#define range_signed_32(x) \
(((offsetT) (x) >> 31) == 0 || ((offsetT) (x) >> 31) == -1)
#else
-#define range_signed_16(x) ((offsetT) (x) >= -(offsetT)0x8000 && \
- (offsetT) (x) <= (offsetT)0x7FFF)
-#define range_signed_32(x) ((offsetT) (x) >= -(offsetT)0x80000000 && \
- (offsetT) (x) <= (offsetT)0x7FFFFFFF)
+#define range_signed_16(x) ((offsetT) (x) >= -(offsetT) 0x8000 && \
+ (offsetT) (x) <= (offsetT) 0x7FFF)
+#define range_signed_32(x) ((offsetT) (x) >= -(offsetT) 0x80000000 && \
+ (offsetT) (x) <= (offsetT) 0x7FFFFFFF)
#endif
/* Macros for sign extending from 16- and 32-bits. */
/* Macros to build tokens */
-#define set_tok_reg(t, r) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_reg(t, r) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_register, \
(t).X_add_number = (r))
-#define set_tok_preg(t, r) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_preg(t, r) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_pregister, \
(t).X_add_number = (r))
-#define set_tok_cpreg(t, r) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_cpreg(t, r) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_cpregister, \
(t).X_add_number = (r))
-#define set_tok_freg(t, r) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_freg(t, r) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_register, \
(t).X_add_number = (r)+32)
-#define set_tok_sym(t, s, a) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_sym(t, s, a) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_symbol, \
(t).X_add_symbol = (s), \
(t).X_add_number = (a))
-#define set_tok_const(t, n) (memset(&(t), 0, sizeof (t)), \
+#define set_tok_const(t, n) (memset (&(t), 0, sizeof (t)), \
(t).X_op = O_constant, \
(t).X_add_number = (n))
#define ALPHA_RELOC_TABLE(op) \
&alpha_reloc_op[ ((!USER_RELOC_P (op)) \
? (abort (), 0) \
- : (int) (op) - (int)O_literal) ]
+ : (int) (op) - (int) O_literal) ]
#define LITUSE_BASE 1
#define LITUSE_BYTOFF 2
{ "ldt", emit_loadstore, "ldt",
{ MACRO_FPR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ldb", emit_ldX, (PTR)0,
+ { "ldb", emit_ldX, (PTR) 0,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ldbu", emit_ldXu, (PTR)0,
+ { "ldbu", emit_ldXu, (PTR) 0,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ldw", emit_ldX, (PTR)1,
+ { "ldw", emit_ldX, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ldwu", emit_ldXu, (PTR)1,
+ { "ldwu", emit_ldXu, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "uldw", emit_uldX, (PTR)1,
+ { "uldw", emit_uldX, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "uldwu", emit_uldXu, (PTR)1,
+ { "uldwu", emit_uldXu, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "uldl", emit_uldX, (PTR)2,
+ { "uldl", emit_uldX, (PTR) 2,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "uldlu", emit_uldXu, (PTR)2,
+ { "uldlu", emit_uldXu, (PTR) 2,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "uldq", emit_uldXu, (PTR)3,
+ { "uldq", emit_uldXu, (PTR) 3,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
{ "ldgp", emit_ldgp, NULL,
{ "stt", emit_loadstore, "stt",
{ MACRO_FPR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "stb", emit_stX, (PTR)0,
+ { "stb", emit_stX, (PTR) 0,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "stw", emit_stX, (PTR)1,
+ { "stw", emit_stX, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ustw", emit_ustX, (PTR)1,
+ { "ustw", emit_ustX, (PTR) 1,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ustl", emit_ustX, (PTR)2,
+ { "ustl", emit_ustX, (PTR) 2,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
- { "ustq", emit_ustX, (PTR)3,
+ { "ustq", emit_ustX, (PTR) 3,
{ MACRO_IR, MACRO_EXP, MACRO_OPIR, MACRO_BASE, MACRO_EOA } },
