void ouverture_motherboard(Motherboard motherboard_array[18]){
    FILE* fichier = NULL;
    char caractere[TAILLE_MAX];

    fichier = fopen("MOTHERBOARD.csv", "r");
    if(fichier != NULL)
    {
    }
    else
    {
        printf("impossible d'ouvrir le fichier");
    }

    // Define our motherboard array to store all lines in CSV file

    int cpt = 0;
    // get the whole line for each
    while(fgets(caractere, TAILLE_MAX, fichier) != NULL)
    {
        // Get all the strings delimited by a ';'
        char ** array = str_split(caractere, ';');

        // Define a new structure
        Motherboard motherboard;

        // copy the content of each properties in the structure
        strcpy(motherboard.marque, array[0]);
        strcpy(motherboard.modele, array[1]);
        strcpy(motherboard.socket_proc, array[2]);
        strcpy(motherboard.nbr_socket, array[3]);
        strcpy(motherboard.nbr_ram, array[4]);
        strcpy(motherboard.ver_ram, array[5]);
        strcpy(motherboard.nbr_pci, array[6]);
        strcpy(motherboard.nbr_ide, array[7]);
        strcpy(motherboard.nbr_sata, array[8]);
        strcpy(motherboard.nbr_usb, array[9]);
        strcpy(motherboard.nbr_vga, array[10]);
        strcpy(motherboard.nbr_reseau, array[11]);
        strcpy(motherboard.format, array[12]);
        strcpy(motherboard.usp, array[13]);
        strcpy(motherboard.fiab, array[14]);
        strcpy(motherboard.restrict, array[15]);
        strcpy(motherboard.prix, array[16]);
        strcpy(motherboard.conso_elec, array[17]);
        strcpy(motherboard.overclock, array[18]);

        // add this structure in the array defined previousment
        motherboard_array[cpt++] = motherboard;
    }

    fclose(fichier);
}

void ouverture_graphics(Graphics graphics_array[12]){
    FILE* fichier = NULL;
    char caractere[TAILLE_MAX];

    fichier = fopen("GRAPHICS.csv", "r");
    if(fichier != NULL)
    {
    }
    else
    {
        printf("impossible d'ouvrir le fichier");
    }

    // Define our graphics array to store all lines in CSV file

    int cpt = 0;
    // get the whole line for each
    while(fgets(caractere, TAILLE_MAX, fichier) != NULL)
    {
        // Get all the strings delimited by a ';'
        char ** array = str_split(caractere, ';');

        // Define a new structure
        Graphics graphics;

        // copy the content of each properties in the structure
        strcpy(graphics.marque, array[0]);
        strcpy(graphics.modele, array[1]);
        strcpy(graphics.nbr_vga, array[2]);
        strcpy(graphics.nbr_dvi, array[3]);
        strcpy(graphics.nbr_hdmi, array[4]);
        strcpy(graphics.nbr_minidp, array[5]);
        strcpy(graphics.usp, array[6]);
        strcpy(graphics.fiab, array[7]);
        strcpy(graphics.restrict, array[8]);
        strcpy(graphics.prix, array[9]);
        strcpy(graphics.perf, array[10]);
        strcpy(graphics.conso_elec, array[11]);
        strcpy(graphics.overclock, array[12]);

        // add this structure in the array defined previousment
        graphics_array[cpt++] = graphics;
    }

    fclose(fichier);
}

void ouverture_hdd(Hdd hdd_array[9]){
    FILE* fichier = NULL;
    char caractere[TAILLE_MAX];

    fichier = fopen("HDD.csv", "r");
    if(fichier != NULL)
    {
    }
    else
    {
        printf("impossible d'ouvrir le fichier");
    }

    // Define our hdd array to store all lines in CSV file

    int cpt = 0;
    // get the whole line for each
    while(fgets(caractere, TAILLE_MAX, fichier) != NULL)
    {
        // Get all the strings delimited by a ';'
        char ** array = str_split(caractere, ';');

        // Define a new structure
        Hdd hdd;

        // copy the content of each properties in the structure
        strcpy(hdd.marque, array[0]);
        strcpy(hdd.modele, array[1]);
        strcpy(hdd.capa, array[2]);
        strcpy(hdd.port, array[3]);
        strcpy(hdd.usp, array[4]);
        strcpy(hdd.fiab, array[5]);
        strcpy(hdd.restrict, array[6]);
        strcpy(hdd.prix, array[7]);
        strcpy(hdd.perf, array[8]);
        strcpy(hdd.conso_elec, array[9]);

        // add this structure in the array defined previousment
        hdd_array[cpt++] = hdd;
    }

    fclose(fichier);
}

void ouverture_Ecran()
{
    FILE* fichier = NULL;
    char caractere[TAILLE_MAX];

    fichier = fopen("ECRAN.csv", "r");
    if(fichier != NULL)
    {
    }
    else
    {
        printf("impossible d'ouvrir le fichier");
    }

    // Define our proco array to store all lines in CSV file
    caracEcran ecran_array[5];

    int cpt = 0;
    // get the whole line for each
    while(fgets(caractere, TAILLE_MAX, fichier) != NULL)
    {
        // Get all the strings delimited by a ';'
        char ** array = str_split(caractere, ';');

        // Define a new structure
        caracEcran ecran;

        // copy the content of each properties in the structure
        strcpy(ecran.marque, array[0]);
        strcpy(ecran.modele, array[1]);
        strcpy(ecran.taille, array[2]);
        strcpy(ecran.resolMax, array[3]);
        strcpy(ecran.typePort, array[4]);
        strcpy(ecran.uniqueSellingPoint, array[5]);
        strcpy(ecran.restriction, array[6]);
        strcpy(ecran.prix, array[7]);
        strcpy(ecran.indiceDePerf, array[8]);
        strcpy(ecran.consoElec, array[9]);


        // add this structure in the array defined previousment
        ecran_array[cpt++] = ecran;
    }

    fclose(fichier);
}