Big Problem With Passing an Matrix to Main Function

This is a discussion on Big Problem With Passing an Matrix to Main Function within the C Programming forums, part of the General Programming Boards category; Dudes I feel sorry for what I'm going to do now but I'm in real trouble, I've been trying to ...

  1. 06-14-2004 #1
    Maragato
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    Big Problem With Passing an Matrix to Main Function

    Dudes I feel sorry for what I'm going to do now but I'm in real trouble, I've been trying to compile this code for 3 days with no succes.

    The code is an implementation of a table of descriptors with double linked lists that receive fields of information according with a hash function (key mod 7). Here follows the code:

    Code:
    #include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <iostream>
#include <math.h>

//this struct is the struct that describes an cell of information, 2 numeric and a string //field
typedef struct dataReg{
    char nome[80];
    long int nascimento;
    int numero;
    struct dataReg *prox;
    struct dataReg *ant;
    }datReg;

//here I have the main tab, with links to the first, actual, and last node of data    
typedef struct dataTab{
    datReg *prim;
    datReg *atual;
    datReg *ult;
    }datTab;
    
//the table has 7 entries, (something mod 7)+1 = 7 possible values
datTab tabela[7];
 
int chave;
//initializes the table
int inicializa(tabela[]){
    int i = 0;

    for(i = 0; i<=7; i++);
        tab[i]->prim = tab[i]->atual = tab[i]->ult = NULL;
}
/*inserts in the table, table = tabela, Ive used a switch of 7 elements cause (something mod 7) +1, will allwys generate a value between 0 and 6, and I have a table of 1 to 7, I know matrix starts at 0 it is easy to correct...*/
int insere(tabela[]){
    datReg *aux;
    int hashmod;
    
    aux = (datReg *)malloc(sizeof(datReg));
    printf("\nNome: ");
    scanf("%s", aux->nome);
    printf("\nData de Nascimento (DDMMAAAA): ");
    scanf("%l", aux->nascimento);
    printf("\nNumero: ");
    scanf("%d", aux->numero);
    aux->prox = aux->ant = NULL;
    hashmod = int (fmod(aux->numero,7) + 1);
    switch(hashmod){
     case 1: {
          if(tab[1].prim != NULL){
                    while(tab[1].atual->prox != NULL)
                        tab[1].atual = tab[1].atual->prox;
                    tab[1].atual->prox = aux;
                    aux->ant = tab[1].atual;
                    tab[1].ult = aux;
                    }
          else{
                    tab[1].prim = aux;
                    tab[1].atual = aux;
                    tab[1].ult = aux;
          }
          break;
     }
     case 2: {
          if(tab[2].prim != NULL){
                    while(tab[2].atual->prox != NULL)
                        tab[2].atual = tab[1].atual->prox;
                    tab[2].atual->prox = aux;
                    aux->ant = tab[2].atual;
                    tab[2].ult = aux;
                    }
          else{
                    tab[2].prim = aux;
                    tab[2].atual = aux;
                    tab[2].ult = aux;
          }
          break;
     }
     case 3: {
          if(tab[3].prim != NULL){
                    while(tab[3].atual->prox != NULL)
                        tab[3].atual = tab[1].atual->prox;
                    tab[3].atual->prox = aux;
                    aux->ant = tab[3].atual;
                    tab[3].ult = aux;
                    }
          else{
                    tab[3].prim = aux;
                    tab[3].atual = aux;
                    tab[3].ult = aux;
          }
          break;
     }
     case 4: {
          if(tab[4].prim != NULL){
                    while(tab[4].atual->prox != NULL)
                        tab[4].atual = tab[4].atual->prox;
                    tab[4].atual->prox = aux;
                    aux->ant = tab[4].atual;
                    tab[4].ult = aux;
                    }
          else{
                    tab[4].prim = aux;
                    tab[4].atual = aux;
                    tab[4].ult = aux;
          }
          break;
     }
     case 5: {
          if(tab[5].prim != NULL){
                    while(tab[5].atual->prox != NULL)
                        tab[5].atual = tab[5].atual->prox;
                    tab[5].atual->prox = aux;
                    aux->ant = tab[5].atual;
                    tab[5].ult = aux;
                    }
          else{
                    tab[5].prim = aux;
                    tab[5].atual = aux;
                    tab[5].ult = aux;
          }
          break;
     }
     case 6: {
          if(tab[6].prim != NULL){
                    while(tab[6].atual->prox != NULL)
                        tab[6].atual = tab[6].atual->prox;
                    tab[6].atual->prox = aux;
                    aux->ant = tab[6].atual;
                    tab[6].ult = aux;
                    }
          else{
                    tab[6].prim = aux;
                    tab[6].atual = aux;
                    tab[6].ult = aux;
          }
          break;
     }
     case 7: {
          if(tab[7].prim != NULL){
                    while(tab[7].atual->prox != NULL)
                        tab[7].atual = tab[7].atual->prox;
                    tab[7].atual->prox = aux;
                    aux->ant = tab[7].atual;
                    tab[7].ult = aux;
                    }
          else{
                    tab[7].prim = aux;
                    tab[7].atual = aux;
                    tab[7].ult = aux;
          }
          break;
     }
    }
}
//removes from the table, chave = value to be removed
int remove(tabela[], int chave){
    int hashmod;
    datReg *aux;
    
