/*
* CDDL HEADER START
*
* The contents of this file are subject to the terms of the
* Common Development and Distribution License (the "License").
* You may not use this file except in compliance with the License.
*
* You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
* See the License for the specific language governing permissions
* and limitations under the License.
*
* When distributing Covered Code, include this CDDL HEADER in each
* file and include the License file at usr/src/OPENSOLARIS.LICENSE.
* If applicable, add the following below this CDDL HEADER, with the
* fields enclosed by brackets "[]" replaced with your own identifying
* information: Portions Copyright [yyyy] [name of copyright owner]
*
* CDDL HEADER END
*/
/*
* Copyright (c) 1990, 1991 UNIX System Laboratories, Inc.
* Copyright (c) 1988 AT&T
* All Rights Reserved
*
*/
/* Get the x86 version of the relocation engine */
#define DO_RELOC_LIBLD_X86
#include <string.h>
#include <stdio.h>
#include <debug.h>
#include <reloc.h>
#include <i386/machdep_x86.h>
#include "msg.h"
#include "_libld.h"
/*
* Search the GOT index list for a GOT entry with a matching reference.
*/
/* ARGSUSED3 */
static Gotndx *
{
return (ofl->ofl_tlsldgotndx);
return (gnp);
}
return (NULL);
}
static Xword
{
else
gotndx++;
}
static Word
{
/* LINTED */
reld->rel_raddend = 0;
*typedata = 0;
}
static void
{
}
static void
{
/*
* Create this entry if we are going to create a PLT table.
*/
if (ofl->ofl_pltcnt)
(*cnt)++; /* DT_PLTGOT */
}
}
static void
{
else
(*dyn)++;
}
}
static Xword
{
return (value);
}
/*
* Build a single plt entry - code is:
* if (building a.out)
* JMP *got_off
* else
* JMP *got_off@GOT(%ebx)
* PUSHL &rel_off
* JMP -n(%pc) # -n is pcrel offset to first plt entry
*
* The got_off@GOT entry gets filled with the address of the PUSHL,
* so the first pass through the plt jumps back here, jumping
* in turn to the first plt entry, which jumps to the dynamic
* linker. The dynamic linker then patches the GOT, rerouting
* future plt calls to the proper destination.
*/
static void
{
/*
* Fill in the got entry with the address of the next instruction.
*/
/* LINTED */
if (bswap)
/* LINTED */
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
got_off);
} else {
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
}
if (bswap)
/* LINTED */
pltent += 4;
pltent[0] = M_INST_PUSHL;
pltent++;
/* LINTED */
if (bswap)
/* LINTED */
pltent += 4;
pltent[0] = M_INST_JMP;
pltent++;
/* LINTED */
if (bswap)
/* LINTED */
}
static uintptr_t
{
char *relbits;
int sectmoved = 0;
/*
* If the section this relocation is against has been discarded
* (-zignore), then also discard (skip) the relocation itself.
*/
return (1);
}
/*
* If this is a relocation against a move table, or expanded move
* table, adjust the relocation entries.
*/
if (RELAUX_GET_MOVE(orsp))
/*
* If this is a relocation against a section using a partial initialized
* symbol, adjust the embedded symbol info.
*
* The second argument of the am_I_partial() is the value stored at the
* target address relocation is going to be applied.
*/
if (ofl->ofl_parsyms &&
/* LINTED */
orsp->rel_roffset)))) {
sectmoved = 1;
}
}
/*
* Note that relocations for PLT's actually
* cause a relocation againt the GOT.
*/
/*
* This must be a R_386_COPY. For these set the roffset to
* point to the new symbols location.
*/
} else {
/*
* Calculate virtual offset of reference point; equals offset
* into section + vaddr of section for loadable sections, or
* offset plus section displacement for nonloadable sections.
*/
}
/*
* Assign the symbols index for the output relocation. If the
* relocation refers to a SECTION symbol then it's index is based upon
* the output sections symbols index. Otherwise the index can be
* derived from the symbols index itself.
*/
if (sectmoved == 0) {
/*
* Check for a null input section. This can
* occur if this relocation references a symbol
* generated by sym_add_sym().
*/
else
} else
} else
/*
* If we have a replacement value for the relocation
* target, put it in place now.
*/
/*
* Get the address of the data item we need to modify.
