def write_morning_closing_index_en(*args, **kwargs):
"""
:param args: for unit test
:param kwargs: for unit test
:return:
"""
work = ""
while True:
if len(kwargs) > 0: # In unit test mode
# print kwargs['response']
hsi_parser = IndexParser(kwargs['demo'])
else:
hsi_response = fetch_index()['HSI']
# print hsi_response
hsi_parser = IndexParser(hsi_response)
if hsi_parser.get_status() not in hsi_parser.trade_day_status:
log.logger.info("Write Index Morning Closing -- Non-trading day")
break
else:
if hsi_parser.get_status() == hsi_parser.trade_day_status[2]:
template_handler = MorningClosingIndexEnMaker(
"morning_closing_index_en")
work = template_handler.do(hsi_parser)
log.logger.info("Write Index Morning Closing -- OK")
smtp_client.send_email(work, 'Morning Session Closing (EN)')
log.logger.info("Send Morning Session Closing EN -- OK")
break
else:
if len(kwargs) > 0: # In unit test mode
break
else:
log.logger.info("Waiting for Morning Session Closing")
time.sleep(30)
def write_closing_index_en(*args, **kwargs):
work = ""
while True:
if len(kwargs) > 0: # In unit test mode
hsi_parser = IndexParser(kwargs['demo'])
else:
hsi_parser = IndexParser(fetch_index()['HSI'])
if hsi_parser.get_status() not in hsi_parser.trade_day_status:
log.logger.info("Write Index Closing -- Non-trading day:%s" %
(hsi_parser.get_status()))
# print "Write Index Closing -- Non-trading day:%s" % (hsi_parser.get_status())
break
else:
if hsi_parser.get_status() == hsi_parser.trade_day_status[3]:
hsi_parser.usd_hkd_fx = "%.3f" % (
float(hsi_parser.get_turnover()[1]) /
float(USDHKDHtmlParser(fetch_usd_hkd()).get_value())
) # get the instant fx from yahoo
template_handler = ClosingIndexEnMaker("closing_index_en")
work = template_handler.do(hsi_parser)
log.logger.info("Write Index Closing -- OK")
smtp_client.send_email(work, 'Index Closing (EN)')
log.logger.info("Send Index Closing EN -- OK")
break
else:
if len(kwargs) > 0: # In unit test mode
break
else:
time.sleep(30)
def write_opening_index_en(*args, **kwargs):
work = ""
point_pattern = re.compile(r'\d+(\.\d+)?') # "24280.87"
while True:
if len(kwargs) > 0: # In unit test mode
hsi_parser = IndexParser(kwargs['demo'])
else:
response = fetch_index()
hsi_parser = IndexParser(response['HSI'])
if hsi_parser.get_status() not in hsi_parser.trade_day_status:
log.logger.info("Write Index Opening -- Non-trading day")
break
else:
if point_pattern.match(hsi_parser.get_opening_point()):
template_handler = OpeningIndexEnMaker("opening_index_en")
work = template_handler.do(hsi_parser)
log.logger.info("Write Index Opening -- OK")
smtp_client.send_email(work, 'Index Opening (EN)')
log.logger.info("Send Index Opening EN -- OK")
break
else:
time.sleep(30)
def write_closing_gold_en():
work = ''
times = 3 # try three times
while times >= 0:
try:
gold_param = GoldHtmlParser(fetch_gold())
if time.strftime("%Y.%m.%d") == gold_param.get_latest_date():
usd_hkd_fx = USDHKDHtmlParser(fetch_usd_hkd()).get_value()
work = ClosingGoldEnMaker.do(gold_param, usd_hkd_fx)
log.logger.info("Write gold closing -- OK.")
smtp_client.send_email(work, 'Gold Closing (EN)')
log.logger.info("Send Gold Closing EN -- OK")
else:
log.logger.info("Write gold Closing -- Non-trading day.")
except Exception:
times -= 1
time.sleep(5)
continue
else:
break
if times <= 0:
log.logger.error("Write gold closing failed")
def write_closing_index_stock_cn(*args, **kwargs):
work = u""
securities = {'index': {}, 'stock': {}}
while True:
if len(kwargs) > 0: # If in unit test mode
pass
else:
index_response = fetch_index() # {'HSI':{...}, 'HSCEI':{...}}
# stock_response = fetch_stock() # {'00700':{...}, '00388':{...}...}
for key in index_response:
securities['index'][key] = IndexParser(index_response[key])
# for key in stock_response:
# securities['stock'][key] = StockParser(stock_response[key])
if securities['index']['HSI'].get_status(
) not in JsonParser.trade_day_status:
log.logger.info(
"Write index and stock Closing -- Non-trading day:%s" %
(securities['index']['HSI'].get_status()))
# print "Write index and stock Closing -- Non-trading day"
break
else:
if securities['index']['HSI'].get_status(
) == JsonParser.trade_day_status[3]:
stock_response = fetch_stock(
) # {'00700':{...}, '00388':{...}...}
for key in stock_response:
securities['stock'][key] = StockParser(stock_response[key])
work = ClosingSecurityCnMaker.do(securities)
log.logger.info("Write Security Closing -- OK")
work = work.encode('utf-8') if isinstance(work,
unicode) else work
smtp_client.send_email(work, 'Security Closing (CN)')
log.logger.info("Send Security Closing CN -- OK")
break
else: # The security market is not close yet
if len(kwargs) > 0: # In unit test mode
break
else:
time.sleep(30)
def write_closing_future_index_cn(*args, **kwargs):
work = ""
securities = {'index': {}}
while True:
if len(kwargs) > 0: # If in unit test mode
pass
else:
index_response = fetch_index() # {'HSI':{...}, 'HSCEI':{...}}
# future_response = fetch_future()
for key in index_response:
securities['index'][key] = IndexParser(index_response[key])
# securities['future'] = FutureParser(future_response)
if securities['index']['HSI'].get_status(
) not in JsonParser.trade_day_status:
log.logger.info(
"Write future and index Closing -- Non-trading day:%s" %
(securities['index']['HSI'].get_status()))
# print "Write future and index Closing -- Non-trading day"
break
else:
if securities['index']['HSI'].get_status(
) == JsonParser.trade_day_status[3]:
future_response = fetch_future()
securities['future'] = FutureParser(future_response)
work = ClosingFutureIndexCnMaker.do(securities)
log.logger.info("Write future and index Closing -- OK")
work = work.encode('utf-8') if isinstance(work,
unicode) else work
smtp_client.send_email(work, 'Future Closing (CN)')
log.logger.info("Send Future Closing CN -- OK")
break
else: # The security market is not close yet
if len(kwargs) > 0: # In unit test mode
break
else:
time.sleep(30)
def write_closing_fx_en():
work = ClosingFXEnMaker.do(FXHtmlParser(fetch_fx()))
smtp_client.send_email(work, 'FX Closing (EN)')
log.logger.info("Send FX Closing EN -- OK")