binutils-gdb/ld/testsuite/ld-mips-elf/mips-elf.exp
Mihailo Stojanovic f16a9783c5 Add support for a MIPS specific .MIPS.xhash section.
This patch is a reimplementation of [1] which was submitted in 2015 by
Neil Schellenberger. Copyright issue was sorted out [2] last year.
It proposed a new section (.gnu.xhash) and related dynamic tag
(DT_GNU_XHASH). The new section would be virtually identical to the
existing .gnu.hash except for the translation table (xlat) which would
contain correct MIPS .dynsym indexes corresponding to the hashvals in
chains. This is because MIPS ABI imposes a different ordering on the
dynsyms than the one expected by the .gnu.hash section. Another addition
would be a leading word (ngnusyms) which would contain the number of
entries in the translation table.

  In this patch, the new section name and dynamic tag are changed to
reflect the fact that the section should be treated as MIPS-specific
(.MIPS.xhash and DT_MIPS_XHASH).

  This patch addresses the alignment issue as reported in [3], which is
caused by the leading word added to the .MIPS.xhash section. Leading word
is removed in this patch, and the number of entries in the translation
table is now calculated using DT_MIPS_SYMTABNO dynamic tag (this is
addressed by the corresponding glibc patch).

  Suggestions on coding style in [4] were taken into account. Existing
GNU hash testcase was covered, and another one was added in the MIPS
part of the testsuite.

  The other major change is reserving MIPS ABI version 5 for .MIPS.xhash,
marking the need of support for .MIPS.xhash in the dynamic linker (again,
addressed in the corresponding glibc patch). This is something which I
am not sure of, especially after reading [5]. I am confused on whether
this ABI version is reserved for IFUNC, or it can be used for this
purpose.

Already mentioned glibc patch is submitted at:
https://sourceware.org/ml/libc-alpha/2019-06/msg00456.html

[1] https://sourceware.org/ml/binutils/2015-10/msg00057.html
[2] https://sourceware.org/ml/binutils/2018-03/msg00025.html
[3] https://sourceware.org/ml/binutils/2016-01/msg00006.html
[4] https://sourceware.org/ml/binutils/2016-02/msg00097.html
[5] https://sourceware.org/ml/libc-alpha/2016-12/msg00853.html

ld      * emulparams/elf32bmip.sh: Add .MIPS.xhash section.
        * emulparams/elf32bmipn32-defs.sh: Add .MIPS.xhash section.
        * emulparams/elf64bmip-defs.sh: Add .MIPS.xhash section.
        * emultempl/mipself.em: Remove mips_after_parse function.
        * testsuite/ld-elf/hash.d: Update comment.
        * testsuite/ld-mips-elf/hash1.d: New test.
        * testsuite/ld-mips-elf/hash1.s: Ditto.
        * testsuite/ld-mips-elf/hash1a.d: Remove.
        * testsuite/ld-mips-elf/hash1b.d: Ditto.
        * testsuite/ld-mips-elf/hash1c.d: Ditto
        * testsuite/ld-mips-elf/hash2.d: New test.
        * testsuite/ld-mips-elf/mips-elf.exp: New tests.
        * testsuite/ld-mips-elf/start.s: New test.

