def connectClient(reactor, config, onClient):
addr, port = config['serverAddress']
bindAddress = config.get('bindAddress', None)
sccpPhone = SCCPDumbPhone(addr, config['device'])
sccpPhone.createClient()
queue = Queue()
def queueMessage(message):
queue.put(message)
sccpPhone.client.handleUnknownMessage(queueMessage)
def createTimer(intervalSecs,timerCallback):
reactor.callLater(intervalSecs, timerCallback)
sccpPhone.createTimer = createTimer
def onRegistered():
client = Client(queue, sccpPhone, [], reactor, None)
onClient(client)
sccpPhone.onRegistered = onRegistered
connection = reactor.connectTCP(addr, port, sccpPhone.client, bindAddress=bindAddress)
return connection
def runTestCase(reactor, config, func, superviseFunc):
addr, port = config['serverAddress']
queue = Queue()
sccpPhone = SCCPDumbPhone(addr, config['device'])
sccpPhone.createClient()
def queueMessage(message):
queue.put(message)
# for captureMessage in config['capture']:
# sccpPhone.client.addHandler(captureMessage, queueMessage)
sccpPhone.client.handleUnknownMessage(queueMessage)
def createTimer(intervalSecs,timerCallback):
reactor.callLater(intervalSecs, timerCallback)
sccpPhone.createTimer = createTimer
connection = reactor.connectTCP(addr, port, sccpPhone.client)
def onRegistered():
client = Client(queue, sccpPhone, [], reactor, None)
softKeySetMessage = SCCPMessage(SCCPMessageType.SoftKeySetReqMessage)
softKeyTemplateMessage = SCCPMessage(SCCPMessageType.SoftKeyTemplateReqMessage)
sendMessage(client, softKeyTemplateMessage)
sendMessage(client, softKeySetMessage)
def superviseWrapper():
try:
func(client)
finally:
reactor.callFromThread(superviseFunc, connection)
Thread(target=superviseWrapper).start()
sccpPhone.onRegistered = onRegistered
