void startClient()
{
state = ClientStarting;
refreshTimeout();
update();
}
void UserDesktopWidget::timerEvent(QTimerEvent* e)
{
if(e->timerId() == m_refresh_timerid)
refreshTimeout();
else if(e->timerId() == m_sendinput_timerid)
sendDesktopInputTimeout();
}
void HTTPTransaction::processIngressBody(unique_ptr<IOBuf> chain, size_t len) {
DestructorGuard g(this);
if (aborted_) {
return;
}
refreshTimeout();
transport_.notifyIngressBodyProcessed(len);
if (handler_) {
if (!isIngressComplete()) {
handler_->onBody(std::move(chain));
}
if (useFlowControl_ && !isIngressEOMSeen()) {
recvToAck_ += len;
if (recvToAck_ > 0) {
uint32_t divisor = 2;
if (transport_.isDraining()) {
// only send window updates for draining transports when window is
// closed
divisor = 1;
}
if (uint32_t(recvToAck_) >= (recvWindow_.getCapacity() / divisor)) {
flushWindowUpdate();
}
}
} // else don't care about window updates
}
}
void HTTPTransaction::updateReadTimeout() {
if (isExpectingIngress()) {
refreshTimeout();
} else {
cancelTimeout();
}
}
void startServer()
{
state = ServerStarting;
startKeepAlive();
refreshTimeout();
update();
}
void HTTPTransaction::setIdleTimeout(
std::chrono::milliseconds transactionTimeout) {
transactionTimeout_ = transactionTimeout;
VLOG(4) << "HTTPTransaction: transaction timeout is set to "
<< std::chrono::duration_cast<std::chrono::milliseconds>(
transactionTimeout)
.count();
refreshTimeout();
}
void HTTPTransaction::processIngressTrailers(unique_ptr<HTTPHeaders> trailers) {
DestructorGuard g(this);
if (aborted_) {
return;
}
refreshTimeout();
if (handler_ && !isIngressComplete()) {
handler_->onTrailers(std::move(trailers));
}
}
void HTTPTransaction::processIngressChunkComplete() {
DestructorGuard g(this);
if (aborted_) {
return;
}
refreshTimeout();
if (handler_ && !isIngressComplete()) {
handler_->onChunkComplete();
}
}
// Set a new weight for this node
void
HTTP2PriorityQueue::Node::updateWeight(uint8_t weight) {
int16_t delta = weight - weight_ + 1;
weight_ = weight + 1;
parent_->totalChildWeight_ += delta;
if (isEnqueued()) {
parent_->totalEnqueuedWeight_ += delta;
}
refreshTimeout();
}
void HTTPTransaction::processIngressHeadersComplete(
std::unique_ptr<HTTPMessage> msg) {
DestructorGuard g(this);
if (aborted_) {
return;
}
refreshTimeout();
if (handler_ && !isIngressComplete()) {
handler_->onHeadersComplete(std::move(msg));
}
}
StreamOutputWidget::StreamOutputWidget(QWidget *parent)
: QWidget(parent), m_mutex(QMutex::Recursive), m_audioOutput(NULL), m_IODevice(NULL), m_enabled(false)
{
//Create GUI components
m_ui.setupUi(this);
m_timer =new QTimer(this);
//Connect signals
connect(m_ui.m_startButton,SIGNAL(clicked()),this,SLOT(startButtonClicked()));
connect(m_ui.m_stopButton,SIGNAL(clicked()),this,SLOT(stopButtonClicked()));
connect(m_ui.m_clearButton,SIGNAL(clicked()),this,SLOT(clearButtonClicked()));
connect(m_timer,SIGNAL(timeout()),this,SLOT(refreshTimeout()));
connect(m_ui.m_enabledCheckbox,SIGNAL(toggled(bool)),this,SLOT(enabledButtonClicked(bool)));
//Scan audio output devices
scanOutputDevice();
m_timer->start(100); //100ms timer
}
bool CloudAuthenticator::startAuthentication()
{
qCDebug(dcCloud()) << "Authenticator: Start authenticating" << m_username;