*/
return (S_ERROR);
}
/*
* Assert we haven't walked off the end of our relocation table.
*/
/*
* Determine if this relocation is against a non-writable, allocatable
* section. If so we may need to provide a text relocation diagnostic.
* Note that relocations against the .plt (R_386_JMP_SLOT) actually
* result in modifications to the .got.
*/
return (1);
}
/*
* i386 Instructions for TLS processing
*/
/*
* 0x00 movl %gs:0x0, %eax
*/
0x65, 0xa1, 0x00, 0x00, 0x00, 0x00,
/*
* 0x06 addl x(%eax), %eax
* 0x0c ...
*/
0x03, 0x80, 0x00, 0x00, 0x00, 0x00
};
/*
* 0x00 movl %gs:0x0, %eax
*/
0x65, 0xa1, 0x00, 0x00, 0x00, 0x00,
/*
* 0x06 addl $0x0, %eax
*/
0x05, 0x00, 0x00, 0x00, 0x00,
/*
* 0x0b nop
* 0x0c
*/
0x90
};
/*
* movl %gs:0x0,%eax
*/
0x65, 0xa1, 0x00, 0x00, 0x00, 00
};
static Fixupret
{
/*
* IE reference model
*/
switch (rtype) {
case R_386_TLS_GD:
/*
* Transition:
* 0x0 leal x@tlsgd(,r1,1), %eax
* 0x7 call ___tls_get_addr
* 0xc
* To:
* 0x0 movl %gs:0, %eax
* 0x6 addl x@gotntpoff(r1), %eax
*/
/*
* Adjust 'offset' to beginning of instruction
* sequence.
*/
offset -= 3;
sizeof (tlsinstr_gd_ie));
/*
* set register %r1 into the addl
* instruction.
*/
return (FIX_RELOC);
case R_386_TLS_GD_PLT:
/*
* Fixup done via the TLS_GD relocation
*/
return (FIX_DONE);
}
}
/*
* LE reference model
*/
switch (rtype) {
case R_386_TLS_GD:
/*
* Transition:
* 0x0 leal x@tlsgd(,r1,1), %eax
* 0x7 call ___tls_get_addr
* 0xc
* To:
* 0x0 movl %gs:0, %eax
* 0x6 addl $x@ntpoff, %eax
* 0xb nop
* 0xc
*/
/*
* Adjust 'offset' to beginning of instruction
* sequence.
*/
offset -= 3;
sizeof (tlsinstr_gd_le));
return (FIX_RELOC);
case R_386_TLS_GD_PLT:
case R_386_PLT32:
/*
* Fixup done via the TLS_GD relocation
*/
return (FIX_DONE);
case R_386_TLS_LDM_PLT:
/*
* Transition:
* call __tls_get_addr()
* to:
* nop
* nop
* nop
* nop
* nop
*/
return (FIX_DONE);
case R_386_TLS_LDM:
/*
* Transition:
*
* 0x00 leal x1@tlsldm(%ebx), %eax
* 0x06 call ___tls_get_addr
*
* to:
*
* 0x00 movl %gs:0, %eax
*/
sizeof (tlsinstr_gd_ie_movgs));
return (FIX_DONE);
case R_386_TLS_LDO_32:
/*
* Instructions:
*
* 0x10 leal x1@dtpoff(%eax), %edx R_386_TLS_LDO_32
* to
* 0x10 leal x1@ntpoff(%eax), %edx R_386_TLS_LE
*
*/
offset -= 2;
return (FIX_RELOC);
case R_386_TLS_GOTIE:
/*
* These transitions are a little different than the
* others, in that we could have multiple instructions
* pointed to by a single relocation. Depending upon the
* instruction, we perform a different code transition.
*
* Here's the known transitions:
*
* 1) movl foo@gotntpoff(%reg1), %reg2
* 0x8b, 0x80 | (reg2 << 3) | reg1, foo@gotntpoff
*
* 2) addl foo@gotntpoff(%reg1), %reg2
* 0x03, 0x80 | (reg2 << 3) | reg1, foo@gotntpoff
*
* Transitions IE -> LE
*
* 1) movl $foo@ntpoff, %reg2
* 0xc7, 0xc0 | reg2, foo@ntpoff
*
* 2) addl $foo@ntpoff, %reg2
* 0x81, 0xc0 | reg2, foo@ntpoff
*
* Note: reg1 != 4 (%esp)
*/
offset -= 2;
if (offset[0] == 0x8b) {
/* case 1 above */
return (FIX_RELOC);
}
if (offset[0] == 0x03) {
/* case 2 above */
return (FIX_RELOC);
}
/*
* Unexpected instruction sequence - fatal error.
