+#define _GNU_SOURCE
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
const char *asmfn;
static int asmln;
+#define anote(fmt, ...) \
+ printf("%s:%d: note: " fmt, asmfn, asmln, ##__VA_ARGS__)
#define awarn(fmt, ...) \
- printf("warning:%s:%d: " fmt, asmfn, asmln, ##__VA_ARGS__)
+ printf("%s:%d: warning: " fmt, asmfn, asmln, ##__VA_ARGS__)
#define aerr(fmt, ...) do { \
- printf("error:%s:%d: " fmt, asmfn, asmln, ##__VA_ARGS__); \
+ printf("%s:%d: error: " fmt, asmfn, asmln, ##__VA_ARGS__); \
+ fcloseall(); \
exit(1); \
} while (0)
OPF_JMP = (1 << 3), /* branches, ret and call */
OPF_CC = (1 << 4), /* uses flags */
OPF_TAIL = (1 << 5), /* ret or tail call */
+ OPF_REP = (1 << 6), /* prefixed by rep */
};
enum op_op {
OP_INVAL,
+ OP_NOP,
OP_PUSH,
OP_POP,
OP_MOV,
OP_MOVSX,
OP_NOT,
OP_CDQ,
+ OP_STOS,
OP_RET,
OP_ADD,
OP_SUB,
int operand_cnt;
int regmask_src; // all referensed regs
int regmask_dst;
- int pfomask; // parsed_flag_op that can't be delayed
- int cc_scratch; // for storage during analysis
+ int pfomask; // flagop: parsed_flag_op that can't be delayed
+ int argmask; // push: args that are altered before call
+ int cc_scratch; // scratch storage during analysis
int bt_i; // branch target (for branches)
+ struct parsed_op *lrl; // label reference list entry
void *datap;
};
// datap:
-// OP_PUSH - arg number if arg is altered before call
// OP_CALL - ptr to parsed_proto
// (OPF_CC) - point to corresponding (OPF_FLAGS)
static struct parsed_equ *g_eqs;
static int g_eqcnt;
static char g_labels[MAX_OPS][32];
+static struct parsed_op *g_label_refs[MAX_OPS];
static struct parsed_proto g_func_pp;
static char g_func[256];
static char g_comment[256];
#define ferr(op_, fmt, ...) do { \
printf("error:%s:#%ld: '%s': " fmt, g_func, (op_) - ops, \
dump_op(op_), ##__VA_ARGS__); \
+ fcloseall(); \
exit(1); \
} while (0)
return wordc;
}
+static const struct {
+ const char *name;
+ unsigned int flags;
+} pref_table[] = {
+ { "rep", OPF_REP },
+};
+
static const struct {
const char *name;
enum op_op op;
unsigned int maxopr;
unsigned int flags;
} op_table[] = {
+ { "nop", OP_NOP, 0, 0, 0 },
{ "push", OP_PUSH, 1, 1, 0 },
{ "pop", OP_POP, 1, 1, OPF_DATA },
{ "mov" , OP_MOV, 2, 2, OPF_DATA },
{ "movsx",OP_MOVSX, 2, 2, OPF_DATA },
{ "not", OP_NOT, 1, 1, OPF_DATA },
{ "cdq", OP_CDQ, 0, 0, OPF_DATA },
+ { "stosb",OP_STOS, 0, 0, OPF_DATA },
+ { "stosw",OP_STOS, 0, 0, OPF_DATA },
+ { "stosd",OP_STOS, 0, 0, OPF_DATA },
{ "add", OP_ADD, 2, 2, OPF_DATA|OPF_FLAGS },
{ "sub", OP_SUB, 2, 2, OPF_DATA|OPF_FLAGS },
{ "and", OP_AND, 2, 2, OPF_DATA|OPF_FLAGS },
{ "jc", OP_JC, 1, 1, OPF_JMP|OPF_CC }, // 72 CF=1
{ "jb", OP_JC, 1, 1, OPF_JMP|OPF_CC }, // 72
{ "jnc", OP_JNC, 1, 1, OPF_JMP|OPF_CC }, // 73 CF=0
+ { "jnb", OP_JNC, 1, 1, OPF_JMP|OPF_CC }, // 73
{ "jae", OP_JNC, 1, 1, OPF_JMP|OPF_CC }, // 73
{ "jz", OP_JZ, 1, 1, OPF_JMP|OPF_CC }, // 74 ZF=1
{ "je", OP_JZ, 1, 1, OPF_JMP|OPF_CC }, // 74
static void parse_op(struct parsed_op *op, char words[16][256], int wordc)
{
+ enum opr_lenmod lmod;