// Check if we have username and password
if(!m_username.isEmpty() && !m_password.isEmpty()) {
m_refreshToken.clear();
stopAuthentication();
QUrlQuery query;
query.addQueryItem("grant_type", "password");
query.addQueryItem("username", m_username);
query.addQueryItem("password", m_password);
setQuery(query);
QNetworkRequest request(m_url);
QByteArray data = QString(m_clientId + ":" + m_clientSecret).toUtf8().toBase64();
QString header = "Basic " + data;
request.setRawHeader("Authorization", header.toLocal8Bit());
request.setHeader(QNetworkRequest::ContentTypeHeader, "application/x-www-form-urlencoded");
QNetworkReply *reply = m_networkManager->post(request, m_query.toString().toUtf8());
m_tokenRequests.append(reply);
return true;
} else if (!m_refreshToken.isEmpty()) {
// Use the refreshtoken if there is one
refreshTimeout();
return true;
}
qCWarning(dcCloud()) << "Authenticator: Cannot start authentication. There is no refresh token, username or password around.";
stopAuthentication();
m_error = Cloud::CloudErrorLoginCredentialsMissing;
return false;
}
void handle(const ZhttpResponsePacket &packet)
{
if(state == ClientRequestStartWait)
{
if(packet.from.isEmpty())
{
state = Stopped;
errored = true;
errorCondition = ErrorGeneric;
cleanup();
log_warning("zhttp client: error id=%s initial ack for streamed input request did not contain from field", packet.id.data());
emit q->error();
return;
}
toAddress = packet.from;
state = ClientRequesting;
startKeepAlive();
}
else if(state == ClientRequestFinishWait)
{
toAddress = packet.from;
state = ClientReceiving;
if(!doReq)
startKeepAlive();
}
if(packet.type == ZhttpResponsePacket::Error)
{
errored = true;
errorCondition = convertError(packet.condition);
log_debug("zhttp client: error id=%s cond=%s", packet.id.data(), packet.condition.data());
state = Stopped;
cleanup();
emit q->error();
return;
}
else if(packet.type == ZhttpResponsePacket::Cancel)
{
log_debug("zhttp client: received cancel id=%s", packet.id.data());
errored = true;
errorCondition = ErrorGeneric;
state = Stopped;
cleanup();
emit q->error();
return;
}
// if non-req mode, check sequencing
if(!doReq && packet.seq != inSeq)
{
log_warning("zhttp client: error id=%s received message out of sequence, canceling", packet.id.data());
// if this was not an error packet, send cancel
if(packet.type != ZhttpResponsePacket::Error && packet.type != ZhttpResponsePacket::Cancel)
{
ZhttpRequestPacket p;
p.type = ZhttpRequestPacket::Cancel;
writePacket(p);
}
state = Stopped;
errored = true;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
++inSeq;
refreshTimeout();
if(doReq && (packet.type != ZhttpResponsePacket::Data || packet.more))
{
log_warning("zhttp/zws client req: received invalid req response");
state = Stopped;
errored = true;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
if(packet.type == ZhttpResponsePacket::Data)
{
if(!haveResponseValues)
{
haveResponseValues = true;
responseCode = packet.code;
responseReason = packet.reason;
responseHeaders = packet.headers;
}
if(doReq)
{
if(responseBodyBuf.size() + packet.body.size() > REQ_BUF_MAX)
log_warning("zhttp client req: id=%s server response too large", packet.id.data());
}
else
{
if(responseBodyBuf.size() + packet.body.size() > IDEAL_CREDITS)
