def stepDone(self):
"""
Done with this sequence step. Deregister event listeners.
"""
if not self.done:
pyatspi.Registry.deregisterEventListener(self.onEvent, *self.wait_for)
return SequenceStep.stepDone(self)
def stepDone(self):
'''
Done with this sequence step. Deregister event listeners.
'''
if not self.done:
pyatspi.Registry.deregisterEventListener(self.onEvent,
*self.wait_for)
return SequenceStep.stepDone(self)
def __init__(self, event, acc_name, acc_path, acc_role, timeout):
'''
Initialize a L{WaitAction}
@param event: Event to wait for
@type event: string
@param acc_name: Name of source accessible of events we are waiting for.
@type acc_name: string
@param acc_path: Tree path in application to source accessible.
@type acc_path: list of integer
@param acc_role: Role of source accessible.
@type acc_role: integer
@param timeout: Time to wait in milliseconds before timing out.
@type timeout: integer
'''
SequenceStep.__init__(self)
if isinstance(event, list):
self.wait_for = event
else:
self.wait_for = [event]
self._acc_name = acc_name
self._acc_path = acc_path
self._acc_role = acc_role
self._timeout = timeout
def __init__(self, event, acc_name, acc_path, acc_role, timeout):
"""
Initialize a L{WaitAction}
@param event: Event to wait for
@type event: string
@param acc_name: Name of source accessible of events we are waiting for.
@type acc_name: string
@param acc_path: Tree path in application to source accessible.
@type acc_path: list of integer
@param acc_role: Role of source accessible.
@type acc_role: integer
@param timeout: Time to wait in milliseconds before timing out.
@type timeout: integer
"""
SequenceStep.__init__(self)
if isinstance(event, list):
self.wait_for = event
else:
self.wait_for = [event]
self._acc_name = acc_name
self._acc_path = acc_path
self._acc_role = acc_role
self._timeout = timeout