Error VGA::initialize()
{
CoreMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.size = PAGESIZE;
mem.virt = ZERO;
mem.phys = VGA_PADDR;
mem.access = Memory::Present |
Memory::User |
Memory::Readable |
Memory::Writable |
Memory::Pinned;
mem.type = IPCType;
IPCMessage(CORESRV_PID, API::SendReceive, &mem, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virt;
/* Clear screen. */
for (uint i = 0; i < width * height; i++)
{
vga[i] = VGA_CHAR(' ', LIGHTGREY, BLACK);
}
/* Disable hardware cursor. */
WriteByte(VGA_IOADDR, 0x0a);
WriteByte(VGA_IODATA, 1 << 5);
/* Successfull. */
return ESUCCESS;
}
Error VGA::initialize()
{
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
/* Clear screen. */
for (uint i = 0; i < width * height; i++)
{
vga[i] = VGA_CHAR(' ', LIGHTGREY, BLACK);
}
/* Request CRT I/O ports. */
ProcessCtl(SELF, AllowIO, VGA_IOADDR);
ProcessCtl(SELF, AllowIO, VGA_IODATA);
/* Disable hardware cursor. */
outb(VGA_IOADDR, 0x0a);
outb(VGA_IODATA, 1 << 5);
/* Successfull. */
return ESUCCESS;
}
Error VGA::initialize()
{
Memory::Range range;
// Request VGA memory
range.size = PAGESIZE;
range.access = Memory::User |
Memory::Readable |
Memory::Writable;
range.virt = ZERO;
range.phys = VGA_PADDR;
VMCtl(SELF, Map, &range);
// Point to the VGA mapping
vga = (u16 *) range.virt;
// Clear screen
for (uint i = 0; i < width * height; i++)
{
vga[i] = VGA_CHAR(' ', LIGHTGREY, BLACK);
}
// Disable hardware cursor
WriteByte(VGA_IOADDR, 0x0a);
WriteByte(VGA_IODATA, 1 << 5);
// Successfull
return ESUCCESS;
}
void putchar(Terminal *term, const teken_pos_t *pos,
teken_char_t ch, const teken_attr_t *attr)
{
/* Retrieve variables first. */
u16 *buffer = term->getBuffer();
Size width = term->getWidth();
/* Make sure to don't overwrite cursor. */
term->hideCursor();
/* Write the buffer. */
buffer[pos->tp_col + (pos->tp_row * width)] =
VGA_CHAR(ch, tekenToVGA[attr->ta_fgcolor], BLACK);
/* Show cursor again. */
term->showCursor();
}
void vga_putc(char c)
{
uint16_t *addr;
if (c == '\r') {
curx = 0;
} else if (VGA_PRINTABLE(c)) {
addr = (uint16_t*)VGA_MEMSTART + cury * VGA_COLS + curx;
*addr = VGA_CHAR(c);
++curx;
}
if (c == '\n' || curx == VGA_COLS)
vga_newline();
if (cury == VGA_ROWS) {
vga_scroll();
--cury;
}
}
void fill(Terminal *term, const teken_rect_t *rect,
teken_char_t ch, const teken_attr_t *attr)
{
/* Make sure we don't overwrite the cursor. */
term->hideCursor();
/* Fill video memory; loop rows. */
for (Size row = rect->tr_begin.tp_row;
row < rect->tr_end.tp_row; row++)
{
/* Loop columns. */
for (Size col = rect->tr_begin.tp_col;
col < rect->tr_end.tp_col; col++)
{
term->getBuffer()[col + (row * term->getWidth())] =
VGA_CHAR(ch, tekenToVGA[attr->ta_fgcolor], BLACK);
}
}
/* Show cursor again. */
term->showCursor();
}
int salir()
{
int i;
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
for (i=0; i < 2000; i++) {
vga[i] = VGA_CHAR(' ', BLACK, BLACK);
}
return EXIT_SUCCESS;
}