+ int prefix_flags = 0;
int regmask_ind;
int regmask;
+ int op_w = 0;
int opr = 0;
- int w = 1;
+ int w = 0;
int i;
+ for (i = 0; i < ARRAY_SIZE(pref_table); i++) {
+ if (IS(words[w], pref_table[i].name)) {
+ prefix_flags = pref_table[i].flags;
+ break;
+ }
+ }
+
+ if (prefix_flags) {
+ if (wordc <= 1)
+ aerr("lone prefix: '%s'\n", words[0]);
+ w++;
+ }
+
+ op_w = w;
for (i = 0; i < ARRAY_SIZE(op_table); i++) {
- if (IS(words[0], op_table[i].name))
+ if (IS(words[w], op_table[i].name))
break;
}
if (i == ARRAY_SIZE(op_table))
aerr("unhandled op: '%s'\n", words[0]);
+ w++;
op->op = op_table[i].op;
- op->flags = op_table[i].flags;
+ op->flags = op_table[i].flags | prefix_flags;
op->regmask_src = op->regmask_dst = 0;
for (opr = 0; opr < op_table[i].minopr; opr++) {
setup_reg_opr(&op->operand[1], xAX, OPLM_DWORD, &op->regmask_src);
break;
+ case OP_STOS:
+ if (op->operand_cnt != 0)
+ break;
+ if (IS(words[op_w], "stosb"))
+ lmod = OPLM_BYTE;
+ else if (IS(words[op_w], "stosw"))
+ lmod = OPLM_WORD;
+ else if (IS(words[op_w], "stosd"))
+ lmod = OPLM_DWORD;
+ op->operand_cnt = 3;
+ setup_reg_opr(&op->operand[0], xDI, lmod, &op->regmask_dst);
+ setup_reg_opr(&op->operand[1], xCX, OPLM_DWORD, &op->regmask_dst);
+ setup_reg_opr(&op->operand[2], xAX, OPLM_DWORD, &op->regmask_src);
+ break;
+
case OP_IMUL:
if (op->operand_cnt != 1)
break;
ferr(po, "bp_stack offset %d/%d\n", eq->offset, g_bp_stack);
if (is_lea)
- prefix = "&";
+ prefix = "(u32)&";
switch (lmod)
{
ret = sscanf(expr, "%[^[][%[^]]]", tmp1, tmp2);
if (ret != 2)
ferr(po, "parse failure for '%s'\n", expr);
- snprintf(expr, sizeof(expr), "(u32)%s + %s", tmp1, tmp2);
+ snprintf(expr, sizeof(expr), "(u32)&%s + %s", tmp1, tmp2);
}
// XXX: do we need more parsing?
case OPLM_BYTE:
return "(s8)";
default:
- ferr(po, "invalid lmod: %d\n", lmod);
+ ferr(po, "%s: invalid lmod: %d\n", __func__, lmod);
return "(_invalid_)";
}
}
lmod_cast_u(po, lmod);
}
+static int lmod_bytes(struct parsed_op *po, enum opr_lenmod lmod)
+{
+ switch (lmod) {
+ case OPLM_DWORD:
+ return 4;
+ case OPLM_WORD:
+ return 2;
+ case OPLM_BYTE:
+ return 1;
+ default:
+ ferr(po, "%s: invalid lmod: %d\n", __func__, lmod);
+ return 0;
+ }
+}
+
static enum parsed_flag_op split_cond(struct parsed_op *po,
- enum op_op op, int *is_neg)
+ enum op_op op, int *is_inv)
{
- *is_neg = 0;
+ *is_inv = 0;
switch (op) {
case OP_JO:
return PFO_LE;
case OP_JNO:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_O;
case OP_JNC:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_C;
case OP_JNZ:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_Z;
case OP_JA:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_BE;
case OP_JNS:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_S;
case OP_JNP:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_P;
case OP_JGE:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_L;
case OP_JG:
- *is_neg = 1;
+ *is_inv = 1;
return PFO_LE;
case OP_ADC:
}
static void out_test_for_cc(char *buf, size_t buf_size,
