = etree.SubElement(worklist, 'guard')
roles = [
self.specification.role_mapping[crole]
for crole in status.worklist_viewers
]
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in sorted(roles):
rolenode = etree.SubElement(guards, 'guard-role')
rolenode.text = role.decode('utf-8')
def _apply_transition_statements(self, statements, nodes,
per_status_role_inheritance):
for transition, node in nodes.items():
guards = etree.SubElement(node, 'guard')
role_inheritance = per_status_role_inheritance.get(
transition.src_status, [])
roles = []
for customer_role, action in statements[transition.src_status]:
if action != transition.title:
continue
role = self.specification.role_mapping[customer_role]
roles.append(role)
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in roles:
rolenode = etree.SubElement(guards, 'guard-role')
rolenode.text = role.decode('utf-8')
for option, value in transition.options.items():
if option == 'guard-expression':
etree.SubElement(guards, option).text = value
if len(guards) == 0:
# Disable the transition by a condition guard, because there
# were no statements about who can do the transtion.
xprnode = etree.SubElement(guards, 'guard-expression')
xprnode.text = u'python: False'
def test_circular(self):
expected = set(['Foo', 'Bar', 'Baz'])
roles = ['Foo']
role_inheritance = [('Foo', 'Bar'), ('Bar', 'Baz'), ('Baz', 'Foo')]
self.assertEquals(
expected, set(get_roles_inheriting_from(roles, role_inheritance)))
def _apply_transition_statements(self, statements, nodes,
per_status_role_inheritance):
for transition, node in nodes.items():
guards = etree.SubElement(node, 'guard')
role_inheritance = per_status_role_inheritance.get(
transition.src_status, [])
roles = []
for customer_role, action in statements[transition.src_status]:
if action != transition.title:
continue
role = self.specification.role_mapping[customer_role]
roles.append(role)
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in roles:
rolenode = etree.SubElement(guards, 'guard-role')
rolenode.text = role.decode('utf-8')
for option, value in transition.options.items():
if option == 'guard-expression':
etree.SubElement(guards, option).text = value
if len(guards) == 0:
# Disable the transition by a condition guard, because there
# were no statements about who can do the transtion.
xprnode = etree.SubElement(guards, 'guard-expression')
xprnode.text = u'python: False'
def test_multi_stage(self):
expected = set(['Foo', 'Bar', 'Baz'])
roles = ['Foo']
self.assertEquals(
expected,
set(get_roles_inheriting_from(
roles,
[('Bar', 'Foo'),
('Baz', 'Bar')])))
self.assertEquals(
expected,
set(get_roles_inheriting_from(
roles,
[('Baz', 'Bar'),
('Bar', 'Foo')])))
def test_recursive_resolution(self):
self.assertEquals(
['Anonymous', 'Contributor', 'Editor', 'Manager'],
get_roles_inheriting_from(
['Anonymous'],
[('Contributor', 'Anonymous'),
('Manager', 'Editor'),
('Editor', 'Contributor')]))
def test_circular(self):
expected = set(['Foo', 'Bar', 'Baz'])
roles = ['Foo']
role_inheritance = [('Foo', 'Bar'),
('Bar', 'Baz'),
('Baz', 'Foo')]
self.assertEquals(
expected,
set(get_roles_inheriting_from(roles, role_inheritance)))
def _apply_status_statements(self, snode, statements, role_inheritance):
for permission in self.managed_permissions:
pnode = etree.SubElement(snode, 'permission-map')
pnode.set('name', permission)
pnode.set('acquired', 'False')
roles = self._get_roles_for_permission(permission, statements)
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in roles:
rolenode = etree.SubElement(pnode, 'permission-role')
rolenode.text = role.decode('utf-8')
def _apply_status_statements(self, snode, statements, role_inheritance):
for permission in self.managed_permissions:
pnode = etree.SubElement(snode, 'permission-map')
pnode.set('name', permission)
pnode.set('acquired', 'False')
roles = self._get_roles_for_permission(permission, statements)
roles = get_roles_inheriting_from(roles, role_inheritance)
for role in roles:
rolenode = etree.SubElement(pnode, 'permission-role')
rolenode.text = role.decode('utf-8')
def test_basic_resolution(self):
self.assertEquals(
['Anonymous', 'Manager'],
get_roles_inheriting_from(
['Anonymous'],
[('Manager', 'Anonymous')]))
def test_basic(self):
self.assertEquals(
set(['Foo', 'Bar']),
set(get_roles_inheriting_from(['Foo'], [('Bar', 'Foo')])))
def test_recursive_resolution(self):
self.assertEquals(['Anonymous', 'Contributor', 'Editor', 'Manager'],
get_roles_inheriting_from(
['Anonymous'], [('Contributor', 'Anonymous'),
('Manager', 'Editor'),
('Editor', 'Contributor')]))
def test_basic_resolution(self):
self.assertEquals(['Anonymous', 'Manager'],
get_roles_inheriting_from(
['Anonymous'], [('Manager', 'Anonymous')]))
def test_basic(self):
self.assertEquals(
set(['Foo', 'Bar']),
set(get_roles_inheriting_from(['Foo'], [('Bar', 'Foo')])))
