stash - jacks kernel successfully

This commit is contained in:
Paul Driver 2018-04-12 17:14:40 -07:00
parent 4959d951b0
commit ed58c5f267

View File

@ -575,7 +575,7 @@ typedef struct {
_n_prog_memo mem_u;
_n_prog_call cal_u;
_n_prog_reg reg_u;
c3_y* dat[0];
void* dat[0];
} _n_prog;
/* _n_arg(): return the size (in bytes) of an opcode's argument
@ -602,33 +602,68 @@ _n_arg(c3_y cod_y)
return sizeof(c3_l);
default:
c3_assert( cod_y <= SAVE );
return 0;
}
}
/* _n_melt(): measure space for list of ops (from _n_comp) */
static void
static u3_noun
_n_melt(u3_noun ops, c3_w* byc_w, c3_w* cal_w,
c3_w* reg_w, c3_w* lit_w, c3_w* mem_w)
{
c3_w len_w = u3qb_lent(ops),
i_w = len_w - 1,
a_w;
c3_y cod_y;
c3_w i_w;
u3_noun op;
c3_y* siz_y = u3a_malloc(len_w);
u3_noun op, sip = u3_nul;
while ( u3_nul != ops ) {
op = u3h(ops);
if ( c3n == u3du(op) ) {
++(*byc_w);
switch ( op ) {
default:
siz_y[i_w] = 1;
break;
case BAST: case BALT:
a_w = (*reg_w)++;
if ( a_w <= 0xFF ) {
siz_y[i_w] = 2;
}
else if ( a_w <= 0xFFFF ) {
siz_y[i_w] = 3;
}
else {
fprintf(stderr, "_n_melt(): over 2^16 registration sites.\r\n");
c3_assert(0);
}
break;
}
}
else {
cod_y = u3h(op);
switch ( cod_y ) {
default:
*byc_w += _n_arg(cod_y) + 1;
siz_y[i_w] = 1 + _n_arg(cod_y);
break;
case SBIP: case SBIN: {
c3_l tot_l = 0,
sip_l = u3t(op);
c3_w j_w, k_w = i_w;
for ( j_w = 0; j_w < sip_l; ++j_w ) {
tot_l += siz_y[++k_w];
}
sip = u3nc(tot_l, sip);
siz_y[i_w] = tot_l <= 0xFF ? 2 : tot_l <= 0xFFFF ? 3 : 5;
break;
}
case SIPS: case SINS: case SWIP: case SWIN:
case SAST: case SALT: case KICS: case TICS:
case FISK: case FISL: case SUSH: case SANS:
case LISL: case LISK: case SKIS: case SLIS:
@ -636,41 +671,27 @@ _n_melt(u3_noun ops, c3_w* byc_w, c3_w* cal_w,
break;
case KICB: case TICB:
i_w = (*cal_w)++;
if ( i_w <= 0xFF ) {
*byc_w += 2;
a_w = (*cal_w)++;
if ( a_w <= 0xFF ) {
siz_y[i_w] = 2;
}
else if ( i_w <= 0xFFFF ) {
*byc_w += 3;
else if ( a_w <= 0xFFFF ) {
siz_y[i_w] = 3;
}
else {
fprintf(stderr, "_n_melt(): over 2^16 call sites.\r\n");
c3_assert(0);
}
break;
case BAST: case BALT:
i_w = (*reg_w)++;
if ( i_w <= 0xFF ) {
*byc_w += 2;
}
else if ( i_w <= 0xFFFF ) {
*byc_w += 3;
}
else {
fprintf(stderr, "_n_melt(): over 2^16 registration sites.\r\n");
c3_assert(0);
}
break;
case BUSH: case FIBK: case FIBL:
case SANB: case LIBL: case LIBK:
i_w = (*lit_w)++;
if ( i_w <= 0xFF ) {
*byc_w += 2;
a_w = (*lit_w)++;
if ( a_w <= 0xFF ) {
siz_y[i_w] = 2;
}
else if ( i_w <= 0xFFFF ) {
*byc_w += 3;
else if ( a_w <= 0xFFFF ) {
siz_y[i_w] = 3;
}
else {
fprintf(stderr, "_n_melt(): over 2^16 literals.\r\n");
@ -679,12 +700,12 @@ _n_melt(u3_noun ops, c3_w* byc_w, c3_w* cal_w,
break;