void error2(char *linea1, char *linea2, char *linea3)
{
char tecla;
int i;
int idosr=0;
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
for (i=0; i < 820; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=820; i < 860; i++) {
vga[i] = VGA_CHAR(' ', RED, RED);
}
for (i=860; i < 900; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=900; i < 940; i++) {
vga[i] = VGA_CHAR(' ', BLACK, RED);
}
for (i=902; idosr < strlen(linea1); i++) {
vga[i] = VGA_CHAR(linea1[idosr], BLACK, RED);
idosr++;
}
for (i=940; i < 980; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=980; i < 1020; i++) {
vga[i] = VGA_CHAR(' ', BLACK, RED);
}
idosr=0;
for (i=982; idosr < strlen(linea2); i++) {
vga[i] = VGA_CHAR(linea2[idosr], BLACK, RED);
idosr++;
}
for (i=1020; i < 1060; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=1060; i < 1100; i++) {
vga[i] = VGA_CHAR(' ', BLACK, RED);
}
idosr=0;
for (i=1062; idosr < strlen(linea3); i++) {
vga[i] = VGA_CHAR(linea3[idosr], BLACK, RED);
idosr++;
}
for (i=1100; i < 2000; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
bar(" [A] Aceptar [B] Instrucciones");
do {
tecla = getchar();
} while (tecla != 'A'&& tecla != 'a'&& tecla != 'B'&& tecla != 'b');
if (tecla == 'B'|| tecla == 'b') {
error("Direccion - Flechas del teclado", " ", " ");
}
}
int hangman()
{
/* numero de intentos (max 10)*/
int intentos=0;
char key='\b';
char words[30][128] = {"ornitorrinco", "gato", "buho", "manzana", "aerogenerador", "arbol", "policia", "noviembre",
"carta", "entrada", "flor", "inteligencia", "chocolate", "literatura", "galleta", "movil",
"ordenador", "chimenea", "caramelo", "cucaracha", "mesa", "ardilla", "ventana", "llaves",
"ladrillo", "coche", "bombilla", "vino", "bicicleta", "atracciones"};
char word[128];
char fails[128];
for (int w=0; w < 128; w++) {
fails[w] = ' ';
}
int z=0;
char str[] = {0x1b, 0x5b, 0x48, 0x1b, 0x5b, 0x4a, '\0'};
int n = aleatorio();
if (n > 29) {
n = n / 2;
if (n > 29) {
n = n / 2;
}
}
printf("%s", str);
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
for (int i=0; i <= 127; i++) {
word[i] = '_';
}
/* bucle principal del juego */
while(1) {
/* ponemos el color de fondo */
for (int i=0; i <= 2000; i++) {
vga[i] = VGA_CHAR(' ', BROWN, BROWN);
}
/*titulo de la ventana */
window("AmayaOS Hangman", 2);
/* cuadro de texto */
for (int i=321; i >= 0; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
switch (i) {
case 350:
i = 400;
break;
case 430:
i = 480;
break;
case 510:
i = 560;
break;
case 590:
i = -2;
break;
}
for (int i=0; i < strlen(words[n]); i++) {
vga[409+i] = VGA_CHAR(word[i], BLACK, GREEN);
}
}
for (int i=361; i >= 0; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
if (i == 390 || i == 470 || i == 550 || i == 630 || i == 710 || i == 790 ||
i == 870 || i == 950 || i == 1030 || i == 1110 || i == 1190 || i == 1270 ||
i == 1350 || i == 1430 || i == 1510 || i == 1590 || i == 1670 || i == 1750 || i == 1830) {
i = i+50;
}
if (i >= 1880) {
i = -2;
}
}
if (intentos >= 0) {
vga[1572] = VGA_CHAR('-', BLACK, GREEN);
vga[1573] = VGA_CHAR('-', BLACK, GREEN);
vga[1574] = VGA_CHAR('-', BLACK, GREEN);
vga[1575] = VGA_CHAR('-', BLACK, GREEN);
vga[1576] = VGA_CHAR('-', BLACK, GREEN);
if (intentos >= 1) {
vga[1494] = VGA_CHAR('|', BLACK, GREEN);
vga[1414] = VGA_CHAR('|', BLACK, GREEN);
vga[1334] = VGA_CHAR('|', BLACK, GREEN);
if (intentos >= 2) {
vga[1254] = VGA_CHAR('|', BLACK, GREEN);
vga[1174] = VGA_CHAR('|', BLACK, GREEN);
vga[1094] = VGA_CHAR('|', BLACK, GREEN);
if (intentos >= 3) {
vga[1014] = VGA_CHAR('|', BLACK, GREEN);
vga[934] = VGA_CHAR('|', BLACK, GREEN);
vga[854] = VGA_CHAR('|', BLACK, GREEN);
vga[855] = VGA_CHAR('/', BLACK, GREEN);
vga[774] = VGA_CHAR('_', BLACK, GREEN);
vga[775] = VGA_CHAR('_', BLACK, GREEN);
vga[776] = VGA_CHAR('_', BLACK, GREEN);
vga[777] = VGA_CHAR('_', BLACK, GREEN);
if (intentos >= 4) {
vga[857] = VGA_CHAR('|', BLACK, GREEN);
if (intentos >= 5) {
vga[937] = VGA_CHAR('O', BLACK, GREEN);
if (intentos >= 6) {
vga[1016] = VGA_CHAR('-', BLACK, GREEN);
vga[1017] = VGA_CHAR('-', BLACK, GREEN);
vga[1018] = VGA_CHAR('-', BLACK, GREEN);
if (intentos >= 7) {
vga[1097] = VGA_CHAR('|', BLACK, GREEN);
if (intentos >= 8) {
vga[1176] = VGA_CHAR('/', BLACK, GREEN);
if (intentos >= 9) {
vga[1178] = VGA_CHAR('\\', BLACK, GREEN);
}
}
}
}
}
}
}
}
}
}
for (int i=0; i < 10; i++) {
vga[1642+i] = VGA_CHAR(fails[i], BLACK, GREEN);
}
bar("PULSA [RETURN] PARA SALIR");
key = getchar();
if (key == '\b') {
for (int w=0; w < 128; w++) {
fails[w] = ' ';
}
return 0;
}
else {
for (int i=0; i < strlen(words[n]); i++) {
if (key == words[n][i]) {
word[i] = key;
}
}
for (int i=0, tf=0; i < strlen(words[n]); i++) {
if (key == words[n][i]) {
tf++;
}
if (i == strlen(words[n])-1 && tf == 0 && key != fails[0] && key != fails[1] && key != fails[2] && key != fails[3] && key != fails[4] && key != fails[5] && key != fails[6] && key != fails[7] && key != fails[8] && key != fails[9]) {
intentos++;
fails[z] = key;
z++;
}
}
}
if (intentos > 10) {
error("", " GAME OVER", "");
intentos=0;
n = aleatorio();
if (n > 5) {
n = n / 2;
}
for (int i=0; i <= 127; i++) {
word[i] = '_';
fails[i] = ' ';
z = 0;
}
}
for (int i=0; i < strlen(words[n]) && word[i] != '_'; i++) {
if (i == strlen(words[n])-1) {
error(" YOU", " WIN", "");
intentos=0;
n = aleatorio();
if (n > 5) {
n = n / 2;
}
for (int i=0; i <= 127; i++) {
word[i] = '_';
fails[i] = ' ';
z = 0;
}
}
}
}
}
int menu()
{
char tecla;
int i;
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
for (i=0; i < 36; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
vga[36] = VGA_CHAR('A', BLACK, GREEN);
vga[37] = VGA_CHAR('m', BLACK, GREEN);
vga[38] = VGA_CHAR('a', BLACK, GREEN);
vga[39] = VGA_CHAR('y', BLACK, GREEN);
vga[40] = VGA_CHAR('a', BLACK, GREEN);
vga[41] = VGA_CHAR('O', BLACK, GREEN);
vga[42] = VGA_CHAR('S', BLACK, GREEN);
for (i=43; i < 80; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=80; i < 1680; i++) {
