def test_lock_is_locked():
lock = RedLock("test_lock_is_locked")
# Clear possible initial states
[node.delete(lock.resource) for node in lock.redis_nodes]
assert lock.locked() is False
lock.acquire()
assert lock.locked() is True
lock.release()
assert lock.locked() is False
def test_lock_is_locked():
lock = RedLock("test_lock_is_locked")
# Clear possible initial states
[node.delete(lock.resource) for node in lock.redis_nodes]
assert lock.locked() is False
lock.acquire()
assert lock.locked() is True
lock.release()
assert lock.locked() is False
def test_locked_span_lock_instances():
lock1 = RedLock("test_locked_span_lock_instances")
lock2 = RedLock("test_locked_span_lock_instances")
# Clear possible initial states
[node.delete(lock1.resource) for node in lock1.redis_nodes]
assert lock1.locked() == lock2.locked() is False
lock1.acquire()
assert lock1.locked() == lock2.locked() is True
lock1.release()
assert lock1.locked() == lock2.locked() is False
def test_locked_span_lock_instances():
lock1 = RedLock("test_locked_span_lock_instances")
lock2 = RedLock("test_locked_span_lock_instances")
# Clear possible initial states
[node.delete(lock1.resource) for node in lock1.redis_nodes]
assert lock1.locked() == lock2.locked() is False
lock1.acquire()
assert lock1.locked() == lock2.locked() is True
lock1.release()
assert lock1.locked() == lock2.locked() is False