/* Arithmetic macros */
{ "absq" emit_absq, 2, { EXP, IR } },
#endif
- { "sextb", emit_sextX, (PTR)0,
+ { "sextb", emit_sextX, (PTR) 0,
{ MACRO_IR, MACRO_IR, MACRO_EOA,
MACRO_IR, MACRO_EOA,
/* MACRO_EXP, MACRO_IR, MACRO_EOA */ } },
- { "sextw", emit_sextX, (PTR)1,
+ { "sextw", emit_sextX, (PTR) 1,
{ MACRO_IR, MACRO_IR, MACRO_EOA,
MACRO_IR, MACRO_EOA,
/* MACRO_EXP, MACRO_IR, MACRO_EOA */ } },
memcpy (p, name, slash - name);
strcpy (p + (slash - name), slash + 1);
- (void)hash_insert(alpha_opcode_hash, p, (PTR)&alpha_opcodes[i]);
+ (void) hash_insert (alpha_opcode_hash, p, (PTR)&alpha_opcodes[i]);
/* Ignore failures -- the opcode table does duplicate some
variants in different forms, like "hw_stq" and "hw_st/q". */
}
{
char name[4];
sprintf (name, "$%d", i);
- alpha_register_table[i] = symbol_create(name, reg_section, i,
- &zero_address_frag);
+ alpha_register_table[i] = symbol_create (name, reg_section, i,
+ &zero_address_frag);
}
for (; i < 64; ++i)
{
char name[5];
sprintf (name, "$f%d", i-32);
- alpha_register_table[i] = symbol_create(name, reg_section, i,
- &zero_address_frag);
+ alpha_register_table[i] = symbol_create (name, reg_section, i,
+ &zero_address_frag);
}
/* Create the special symbols and sections we'll be using */
#ifdef OBJ_ELF
if (ECOFF_DEBUGGING)
{
- segT sec = subseg_new(".mdebug", (subsegT)0);
- bfd_set_section_flags(stdoutput, sec, SEC_HAS_CONTENTS|SEC_READONLY);
- bfd_set_section_alignment(stdoutput, sec, 3);
+ segT sec = subseg_new (".mdebug", (subsegT) 0);
+ bfd_set_section_flags (stdoutput, sec, SEC_HAS_CONTENTS|SEC_READONLY);
+ bfd_set_section_alignment (stdoutput, sec, 3);
}
#endif /* OBJ_ELF */
- subseg_set(text_section, 0);
+ subseg_set (text_section, 0);
#ifdef RELOC_OP_P
/* Create literal lookup hash table. */
- alpha_literal_hash = hash_new();
+ alpha_literal_hash = hash_new ();
#endif
}
segT seg;
valueT size;
{
- int align = bfd_get_section_alignment(stdoutput, seg);
- valueT mask = ((valueT)1 << align) - 1;
+ int align = bfd_get_section_alignment (stdoutput, seg);
+ valueT mask = ((valueT) 1 << align) - 1;
return (size + mask) & ~mask;
}
break;
case 'G':
- g_switch_value = atoi(arg);
+ g_switch_value = atoi (arg);
break;
case 'm':
{
const struct cpu_type *p;
for (p = cpu_types; p->name; ++p)
- if (strcmp(arg, p->name) == 0)
+ if (strcmp (arg, p->name) == 0)
{
alpha_target_name = p->name, alpha_target = p->flags;
goto found;
}
- as_warn(_("Unknown CPU identifier `%s'"), arg);
+ as_warn (_("Unknown CPU identifier `%s'"), arg);
found:;
}
break;
md_show_usage (stream)
FILE *stream;
{
- fputs(_("\
+ fputs (_("\
Alpha options:\n\
-32addr treat addresses as 32-bit values\n\
-F lack floating point instructions support\n\
case BFD_RELOC_23_PCREL_S2:
if (fixP->fx_pcrel == 0 && fixP->fx_addsy == 0)
{
- image = bfd_getl32(fixpos);
+ image = bfd_getl32 (fixpos);
image = (image & ~0x1FFFFF) | ((value >> 2) & 0x1FFFFF);
goto write_done;
}
case BFD_RELOC_ALPHA_HINT:
if (fixP->fx_pcrel == 0 && fixP->fx_addsy == 0)
{
- image = bfd_getl32(fixpos);
+ image = bfd_getl32 (fixpos);
image = (image & ~0x3FFF) | ((value >> 2) & 0x3FFF);
goto write_done;
}
{
const struct alpha_operand *operand;
- if ((int)fixP->fx_r_type >= 0)
+ if ((int) fixP->fx_r_type >= 0)
as_fatal (_("unhandled relocation type %s"),
bfd_get_reloc_code_name (fixP->fx_r_type));
- assert (-(int)fixP->fx_r_type < (int)alpha_num_operands);
- operand = &alpha_operands[-(int)fixP->fx_r_type];
+ assert (-(int) fixP->fx_r_type < (int) alpha_num_operands);
+ operand = &alpha_operands[-(int) fixP->fx_r_type];
/* The rest of these fixups only exist internally during symbol
resolution and have no representation in the object file.
