def getTime(self):
"""
获取最小起始日期和min{最大交割日日期,当前日期}
"""
post = postgersql()
colname = ['trade_date','delivery_date','currency_pair','dates']
sql = """select op.trade_date,op.delivery_date,op.currency_pair,
case
when t.dates<op.delivery_date then date(t.dates)+1
when t.dates=op.delivery_date then current_date
end as dates
from %s op
left join
(select max(pt.date) as dates,pt.der_id from %s pt
group by pt.der_id) t
on op.trade_type||'_'||op.id = t.der_id
"""%(self.table,self.querytable)
time = post.view(sql,colname)
if time==[] or time==None:
self.begintime = None
self.endtime = None
else:
time = filter(lambda x:x['currency_pair'] in getrate() and dateTostr(x['delivery_date'])>=getrate()[x['currency_pair']],time)
#print len(time)
for lst in time:
if lst['dates'] is None:
lst['dates'] = dateTostr(lst['trade_date']) if dateTostr(lst['trade_date'])>getrate()[lst['currency_pair']] else getrate()[lst['currency_pair']]
else:
lst['dates'] = dateTostr(lst['dates'])
begintime = time[0]['dates'] if len(time)==1 else min(map(lambda x:x['dates'],time))
self.begintime = begintime if getNow('%Y-%m-%d')>=begintime else None
endtime = dateTostr(time[0]['delivery_date'] if len(time)==1 else max(map(lambda x:x['delivery_date'],time)))
self.endtime = endtime if getNow('%Y-%m-%d')>endtime else timedelta(getNow('%Y-%m-%d'),-1)
def cumputeLost(self):
"""
"""
Time = dateTostr(self.Now)
Lost = []
self.forwarddict = []
for trade_id in self.trfdata:
spotList = self.trfdata[trade_id]['spotList']
orderlist = self.trfdata[trade_id]['orderlist']
S = self.trfdata[trade_id]['S']
K = self.trfdata[trade_id]['K']
SellRate = self.trfdata[trade_id]['SellRate']
BuyRate = self.trfdata[trade_id]['BuyRate']
Now = self.trfdata[trade_id]['Now']
lags = self.trfdata[trade_id]['lags']
TIV = self.trfdata[trade_id]['TIV']
amount = self.trfdata[trade_id]['amount']
#print 'knockoptions',lst['id'],currency_pair,dateTostr(lst['trade_date']),deliverydate,
TRF = TargetRedemptionForward(spotList, orderlist, S, K, SellRate,
BuyRate, lags, Now, TIV) ##计算损益值
gal = 0
for lst in TRF:
lst['price'] = (
lst['price'] *
amount) if lst['price'] is not None else lst['price']
gal += lst['price']
if TRF is not None:
Lost.extend(TRF)
"""
'date','com_code','der_id','cap_currency','cap_amount','gal','exrate','data_date':
日期，公司代码，衍生品编号，本金币种，本金金额，汇兑损益，当天的本金/人民币汇率，数据生成日期
"""
forwarddict = {}
forwarddict['date'] = Time
forwarddict['com_code'] = self.trfdata[trade_id]['consign_entity']
forwarddict['der_id'] = self.trfdata[trade_id][
'trade_type'] + '_' + str(self.trfdata[trade_id]['id'])
forwarddict['gal'] = gal
forwarddict['cap_amount'] = amount
forwarddict['cap_currency'] = self.trfdata[trade_id]['currency']
currencypair = forwarddict['cap_currency'] + 'CNY'
forwarddict['exrate'] = gethistoryrate(
[currencypair],
Time)[currencypair] if currencypair != 'CNYCNY' else 1.0
forwarddict['data_date'] = getNow('%Y-%m-%d %H:%M:%S')
logs('compute',
'targetforwards',
'cumputeLost',
forwarddict,
infoFalg=True)
self.forwarddict.append(forwarddict)
self.updateData()
def setrate():
from database.database import mongodb ## mongo connect
from help.help import getNow, strTostr ##get current datetime
key = {'code': True}
Time = strTostr(getNow('%Y-%m-%d'))
