def test_create_does_not_exist(self):
key1 = registry.registry(TEST_KEY1)
self.assertFalse(key1)
registry.create(key1)
try:
self.assertTrue(key1)
finally:
key1.delete()
def test_create_does_not_exist (self):
key1 = registry.registry (TEST_KEY1)
assert not bool (key1)
registry.create (key1)
try:
assert bool (key1)
finally:
key1.delete ()
def test_create_does_not_exist(self):
key1 = registry.registry(TEST_KEY1)
self.assertFalse(key1)
registry.create(key1)
try:
self.assertTrue(key1)
finally:
key1.delete()
def test_create_does_not_exist (self):
key1 = registry.registry (TEST_KEY1)
assert not bool (key1)
registry.create (key1)
try:
assert bool (key1)
finally:
key1.delete ()
def test_create_does_not_exist_deep ():
key1 = registry.registry (TEST_KEY1)
key2 = registry.registry (TEST_KEY2)
assert not bool (key1)
assert not bool (key2)
registry.create (key2)
try:
assert bool (key1)
assert bool (key2)
finally:
key1.delete ()
def create_reg_key(key_str, user_name=None):
reg = registry.create(key_str)
# Add the user to the key with permissions
if user_name is not None:
with reg.security() as s:
# Break inheritance causes things to reapply properly
s.break_inheritance(copy_first=True)
s.dacl.append((user_name, "W", "ALLOW"))
s.dacl.append((accounts.me(), "F", "ALLOW"))
# s.dacl.dump()
return reg
def test_create_does_exist (self): key = registry.registry (TEST_KEY) assert bool (key) registry.create (key) assert bool (key)
def test_create_does_exist(self):
key = registry.registry(TEST_KEY)
self.assertTrue(key)
registry.create(key)
self.assertTrue(key)
def test_create_does_exist(self):
key = registry.registry(TEST_KEY)
self.assertTrue(key)
registry.create(key)
self.assertTrue(key)
def test_create_does_exist (self): key = registry.registry (TEST_KEY) assert bool (key) registry.create (key) assert bool (key)