bfd     * elf-bfd.h (struct elf_backend_data): New members.
        * elflink.c (_bfd_elf_link_create_dynamic_sections): Create
        .gnu.hash section if necessary.
        (struct collect_gnu_hash_codes): New member.
        (elf_gnu_hash_process_symidx): New function name.
        (elf_renumber_gnu_hash_syms): Ignore local and undefined
        symbols. Record xlat location for every symbol which should have
        a .MIPS.xhash entry.
        (bfd_elf_size_dynamic_sections): Add DT_GNU_HASH dynamic tag to
        dynamic section if necessary.
        (GNU_HASH_SECTION_NAME): New define.
        (bfd_elf_size_dynsym_hash_dynstr): Get .MIPS.xhash section.
        Update the section size info.
        * elfxx-mips.c (struct mips_elf_hash_sort_data): New members.
        (struct mips_elf_link_hash_entry): New member.
        (mips_elf_link_hash_newfunc): Initialize .MIPS.xhash translation
        table location.
        (mips_elf_sort_hash_table): Initialize the pointer to the
        .MIPS.xhash section.
        (mips_elf_sort_hash_table_f): Populate the .MIPS.xhash
        translation table entry with the symbol dynindx.
        (_bfd_mips_elf_section_from_shdr): Add SHT_MIPS_XHASH.
        (_bfd_mips_elf_fake_sections): Initialize .MIPS.xhash section
        info.
        (_bfd_mips_elf_create_dynamic_sections): Create .MIPS.xhash
        section.
        (_bfd_mips_elf_size_dynamic_sections): Add DT_MIPS_XHASH tag to
        dynamic section.
        (_bfd_mips_elf_finish_synamic_sections): Add DT_MIPS_XHASH.
        (_bfd_mips_elf_final_write_processing): Set .MIPS.xhash section
        sh_link info.
        (_bfd_mips_elf_get_target_dtag): Get DT_MIPS_XHASH tag.
        (MIPS_LIBC_ABI_XHASH): New ABI version enum value.
        (_bfd_mips_post_process_headers): Mark the ABI version as
        MIPS_LIBC_ABI_XHASH if there exists a .MIPS.xhash section,
        but not a .hash section.
        (_bfd_mips_elf_record_xhash_symbol): New function. Record a
        position in the translation table, associated with the hash
        entry.
        * elfxx-mips.h (literal_reloc_p): Define
        elf_backend_record_xhash_symbol backend hook.
        * elfxx-target.h: Initialize elf_backend_record_xhash_symbol
        backend hook.

include * elf/mips.h (SHT_GNU_XHASH): New define.
        (DT_GNU_XHASH): New define.

binutils * readelf.c (get_mips_dynamic_type): Return MIPS_XHASH dynamic type.
        (get_mips_section_type_name): Return MI{S_XHASH name string.
        (dynamic_section_mips_val): Initialize the .MIPS.xhash dynamic
        info.
        (process_symbol_table): Initialize the .MIPS.xhash section
        pointer. Adjust the readelf output to support the new section.
        (process_object): Set the .MIPS.xhash dynamic info to zero.
2019-08-09 11:06:37 +01:00