*/
{
}
return (FIX_ERROR);
case R_386_TLS_IE:
/*
* These transitions are a little different than the
* others, in that we could have multiple instructions
* pointed to by a single relocation. Depending upon the
* instruction, we perform a different code transition.
*
* Here's the known transitions:
* 1) movl foo@indntpoff, %eax
* 0xa1, foo@indntpoff
*
* 2) movl foo@indntpoff, %eax
* 0x8b, 0x05 | (reg << 3), foo@gotntpoff
*
* 3) addl foo@indntpoff, %eax
* 0x03, 0x05 | (reg << 3), foo@gotntpoff
*
* Transitions IE -> LE
*
* 1) movl $foo@ntpoff, %eax
* 0xb8, foo@ntpoff
*
* 2) movl $foo@ntpoff, %reg
* 0xc7, 0xc0 | reg, foo@ntpoff
*
* 3) addl $foo@ntpoff, %reg
* 0x81, 0xc0 | reg, foo@ntpoff
*/
offset--;
if (offset[0] == 0xa1) {
/* case 1 above */
return (FIX_RELOC);
}
offset--;
if (offset[0] == 0x8b) {
/* case 2 above */
return (FIX_RELOC);
}
if (offset[0] == 0x03) {
/* case 3 above */
return (FIX_RELOC);
}
/*
* Unexpected instruction sequence - fatal error.
*/
{
}
return (FIX_ERROR);
}
return (FIX_RELOC);
}
static uintptr_t
{
/*
* Process active relocations.
*/
const char *ifl_name;
int moved = 0;
/*
* If the section this relocation is against has been discarded
* (-zignore), then discard (skip) the relocation itself.
*/
FLG_REL_PLT | FLG_REL_NOINFO)) == 0)) {
continue;
}
/*
* We determine what the 'got reference' model (if required)
* is at this point. This needs to be done before tls_fixup()
* since it may 'transition' our instructions.
*
* The got table entries have already been assigned,
* and we bind to those initial entries.
*/
else
/*
* Perform any required TLS fixups.
*/
return (S_ERROR);
continue;
}
/*
* If this is a relocation against a move table, or
* expanded move table, adjust the relocation entries.
*/
if (RELAUX_GET_MOVE(arsp))
value = 0;
/*
* The value for a symbol pointing to a SECTION
* is based off of that sections position.
*/
/*
* This is a REL platform. Hence, the second
* argument of ld_am_I_partial() is the value
* stored at the target address where the
* relocation is going to be applied.
*/
&radd) == 0)
return (S_ERROR);
if (sym) {
/*
* The symbol was moved, so adjust the
* value relative to the new section.
*/
moved = 1;
/*
* The original raddend covers the
* displacement from the section start
* to the desired address. The value
* computed above gets us from the
* section start to the start of the
* symbol range. Adjust the old raddend
* to remove the offset from section
* start to symbol start, leaving the
* displacement within the range of
* the symbol.
*/
if (ld_reloc_targval_set(ofl,
return (S_ERROR);
}
}
}
if (!moved) {
}
/*
* Size relocations require the symbols size.
*/
/*
* If relocation is against a capabilities symbol, we
* need to jump to an associated PLT, so that at runtime
* ld.so.1 is involved to determine the best binding
* choice. Otherwise, the value is the symbols value.
*/
} else
/*
* Relocation against the GLOBAL_OFFSET_TABLE.
*/
return (S_ERROR);
/*
* If loadable and not producing a relocatable object add the
* sections virtual address to the reference address.
*/
((flags & FLG_OF_RELOBJ) == 0))
refaddr +=
/*
* If this entry has a PLT assigned to it, its value is actually
* the address of the PLT (and not the address of the function).
*/
}
/*
* Determine whether the value needs further adjustment. Filter
* through the attributes of the relocation to determine what
* adjustment is required. Note, many of the following cases
* are only applicable when a .got is present. As a .got is
* not generated when a relocatable object is being built,
* any adjustments that require a .got need to be skipped.