case SKIB: case SLIB:
i_w = (*mem_w)++;
if ( i_w <= 0xFF ) {
*byc_w += 2;
a_w = (*mem_w)++;
if ( a_w <= 0xFF ) {
siz_y[i_w] = 2;
}
else if ( i_w <= 0xFFFF ) {
*byc_w += 3;
else if ( a_w <= 0xFFFF ) {
siz_y[i_w] = 3;
}
else {
fprintf(stderr, "_n_melt(): over 2^16 memos.\r\n");
@ -694,8 +715,12 @@ _n_melt(u3_noun ops, c3_w* byc_w, c3_w* cal_w,
}
}
*(byc_w) += siz_y[i_w--];
ops = u3t(ops);
}
u3a_free(siz_y);
return u3kb_flop(sip);
}
static _n_prog*
@ -775,26 +800,34 @@ _n_prog_asm_inx(c3_y* buf_y, c3_w* i_w, c3_s inx_s, c3_y cod)
}
static void
_n_prog_asm(u3_noun ops, _n_prog* pog_u)
_n_prog_asm(u3_noun ops, _n_prog* pog_u, u3_noun sip)
{
u3_noun top = ops,
sil = u3_nul;
u3_noun top = ops;
c3_y* buf_y = pog_u->byc_u.ops_y;
c3_y sod_y;
c3_s lit_s = 0,
cal_s = 0,
mem_s = 0,
reg_s = 0;
c3_l wil_l, was_l;
c3_w i_w = pog_u->byc_u.len_w,
ip_l = 0;
c3_w i_w = pog_u->byc_u.len_w-1;
buf_y[i_w] = HALT;
while ( i_w-- > 0 ) {
u3_noun op = u3h(ops);
if ( c3y == u3ud(op) ) {
buf_y[i_w] = (c3_y) u3h(ops);
switch ( op ) {
default:
buf_y[i_w] = (c3_y) u3h(ops);
break;
/* registration site index args */
case BAST: case BALT: {
_n_prog_asm_inx(buf_y, &i_w, reg_s, op);
_n_rite* rit_u = &(pog_u->reg_u.rit_u[reg_s++]);
rit_u->nul_w = 0;
break;
}
}
}
else {
u3_noun cod = u3h(op);
@ -803,18 +836,29 @@ _n_prog_asm(u3_noun ops, _n_prog* pog_u)
c3_assert(0);
return;
/* skips cannot be computed until we have generated the next
* n opcodes, so we create some state and finish the insert
* at the end of the loop
*/
case SBIP: case SBIN:
sod_y = (c3_y) cod;
wil_l = (c3_l) ip_l + ((c3_l) u3t(op));
was_l = (c3_l) i_w;
c3_assert(c3y == u3a_is_cat(wil_l));
c3_assert(c3y == u3a_is_cat(was_l));
sil = u3nc(u3nt(sod_y, wil_l, was_l), sil);
case SBIP: case SBIN: {
c3_l sip_l = u3h(sip);
u3_noun tmp = sip;
sip = u3k(u3t(sip));
u3z(tmp);
if ( sip_l <= 0xFF ) {
buf_y[i_w--] = (c3_y) sip_l;
buf_y[i_w] = (c3_y) cod;
}
else if ( sip_l <= 0xFFFF ) {
buf_y[i_w--] = (c3_y) (sip_l >> 8);
buf_y[i_w--] = (c3_y) sip_l;
buf_y[i_w] = (c3_y) cod + 1;
}
else {
buf_y[i_w--] = (c3_y) (sip_l >> 24);
buf_y[i_w--] = (c3_y) (sip_l >> 16);
buf_y[i_w--] = (c3_y) (sip_l >> 8);
buf_y[i_w--] = (c3_y) sip_l;
buf_y[i_w] = (c3_y) cod + 2;
}
break;
}
/* 8-bit direct args */
case FABK: case FABL:
@ -870,68 +914,21 @@ _n_prog_asm(u3_noun ops, _n_prog* pog_u)
sit_u->axe = u3k(u3t(op));
break;
}
/* registration site index args */
case BAST: case BALT: {
_n_prog_asm_inx(buf_y, &i_w, reg_s, cod);
_n_rite* rit_u = &(pog_u->reg_u.rit_u[reg_s++]);
rit_u->nul_w = 0;
break;
}
}
}
while ( u3_nul != sil ) {
u3_noun cod, wil, was;
u3x_trel(u3h(sil), &cod, &wil, &was);
sod_y = (c3_y) cod;