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# Expect script for MIPS ELF linker tests
# Copyright (C) 2002-2019 Free Software Foundation, Inc.
#
# This file is part of the GNU Binutils.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston,
# MA 02110-1301, USA.
#
if {[istarget "mips*-*-vxworks"]} {
set mipsvxtests {
{"VxWorks shared library test 1" "-shared -Tvxworks1.ld" ""
"-mips2" {vxworks1-lib.s}
{{readelf --relocs vxworks1-lib.rd} {objdump -dr vxworks1-lib.dd}
{readelf --symbols vxworks1-lib.nd} {readelf -d vxworks1-lib.td}}
"libvxworks1.so"}
{"VxWorks executable test 1 (dynamic)" \
"tmpdir/libvxworks1.so -Tvxworks1.ld -q --force-dynamic" ""
"-mips2" {vxworks1.s}
{{readelf --relocs vxworks1.rd} {objdump -dr vxworks1.dd}}
"vxworks1"}
{"VxWorks executable test 2 (dynamic)" \
"-Tvxworks1.ld -q --force-dynamic" ""
"-mips2" {vxworks2.s}
{{readelf --segments vxworks2.sd}}
"vxworks2"}
{"VxWorks executable test 2 (static)"
"-Tvxworks1.ld" ""
"-mips2" {vxworks2.s}
{{readelf --segments vxworks2-static.sd}}
"vxworks2"}
}
run_ld_link_tests $mipsvxtests
run_dump_test "vxworks1-static"
run_dump_test "vxworks-forced-local-1"
return
}
if {![istarget mips*-*-*] || ![is_elf_format]} {
return
}
# run_dump_test_abi ABI NAME ARGS
#
# Invoke "run_dump_test" for test NAME using ABI if supported by the
# target used, passing predefined ABI-specific arguments. ARGS are
# as with "run_dump_test" and are appended to ABI-specific arguments,
# except for the special "noarch" keyword, which, if present, must
# appear first and is consumed causing any "-march=" option to be
# removed from ABI-specific GAS arguments.
proc run_dump_test_abi { abi name args } {
global abi_asflags
global abi_ldflags
global has_abi
set args [lindex $args 0]
set asflags $abi_asflags($abi)
set ldflags $abi_ldflags($abi)
if { [lindex $args 0] == "noarch" } {
set asflags [regsub -- {-march=[^[:blank:]]*} $asflags {}]
set args [lreplace $args 0 0]
}
if !$has_abi($abi) {
lappend args {notarget *-*-*}
}
if { [llength $args] > 0 } {
run_dump_test $name [concat [list [list as $asflags] \
[list ld $ldflags]] \
$args]
} else {
run_dump_test $name [list [list as $asflags] [list ld $ldflags]]
}
}
# run_dump_test_o32 NAME ARGS
#
# Invoke "run_dump_test_abi" for test NAME using the o32 ABI and
# passing ARGS.
proc run_dump_test_o32 { name args } {
run_dump_test_abi o32 $name [lindex $args 0]
}
# run_dump_test_n32 NAME ARGS
#
# Invoke "run_dump_test_abi" for test NAME using the n32 ABI and
# passing ARGS.
proc run_dump_test_n32 { name args } {
run_dump_test_abi n32 $name [lindex $args 0]
}
# run_dump_test_n64 NAME ARGS
#
# Invoke "run_dump_test_abi" for test NAME using the n64 ABI and
# passing ARGS.
proc run_dump_test_n64 { name args } {
run_dump_test_abi n64 $name [lindex $args 0]
}
# run_dump_test_eabi NAME ARGS
#
# Invoke "run_dump_test_abi" for test NAME using the eabi ABI and
# passing ARGS.
proc run_dump_test_eabi { name args } {
run_dump_test_abi eabi $name [lindex $args 0]
}
set has_abi(o32) [expr ![istarget *-*-openbsd*] \
&& ![istarget mips64*el-ps2-elf*]]
set has_abi(n32) [expr [istarget *-img-elf*] \
|| [istarget *-mti-elf*] \
|| [istarget mips64*el-ps2-elf*] \
|| [istarget *-sde-elf*] \
|| [istarget *-*-freebsd*] \
|| [istarget *-*-irix6*] \
|| [istarget *-*-kfreebsd*-gnu] \
|| [istarget *-*-linux*]]
set has_abi(n64) [expr [istarget *-*-freebsd*] \