vga[i] = VGA_CHAR(' ', WHITE, WHITE);
}
vga[1520] = VGA_CHAR('A', BLUE, BROWN);
vga[1521] = VGA_CHAR('m', BLUE, BROWN);
vga[1522] = VGA_CHAR('a', BLUE, BROWN);
vga[1523] = VGA_CHAR('C', BLUE, BROWN);
vga[1524] = VGA_CHAR('A', BLUE, BROWN);
vga[1525] = VGA_CHAR('L', BLUE, BROWN);
vga[1526] = VGA_CHAR('C', BLUE, BROWN);
vga[1527] = VGA_CHAR(' ', BLUE, BROWN);
vga[1528] = VGA_CHAR('(', BLUE, BROWN);
vga[1529] = VGA_CHAR('A', BLUE, BROWN);
vga[1530] = VGA_CHAR(')', BLUE, BROWN);
vga[1531] = VGA_CHAR(' ', BLUE, BROWN);
vga[1600] = VGA_CHAR('H', BLUE, BROWN);
vga[1601] = VGA_CHAR('a', BLUE, BROWN);
vga[1602] = VGA_CHAR('n', BLUE, BROWN);
vga[1603] = VGA_CHAR('g', BLUE, BROWN);
vga[1604] = VGA_CHAR('m', BLUE, BROWN);
vga[1605] = VGA_CHAR('a', BLUE, BROWN);
vga[1606] = VGA_CHAR('n', BLUE, BROWN);
vga[1607] = VGA_CHAR(' ', BLUE, BROWN);
vga[1608] = VGA_CHAR('(', BLUE, BROWN);
vga[1609] = VGA_CHAR('H', BLUE, BROWN);
vga[1610] = VGA_CHAR(')', BLUE, BROWN);
vga[1611] = VGA_CHAR(' ', BLUE, BROWN);
vga[1680] = VGA_CHAR('W', BLUE, BROWN);
vga[1681] = VGA_CHAR('a', BLUE, BROWN);
vga[1682] = VGA_CHAR('m', BLUE, BROWN);
vga[1683] = VGA_CHAR('a', BLUE, BROWN);
vga[1684] = VGA_CHAR('/', BLUE, BROWN);
vga[1685] = VGA_CHAR('W', BLUE, BROWN);
vga[1686] = VGA_CHAR('A', BLUE, BROWN);
vga[1687] = VGA_CHAR('+', BLUE, BROWN);
vga[1688] = VGA_CHAR('(', BLUE, BROWN);
vga[1689] = VGA_CHAR('W', BLUE, BROWN);
vga[1690] = VGA_CHAR(')', BLUE, BROWN);
vga[1691] = VGA_CHAR(' ', BLUE, BROWN);
for (i=1692; i < 1760; i++) {
vga[i] = VGA_CHAR(' ', WHITE, WHITE);
}
vga[1760] = VGA_CHAR('R', BLUE, BROWN);
vga[1761] = VGA_CHAR('e', BLUE, BROWN);
vga[1762] = VGA_CHAR('i', BLUE, BROWN);
vga[1763] = VGA_CHAR('n', BLUE, BROWN);
vga[1764] = VGA_CHAR('i', BLUE, BROWN);
vga[1765] = VGA_CHAR('c', BLUE, BROWN);
vga[1766] = VGA_CHAR('i', BLUE, BROWN);
vga[1767] = VGA_CHAR('a', BLUE, BROWN);
vga[1768] = VGA_CHAR('r', BLUE, BROWN);
vga[1769] = VGA_CHAR('(', BLUE, BROWN);
vga[1770] = VGA_CHAR('R', BLUE, BROWN);
vga[1771] = VGA_CHAR(')', BLUE, BROWN);
for (i=1772; i < 1840; i++) {
vga[i] = VGA_CHAR(' ', WHITE, WHITE);
}
vga[1840] = VGA_CHAR('S', BLUE, BROWN);
vga[1841] = VGA_CHAR('h', BLUE, BROWN);
vga[1842] = VGA_CHAR('e', BLUE, BROWN);
vga[1843] = VGA_CHAR('l', BLUE, BROWN);
vga[1844] = VGA_CHAR('l', BLUE, BROWN);
vga[1845] = VGA_CHAR('(', BLUE, BROWN);
vga[1846] = VGA_CHAR('S', BLUE, BROWN);
vga[1847] = VGA_CHAR(')', BLUE, BROWN);
vga[1848] = VGA_CHAR(' ', BLUE, BROWN);
vga[1849] = VGA_CHAR(' ', BLUE, BROWN);
vga[1850] = VGA_CHAR(' ', BLUE, BROWN);
vga[1851] = VGA_CHAR(' ', BLUE, BROWN);
memoria();
do {
tecla = getchar();
} while (tecla != 'R'&& tecla != 'r'&& tecla != 'S'&& tecla != 's'&& 'M'&& tecla != 'm'&& tecla != 'W'&& tecla != 'w'
&&tecla != 'H'&& tecla != 'h' &&tecla != 'A'&& tecla != 'a');
if (tecla == 'M'|| tecla == 'm') {
return 0;
}
if (tecla == 'R'|| tecla == 'r') {
return PrivExec(Reboot);