- struct parsed_op *po, enum parsed_flag_op pfo, int is_neg,
+ struct parsed_op *po, enum parsed_flag_op pfo, int is_inv,
enum opr_lenmod lmod, const char *expr)
{
const char *cast, *scast;
case PFO_Z:
case PFO_BE: // CF=1||ZF=1; CF=0
snprintf(buf, buf_size, "(%s%s %s 0)",
- cast, expr, is_neg ? "!=" : "==");
+ cast, expr, is_inv ? "!=" : "==");
break;
case PFO_S:
case PFO_L: // SF!=OF; OF=0
snprintf(buf, buf_size, "(%s%s %s 0)",
- scast, expr, is_neg ? ">=" : "<");
+ scast, expr, is_inv ? ">=" : "<");
break;
case PFO_LE: // ZF=1||SF!=OF; OF=0
snprintf(buf, buf_size, "(%s%s %s 0)",
- scast, expr, is_neg ? ">" : "<=");
+ scast, expr, is_inv ? ">" : "<=");
break;
default:
}
static void out_cmp_for_cc(char *buf, size_t buf_size,
- struct parsed_op *po, enum parsed_flag_op pfo, int is_neg,
+ struct parsed_op *po, enum parsed_flag_op pfo, int is_inv,
enum opr_lenmod lmod, const char *expr1, const char *expr2)
{
const char *cast, *scast;
case PFO_C:
// note: must be unsigned compare
snprintf(buf, buf_size, "(%s%s %s %s%s)",
- cast, expr1, is_neg ? ">=" : "<", cast, expr2);
+ cast, expr1, is_inv ? ">=" : "<", cast, expr2);
break;
case PFO_Z:
snprintf(buf, buf_size, "(%s%s %s %s%s)",
- cast, expr1, is_neg ? "!=" : "==", cast, expr2);
+ cast, expr1, is_inv ? "!=" : "==", cast, expr2);
break;
case PFO_BE: // !a
// note: must be unsigned compare
snprintf(buf, buf_size, "(%s%s %s %s%s)",
- cast, expr1, is_neg ? ">" : "<=", cast, expr2);
+ cast, expr1, is_inv ? ">" : "<=", cast, expr2);
break;
// note: must be signed compare
case PFO_S:
snprintf(buf, buf_size, "(%s(%s - %s) %s 0)",
- scast, expr1, expr2, is_neg ? ">=" : "<");
+ scast, expr1, expr2, is_inv ? ">=" : "<");
break;
case PFO_L: // !ge
snprintf(buf, buf_size, "(%s%s %s %s%s)",
- scast, expr1, is_neg ? ">=" : "<", scast, expr2);
+ scast, expr1, is_inv ? ">=" : "<", scast, expr2);
break;
case PFO_LE:
snprintf(buf, buf_size, "(%s%s %s %s%s)",
- scast, expr1, is_neg ? ">" : "<=", scast, expr2);
+ scast, expr1, is_inv ? ">" : "<=", scast, expr2);
break;
default:
}
static void out_cmp_test(char *buf, size_t buf_size,
- struct parsed_op *po, enum parsed_flag_op pfo, int is_neg)
+ struct parsed_op *po, enum parsed_flag_op pfo, int is_inv)
{
char buf1[256], buf2[256], buf3[256];
out_src_opr(buf2, sizeof(buf2), po, &po->operand[1], 0);
snprintf(buf3, sizeof(buf3), "(%s & %s)", buf1, buf2);
}
- out_test_for_cc(buf, buf_size, po, pfo, is_neg,
+ out_test_for_cc(buf, buf_size, po, pfo, is_inv,
po->operand[0].lmod, buf3);
}
else if (po->op == OP_CMP) {
out_src_opr(buf2, sizeof(buf2), po, &po->operand[0], 0);
out_src_opr(buf3, sizeof(buf3), po, &po->operand[1], 0);
- out_cmp_for_cc(buf, buf_size, po, pfo, is_neg,
+ out_cmp_for_cc(buf, buf_size, po, pfo, is_inv,
po->operand[0].lmod, buf2, buf3);
}
else
return 0;
}
-// scan for po_test operand modification in range given
+// scan for any po_test operand modification in range given
static int scan_for_mod(struct parsed_op *po_test, int i, int opcnt)
{
for (; i < opcnt; i++) {
return -1;
}