as_bad_where (fixP->fx_file, fixP->fx_line,
_("non-absolute expression in constant field"));
- image = bfd_getl32(fixpos);
- image = insert_operand(image, operand, (offsetT)value,
- fixP->fx_file, fixP->fx_line);
+ image = bfd_getl32 (fixpos);
+ image = insert_operand (image, operand, (offsetT) value,
+ fixP->fx_file, fixP->fx_line);
}
goto write_done;
}
return 1;
else
{
- as_warn_where(fixP->fx_file, fixP->fx_line,
- _("type %d reloc done?\n"), (int)fixP->fx_r_type);
+ as_warn_where (fixP->fx_file, fixP->fx_line,
+ _("type %d reloc done?\n"), (int) fixP->fx_r_type);
goto done;
}
write_done:
- md_number_to_chars(fixpos, image, 4);
+ md_number_to_chars (fixpos, image, 4);
done:
fixP->fx_done = 1;
*/
symbolS *
-md_undefined_symbol(name)
+md_undefined_symbol (name)
char *name;
{
if (*name == '$')
/* FALLTHRU */
case 'r':
- if (!isdigit(*++name))
+ if (!isdigit (*++name))
break;
/* FALLTHRU */
case '5': case '6': case '7': case '8': case '9':
if (name[1] == '\0')
num = name[0] - '0';
- else if (name[0] != '0' && isdigit(name[1]) && name[2] == '\0')
+ else if (name[0] != '0' && isdigit (name[1]) && name[2] == '\0')
{
num = (name[0] - '0') * 10 + name[1] - '0';
if (num >= 32)
break;
if (!alpha_noat_on && (num + is_float) == AXP_REG_AT)
- as_warn(_("Used $at without \".set noat\""));
+ as_warn (_("Used $at without \".set noat\""));
return alpha_register_table[num + is_float];
case 'a':
if (name[1] == 't' && name[2] == '\0')
{
if (!alpha_noat_on)
- as_warn(_("Used $at without \".set noat\""));
+ as_warn (_("Used $at without \".set noat\""));
return alpha_register_table[AXP_REG_AT];
}
break;
return 0;
default:
- assert((int)f->fx_r_type < 0 && -(int)f->fx_r_type < (int)alpha_num_operands);
+ assert ((int) f->fx_r_type < 0 && -(int) f->fx_r_type < (int) alpha_num_operands);
return 0;
}
}
return 1;
default:
- assert ((int)f->fx_r_type < 0
- && - (int)f->fx_r_type < (int)alpha_num_operands);
+ assert ((int) f->fx_r_type < 0
+ && - (int) f->fx_r_type < (int) alpha_num_operands);
return 1;
}
/*NOTREACHED*/
/* Make sure none of our internal relocations make it this far.
They'd better have been fully resolved by this point. */
- assert ((int)fixp->fx_r_type > 0);
+ assert ((int) fixp->fx_r_type > 0);
reloc->howto = bfd_reloc_type_lookup (stdoutput, fixp->fx_r_type);
if (reloc->howto == NULL)
* of thing, and as a result we need to fake it out here.
