void mauINIT()
{
textattr(atrINIT);
cprintf("\nStarting Memory Allocation Unit...");
textattr(atrBORDER);
cprintf("\n\tMemory: ");
textattr(atrIMPTEXT);
cprintf("%ld", mem);
textattr(atrBORDER);
cprintf(" kB");
// povolenie linky A20
EnableA20();
cprintf("\n\tLink A20 enabled...");
// max. pocet poloziek
if (mem < MAX_ITEMS)
max_items = mem - 36;
else
max_items = MAX_ITEMS - 36;
// cistenie tabulky pamate
clear_mem();
// zaciatok alokovania pamate
MemStart = MK_FP(0x3400,0); //(fyzicka adresa)
textattr(atrBORDER);
cprintf("\n\tFree memory: ");
textattr(atrIMPTEXT);
cprintf("%ld", coreleft());
textattr(atrBORDER);
cputs(" kB");
}
void main(int argc, char *argv[])
{
int i;
unsigned short port;
void v86task(void);
SetUpGDT();
EnableA20();
SetUpIDT(3);
InitDisp();
SetV86(v86task);
SetUpV86IOmon();
if (argc < 2) {
fprintf(stderr, "usage: %s port-number...", argv[0]);
exit(1);
}
for (i=1; i<argc; i++) {
sscanf(argv[i], "%x", &port);
SetV86IOmonAddr(port);
}
RealToV86();
}