log_warning("zhttp client: id=%s server is sending too fast", packet.id.data());
}
responseBodyBuf += packet.body;
if(!doReq && packet.credits > 0)
{
outCredits += packet.credits;
if(outCredits > 0)
{
// try to write anything that was waiting on credits
QPointer<QObject> self = this;
tryWrite();
if(!self)
return;
}
}
if(packet.more)
{
if(!packet.body.isEmpty())
emit q->readyRead();
}
else
{
// always emit readyRead here even if body is empty, for EOF
state = Stopped;
cleanup();
emit q->readyRead();
}
}
else if(packet.type == ZhttpResponsePacket::Credit)
{
if(packet.credits > 0)
{
outCredits += packet.credits;
if(outCredits > 0)
tryWrite();
}
}
else if(packet.type == ZhttpResponsePacket::KeepAlive)
{
// nothing to do
}
else
{
log_debug("zhttp client: unsupported packet type id=%s type=%d", packet.id.data(), (int)packet.type);
}
}
HTTPTransaction::HTTPTransaction(TransportDirection direction,
HTTPCodec::StreamID id,
uint32_t seqNo,
Transport& transport,
HTTP2PriorityQueue& egressQueue,
const WheelTimerInstance& timeout,
HTTPSessionStats* stats,
bool useFlowControl,
uint32_t receiveInitialWindowSize,
uint32_t sendInitialWindowSize,
http2::PriorityUpdate priority,
HTTPCodec::StreamID assocId):
deferredEgressBody_(folly::IOBufQueue::cacheChainLength()),
direction_(direction),
id_(id),
seqNo_(seqNo),
transport_(transport),
timeout_(timeout),
stats_(stats),
recvWindow_(receiveInitialWindowSize),
sendWindow_(sendInitialWindowSize),
egressQueue_(egressQueue),
assocStreamId_(assocId),
priority_(priority),
ingressPaused_(false),
egressPaused_(false),
flowControlPaused_(false),
handlerEgressPaused_(false),
egressRateLimited_(false),
useFlowControl_(useFlowControl),
aborted_(false),
deleting_(false),
firstByteSent_(false),
firstHeaderByteSent_(false),
inResume_(false),
inActiveSet_(true),
ingressErrorSeen_(false),
priorityFallback_(false),
headRequest_(false) {
if (assocStreamId_) {
if (isUpstream()) {
egressState_ = HTTPTransactionEgressSM::State::SendingDone;
} else {
ingressState_ = HTTPTransactionIngressSM::State::ReceivingDone;
}
}
refreshTimeout();
if (stats_) {
stats_->recordTransactionOpened();
}
queueHandle_ = egressQueue_.addTransaction(id_, priority, this, false,
&insertDepth_);
if(priority.streamDependency != 0 && insertDepth_ == 1) {
priorityFallback_ = true;
}
currentDepth_ = insertDepth_;
}
void handle(const ZhttpResponsePacket &packet)
{
if(packet.type == ZhttpResponsePacket::Error)
{
errorCondition = convertError(packet.condition);
log_debug("zws client: error id=%s cond=%s", packet.id.data(), packet.condition.data());
responseCode = packet.code;
responseReason = packet.reason;
responseHeaders = packet.headers;
responseBody = packet.body;
state = Idle;
cleanup();
emit q->error();
return;
}
else if(packet.type == ZhttpResponsePacket::Cancel)
{
log_debug("zws client: received cancel id=%s", packet.id.data());
errorCondition = ErrorGeneric;
state = Idle;
cleanup();
emit q->error();
return;
}
if(!packet.from.isEmpty())
toAddress = packet.from;
if(packet.seq != inSeq)
{
log_warning("zws client: error id=%s received message out of sequence, canceling", packet.id.data());
tryRespondCancel(packet);
state = Idle;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