*/
if ((S_IS_EXTERN (fixp->fx_addsy) || S_IS_WEAK (fixp->fx_addsy))
- && !S_IS_COMMON(fixp->fx_addsy))
+ && !S_IS_COMMON (fixp->fx_addsy))
reloc->addend -= symbol_get_bfdsym (fixp->fx_addsy)->value;
#endif
}
char c = get_symbol_end ();
symbolS *sym = md_undefined_symbol (s);
- *strchr(s, '\0') = c;
+ *strchr (s, '\0') = c;
if (sym && (framereg = S_GET_VALUE (sym)) <= 31)
goto found;
}
for (fixp = seginfo->fix_root; fixp; fixp = next)
{
next = fixp->fx_next;
- fixp->fx_next = (fixS *)0;
+ fixp->fx_next = (fixS *) 0;
#ifdef DEBUG2_ALPHA
n++;
#endif
#ifdef DEBUG2_ALPHA
fprintf (stderr,
"alpha_adjust_symtab_relocs: 0x%lx, other relocation %s\n",
- (long)fixp,
+ (long) fixp,
bfd_get_reloc_code_name (fixp->fx_r_type));
#endif
break;
n_dup_literals++;
fprintf (stderr,
"alpha_adjust_symtab_relocs: 0x%lx, !literal!%.6d, # literals = %2d\n",
- (long)fixp,
+ (long) fixp,
fixp->tc_fix_data.info->sequence,
fixp->tc_fix_data.info->n_literals);
#endif
#ifdef DEBUG2_ALPHA
fprintf (stderr,
"alpha_adjust_symtab_relocs: 0x%lx, !lituse !%.6d, # lituses = %2d, next_lituse = 0x%lx\n",
- (long)fixp,
+ (long) fixp,
fixp->tc_fix_data.info->sequence,
fixp->tc_fix_data.info->n_lituses,
- (long)fixp->tc_fix_data.next_lituse);
+ (long) fixp->tc_fix_data.next_lituse);
#endif
break;
}
&& ! fixp->tc_fix_data.info->multi_section_p)
{
for (lituse = fixp->tc_fix_data.info->lituse;
- lituse != (fixS *)0;
+ lituse != (fixS *) 0;
lituse = lituse->tc_fix_data.next_lituse)
{
lituse->fx_next = fixp->fx_next;
fprintf (stderr, ", %s(%s, %s, %d)", name,
(t->X_add_symbol) ? S_GET_NAME (t->X_add_symbol) : "--",
(t->X_op_symbol) ? S_GET_NAME (t->X_op_symbol) : "--",
- (int)t->X_add_number);
+ (int) t->X_add_number);
}
fprintf (stderr, "\n");
fflush (stderr);
syntax match. */
static const struct alpha_opcode *
-find_opcode_match(first_opcode, tok, pntok, pcpumatch)
+find_opcode_match (first_opcode, tok, pntok, pcpumatch)
const struct alpha_opcode *first_opcode;
const expressionS *tok;
int *pntok;
{
case AXP_OPERAND_IR:
if (tok[tokidx].X_op != O_register
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
break;
case AXP_OPERAND_FPR:
if (tok[tokidx].X_op != O_register
- || !is_fpr_num(tok[tokidx].X_add_number))
+ || !is_fpr_num (tok[tokidx].X_add_number))
goto match_failed;
break;
case AXP_OPERAND_IR|AXP_OPERAND_PARENS:
if (tok[tokidx].X_op != O_pregister
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
break;
case AXP_OPERAND_IR|AXP_OPERAND_PARENS|AXP_OPERAND_COMMA:
if (tok[tokidx].X_op != O_cpregister
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
break;
match_failed:;
}
while (++opcode-alpha_opcodes < alpha_num_opcodes
- && !strcmp(opcode->name, first_opcode->name));
+ && !strcmp (opcode->name, first_opcode->name));
if (*pcpumatch)
*pcpumatch = got_cpu_match;
match. */
static const struct alpha_macro *
-find_macro_match(first_macro, tok, pntok)
+find_macro_match (first_macro, tok, pntok)
const struct alpha_macro *first_macro;
const expressionS *tok;
int *pntok;
/* index register */
case MACRO_IR:
if (tokidx >= ntok || tok[tokidx].X_op != O_register
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
++tokidx;
break;
/* parenthesized index register */
case MACRO_PIR:
if (tokidx >= ntok || tok[tokidx].X_op != O_pregister
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
++tokidx;
break;
/* optional parenthesized index register */
case MACRO_OPIR:
if (tokidx < ntok && tok[tokidx].X_op == O_pregister
- && is_ir_num(tok[tokidx].X_add_number))
+ && is_ir_num (tok[tokidx].X_add_number))
++tokidx;
break;
/* leading comma with a parenthesized index register */