wil_l = (c3_l) wil;
was_l = (c3_l) was;
if ( ip_l != wil_l ) {
// first is finished or none are
break;
}
else {
c3_w dif_w = was_l - i_w;
c3_y siz_y = dif_w <= 0xFF ? 2 : dif_w <= 0xFFFF ? 3 : 5;
u3_noun lis = u3k(u3t(sil));
u3z(sil);
sil = lis;
memmove(buf_y + i_w - siz_y, buf_y + i_w, dif_w);
i_w -= siz_y;
switch ( siz_y ) {
case 2:
buf_y[was_l--] = (c3_y) dif_w;
buf_y[was_l] = sod_y;
break;
case 3:
buf_y[was_l--] = (c3_y) (dif_w >> 8);
buf_y[was_l--] = (c3_y) dif_w;
buf_y[was_l] = sod_y + 1;
break;
case 5:
buf_y[was_l--] = (c3_y) (dif_w >> 24);
buf_y[was_l--] = (c3_y) (dif_w >> 16);
buf_y[was_l--] = (c3_y) (dif_w >> 8);
buf_y[was_l--] = (c3_y) dif_w;
buf_y[was_l] = sod_y + 2;
break;
default:
c3_assert(0);
break;
}
}
}
++ip_l;
ops = u3t(ops);
}
u3z(top);
// this assert will fail if we overflow a c3_w worth of instructions
c3_assert(u3_nul == ops);
u3z(top);
// this is just a sanity check
c3_assert(u3_nul == sip);
}
static _n_prog*
_n_prog_from_ops(u3_noun ops)
{
u3_noun sip;
_n_prog* pog_u;
c3_w byc_w = 1, // HALT
cal_w = 0,
@ -939,13 +936,13 @@ _n_prog_from_ops(u3_noun ops)
lit_w = 0,
mem_w = 0;
_n_melt(ops, &byc_w, &cal_w, &reg_w, &lit_w, &mem_w);
sip = _n_melt(ops, &byc_w, &cal_w, &reg_w, &lit_w, &mem_w);
pog_u = _n_prog_new(byc_w, cal_w, reg_w, lit_w, mem_w);
_n_prog_asm(ops, pog_u);
_n_prog_asm(ops, pog_u, sip);
return pog_u;
}
#if 0
#if 1
/* _n_print_stack(): print out the cap stack up to a designated "empty"
* used only for debugging
*/
@ -1305,55 +1302,6 @@ _n_comp(u3_noun* ops, u3_noun fol, c3_o los_o, c3_o tel_o)
return tot_w;
}
#ifdef VERBOSE_BYTECODE
/* _n_print_byc(): print bytecode. used for debugging.
*/
static void
_n_print_byc(c3_y* pog, c3_w her_w)
{
c3_w ip_w = 0;
if ( her_w == 0 ) {
fprintf(stderr, "begin: {");
}
else {
fprintf(stderr, "resume: {");
}
int first = 1;
while ( pog[ip_w] ) {
if ( first ) {
first = 0;
}
else if (ip_w == her_w) {
fprintf(stderr, " [*]");
}
else {
fprintf(stderr, " ");
}
switch ( _n_arg(pog[ip_w]) ) {
case 0:
fprintf(stderr, "%s", opcode_names[pog[ip_w++]]);
break;
case 1:
fprintf(stderr, "[%s ", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", pog[ip_w++]);
break;
case 2:
fprintf(stderr, "[%s ", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", _n_resh(pog, &ip_w));
break;
case 4:
fprintf(stderr, "[%s", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", _n_rean(pog, &ip_w));
break;
}
}
fprintf(stderr, " halt}\r\n");
}
#endif
/* _n_push(): push a noun onto the stack. RETAIN
* mov: -1 north, 1 south
* off: 0 north, -1 south
@ -1424,11 +1372,10 @@ _n_resh(c3_y* buf, c3_w* ip_w)
return les | (mos << 8);
}
/* _n_rean(): read a noun from the bytecode stream.
