def test_for_indicator(self, symbol):
geode_client = GeodeClient()
latest_days = geode_client.query_stock_days_latest(symbol, 30)
print IndicatorUtils.MA(latest_days, 5, 0)
def test_for_week_ma_match(self, symbol):
geode_client = GeodeClient()
hist_symbols_days = {}
hist_symbols_weeks = {}
latest_days = geode_client.query_stock_days_latest(symbol, 300)
latest_weeks = geode_client.query_stock_weeks_latest(symbol, 300)
# stock_today = SinaStockUtils.get_sina_stock_day(symbol)[0]
stock_today = latest_days[0]
print 'stub_stock_day = ' + stock_today.id
# print json.encode(stock_today)
hist_symbols_days[symbol] = latest_days
hist_symbols_weeks[symbol] = latest_weeks
# print json.encode(latest_weeks[0:50])
model_test = ModelBase(hist_symbols_days, hist_symbols_weeks,
stock_today.day)
print model_test.match(stock_today)
def test_for_symbol_incubator(self, symbol):
geode_client = GeodeClient()
hist_symbols_days = {}
latest_days = geode_client.query_stock_days_latest(symbol, 30)
stock_today = SinaStockUtils.get_sina_stock_day(symbol)[0]
hist_symbols_days[symbol] = latest_days
model_test = StockIncubator(hist_symbols_days)
def test_for_symbol_today_match(self, symbol):
geode_client = GeodeClient()
hist_symbols_days = {}
latest_days = geode_client.query_stock_days_latest(symbol, 300)
# stock_today = SinaStockUtils.get_sina_stock_day(symbol)[0]
stock_today = latest_days[0]
# print json.encode(stock_today)
hist_symbols_days[symbol] = latest_days
model_test = ModelCover(hist_symbols_days, stock_today.day)
print model_test.match(stock_today)
class BackTest:
def __init__(self):
self.geode_client = GeodeClient()
self.redis_client = RedisClient()
self.symbols = self.geode_client.query_all_stock_symbols()
self.test_days = 1
def import_stocks_days(self):
symbols = self.geode_client.query_all_stock_symbols()
finish_cnt = 0
for symbol in symbols:
finish_cnt += 1
if finish_cnt < 1400:
continue
stock_days = self.geode_client.query_stock_days_latest(
symbol, 10000)
for i in range(len(stock_days) - 1):
stock_days[i].last_close = stock_days[i + 1].close
# print json.encode(stock_days)
# break
self.geode_client.add_batch_stock_days(stock_days)
print symbol + ':' + str(finish_cnt)
def latest_resistance_price(self, symbol):
try:
hist_symbols_days = {}
latest_days = self.geode_client.query_stock_days_latest(
symbol, 1000)
# stock_today = SinaStockUtils.get_sina_stock_day(symbol)[0]
stock_today = latest_days[1]
print TimeUtils.timestamp2datestring(stock_today.day)
latest_resistance = BaseStockUtils.latest_resistance_price(
latest_days, stock_today)
if latest_resistance is not None and len(latest_resistance) > 0:
print latest_resistance[0]
return latest_resistance[0]
except Exception, e:
print e
traceback.print_exc()
return None
def __init__(self):
self.stock_list_url = 'http://vip.stock.finance.sina.com.cn/quotes_service/api/json_v2.php/Market_Center.getHQNodeData?page={0}&num={1}&sort=changepercent&asc=0&node={2}&symbol=&_s_r_a=page'
self.size = 80
self.geode_client = GeodeClient()
def __init__(self):
self.geode_client = GeodeClient()
self.redis_client = RedisClient()
self.symbols = self.geode_client.query_all_stock_symbols()
self.test_days = 1