*/
((flags & FLG_OF_RELOBJ) == 0)) {
/*
* Perform relocation against GOT table. Since this
* doesn't fit exactly into a relocation we place the
* appropriate byte in the GOT directly
*
* Calculate offset into GOT at which to apply
* the relocation.
*/
else
/*
* Add the GOTs data's offset.
*/
/*
* And do it.
*/
else
continue;
((flags & FLG_OF_RELOBJ) == 0)) {
((flags & FLG_OF_RELOBJ) == 0)) {
(((flags & FLG_OF_RELOBJ) == 0) ||
((flags & FLG_OF_RELOBJ) == 0)) {
}
((flags & FLG_OF_RELOBJ) == 0)) {
((flags & FLG_OF_RELOBJ) == 0)) {
/*
* This is the LE TLS reference model. Static
* offset is hard-coded.
*/
/*
* Since this code is fixed up, it assumes a
* negative offset that can be added to the
* thread pointer.
*/
}
else
/*
* Make sure we have data to relocate. Compiler and assembler
* developers have been known to generate relocations against
* invalid sections (normally .bss), so for their benefit give
* them sufficient information to help analyze the problem.
* End users should never see this.
*/
return (S_ERROR);
}
/*
* Get the address of the data item we need to modify.
*/
int class;
else
class = ERR_WARNING;
continue;
}
}
/*
* The relocation is additive. Ignore the previous symbol
* value if this local partial symbol is expanded.
*/
if (moved)
/*
* If we have a replacement value for the relocation
* target, put it in place now.
*/
return (S_ERROR);
}
/*
* If '-z noreloc' is specified - skip the do_reloc_ld stage.
*/
if (OFL_DO_RELOC(ofl)) {
}
}
}
return (return_code);
}
/*
* Add an output relocation record.
*/
static uintptr_t
{
/*
* Static executables *do not* want any relocations against them.
* Since our engine still creates relocations against a WEAK UNDEFINED
* symbol in a static executable, it's best to disable them here
* instead of through out the relocation code.
*/
if (OFL_IS_STATIC_EXEC(ofl))
return (1);
/*
* If we are adding a output relocation against a section
* symbol (non-RELATIVE) then mark that section. These sections
* will be added to the .dynsym symbol table.
*/
((flags & FLG_REL_SCNNDX) ||
/*
* If this is a COMMON symbol - no output section
* exists yet - (it's created as part of sym_validate()).
* So - we mark here that when it's created it should
* be tagged with the FLG_OS_OUTREL flag.
*/
else
} else {
ofl->ofl_dynshdrcnt++;
}
}
}
/* Enter it into the output relocation cache */
return (S_ERROR);
if (flags & FLG_REL_GOT)
else if (flags & FLG_REL_PLT)
else if (flags & FLG_REL_BSS)
else if (flags & FLG_REL_NOINFO)
else
ofl->ofl_relocrelcnt++;
/*
* We don't perform sorting on PLT relocations because
* they have already been assigned a PLT index and if we
* were to sort them we would have to re-assign the plt indexes.
*/
if (!(flags & FLG_REL_PLT))
ofl->ofl_reloccnt++;
/*
* Insure a GLOBAL_OFFSET_TABLE is generated if required.
*/
/*
* Identify and possibly warn of a displacement relocation.
*/
}
return (1);
}
/*
* process relocation for a LOCAL symbol
*/
static uintptr_t
{
/*
* if ((shared object) and (not pc relative relocation) and
* (not against ABS symbol))
* then
* build R_386_RELATIVE
* fi
*/
return (S_ERROR);
}
/*
* If the relocation is against a 'non-allocatable' section
* and we can not resolve it now - then give a warning
* message.
*
* We can not resolve the symbol if either:
* a) it's undefined
* b) it's defined in a shared library and a
* COPY relocation hasn't moved it to the executable
*
* Note: because we process all of the relocations against the
* text segment before any others - we know whether
* or not a copy relocation will be generated before
* we get here (see reloc_init()->reloc_segments()).
*/
/*
* If the relocation is against a SHT_SUNW_ANNOTATE
* section - then silently ignore that the relocation
* can not be resolved.
*/
return (0);
return (1);
}
/*
* Perform relocation.
*/
}
static uintptr_t
{
/*
* If we're building an executable - use either the IE or LE access
* model. If we're building a shared object process any IE model.