* refcount is NOT incremented.
/* _n_rewo(): read a c3_w from the bytecode stream.
*/
static inline u3_noun
_n_rean(c3_y* buf, c3_w* ip_w)
static inline c3_w
_n_rewo(c3_y* buf, c3_w* ip_w)
{
c3_y one = buf[(*ip_w)++],
two = buf[(*ip_w)++],
@ -1437,6 +1384,58 @@ _n_rean(c3_y* buf, c3_w* ip_w)
return one | (two << 8) | (tre << 16) | (qua << 24);
}
#ifdef VERBOSE_BYTECODE
/* _n_print_byc(): print bytecode. used for debugging.
*/
static void
_n_print_byc(c3_y* pog, c3_w her_w)
{
c3_w ip_w = 0;
if ( her_w == 0 ) {
fprintf(stderr, "begin: {");
}
else {
fprintf(stderr, "resume: {");
}
int first = 1;
while ( pog[ip_w] ) {
if ( first ) {
first = 0;
}
else if (ip_w == her_w) {
fprintf(stderr, " [*]");
}
else {
fprintf(stderr, " ");
}
switch ( _n_arg(pog[ip_w]) ) {
case 0:
fprintf(stderr, "%s", opcode_names[pog[ip_w++]]);
break;
case 1:
fprintf(stderr, "[%s ", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", pog[ip_w++]);
break;
case 2:
fprintf(stderr, "[%s ", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", _n_resh(pog, &ip_w));
break;
case 4:
fprintf(stderr, "[%s", opcode_names[pog[ip_w++]]);
fprintf(stderr, "%u]", _n_rewo(pog, &ip_w));
break;
default:
c3_assert(0);
break;
}
}
fprintf(stderr, " halt}\r\n");
}
#endif
/* _n_bite(): compile a nock formula to bytecode
*/
static inline _n_prog*
@ -1455,25 +1454,24 @@ _n_find(u3_noun fol)
if ( u3_none != pog ) {
return u3to(_n_prog, pog);
}
else {
u3a_road* rod_u = u3to(u3a_road, u3R->par_p);
while ( rod_u ) {
pog = u3h_git(rod_u->byc.har_p, fol);
else if ( u3R != &u3H->rod_u ) {
u3a_road* rod_u = u3R;
while ( rod_u->par_p ) {
rod_u = u3to(u3a_road, rod_u->par_p);
pog = u3h_git(rod_u->byc.har_p, fol);
if ( u3_none != pog ) {
_n_prog* old = _n_prog_old(u3to(_n_prog, pog));
u3h_put(u3R->byc.har_p, fol, u3a_outa(old));
return old;
}
else {
rod_u = u3to(u3a_road, rod_u->par_p);
}
}
{
_n_prog* gop = _n_bite(fol);
u3h_put(u3R->byc.har_p, fol, u3a_outa(gop));
return gop;
}
}
{
_n_prog* gop = _n_bite(fol);
u3h_put(u3R->byc.har_p, fol, u3a_outa(gop));
return gop;
}
}
/* _n_swap(): swap two items on the top of the stack, return pointer to top
@ -1884,12 +1882,12 @@ _n_burn(_n_prog* pog_u, u3_noun bus, c3_ys mov, c3_ys off)
BURN();
do_swip:
sip_w = _n_rean(pog, &ip_w);
sip_w = _n_rewo(pog, &ip_w);
ip_w += sip_w;
BURN();
do_swin:
sip_w = _n_rean(pog, &ip_w);
sip_w = _n_rewo(pog, &ip_w);
goto skin_in;
do_sins: