def testLockUnlock(self):
lockable.lock_lock(self.lock.lockable)
self.assertTrue(self.lock.lockable.locked)
self.assertRaises(lockable.LockedError, lockable.open_lock,
self.lock.lockable)
lockable.unlock_lock(self.lock.lockable)
self.assertFalse(self.lock.lockable.locked)
lockable.open_lock(self.lock.lockable)
self.assertRaises(lockable.OpenError, lockable.lock_lock,
self.lock.lockable)
def testLockUnlock(self):
lockable.lock_lock(self.lock.lockable)
self.assertTrue(self.lock.lockable.locked)
self.assertRaises(lockable.LockedError, lockable.open_lock,
self.lock.lockable)
lockable.unlock_lock(self.lock.lockable)
self.assertFalse(self.lock.lockable.locked)
lockable.open_lock(self.lock.lockable)
self.assertRaises(lockable.OpenError, lockable.lock_lock,
self.lock.lockable)
def execute(self):
"""Execute the action
Raises:
:class:`fife_rpg.exceptions.NoSuchCommandError`
if a command is detected that is not registered.
"""
lockable = getattr(self.target, Lockable.registered_as)
open_lock(lockable)
if FifeAgent.registered_as:
fifeagent_data = getattr(self.target, FifeAgent.registered_as)
if fifeagent_data:
behaviour = fifeagent_data.behaviour
behaviour.act(lockable.open_action)
behaviour.queue_action(lockable.opened_action, repeating=True)
EntityAction.execute(self)
def execute(self):
"""Execute the action
Raises:
:class:`fife_rpg.exceptions.NoSuchCommandError`
if a command is detected that is not registered.
"""
lockable = getattr(self.target, Lockable.registered_as)
open_lock(lockable)
if FifeAgent.registered_as:
fifeagent_data = getattr(self.target, FifeAgent.registered_as)
if fifeagent_data:
behaviour = fifeagent_data.behaviour
behaviour.act(lockable.open_action)
behaviour.queue_action(lockable.opened_action, repeating=True)
EntityAction.execute(self)
def testOpenClose(self):
lockable.open_lock(self.lock.lockable)
self.assertFalse(self.lock.lockable.closed)
lockable.close_lock(self.lock.lockable)
self.assertTrue(self.lock.lockable.closed)
def testOpenClose(self):
lockable.open_lock(self.lock.lockable)
self.assertFalse(self.lock.lockable.closed)
lockable.close_lock(self.lock.lockable)
self.assertTrue(self.lock.lockable.closed)
