/// <summary>
/// Read Request
/// </summary>
/// <param name="request"></param>
/// <returns></returns>
protected override IQueueMessage ReadRequest(HttpRequestInfo request)
{
//throw new Exception("Not implemented.");
MessageStream stream = null;
if (request.BodyStream != null)
{
stream = MessageStream.ParseStream(request.BodyStream, NetProtocol.Http);
}
else
{
var message = new HttpMessage();
if (request.QueryString != null)//request.BodyType == HttpBodyType.QueryString)
{
message.EntityRead(request.QueryString, null);
}
else if (request.Body != null)
{
message.EntityRead(request.Body, null);
}
//else if (request.Url.LocalPath != null && request.Url.LocalPath.Length > 1)
// message.EntityRead(request.Url.LocalPath.TrimStart('/').TrimEnd('/'), null);
stream = message;
}
return(new QueueRequest(stream.GetStream()));
}
protected override void Parse(ref BitStreamReader bsr)
{
PacketInfo = new CmdInfo[DemoInfo.MaxSplitscreenPlayers];
for (int i = 0; i < PacketInfo.Length; i++)
{
PacketInfo[i] = new CmdInfo(DemoRef);
PacketInfo[i].ParseStream(ref bsr);
}
InSequence = bsr.ReadUInt();
OutSequence = bsr.ReadUInt();
MessageStream = new MessageStream(DemoRef);
MessageStream.ParseStream(ref bsr);
// After we're doing with the packet, we can process all the messages.
// Most things should be processed during parsing, but any additional checks should be done here.
var netTickMessages = MessageStream.Where(tuple => tuple.messageType == MessageType.NetTick).ToList();
if (netTickMessages.Count > 1)
{
DemoRef.LogError("there's more than 2 net tick messages in this packet");
}
NetTick?tickInfo = (NetTick?)netTickMessages.FirstOrDefault().message;
if (tickInfo != null)
{
if (DemoRef.EntitySnapshot != null)
{
DemoRef.EntitySnapshot.EngineTick = tickInfo.EngineTick;
}
}
// todo fill prop handles with data here
TimingAdjustment.AdjustFromPacket(this);
}