|| [istarget *-*-irix6*] \
|| [istarget *-*-kfreebsd*-gnu] \
|| [istarget *-*-linux*] \
|| [istarget *-*-netbsd*] \
|| [istarget *-*-openbsd*]]
set has_abi(eabi) [expr [istarget *-*-elf] \
&& $has_abi(o32)]
set irix [expr [istarget *-*-irix*]]
set linux_gnu [expr [istarget mips*-*-linux*]]
set embedded_elf [expr [istarget mips*-*-elf]]
# Set defaults.
set abi_asflags(o32) ""
set abi_asflags(n32) ""
set abi_asflags(n64) ""
set abi_asflags(eabi) ""
set abi_ldflags(o32) ""
set abi_ldflags(n32) ""
set abi_ldflags(n64) ""
set abi_ldflags(eabi) ""
# Override as needed.
if {[istarget *-*-openbsd*] } {
set irixemul 0
} elseif { [istarget mips64*-*-linux*] } {
if [istarget *el-*-*] {
set abi_asflags(o32) -32
set abi_ldflags(o32) -melf32ltsmip
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64ltsmip
} else {
set abi_asflags(o32) -32
set abi_ldflags(o32) -melf32btsmip
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64btsmip
}
set irixemul 0
} elseif {[istarget *-*-linux*] } {
if [istarget *el-*-*] {
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32ltsmipn32
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64ltsmip
} else {
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32btsmipn32
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64btsmip
}
set irixemul 0
} elseif {[istarget *-img-elf*] \
|| [istarget *-mti-elf*] \
|| [istarget *-sde-elf*] \
|| [istarget *-*-netbsd*] \
|| [istarget *-*-linux*] \
|| [istarget *-*-sysv4*] } {
if [istarget *el-*-*] {
set abi_asflags(o32) -32
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32ltsmipn32
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64ltsmip
} else {
set abi_asflags(o32) -32
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32btsmipn32
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64btsmip
}
set irixemul 0
} elseif { [istarget mips64*-*-freebsd*] \
|| [istarget mips64*-*-kfreebsd*-gnu] } {
if [istarget *el-*-*] {
set abi_asflags(o32) -32
set abi_ldflags(o32) -melf32ltsmip_fbsd
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64ltsmip_fbsd
} else {
set abi_asflags(o32) -32
set abi_ldflags(o32) -melf32btsmip_fbsd
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64btsmip_fbsd
}
set irixemul 0
} elseif { [istarget *-*-freebsd*] \
|| [istarget *-*-kfreebsd*-gnu] } {
if [istarget *el-*-*] {
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32ltsmipn32_fbsd
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64ltsmip_fbsd
} else {
set abi_asflags(n32) "-march=from-abi -n32"
set abi_ldflags(n32) -melf32btsmipn32_fbsd
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(n64) -melf64btsmip_fbsd
}
set irixemul 0
} elseif { [istarget *vr4100*-*-elf*] \
|| [istarget *vr4300*-*-elf*] \
|| [istarget *vr5000*-*-elf*] } {
set abi_asflags(o32) -32
set irixemul 1
} elseif { [istarget mips64*el-ps2-elf*] } {
set abi_asflags(o32) -32
set abi_ldflags(o32) -melf32lr5900
set irixemul 1
} elseif { [istarget *-*-elf*] \
|| [istarget *-*-rtems*] } {
set abi_asflags(o32) -32
set irixemul 1
} elseif { [istarget *-*-irix6*] } {
set abi_asflags(o32) -32
set abi_asflags(n64) "-march=from-abi -64"
set abi_ldflags(o32) -melf32bsmip
set abi_ldflags(n64) -melf64bmip
set irixemul 1
} else {
set abi_asflags(o32) -32
set irixemul 1
}
if { $linux_gnu } {
run_ld_link_tests [list \
[list "Dummy shared library for MIPS16 PIC test 1" \
"-shared -melf32btsmip" "" \
"-EB -32 -mips1" \