case MACRO_CPIR:
if (tokidx >= ntok || tok[tokidx].X_op != O_cpregister
- || !is_ir_num(tok[tokidx].X_add_number))
+ || !is_ir_num (tok[tokidx].X_add_number))
goto match_failed;
++tokidx;
break;
/* floating point register */
case MACRO_FPR:
if (tokidx >= ntok || tok[tokidx].X_op != O_register
- || !is_fpr_num(tok[tokidx].X_add_number))
+ || !is_fpr_num (tok[tokidx].X_add_number))
goto match_failed;
++tokidx;
break;
}
}
while (++macro-alpha_macros < alpha_num_macros
- && !strcmp(macro->name, first_macro->name));
+ && !strcmp (macro->name, first_macro->name));
return NULL;
}
/* Insert an operand value into an instruction. */
static unsigned
-insert_operand(insn, operand, val, file, line)
+insert_operand (insn, operand, val, file, line)
unsigned insn;
const struct alpha_operand *operand;
offsetT val;
_("operand out of range (%s not between %d and %d)");
char buf[sizeof (val) * 3 + 2];
- sprint_value(buf, val);
+ sprint_value (buf, val);
if (file)
- as_warn_where(file, line, err, buf, min, max);
+ as_warn_where (file, line, err, buf, min, max);
else
- as_warn(err, buf, min, max);
+ as_warn (err, buf, min, max);
}
}
*/
static void
-assemble_insn(opcode, tok, ntok, insn)
+assemble_insn (opcode, tok, ntok, insn)
const struct alpha_opcode *opcode;
const expressionS *tok;
int ntok;
for (argidx = opcode->operands; *argidx; ++argidx)
{
const struct alpha_operand *operand = &alpha_operands[*argidx];
- const expressionS *t = (const expressionS *)0;
+ const expressionS *t = (const expressionS *) 0;
if (operand->flags & AXP_OPERAND_FAKE)
{
/* fake operands take no value and generate no fixup */
- image = insert_operand(image, operand, 0, NULL, 0);
+ image = insert_operand (image, operand, 0, NULL, 0);
continue;
}
case O_register:
case O_pregister:
case O_cpregister:
- image = insert_operand(image, operand, regno(t->X_add_number),
- NULL, 0);
+ image = insert_operand (image, operand, regno (t->X_add_number),
+ NULL, 0);
break;
case O_constant:
- image = insert_operand(image, operand, t->X_add_number, NULL, 0);
+ image = insert_operand (image, operand, t->X_add_number, NULL, 0);
break;
default:
struct alpha_fixup *fixup;
if (insn->nfixups >= MAX_INSN_FIXUPS)
- as_fatal(_("too many fixups"));
+ as_fatal (_("too many fixups"));
fixup = &insn->fixups[insn->nfixups++];
/* Apply the fixups in order */
for (i = 0; i < insn->nfixups; ++i)
{
- const struct alpha_operand *operand = (const struct alpha_operand *)0;
+ const struct alpha_operand *operand = (const struct alpha_operand *) 0;
struct alpha_fixup *fixup = &insn->fixups[i];
int size, pcrel;
fixS *fixP;
#endif
/* Some fixups are only used internally and so have no howto */
- if ((int)fixup->reloc < 0)
+ if ((int) fixup->reloc < 0)
{
- operand = &alpha_operands[-(int)fixup->reloc];
+ operand = &alpha_operands[-(int) fixup->reloc];
size = 4;
pcrel = ((operand->flags & AXP_OPERAND_RELATIVE) != 0);
}
info->segment = now_seg;
info->sequence = insn->sequence[i];
strcpy (info->string, buffer);
- errmsg = hash_insert (alpha_literal_hash, info->string, (PTR)info);
+ errmsg = hash_insert (alpha_literal_hash, info->string, (PTR) info);
if (errmsg)
as_bad (errmsg);
}
info->segment = now_seg;
info->sequence = insn->sequence[i];
strcpy (info->string, buffer);
- errmsg = hash_insert (alpha_literal_hash, info->string, (PTR)info);
+ errmsg = hash_insert (alpha_literal_hash, info->string, (PTR) info);
if (errmsg)
as_bad (errmsg);
}
#endif
default:
- if ((int)fixup->reloc < 0)
+ if ((int) fixup->reloc < 0)
{
if (operand->flags & AXP_OPERAND_NOOVERFLOW)
fixP->fx_no_overflow = 1;
than one insn in an insn structure. */
static void
