Enigma thins updated

#include <stdio.h>
#include <ctype.h>
#include <iostream>
char offset(char Ichar, int setting);
char encryptchar(char Ichar);
void encrypstring(void);

class rotor{
public:
    std::string forwards = "ABCDEFGHIJKLMNOPQRSTUVWXYZ";
    std::string backwards = "ABCDEFGHIJKLMNOPQRSTUVWXYZ" ;
    int notch;
    int setting;

  //  rotor();//make later if i even need to
  //  ~rotor();
};

 rotor rotorR;
 rotor rotorM;
 rotor rotorL;
 rotor reflector;
 rotor plug;


int main(){

  rotorR.forwards = "EKMFLGDQVZNTOWYHXUSPAIBRCJ";// gotta figureout how to do this
  rotorR.backwards = "UWYGADFPVZBECKMTHXSLRINQOJ";// currently gives compile erros


}


void encrypstring(){
  /*
  while (messagle left){//FO
    //get char//FO
    outchar = encryptchar(inchar);
    rotorR.setting++;
    if (rotorR.setting>25){//go from 26 to 0 instead of 27 because circles
      rotorR.setting=rotorR.setting-26;
    }
    if(midsteppedlastturn==true){
      rotorM.setting++;
      if (rotorM.setting>25){
        rotorM.setting=rotorM.setting-26;
      }
      midsteppdlastturn=false;
    }
    if(rotorR.setting == rotorR.notch){
      setM++;
      if (rotorM.setting>25){
        rotorM.setting=rotorM.setting-26;
      }
      midsteppedlastturn=true;
    }
    if(rotorM.setting == rotorM.notch){
      rotorL.setting++;
      if (rotorL.setting>25){
        rotorL.setting=rotorL.setting-26;
      }
    } //probably should have made an overflow function instead of copy pasting the code over and over.
    // put char in string;//FO
  }
  */


}

char encryptchar(char Ichar){

  std::cout<<Ichar<< std::endl;
  Ichar = plug.forwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar=  offset(Ichar,rotorR.setting);
  std::cout<<Ichar<< std::endl;
  Ichar =  rotorR.forwards.at(Ichar-65);//this is using the rotor
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,rotorR.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,rotorM.setting);
  std::cout<<Ichar<< std::endl;
  Ichar =  rotorM.forwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,rotorM.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,rotorL.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = rotorL.forwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,rotorL.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = reflector.forwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorL.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = rotorL.backwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorL.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorM.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = rotorM.backwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorM.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorR.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = rotorR.backwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;
  Ichar = offset(Ichar,-rotorR.setting);
  std::cout<<Ichar<< std::endl;
  Ichar = plug.backwards.at(Ichar-65);
  std::cout<<Ichar<< std::endl;

  return Ichar;

}

char offset(char Ichar, int setting){
  int num = Ichar - 65 + setting;
  if (num>25){
    num=num-26;
  }
  else if (num<0){
    num=num+26;
  };
  return ('A'+num);
}