def testIsLocked(self):
""" util.lock: ExclusiveLock: isLocked """
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
py.test.skip("can't acquire lock")
assert lock.isLocked()
lock.release()
assert not lock.isLocked()
def testIsLocked(self):
""" util.lock: ExclusiveLock: isLocked """
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
py.test.skip("can't acquire lock")
assert lock.isLocked()
lock.release()
assert not lock.isLocked()
def testIsLocked(self):
""" util.lock: ExclusiveLock: isLocked """
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
raise TestSkiped("can't acquire lock")
self.failUnless(lock.isLocked(), "lock state wrong")
lock.release()
self.failIf(lock.isLocked(), "lock state wrong")
def _do_locked(self, lockname, fn, arg):
l = ExclusiveLock(lockname, 30)
l.acquire(30)
try:
ret = fn(arg)
finally:
l.release()
return ret
def testRelease(self):
""" util.lock: ExclusiveLock: release
After releasing a lock, new one could be acquired.
"""
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
py.test.skip("can't acquire lock")
lock.release()
assert lock.acquire(0.1)
def testRelease(self):
""" util.lock: ExclusiveLock: release
After releasing a lock, new one could be acquired.
"""
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
py.test.skip("can't acquire lock")
lock.release()
assert lock.acquire(0.1)
def testRelease(self):
""" util.lock: ExclusiveLock: release
After releasing a lock, new one could be acquired.
"""
lock = ExclusiveLock(self.lock_dir)
if not lock.acquire(0.1):
raise TestSkiped("can't acquire lock")
lock.release()
self.failUnless(lock.acquire(0.1),
"Could not acquire lock after release")
