enigmaMach2psuedo

When the program is run:
    -Open the key settings file for appending
    -Get the key setting for each rotor as user input
        -convert it to uppercase
        -record it in the file, one at a time
        -calculate offset from key setting
            -take the ASCII value of the key setting and subtract the value of uppercase A from it
    -Get the plaintext from the user
        -store it in an array
    -Open the plaintext file for appending
        -store the plaintext in the file
    While the end of the array has not been reached,
        -Send each letter of the plaintext through the rotors
            -Convert it to uppercase
            -If the first rotor's offset is less than 25, increase it by one
                -else subtract 25 from it (reset it)
            -Add the offset for the first rotor to the ASCII value of the letter
            -If the new value of the letter is greater than 90 (ASCII value for Z), subtract 26 (loop back around the  alphabet)
            -Send letter value through the actual wiring
            -Subtract the offset for the first rotor from the letter value
                -If the new letter value is less than 65 (value for A), add 26 (loop around the alphabet)
            -Add the offset for the second rotor
                -If the new value is greater than 90, subtract 26
            -Send letter value through actual wiring for second rotor
            -Subtract the offset for the second rotor from letter value
                -If the new letter value is less than 65 (value for A), add 26 (loop around the alphabet)
            -Add offset for third rotor
                -If the new value is greater than 90, subtract 26
            -Send letter value through the actual wiring for third rotor
            -Subtract the third rotor's offset value
                -If the new value is less than 65, add 26
            -Send letter value through reflector
            -Add offset for the third rotor
                -If the new value is greater than 90, subtract 26
            -Send letter value through the /back/ third rotor wiring (opposite of what first wiring was)
            -Subtract the offset for third rotor
                -If new value is less than 65, add 26
            -Add offset for second rotor
                -If new value is greater than 90, subtract 26
            -Send letter value through the /back/ second rotor wiring (opposite of what first wiring was)
            -Subtract the offset for the second rotor
                -If the new value is less than 65, add 26
            -Add the offset for the first rotor
                -If the new value is greater than 90, subtract 26
            -Send letter value through the /back/ first rotor wiring (opposite of what first wiring was)
            -Subtract the offset for the first rotor
                -If the new value is less than 65, add 26
        -If the letter was not a newline,
            -Print it
            -Add it to an array
        -Otherwise, print a newline
        -Get the next letter of input
        -Check to see if it's a newline
            -If so, set a variable to 1 (TRUE)
            -If not, see if it's a space
                -If it's a space, set letter to 'X' and the variable to 0
            -If not a space or a newline, set the variable to 0
        -Convert the letter to uppercase
    -Open output.txt
    -Print a line to show a new message has started
    -Print the array where the output was stored to the file
    -Close the file
    -Tell the user to enter a character to close the program
    -Ask for a character of input (keeps program open--useful for Windows)