def post(self):
code = self.get_argument('code','')
openid = self.get_secure_cookie('openid')
# openid = 'oXq4Lt-ob9EmU2AITP8Cz6Ur-bac'
user = usermodel(self)
info = user.userbind(openid)
card = user.cardinfo(info['id'])
charge = chargemodel(self)
order_info = charge.search_order( code,info['id'] )
#当前电桩详情
device_info = charge.device_info( code )
if device_info and device_info['status'] == 2:
#订单状态为充电中
if order_info:
code = order_info['code']
kind = int(code[0:4]) + 0xC000
no = int(code[4:])
#获取访问的地址
_socket = SOCKETClient(setting['from_address'], setting['from_port'],False)
packed_data = _socket.get_data(kind,no)
respone = _socket.handle_send( packed_data )
ip,port = _socket.find_ip( respone )
if not ip:
#地址获取失败
self.finish('5')
return
#发起soket去通知电桩 停止充电
datas = [ card['cardtype'], card['cardid'] ]
_send = SOCKETClient(ip, port)
s = struct.Struct('<HI')
packed_data = s.pack(*datas)
new_datas = [ord(x) for x in packed_data]
set_data = _send.set_data(kind,no,0x9,0x0,new_datas)
try:
respone = _send.handle_send( set_data )
except:
#访问超时
self.finish('4')
return
# print [hex(ord(x)) for x in respone]
if ord(respone[9]) == 0xc4:
#离线
self.finish('0')
else:
#正常完成
self.finish('1')
else:
#充电已经完成
self.finish('2')
else:
#电桩非工作中
self.finish('3')
def post(self):
code = self.get_argument('code','')
if code:
kind = int(code[0:4]) + 0xC000
no = int(code[4:])
#获取访问的地址
_socket = SOCKETClient(setting['from_address'], setting['from_port'],False)
packed_data = _socket.get_data(kind,no)
try:
respone = _socket.handle_send( packed_data )
except:
self.finish('3')
return
ip,port = _socket.find_ip( respone )
if not ip:
#获取地址失败
self.finish('2')
return
#发起soket去通知电桩，带上设备码和用户id以及怎么充
datas = [ 4,param['token'],price*100,card['cardno'],card['cardtype'],card['cardid'],balance*100,param['money']*100,0,param['mini'],0,param['elec']*100,0 ]
_send = SOCKETClient(ip, port)
s = struct.Struct('<BBHIHIIIIHHII')
packed_data = s.pack(*datas)
#ns = struct.Struct('%dB' %s.size)
#new_datas = ns.unpack(packed_data)
new_datas = [ord(x) for x in packed_data]
set_data = _send.set_data(kind,no,0x2,0x1,new_datas)
try:
respone = _send.handle_send( set_data )
except:
self.tips( self.finish('4') )
return
# print [hex(ord(x)) for x in respone]
#测试数据
param = {'elec':15,'pay':3.4,'acttime':37}
self.finish(json.dumps(param))
else:
self.finish('0')
def post(self):
openid = self.get_secure_cookie('openid')
#openid = 'oXq4LtyH8lET2u6iTuvxnWJGxr68'
user = usermodel(self)
info = user.userbind(openid)
card = user.cardinfo(info['id'])
choose = self.get_argument('choose','')
code = self.get_argument('code','')
value = self.get_argument(choose+'_input','')
valid = validate()
valid.Add( code,'设备码', ['NoEmpty','Isdigit','IsLegalAccounts'], 12, 12 )
valid.Add( choose,'充值方式', ['NoEmpty'] )
if not valid._CheckMate():
#跳转去相关页面
self.tips( 0, apimsg.notice(400), 'back', valid._Message() )
return
charge = chargemodel(self)
#钱包余钱
balance = charge.getpackage(info['id'])
#验证充值参数
param = check_value( choose, value, balance )
if not param:
self.tips( 0, apimsg.notice(400) )
return
if not card:
self.tips( 0, apimsg.notice(304) )
return
price = charge.newPrice( time.time() )
if not price or price < 0.5:
self.tips( 0, apimsg.notice(211) )
return
#获取电桩状态 待机的话就开工
status = charge.check_status( code )
if status > 1:
self.tips( 0, apimsg.notice(status) )
return
#订单唯一性
only = charge.only_order(info['id'])
if not only:
self.tips( 0, apimsg.notice(217) )
return
thistime = int(time.time())
#写入订单表
#order = charge.make_order(info['id'],code,thistime)
#if not order:
# self.tips( 0, apimsg.notice(216) )
# return
#电桩设备码
kind = int(code[0:4]) + 0xC000
no = int(code[4:])
#获取访问的地址
_socket = SOCKETClient(setting['from_address'], setting['from_port'],False)
packed_data = _socket.get_data(kind,no)
try:
respone = _socket.handle_send( packed_data )