-assemble_tokens_to_insn(opname, tok, ntok, insn)
+assemble_tokens_to_insn (opname, tok, ntok, insn)
const char *opname;
const expressionS *tok;
int ntok;
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, opname);
+ (int) reloc_exp->X_add_number, opname);
ntok--;
}
#endif
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, "ldgp");
+ (int) reloc_exp->X_add_number, "ldgp");
ntok--;
}
#endif
assemble_tokens_to_insn ("ldq", newtok, 3, &insn);
- assert (explicit_reloc == (const expressionS *)0);
+ assert (explicit_reloc == (const expressionS *) 0);
assert (insn.nfixups == 1);
insn.fixups[0].reloc = BFD_RELOC_ALPHA_LITERAL;
#endif /* OBJ_ECOFF */
/* Find symbol or symbol pointer in link section. */
- assert (explicit_reloc == (const expressionS *)0);
+ assert (explicit_reloc == (const expressionS *) 0);
if (exp->X_add_symbol == alpha_evax_proc.symbol)
{
if (range_signed_16 (addend))
}
#endif /* OBJ_EVAX */
- emit_insn(&insn);
+ emit_insn (&insn);
#ifndef OBJ_EVAX
emit_lituse = 1;
break;
case O_constant:
- assert (explicit_reloc == (const expressionS *)0);
+ assert (explicit_reloc == (const expressionS *) 0);
break;
case O_subtract:
/* Assume that this difference expression will be resolved to an
absolute value and that that value will fit in 16 bits. */
- assert (explicit_reloc == (const expressionS *)0);
+ assert (explicit_reloc == (const expressionS *) 0);
set_tok_reg (newtok[0], targreg);
newtok[1] = *exp;
set_tok_preg (newtok[2], basereg);
const PTR opname;
{
int basereg;
- const expressionS *reloc = (const expressionS *)0;
+ const expressionS *reloc = (const expressionS *) 0;
#ifdef RELOC_OP_P
if (ntok && USER_RELOC_P (tok[ntok-1].X_op))
{
default:
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc->X_add_number, (const char *)opname);
+ (int) reloc->X_add_number, (const char *) opname);
- reloc = (const expressionS *)0;
+ reloc = (const expressionS *) 0;
ntok--;
break;
case O_lituse_base:
if (ntok != 4
|| tok[0].X_op != O_register
- || !is_ir_num(tok[0].X_add_number)
+ || !is_ir_num (tok[0].X_add_number)
|| tok[1].X_op != O_constant
|| tok[2].X_op != O_pregister
- || !is_ir_num(tok[2].X_add_number))
+ || !is_ir_num (tok[2].X_add_number))
{
as_bad (_("bad instruction format for lda !%s!%ld"), r->name,
(long) reloc->X_add_number);
- reloc = (const expressionS *)0;
+ reloc = (const expressionS *) 0;
ntok--;
break;
}
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, "ldah");
+ (int) reloc_exp->X_add_number, "ldah");
ntok--;
}
#endif
struct alpha_insn insn;
#ifdef RELOC_OP_P
- const expressionS *reloc = (const expressionS *)0;
+ const expressionS *reloc = (const expressionS *) 0;
if (ntok && USER_RELOC_P (tok[ntok-1].X_op))
{
break;
case O_literal:
- if (strcmp ((const char *)opname, "ldq") == 0)
+ if (strcmp ((const char *) opname, "ldq") == 0)
{
emit_lda (tok, ntok, opname);
return;
ntok--;
r = ALPHA_RELOC_TABLE (reloc->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc->X_add_number, (const char *)opname);
+ (int) reloc->X_add_number, (const char *) opname);
}
}
#endif
basereg = tok[2].X_add_number;
lituse = load_expression (tok[0].X_add_number, &tok[1], &basereg,
- &newtok[1], (const expressionS *)0);
+ &newtok[1], (const expressionS *) 0);
newtok[0] = tok[0];
set_tok_preg (newtok[2], basereg);
- assemble_tokens_to_insn ((const char *)opname, newtok, 3, &insn);
+ assemble_tokens_to_insn ((const char *) opname, newtok, 3, &insn);
#ifdef RELOC_OP_P
if (reloc)
struct alpha_insn insn;
#ifdef RELOC_OP_P
- const expressionS *reloc = (const expressionS *)0;
+ const expressionS *reloc = (const expressionS *) 0;