initial = {'Time': Time}
reduces = """function(doc,prev){
if (prev.Time>doc.Time){
prev.Time = doc.Time
}}"""
condition = {'type': '5'}
db = mongodb()
rate = db.group('kline', key, condition, initial, reduces)
rate = map(lambda x: {x['code']: x['Time'].split()[0]}, rate)
globalrate.rate = reduce(lambda x, y: dict(x, **y), rate)
db.close()
def datafill(spots):
"""
填充无交易日期的汇率
以上一个交易日的的收盘价进行填充
"""
Now = getNow(format='%Y-%m-%d')
spot = spots.copy()
spot = pd.merge(pd.DataFrame(dateseris(spot['Time'].min(), Now),
columns=['Time']),
spot[['Time', 'Close']],
on=['Time'],
how='left')
spot = spot.sort_values('Time')
for i in range(spot.shape[0]):
if spot['Close'].values[i].__str__() == 'nan':
spot['Close'].values[i] = spot['Close'].values[i - 1]
return spot
def getMax(self):
"""
获取利率最大的日期对应的日期
"""
key={'index':True}
Time = strTostr(getNow('%Y'),'%Y')
initial ={'rate':0,'datadate':Time}
reduces = """function(doc,prev){
if (prev.datadate<doc.datadate){
prev.rate = doc.rate;
prev.datadate = doc.datadate
}}"""##遍历寻找当前最大汇率值
ratetype ='12月'
condition={'ratetype':ratetype,'index':self.code}
data = self.__mongo.group('KPI',key,condition,initial,reduces)
self.__mongo.close()
return data
def getDataFromMongo(self):
"""
from mongo get the currency_pairs and bank_rate
"""
## currency_pairs
currency_pairs = list(set(map(lambda x: x['currency_pair'],
self.data)))
Time = self.Now.split()[0]
#currency_dict = getcurrentrate(currency_pairs)
currency_dict = gethistoryrate(currency_pairs, Time)
##bank_rate
self.forwarddict = []
for lst in self.data:
forwarddict = {}
sell_currency = lst['currency_pair'][:3]
buy_currency = lst['currency_pair'][3:]
currency_pair = lst['currency_pair']
#ratetype = getRate((lst['delivery_date'] -lst['trade_date']).days)
ratetype = '12月'
#SellRate,BuyRate = getcurrentbankrate(sell_currency,buy_currency,ratetype)
SellRate, BuyRate = gethistorybankrate(sell_currency, buy_currency,
ratetype,
Time) ##获取银行历史拆借利率
#sell_amount = float64(lst['sell_amount'])
#buy_amount = float64(lst['buy_amount'])
##获取厘定日的汇率，如果还未到厘定日，那么汇率返回None
Setdate = dateTostr(lst['determined_date']) ##厘定日
if Setdate is None:
Setdate = dateTostr(lst['delivery_date'])
if Time < Setdate:
SetRate = None
else:
SetRate = RateExchange(currency_pair).getdayMax(
Setdate) ##厘定日汇率
#SetRate = RateExchange(currency_pair).getdayMax(Setdate)##厘定日汇率
if SetRate == []:
SetRate = None ## 还未到厘定日
## 执行汇率上下限
strikeLowerRate = float64(lst['exe_doexrate'])
strikeUpperRate = float64(lst['exe_upexrate'])
currentRate = currency_dict.get(currency_pair)
if currentRate is None:
print "{ } not Fund!\n".format(currency_pair)
continue
deliverydate = dateTostr(lst['delivery_date'])
#print 'CollaOptions',lst['id'],currency_pair,dateTostr(lst['trade_date']),deliverydate,
temp = self.cumputeLost(Setdate, SetRate, deliverydate,
strikeLowerRate, strikeUpperRate,
currentRate, SellRate, BuyRate, self.delta)
#if forwarddict[lst['id']] is not None:
## 计算本金损益
#forwarddict[lst['id']] = chooselocalmoney(lst,forwarddict[lst['id']])
"""
'date','com_code','der_id','cap_currency','cap_amount','gal','exrate','data_date':
日期，公司代码，衍生品编号，本金币种，本金金额，汇兑损益，当天的本金/人民币汇率，数据生成日期
"""
if temp is not None:
forwarddict['gal'], forwarddict['cap_amount'], forwarddict[