    aux = (datReg *)malloc(sizeof(datReg));
    aux->numero = 0;
    
    hashmod = int (fmod(chave,7) + 1);
    switch(hashmod){
     case 1: {
          tab[1]->atual = tab[1]->prim;
          aux = tab[1]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 2: {
          tab[2]->atual = tab[2]->prim;
          aux = tab[2]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 3: {
          tab[3]->atual = tab[3]->prim;
          aux = tab[3]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 4: {
          tab[4]->atual = tab[4]->prim;
          aux = tab[4]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 5: {
          tab[5]->atual = tab[5]->prim;
          aux = tab[5]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 6: {
          tab[6]->atual = tab[6]->prim;
          aux = tab[6]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 7: {
          tab[7]->atual = tab[7]->prim;
          aux = tab[7]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }          
    }
}
//searches the table for an item 
int consulta(tabela[], int chave){
    int hashmod;
    datReg *aux;
    
    aux = (datReg *)malloc(sizeof(datReg));
    aux->numero = 0;
    
    hashmod = int (fmod(chave,7) + 1);
    switch(hashmod){
     case 1: {
          tab[1]->atual = tab[1]->prim;
          aux = tab[1]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 2: {
          tab[2]->atual = tab[2]->prim;
          aux = tab[2]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 3: {
          tab[3]->atual = tab[3]->prim;
          aux = tab[3]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 4: {
          tab[4]->atual = tab[4]->prim;
          aux = tab[4]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 5: {
          tab[5]->atual = tab[5]->prim;
          aux = tab[5]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 6: {
          tab[6]->atual = tab[6]->prim;
          aux = tab[6]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 7: {
          tab[7]->atual = tab[7]->prim;
          aux = tab[7]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }          
    }
}



int main(){
    int opcao;
    
    while(opcao != 4){
    printf("\n\n\n\nOpcoes:\n1: Consultar tabela.\n2: Inserir.\n3: Excluir.\n4: Sair.");
    scanf("%c", &opcao);
    switch(opcao){
        case 1: {
                int num;
        
                printf("\nNumero: ");
                scanf("%d", &num);
//                num = int (fmod(num,7) + 1);
                consulta(tabela[],num);
                break;
                }
        case 2: {
                insere(tabela[]);
                }
        case 3: {
                int num;
        
                printf("\nNumero: ");
                scanf("%d", &num);
                remove(tabela[]);
     }
        case 4: return 0;
        default: printf("Escolha outra opcao!!!\n\n\n");
    }
    }
}
    Sorry again, if someone can read portuguese my hope lies on you. Ohhhhhh the main doubt = how can I pass tabela to the functions, I'm 99% sure the problem lies there, sorry again and thx again.
    Last edited by Maragato; 06-14-2004 at 10:13 PM.
  2. 06-14-2004 #2
    linuxdude
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    Code:
    int inicializa(tabela[]){
    should be
    Code:
    int inicializa(datTab tabela[])
    tab is undeclared I think it should be a dataTab. You have alot of errors. It isn't near being able to compile. Break your program down into smaller parts then find out what is wrong.
  3. 06-14-2004 #3
    Maragato
    Maragato is offline
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    Thumbs up

    Thx a lot this is the kind of help I'm needing Well I solved very minor bugs I've just found it is 1:24 AM here I must sleep! But I will re-submit the code, if you notice something else like this big errors please notice me!