if (ntok && USER_RELOC_P (tok[ntok-1].X_op))
{
{
const struct alpha_reloc_op_tag *r = &alpha_reloc_op[ reloc->X_md ];
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc->X_add_number, (const char *)opname);
+ (int) reloc->X_add_number, (const char *) opname);
}
}
#endif
else
basereg = tok[2].X_add_number;
- if (tok[1].X_op != O_constant || !range_signed_16(tok[1].X_add_number))
+ if (tok[1].X_op != O_constant || !range_signed_16 (tok[1].X_add_number))
{
if (alpha_noat_on)
as_bad (_("macro requires $at register while noat in effect"));
lituse = load_expression (AXP_REG_AT, &tok[1], &basereg, &newtok[1],
- (const expressionS *)0);
+ (const expressionS *) 0);
}
else
{
newtok[0] = tok[0];
set_tok_preg (newtok[2], basereg);
- assemble_tokens_to_insn ((const char *)opname, newtok, 3, &insn);
+ assemble_tokens_to_insn ((const char *) opname, newtok, 3, &insn);
#ifdef RELOC_OP_P
if (reloc)
const PTR vlgsize;
{
if (alpha_target & AXP_OPCODE_BWX)
- emit_ir_load (tok, ntok, ldXu_op[(long)vlgsize]);
+ emit_ir_load (tok, ntok, ldXu_op[(long) vlgsize]);
else
{
expressionS newtok[3];
= ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, "ldbu/ldwu");
+ (int) reloc_exp->X_add_number, "ldbu/ldwu");
ntok--;
}
#endif
set_tok_reg (newtok[1], AXP_REG_AT);
newtok[2] = newtok[0];
- assemble_tokens (extXl_op[(long)vlgsize], newtok, 3, 1);
+ assemble_tokens (extXl_op[(long) vlgsize], newtok, 3, 1);
}
}
const PTR vlgsize;
{
emit_ldXu (tok, ntok, vlgsize);
- assemble_tokens (sextX_op[(long)vlgsize], tok, 1, 1);
+ assemble_tokens (sextX_op[(long) vlgsize], tok, 1, 1);
}
/* Load an integral value from an unaligned address as an unsigned
int ntok;
const PTR vlgsize;
{
- long lgsize = (long)vlgsize;
+ long lgsize = (long) vlgsize;
expressionS newtok[3];
if (alpha_noat_on)
const PTR vlgsize;
{
emit_uldXu (tok, ntok, vlgsize);
- assemble_tokens (sextX_op[(long)vlgsize], tok, 1, 1);
+ assemble_tokens (sextX_op[(long) vlgsize], tok, 1, 1);
}
/* Implement the ldil macro. */
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, "ldil");
+ (int) reloc_exp->X_add_number, "ldil");
ntok--;
}
#endif
int ntok;
const PTR vlgsize;
{
- int lgsize = (int) (long)vlgsize;
+ int lgsize = (int) (long) vlgsize;
if (alpha_target & AXP_OPCODE_BWX)
emit_loadstore (tok, ntok, stX_op[lgsize]);
expressionS newtok[3];
if (alpha_noat_on)
- as_bad(_("macro requires $at register while noat in effect"));
+ as_bad (_("macro requires $at register while noat in effect"));
/* emit "lda $at, exp" */
int ntok;
const PTR vlgsize;
{
- int lgsize = (int) (long)vlgsize;
+ int lgsize = (int) (long) vlgsize;
expressionS newtok[3];
/* emit "lda $at, exp" */
int ntok;
const PTR vlgsize;
{
- long lgsize = (long)vlgsize;
+ long lgsize = (long) vlgsize;
if (alpha_target & AXP_OPCODE_BWX)
assemble_tokens (sextX_op[lgsize], tok, ntok, 0);
= ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, "setxt");
+ (int) reloc_exp->X_add_number, "setxt");
ntok--;
}
#endif
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, (char char *)symname);
+ (int) reloc_exp->X_add_number, (char char *) symname);
ntok--;
}
#endif
}
}
- sym = symbol_find_or_make ((const char *)symname);
+ sym = symbol_find_or_make ((const char *) symname);
set_tok_reg (newtok[0], AXP_REG_AT);
set_tok_sym (newtok[1], sym, 0);
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, (const char *)symname);
+ (int) reloc_exp->X_add_number, (const char *) symname);
ntok--;
}
#endif
else
rr = regno (tok[2].X_add_number);
- sym = symbol_find_or_make ((const char *)symname);
+ sym = symbol_find_or_make ((const char *) symname);
/* Move the operands into the right place */