if(!toAddress.isEmpty() && !keepAliveTimer->isActive())
startKeepAlive();
++inSeq;
refreshTimeout();
if(state == Connecting)
{
if(packet.type != ZhttpResponsePacket::Data && packet.type != ZhttpResponsePacket::Credit && packet.type != ZhttpResponsePacket::KeepAlive)
{
state = Idle;
errorCondition = ErrorGeneric;
cleanup();
log_warning("zws client: error id=%s initial response wrong type", packet.id.data());
emit q->error();
return;
}
if(packet.from.isEmpty())
{
state = Idle;
errorCondition = ErrorGeneric;
cleanup();
log_warning("zws client: error id=%s initial ack did not contain from field", packet.id.data());
emit q->error();
return;
}
}
if(packet.type == ZhttpResponsePacket::Data || packet.type == ZhttpResponsePacket::Ping || packet.type == ZhttpResponsePacket::Pong)
{
if(state == Connecting)
{
// this is assured earlier
assert(packet.type == ZhttpResponsePacket::Data);
responseCode = packet.code;
responseReason = packet.reason;
responseHeaders = packet.headers;
if(packet.credits > 0)
outCredits += packet.credits;
state = Connected;
update();
emit q->connected();
}
else
{
if(inSize + packet.body.size() > IDEAL_CREDITS)
log_warning("zws client: id=%s server is sending too fast", packet.id.data());
if(packet.type == ZhttpResponsePacket::Data)
{
handleIncomingDataPacket(packet.contentType, packet.body, packet.more);
}
else if(packet.type == ZhttpResponsePacket::Ping)
{
inFrames += Frame(Frame::Ping, packet.body, false);
inSize += packet.body.size();
}
else if(packet.type == ZhttpResponsePacket::Pong)
{
inFrames += Frame(Frame::Pong, packet.body, false);
inSize += packet.body.size();
}
if(packet.credits > 0)
{
outCredits += packet.credits;
if(outCredits > 0)
{
// try to write anything that was waiting on credits
QPointer<QObject> self = this;
tryWrite();
if(!self)
return;
}
}
emit q->readyRead();
}
}
else if(packet.type == ZhttpResponsePacket::Close)
{
handlePeerClose(packet.code);
}
else if(packet.type == ZhttpResponsePacket::Credit)
{
if(packet.credits > 0)
{
outCredits += packet.credits;
if(outCredits > 0)
tryWrite();
}
}
else if(packet.type == ZhttpResponsePacket::KeepAlive)
{
// nothing to do
}
else
{
log_debug("zws client: unsupported packet type id=%s type=%d", packet.id.data(), (int)packet.type);
}
}
void handle(const ZhttpRequestPacket &packet)
{
if(packet.type == ZhttpRequestPacket::Error)
{
errorCondition = convertError(packet.condition);
log_debug("zws server: error id=%s cond=%s", packet.id.data(), packet.condition.data());
state = Idle;
cleanup();
emit q->error();
return;
}
else if(packet.type == ZhttpRequestPacket::Cancel)
{
log_debug("zws server: received cancel id=%s", packet.id.data());
errorCondition = ErrorGeneric;
state = Idle;
cleanup();
emit q->error();
return;
}
if(packet.seq != inSeq)
{
log_warning("zws server: error id=%s received message out of sequence, canceling", packet.id.data());
tryRespondCancel(packet);
state = Idle;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
++inSeq;
refreshTimeout();
if(packet.type == ZhttpRequestPacket::Data || packet.type == ZhttpRequestPacket::Ping || packet.type == ZhttpRequestPacket::Pong)
{
if(inSize + packet.body.size() > IDEAL_CREDITS)
log_warning("zws client: id=%s server is sending too fast", packet.id.data());
if(packet.type == ZhttpRequestPacket::Data)
