def __init__(self, product, enddate=None):
self.product = product
self.enddate = enddate
td = TradingDay()
ltd = td.getLastTradingDay()
if enddate is None:
self.enddate = ltd
def __init__(self):
config = GlobalConfig()
path = config.getConfig('SubConfigPath', 'StressTesting_win')
self.cp = configparser.ConfigParser()
self.cp.read(path, encoding='utf-8-sig')
td = TradingDay()
self.ltd = td.getLastTradingDay()
def setBPIH(self):
BPI_table = self.getConfig('BPI_table', 'table')
td = TradingDay()
lastTradingDay = td.getLastTradingDay()
sqls = "select * from %s where Occur_Date = '%s'" % (BPI_table,
lastTradingDay)
return sqls
def __init__(self, productID, EndDate=None):
self.productID = productID
if EndDate is None:
td = TradingDay()
self.EndDate = td.getLastTradingDay()
else:
self.EndDate = EndDate
def __init__(self):
config = GlobalConfig()
path = config.getConfig('SubConfigPath', 'StressTesting_win')
self.cp = configparser.ConfigParser()
self.cp.read(path, encoding='utf-8-sig')
td = TradingDay()
self.ltd = td.getLastTradingDay()
print("---- %s has been initialized! ----" % self.__class__.__name__)
def __init__(self):
config = GlobalConfig()
path = config.getConfig('SubConfigPath', 'API_conf_win')
# path = config.getConfig('SubConfigPath', 'API_conf_linux')
# print(path)
self.cp = configparser.ConfigParser()
self.cp.read(path, encoding='utf-8-sig')
td = TradingDay()
self.ltd = td.getLastTradingDay()
def __init__(self):
config = GlobalConfig()
self.mailserver = config.getConfig('email', 'mailserver')
self.from_addr = config.getConfig('email', 'from_addr')
self.sender_password = config.getConfig('email', 'sender_password')
self.recipient = config.getConfig('email', 'recipient')
td = TradingDay()
self.date_of_subject = td.getLastTradingDay()
self.subject = config.getConfig('email', 'subject') + self.date_of_subject
self.attachmentFilePath = config.getConfig('email', 'attachmentFilePath')
def __init__(self, productID, EndDate=None):
config = GlobalConfig()
path = config.getConfig('SubConfigPath', 'StressTesting_win')
self.cp = configparser.ConfigParser()
self.cp.read(path, encoding='utf-8-sig')
td = TradingDay()
self.ltd = td.getLastTradingDay()
self.productID = productID
self.EndDate = EndDate
from Common.GlobalConfig import GlobalConfig
from Common.TradingDay import TradingDay
from StressTesting.DailyGenerate_StressScenarioCal import DGSSC
# Get product list fromm config.ini
gc = GlobalConfig()
product_list_tmp = gc.getConfig('product', 'list')
product_list = product_list_tmp.split(", ")
print(product_list)
# Get last trade day
td = TradingDay()
date = td.getLastTradingDay()
# tradeday = "%s-%s-%s" % (lastTradingDay[:4], lastTradingDay[4:6], lastTradingDay[-2:])
# date = "20190211"
# Use product id and trade day to generate basic info and finish import to Basic Performance Info table
for p in product_list:
dgssc = DGSSC(p, date)
dgssc.Data_Insert()
def __init__(self):
td = TradingDay()
self.ltd = td.getLastTradingDay()
ss = StressScenario()
self.scenario = ss.ScenarioDataRetrieve('ScenarioList_Stock')
from Common.GlobalConfig import GlobalConfig
from Common.TradingDay import TradingDay
from PerformanceAnalysis.DailyGenerate_BasicPerformanceInfo import DGBPI
# ---------- Daily BPI data generate and import to MySQL ------------
# Get product list fromm config.ini
gc = GlobalConfig()
product_list_tmp = gc.getConfig('product', 'list')
product_list = product_list_tmp.split(", ")
print(product_list)
# Get last trade day
td = TradingDay()
lastTradingDay = td.getLastTradingDay()
tradeday = "%s-%s-%s" % (lastTradingDay[:4], lastTradingDay[4:6], lastTradingDay[-2:])
print(tradeday)
# Import by designated day, use only when amend history data
# td = "2018-10-15"
# Use product id and trade day to generate basic info and finish import to Basic Performance Info table
for p in product_list:
dgbpi = DGBPI()
dgbpi.composeArray(p, tradeday)
dgbpi.insertArray()