def test_ACL_append ():
acl = _acls.acl ([("Everyone", "R", "Allow")])
acl.append (("Administrators", "F", "Deny"))
assert list (acl) == [
_aces.dace (("Administrators", "F", "Deny")),
_aces.dace (("Everyone", "R", "Allow"))
]
def test_ACL_append(self):
acl = _acls.acl([("Everyone", "R", "Allow")])
acl.append(("Administrators", "F", "Deny"))
assert list(acl) == [
_aces.dace(("Administrators", "F", "Deny")),
_aces.dace(("Everyone", "R", "Allow"))
]
def test_ACL_iterated ():
#
# This includes a test for sorting, putting deny records first
#
acl = _acls.acl ([("Everyone", "R", "Allow"), ("Administrators", "F", "Deny")])
assert list (acl) == [
_aces.dace (("Administrators", "F", "Deny")),
_aces.dace (("Everyone", "R", "Allow"))
]
def test_ACL_iterated(self):
#
# This includes a test for sorting, putting deny records first
#
acl = _acls.acl([("Everyone", "R", "Allow"),
("Administrators", "F", "Deny")])
assert list(acl) == [
_aces.dace(("Administrators", "F", "Deny")),
_aces.dace(("Everyone", "R", "Allow"))
]
def test_ACL_delitem(self):
acl = _acls.acl([("Everyone", "R", "Allow"),
("Administrators", "F", "Deny")])
del acl[0]
assert list(acl) == [
_aces.dace(("Administrators", "F", "Deny")),
]
def test_dace_tuple2(self):
dace2 = _aces.dace((accounts.principal("Everyone"), "F", "ALLOW"))
assert dace2.type == win32security.ACCESS_ALLOWED_ACE_TYPE
assert dace2.is_allowed == True
assert dace2._trustee.pyobject() == everyone
assert dace2._access_mask == ntsecuritycon.GENERIC_ALL
assert dace2.flags == _aces.ACE.FLAGS
assert dace2.object_type is core.UNSET
assert dace2.inherited_object_type is core.UNSET
def test_acl_iterable(self):
daces0 = [("Everyone", "R", "Allow"), ("Administrators", "F", "Allow")]
def iteraces():
for dace in daces0:
yield dace
assert list(_acls.dacl(iteraces())) == list(
_aces.dace(dace) for dace in daces0)
def test_dace_tuple1 (self): dace1 = _aces.dace ((accounts.principal (everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) assert dace1.type == win32security.ACCESS_ALLOWED_ACE_TYPE assert dace1.is_allowed == True assert dace1._trustee.pyobject () == everyone assert dace1._access_mask == ntsecuritycon.GENERIC_ALL assert dace1.flags == _aces.ACE.FLAGS assert dace1.object_type is core.UNSET assert dace1.inherited_object_type is core.UNSET
def test_dace_tuple2 ():
dace2 = _aces.dace ((accounts.principal ("Everyone"), "F", "ALLOW"))
assert dace2.type == win32security.ACCESS_ALLOWED_ACE_TYPE
assert dace2.is_allowed == True
assert dace2._trustee.pyobject () == everyone
assert dace2._access_mask == ntsecuritycon.GENERIC_ALL
assert dace2.flags == _aces.ACE.FLAGS
assert dace2.object_type is core.UNSET
assert dace2.inherited_object_type is core.UNSET
def test_dace_tuple1():
dace1 = _aces.dace(
(accounts.principal(everyone), ntsecuritycon.GENERIC_ALL,
win32security.ACCESS_ALLOWED_ACE_TYPE))
assert dace1.type == win32security.ACCESS_ALLOWED_ACE_TYPE
assert dace1.is_allowed == True
assert dace1._trustee.pyobject() == everyone
assert dace1._access_mask == ntsecuritycon.GENERIC_ALL
assert dace1.flags == _aces.ACE.FLAGS
assert dace1.object_type is core.UNSET
assert dace1.inherited_object_type is core.UNSET
def test_dace_invalid (self):
with self.assertRaises (_aces.x_ace):
_aces.dace (None)
def test_ACL_delitem ():
acl = _acls.acl ([("Everyone", "R", "Allow"), ("Administrators", "F", "Deny")])
del acl[0]
assert list (acl) == [
_aces.dace (("Administrators", "F", "Deny")),
]
def test_dace_ne_trustee(self):
assert \
_aces.dace((accounts.principal(everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) != \
_aces.dace((accounts.principal("Administrators"), "F", "ALLOW"))
def test_dace_ne_access(self):
assert \
_aces.dace((accounts.principal(everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) != \
_aces.dace((accounts.principal("Everyone"), "R", "ALLOW"))
def test_dace_as_string ():
_aces.dace (("Everyone", "R", "ALLOW")).as_string ()
def test_dace_invalid(self):
with self.assertRaises(_aces.x_ace):
_aces.dace(None)
def test_dace_as_string(self):
_aces.dace(("Everyone", "R", "ALLOW")).as_string()
def test_dace_invalid (): _aces.dace (None)
def test_dace_lt ():
assert _aces.dace (("Everyone", "R", "DENY")) < _aces.dace (("Everyone", "R", "ALLOW"))
def test_dace_lt(self):
assert _aces.dace(("Everyone", "R", "DENY")) < _aces.dace(
("Everyone", "R", "ALLOW"))
def test_dace_ne_type ():
assert \
_aces.dace ((accounts.principal (everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) != \
_aces.dace ((accounts.principal ("Everyone"), "R", "DENY"))
def test_dace_invalid():
_aces.dace(None)
def test_dace_eq ():
assert \
_aces.dace ((accounts.principal (everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) == \
_aces.dace ((accounts.principal ("Everyone"), "F", "ALLOW"))
def test_acl_iterable ():
daces0 = [("Everyone", "R", "Allow"), ("Administrators", "F", "Allow")]
def iteraces ():
for dace in daces0:
yield dace
assert list (_acls.dacl (iteraces ())) == list (_aces.dace (dace) for dace in daces0)
def test_dace_dace(self):
dace = _aces.DACE(everyone, "F", "ALLOW")
assert _aces.dace(dace) is dace
def test_dace_ne_trustee ():
assert \
_aces.dace ((accounts.principal (everyone), ntsecuritycon.GENERIC_ALL, win32security.ACCESS_ALLOWED_ACE_TYPE)) != \
_aces.dace ((accounts.principal ("Administrators"), "F", "ALLOW"))
def test_dace_dace (): dace = _aces.DACE (everyone, "F", "ALLOW") assert _aces.dace (dace) is dace