*/
/*
* Set the DF_STATIC_TLS flag.
*/
/*
* Assign a GOT entry for static TLS references.
*/
return (S_ERROR);
}
/*
* IE access model.
*/
return (S_ERROR);
/*
* A non-pic shared object needs to adjust the
* active relocation (indntpoff).
*/
if (((flags & FLG_OF_EXEC) == 0) &&
(rtype == R_386_TLS_IE)) {
}
return (1);
}
/*
* Fixups are required for other executable models.
*/
}
/*
* LE access model.
*/
}
/*
* Building a shared object.
*
* Assign a GOT entry for a dynamic TLS reference.
*/
return (S_ERROR);
return (S_ERROR);
}
/*
* cause a call to __tls_get_addr(). Convert this relocation to that
* symbol now, and prepare for the PLT magic.
*/
return (S_ERROR);
return (S_ERROR);
return (1);
}
}
/* ARGSUSED4 */
static uintptr_t
{
if (pgnp)
return (1);
gotents = 2;
else
gotents = 1;
if (gref == GOT_REF_TLSLD) {
return (S_ERROR);
}
return (1);
}
/*
* GOT indexes are maintained on an Alist, where there is typically
* only one index. The usage of this list is to scan the list to find
* an index, and then apply that index immediately to a relocation.
* Thus there are no external references to these GOT index structures
* that can be compromised by the Alist being reallocated.
*/
return (S_ERROR);
return (1);
}
static void
{
}
/*
* Initializes .got[0] with the _DYNAMIC symbol value.
*/
static uintptr_t
{
(M_GOT_XDYNAMIC * M_GOT_ENTSIZE));
/* LINTED */
if (bswap)
/* LINTED */
/* LINTED */
}
}
/*
* Fill in the reserved slot in the procedure linkage table the first
* entry is:
* if (building a.out) {
* PUSHL got[1] # the address of the link map entry
* JMP * got[2] # the address of rtbinder
* } else {
* PUSHL got[1]@GOT(%ebx) # the address of the link map entry
* JMP * got[2]@GOT(%ebx) # the address of rtbinder
* }
*/
if (!(flags & FLG_OF_SHAROBJ)) {
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
if (bswap)
/* LINTED */
/* LINTED */
pltent += 4;
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
if (bswap)
/* LINTED */
/* LINTED */
} else {
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
if (bswap)
/* LINTED */
/* LINTED */
pltent += 4;
pltent[0] = M_SPECIAL_INST;
pltent += 2;
/* LINTED */
if (bswap)
/* LINTED */
/* LINTED */
}
}
return (1);
}
/*
* Template for generating "void (*)(void)" function
*/
/* 0x00 */ 0xc3 /* ret */
};
/*
* Function used to provide fill padding in SHF_EXECINSTR sections
*
* entry:
*
* base - base address of section being filled
* offset - starting offset for fill within memory referenced by base
* cnt - # bytes to be filled
*
* exit:
* The fill has been completed.
*/
static void
{
/*
* 0x90 is an X86 NOP instruction in both 32 and 64-bit worlds.
* There are no alignment constraints.
*/
}
/*
* Return the ld_targ definition for this target.
