def __init__(self):
# settings.bot.device = u2.connect('RR8M90JGAXR')
settings.bot.device = u2.connect('0.0.0.0')
module = __import__("bots.%s" % settings.bot.bank.lower())
robot = getattr(module, settings.bot.bank.lower())
self.bank = robot
settings.bot.pid = self.bank.start()
print("您的银行应用已经由脚本接管")
status(settings.bot.serial_no, Status.RUNNING.value)
self.works_list = []
self.alive = True
# self.wait_trans = False
self.trans_process = False
self.wait_msg = True
def do_works(self):
self.bank.remove_float_win()
while self.alive:
time.sleep(10)
res = status(settings.bot.serial_no, Status.RUNNING.value)
for work in self.works_list:
print(work)
if len(self.works_list) > 0:
print("正在为您执行转账任务，请耐心等待...")
self.cast_do_transfer(self.works_list.pop(0))
def do_status(hw, args):#, output):
""" Print out the status registers from all of the links. """
status_flags = api.status(hw, args.links)
print(status_flags)
print_status_header(args.links)#output, args.links)
for flag, flag_cfg in status_flags.iteritems():
sys.stdout.write(flag)#output(flag)
for link in args.links:
if flag_cfg['links'][link]:
sys.stdout.write(colored(' * ', 'green'))#output(colored(' * ', 'green'))
else:
sys.stdout.write(colored(' E ', 'red'))#output(colored(' E ', 'red'))
output('\n')
def status():
"""
Get the current status of the API endpoint.
This method does not require any parameters.
The response contains a status orject relfecting
the current status of the called API.
"""
logger.info('Calling status().')
response = api.status()
logger.debug("Received response:\n{}".format(json.dumps(response,
indent=4)))
# TODO: The datamodels.Status() use might be overkill. Check later if this is a good idea.
logger.info("API status is: {}.".format(
datamodels.Status(response['data']['build_date'])))
def do_status(hw, args):#, output):
""" Print out the status registers from all of the links. """
status_flags = api.status(hw, args.links)
print_status_header(args.links)#output, args.links)
# get labels of flags
flags = [x[0] for x in status_flags.values()[0]]
# Loop over each flag
for iflag, flag in enumerate(flags):
sys.stdout.write("%-11s" % flag)
for link in args.links:
if status_flags[link][iflag][1]:
sys.stdout.write(colored(' * ', 'green'))#output(colored(' * ', 'green'))
else:
sys.stdout.write(colored(' E ', 'red'))#output(colored(' E ', 'red'))
sys.stdout.write('\n')
def do_status(hw, args): #, output):
""" Print out the status registers from all of the links. """
status_flags = api.status(hw, args.links)
print_status_header(args.links) #output, args.links)
# get labels of flags
flags = [x[0] for x in status_flags.values()[0]]
# Loop over each flag
for iflag, flag in enumerate(flags):
sys.stdout.write("%-11s" % flag)
for link in args.links:
if status_flags[link][iflag][1]:
sys.stdout.write(colored(
' * ', 'green')) #output(colored(' * ', 'green'))
else:
sys.stdout.write(colored(
' E ', 'red')) #output(colored(' E ', 'red'))
sys.stdout.write('\n')
def check_pid_status(p_comp, p_pidfile, p_kount=0, p_json=False):
if os.path.isfile(p_pidfile):
try:
with open(p_pidfile, 'r') as f:
pid = f.readline().rstrip(os.linesep)
ver = meta.get_ver_plat(p_comp)
if util.is_pid_running(pid):
api.status(p_json, p_comp, ver, "running as pid " + str(pid), 0, p_kount)
else:
api.status(p_json, p_comp, ver, "not running as pid " + str(pid), 0, p_kount)
except Exception as e:
print(str(e))
else:
api.status(p_json, p_comp, "", "not running", 0, p_kount)
def check_pid_status(p_comp, p_pidfile, p_kount=0, p_json=False):
if os.path.isfile(p_pidfile):
ver = meta.get_ver_plat(p_comp)
rc = os.system("pgrep --pidfile " + p_pidfile + " > /dev/null 2>&1")
if rc == 0:
api.status(p_json, p_comp, ver, "running", 0, p_kount)
else:
api.status(p_json, p_comp, ver, "not running", 0, p_kount)
#try:
# with open(p_pidfile, 'r') as f:
# pid = f.readline().rstrip(os.linesep)
# ver = meta.get_ver_plat(p_comp)
# if util.is_pid_running(pid):
# api.status(p_json, p_comp, ver, "running as pid " + str(pid), 0, p_kount)
# else:
# api.status(p_json, p_comp, ver, "not running as pid " + str(pid), 0, p_kount)
#except Exception as e:
# print(str(e))
else:
api.status(p_json, p_comp, "", "not running", 0, p_kount)
def cast_stop(self):
self.alive = False
status(settings.bot.serial_no, Status.STOP.value)
self.bank.stop()
def status():
api.status()