def test_timeout(fake_redis):
"""See if the timeout is set correctly (regression test)"""
sec = section("t", lock_acquire_timeout=0, lock_expire_timeout=-1)
# pylint: disable=protected-access
assert sec._redis_lock._acquire_seconds == 1
# pylint: disable=protected-access
assert sec._redis_lock._expire_seconds == 1
sec = section("y")
# pylint: disable=protected-access
assert sec._redis_lock._acquire_seconds == 10
# pylint: disable=protected-access
assert sec._redis_lock._expire_seconds == 30
def test_value_exists(fake_redis):
"""Test if the exists method works."""
sec = section("dummy")
assert not sec["x"].exists()
sec["x"] = 42
assert sec["x"].exists()
def test_add(fake_redis):
"""See if adding on a key works"""
sec = section("dummy")
sec.clear()
assert sec.get("x").val() is None
sec.get("x").add(1)
assert sec.get("x").val() == 1
sec.get("x").add(1)
assert sec.get("x").val() == 2
def test_val_default(fake_redis):
"""Test if the default param of val() works"""
sec = section("dummy")
sec.clear()
assert sec["x"].val() is None
assert sec["x"].val(default=1) is 1
assert sec["x"].val(default=None) is None
sec["x"] = 10
assert sec["x"].val(default=1) is 10
assert sec["x"].val(default=None) is 10
def test_iter_children(fake_redis):
"""See if getting all children (only leaf nodes!) work"""
sec = section("dummy")
sec.clear()
sec.set("a.b.c", 2)
sec.set("a.b.d", 3)
children = [(prx.key(), prx.val()) for prx in sec.iter_children()]
assert children == [('dummy.a.b.c', 2), ('dummy.a.b.d', 3)]
assert fake_redis.get('v:.dummy.a.b.c') == b'2'
assert fake_redis.get('v:.dummy.a.b.d') == b'3'
def test_nested_locking(fake_redis):
"""Check if locking is possible """
sec = section("nested")
sec.clear()
sec['a.b.c.d'] = 10
# Locking this will work (since locks are recursive here)
sec['a.b'].acquire()
sec['a.b.c'].acquire()
checks = {"thread-died": False}
def _lock_me_dead():
"""This should block, so thread_died_yet should be True
since it's set after the join timeout.
"""
with sec['a.b.c.d']:
time.sleep(0.05)
checks["thread-died"] = True
thr = threading.Thread(target=_lock_me_dead)
thr.start()
thr.join(0.5)
# If the lock would not block, the join would give the thread
# enough time to set the flag.
assert checks['thread-died'] is False
# Release the top node.
sec['a.b'].release()
# Thread should still not be able to acquire the lock
# since a.b.c was locked (which locked a.b in turn)
assert checks['thread-died'] is False
time.sleep(0.1)
assert checks['thread-died'] is False
sec['a.b.c'].release()
# Now finally the thread should be able to acquire the lock.
time.sleep(0.5)
assert checks['thread-died'] is True
def test_section_proxy(fake_redis):
"""See if the section helper works"""
with section("QualityConytrol") as sec:
sec.clear()
sec["x"] = 2
assert sec["x"].val() == 2
