int main(int argc, char *argv[]) {
cart_load("tests/cpu_instrs.gb");
mem_alloc();
cpu_bios_init();
for(uint32_t i = 0; i < 28000000; ++i) {
step();
}
printf("\n\nEND OF LINE\n");
mem_free();
cart_free();
return 0;
}
void cart_open(char *fname,int memmap)
{
int flip,i;
char *p;
cart_free();
if(*fname=='*')
{
cart.isdocalls=1;
fname++;
}
if(*fname=='!')
{
memmap=1;
fname++;
}
memset(&cart,0,sizeof(cart));
strcpy(cart.cartname,fname);
strcpy(cart.symname,fname);
p=strchr(cart.symname,'.');
if(p) strcpy(p,".sym");
else strcat(cart.symname,".sym");
flip=cart_check(fname);
if(flip<0)
{
if(flip==-1) exception("File '%s' could not be opened.",fname);
else exception("File '%s' format unrecognized.",fname);
cart_dummy();
return;
}
if(flip==0x0123 && memmap)
{
if(cart_map(fname))
{
exception("Error %i mapping file.",GetLastError());
cart_dummy();
return;
}
}
else
{
if(cart_load(fname))
{
exception("Error %i loading file.",GetLastError());
cart_dummy();
return;
}
cart_flip(flip);
}
// get title (reverseswap)
for(i=0;i<20;i++) cart.title[i]=cart.data[0x20+(i^3)];
if(cart.mapped) print("ROM image '%s' mapped (%iMB): "YELLOW"%s\n",fname,cart.size/1024/1024,cart.title);
else print("ROM image '%s' loaded (%iMB): "YELLOW"%s\n",fname,cart.size/1024/1024,cart.title);
}