except:
self.tips( 0, apimsg.notice(219) )
return
ip,port = _socket.find_ip( respone )
if not ip:
self.tips( 0, apimsg.notice(215) )
return
#发起soket去通知电桩，带上设备码和用户id以及怎么充
datas = [ 4,param['token'],price*100,card['cardno'],card['cardtype'],card['cardid'],balance*100,param['money']*100,0,param['mini'],0,param['elec']*100,0 ]
_send = SOCKETClient(ip, port)
s = struct.Struct('<BBHIHIIIIHHII')
packed_data = s.pack(*datas)
#ns = struct.Struct('%dB' %s.size)
#new_datas = ns.unpack(packed_data)
new_datas = [ord(x) for x in packed_data]
set_data = _send.set_data(kind,no,0x2,0x1,new_datas)
try:
respone = _send.handle_send( set_data )
except:
self.tips( 0, apimsg.notice(219) )
return
# print [hex(ord(x)) for x in respone]
#异步
#asyncore.loop()
if ord(respone[9]) == 0xc4:
self.tips( 0, apimsg.notice(219) )
else:
params = urllib.urlencode({'thistime':thistime,'choose':choose,'value':value,'code':code})
url = "/charging?%s" %(params)
self.redirect( url )
def post(self):
openid = self.get_secure_cookie('openid')
# openid = 'oXq4LtyH8lET2u6iTuvxnWJGxr68'
user = usermodel(self)
info = user.userbind(openid)
card = user.cardinfo(info['id'])
choose = self.get_argument('choose','')
code = self.get_argument('code','')
value = self.get_argument('value','')
valid = validate()
valid.Add( code,'设备码', ['NoEmpty','Isdigit','IsLegalAccounts'], 12, 12 )
valid.Add( choose,'充值方式', ['NoEmpty'] )
if not valid._CheckMate():
#跳转去相关页面
self.finish('5')
return
charge = chargemodel(self)
#钱包余钱
balance = charge.getpackage(info['id'])
#验证充值参数
param = check_value( choose, value, balance )
if not param:
self.finish('5')
return
#没有绑定卡
if not card:
self.finish('6')
return
price = charge.newPrice( time.time() )
if not price or price < 0.5:
self.finish('7')
return
#设备状态判断
status = charge.check_status( code )
if status == 226:
self.finish('3')
return
elif status == 214:
self.finish('2')
return
elif status == 210:
self.finish('4')
return
#订单唯一性
only = charge.only_order(info['id'])
if not only:
self.finish('8')
return
#电桩设备码
kind = int(code[0:4]) + 0xC000
no = int(code[4:])
#获取访问的地址
_socket = SOCKETClient(setting['from_address'], setting['from_port'],False)
packed_data = _socket.get_data(kind,no)
try:
respone = _socket.handle_send( packed_data )
except:
self.finish('3')
return
ip,port = _socket.find_ip( respone )
if not ip:
self.finish('4')
return
#发送用户信息通知
message = str(info['nickname']) if info['nickname'] else str(info['username'])
doll = message.decode('utf-8').encode('gb2312')
sendmess = []
key = len(doll)
#最多发送12字符
for x in range(0,12):
if x < key:
sendmess.append( ord( doll[x] ) )
else:
sendmess.append(0)
#时间
nowtime = time.localtime()
datas = [ nowtime.tm_sec,nowtime.tm_min,nowtime.tm_hour,nowtime.tm_wday,5,0,0,0,0,0] + sendmess + [0]
_mess = SOCKETClient(ip, port)
set_mess = _mess.set_data(kind,no,0x2,0x4,datas)
try:
respone = _mess.handle_send( set_mess )
except:
self.finish('3')
return
#异步
#asyncore.loop()
# print balance
#发起soket去通知电桩，带上设备码和用户id以及怎么充
datas = [ 3,param['token'],price*100,card['cardno'],card['cardtype'],card['cardid'],balance*100,param['money']*100,0,param['mini'],0,param['elec']*100,0 ]
_send = SOCKETClient(ip, port)
#数据流格式
s = struct.Struct('<BBHIHIIIIHHII')
packed_data = s.pack(*datas)
#ns = struct.Struct('%dB' %s.size)
#new_datas = ns.unpack(packed_data)
new_datas = [ord(x) for x in packed_data]
set_data = _send.set_data(kind,no,0x2,0x1,new_datas)
try:
respone = _send.handle_send( set_data )
except:
self.finish('3')
return
# print [hex(ord(x)) for x in respone]
#异步
#asyncore.loop()
if ord(respone[9]) == 0xc4:
self.finish('3')
else:
self.finish('1')
def get(self):
_socket = SOCKETClient(setting['from_address'], setting['from_port'])
packed_data = _socket.get_data()
respone = _socket.handle_send( packed_data )
ip,port = _socket.find_ip( respone )
print ip,port