'cap_currency'] = chooselocalmoney(lst, temp)
forwarddict['date'] = Time
forwarddict['com_code'] = lst['consign_entity']
forwarddict['der_id'] = lst['trade_type'] + '_' + str(lst['id'])
currencypair = forwarddict['cap_currency'] + 'CNY'
forwarddict['exrate'] = gethistoryrate(
[currencypair],
Time)[currencypair] if currencypair != 'CNYCNY' else 1.0
forwarddict['data_date'] = getNow('%Y-%m-%d %H:%M:%S')
logs('compute',
'CollaOptions',
'getDataFromMongo',
forwarddict,
infoFalg=True)
self.forwarddict.append(forwarddict)
#self.forwarddict = forwarddict
self.updateData()
def getDataFromMongo(self):
"""
from mongo get the currency_pairs and bank_rate
#卖出币种如果是人民币(CNY/CNH)，那么买入币种是本金，否则就是卖出币种
"""
## currency_pairs
##--------------------获取汇率对的实时汇率
currency_pairs = list(set(map(lambda x: x['currency_pair'],
self.data)))
Time = self.Now.split()[0]
#currency_dict = getcurrentrate(currency_pairs)
currency_dict = gethistoryrate(currency_pairs, Time)
##--------------------获取汇率对的历史汇率
self.forwarddict = []
for lst in self.data:
##
forwarddict = {}
sell_currency = lst['currency_pair'][:3]
buy_currency = lst['currency_pair'][3:]
currency_pair = lst['currency_pair']
#ratetype = getRate((lst['delivery_date'] -lst['trade_date']).days)
ratetype = '12月'
#SellRate,BuyRate = getcurrentbankrate(sell_currency,buy_currency,ratetype)##获取银行拆借利率
SellRate, BuyRate = gethistorybankrate(sell_currency, buy_currency,
ratetype,
Time) ##获取银行历史拆借利率
LockedRate = float(lst['rate']) ##锁定汇率
currentRate = currency_dict.get(currency_pair) ##即期实时汇率
if currentRate is None:
print "{} not fund!\n".format(currency_pair)
continue
deliverydate = dateTostr(lst['delivery_date']) ##交割日期
#print 'forwards',lst['id'],currency_pair,dateTostr(lst['trade_date']),deliverydate,
temp = self.cumputeLost(SellRate, BuyRate, deliverydate,
LockedRate, currentRate)
#print temp
## 计算本金损益
#if forwarddict[lst['id']] is not None:
#forwarddict[lst['id']] = chooselocalmoney(lst,forwarddict[lst['id']])
"""
'date','com_code','der_id','cap_currency','cap_amount','gal','exrate','data_date':
日期，公司代码，衍生品编号，本金币种，本金金额，汇兑损益，当天的本金/人民币汇率，数据生成日期
"""
if temp is not None:
forwarddict['gal'], forwarddict['cap_amount'], forwarddict[
'cap_currency'] = chooselocalmoney(lst, temp)
forwarddict['date'] = Time
forwarddict['com_code'] = lst['consign_entity']
forwarddict['der_id'] = lst['trade_type'] + '_' + str(lst['id'])
currencypair = forwarddict['cap_currency'] + 'CNY'
forwarddict['exrate'] = gethistoryrate(
[currencypair],
Time)[currencypair] if currencypair != 'CNYCNY' else 1.0
forwarddict['data_date'] = getNow('%Y-%m-%d %H:%M:%S')
logs('compute',
'forwards',
'getDataFromMongo',
forwarddict,
infoFalg=True)
#forwarddict[lst['consign_entity']]
self.forwarddict.append(forwarddict)
#self.forwarddict = forwarddict
self.updateData()
def getdataforsimulation(sendData):
"""
通过从接口获取数据，返回待模拟的数据
"""
##modelnames = ['market','type','lockRate','sell','tradeDate','deliverDate','currencyPair','sellCurrency']
if sendData['data'] is None:
return sendData
else:
data = sendData['data']
global ERROR
ERROR = ''
#data['code'] = data['moneyCurrency']
#data['sellCurrency'] = data['moneyCurrency']
##买入货币币种
data['buyCurrency'] = map(
lambda x: x[1][3:] if x[0] == x[1][:3] else x[1][:3],
data[['sellCurrency', 'currencyPair']].values)
