Intellivision controller adapter (Arduino)

#include <Joystick.h>
/*
 * This code takes inputs from a 9 pin intellivision controller and converts it into joystick buttons, since all points on disc are just buttons.
 * Below is an ec=xample of the intellivision ciontroller layout
 * 
 *     +---+---+---+
 *   X | 1 | 2 | 3 | X
 *     +---+---+---+
 *   Y | 4 | 5 | 6 | Z
 *     +---+---+---+  
 *     | 7 | 8 | 9 |
 *     +---+---+---+  
 *     | C | 0 | E |
 *     +---+---+---+
 *       o p a b c
 *       n \ | /  d
 *       m - o -  e
 *       l / | \  f
 *       k j i h g
 *       
 *       Mattel DB9 pinout (intv 2)
 *      -------------     ------------------
 *      \ 5 4 3 2 1 /     \ Gr Wh Bl Bk Yl /
 *       \ 9 8 7 6 /       \ Rd Br Gy Or /
 *        ---------         -------------
 *        
 *        Mattel hardwire pinout (intv 1)
 *         ___________________________________
 *        | 5 | 4 | 3 | 2 | 1 | 9 | 8 | 7 | 6 |
 *         -----------------------------------
 *         Br | R | O | Y| Gnd | B | Bk| G | W 
 *
 *   Intellivision (DB9) - Arduino  (pins) - pin Array position
 *         1      Yellow - D2  - Yellow    -     (0)
 *         2      Black  - GND - Black
 *         3      Blue   - D3  - Blue      -     (1)
 *         4      White  - D4  - White     -     (2)
 *         5      Green  - D5  - Green     -     (3)
 *         6      Pink   - D6  - Orange    -     (4)
 *         7      Grey   - D7  - Grey      -     (5)
 *         8      Brown  - D8  - Brown     -     (6)
 *         9      Red    - D9  - Red       -     (7) 
 *               
 */           

Joystick_ Joystick1;
Joystick_ Joystick2;
// Arduino Micro digital pins
//int myPin1[8]={5,4,3,2,9,8,7,6};  //Intv1 layout
int myPin1[8]={2,3,4,5,6,7,8,9};     //Intv 2 layout
int myPin2[8]={0,0,0,0,0,0,0,0};
unsigned char wire1;
unsigned char wire2;
unsigned char oldwire1=B11111111;
unsigned char buttonstate1;
int ledPin = 13;
bool ledOn = 0;
// Last state of buttons
int lastButtonState1[31] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0};
int lastButtonState2[31] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0};


void setup() {
  // put your setup code here, to run once:
  // set pin 2-9 as inputy and pull high
  for (int t=0; t<8; t++) {
    pinMode ( myPin1[t] , INPUT_PULLUP );  // declare led as output
    Serial.print(myPin1[t]);Serial.println('.-z.');
    digitalWrite(ledPin, LOW);  // turn off led
  }
  Joystick1.begin();
  Joystick2.begin();
  int done = 0;
}

/*
  void printBits(byte myByte){
   for(byte mask = 0x80; mask; mask >>= 1){
     if(mask  & myByte)
         Serial.print('1');
     else
         Serial.print('0');
   }
   Serial.println('.');
  }
*/
void loop() {
  // put your main code here, to run repeatedly:
  Serial.print("Test Wire In");Serial.println('.');
  wire1 = 0;
  for (int t=0; t<8; t++) {
    Serial.print(digitalRead(myPin1[t]), DEC);Serial.println(".-.");
    wire1 |= ((digitalRead(myPin1[t]) == LOW ? 1:0)<<(7-t));
  }
  delay(10);
  Serial.print("Test Wire In");Serial.println('.');
  //wire1=10000001; // clear wire byte from Controller 1
  wire2=0; // clear wire byte from Controller 2
 /*
  for(byte mask = 0x80; mask; mask >>= 1){
     if(mask  & wire1){
         Serial.print('1');
     }
     else{
         Serial.print('0');
   }
   Serial.println('.');
  }
 */
 // for(int t=0; t<8; t++){
 //   wire1 != ((digitalRead(myPin1[t])==LOW ? 0:1)<<(7-t)); // read wire from Controller 1
 //   wire2 != ((digitalRead(myPin2[t])==LOW ? 0:1)<<(7-t)); // read wire from Controller 2
 // }
  if (wire1 != oldwire1){
    //Joystick1.releaseAll();
    oldwire1 = wire1;
    ledOn = 1-ledOn;
    digitalWrite(ledPin, ledOn);  //turn off led
  }
  //currentButtonState1 = wire1;
  //wire1='10000101';
/*
  Serial.print('wire1');Serial.println('.');
  for(int i =0; i < strlen(wire1); i++ ) {
    unsigned char c = wire1[i];
    // do something with c
    if (c == 1){
      Serial.print('1');
    }
    else{
      Serial.print('0');
    }
}
*/

