def test_MMTradeProto():
req_data = trade_pb2.MMTradeProto(
Header = trade_pb2.TradeMessageHead(
FunCode = 0,
RequestID = 0,
AccountID = 100101, # 与下面的AccountID是什么关系？
),
OrderID = order_id, # 单号 int64
OrderType = 0101020101, # 单据类型 int64 做市/买/市价/建仓/保证金
OperateID = 4, # 操作员ID int64
AccountID = 5, # 资金账户ID int64
GoodID = 7, # 商品ID int32
Qty = 1.0, # 数量 double
Price = 1.0, # 价格 double
BuyOrSell = 0, # 买卖方向 int32
)
"""CloseDetails = 11, # 平仓明细 repeated MMCloseDetail
#optional int64 OrderID = 1, # (被平)单号
#optional double Qty = 2, # 平仓数量
#optional double UserMargin = 3, # 释放占用保证金
#optional double ReleaseHoldAmount = 4, # 释放持仓金额
#optional double CloseCharge = 5, # 平仓手续费
#optional double WarehouseCharge = 6, # 仓单服务费
#optional double ClosePL = 7, # 平仓盈亏"""
req_data.CloseDetails.add(Qty=10.0)
req_data.CloseDetails.add(Qty=10.0, UserMargin=10.0)
s = req_data.SerializeToString()
data2 = trade_pb2.MMTradeProto()
data2.ParseFromString(s)
protobuf.assert_equal(req_data, data2)
def expect2(self, queue, exp_funcode, exp_session_id, exp_protobuf_data, timeout=1.0):
assert_in(queue, self.queue_set)
funcode, session_id, protobuf_data = self.get(queue, timeout)
print 'expect2() protobuf_data(%s)='%type(protobuf_data)
print protobuf_data
eq_(exp_funcode, funcode)
assert_is_instance(protobuf_data, type(exp_protobuf_data))
if exp_session_id:
eq_(exp_session_id, session_id)
protobuf.assert_equal(exp_protobuf_data, protobuf_data)
return protobuf_data
def test_MMOrderReq():# 做市委托单请求 0 3 201 -> funcode=196809
t = time.time()
header = common_pb2.MessageHead(
FunCode = 196809, # 功能号
RequestID = request_id_generator.gen(), # 客户端的流水ID
AccountId = 3, # 账号ID
AccessId = 0, # 二级分配给客户端的接入ID
ClientTime = int(t*1000) #消息发起时间 时间戳 毫秒
)
data = TkernelTas1_pb2.MMOrderReq(
Header = header,
OrderHead = TkernelTas1_pb2.OrderHead( # OrderHead 委托消息头
Header = header, # MessageHead
#int32 RetCode = 2, # int32 返回码
OrderID = order_generator.gen(t), #optional int64 OrderID = 3, # int64 委托单号
ClientSerialNo = '1', #optional string = 4, # string 客户端流水号
ClientOrderTime = gen_client_order_time(t), #optional string 5, # string 客户端委托时间
ClientFlag = 'PC Client',#optional string 6, # string 终端标示, 手机，PC端等
AccountID = 7, #optional int32 # int32 交易账号
#AccountStatus = 8,#optional int32 # int32 账户状态
GoodsID = 9, #optional int32 # int32 商品ID
#optional int32 ValidType = 10, # int32 校验类型
#optional string ValidTime = 11, # string 有效期限
OperateType = 1, #optional int32 # int32 操作类型: 委托, 强平，代客
#OperatorID = 1, #optional int32 # int32 操作员账号ID
AccountType = 1, #optional int32 # int32 账户类型
OrderSrc = 15, #optional int32 # int32 单据来源:交易端，管理端，风控
#optional string AttachParam = 16, # string 附加参数(JSON字符串,协议待定,用于临时新增字段定) )
),
MemberID = 3, #optional int32 # int32 所属会员
OrderPrice = 10.0, #optional double # double 委托价格
OrderQty = 5, #optional double # double 委托数量
BuyOrSell = 0, #optional int32 # int32 买卖方向
OpenType = 0, #optional int32 # int32 下单类型:建仓，平仓,
AllowTradeSub = 8, #optional double # double 允许成交偏差范围
#optional int32 SpecialAccount = 9, # int32 特别会员账号ID
#optional double BuyOrSellPtSub = 10, # double 买卖点差
#optional double SpPrice = 11, # double 止盈价格
#optional double SlPrice = 12, # double 止损价格
#optional int32 MarketID = 13, # int32 市场ID
#optional string StartTime = 14, # string 开始时间
#optional string EndTime = 15, # string 结束时间
#optional int32 ReOpenFlag = 16, # int32 反手建仓标记
)
s = data.SerializeToString()
data2 = TkernelTas1_pb2.MMOrderReq()
data2.ParseFromString(s)
protobuf.assert_equal(data, data2)
def expect2(self,
queue,
exp_funcode,
exp_session_id,
exp_protobuf_data,
timeout=1.0):
assert_in(queue, self.queue_set)
funcode, session_id, protobuf_data = self.get(queue, timeout)
print 'expect2() protobuf_data(%s)=' % type(protobuf_data)
print protobuf_data
eq_(exp_funcode, funcode)
assert_is_instance(protobuf_data, type(exp_protobuf_data))
if exp_session_id:
eq_(exp_session_id, session_id)
protobuf.assert_equal(exp_protobuf_data, protobuf_data)
return protobuf_data
def expect2(self, exp_data, timeout):
funcode, data = self.recv_queue.get(True, timeout)
assert_is_instance(data, type(exp_data))
protobuf.assert_equal(exp_data, data)
def test_OrderDealedNtf():
data = TkernelTas1_pb2.OrderDealedNtf()
data.CloseInfos.add(ClosedOrderID=1)
data2 = TkernelTas1_pb2.OrderDealedNtf()
data2.CloseInfos.add(ClosedOrderID=1, TradeCharge=1.0)
protobuf.assert_equal(data, data2)