{ mips16-pic-1-dummy.s } \
{} \
"mips16-pic-1-dummy.so"] \
[list "MIPS16 PIC test 1" \
"-melf32btsmip -T mips16-pic-1.ld tmpdir/mips16-pic-1-dummy.so" "" \
"-EB -32 -mips1 -I $srcdir/$subdir" \
{ mips16-pic-1a.s mips16-pic-1b.s } \
{ { objdump { -dr -j.text } mips16-pic-1.dd }
{ readelf -A mips16-pic-1.gd } } \
"mips16-pic-1"] \
[list "MIPS16 PIC test 2" \
"-melf32btsmip -T mips16-pic-1.ld -shared" "" \
"-EB -32 -mips1 -I $srcdir/$subdir" \
{ mips16-pic-2a.s mips16-pic-2b.s } \
{ { objdump { -dr -j.text } mips16-pic-2.dd } \
{ readelf -A mips16-pic-2.gd } \
{ readelf --symbols mips16-pic-2.nd } \
{ readelf --relocs mips16-pic-2.rd } \
{ readelf -d mips16-pic-2.ad } } \
"mips16-pic-2"] \
[list "MIPS16 PIC test 3" \
"-melf32btsmip -T mips16-pic-1.ld tmpdir/mips16-pic-1-dummy.so" "" \
"-EB -32 -mips1 -I $srcdir/$subdir" \
{ mips16-pic-3a.s mips16-pic-3b.s } \
{ { objdump -dr mips16-pic-3.dd } \
{ readelf --relocs mips16-pic-3.rd } \
{ readelf -A mips16-pic-3.gd } } \
"mips16-pic-3"] \
[list "MIPS16 PIC test 4 (shared library)" \
"-shared -melf32btsmip -T mips16-pic-1.ld --version-script mips16-pic-4.ver" "" \
"-EB -32 -mips1" \
{ mips16-pic-4a.s mips16-pic-4b.s } \
{ { objdump -dr mips16-pic-4a.dd } \
{ readelf --symbols mips16-pic-4a.nd } \
{ readelf -A mips16-pic-4a.gd } } \
"mips16-pic-4.so"] \
[list "MIPS16 PIC test 4 (executable)" \
"-melf32btsmip -T mips16-pic-1.ld tmpdir/mips16-pic-4.so" "" \
"-EB -32 -mips1" \
{ mips16-pic-4c.s } \
{ { objdump -dr mips16-pic-4b.dd } } \
"mips16-pic-4"]]
}
# Check MIPS16 markings being passed through link.
run_dump_test "mips16-1"
# MIPS branch offset final link checking.
run_dump_test "branch-misc-1"
run_dump_test "branch-misc-2"
run_dump_test_o32 "branch-absolute"
run_dump_test_o32 "branch-absolute-addend"
run_dump_test_n32 "branch-absolute-n32"
run_dump_test_n32 "branch-absolute-addend-n32"
run_dump_test_n64 "branch-absolute-n64"
run_dump_test_n64 "branch-absolute-addend-n64"
run_dump_test_o32 "mips16-pcrel-0"
run_dump_test_o32 "mips16-pcrel-1" noarch
run_dump_test_o32 "mips16e2-pcrel-0" noarch
run_dump_test_o32 "mips16e2-pcrel-1" noarch
run_dump_test_o32 "mips16-pcrel-addend-2"
run_dump_test_o32 "mips16-pcrel-addend-6"
run_dump_test_o32 "mips16e2-pcrel-addend-2" noarch
run_dump_test_o32 "mips16e2-pcrel-addend-6" noarch
run_dump_test_n32 "mips16-pcrel-n32-0"
run_dump_test_n32 "mips16-pcrel-n32-1"
run_dump_test_n64 "mips16-pcrel-n64-sym32-0"
run_dump_test_n64 "mips16-pcrel-n64-sym32-1"
run_dump_test_n32 "mips16e2-pcrel-n32-0" noarch
run_dump_test_n32 "mips16e2-pcrel-n32-1" noarch
run_dump_test_n64 "mips16e2-pcrel-n64-sym32-0" noarch
run_dump_test_n64 "mips16e2-pcrel-n64-sym32-1" noarch
run_dump_test_o32 "mips16-branch-2"
run_dump_test_o32 "mips16-branch-3"
run_dump_test_o32 "mips16-branch-addend-2"
run_dump_test_o32 "mips16-branch-addend-3"
run_dump_test_o32 "mips16-branch-absolute"
run_dump_test_o32 "mips16-branch-absolute-1"
run_dump_test_o32 "mips16-branch-absolute-2"
run_dump_test_o32 "mips16-branch-absolute-addend"
run_dump_test_o32 "mips16-branch-absolute-addend-1"
run_dump_test_n32 "mips16-branch-absolute-n32"
run_dump_test_n32 "mips16-branch-absolute-n32-1"
run_dump_test_n32 "mips16-branch-absolute-n32-2"
run_dump_test_n32 "mips16-branch-absolute-addend-n32"
run_dump_test_n32 "mips16-branch-absolute-addend-n32-1"
run_dump_test_n64 "mips16-branch-absolute-n64"
