Türöffnung mit mehreren iButton

International Deutsch
21

Warum soviel Theorie, laß das den Arduino machen. Das finde ich in Deinem Programm:

  for (int x = 0; x<8; x++){  
    Serial.print(buffer[x],HEX); //print the buffer content in LSB. For MSB: for (int x = 8; x>0; x--) 
    Serial.print(" "); // print a space
   }
   Serial.println("\n"); // print new line

Der Code sollte Dir auf dem seriellen Monitor ausgegeben werden.

22

Verstehe ich nicht ganz. :confused:
Hier wird es doch nur in den Puffer geschrieben damit es mit dem oben eingetragenen vergleichen werden kann. Oder nicht?

23

Serial.print() schreibt Dir die gesuchten Informationen in Hex zum seriellen Monitor zum Debuggen. Genau, was Du suchst :slight_smile:

24

Habe nun meine 4 IButtons ausgelesen
Das Programm läuft jetzt. Ich bearbeite es noch einmal und lade den Code später hoch.

#include <OneWire.h>

OneWire ibutton (2); // I button connected on PIN 2.

const byte SCHLUESSEL = 4;  // Anzahl der gültigen Schlüssel
byte ibuttonid[SCHLUESSEL][10] = {{1,192,11,324,83,0,0,531}, {1,189,210,6,24,0,0,203}, {1,245,64,003,24,0,0,170}, {}}; 
//byte ibuttonid[SCHLUESSEL][10] = {{1,192,11,324,83,0,0,531}, {1,189,210,6,24,0,0,203}, {1,245,64,003,24,0,0,170}, {1,66,218,141,23,0,0,177}}; 
byte buffer[10]; //array to store the readed Ibutton ID.

boolean result;  // this variable will hold the compare result




void setup(){
     Serial.begin(9600);

     pinMode(13, OUTPUT);     
     pinMode(12, OUTPUT);
     pinMode(11, OUTPUT);
   
}

void loop(){
   
 if (!ibutton.search (buffer)){//read attached ibutton and asign value to buffer
    ibutton.reset_search();
    delay(200);
    return;
 }
  
  for (int x = 0; x<8; x++){  
    Serial.print(buffer[x],HEX); //print the buffer content in LSB. For MSB: for (int x = 8; x>0; x--) 
    Serial.print(" "); // print a space
   }
   Serial.println("\n"); // print new line
   
   // compare the ibutton id
   
  result = false;
  for (int b = 0; b < SCHLUESSEL; b++) {
    result = true;
    int x = 0;
    do {
      int compare1 = ibuttonid[b][x];// asign each index of arrays to test, one by one and compare
      int compare2 = buffer[x];
      if (compare1 != compare2) { // if any index comparison is not equal, then the arrays are not equal and result will be 0.
        result = false;
      }
      x++;
    } while (result && (x < SCHLUESSEL));
    if (result) {
      b = SCHLUESSEL;
      result = true; 
  }



  }
// RICHTIGER IBUTTON 
  if (result == true) { // if the arrays are equal, do something.
   Serial.println("Tueroeffner ansteuern"); 
   digitalWrite(13,HIGH); // Turn on LED on pin 13
   digitalWrite(11,HIGH); // Turn on LED on pin 13
   delay(5000); // wait five seconds. (1 second = 1000 milliseconds)
   Serial.println("Tueroeffner ausschalten");
   Serial.println("\n"); // print new line
   digitalWrite(13,LOW); // turn off LED.
   digitalWrite(11,LOW); // turn off LED.
  }



// FALSCHER IBUTTON
   if (result == false) { // if the arrays are equal, do something.
   Serial.println("Falscher IButton"); 

  for (int i=0; i<16; i++){
   digitalWrite(12,HIGH);
   delay(50); // wait  seconds. (1 second = 1000 milliseconds)
   digitalWrite(12,LOW);
   delay(50);
  }

   Serial.println("Roter LED Flash beendet!");
   Serial.println("\n"); // print new line
   digitalWrite(12,LOW); // turn off LED.
  }
   
    //set buffer back to cero.
    
    for (int x=0; x<10; x++){
     buffer[x] = 0 ;
    }                
}



/* by Elimeléc 
  Jun-07-2013
*/

Vielen vielen Dank
Alex