if (yr == AXP_REG_T10 && xr == AXP_REG_T11)
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, opname);
+ (int) reloc_exp->X_add_number, opname);
ntok--;
}
#endif
{
int basereg = alpha_gp_register;
lituse = load_expression (r = AXP_REG_PV, &tok[tokidx], &basereg, NULL,
- (const expressionS *)0);
+ (const expressionS *) 0);
}
#endif
int ntok;
const PTR vopname;
{
- const char *opname = (const char *)vopname;
+ const char *opname = (const char *) vopname;
expressionS newtok[3];
int r, tokidx = 0;
const expressionS *reloc_exp = &tok[ntok-1];
const struct alpha_reloc_op_tag *r = ALPHA_RELOC_TABLE (reloc_exp->X_op);
as_bad (_("Cannot use !%s!%d with %s"), r->name,
- (int)reloc_exp->X_add_number, opname);
+ (int) reloc_exp->X_add_number, opname);
ntok--;
}
#endif
if (tokidx < ntok)
newtok[2] = tok[tokidx];
else
- set_tok_const (newtok[2], strcmp(opname, "ret") == 0);
+ set_tok_const (newtok[2], strcmp (opname, "ret") == 0);
assemble_tokens (opname, newtok, 3, 0);
}
/* If we've been undecided about mdebug, make up our minds in favour. */
if (alpha_flag_mdebug < 0)
{
- segT sec = subseg_new(".mdebug", 0);
- bfd_set_section_flags(stdoutput, sec, SEC_HAS_CONTENTS|SEC_READONLY);
- bfd_set_section_alignment(stdoutput, sec, 3);
+ segT sec = subseg_new (".mdebug", 0);
+ bfd_set_section_flags (stdoutput, sec, SEC_HAS_CONTENTS|SEC_READONLY);
+ bfd_set_section_alignment (stdoutput, sec, 3);
ecoff_read_begin_hook ();
name = input_line_pointer;
name_end = get_symbol_end ();
- if (strncmp(name, "stack", 5) == 0)
+ if (strncmp (name, "stack", 5) == 0)
{
alpha_evax_proc.pdsckind = PDSC_S_K_KIND_FP_STACK;
}
- else if (strncmp(name, "reg", 3) == 0)
+ else if (strncmp (name, "reg", 3) == 0)
{
alpha_evax_proc.pdsckind = PDSC_S_K_KIND_FP_REGISTER;
}
- else if (strncmp(name, "null", 4) == 0)
+ else if (strncmp (name, "null", 4) == 0)
{
alpha_evax_proc.pdsckind = PDSC_S_K_KIND_NULL;
}
*(p+3) = alpha_evax_proc.ra_save;
break;
case PDSC_S_K_KIND_FP_STACK:
- md_number_to_chars (p+2, (valueT)alpha_evax_proc.rsa_offset, 2);
+ md_number_to_chars (p+2, (valueT) alpha_evax_proc.rsa_offset, 2);
break;
default: /* impossible */
break;
*(p+5) = alpha_evax_proc.type & 0x0f;
/* Signature offset. */
- md_number_to_chars (p+6, (valueT)0, 2);
+ md_number_to_chars (p+6, (valueT) 0, 2);
fix_new_exp (frag_now, p-frag_now->fr_literal+8, 8, &exp, 0, BFD_RELOC_64);
seginfo->literal_pool_size += 8;
/* pdesc+16: Size. */
- md_number_to_chars (p, (valueT)alpha_evax_proc.framesize, 4);
+ md_number_to_chars (p, (valueT) alpha_evax_proc.framesize, 4);
- md_number_to_chars (p+4, (valueT)0, 2);
+ md_number_to_chars (p+4, (valueT) 0, 2);
/* Entry length. */
md_number_to_chars (p+6, alpha_evax_proc.prologue, 2);
else
{
alpha_evax_proc.imask = val;
- (void)get_absolute_expression ();
+ (void) get_absolute_expression ();
}
demand_empty_rest_of_line ();
switch (e.X_op)
{
case O_constant:
- e.X_add_symbol = section_symbol(absolute_section);
+ e.X_add_symbol = section_symbol (absolute_section);
e.X_op = O_symbol;
/* FALLTHRU */
case O_symbol:
ch = get_symbol_end ();
for (p = cpu_types; p->name; ++p)
- if (strcmp(name, p->name) == 0)
+ if (strcmp (name, p->name) == 0)
{
alpha_target_name = p->name, alpha_target = p->flags;
goto found;
}
- as_warn("Unknown CPU identifier `%s'", name);
+ as_warn ("Unknown CPU identifier `%s'", name);
found:
*input_line_pointer = ch;
/* print token expression with alpha specific extension. */
static void
-alpha_print_token(f, exp)
+alpha_print_token (f, exp)
FILE *f;
const expressionS *exp;
{
projects / deliverable / binutils-gdb.git / commitdiff