{
handleIncomingDataPacket(packet.contentType, packet.body, packet.more);
}
else if(packet.type == ZhttpRequestPacket::Ping)
{
inFrames += Frame(Frame::Ping, packet.body, false);
inSize += packet.body.size();
}
else if(packet.type == ZhttpRequestPacket::Pong)
{
inFrames += Frame(Frame::Pong, packet.body, false);
inSize += packet.body.size();
}
if(packet.credits > 0)
{
outCredits += packet.credits;
if(outCredits > 0)
{
// try to write anything that was waiting on credits
QPointer<QObject> self = this;
tryWrite();
if(!self)
return;
}
}
emit q->readyRead();
}
else if(packet.type == ZhttpRequestPacket::Close)
{
handlePeerClose(packet.code);
}
else if(packet.type == ZhttpRequestPacket::Credit)
{
if(packet.credits > 0)
{
outCredits += packet.credits;
tryWrite();
}
}
else if(packet.type == ZhttpRequestPacket::KeepAlive)
{
// nothing to do
}
else
{
log_debug("zws server: unsupported packet type id=%s type=%d", packet.id.data(), (int)packet.type);
}
}
void handle(const ZhttpRequestPacket &packet)
{
if(paused)
return;
if(packet.type == ZhttpRequestPacket::Error)
{
errored = true;
errorCondition = convertError(packet.condition);
log_debug("zhttp server: error id=%s cond=%s", packet.id.data(), packet.condition.data());
state = Stopped;
cleanup();
emit q->error();
return;
}
else if(packet.type == ZhttpRequestPacket::Cancel)
{
log_debug("zhttp server: received cancel id=%s", packet.id.data());
errored = true;
errorCondition = ErrorGeneric;
state = Stopped;
cleanup();
emit q->error();
return;
}
if(packet.seq != inSeq)
{
log_warning("zhttp server: error id=%s received message out of sequence, canceling", packet.id.data());
// if this was not an error packet, send cancel
if(packet.type != ZhttpRequestPacket::Error && packet.type != ZhttpRequestPacket::Cancel)
{
ZhttpResponsePacket p;
p.type = ZhttpResponsePacket::Cancel;
writePacket(p);
}
state = Stopped;
errored = true;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
++inSeq;
refreshTimeout();
if(packet.type == ZhttpRequestPacket::Data)
{
requestBodyBuf += packet.body;
bool done = haveRequestBody;
if(!packet.more)
{
haveRequestBody = true;
state = ServerResponseWait;
}
if(packet.credits > 0)
outCredits += packet.credits;
if(!packet.body.isEmpty() || (!done && haveRequestBody))
emit q->readyRead();
}
else if(packet.type == ZhttpRequestPacket::Credit)
{
if(packet.credits > 0)
{
outCredits += packet.credits;
tryWrite();
}
}
else if(packet.type == ZhttpRequestPacket::KeepAlive)
{
// nothing to do
}
else if(packet.type == ZhttpRequestPacket::HandoffProceed)
{
if(pausing)
{
pausing = false;
paused = true;
emit q->paused();
}
}
else
{
log_debug("zhttp server: unsupported packet type id=%s type=%d", packet.id.data(), (int)packet.type);
}
}
void tryWrite()
{
if(state == Requesting)
{
// if all we have to send is EOF, we don't need credits for that
if(out.isEmpty() && outFinished)
{
ZurlRequestPacket p;
p.id = rid.second;
p.seq = outSeq++;
p.body = QByteArray(""); // need to set body to count as content packet
state = Receiving;
manager->write(p, replyAddress);
refreshTimeout();
return;
}
if(!out.isEmpty() && outCredits > 0)
{
// if we have data to send, and the credits to do so, then send data.
// also send credits if we need to.
