def who_is(self,config):
function.log('whoIs',config)
self.userdata=[]
BIPSimpleApplication.who_is(self,
low_limit=config['lowlimits'],
high_limit=config['highlimits']
)
return self.userdata
def loop(self):
while self.config['enable']:
for child in self.config['children']:
if child.config['enable'] and child.has_thread:
child.loop()
self.num=(self.num+1)%1000000
time.sleep(self.config.get('interval',1000)/1000)
function.log(self,'exit')
def loads(self,v):
rt=None
try:
rt=json.loads(v,object_hook=self.as_complex)
except Exception as e:
traceback.print_exc()
function.log('jsonloads',e,v)
return rt
def do_IAmRequest(self,apdu):
function.log('iam',apdu.iAmDeviceIdentifier[0],apdu.iAmDeviceIdentifier[1])
device=dict(
Id="%s:%s"%(apdu.iAmDeviceIdentifier[0],apdu.iAmDeviceIdentifier[1]),
pduSource=[apdu.pduSource.addrNet,[d for d in apdu.pduSource.addrAddr]],
)
if self.userdata is not None:
self.userdata.append(device)
self.read(device['pduSource'],device['Id'],'objectList',device)
def updateBefore(self,cls,Id,value):
if 'datetime' in value and os.name != "nt":
from datetime import datetime
t=value['datetime']
if isinstance(t,int):
t=datetime.fromtimestamp(t).strftime('%Y.%m.%d-%H:%M:%S')
os.system('date -s %s'%t)
os.system('hwclock -w')
dt = datetime.now()
function.log('now_data %s',dt.strftime('%Y-%m-%d %H:%M:%S'))
def initFinish(self):
function.log(self.config)
self.ctx=DLL.modbus_new_rtu(
msg.COM_NAMES[self.config["port"]],
self.config["baudrate"],
self.config["parity"],
self.config["databit"],
self.config["stopbit"],
)
_thread.start_new_thread(self.loop,())
def add(self,cls,Id,**kwargs):
device=self._search(None,Id)
if len(device)==0:
device=cls(Id,self,**kwargs)
self.config['children'].append(device)
self.save()
return self.error("success",statu=0)
else:
function.log('add error',Id,[d.config['Id'] for d in self.config['children']])
return self.error("id exist")
def run(self,name):
f=os.popen('candump %s'%name)
size=50
while self.config['enable']:
if size!=1:
s=f.read(size)
size=1
function.log('can readfirst',s)
else:
s=f.read(size)
self.buff+=s
def test(self,testlist):
function.log('testBegin')
for testTask in testlist:
function.log(testTask)
if len(testTask)==3:
num=testTask[2]
else:
num=1
for i in range(num):
function.log(i,self.dumps(self.callback(testTask[0],testTask[1])))
function.log('testFinish')
def runTer(self):
function.log('runTer')
while True:
for key in self.sysIden:
value=DEVICES_TREE[key].config
if key=='L0':
if self.io.flag==1:
value['value']=1
else:
value['value']=0
self.deviceWrite(**value)
elif key=='L1':
if self.io.flag==2:
value['value']=1
else:
value['value']=0
self.deviceWrite(**value)
self.io.flag=0
time.sleep(1.5)
def do_GET(self):
function.log(self.path)
paths = self.path.split('?')
path = None
if len(paths) >= 2:
inp = {}
path, paramStr = paths
rt = dict(statu=0, msg="", data={}, array=[])
paramStr = paramStr.replace('\\&', '(').replace('\\=', ')')
for keyValue in paramStr.split('&'):
pm = keyValue.split('=')
if len(pm) == 2:
inp[pm[0]] = pm[1].replace('(', '&').replace(')', '=')
function.log('input', inp, paths[0], paramStr)
if inp.get('account', None) != msg.FG['account'] or inp.get(
'password', None) != msg.FG['password']:
rt['msg'] = "用户名或者密码错误"
rt["statu"] = -1
elif path == '/login':
rt["statu"] = 0
elif path in [
'/savePf', '/saveMqtt', '/saveNet', '/saveUser',
'/recover', '/restart'
]:
if inp.get('method', None) == 'get':
if path == '/saveNet':
data = function.networkInfo(
inp.get('name', msg.FG["localcom"]))
msg.FG.update(
dict(localcom=inp.get('name', msg.FG["localcom"]),
mac=data['HWaddr'],
localip=data.get('addr', ''),
netmask=data.get("Mask", ''),
gateway=data.get('Bcast', '')))
for key in data:
msg.FG[key] = data[key]
for name in inp['names'].split(','):
rt['array'].append(msg.FG[name])
elif inp.get('method', None) == 'save':
rt['msg'] = "设置成功"
if path == '/saveUser':
if inp['newpassword1'] != inp['newpassword2']:
rt['msg'] = "两次输入密码不相同"
elif inp['password'] != msg.FG['password']:
rt['msg'] = '请确认原密码是否正确'
else:
msg.FG['password'] = inp['password']
elif path == '/saveNet':
if inp['localcom'] == 'eth0':
with open('/etc/network/interfaces', 'w') as f:
f.write(msg.SET_NETIP %
(inp['localip'], inp['netmask']))
wifi = msg.WIFISET % (inp['wifiName'],
inp['wifiPassword'])
print('set wifi %s' % wifi)
with open('/etc/wpa_supplicant.conf', 'w') as f:
f.write(wifi)
elif path == '/recover':
msg.FG.update(msg.DEFAULT_PARAM)
elif path == '/restart':
os.system('reboot')
else:
for key in inp:
msg.FG[key] = inp[key]
rs = json.dumps(rt).encode('utf_8')
function.log('out', rs)
else:
with open('app/bLink/client/html/index.html', 'rb') as f:
rs = f.read()
sends = (HTTP_S % (len(rs), rs.decode('utf-8'))).encode('utf-8')
self.wfile.write(sends)