void map_init(void)
{
uint8_t i;
uint8_t bslot = 0;
uint16_t hash;
struct cart_rom_id *rom;
kprintf("%s system.\n", sysname[system_id]);
if (mpi_present()) {
kputs("MPI cartridge detected.\n");
cartslots = 4;
bootslot = mpi_set_slot(0);
bslot = bootslot & 3;
}
for (i = 0; i < cartslots; i++) {
mpi_set_slot((i << 4) | i);
hash = cart_hash();
rom = cart_lookup(hash);
if (rom) {
kprintf("%d: %s %c\n",
i, rom->name,
i == bootslot ? '*':' ');
carttype[i] = rom->id;
}
else
kprintf("%d: Unknown(%x) %c\n",
i, hash,
i == bslot ? '*':' ');
}
mpi_set_slot(bootslot);
/* We put swap on the start of slice 0, but with the first 64K free
so we can keep the OS image linearly there */
for (i = 0; i < MAX_SWAPS; i++)
swapmap_add(i + 128);
}
void map_init(void)
{
uint8_t i;
uint8_t bslot = 0;
uint16_t hash;
struct cart_rom_id *rom;
kprintf("%s system.\n", sysname[system_id]);
if (mpi_present()) {
kputs("MPI cartridge detected.\n");
cartslots = 4;
bootslot = mpi_set_slot(0);
bslot = bootslot & 3;
}
for (i = 0; i < cartslots; i++) {
mpi_set_slot((i << 4) | i);
hash = cart_hash();
rom = cart_lookup(hash);
if (rom) {
kprintf("%d: %s %c\n",
i, rom->name,
i == bootslot ? '*':' ');
carttype[i] = rom->id;
}
else
kprintf("%d: Unknown(%x) %c\n",
i, hash,
i == bslot ? '*':' ');
}
mpi_set_slot(bootslot);
}
