void ofApp::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args)
{
// Decoded serial packets will show up here.
SerialMessage message(args.getBuffer().toString(), "", 255);
serialMessages.push_back(message);
// ofLogNotice("onSerialBuffer") << "got serial buffer : " << message.message;
}
void ofApp::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args)
{
// Buffers will show up here when the marker character is found.
SerialMessage message(args.getBuffer().toString(), "", 500);
serialMessages.push_back(message);
}
void chladniRC::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args){
// Buffers will show up here when the marker character is found.
string message(args.getBuffer().toString());
//serialMessages.push_back(message);
// get pingback
string compareString("pingback:");
if(message.length()>=compareString.length() ){
if( message.compare(0,compareString.length(),compareString,0,compareString.length())==0){
arduinoLastPingReturn = message.substr(compareString.length()-1,message.npos);
return;
}
}
//
compareString = "EVStatus:";
if(message.length()>=compareString.length() ){
if( message.compare(0,compareString.length(),compareString,0,compareString.length())==0){
string rawValue = message.substr(compareString.length(),message.npos);
auto dash = rawValue.find("-");
if(dash != rawValue.npos){
int valveID = ofToInt( rawValue.substr(0,dash) );
if( valveID>=0 && valveID<KM_CHLADNI_NUM_ELECTROVALVES){
int valveValue = ofToInt( rawValue.substr(dash+1,rawValue.npos-(dash+1) ) );
waterControlSettings.waterFlowRate[valveID] = ((float)valveValue)/255.f;
}
}
return;
}
}
// get the manual LED strip value
compareString = "ledStripIntensityManu:";
if(message.length()>=compareString.length() ){
if( message.compare(0,compareString.length(),compareString,0,compareString.length())==0){
string rawValue = message.substr(compareString.length(),message.npos);
auto dash = rawValue.find("-");
if(dash != rawValue.npos){
int lightID = ofToInt( rawValue.substr(0,dash) );
if( lightID>=0 && lightID<KM_CHLADNI_NUM_LED_STRIPS){
int lightValue = ofToInt( rawValue.substr(dash+1,rawValue.npos-(dash+1) ) );
waterControlSettings.LEDStripsIntensityManu[lightID] = ((float)lightValue)/255.f;
}
}
return;
}
}
// still not returned? --> unrecognised message
cout << "Unrecognised chladni SERIAL message:\t" << message << endl;
}
void ofApp::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args)
{
// Decoded serial packets will show up here.
SerialMessage message(args.getBuffer().toString(), "", 255);
serialMessages.push_back(message);
}
void serialControllerV1::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args){
// Buffers will show up here when the marker character is found.
karmaSerialMsg<string> message("addr", args.getBuffer().toString());
incomingMessages.send( std::move(message) );
//cout << "onSerialBuffer! : " << message.getValue() << endl;
}
void tinyG::onSerialBuffer(const ofx::IO::SerialBufferEventArgs& args)
{
SerialMessage message(args.getBuffer().toString(), "", 10000);
statusReport = message;
}