    Code:
    #include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <iostream>
#include <math.h>

typedef struct dataReg{
    char nome[80];
    long int nascimento;
    int numero;
    struct dataReg *prox;
    struct dataReg *ant;
    }datReg;
    
typedef struct dataTab{
    datReg *prim;
    datReg *atual;
    datReg *ult;
    }datTab;
    
datTab tabela[7];
 
int chave;

int inicializa(dataTab tabela[]){
    int i = 0;

    for(i = 0; i<=7; i++);
        tab[i]->prim = tab[i]->atual = tab[i]->ult = NULL;
}

int insere(dataTab tabela[]){
    datReg *aux;
    int hashmod;
    
    aux = (datReg *)malloc(sizeof(datReg));
    printf("\nNome: ");
    scanf("%s", aux->nome);
    printf("\nData de Nascimento (DDMMAAAA): ");
    scanf("%l", aux->nascimento);
    printf("\nNumero: ");
    scanf("%d", aux->numero);
    aux->prox = aux->ant = NULL;
    hashmod = int (fmod(aux->numero,7) + 1);
    switch(hashmod){
     case 1: {
          if(tab[1].prim != NULL){
                    while(tab[1].atual->prox != NULL)
                        tab[1].atual = tab[1].atual->prox;
                    tab[1].atual->prox = aux;
                    aux->ant = tab[1].atual;
                    tab[1].ult = aux;
                    }
          else{
                    tab[1].prim = aux;
                    tab[1].atual = aux;
                    tab[1].ult = aux;
          }
          break;
     }
     case 2: {
          if(tab[2].prim != NULL){
                    while(tab[2].atual->prox != NULL)
                        tab[2].atual = tab[1].atual->prox;
                    tab[2].atual->prox = aux;
                    aux->ant = tab[2].atual;
                    tab[2].ult = aux;
                    }
          else{
                    tab[2].prim = aux;
                    tab[2].atual = aux;
                    tab[2].ult = aux;
          }
          break;
     }
     case 3: {
          if(tab[3].prim != NULL){
                    while(tab[3].atual->prox != NULL)
                        tab[3].atual = tab[1].atual->prox;
                    tab[3].atual->prox = aux;
                    aux->ant = tab[3].atual;
                    tab[3].ult = aux;
                    }
          else{
                    tab[3].prim = aux;
                    tab[3].atual = aux;
                    tab[3].ult = aux;
          }
          break;
     }
     case 4: {
          if(tab[4].prim != NULL){
                    while(tab[4].atual->prox != NULL)
                        tab[4].atual = tab[4].atual->prox;
                    tab[4].atual->prox = aux;
                    aux->ant = tab[4].atual;
                    tab[4].ult = aux;
                    }
          else{
                    tab[4].prim = aux;
                    tab[4].atual = aux;
                    tab[4].ult = aux;
          }
          break;
     }
     case 5: {
          if(tab[5].prim != NULL){
                    while(tab[5].atual->prox != NULL)
                        tab[5].atual = tab[5].atual->prox;
                    tab[5].atual->prox = aux;
                    aux->ant = tab[5].atual;
                    tab[5].ult = aux;
                    }
          else{
                    tab[5].prim = aux;
                    tab[5].atual = aux;
                    tab[5].ult = aux;
          }
          break;
     }
     case 6: {
          if(tab[6].prim != NULL){
                    while(tab[6].atual->prox != NULL)
                        tab[6].atual = tab[6].atual->prox;
                    tab[6].atual->prox = aux;
                    aux->ant = tab[6].atual;
                    tab[6].ult = aux;
                    }
          else{
                    tab[6].prim = aux;
                    tab[6].atual = aux;
                    tab[6].ult = aux;
          }
          break;
     }
     case 7: {
          if(tab[7].prim != NULL){
                    while(tab[7].atual->prox != NULL)
                        tab[7].atual = tab[7].atual->prox;
                    tab[7].atual->prox = aux;
                    aux->ant = tab[7].atual;
                    tab[7].ult = aux;
                    }
          else{
                    tab[7].prim = aux;
                    tab[7].atual = aux;
                    tab[7].ult = aux;
          }
          break;
     }
    }
}

int remove(dataTab tabela[], int chave){
    int hashmod;
    datReg *aux;
    
