MUBLE v0.01

// ALL RIGHTS RESERVED TO DARIUS_II (c) 2005 | darius_ll@yahoo.com

// this is a SNAPSHOT of MUBLE v0.01

// ment to show how the things will work and look from the public side

// more as the operators of the program

 

//     – missing the data type and libs implementation

//     – and with this also the loading and saving of the data to files.

//     – this features will be up in the v1.00 of MUBLE that is now in

//       testing mode and will be made public next week.

 

#include

#include

#include

#include

// Maximum Code Length

#define MCL 8

// Maximum Rest Length

#define MRL 255

// Minimum Code Length

#define mcl 5

// minimul Rest Length

#define mrl 5

 

 

char ACTIVE[MCL]=””;       //this will be a future pointer to a member of a list

                     //who’s info will be a user type data

                     //and this initialization will be NULL

 

void muble(int i) {

       printf(„Welcome to MUBLE (Management of Users, Books and Lending Event)\n”);

       if (i==0)

       printf(„+ (M)enu || (E)xit +                    2005 (c) Darius II   ver. 0.01\n”);

 

}

 

 

 

void info(char *cod) {

       printf(„info: %s\n”,cod);

       // this function will print the info details of the given code

       // it will work for any of user/book/lending data types

}

 

 

void menu(char *cod) {

       printf(„menu: %s\n”,cod);

       // this function will print specified menu for the data types

       // meaning different menu for user/book/lend event

       // ALSO IF THE CODE POINTS TO A REAL CODE OF BOOKS/USERS/LENDS

       // WILL GIVE ACCESS AND PRINT EXTRA OPTIONS / COMMANDS.

}

 

 

void menu() {

       printf(„+               +\n”);

       printf(„  (M)main        \n”);

       printf(„  (U)user        \n”);

       printf(„  (B)ooks        \n”);

       printf(„  (L)end         \n”);

       printf(„  (E)xit         \n”);

       printf(„+               +\n”);

}

 

void lend(char *cod, char *rst) {

       // this function will register a new lend event

       // like lending on/off book(s)

       // ALSO CALL INFO AND MENU if code will be a valid lend code

       if (cod[0]==’u’) printf(„Lend: %s == %s\n”,cod,rst);

       if (cod[0]==’l’) {info(cod);menu(cod);}

 

}

 

void user(char *cod, char *rst) {

       // this function will register a new user event

       // IF REST AVAILABLE will quickly lend the books from

       // the RST line

       // ALSO CALL INFO AND MENU if code will be a valid user code

       if (strlen(cod)>1) {

              info(cod);

              if ((strlen(rst)>=mrl) && (strlen(cod)>=mcl)) lend(cod,rst);

              else printf(„[COD: (%d>=%d) && RST: (%d>=%d)] invalid lend params.\n”,strlen(cod),mcl,strlen(rst),mrl);

              strcpy(ACTIVE,cod);

       }

       menu(cod);

 

}

 

void book(char *cod, char *rst) {

       // this function will register a new book event

       // like adding, modify, lending on/off book(s)* – if user active

       // ALSO CALL INFO AND MENU if code will be a valid book code

       if (strlen(cod)>1) {

              info(cod);

              if (strlen(ACTIVE)>mcl) {

                     if (strlen(cod)>mcl) lend(ACTIVE,cod);

                     else printf(„[COD: (%d>=%d)] invalid lend params.\n”,strlen(cod),mcl);

                     if (strlen(rst)>mcl) lend(ACTIVE,rst);

                     else printf(„[RST: (%d>=%d)] invalid lend params.\n”,strlen(rst),mrl);

                     }

       }

       menu(cod);

}

 

void analize(char* line) {

       // this function will determine how the command must be interpreted

       clrscr();

       if (strlen(line)<1) return;

       char cod[MCL]=””;

       char rst[MRL]=””;

       //printf(„command: %s\n”,line);

       if (strlen(line)>mcl) {

              //strncat(cod,line,7);

              char *p;

              p=strtok(line,” „);

              strcpy(cod,p);

              printf(„cod: %s (%d)\n”,cod,strlen(cod));

              p=strtok(NULL,NULL);

              strcpy(rst,p);

              printf(„rst: %s (%d)\n”,rst,strlen(rst));

       }

       char x=line[0];

       tolower(x);

       switch (x) {

       case ‘m’:muble(1);printf(„Mainmenu:\n”);menu();break;

       case ‘u’:printf(„Usermenu:\n”);user(cod,rst);break;

       case ‘b’:printf(„Bookmenu:\n”);book(cod,rst);break;

       case ‘l’:printf(„Lendmenu:\n”);lend(cod,rst);break;

       case ‘e’:muble(1);printf(„Whatever.\n”);break;

       default :muble(0);printf(„Wrong command. (%c #%d | %s)\n”,line[0],line[0],line);

       }

}

 

 

void main(void) {

       clrscr();

       char cmdline[MRL];

       muble(0);

       do {

            printf(„#”);

            gets(cmdline);

            if (strlen(cmdline)>0) analize(cmdline);

       }

       while (cmdline[0]!=’e’);

       printf(„\n.d2.bye.\n”);

       getch();

       return;

}