====== Rush 01 with 3D Boxes ======

  - Messagees for the User handeld in Main
  - call function with first String (to validate Numberset)
    - If not correct abort to Main return (1);
  - function for loop and split the input by spaces
    - function that read Characters and see it as Digit 
      - (or – Recursive /10 %10 for grater then Zero as positiv unsigned int)
  - can we validate the Arraysize default 4x4x4Grid and SetSitzeFunc
    - optional (3. map sizes up to 9x9)
    - create int box3dmatrix[][][] and call next step
  - startsolve(int box3dmatrix[][][]) 
    - easy Checks 
    - loop through the Matrix to validate all Inputs 
      - only solution is full validate call next
  - loop through the Matrix and write the Input Digits to the Terminal
    - back to main with return (0);  

==== validated Ouput to the User ====
<code>
./rush01 "4 3 2 1 1 2 2 2 4 3 2 1 1 2 2 2" | cat -e
1 2 3 4$
2 3 4 1$
3 4 1 2$
4 1 2 3$
</code>

==== Error Ouput to the User ====

  * not just one Inputstring
    * "Run with only one argument in double \" quotation !!\n"
  * no parameter or to many
    * "run ./rush01 \"4 3 2 1 1 2 2 2 4 3 2 1 1 2 2 2\"\n" 
  * Validate and Solve Error (no Solution output)
    * "Error in given Data. 4x4 Grid please!\n"
  * 2D Terminal output try to reuse the "loop through the Matrix"

==== Functiondefinition ====

helper func
  * ''unsigned int digit2int(char character);''
  * ''char       * int2chars(unsigned int value);''
  * ''int	    ft_putnbr(int nb); or digit_to_int;''

  - ''int     runcode(char *list_of_digits);''
  - ''int     check_numbers(?);'' call func to convert and check >0 set Arraysize
  - ''void    create_3d_matrix(int size, int ***matrix );''
  - ''int     easyvalidate(int matrix[][][]);''
  - ''int     more_logic_checks(int matrix[][][]);''
  - ''int     is_now_validated(int matrix[][][]);''
  - ''void    printout2dterminal(int matrix[][][]); return 0;''
 



[[spielplatz:student:42:rusg1|]]