def do_show(self):
if not sims:
return cprint.notice_p("Not any devices")
cprint.notice_p("Dev List")
for index in range(len(sims)):
cprint.notice_p("[index:{0}] [devid:{1}]".format(
self.ControlIndex, sims[index].get_item("_deviceID")))
def help_c(self):
cprint.notice_p("INPUT: c [3,7] [status]")
cprint.notice_p("3 status: 0表示未连接，1表示连接但是未供电，2表示正在供电中")
cprint.notice_p("7 status: 0表示未连接，1表示插座、枪已连接好，2表示插座、枪、车已经连接好但是未供电，"
"3表示插座、枪、车已经连接好且已经给车发送开始充电指令，4表示插座、枪、车已经连接好且正在充电")
cprint.notice_p("3孔只能设置[0,1] 7孔只能设置[0,1,2]")
cprint.notice_p("设置3孔状态大于1的时候7孔会联动设置为0，反之亦然")
def check_args(self):
global ipv4_list
if arg_handle.get_args('device_count') > 1 and not arg_handle.get_args('self_IP'):
cprint.error_p(
"if device count big than 1, self_IP start must assign")
sys.exit()
elif arg_handle.get_args('device_count') > 1:
ipv4s = common_APIs.get_local_ipv4()
ip_prefix = '.'.join(arg_handle.get_args(
'self_IP').split('.')[0:-1])
ip_start = arg_handle.get_args('self_IP').split('.')[-1]
cprint.notice_p("Start ip: %s" % (ip_start))
ipv4s = [ip for ip in ipv4s if re.search(
r'%s' % (ip_prefix), ip) and int(ip.split('.')[-1]) >= int(ip_start)]
if len(ipv4s) < arg_handle.get_args('device_count'):
cprint.error_p("Local ips: %d not enough" % (len(ipv4s)))
sys.exit()
else:
ipv4_list = ipv4s
for ip in ipv4_list:
cprint.notice_p("Use Local ip: %s" % (ip))
else:
ip = ''
if arg_handle.get_args('self_IP'):
ip = arg_handle.get_args('self_IP')
ipv4_list = [ip]
def do_ctl(self, arg, opt=None):
args = arg.split()
if len(args) != 1 and not args[0].isdigit():
return self.help_ctl()
val = int(args[0])
if (val > len(sims) - 1):
return self.do_show()
devid = "ALL"
if (val != -1):
devid = sims[val].get_item("_deviceID")
self.ControlIndex = val
cprint.notice_p("set ctl index to {0} (devid:{1})".format(
self.ControlIndex, devid))
def do_log(self, arg, opts=None):
level = {
'0': logging.CRITICAL,
'1': logging.ERROR,
'2': logging.WARNING,
'3': logging.INFO,
'4': logging.DEBUG,
}
if int(arg) in range(5):
for i in self.sim_objs:
cprint.notice_p("=" * 40)
self.sim_objs[i].LOG.set_level(level[arg])
else:
cprint.warn_p("unknow log level: %s!" % (arg))
def check_args(self):
global ipv4_list
ipv4_list = []
if arg_handle.get_args('self_IP'):
ipv4s = common_APIs.get_local_ipv4()
ip_prefix = '.'.join(
arg_handle.get_args('self_IP').split('.')[0:-1])
ip_start = int(arg_handle.get_args('self_IP').split('.')[-1])
ipv4_list = [
ip for ip in ipv4s if re.search(r'%s' % (ip_prefix), ip)
and int(ip.split('.')[-1]) >= ip_start
]
ipv4_list.sort()
for ipv4 in ipv4_list:
cprint.notice_p("find ip: " + ipv4)
def help_alarm(self):
cprint.notice_p("send alarm:")
cprint.notice_p("alarm error_code error_status error_level error_msg")
def help_log(self):
cprint.notice_p(
"change logger level: log {0:critical, 1:error, 2:warning, 3:info, 4:debug}"
)
def run(self):
self.args = self.parser.parse_args()
cprint.notice_p("CMD line: " + str(self.args))
self.check_args()
# sys init
sys_init()
# multi thread
global thread_list
thread_list = []
# create clients
clients = []
for i in range(1, arg_handle.get_args('client_count') + 1):
LOG.yinfo('To create client: %d' % (i))
sim = AirControl(('192.168.10.1', 5100), logger=LOG)
thread_list.append([sim.schedule_loop])
thread_list.append([sim.send_data_loop])
thread_list.append([sim.heartbeat_loop])
# run threads
sys_proc()
# sys_join()
# cmd loop
signal.signal(signal.SIGINT, lambda signal,
frame: cprint.notice_p('Exit SYSTEM: exit'))
my_cmd = MyCmd()
my_cmd.cmdloop()
# sys clean
sys_cleanup()
sys.exit()
def help_sts(self):
cprint.notice_p("show all msgs info!")
def help_record(self):
cprint.notice_p("send record:")
def help_set(self):
cprint.notice_p("set state")
def help_st(self):
cprint.notice_p("show state")
def help_us(self):
cprint.notice_p("模拟各种异常事件")
cprint.notice_p("INPUT: us [reason] [status] ")
cprint.notice_p("reason : [1:模拟急停事件，2:模拟设备故障]")
cprint.notice_p("急停status : [0:离开急停状态，1:进入急停状态]")
cprint.notice_p("设备故障status : [0：正常 1：过压 2：欠压 3：过流 4：过温 5：漏电]")
def help_show(self):
cprint.notice_p("获取当前所有ID和序列号")
def help_ic(self):
cprint.notice_p("模拟IC卡充电")
cprint.notice_p("INPUT: ic [status] ")
cprint.notice_p("status : [0:停止充电，1:开始充电]")
def help_ctl(self):
cprint.notice_p("设置要操作的设备序列号")
cprint.notice_p("ctl [index]")
cprint.notice_p("index默认为-1，意为对所有设备执行同一操作")
cprint.notice_p("使用show命令查看当前有的设备序列号和DEV ID以及当前操控的设备序列号")
def do_st(self, arg, opts=None):
for i in range(len(self.sim_objs)):
cprint.notice_p("-" * 20)
self.sim_objs[i].status_show()
# multi thread
global thread_list
thread_list = []
# create serial objs
global coms_list
coms_list = {}
for com_id in arg_handle.get_args('port_list'):
coms_list[com_id] = Air('COM' + com_id, logger=LOG)
thread_list.append([coms_list[com_id].schedule_loop])
thread_list.append([coms_list[com_id].send_data_loop])
thread_list.append([coms_list[com_id].recv_data_loop])
# run threads
sys_proc()
if arg_handle.get_args('cmdloop') or True:
# cmd loop
signal.signal(
signal.SIGINT,
lambda signal, frame: cprint.notice_p('Exit SYSTEM: exit'))
my_cmd = MyCmd(coms_list, logger=LOG)
my_cmd.cmdloop()
else:
sys_join()
# sys clean
sys_cleanup()
sys.exit()
def help_event(self):
cprint.notice_p("send event")
def help_st(self):
cprint.notice_p("show air conditioner state")
def do_exit(self, arg, opts=None):
cprint.notice_p("Exit CLI, good luck!")
sys_cleanup()
sys.exit()
def help_send(self):
cprint.notice_p("send sting to comx, 'all' mean to all")