/*  
  for(byte mask = 0x80; mask; mask >>= 1){
     if(mask  & wire1){
         Serial.print('x');
     }
     else{
         Serial.print('0');
   }
   Serial.println('.');
  }*/
  //printBits(wire);
int done = 0;
/*
  for (int index = 0; index < 7; index++)
  {
    if (wire1 != oldWire1[index]){
      Joystick1.setButton(index, LOW);
      lastButtonState1[index] = currentButtonState1; 
    }
  }
 */ 
  // side buttons
  Serial.println("Test Wire1:");
  Serial.println(wire1, BIN);
  if ((wire1 & B10000000) == B10000000) {Serial.println("Y");}
  if ((wire1 & B01000000) == B01000000) {Serial.println("Bl");}
  if ((wire1 & B00100000) == B00100000) {Serial.println("Wh");}
  if ((wire1 & B00010000) == B00010000) {Serial.println("Gr");}
  if ((wire1 & B00001000) == B00001000) {Serial.println("Or");}
  if ((wire1 & B00000100) == B00000100) {Serial.println("Gy");}
  if ((wire1 & B00000010) == B00000010) {Serial.println("Br");}
  if ((wire1 & B00000001) == B00000001) {Serial.println("Rd");}
  //if (wire1 & B00001010 == B00001010){Joystick1.setButton(0, LOW);};done=1;
  //if (wire1 & B00001100 == B00000110){Joystick1.setButton(1, LOW);};done=1;
  //if (wire1 & B00001100 == B00001100){Joystick1.setButton(2, LOW);};done=1;
  switch(wire1) {
    case B10000000: Joystick1.setButton(0, LOW); done = 1;break; // X
    case B10000001: Joystick1.setButton(1, LOW); done = 1;break; // Y
    case B10000010: Joystick1.setButton(2, LOW); done = 1;break; // Z
  }
  // Key pad
  done = 0; //reset indicator to check key pad
  switch(wire1){
    case B00000001: Joystick1.setButton(3, LOW); done = 1;break; // 1
    case B00000010: Joystick1.setButton(4, LOW); done = 1;break; // 2
    case B00000011: Joystick1.setButton(5, LOW); done = 1;break; // 3
    case B00000100: Joystick1.setButton(6, LOW); done = 1;break; // 4
    case B00000101: Joystick1.setButton(7, LOW); done = 1;break; // 5
    case B00000110: Joystick1.setButton(8, LOW); done = 1;break; // 6
    case B00000111: Joystick1.setButton(9, LOW); done = 1;break; // 7
    case B00001000: Joystick1.setButton(10, LOW); done = 1;break; // 8
    case B00001001: Joystick1.setButton(11, LOW); done = 1;break; // 9
    case B00001010: Joystick1.setButton(12, LOW); done = 1;break; // Clear
    case B00001011: Joystick1.setButton(13, LOW); done = 1;break; // 0
    case B00001100: Joystick1.setButton(14, LOW); done = 1;break; // Enter
  }  
  
  // Disk
  done = 0; //reset indicator to check Disk
  switch(wire1){   
    case B00001101: Joystick1.setButton(15, LOW); done = 1;break; // a
    case B00001110: Joystick1.setButton(16, LOW); done = 1;break; // b
    case B00001111: Joystick1.setButton(17, LOW); done = 1;break; // c
    case B00010000: Joystick1.setButton(18, LOW); done = 1;break; // d
    case B00010001: Joystick1.setButton(19, LOW); done = 1;break; // e
    case B00010010: Joystick1.setButton(20, LOW); done = 1;break; // f
    case B00010011: Joystick1.setButton(21, LOW); done = 1;break; // g
    case B00010100: Joystick1.setButton(22, LOW); done = 1;break; // h
    case B00010101: Joystick1.setButton(23, LOW); done = 1;break; // i
    case B00010110: Joystick1.setButton(24, LOW); done = 1;break; // j
    case B00010111: Joystick1.setButton(25, LOW); done = 1;break; // k
    case B00011000: Joystick1.setButton(26, LOW); done = 1;break; // l
    case B00011001: Joystick1.setButton(27, LOW); done = 1;break; // m
    case B00011010: Joystick1.setButton(28, LOW); done = 1;break; // n
    case B00011011: Joystick1.setButton(29, LOW); done = 1;break; // o
    case B00011100: Joystick1.setButton(30, LOW); done = 1;break; // p
  }
  
    
 
}