def test_lock_already_acquired(self):
"""
If lock is already acquired, it will just call eff
"""
self.lb.acquired = True
seq = [("call", const("eff_return"))]
self.assertEqual(
perform_sequence(seq, zk.call_if_acquired(self.lock,
Effect("call"))),
("eff_return", False))
def test_lock_already_acquired(self):
"""
If lock is already acquired, it will just call eff
"""
self.lb.acquired = True
seq = [("call", const("eff_return"))]
self.assertEqual(
perform_sequence(
seq,
zk.call_if_acquired(self.lock, Effect("call"))),
("eff_return", False))
def test_lock_acquired(self):
"""
When lock is not acquired, it is tried and if successful calls eff
"""
self.lb.acquired = False
self.lb.acquire_call = (False, None, True)
seq = [("call", const("eff_return"))]
self.assertEqual(
perform_sequence(seq, zk.call_if_acquired(self.lock,
Effect("call"))),
("eff_return", True))
def test_lock_not_acquired(self):
"""
When lock is not acquired, it is tried and if failed does not
call eff
"""
self.lb.acquired = False
self.lb.acquire_call = (False, None, False)
self.assertEqual(
sync_perform(base_dispatcher,
zk.call_if_acquired(self.lock, Effect("call"))),
(zk.NOT_CALLED, False))
def test_lock_acquired(self):
"""
When lock is not acquired, it is tried and if successful calls eff
"""
self.lb.acquired = False
self.lb.acquire_call = (False, None, True)
seq = [("call", const("eff_return"))]
self.assertEqual(
perform_sequence(
seq,
zk.call_if_acquired(self.lock, Effect("call"))),
("eff_return", True))
def test_lock_not_acquired(self):
"""
When lock is not acquired, it is tried and if failed does not
call eff
"""
self.lb.acquired = False
self.lb.acquire_call = (False, None, False)
self.assertEqual(
sync_perform(
base_dispatcher,
zk.call_if_acquired(self.lock, Effect("call"))),
(zk.NOT_CALLED, False))
