public void ShouldNotCallDispatcherIfOrderDoesNotValidate()
{
var processor = new IncomingMessageProcessor(ordereRepositoryMock.Object, outgoingQueueMock.Object, dateServiceMock.Object, orderDispatcherMock.Object, serializer);
var invalidLimitOrder = new LimitOrderDto();
invalidLimitOrder.Reeset();
var messageBytes = serializer.Serialize(new ClientToServerMessageQueueItem
{
Message = new ClientToServerMessage
{
ClientId = 1,
LimitOrder = invalidLimitOrder,
MessageType = ClientToServerMessageTypeEnum.PlaceLimitOrder
},
});
var queueItem = new RingbufferByteArray();
queueItem.Set(messageBytes);
processor.OnEvent(queueItem, 1, true);
orderDispatcherMock.Verify(a => a.HandleAddLimitOrder(It.IsAny <ILimitOrder>()), Times.Never);
outgoingQueueMock.Verify(a => a.EnqueueAddedLimitOrder(It.IsAny <ILimitOrder>()), Times.Never);
}
public void ShouldNotCallDispatcherWhenLimitOrderIsInvalid()
{
var processor = new IncomingMessageProcessor(ordereRepositoryMock.Object, outgoingQueueMock.Object, dateServiceMock.Object, orderDispatcherMock.Object, serializer);
var limitOrder = new LimitOrderDto();
limitOrder.Reeset();
limitOrder.Symbol = "QQQ";
limitOrder.Price = -1;
limitOrder.Quantity = -1;
limitOrder.ClientId = 1;
limitOrder.Way = WayEnum.Sell;
var messageBytes = serializer.Serialize(new ClientToServerMessageQueueItem
{
Message =
new ClientToServerMessage
{
ClientId = 1,
LimitOrder = limitOrder,
MessageType = ClientToServerMessageTypeEnum.PlaceLimitOrder
}
});
var queueItem = new RingbufferByteArray();
queueItem.Set(messageBytes);
processor.OnEvent(queueItem, 1, true);
orderDispatcherMock.Verify(a => a.HandleAddLimitOrder(It.IsAny <ILimitOrder>()), Times.Never);
}