//--------------------------------------------------------------------------
template<> void FaustNode<double>::sendOSC() const
{
if (OSCControler::gXmit != kNoXmit && !OSCControler::isPathFiltered(getOSCAddress())) {
std::vector<std::string> aliases = fRoot->getAliases(getOSCAddress());
// If aliases are present
if (aliases.size() > 0) {
for (size_t i = 0; i < aliases.size(); i++) {
oscout << OSCStart(aliases[i].c_str()) << double(*fZone) << OSCEnd();
}
}
// Also emit regular address
if (OSCControler::gXmit == kAll) {
oscout << OSCStart(getOSCAddress().c_str()) << double(*fZone) << OSCEnd();
}
}
}
//--------------------------------------------------------------------------
template<> void FaustNode<double>::get(unsigned long ipdest) const ///< handler for the 'get' message
{
unsigned long savedip = oscout.getAddress(); // saves the current destination IP
oscout.setAddress(ipdest); // sets the osc stream dest IP
// send a state message on 'get' request
oscout << OSCStart(getOSCAddress().c_str()) << double(*fZone) << double(fMapping.fMinOut) << double(fMapping.fMaxOut) << OSCEnd();
oscout.setAddress(savedip); // and restores the destination IP
}
//--------------------------------------------------------------------------
void OSCIO::send(int nframes, float* val, int chan) const
{
std::stringstream dst;
dst << dest() << chan; // first set the destination osc address
std::string res = dst.str();
oscout << OSCStart(res.c_str()); // then starts the osc out stream
for (int n = 0; n < nframes; n++) {
oscout << val[n]; // and send the values
}
oscout << OSCEnd(); // end of stream (and actual transmission)
}
//--------------------------------------------------------------------------
// start the network services
void OSCControler::run ()
{
SRootNode rootnode = fFactory->root(); // first get the root node
if (rootnode) {
// informs the root node of the udp ports numbers (required to handle the 'hello' message
rootnode->setPorts (&fUDPPort, &fUDPOut, &fUPDErr);
// starts the network services
fOsc->start (rootnode, fUDPPort, fUDPOut, fUPDErr, getDestAddress());
// and outputs a message on the osc output port
oscout << OSCStart("Faust OSC version") << versionstr() << "-"
<< quote(rootnode->getName()).c_str() << "is running on UDP ports "
<< fUDPPort << fUDPOut << fUPDErr;
// and also on the standard output
cout << "Faust OSC version " << versionstr() << " application "
<< quote(rootnode->getName()).c_str() << " is running on UDP ports "
<< fUDPPort << ", " << fUDPOut << ", " << fUPDErr << endl;
if (fIO) oscout << " using OSC IO - in chans: " << fIO->numInputs() << " out chans: " << fIO->numOutputs();
oscout << OSCEnd();
}
}
//--------------------------------------------------------------------------
void Message::print(OSCStream& out) const
{
out << OSCStart(address().c_str());
printArgs(out);
out << OSCEnd();
}
