Class SerialDisplayClass

include/VectorDisplay.h:721–767

};

class SerialDisplayClass : public VectorDisplayClass {
    private:
        Stream& s;
        const bool doSerialBegin;
    
    public:
        virtual int remoteRead() override {
            //return s.read();
            return('A');
        }
        
        virtual void remoteWrite(uint8_t c) override {
            //s.write(c);
        }
        
        virtual void remoteWrite(const void* data, size_t n) override {
            //s.write((uint8_t*)data, n);
        }

        /* only works with the Serial object; do not call externally without it */
        void begin(uint32_t speed, int width=VECTOR_DISPLAY_DEFAULT_WIDTH, int height=VECTOR_DISPLAY_DEFAULT_HEIGHT) {
#ifndef NO_SERIAL
            if (doSerialBegin) {
                Serial.begin(speed);
                while(!Serial) ;
            }
#endif
            VectorDisplayClass::begin(width, height);
        }
        
        bool getSwapBytes(void) { return false; }  // stub
        void setSwapBytes(bool swap) { return; }  // stub
        
        virtual void begin(int width=VECTOR_DISPLAY_DEFAULT_WIDTH, int height=VECTOR_DISPLAY_DEFAULT_HEIGHT) override {
            begin(115200, width, height);
        }
        
        virtual size_t remoteAvailable() override {
            return s.available();
        }        
        
#ifndef NO_SERIAL
        SerialDisplayClass() : s(Serial), doSerialBegin(true)  {}
#endif

        SerialDisplayClass(Stream& _s) : s(_s), doSerialBegin(false) {}
};

#ifdef ESP8266
class WiFiDisplayClass : public SerialDisplayClass {