//Incoming
internal Http2Stream(HeadersList headers, int id,
WriteQueue writeQueue, FlowControlManager flowCrtlManager,
ICompressionProcessor comprProc, Priority priority = Priority.Pri3)
: this(id, writeQueue, flowCrtlManager, comprProc, priority)
{
Headers = headers;
}
//Incoming
internal Http2Stream(List<Tuple<string, string, IAdditionalHeaderInfo>> headers, int id,
WriteQueue writeQueue, FlowControlManager flowCrtlManager,
ICompressionProcessor comprProc, Priority priority = Priority.Pri3)
: this(id, writeQueue, flowCrtlManager, comprProc, priority)
{
Headers = headers;
}
public Http2Session(SecureSocket sessionSocket, ConnectionEnd end,
bool usePriorities, bool useFlowControl,
IDictionary<string, object> handshakeResult = null)
{
_ourEnd = end;
_usePriorities = usePriorities;
_useFlowControl = useFlowControl;
_handshakeHeaders = new Dictionary<string, string>(16);
ApplyHandshakeResults(handshakeResult);
if (_ourEnd == ConnectionEnd.Client)
{
_remoteEnd = ConnectionEnd.Server;
_lastId = -1; // Streams opened by client are odd
}
else
{
_remoteEnd = ConnectionEnd.Client;
_lastId = 0; // Streams opened by server are even
}
_goAwayReceived = false;
_settingsManager = new SettingsManager();
_comprProc = new CompressionProcessor();
_sessionSocket = sessionSocket;
_frameReader = new FrameReader(_sessionSocket);
ActiveStreams = new ActiveStreams();
_writeQueue = new WriteQueue(_sessionSocket, ActiveStreams, _usePriorities);
OurMaxConcurrentStreams = 100; //Spec recommends value 100 by default
RemoteMaxConcurrentStreams = 100;
_flowControlManager = new FlowControlManager(this);
if (!_useFlowControl)
{
_flowControlManager.Options = (byte) FlowControlOptions.DontUseFlowControl;
}
SessionWindowSize = 0;
}
//Outgoing
internal Http2Stream(int id, WriteQueue writeQueue, FlowControlManager flowCrtlManager,
ICompressionProcessor comprProc, Priority priority = Priority.Pri3)
{
_id = id;
Priority = priority;
_writeQueue = writeQueue;
_compressionProc = comprProc;
_flowCrtlManager = flowCrtlManager;
_unshippedFrames = new Queue<DataFrame>(16);
SentDataAmount = 0;
ReceivedDataAmount = 0;
IsFlowControlBlocked = false;
IsFlowControlEnabled = _flowCrtlManager.IsStreamsFlowControlledEnabled;
WindowSize = _flowCrtlManager.StreamsInitialWindowSize;
_flowCrtlManager.NewStreamOpenedHandler(this);
}
public void ProcessSettings(SettingsFrame settingsFrame, Http2Session session,
FlowControlManager flCtrlManager)
{
for (int i = 0; i < settingsFrame.EntryCount; i++)
{
switch (settingsFrame[i].Id)
{
case SettingsIds.MaxCurrentStreams:
session.RemoteMaxConcurrentStreams = settingsFrame[i].Value;
break;
case SettingsIds.InitialWindowSize:
flCtrlManager.StreamsInitialWindowSize = settingsFrame[i].Value;
break;
case SettingsIds.FlowControlOptions:
flCtrlManager.Options = settingsFrame[i].Value;
break;
}
}
}