int size = qMin(outCredits, out.size());
QByteArray buf = out.mid(0, size);
out = out.mid(size);
outCredits -= size;
ZurlRequestPacket p;
p.id = rid.second;
p.seq = outSeq++;
p.body = buf;
if(!out.isEmpty() || !outFinished)
p.more = true;
if(pendingInCredits > 0)
{
p.credits = pendingInCredits;
pendingInCredits = 0;
}
if(!p.more)
state = Receiving;
manager->write(p, replyAddress);
refreshTimeout();
emit q->bytesWritten(size);
}
}
else if(state == Receiving)
{
if(pendingInCredits > 0)
{
// if we have no data to send but we need to send credits, do at least that
ZurlRequestPacket p;
p.id = rid.second;
p.seq = outSeq++;
p.credits = pendingInCredits;
pendingInCredits = 0;
manager->write(p, replyAddress);
refreshTimeout();
}
}
}
void handle(const ZurlResponsePacket &packet)
{
if(state == RequestStartWait)
{
if(packet.replyAddress.isEmpty())
{
state = Private::Stopped;
errorCondition = ErrorGeneric;
cleanup();
log_warning("initial ack for streamed input request did not contain reply-address");
emit q->error();
return;
}
replyAddress = packet.replyAddress;
state = Requesting;
}
else if(state == RequestFinishWait)
{
replyAddress = packet.replyAddress;
state = Receiving;
}
if(packet.isError)
{
// zurl conditions:
// remote-connection-failed
// connection-timeout
// tls-error
// bad-request
// policy-violation
// max-size-exceeded
// cancel
QByteArray cond = packet.condition;
if(cond == "policy-violation")
errorCondition = ErrorPolicy;
else if(cond == "remote-connection-failed")
errorCondition = ErrorConnect;
else if(cond == "tls-error")
errorCondition = ErrorTls;
else if(cond == "length-required")
errorCondition = ErrorLengthRequired;
else if(cond == "connection-timeout")
errorCondition = ErrorTimeout;
else // bad-request, max-size-exceeded, cancel
errorCondition = ErrorGeneric;
state = Private::Stopped;
cleanup();
emit q->error();
return;
}
if(packet.seq != inSeq)
{
log_warning("received message out of sequence, canceling");
// if this was not an error packet, send cancel
if(packet.condition.isEmpty())
{
ZurlRequestPacket p;
p.id = rid.second;
p.seq = outSeq++;
p.cancel = true;
manager->write(p, replyAddress);
}
state = Private::Stopped;
errorCondition = ErrorGeneric;
cleanup();
emit q->error();
return;
}
++inSeq;
refreshTimeout();
bool doReadyRead = false;
if(!packet.body.isNull())
{
if(!haveResponseValues)
{
haveResponseValues = true;
responseCode = packet.code;
responseStatus = packet.reason;
responseHeaders = packet.headers;
}
if(in.size() + packet.body.size() > IDEAL_CREDITS)
log_warning("zurl is sending too fast");
in += packet.body;
if(packet.more)
{
if(!packet.body.isEmpty())
doReadyRead = true;
}
else
{
// always emit readyRead here even if body is empty, for EOF
state = Private::Stopped;
cleanup();
emit q->readyRead();
return;
}
}
if(packet.credits > 0)
outCredits += packet.credits;
// the only reason we should need to write as a result of a read
// is if we were given credits or we have credits to give
if(packet.credits > 0 || pendingInCredits > 0)
{
QPointer<QObject> self = this;
tryWrite();
if(!self)
return;
}
if(doReadyRead)
emit q->readyRead();
}
void write(const QVariant &vrequest)
{
ZurlRequestPacket request;
if(!request.fromVariant(vrequest))
{
QVariantHash vhash = vrequest.toHash();
if(!vhash["cancel"].toBool())
{
QMetaObject::invokeMethod(this, "respondError", Qt::QueuedConnection, Q_ARG(QByteArray, "bad-request"));
}
else
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
}
return;
}
// cancel session if a wrong sequenced packet is received
if(inSeq == -1 || request.seq == -1 || request.seq != inSeq + 1)
{
if(!request.cancel)
{
QMetaObject::invokeMethod(this, "respondError", Qt::QueuedConnection, Q_ARG(QByteArray, "cancel"));
}
else
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
}
return;
}
if(request.cancel)
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
return;
}
refreshTimeout();
inSeq = request.seq;
// all we care about from follow-up writes are body and credits
if(request.credits != -1)
outCredits += request.credits;
if(!request.body.isNull())
{
if(bodySent)
{
QMetaObject::invokeMethod(this, "respondError", Qt::QueuedConnection, Q_ARG(QByteArray, "bad-request"));
return;
}
if(!request.body.isEmpty())
hreq->writeBody(request.body);
// the 'more' flag only has significance if body field present
if(!request.more)
{
bodySent = true;
hreq->endBody();
}
}
// if we needed credits to send something, take care of that now
if(request.credits != -1 && stuffToRead)
trySend();
}
inline ClientHandler(PacketHandler<ClientHandler>& mPacketHandler) : packetHandler(mPacketHandler)
{
onPacketReceived += [this](sf::Packet mPacket){ packetHandler.handle(*this, mPacket); refreshTimeout(); };
timeoutFuture = std::async(std::launch::async, [this]
{
while(running)
{
std::this_thread::sleep_for(800ms);
if(!isBusy() || --untilTimeout > 0) continue;
HG_LO_VERBOSE("ClientHandler") << "Client (" << uid << ") timed out\n";
onDisconnect(); disconnect();
}
});
}
void write(const QVariant &vrequest)
{
ZhttpRequestPacket request;
if(!request.fromVariant(vrequest))
{
QVariantHash vhash = vrequest.toHash();
if(vhash["type"].toByteArray() != "cancel")
{
QMetaObject::invokeMethod(this, "respondError", Qt::QueuedConnection, Q_ARG(QByteArray, "bad-request"));
}
else
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
}
return;
}
// cancel session if a wrong sequenced packet is received
if(inSeq == -1 || request.seq == -1 || request.seq != inSeq + 1)
{
if(request.type != ZhttpRequestPacket::Cancel)
{
QMetaObject::invokeMethod(this, "respondCancel", Qt::QueuedConnection);
}
else
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
}
return;
}
if(request.type == ZhttpRequestPacket::Cancel)
{
cleanup();
QMetaObject::invokeMethod(q, "finished", Qt::QueuedConnection);
return;
}
inSeq = request.seq;
refreshTimeout();
// all we care about from follow-up writes are body and credits
if(request.credits != -1)
outCredits += request.credits;
if(transport == HttpTransport)
{
if(request.type == ZhttpRequestPacket::Data)
{
if(bodySent)
{
QMetaObject::invokeMethod(this, "respondError", Qt::QueuedConnection, Q_ARG(QByteArray, "bad-request"));
return;
}
refreshActivityTimeout();
if(!request.body.isEmpty())
hreq->writeBody(request.body);
// the 'more' flag only has significance if body field present
if(!request.more)
{
bodySent = true;
hreq->endBody();
}
}
}
else // WebSocketTransport
{
if(request.type == ZhttpRequestPacket::Data || request.type == ZhttpRequestPacket::Close || request.type == ZhttpRequestPacket::Ping || request.type == ZhttpRequestPacket::Pong)
{
refreshActivityTimeout();
if(request.type == ZhttpRequestPacket::Data)
{
WebSocket::Frame::Type ftype;
if(wsSendingMessage)
ftype = WebSocket::Frame::Continuation;
else if(request.contentType == "binary")
ftype = WebSocket::Frame::Binary;
else
ftype = WebSocket::Frame::Text;
wsSendingMessage = request.more;
wsPendingWrites += request.body.size();
ws->writeFrame(WebSocket::Frame(ftype, request.body, request.more));
}
else if(request.type == ZhttpRequestPacket::Ping)
{
wsPendingWrites += 0;
ws->writeFrame(WebSocket::Frame(WebSocket::Frame::Ping, QByteArray(), false));
}
else if(request.type == ZhttpRequestPacket::Pong)
{
wsPendingWrites += 0;
ws->writeFrame(WebSocket::Frame(WebSocket::Frame::Pong, QByteArray(), false));
}
else if(request.type == ZhttpRequestPacket::Close)
ws->close(request.code);
}
}
// if we needed credits to send something, take care of that now
if(request.credits != -1 && stuffToRead)
trySend();
}