int main(){
srand(time(NULL));
char * ptr_src = malloc(16);
ptr_src[0]= 10;
ptr_src[1]= 33;
ptr_src[2]= 24;
ptr_src[3]= 4;
ptr_src[4]= 67;
ptr_src[5]= 54;
ptr_src[6]= 34;
ptr_src[7]= 22;
ptr_src[8]= 9;
ptr_src[9]= 80;
ptr_src[10]= 5;
ptr_src[11]= 43;
ptr_src[12]= 2;
ptr_src[13]= 3;
ptr_src[14]= 1;
ptr_src[15]=0;
int i;
/* for(i=0;i<16;i+=1){
if (i<5) {
ptr_src[i]=2^i;
}
if (i<10){
ptr_src[i]=3*i;
}
else {
ptr_src[i]=2*i;
}
}*/
char * ptr_dst = malloc(16);
apply_lineX(ptr_src,0);
printf("paso el apply \n");
save_mem(ptr_dst);
for(i=0;i<16;i+=1){
printf("elemento_%d es: %d\n",i,ptr_dst[i]);
}
return 0;
}
int execute(void)
{
long long tmp;
int cmp;
switch(opcode)
{
//add
case 0x18:
ra += load_mem(&memory[path],3);
break;
//and
case 0x40:
ra &= load_mem(&memory[path],3);
break;
//comp
// = -> 0b001
// > -> 0b010
// < -> 0b100
// save status in register sw
case 0x28:
cmp = load_mem(&memory[path],3);
if(ra==cmp)
rsw = 0x1;
else if (ra>cmp)
rsw = 0x2;
else if (ra<cmp)
rsw = 0x4;
else
rsw = 0;
break;
//div
case 0x24:
ra /= load_mem(&memory[path],3);
break;
//j
case 0x3C:
rpc = path;
break;
//jeq
case 0x30:
if(rsw==0x1)
rpc = path;
break;
//jgt
case 0x34:
if(rsw==0x2)
rpc = path;
break;
//jlt
case 0x38:
if(rsw==0x4)
rpc = path;
break;
//jsub
case 0x48:
rl = rpc;
rpc = path;
break;
//lda
case 0x00:
ra = load_mem(&memory[path],3);
break;
//ldch
case 0x50:
ra = (ra&0xFFFF00) + load_mem(&memory[path], 1);
break;
//ldl
case 0x08:
rl = load_mem(&memory[path],3);
break;
//ldx
case 0x04:
rx = load_mem(&memory[path],3);
break;
//mul
case 0x20:
tmp = (long long) ra * load_mem(&memory[path],3);
ra = (int) (0xFFFFFF & tmp);
break;
//or
case 0x44:
ra |= load_mem(&memory[path],3);
break;
//rsub
case 0x4C:
rpc = rl;
break;
//sta
case 0x0C:
//incomplete
save_mem(ra, &memory[path], 3);
break;
//stch
case 0x54:
save_mem(ra, &memory[path], 1);
break;
//stl
case 0x14:
save_mem(rl, &memory[path], 3);
break;
//stsw
case 0xE8:
save_mem(rsw, &memory[path], 3);
break;
//stx
case 0x10:
save_mem(rx, &memory[path], 3);
break;
//sub
case 0x1C:
ra -= load_mem(&memory[path], 3);
break;
//tix
case 0x2C:
cmp = load_mem(&memory[path],3);
rx++;
if(rx==cmp)
rsw = 0x1;
else if (rx>cmp)
rsw = 0x2;
else if (rx<cmp)
rsw = 0x4;
else
rsw = 0;
break;
//td
case 0xE0:
rsw = test_device(memory[path]);
break;
//rd
case 0xD8:
ra = (ra&0xFFFF00) + read_device(memory[path]);
break;
//wd
case 0xDC:
write_device(memory[path], (ra&0x0000FF));
break;
//break
case 0xFF:
return 10;
break;
default:
printf("CPU Error: Could not found opcode\n");
printf("rpc= %06X\n", rpc);
return 11;
break;
}
return 0;
}
int main(int argc, char* argv[])
{
printf("\n\n\n\n----- Phantom exec test v. 0.5\n\n");
run_init_functions( INIT_LEVEL_PREPARE );
run_init_functions( INIT_LEVEL_INIT ); // before video
//drv_video_win32.mouse = mouse_callback;
//video_drv = &drv_video_win32;
//video_drv = &drv_video_x11;
args(argc,argv);
pvm_bulk_init( bulk_seek_f, bulk_read_f );
pvm_video_init();
video_drv->mouse = mouse_callback;
drv_video_init_windows();
init_main_event_q();
init_new_windows();
scr_mouse_set_cursor(drv_video_get_default_mouse_bmp());
mem = malloc(size+1024*10);
setDiffMem( mem, malloc(size+1024*10), size );
hal_init( mem, size );
//pvm_alloc_threaded_init(); // no threads yet - no lock
run_init_functions( INIT_LEVEL_LATE );
#if 0
videotest();
//getchar();
exit(0);
#endif
#if 0
new_videotest();
getchar();
exit(0);
#endif
char *dir = getenv("PHANTOM_HOME");
char *rest = "plib/bin/classes";
if( dir == NULL )
{
dir = "pcode";
rest = "classes";
}
char fn[1024];
snprintf( fn, 1024, "%s/%s", dir, rest );
if( load_code( &bulk_code, &bulk_size, fn ) ) //"pcode/classes") )
{
printf("No bulk classes file '%s'\n", fn );
exit(22);
}
bulk_read_pos = bulk_code;
pvm_root_init();
// TODO use stray catcher in pvm_test too
//stray();
#if 0
//ui_loop( argc, argv, "test");
printf("\nPhantom code finished\n" );
//getchar();
//{ char c; read( 0, &c, 1 ); }
sleep(100);
#else
dbg_init();
kernel_debugger();
#endif
#if 0
pvm_memcheck();
printf("will run GC\n" );
run_gc();
printf("press enter\n" );
// getchar();
pvm_memcheck();
save_mem(mem, size);
#endif
return 0;
}