/* Display IP data for connected AP */
void display_ap(Wifi_AccessPoint * ap, int new_ap)
{
static struct in_addr ip, gw, sn, dns1, dns2;
int status;
static struct hostent *google_addr = NULL;
static struct in_addr g_ip;
static int errno_cache;
clear_main();
status = Wifi_AssocStatus();
print_xy(0, 0, "SSID :");
print_xy(0, 1, ap->ssid);
print_xy(0, 3, "State :");
printf_xy(0, 4, "%s", ASSOCSTATUS_STRINGS[status]);
if (status == ASSOCSTATUS_ASSOCIATED) {
ip = Wifi_GetIPInfo(&gw, &sn, &dns1, &dns2);
printf_xy(0, 6, "IP : %s", inet_ntoa(ip));
printf_xy(0, 7, "Subnet : %s", inet_ntoa(sn));
printf_xy(0, 8, "GW : %s", inet_ntoa(gw));
printf_xy(0, 9, "DNS1 : %s", inet_ntoa(dns1));
printf_xy(0, 10, "DNS2 : %s", inet_ntoa(dns2));
/* new association, try Google again */
if (new_ap) {
DEBUG_PRINT("new ap!");
google_addr = gethostbyname("www.google.com");
if (google_addr != NULL) {
g_ip =
*(struct in_addr
*)(google_addr->h_addr_list[0]);
if (try_google(&g_ip) == 0) {
errno_cache = 0;
} else {
errno_cache = errno;
}
}
} else {
if (google_addr == NULL)
printf_xy(0, 12, "DNS failed");
else {
printf_xy(0, 12, "Google IP : %s",
inet_ntoa(g_ip));
if (errno_cache) {
printf_xy(0, 13, "GET errno : %d",
errno_cache);
} else {
printf_xy(0, 13,
"GET : OK, see top screen");
}
}
}
}
}
void
print_coluna(int linha)
{
linha--;
linha--;
print_atributo(linha, linha + 1, 0, 80, 1, 1);
print_xy(1, linha, "::nome::");
print_xy(16, linha, "::data::");
print_xy(29, linha, "::hora::");
print_xy(40, linha, "::tam::");
print_xy(51, linha, "::atr::");
} void
/* display a list of AP on the screen, starting at "index", displaying
only those specified in "flags" */
void display_list(int index, int flags)
{
/* header */
displayed = 1;
clear_main();
printf_xy(0, 0, "%d AP On:%s Tmot:%03d", numap, modes, timeout / 1000);
printf_xy(0, 1, "OPN:%03d WEP:%03d WPA:%03d idx:%03d", num[OPN],
num[WEP], num[WPA], index);
print_xy(0, 2, SCREEN_SEP);
memset(cur_entries, 0, sizeof(cur_entries));
if (flags & DISP_OPN)
index = display_type(OPN, index, "OPN");
if (flags & DISP_WEP)
index = display_type(WEP, index, "WEP");
if (flags & DISP_WPA)
display_type(WPA, index, "WPA");
return;
}
void
print_path(char *path, int linha)
{
linha--;
print_atributo(linha, linha + 1, 0, 80, 0, 1);
print_xy(1, linha, path);
}
void
print_linha(PNO H, int linha)
{
print_xy(1, linha, H->box.nome);
print_xy(16, linha, "00/00/");
print_xy_int(16, linha, H->box.data.data.d);
print_xy_int(19, linha, H->box.data.data.m);
print_xy_int(22, linha, H->box.data.data.a + 1980);
print_xy(29, linha, "00:00:00");
print_xy_int(29, linha, H->box.hora.hora.h);
print_xy_int(32, linha, H->box.hora.hora.m);
print_xy_int(35, linha, H->box.hora.hora.s * 2);
gotoxy(40, linha + 1);
printf("%u", H->box.tamanho);
if (is_dir(H->box.atributo))
print_xy(51, linha, "<dir>");
print_xy_int(59, linha, H->box.atributo);
}
void
info(int c)
{
int linha, coluna, comprimento;
float f;
char s[20];
if ((c >= 1) && (c <= 5)) {
switch (c) {
case 1:{
strcpy(s, "[tamanho do disco]");
f = irq_tam_drive(3);
};
break;
case 2:{
strcpy(s, "[espaco livre]");
f = irq_espaco_livre(3);
}
break;
case 3:{
strcpy(s, "[memoria total]");
f = irq_mem_total(3);
};
break;
case 4:
strcpy(s, "[memoria utilizada]");
break;
case 5:
strcpy(s, "[memoria livre]");
break;
}
linha = random(7) + 10;
comprimento = strlen(s) + 2;
coluna = random(80) - 2 + comprimento;
print_seila(linha, linha + 5, coluna, coluna + comprimento,
config.menu_inativo.full, 1);
print_xy(coluna + 2, linha + 1, "InFoRmAcAo:");
print_xy(coluna + 2, linha + 2, s);
print_xy_f(coluna + 2, linha + 3, f);
c = getch();
if (c == 0)
c = getch();
}
}
void
desenha_caixa(STRING * s, int n, int ini, int fim, int c_ini, int c_fim)
{
int i = 0;
char aux[50];
print_seila(ini, fim + 1, c_ini, c_fim, config.menu_inativo.full, 1);
ini++;
c_ini++;
c_ini++;
for (i = 0; i < n; i++, ini++)
print_xy(c_ini, ini, s[i]);
}
void
print_menu(int ini)
{
int aux;
ini--;
ini--;
ini--;
print_seila(ini, ini + 1, 0, 80, config.menu_inativo.full, 1);
print_xy(1, ini, "[CoNfIgUrAcOeS] [InFoRmAcOeS] [SaIr]");
aux = aux = (config.inativo.half.letra | config.menu_inativo.full);
print_seila(ini, ini + 1, 1, 2, aux, 0);
print_seila(ini, ini + 1, 18, 19, aux, 0);
print_seila(ini, ini + 1, 33, 34, aux, 0);
}
} void
print_rodape(int fim)
{
int aux = 0;
print_seila(fim, fim + 1, 0, 80, config.menu_inativo.full, 1);
print_xy(1, fim,
" <PageUp>[subir pagina] <PageDown>[descer pagina] <Up|Down>[rolar] <Enter>[chdir]");
aux = (config.inativo.half.letra | config.menu_inativo.full);
print_seila(fim, fim + 1, 2, 10, aux, 0);
print_seila(fim, fim + 1, 25, 35, aux, 0);
print_seila(fim, fim + 1, 51, 56, aux, 0);
print_seila(fim, fim + 1, 64, 71, aux, 0);
}
/* Print "entry" on line "line" */
void display_entry(int line, struct AP_HT_Entry *entry, char *mode)
{
if (line < DISPLAY_LINES)
cur_entries[line] = entry;
printf_xy(0, line * 3, "%s", entry->ap->ssid);
printf_xy(0, line * 3 + 1,
"%02X%02X%02X%02X%02X%02X %s c%02d %3dp %ds",
entry->ap->macaddr[0], entry->ap->macaddr[1],
entry->ap->macaddr[2], entry->ap->macaddr[3],
entry->ap->macaddr[4], entry->ap->macaddr[5], mode,
entry->ap->channel, (entry->ap->rssi * 100) / 0xD0,
(curtick - entry->tick) / 1000);
print_xy(0, line * 3 + 2, SCREEN_SEP);
}