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#include <SoftwareSerial.h> SoftwareSerial BTSerial(10, 11); unsigned long elapsedTime; unsigned long onTime; int THRESHOLD=0; const int Enter_Button =2; const int POWER=12; const int MONITOR_LED=13; boolean state = true; String readString; void setup() { Serial.begin(9600); BTSerial.begin(115200); onTime = millis(); onTime = elapsedTime; pinMode(POWER, OUTPUT); pinMode(MONITOR_LED, OUTPUT); pinMode(Enter_Button, INPUT_PULLUP); digitalWrite(POWER, LOW); digitalWrite(MONITOR_LED, LOW); Serial.println("#####################"); Serial.println("serial command"); Serial.println("power on= P1"); Serial.println("power off= P0"); Serial.println("reset = RESET"); Serial.println("#####################"); Serial.flush(); } void loop() { //BT----------------------------------------------- if (BTSerial.available()){ while (BTSerial.available()) { delay(3); char c = BTSerial.read(); readString += c; } if (readString.length() >0) { BTSerial.println(readString); if(readString.indexOf("P1") >=0) { delay(3000); digitalWrite(POWER, HIGH); BTSerial.println("power on"); BTSerial.flush(); MONITOR(); } if(readString.indexOf("P0") >=0) { delay(3000); digitalWrite(POWER, LOW); BTSerial.println("power off"); BTSerial.flush(); MONITOR(); } if(readString.indexOf("RESET") >=0) { delay(100); BTSerial.println("RESET 3sec"); delay(3000); MONITOR(); asm volatile ("jmp 0"); } readString=""; } } //BT_END------------------------------------------ if (Serial.available()){ while (Serial.available()) { delay(3); char c = Serial.read(); readString += c; } if (readString.length() >0) { Serial.println(readString); if(readString.indexOf("P1") >=0) { delay(3000); digitalWrite(POWER, HIGH); Serial.println("power on"); Serial.flush(); MONITOR(); } if(readString.indexOf("P0") >=0) { delay(3000); digitalWrite(POWER, LOW); Serial.println("power off"); Serial.flush(); MONITOR(); } if(readString.indexOf("RESET") >=0) { delay(100); Serial.println("RESET 3sec"); MONITOR(); delay(3000); asm volatile ("jmp 0"); } readString=""; } } if (digitalRead(Enter_Button) == LOW) { THRESHOLD=1; onTime = millis(); } if((millis() - onTime > 3000 ) && THRESHOLD==1) { state=!state; digitalWrite(POWER, state); MONITOR(); delay(3000); THRESHOLD=0; if (digitalRead(POWER)==LOW) { delay(100); Serial.println("power off"); } if (digitalRead(POWER)==HIGH) { delay(100); Serial.println("power on"); } } } void MONITOR() { digitalWrite(MONITOR_LED, HIGH); delay(100); digitalWrite(MONITOR_LED, LOW); delay(100); digitalWrite(MONITOR_LED, HIGH); delay(100); digitalWrite(MONITOR_LED, LOW); delay(100); //MONITOR(); }