+// scan for po_test operand[0] modification in range given
+static int scan_for_mod_opr0(struct parsed_op *po_test,
+ int i, int opcnt)
+{
+ for (; i < opcnt; i++) {
+ if (is_opr_modified(&po_test->operand[0], &ops[i]))
+ return i;
+ }
+
+ return -1;
+}
+
static int scan_for_flag_set(int i)
{
for (; i >= 0; i--) {
struct parsed_op *po, *delayed_flag_op = NULL, *tmp_op;
struct parsed_opr *last_arith_dst = NULL;
char buf1[256], buf2[256], buf3[256];
- struct parsed_proto *pp;
+ struct parsed_proto *pp, *pp_tmp;
const char *tmpname;
+ enum parsed_flag_op pfo;
int save_arg_vars = 0;
int cmp_result_vars = 0;
int need_mul_var = 0;
int had_decl = 0;
int regmask_arg = 0;
int regmask = 0;
+ int pfomask = 0;
int no_output;
int dummy;
int arg;
for (j = 0; j < opcnt; j++) {
if (g_labels[j][0] && IS(po->operand[0].name, g_labels[j])) {
po->bt_i = j;
+ po->lrl = g_label_refs[j];
+ g_label_refs[j] = po;
break;
}
}
if (po->operand[0].reg < 0)
ferr(po, "reg not set for push?\n");
if (!(regmask & (1 << po->operand[0].reg))) { // reg save
- ret = scan_for_pop(i + 1, opcnt, po->operand[0].name, i + 1, 0);
+ ret = scan_for_pop(i + 1, opcnt,
+ po->operand[0].name, i + opcnt, 0);
if (ret == 1) {
po->flags |= OPF_RMD;
- scan_for_pop(i + 1, opcnt, po->operand[0].name, i + 2, 1);
+ scan_for_pop(i + 1, opcnt, po->operand[0].name,
+ i + opcnt * 2, 1);
continue;
}
ret = scan_for_pop_ret(i + 1, opcnt, po->operand[0].name, 0);
ferr(po, "unable to trace flag setter\n");
tmp_op = &ops[ret]; // flag setter
- ret = scan_for_mod(tmp_op, ret + 1, i);
- if (ret >= 0) {
- ret = 1 << split_cond(po, po->op, &dummy);
- tmp_op->pfomask |= ret;
- cmp_result_vars |= ret;
+ pfo = split_cond(po, po->op, &dummy);
+ pfomask = 0;
+
+ // to get nicer code, we try to delay test and cmp;
+ // if we can't because of operand modification, or if we
+ // have math op, make it calculate flags explicitly
+ if (tmp_op->op == OP_TEST || tmp_op->op == OP_CMP) {
+ if (scan_for_mod(tmp_op, ret + 1, i) >= 0)
+ pfomask = 1 << pfo;
+ }
+ else {
+ if ((pfo != PFO_Z && pfo != PFO_S && pfo != PFO_P)
+ || scan_for_mod_opr0(tmp_op, ret + 1, i) >= 0)
+ pfomask = 1 << pfo;
+ }
+ if (pfomask) {
+ tmp_op->pfomask |= pfomask;
+ cmp_result_vars |= pfomask;
po->datap = tmp_op;
}
break;
for (j = i - 1; j >= 0 && arg < pp->argc; j--) {
- if (ops[j].flags & OPF_RMD)
- continue;
- if (ops[j].op != OP_PUSH)
- continue;
- if (g_labels[j + 1][0] != 0)
- ferr(po, "arg search interrupted by '%s'\n", g_labels[j + 1]);
-
- pp->arg[arg].datap = &ops[j];
- ret = scan_for_mod(&ops[j], j + 1, i);
- if (ret >= 0) {
- // mark this push as one that needs operand saving
- ops[j].datap = (void *)(long)(arg + 1);
- save_arg_vars |= 1 << arg;
+ if (ops[j].op == OP_CALL) {
+ pp_tmp = ops[j].datap;
+ if (pp_tmp == NULL)
+ ferr(po, "arg collect hit unparsed call\n");
+ if (pp_tmp->argc_stack > 0)
+ ferr(po, "arg collect hit '%s' with %d stack args\n",
+ opr_name(&ops[j], 0), pp_tmp->argc_stack);
+ }
+ else if ((ops[j].flags & OPF_TAIL)
+ || (ops[j].flags & (OPF_JMP|OPF_CC)) == OPF_JMP)