*/
const Target *
ld_targ_init_x86(void)
{
{ /* Target_mach */
M_MACH, /* m_mach */
M_MACHPLUS, /* m_machplus */
M_FLAGSPLUS, /* m_flagsplus */
M_CLASS, /* m_class */
M_DATA, /* m_data */
M_SEGM_ALIGN, /* m_segm_align */
M_SEGM_ORIGIN, /* m_segm_origin */
M_SEGM_AORIGIN, /* m_segm_aorigin */
M_DATASEG_PERM, /* m_dataseg_perm */
M_STACK_PERM, /* m_stack_perm */
M_WORD_ALIGN, /* m_word_align */
/* Relocation type codes */
M_R_ARRAYADDR, /* m_r_arrayaddr */
M_R_COPY, /* m_r_copy */
M_R_GLOB_DAT, /* m_r_glob_dat */
M_R_JMP_SLOT, /* m_r_jmp_slot */
M_R_NUM, /* m_r_num */
M_R_NONE, /* m_r_none */
M_R_RELATIVE, /* m_r_relative */
M_R_REGISTER, /* m_r_register */
/* Relocation related constants */
M_REL_DT_COUNT, /* m_rel_dt_count */
M_REL_DT_ENT, /* m_rel_dt_ent */
M_REL_DT_SIZE, /* m_rel_dt_size */
M_REL_DT_TYPE, /* m_rel_dt_type */
M_REL_SHT_TYPE, /* m_rel_sht_type */
/* GOT related constants */
M_GOT_ENTSIZE, /* m_got_entsize */
M_GOT_XNumber, /* m_got_xnumber */
/* PLT related constants */
M_PLT_ALIGN, /* m_plt_align */
M_PLT_ENTSIZE, /* m_plt_entsize */
M_PLT_RESERVSZ, /* m_plt_reservsz */
M_PLT_SHF_FLAGS, /* m_plt_shf_flags */
/* Section type of .eh_frame/.eh_frame_hdr sections */
SHT_PROGBITS, /* m_sht_unwind */
M_DT_REGISTER, /* m_dt_register */
},
{ /* Target_machid */
M_ID_ARRAY, /* id_array */
M_ID_BSS, /* id_bss */
M_ID_CAP, /* id_cap */
M_ID_CAPINFO, /* id_capinfo */
M_ID_CAPCHAIN, /* id_capchain */
M_ID_DATA, /* id_data */
M_ID_DYNAMIC, /* id_dynamic */
M_ID_DYNSORT, /* id_dynsort */
M_ID_DYNSTR, /* id_dynstr */
M_ID_DYNSYM, /* id_dynsym */
M_ID_DYNSYM_NDX, /* id_dynsym_ndx */
M_ID_GOT, /* id_got */
M_ID_UNKNOWN, /* id_gotdata (unused) */
M_ID_HASH, /* id_hash */
M_ID_INTERP, /* id_interp */
M_ID_LBSS, /* id_lbss */
M_ID_LDYNSYM, /* id_ldynsym */
M_ID_NOTE, /* id_note */
M_ID_NULL, /* id_null */
M_ID_PLT, /* id_plt */
M_ID_REL, /* id_rel */
M_ID_STRTAB, /* id_strtab */
M_ID_SYMINFO, /* id_syminfo */
M_ID_SYMTAB, /* id_symtab */
M_ID_SYMTAB_NDX, /* id_symtab_ndx */
M_ID_TEXT, /* id_text */
M_ID_TLS, /* id_tls */
M_ID_TLSBSS, /* id_tlsbss */
M_ID_UNKNOWN, /* id_unknown */
M_ID_UNWIND, /* id_unwind */
M_ID_UNWINDHDR, /* id_unwindhdr */
M_ID_USER, /* id_user */
M_ID_VERSION, /* id_version */
},
{ /* Target_nullfunc */
nullfunc_tmpl, /* nf_template */
sizeof (nullfunc_tmpl), /* nf_size */
},
{ /* Target_fillfunc */
execfill /* ff_execfill */
},
{ /* Target_machrel */
ld_init_rel, /* mr_init_rel */
ld_mach_eflags, /* mr_mach_eflags */
ld_mach_make_dynamic, /* mr_mach_make_dynamic */
ld_mach_update_odynamic, /* mr_mach_update_odynamic */
ld_calc_plt_addr, /* mr_calc_plt_addr */
ld_perform_outreloc, /* mr_perform_outreloc */
ld_do_activerelocs, /* mr_do_activerelocs */
ld_add_outrel, /* mr_add_outrel */
NULL, /* mr_reloc_register */
ld_reloc_local, /* mr_reloc_local */
NULL, /* mr_reloc_GOTOP */
ld_reloc_TLS, /* mr_reloc_TLS */
NULL, /* mr_assign_got */
ld_find_got_ndx, /* mr_find_got_ndx */
ld_calc_got_offset, /* mr_calc_got_offset */
ld_assign_got_ndx, /* mr_assign_got_ndx */
ld_assign_plt_ndx, /* mr_assign_plt_ndx */
NULL, /* mr_allocate_got */
ld_fillin_gotplt, /* mr_fillin_gotplt */
},
{ /* Target_machsym */
NULL, /* ms_reg_check */
NULL, /* ms_mach_sym_typecheck */
NULL, /* ms_is_regsym */
NULL, /* ms_reg_find */
NULL /* ms_reg_enter */
}
};
return (&_ld_targ);
}