##卖出货币金额
data['buyMoney'] = map(
lambda x: (x[0] * x[3])
if x[1] == x[2][:3] else (x[0] / 1.0 / x[3]),
data[['sellMoney', 'sellCurrency', 'currencyPair',
'lockRate']].values)
##本金币种 结汇2：卖出币种，购汇1：买入币种，互换3：非美元币种
data['moneyCurrency'] = map(
lambda x: x['buyCurrency'] if x['type'] == '1' ##购汇
else (x['sellCurrency'] if x['type'] == '2' ##结汇
else ##互换
(x['buyCurrency']
if x['sellCurrency'] == 'USD' else x['sellCurrency'])),
data[['buyCurrency', 'sellCurrency', 'type']].to_dict('records'))
##本金
data['money'] = map(
lambda x: x['buyMoney'] if x['type'] == '1' ##购汇
else (x['sellMoney'] if x['type'] == '2' ##结汇
else ##互换
(x['buyMoney']
if x['sellCurrency'] == 'USD' else x['sellMoney'])),
data[[
'buyCurrency', 'sellCurrency', 'type', 'sellMoney', 'buyMoney'
]].to_dict('records'))
##转换为美元金额
data['USDMoney'] = data['moneyCurrency'].map(lambda x: getSpot(x))
data['USDMoney'] = data['USDMoney'] * data['money']
##汇率对之间的拆借利率
data['sellRate'] = data['currencyPair'].map(
lambda x: getbanrate(x[:3]))
data['buyRate'] = data['currencyPair'].map(lambda x: getbanrate(x[3:]))
if data['USDMoney'].isnull().sum() > 0:
ERROR += "'moneyCurrency' type is error!\n"
sendData.update({'errMsg': ERROR, 'errCode': 5, 'data': None})
return sendData
## 拆借利率差
data['r'] = data['buyRate'] - data['sellRate']
##美元对人民币汇率
data['CNY'] = data['market'].map(lambda x: getCNHCNY(x))
##人民币金额
data['CNYMoney'] = data['USDMoney'] * data['CNY']
Now = getNow('%Y-%m-%d')
## 未来每笔产品的人民币，当天该笔交易未开始或者已经结束，其金额为0，后面算损益也为0
datarange = getdatarange(data)
datarange = datarange[datarange['Time'] >= Now]
datarange.index = datarange['Time']
datarange = datarange.drop('Time', axis=1)
Currency = map(lambda x: x.split('_')[0], datarange.columns)
index = map(lambda x: int(x.split('_')[1]), datarange.columns)
##获取模拟所需的实时数据及汇率的历史数据
sendData = getsimulationdata(Currency)
Rate = sendData['data']['Rate'] ##历时收益率
S = sendData['data']['S'] ##即期价格
days = len(datarange) ##最后一笔交割日期截止当天剩余时间
lockRate = data['lockRate'].values[index]
##剩余交割期
T = np.array(map(lambda x: [x], range(1, days + 1))[::-1])
r = data['r'].values[index] ##拆借利率差
##损益方向
lostFalg = map(
lambda x: getlocalflag(x['type'], x['sellCurrency'], x[
'currencyPair']),
data[['type', 'sellCurrency', 'currencyPair']].to_dict('records'))
sendData.update({
'data': {
'S': S,
'Rate': Rate,
'days': days,
'T': T,
'lockRate': lockRate, ##锁定汇率
'lostFalg': lostFalg,
'datarange': datarange.values,
'r': r, ##拆借利率
'type': data['type'], ##交易类型：结汇，购汇、互换
'data': data
}
})
return sendData
def getDataFromMongo(self):
"""
from mongo get the currency_pairs and bank_rate
"""
## currency_pairs
currency_pairs = list(set(map(lambda x: x['currency_pair'],
self.data)))
Time = self.Now.split()[0]
#currency_dict = getcurrentrate(currency_pairs)
currency_dict = gethistoryrate(currency_pairs, Time)
##--------------------获取汇率对的历史汇率
##bank_rate
self.forwarddict = []
for lst in self.data:
forwarddict = {}
sell_currency = lst['currency_pair'][:3]
buy_currency = lst['currency_pair'][3:]
currency_pair = lst['currency_pair']
#ratetype = getRate((lst['delivery_date'] -lst['trade_date']).days)
ratetype = '12月'
#SellRate,BuyRate = getcurrentbankrate(sell_currency,buy_currency,ratetype)
SellRate, BuyRate = gethistorybankrate(sell_currency, buy_currency,
ratetype,
Time) ##获取银行历史拆借利率
#sell_amount = float64(lst['sell_amount'])
#buy_amount = float64(lst['buy_amount'])
Setdate = dateTostr(lst['determined_date'])
if Time < Setdate:
SetRate = None
else:
SetRate = RateExchange(currency_pair).getdayMax(
Setdate) ##厘定日汇率
#SetRate = RateExchange(currency_pair).getdayMax(Setdate)##厘定日汇率
kncockRate = float64(lst['knockout_exrate']) ##敲出汇率
LockedRate = float(lst['rate'])
currentRate = currency_dict[currency_pair]
deliverydate = dateTostr(lst['delivery_date'])
#print 'knockoptions',lst['id'],currency_pair,dateTostr(lst['trade_date']),deliverydate,
type = lst['type']
temp = self.cumputeLost(Setdate, SetRate, deliverydate,
currentRate, LockedRate, kncockRate,
SellRate, BuyRate, self.delta, type)
#print temp
#print '\n'
## 计算本金损益
#if forwarddict[lst['id']] is not None:
#forwarddict[lst['id']] = chooselocalmoney(lst,forwarddict[lst['id']])
"""
'date','com_code','der_id','cap_currency','cap_amount','gal','exrate','data_date':
日期，公司代码，衍生品编号，本金币种，本金金额，汇兑损益，当天的本金/人民币汇率，数据生成日期
"""
if temp is not None:
forwarddict['gal'], forwarddict['cap_amount'], forwarddict[
'cap_currency'] = chooselocalmoney(lst, temp)
forwarddict['date'] = Time
forwarddict['com_code'] = lst['consign_entity']
forwarddict['der_id'] = lst['trade_type'] + '_' + str(lst['id'])
currencypair = forwarddict['cap_currency'] + 'CNY'
forwarddict['exrate'] = gethistoryrate(
[currencypair],
Time)[currencypair] if currencypair != 'CNYCNY' else 1.0
forwarddict['data_date'] = getNow('%Y-%m-%d %H:%M:%S')
logs('compute',
'knockoptions',
'getDataFromMongo',
forwarddict,
infoFalg=True)
self.forwarddict.append(forwarddict)
#self.forwarddict = forwarddict
self.updateData()
def getDataFromMongo(self):
"""
from mongo get the currency_pairs and bank_rate
"""
## currency_pairs
currency_pairs = list(set(map(lambda x:x['currency_pair'],self.data)))
Time = self.Now.split()[0]
#currency_dict = getcurrentrate(currency_pairs)
currency_dict = gethistoryrate(currency_pairs,Time)
##bank_rate
self.forwarddict = []
for lst in self.data:
forwarddict= {}
##交易本币与外币
##支付固定利率
#print '计算订单{}\n'.format(lst)
payFixRate = None if lst['pay_fix_rate'] is None else float64(lst['pay_fix_rate']) ##支付固定利率
chargeFixRate = None if lst['charge_fix_rate'] is None else float64(lst['charge_fix_rate'])##收取浮动利息固定部分
value_date = dateTostr(lst['value_date'])
delivery_date = dateTostr(lst['delivery_date'])
trade_date = dateTostr(lst['trade_date'])
#print lst['id']
if lst['interest_pay_way'] == '3':
##到期一次性支付
br = BankRate(lst['buy_currency'],interestway(lst['interest_pay_way'],lst['charge_float_libor']))
if delivery_date> Time:
date = {dateTostr(lst['delivery_date']):br.getday(Time)}
else:
date = {dateTostr(lst['delivery_date']):br.getday(delivery_date)}
elif lst['interest_pay_way']== '0' or lst['trade_type']=='4':
##提前支付
br = BankRate(lst['buy_currency'],interestway(lst['interest_pay_way'],lst['charge_float_libor']))
if (lst['trade_date'] - lst['value_date']).days>180:
date = {dateTostr(lst['delivery_date']):br.getday(trade_date)}## value_date trade_date
else:
date = {dateTostr(lst['delivery_date']):br.getday(value_date)}## value_date trade_date
else:
#print lst
if (lst['trade_date'] - lst['value_date']).days>180:
date = getbankrateoneday(lst['buy_currency'],trade_date,delivery_date,lst['interest_pay_way'],lst['charge_float_libor'],Time)
else:
date = getbankrateoneday(lst['buy_currency'],value_date,delivery_date,lst['interest_pay_way'],lst['charge_float_libor'],Time)
#payFixRateDict = {}
if chargeFixRate is None:
chargeFixRate=0.0
for t in date:
date[t] = date[t]/100.0+chargeFixRate##货币浮动利率及支付利息时间
Fix = array(sorted(date.items(),key=lambda x:x[0]))
FixDate = Fix[:,0]
FixRate = Fix[:,1][:]
FixRate = FixRate.astype(float64)
Rate = (FixDate,payFixRate,FixRate)##利息支付日期，支付卖出货币利息，收取浮动利率利息
currency_pair = lst['currency_pair']
##货币对之间本币与外币
sellCurrency = currency_pair[:3]
buyCurrency = currency_pair[3:]
ratetype ='12月'
#SellRate,BuyRate = getcurrentbankrate(sellCurrency,buyCurrency,ratetype)
SellRate,BuyRate = gethistorybankrate(sellCurrency,buyCurrency,ratetype,Time)##获取银行历史拆借利率
LockedRate = float64(lst['exe_exrate'])##执行汇率
capped_exrate = None if lst['capped_exrate'] is None else float64(lst['capped_exrate']) ##封顶汇率
##获取厘定日汇率
##获取厘定日的汇率，如果还未到厘定日，那么汇率返回None
Setdate = dateTostr(lst['determined_date'])##厘定日
if Time<Setdate:
SetRate = None
else:
SetRate = RateExchange(currency_pair).getdayMax(Setdate)##厘定日汇率
#SetRate = RateExchange(currency_pair).getdayMax(Setdate)##厘定日汇率
if SetRate ==[]:
SetRate = None## 还未到厘定日
currentRate = currency_dict.get(currency_pair) ## 实时汇率
if currentRate is None:
print "{} not fund!".format(currency_pair)
continue
#deliverydate = dateTostr(lst['delivery_date'])## 交割日期
trade_type = lst['trade_type']##交易类型
rateway = lst['interest_pay_way']##利息支付方式
#sell_amount = float64(lst['sell_amount'])
#buy_amount = float64(lst['buy_amount'])
#2,3,4分别表示:区间式货币掉期(利率进行互换+固定补贴)、货币掉期（利率互换）、封顶式期权(固定补贴)
#print 'SwapOptions', lst['id'],currency_pair,rateway,'区间式货币掉期' if trade_type=='2' else ('货币掉期' if trade_type=='3' else '封顶式期权'),value_date,delivery_date,
temp = self.cumputeLost(Setdate,SetRate,value_date,delivery_date,currentRate,SellRate,BuyRate,LockedRate,rateway,self.delta,capped_exrate,trade_type,Rate)
#if sell_currency+buy_currency !=currency_pair:
# forwarddict[lst['id']] = forwarddict[lst['id']]/currentRate
#if forwarddict[lst['id']] is not None:
#forwarddict[lst['id']] = chooselocalmoney(lst,forwarddict[lst['id']])
"""
'date','com_code','der_id','cap_currency','cap_amount','gal','exrate','data_date':
日期，公司代码，衍生品编号，本金币种，本金金额，汇兑损益，当天的本金/人民币汇率，数据生成日期
"""
if temp is not None:
forwarddict['gal'],forwarddict['cap_amount'],forwarddict['cap_currency'] = chooselocalmoney(lst,temp)
forwarddict['date'] = Time
forwarddict['com_code'] = lst['consign_entity']
forwarddict['der_id'] = lst['trade_type']+'_'+str(lst['id'])
currencypair = forwarddict['cap_currency']+'CNY'
forwarddict['exrate'] = gethistoryrate([currencypair],Time)[currencypair] if currencypair!='CNYCNY' else 1.0
forwarddict['data_date'] = getNow('%Y-%m-%d %H:%M:%S')
logs('compute','swaoption','getDataFromMongo',forwarddict,infoFalg=True)
#if lst['id']==1170:
#print Setdate,SetRate,value_date,delivery_date,currentRate,SellRate,BuyRate,LockedRate,rateway,self.delta,capped_exrate,trade_type,Rate,forwarddict['gal']
self.forwarddict.append(forwarddict)
#print forwarddict
#self.forwarddict = forwarddict
self.updateData()