+ {
+ break;
}
- else
- ops[j].flags |= OPF_RMD;
- // next arg
- for (arg++; arg < pp->argc; arg++)
- if (pp->arg[arg].reg == NULL)
- break;
+ if (ops[j].op == OP_PUSH) {
+ pp->arg[arg].datap = &ops[j];
+ ret = scan_for_mod(&ops[j], j + 1, i);
+ if (ret >= 0) {
+ // mark this push as one that needs operand saving
+ ops[j].argmask |= 1 << arg;
+ save_arg_vars |= 1 << arg;
+ }
+ else
+ ops[j].flags |= OPF_RMD;
+
+ // next arg
+ for (arg++; arg < pp->argc; arg++)
+ if (pp->arg[arg].reg == NULL)
+ break;
+ }
+
+ if (g_labels[j][0] != 0) {
+ if (j > 0 && ((ops[j - 1].flags & OPF_TAIL)
+ || (ops[j - 1].flags & (OPF_JMP|OPF_CC)) == OPF_JMP))
+ {
+ // follow the branch in reverse
+ if (g_label_refs[j] == NULL)
+ ferr(po, "no refs for '%s'?\n", g_labels[j]);
+ if (g_label_refs[j]->lrl != NULL)
+ ferr(po, "unhandled multiple fefs to '%s'\n", g_labels[j]);
+ j = (g_label_refs[j] - ops) + 1;
+ continue;
+ }
+ break;
+ }
}
if (arg < pp->argc)
ferr(po, "arg collect failed for '%s'\n", tmpname);
fprintf(fout, " union { u32 d[%d]; u16 w[%d]; u8 b[%d]; } sf;\n",
(g_bp_stack + 3) / 4, (g_bp_stack + 1) / 2, g_bp_stack);
- // instantiate arg-registers
+ // declare arg-registers
for (i = 0; i < g_func_pp.argc; i++) {
if (g_func_pp.arg[i].reg != NULL) {
reg = char_array_i(regs_r32,
}
}
- // instantiate other regs - special case for eax
+ // declare other regs - special case for eax
if (!((regmask | regmask_arg) & 1) && !IS(g_func_pp.ret_type, "void")) {
fprintf(fout, " u32 eax = 0;\n");
had_decl = 1;
// conditional/flag using op?
if (po->flags & OPF_CC)
{
- enum parsed_flag_op pfo;
- int is_neg = 0;
+ int is_delayed = 0;
+ int is_inv = 0;
- pfo = split_cond(po, po->op, &is_neg);
+ pfo = split_cond(po, po->op, &is_inv);
// we go through all this trouble to avoid using parsed_flag_op,
// which makes generated code much nicer
if (delayed_flag_op != NULL)
{
- out_cmp_test(buf1, sizeof(buf1), delayed_flag_op, pfo, is_neg);
+ out_cmp_test(buf1, sizeof(buf1), delayed_flag_op, pfo, is_inv);
+ is_delayed = 1;
}
else if (last_arith_dst != NULL
&& (pfo == PFO_Z || pfo == PFO_S || pfo == PFO_P))
{
out_src_opr(buf3, sizeof(buf3), po, last_arith_dst, 0);
- out_test_for_cc(buf1, sizeof(buf1), po, pfo, is_neg,
+ out_test_for_cc(buf1, sizeof(buf1), po, pfo, is_inv,
last_arith_dst->lmod, buf3);
+ is_delayed = 1;
}
else if (po->datap != NULL) {
// use preprocessed results
if (!tmp_op || !(tmp_op->pfomask & (1 << pfo)))
ferr(po, "not prepared for pfo %d\n", pfo);
- // note: is_neg was not yet applied
+ // note: is_inv was not yet applied
snprintf(buf1, sizeof(buf1), "(%scond_%s)",
- is_neg ? "!" : "", parsed_flag_op_names[pfo]);
+ is_inv ? "!" : "", parsed_flag_op_names[pfo]);
}
else {
ferr(po, "all methods of finding comparison failed\n");
fprintf(fout, " if %s\n", buf1);
}
else if (po->op == OP_ADC || po->op == OP_SBB) {
- fprintf(fout, " cond_%s = %s;\n", parsed_flag_op_names[pfo], buf1);
+ if (is_delayed)
+ fprintf(fout, " cond_%s = %s;\n",
+ parsed_flag_op_names[pfo], buf1);
