def parseTransaction(message):
""" Парсит ответ по транзакции """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = sendTransaction_pb2.Result()
messageResult.ParseFromString(response.result)
print 'messageResult ', messageResult.result
def parseRPCCreateWindow(message):
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = CreateWindow_pb2.Result()
messageResult.ParseFromString(response.result)
print "Response on create window", messageResult
return messageResult
def parseDataSourceHeightGraph(self, message):
""" Парсит высоту свечи """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = H_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.value
def parseRPCAllocTable(message):
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = AllocTable_pb2.Result()
messageResult.ParseFromString(response.result)
print "Response allow table", messageResult
return messageResult.t_id
def parseDataSourceCloseSourceGraph(self, message):
""" Парсит ответ на закрытие источника """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = Close_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.result
def parseDataSourceSizeGraph(self, message):
""" Парсит количество отданных свечей """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = Size_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.value
def parseEmptyCallbackTrade(self, message):
""" Парсит ответ на пустой колбек """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = SetEmptyCallback_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.result
def parseDataSourceSizeTrade(self, message):
response = RPC_pb2.Response()
response.ParseFromString(message)
if not response.is_error:
messageResult = Size_pb2.Result()
messageResult.ParseFromString(response.result)
print "Size ", messageResult.value
def parseDataSourceVolumeGraph(self, message):
""" Парсит объем свечи """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = V_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.value
def parseDataSourceTimeGraph(self, message):
""" Запрашивает время свечи в потоке и от индекса свечи """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = T_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult
def parseDataSourceCloseGraph(self, message):
""" Запрашивает закрытие свечи в потоке и от индекса свечи """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = C_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult.value
def parseDataSourceGraph(self, message):
""" Парсит создание источника данных для свечек, вытаскивает uuid в терминале для этого источника """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = CreateDataSource_pb2.Result()
messageResult.ParseFromString(response.result)
print "Response ", messageResult
return messageResult.datasource_uuid
def parseDataSourceTrade(self, message):
""" Парси запрос на открытие источника тиковых котировок """
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = CreateDataSource_pb2.Result()
messageResult.ParseFromString(response.result)
print 'isOpen ', messageResult.datasource_uuid
return messageResult.datasource_uuid
def parseRPCSubscribeLevelII(message):
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = Subscribe_Level_II_Quotes_pb2.Result()
messageResult.ParseFromString(response.result)
# print "Response ", messageResult
print 'Bids', messageResult.bids
print 'Offers', messageResult.offers
def parseItem(message):
""" Парсит ответ по данным """
response = RPC_pb2.Response()
response.ParseFromString(message)
# print 'res ', response
messageResult = getItem_pb2.Result()
messageResult.ParseFromString(response.result)
# print 'messageResult ', messageResult.table_row
for key in sorted(messageResult.table_row, reverse=True):
print "%s: %s" % (key, messageResult.table_row[key])
def parseQuoteLevelIIConnector(self, message):
response = RPC_pb2.Response()
response.ParseFromString(message)
messageResult = getQuoteLevel2_pb2.Result()
messageResult.ParseFromString(response.result)
return messageResult