}
if (tecla == 'S'|| tecla == 's') {
return -1;
}
if (tecla == 'W'|| tecla == 'w') {
wama();
}
/*
if (tecla == 'P'|| tecla == 'p') {
game();
}
*/
if (tecla == 'H'|| tecla == 'h') {
hangman();
}
if (tecla == 'A'|| tecla == 'a') {
ama_calc();
}
return 0;
}
int main(int argc, char **argv)
{
while (1) {
char tecla;
int i;
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
for (i=0; i < 36; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
vga[36] = VGA_CHAR('A', BLACK, GREEN);
vga[37] = VGA_CHAR('m', BLACK, GREEN);
vga[38] = VGA_CHAR('a', BLACK, GREEN);
vga[39] = VGA_CHAR('y', BLACK, GREEN);
vga[40] = VGA_CHAR('a', BLACK, GREEN);
vga[41] = VGA_CHAR('O', BLACK, GREEN);
vga[42] = VGA_CHAR('S', BLACK, GREEN);
for (i=43; i < 80; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
for (i=80; i < 1920; i++) {
vga[i] = VGA_CHAR(' ', WHITE, WHITE);
}
vga[1920] = VGA_CHAR(' ', BROWN, BROWN);
vga[1921] = VGA_CHAR('M', BLUE, BROWN);
vga[1922] = VGA_CHAR('e', BLUE, BROWN);
vga[1923] = VGA_CHAR('n', BLUE, BROWN);
vga[1924] = VGA_CHAR('u', BLUE, BROWN);
vga[1925] = VGA_CHAR('(', BLUE, BROWN);
vga[1926] = VGA_CHAR('M', BLUE, BROWN);
vga[1927] = VGA_CHAR(')', BLUE, BROWN);
for (i=1928; i <= 2000; i++) {
vga[i] = VGA_CHAR(' ', BROWN, BROWN);
}
memoria();
do {
tecla = getchar();
} while (tecla != 'M'&& tecla != 'm');
if (tecla == 'M'|| tecla == 'm') {
if (menu() == -1) {
char clean[] = {0x1b, 0x5b, 0x48, 0x1b, 0x5b, 0x4a, '\0'};
printf("%s", clean);
return 0;
}
}
}
}
void memoria()
{
int i;
u16 *vga;
MemoryMessage mem;
/* Request VGA memory. */
mem.action = CreatePrivate;
mem.bytes = PAGESIZE;
mem.virtualAddress = ZERO;
mem.physicalAddress = VGA_PADDR;
mem.protection = PAGE_RW | PAGE_PINNED;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
/* Point to the VGA mapping. */
vga = (u16 *) mem.virtualAddress;
/* Obtenemos el uso de la memoria. */
mem.action = SystemMemory;
mem.ipc(MEMSRV_PID, SendReceive, sizeof(mem));
for (i=209; i <= 238; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
vga[214] = VGA_CHAR('E', BLACK, GREEN);
vga[215] = VGA_CHAR('s', BLACK, GREEN);
vga[216] = VGA_CHAR('t', BLACK, GREEN);
vga[217] = VGA_CHAR('a', BLACK, GREEN);
vga[218] = VGA_CHAR('d', BLACK, GREEN);
vga[219] = VGA_CHAR('o', BLACK, GREEN);
vga[220] = VGA_CHAR(' ', BLACK, GREEN);
vga[221] = VGA_CHAR('d', BLACK, GREEN);
vga[222] = VGA_CHAR('e', BLACK, GREEN);
vga[223] = VGA_CHAR(' ', BLACK, GREEN);
vga[224] = VGA_CHAR('l', BLACK, GREEN);
vga[225] = VGA_CHAR('a', BLACK, GREEN);
vga[226] = VGA_CHAR(' ', BLACK, GREEN);
vga[227] = VGA_CHAR('m', BLACK, GREEN);
vga[228] = VGA_CHAR('e', BLACK, GREEN);
vga[229] = VGA_CHAR('m', BLACK, GREEN);
vga[230] = VGA_CHAR('o', BLACK, GREEN);
vga[231] = VGA_CHAR('r', BLACK, GREEN);
vga[232] = VGA_CHAR('i', BLACK, GREEN);
vga[233] = VGA_CHAR('a', BLACK, GREEN);
vga[289] = VGA_CHAR(' ', GREEN, GREEN);
vga[369] = VGA_CHAR(' ', GREEN, GREEN);
vga[449] = VGA_CHAR(' ', GREEN, GREEN);
