def deviceResponse(args):
log.msg('device Respone received: ', args)
uDB_instance = uDB()
# node = Compute_Manager()
#if node.get_compute_node_list(username='******') == False:
# node.add_compute_node_list(username="******", containerName="/pedantic_euclid")
# handle the device response
uDB_instance.updateDeviceResponse(args)
def containerStatus(args):
log.msg('Container status: ', args)
uDB_instance = uDB()
# handle the status updates
#uDB_instance.addComputeNode(args)
#node = Compute_Manager()
#if node.get_compute_node_list(username='******') == False:
# node.add_compute_node_list(username="******", containerName="/pedantic_euclid")
# handle the device response
uDB_instance.updateContainerStatus(args)
def cpuInfo(args):
log.msg('CPU Info: ', args)
uDB_instance = uDB()
# handle the cpu info updates
uDB_instance.updateCPUinfo(**args)
def containerStatus(args):
log.msg('Container status: ', args)
uDB_instance = uDB()
# handle the status updates
uDB_instance.updateContainerStatus(args)
def deviceResponse(args):
log.msg('Respone received: ', args)
uDB_instance = uDB()
# handle the device response
uDB_instance.updateDeviceResponse(args)
def onHeartbeat(args):
uDB_instance = uDB()
# handle heartbeat
uDB_instance.deviceReg(args)
def onHeartbeat(args):
print("#####################heartbeat############################")
print(args)
uDB_instance = uDB()
# handle heartbeat
uDB_instance.deviceReg(args)