}
else if (po->flags & OPF_DATA) { // SETcc
out_dst_opr(buf2, sizeof(buf2), po, &po->operand[0]);
}
}
+ pfomask = po->pfomask;
+
switch (po->op)
{
case OP_MOV:
strcpy(g_comment, "cdq");
break;
+ case OP_STOS:
+ // assumes DF=0
+ assert_operand_cnt(3);
+ if (po->flags & OPF_REP) {
+ fprintf(fout, " for (; ecx != 0; ecx--, edi += %d)\n",
+ lmod_bytes(po, po->operand[0].lmod));
+ fprintf(fout, " *(u32 *)edi = eax;");
+ strcpy(g_comment, "rep stos");
+ }
+ else {
+ fprintf(fout, " *(u32 *)edi = eax; edi += %d;",
+ lmod_bytes(po, po->operand[0].lmod));
+ strcpy(g_comment, "stos");
+ }
+ break;
+
// arithmetic w/flags
case OP_ADD:
case OP_SUB:
lmod_cast_s(po, po->operand[0].lmod), buf2);
last_arith_dst = &po->operand[0];
delayed_flag_op = NULL;
+ if (pfomask & (1 << PFO_C)) {
+ fprintf(fout, "\n cond_c = (%s != 0);", buf1);
+ pfomask &= ~(1 << PFO_C);
+ }
break;
case OP_IMUL:
case OP_TEST:
case OP_CMP:
propagate_lmod(po, &po->operand[0], &po->operand[1]);
- if (po->pfomask != 0) {
+ if (pfomask != 0) {
for (j = 0; j < 8; j++) {
- if (po->pfomask & (1 << j)) {
+ if (pfomask & (1 << j)) {
out_cmp_test(buf1, sizeof(buf1), po, j, 0);
fprintf(fout, " cond_%s = %s;",
parsed_flag_op_names[j], buf1);
}
}
+ pfomask = 0;
}
else
no_output = 1;
tmp_op = pp->arg[arg].datap;
if (tmp_op == NULL)
ferr(po, "parsed_op missing for arg%d\n", arg);
- if (tmp_op->datap) {
- fprintf(fout, "s_a%ld", (long)tmp_op->datap);
+ if (tmp_op->argmask) {
+ fprintf(fout, "s_a%d", arg + 1);
}
else {
fprintf(fout, "%s",
break;
case OP_PUSH:
- if (po->datap) {
+ if (po->argmask) {
// special case - saved func arg
- fprintf(fout, " s_a%ld = %s;", (long)po->datap,
- out_src_opr(buf1, sizeof(buf1), po, &po->operand[0], 0));
+ for (j = 0; j < 32; j++) {
+ if (po->argmask & (1 << j)) {
+ fprintf(fout, " s_a%d = %s;", j + 1,
+ out_src_opr(buf1, sizeof(buf1), po, &po->operand[0], 0));
+ }
+ }
break;
}
ferr(po, "push encountered\n");
ferr(po, "pop encountered\n");
break;
+ case OP_NOP:
+ break;
+
default:
no_output = 1;
ferr(po, "unhandled op type %d, flags %x\n",
if (!no_output)
fprintf(fout, "\n");
+ if (pfomask != 0)
+ ferr(po, "missed flag calc, pfomask=%x\n", pfomask);
+
// see is delayed flag stuff is still valid
if (delayed_flag_op != NULL && delayed_flag_op != po) {
if (is_any_opr_modified(delayed_flag_op, po))
char line[256];
char words[16][256];
int in_func = 0;
+ int skip_warned = 0;
int eq_alloc;
int pi = 0;
int len;
words[0], g_func);
gen_func(fout, fhdr, g_func, pi);
in_func = 0;
+ skip_warned = 0;
g_func[0] = 0;
if (pi != 0) {
memset(&ops, 0, pi * sizeof(ops[0]));
memset(g_labels, 0, pi * sizeof(g_labels[0]));
+ memset(g_label_refs, 0, pi * sizeof(g_label_refs[0]));
pi = 0;
}
g_eqcnt = 0;
continue;
}
+ if (!in_func) {
+ if (!skip_warned && g_labels[pi][0] != 0) {
+ anote("skipping from '%s'\n", g_labels[pi]);
+ skip_warned = 1;
+ }
+ g_labels[pi][0] = 0;
+ continue;
+ }
+
parse_op(&ops[pi], words, wordc);
pi++;
-
- (void)proto_parse;
}
fclose(fout);
notaz.gp2x.de / ia32rtools.git / blobdiff