CClientProxy1_0::CClientProxy1_0(const CString& name, IStream* stream) :
CClientProxy(name, stream),
m_heartbeatTimer(NULL),
m_parser(&CClientProxy1_0::parseHandshakeMessage)
{
// install event handlers
EVENTQUEUE->adoptHandler(IStream::getInputReadyEvent(),
stream->getEventTarget(),
new TMethodEventJob<CClientProxy1_0>(this,
&CClientProxy1_0::handleData, NULL));
EVENTQUEUE->adoptHandler(IStream::getOutputErrorEvent(),
stream->getEventTarget(),
new TMethodEventJob<CClientProxy1_0>(this,
&CClientProxy1_0::handleWriteError, NULL));
EVENTQUEUE->adoptHandler(IStream::getInputShutdownEvent(),
stream->getEventTarget(),
new TMethodEventJob<CClientProxy1_0>(this,
&CClientProxy1_0::handleDisconnect, NULL));
EVENTQUEUE->adoptHandler(IStream::getOutputShutdownEvent(),
stream->getEventTarget(),
new TMethodEventJob<CClientProxy1_0>(this,
&CClientProxy1_0::handleWriteError, NULL));
EVENTQUEUE->adoptHandler(CEvent::kTimer, this,
new TMethodEventJob<CClientProxy1_0>(this,
&CClientProxy1_0::handleFlatline, NULL));
setHeartbeatRate(kHeartRate, kHeartRate * kHeartBeatsUntilDeath);
LOG((CLOG_DEBUG1 "querying client \"%s\" info", getName().c_str()));
CProtocolUtil::writef(getStream(), kMsgQInfo);
}
CClientProxy1_3::CClientProxy1_3(const CString& name, IStream* stream) :
CClientProxy1_2(name, stream),
m_keepAliveRate(kKeepAliveRate),
m_keepAliveTimer(NULL)
{
setHeartbeatRate(kKeepAliveRate, kKeepAliveRate * kKeepAlivesUntilDeath);
}
CClientProxy1_3::CClientProxy1_3(const CString& name, synergy::IStream* stream, IEventQueue* eventQueue) :
CClientProxy1_2(name, stream, eventQueue),
m_keepAliveRate(kKeepAliveRate),
m_keepAliveTimer(NULL)
{
setHeartbeatRate(kKeepAliveRate, kKeepAliveRate * kKeepAlivesUntilDeath);
}
ClientProxy1_0::ClientProxy1_0(const String& name, synergy::IStream* stream, IEventQueue* events) :
ClientProxy(name, stream),
m_heartbeatTimer(NULL),
m_parser(&ClientProxy1_0::parseHandshakeMessage),
m_events(events)
{
// install event handlers
m_events->adoptHandler(m_events->forIStream().inputReady(),
stream->getEventTarget(),
new TMethodEventJob<ClientProxy1_0>(this,
&ClientProxy1_0::handleData, NULL));
m_events->adoptHandler(m_events->forIStream().outputError(),
stream->getEventTarget(),
new TMethodEventJob<ClientProxy1_0>(this,
&ClientProxy1_0::handleWriteError, NULL));
m_events->adoptHandler(m_events->forIStream().inputShutdown(),
stream->getEventTarget(),
new TMethodEventJob<ClientProxy1_0>(this,
&ClientProxy1_0::handleDisconnect, NULL));
m_events->adoptHandler(m_events->forIStream().outputShutdown(),
stream->getEventTarget(),
new TMethodEventJob<ClientProxy1_0>(this,
&ClientProxy1_0::handleWriteError, NULL));
m_events->adoptHandler(Event::kTimer, this,
new TMethodEventJob<ClientProxy1_0>(this,
&ClientProxy1_0::handleFlatline, NULL));
setHeartbeatRate(kHeartRate, kHeartRate * kHeartBeatsUntilDeath);
LOG((CLOG_DEBUG1 "querying client \"%s\" info", getName().c_str()));
ProtocolUtil::writef(getStream(), kMsgQInfo);
}
void
CClientProxy1_0::setOptions(const COptionsList& options)
{
LOG((CLOG_DEBUG1 "send set options to \"%s\" size=%d", getName().c_str(), options.size()));
CProtocolUtil::writef(getStream(), kMsgDSetOptions, &options);
// check options
for (UInt32 i = 0, n = (UInt32)options.size(); i < n; i += 2) {
if (options[i] == kOptionHeartbeat) {
double rate = 1.0e-3 * static_cast<double>(options[i + 1]);
if (rate <= 0.0) {
rate = -1.0;
}
setHeartbeatRate(rate, rate * kHeartBeatsUntilDeath);
removeHeartbeatTimer();
addHeartbeatTimer();
}
}
}
void
CClientProxy1_0::resetHeartbeatRate()
{
setHeartbeatRate(kHeartRate, kHeartRate * kHeartBeatsUntilDeath);
}
void
CClientProxy1_3::resetHeartbeatRate()
{
setHeartbeatRate(kKeepAliveRate, kKeepAliveRate * kKeepAlivesUntilDeath);
}