async def test_junction_protobuf(event_loop, shutdown, init_tcp_junction):
origins = [
cmd.Leds(red='on'),
ns.msg.Config(host=ns.my_ip_address()),
ns.msg.Profile('pippo', 'pluto'),
ns.msg.Ack(1)
]
port1, port2 = await init_tcp_junction()
#start the clients
reader1, writer1 = await asyncio.open_connection('0.0.0.0', port1)
reader2, writer2 = await asyncio.open_connection('0.0.0.0', port2)
for origin in origins:
proto_msg = ns.marshall(origin)
writer1.write(proto_msg)
recv_msg = await ns.msg_receive(ns.Channel(reader2, writer2))
LOG.debug("msg delivered!: %s", recv_msg)
received = ns.unmarshall(recv_msg)
await shutdown()
def handle_event(event, uart):
"""manage events from board
"""
if (event.name == 'BOARD_INIT'):
profile = ns.msg.Profile(
os.environ['TEST_UID'], pwd=os.environ['TEST_PWD'])
uart.write(ns.marshall(profile))
board_cfg = ns.msg.Config(host=ns.my_ip_address(),
network=tc.network, board=tc.board)
uart.write(ns.marshall(board_cfg))
return 1
if (event.name == 'BOARD_READY'):
return 1
if (event.name == 'SERIAL_TIMEOUT'):
assert 0
def trampoline(junction_port, port, network, board, dev):
junction_address = ns.my_ip_address()
LOG.debug("server ip: %s", junction_address)
srv_address = input(
"server address ([%s]):" % junction_address) or junction_address
server_address = ns.msg.Config(host=srv_address,
port=port,
board=board,
network=network)
if dev:
main_serial(dev, server_address)
else:
loop = asyncio.get_event_loop()
loop.run_until_complete(main(junction_port, server_address))
loop.close()
def handle_event(event, uart):
"""react to board events
"""
if (event.name == 'CONN_FAILED_OK'):
# configure the board with the bocia settings
host_ip = ns.my_ip_address()
cfg = ns.msg.Config(network=tc.network, board=tc.board, host=host_ip)
uart.write(ns.marshall(cfg))
if event.name == 'CONN_FAILED_ERR':
return 0
if event.name == 'TEST_OK':
return 1
if event.name == 'IP_ACQUIRED':
return 1
if (event.name == 'BOARD_READY'):
# WLAN uid/password setup
profile = ns.msg.Profile(os.environ['TEST_UID'],
pwd=os.environ['TEST_PWD'])
uart.write(ns.marshall(profile))
if (event.name == 'TEST_RESULT'):
print("event received: {} - arg1: {}".format(event.name, event.arg1))
# arg2 contains the number of test failures
#assert(event.arg2 == 1)
if (event.name == 'PROTOBUF'):
print("handle_event: {}".format(event.obj))
# time to end successfully the test
# return 1
if (event.name == 'SERIAL_TIMEOUT'):
assert (0)