    aux = (datReg *)malloc(sizeof(datReg));
    aux->numero = 0;
    
    hashmod = int (fmod(chave,7) + 1);
    switch(hashmod){
     case 1: {
          tab[1]->atual = tab[1]->prim;
          aux = tab[1]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 2: {
          tab[2]->atual = tab[2]->prim;
          aux = tab[2]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 3: {
          tab[3]->atual = tab[3]->prim;
          aux = tab[3]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 4: {
          tab[4]->atual = tab[4]->prim;
          aux = tab[4]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 5: {
          tab[5]->atual = tab[5]->prim;
          aux = tab[5]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 6: {
          tab[6]->atual = tab[6]->prim;
          aux = tab[6]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }
     case 7: {
          tab[7]->atual = tab[7]->prim;
          aux = tab[7]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          aux->ant->prox = aux->prox;
          aux->prox->ant = aux->ant;
          free(aux);
          break;
     }          
    }
}

int consulta(dataTab tabela[], int chave){
    int hashmod;
    datReg *aux;
    
    aux = (datReg *)malloc(sizeof(datReg));
    aux->numero = 0;
    
    hashmod = int (fmod(chave,7) + 1);
    switch(hashmod){
     case 1: {
          tab[1]->atual = tab[1]->prim;
          aux = tab[1]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 2: {
          tab[2]->atual = tab[2]->prim;
          aux = tab[2]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 3: {
          tab[3]->atual = tab[3]->prim;
          aux = tab[3]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 4: {
          tab[4]->atual = tab[4]->prim;
          aux = tab[4]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 5: {
          tab[5]->atual = tab[5]->prim;
          aux = tab[5]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 6: {
          tab[6]->atual = tab[6]->prim;
          aux = tab[6]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }
     case 7: {
          tab[7]->atual = tab[7]->prim;
          aux = tab[7]->atual;
          while(aux->numero != chave){
                    if(aux->prox == NULL){
                        printf("Elemento nao encontrado!!!\n\n\n");
                        return 0;
                        }
                    else
                        aux = aux->prox;
                    }
          printf("Numero: %d\nNome: %s\nNascimento: %l\n\n", aux->numero, aux->nome, aux->nascimento);
          return 1;
     }          
    }
}



int main(){
    int opcao;
    
    while(opcao != 4){
    printf("\n\n\n\nOpcoes:\n1: Consultar tabela.\n2: Inserir.\n3: Excluir.\n4: Sair.");
    scanf("%c", &opcao);
    switch(opcao){
        case 1: {
                int num;
        
                printf("\nNumero: ");
                scanf("%d", &num);
//                num = int (fmod(num,7) + 1);
                consulta(dataTab *tabela[],int num);
                break;
                }
        case 2: {
                insere(dataTab *tabela[]);
                }
        case 3: {
                int num;
        
                printf("\nNumero: ");
                scanf("%d", &num);
                remove(dataTab *tabela[]);
     }
        case 4: return 0;
        default: printf("Escolha outra opcao!!!\n\n\n");
    }
    }
}
    Last edited by Salem; 06-15-2004 at 12:58 AM. Reason: changed PHP to CODE tags, so we can see ALL THE CODE - do not use php tags for code in future
  4. 06-14-2004 #4
    swoopy
    swoopy is offline
    Registered User
    Join Date
    Oct 2001
    Posts
    2,934
    Code:
    >int inicializa(dataTab tabela[]){
>    int i = 0;
>
>    for(i = 0; i<=7; i++);
>        tab[i]->prim = tab[i]->atual = tab[i]->ult = NULL;
>}
    The name you are passing is tabela, but then you use the name tab. Change one or the other. Also:
    >datTab tabela[7];
    This array runs from 0 to 6, but your for-loop above goes from 0 to 7. Change it to:
    for(i = 0; i<7; i++);

    You have this problem in several places.
    http://www.freechess.org
  5. 06-14-2004 #5
    swoopy
    swoopy is offline
    Registered User
    Join Date
    Oct 2001
    Posts
    2,934
    > tab[i]->prim = tab[i]->atual = tab[i]->ult = NULL;

    Also, you are passing an array, not a pointer, so I think you should use ., not ->.
    tab[i].prim = tab[i].atual = tab[i].ult = NULL;

    But I could be wrong.
    http://www.freechess.org
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