vga[290] = VGA_CHAR('T', BLACK, GREEN);
vga[291] = VGA_CHAR('o', BLACK, GREEN);
vga[292] = VGA_CHAR('t', BLACK, GREEN);
vga[293] = VGA_CHAR('a', BLACK, GREEN);
vga[294] = VGA_CHAR('l', BLACK, GREEN);
vga[295] = VGA_CHAR(':', BLACK, GREEN);
vga[296] = VGA_CHAR(' ', GREEN, GREEN);
int a=mem.bytes / 1024;
char a2[25];
itoa(a2, 10, a);
vga[297] = VGA_CHAR(a2[0], BLACK, GREEN);
vga[298] = VGA_CHAR(a2[1], BLACK, GREEN);
vga[299] = VGA_CHAR(a2[2], BLACK, GREEN);
vga[300] = VGA_CHAR(a2[3], BLACK, GREEN);
vga[301] = VGA_CHAR(a2[4], BLACK, GREEN);
vga[302] = VGA_CHAR(a2[5], BLACK, GREEN);
vga[303] = VGA_CHAR(a2[6], BLACK, GREEN);
vga[304] = VGA_CHAR(a2[7], BLACK, GREEN);
vga[305] = VGA_CHAR(a2[8], BLACK, GREEN);
vga[306] = VGA_CHAR('K', BLACK, GREEN);
vga[307] = VGA_CHAR('i', BLACK, GREEN);
vga[308] = VGA_CHAR('B', BLACK, GREEN);
for (i=309; i < 319; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
vga[370] = VGA_CHAR('D', BLACK, GREEN);
vga[371] = VGA_CHAR('i', BLACK, GREEN);
vga[372] = VGA_CHAR('s', BLACK, GREEN);
vga[373] = VGA_CHAR('p', BLACK, GREEN);
vga[374] = VGA_CHAR('o', BLACK, GREEN);
vga[375] = VGA_CHAR('n', BLACK, GREEN);
vga[376] = VGA_CHAR('i', BLACK, GREEN);
vga[377] = VGA_CHAR('b', BLACK, GREEN);
vga[378] = VGA_CHAR('l', BLACK, GREEN);
vga[379] = VGA_CHAR('e', BLACK, GREEN);
vga[380] = VGA_CHAR(':', BLACK, GREEN);
int b=mem.free / 1024;
char b2[25];
itoa(b2, 10, b);
vga[381] = VGA_CHAR(b2[0], BLACK, GREEN);
vga[382] = VGA_CHAR(b2[1], BLACK, GREEN);
vga[383] = VGA_CHAR(b2[2], BLACK, GREEN);
vga[384] = VGA_CHAR(b2[3], BLACK, GREEN);
vga[385] = VGA_CHAR(b2[4], BLACK, GREEN);
vga[386] = VGA_CHAR(b2[5], BLACK, GREEN);
vga[387] = VGA_CHAR(b2[6], BLACK, GREEN);
vga[388] = VGA_CHAR(b2[7], BLACK, GREEN);
vga[389] = VGA_CHAR(b2[8], BLACK, GREEN);
vga[390] = VGA_CHAR('K', BLACK, GREEN);
vga[391] = VGA_CHAR('i', BLACK, GREEN);
vga[392] = VGA_CHAR('B', BLACK, GREEN);
for (i=393; i < 399; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
vga[450] = VGA_CHAR('E', BLACK, GREEN);
vga[451] = VGA_CHAR('n', BLACK, GREEN);
vga[452] = VGA_CHAR(' ', BLACK, GREEN);
vga[453] = VGA_CHAR('U', BLACK, GREEN);
vga[454] = VGA_CHAR('s', BLACK, GREEN);
vga[455] = VGA_CHAR('o', BLACK, GREEN);
vga[456] = VGA_CHAR(':', BLACK, GREEN);
vga[457] = VGA_CHAR(' ', GREEN, GREEN);
int c=(mem.bytes - mem.free) / 1024;
char c2[25];
itoa(c2, 10, c);
vga[458] = VGA_CHAR(c2[0], BLACK, GREEN);
vga[459] = VGA_CHAR(c2[1], BLACK, GREEN);
vga[460] = VGA_CHAR(c2[2], BLACK, GREEN);
vga[461] = VGA_CHAR(c2[3], BLACK, GREEN);
vga[462] = VGA_CHAR(c2[4], BLACK, GREEN);
vga[463] = VGA_CHAR(c2[5], BLACK, GREEN);
vga[464] = VGA_CHAR(c2[6], BLACK, GREEN);
vga[465] = VGA_CHAR(c2[7], BLACK, GREEN);
vga[466] = VGA_CHAR(c2[8], BLACK, GREEN);
vga[467] = VGA_CHAR('K', BLACK, GREEN);
vga[468] = VGA_CHAR('i', BLACK, GREEN);
vga[469] = VGA_CHAR('B', BLACK, GREEN);
for (i=470; i < 479; i++) {
vga[i] = VGA_CHAR(' ', GREEN, GREEN);
}
}