def testPortRemove(self):
"""test remove_port()"""
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
pass
task = Task() # new thread
port = task.port(handler=PortHandler(), autoclose=True)
task.resume()
task.remove_port(port)
task_wait()
def testPortRemove(self):
"""test remove_port()"""
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
pass
task = Task() # new thread
port = task.port(handler=PortHandler(), autoclose=True)
task.resume()
task.remove_port(port)
task_wait()
def testPortRemove(self):
"""test port remove [private as of 1.2]"""
task = Task()
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
pass
port = task.port(handler=PortHandler(), autoclose=True)
task.resume()
task._remove_port(port)
task_wait()
def testPortRemove(self):
"""test port remove [private as of 1.2]"""
task = Task()
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
pass
port = task.port(handler=PortHandler(), autoclose=True)
task.resume()
task._remove_port(port)
task_wait()
def testPortMsg1(self):
"""test port msg from main thread to task"""
TaskPortTest.got_msg = False
# create task in new thread
task = Task()
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
# receive msg
assert msg == "toto"
assert port.task.thread == threading.currentThread()
TaskPortTest.got_msg = True
port.task.abort()
# create non-autoclosing port
port = task.port(handler=PortHandler())
task.resume()
# send msg from main thread
port.msg("toto")
task_wait()
self.assert_(TaskPortTest.got_msg)
def testPortMsg1(self):
"""test port msg from main thread to task"""
TaskPortTest.got_msg = False
# create task in new thread
task = Task()
class PortHandler(EventHandler):
def ev_msg(self, port, msg):
# receive msg
assert msg == "toto"
assert port.task.thread == threading.currentThread()
TaskPortTest.got_msg = True
port.task.abort()
# create non-autoclosing port
port = task.port(handler=PortHandler())
task.resume()
# send msg from main thread
port.msg("toto")
task_wait()
self.assertTrue(TaskPortTest.got_msg)
