Rotary Dial Disk (Rotary Phone) Password programmed

  //Rotary Dial Disk 
                                                                                                             
//By Aws AlKarmi   //By Aws AlKarmi   //By Aws AlKarmi   //By Aws AlKarmi   //By Aws AlKarmi   //By Aws AlKarmi
// [[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[[ 


 
       // Four Wires Out Of It ...... Two For Pulse Counting .... And .... Two For Ending The Digit 'Pulses' 


#define pulsePin 3         //Pulse Pin To Digital Pin 3 The Other To GND Ground
int number[7];             //Useing Array Way To Record The Number
#define signal1 7          //Signal Pin To Digital Pin 7 The Other To 5V Source
int currentDigit=0;         //Initializing By 0
int pulseCount=0;           //Initializing By 0
#define led LED_BUILTIN        //Working With The LED Built In
int state=1;                  //Initializing State 
int d=70;                    // The Delay Time For LED To Blink At The Wrong Password
int state2=0;               //Initializing State2
#define motor1 8           //The Main Pin To Work With
#define motor2 10         //The AUX Pin To Work With

void setup()
    {
      
    Serial.begin(9600);              //Begining The Serial
    pinMode(pulsePin,INPUT);         //pulsePin As INPUT
    pinMode(signal1,INPUT);          //signal   As INPUT
    pinMode(led,OUTPUT);             //led      As OUTPUT
    pinMode(motor1,OUTPUT);          //motor1   As OUTPUT
    pinMode(motor2,OUTPUT);          //motor2   As OUTPUT

   digitalWrite(led,LOW);       //Initializing First Command 'not necessary'
   digitalWrite(motor1,LOW);    //Initializing First Command 'not necessary'
   digitalWrite(motor2,HIGH);   //Initializing First Command 'not necessary'

   
    }
void loop(){                     //The Main Program
    
  if (digitalRead(signal1)==1&&state==1)    // Putting State 'Not Necessary'
 
     {
      if (digitalRead(pulsePin)!=0)         // If The Circuit Opened
      
          {
          delay(80);            // Debouncing Time 'Can Be Adjusted'
          pulseCount++;         // Count The Pulses         
          Serial.println(pulseCount);   // Print On Serial Monitor Expected Number From 1 To 10                          
          }           
     }
  else 
 if(digitalRead(signal1)!=1&&pulseCount>0)              // If Signal Not Equal 1 'The Pulses Stoped' 
       {                                                // AND Pulse Count Is More Than 0 'A Digit Entered'
         
        if (currentDigit<6)    //If The Number Of Digits Not Equal The Full Number Of Digits Then
          {
            Serial.print("  The Entered Digit .... ");         //Print On Serial Monitor
            Serial.println(pulseCount);                       //Print On Serial Monitor

            number[currentDigit]= pulseCount;                   //Recording The Digit Entered
            Serial.print("The Number Of Digits Entered Yet .... ");   //Print On Serial Monitor
            Serial.println(currentDigit+1);                       //Print On Serial Monitor
            Serial.print("The Digits Entered Yet .... ");             //Print On Serial Monitor The Password
            for(int i=0;i<7;i++)
              {
              Serial.print(number[i]);
              }
              
            Serial.println(" ...... By Aws Karmi ......");         // Print On Serial Monitor My Name
            currentDigit++;                      // The Next Digit To Record On
            pulseCount=0;                        // Reset The Pulses Counting 
            number[currentDigit]=0;              // Initializing The Next Digit By 0
            state2=1;                            // Putting State To 1           
          }
           if (currentDigit==6)                  //If we Exeed 6 Digits
                          {
 if (number[0]==4&&number[1]==3&&number[2]==4&&number[3]==3&&number[4]==2&&number[5]==2) //If The Digits Equal
           {                                                                             //The Right Password
             Serial.println(" ///////WRITE Answer//////");          //Print On Serial Monitor
             digitalWrite(motor1,HIGH);             //Open The Door
             digitalWrite(motor2,LOW);

             digitalWrite(led,HIGH);
             delay(1000);                            // LED AND Motor1 Work For 1 Second Delay
             digitalWrite(motor1,LOW);
             digitalWrite(motor2,HIGH);


             digitalWrite(led,LOW);
             delay(500);
             digitalWrite(led,HIGH);
             delay(500);
             digitalWrite(led,LOW);
             
           for (int i=0;i<7;i++)                           // Reset The Numbers 'Password'
              {
              number[i]=0;
              }
              
              state2=2;                                    //Putting State To 2  
              currentDigit=0;                              //Reset The Number Of Digits
              
            }else if(state2==1)                             // Checking The State Condition
        {
            for (int i=0;i<7;i++)                          // Reset The Numbers 'Password'
              {
              number[i]=0;
              }
              
                  Serial.println(" ///////WRONG Answer//////");                //Print On Serial Monitor
                     
                  for(int j=0;j<15;j++)                          // Blinking The LED
                  { 
                  digitalWrite(led,HIGH);
                  delay(d);
                  digitalWrite(led,LOW);
                  delay(d);
                  }
                      
            currentDigit=0;                                     //Reset The Number Of Digits
            
        }
            
            
            
                        }
        
        
        
        
      }