immo sketch

#include <Bounce2.h>
#define DEBOUNCE 10
#include <M93Cx6.h>
Bounce b1 = Bounce();
/******************************************************************************
 **
 **  M93Cx6 Test Program
 **
 **  Pin-Out:
 **                       _____
 **  Chip Select (cs)  --|1   8|--  (pwr) Vcc
 ** Serial Clock (sk)  --|2   7|--
 **      Data In (di)  --|3   6|--  (org) Organization Select
 **     Data Out (do)  --|4   5|--  (gnd) Vss/Ground
 **                       -----
 **
 **  Arduino Connection:
 **    Vcc          - +5v (or Pin 9 as an option)
 **    Vss          - GND
 **    Chip Select  - Pin 10
 **    Serial Clock - Pin 13
 **    Data In      - Pin 11
 **    Data Out     - Pin 12
 **    Org Select   - Pin 8
 **
 *****************************************************************************/

#define PWR_PIN   7
#define CS_PIN    10
#define SK_PIN    13
#define DO_PIN    12
#define DI_PIN    11
#define ORG_PIN   8
#define ORG       16
#define CHIP      56
const int ign = 2;
int i = 0;
int r;
int ignstate = 0;
M93Cx6 eeprom = M93Cx6(PWR_PIN, CS_PIN, SK_PIN, DO_PIN, DI_PIN, ORG_PIN);

void setup() {
  b1.attach(2, INPUT);

  char hello[] = "Hello World!";
  Serial.begin(9600);

  eeprom.setChip(56);    // set chip 93C56
  eeprom.setOrg(ORG_16);  // 8-bit data organization

  //  write string to eeprom

  //  read string from eeprom
  //r = eeprom.read(1);
  //Serial.println(r);
  //  clear eeprom
  //eeprom.writeEnable();
  // eeprom.eraseAll();
  // eeprom.writeDisable();
}

void loop() {
  // put your main code here, to run repeatedly:
  ignstate = digitalRead(ign);
  b1.update();
  if(b1.fell()){
      ignstate = 0;
    }
   if(b1.rose()){
      ignstate = 1;
    }
  if (ignstate == 0) {
    eeprom.writeEnable();

    //eeprom.eraseAll();
    eeprom.write(0, 65280);
    eeprom.write(1, 65481);
    eeprom.write(2, 65399);
    eeprom.write(3, 65294);
    eeprom.write(4, 65373);
    eeprom.write(5, 65496);
    eeprom.write(6, 65280);
    eeprom.write(7, 65280);
    eeprom.write(14, 37119);
    eeprom.write(32, 65365);
    eeprom.write(33, 65466);
    eeprom.write(34, 65440);
    eeprom.write(35, 65378);
    eeprom.write(36, 65377);
    eeprom.write(37, 65408);
    eeprom.write(38, 65465);
    eeprom.write(39, 65355);
    eeprom.writeDisable();
  }

  /*for (i = 0; i < 30; i++) {
    r = eeprom.read(i);
    Serial.println(r);
  }
*/
}