run_dump_test_n64 "mips16-branch-absolute-n64-1"
run_dump_test_n64 "mips16-branch-absolute-n64-2"
run_dump_test_n64 "mips16-branch-absolute-addend-n64"
run_dump_test_n64 "mips16-branch-absolute-addend-n64-1"
run_dump_test_o32 "micromips-branch-absolute"
run_dump_test_o32 "micromips-branch-absolute-addend"
run_dump_test_n32 "micromips-branch-absolute-n32"
run_dump_test_n32 "micromips-branch-absolute-addend-n32"
run_dump_test_n64 "micromips-branch-absolute-n64"
run_dump_test_n64 "micromips-branch-absolute-addend-n64"
# Jalx test
run_dump_test "jalx-1"
if { $linux_gnu } {
run_ld_link_tests [list \
[list "Dummy shared library for JALX test 2" \
"-shared -nostdlib -melf32btsmip" "" \
"-G0 -EB -mmicromips -no-mdebug -mabi=32 -march=mips32r2 -KPIC" \
{ jalx-2-printf.s } \
{} \
"libjalx-2.so"] \
[list "Dummy external function for JALX test 2" \
"-r -melf32btsmip" "" \
"-G0 -EB -no-mdebug -mabi=32 -march=mips32r2 -mno-shared -call_nonpic" \
{ jalx-2-ex.s } \
{} \
"jalx-2-ex.o.r"] \
[list "MIPS JALX test 2" \
"-nostdlib -T jalx-2.ld tmpdir/libjalx-2.so tmpdir/jalx-2-ex.o.r -melf32btsmip" "" \
"-G0 -EB -mmicromips -no-mdebug -mabi=32 -march=mips32r2 -mno-shared -call_nonpic" \
{ jalx-2-main.s } \
{ { objdump -d jalx-2.dd } } \
"jalx-2"]]
}
run_dump_test_o32 "jalx-addend"
run_dump_test_o32 "jalx-local"
run_dump_test_o32 "bal-jalx-addend"
run_dump_test_o32 "bal-jalx-addend-micromips"
run_dump_test_o32 "bal-jalx-local"
run_dump_test_o32 "bal-jalx-local-micromips"
run_dump_test_o32 "bal-jalx-pic"
run_dump_test_o32 "bal-jalx-pic-micromips"
run_dump_test_o32 "bal-jalx-pic-ignore"
run_dump_test_o32 "bal-jalx-pic-ignore-micromips"
run_dump_test_n32 "jalx-addend-n32"
run_dump_test_n32 "jalx-local-n32"
run_dump_test_n32 "bal-jalx-addend-n32"
run_dump_test_n32 "bal-jalx-addend-micromips-n32"
run_dump_test_n32 "bal-jalx-local-n32"
run_dump_test_n32 "bal-jalx-local-micromips-n32"
run_dump_test_n32 "bal-jalx-pic-n32"
run_dump_test_n32 "bal-jalx-pic-micromips-n32"
run_dump_test_n32 "bal-jalx-pic-ignore-n32"
run_dump_test_n32 "bal-jalx-pic-ignore-micromips-n32"
run_dump_test_n64 "jalx-addend-n64"
run_dump_test_n64 "jalx-local-n64"
run_dump_test_n64 "bal-jalx-addend-n64"
run_dump_test_n64 "bal-jalx-addend-micromips-n64"
run_dump_test_n64 "bal-jalx-local-n64"
run_dump_test_n64 "bal-jalx-local-micromips-n64"
run_dump_test_n64 "bal-jalx-pic-n64"
run_dump_test_n64 "bal-jalx-pic-micromips-n64"
run_dump_test_n64 "bal-jalx-pic-ignore-n64"
run_dump_test_n64 "bal-jalx-pic-ignore-micromips-n64"
run_dump_test "unaligned-jalx-0" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-1" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-2" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-3" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-mips16-0" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-mips16-1" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-micromips-0" [list [list ld $abi_ldflags(o32)]]
run_dump_test "unaligned-jalx-micromips-1" [list [list ld $abi_ldflags(o32)]]
run_dump_test_n32 "unaligned-jalx-addend-0"
run_dump_test_n32 "unaligned-jalx-addend-1"
run_dump_test_n32 "unaligned-jalx-addend-2"
run_dump_test_n32 "unaligned-jalx-addend-3"
run_dump_test_n32 "unaligned-jalx-addend-mips16-0"
run_dump_test_n32 "unaligned-jalx-addend-mips16-1"
run_dump_test_n32 "unaligned-jalx-addend-micromips-0"
run_dump_test_n32 "unaligned-jalx-addend-micromips-1"
run_dump_test_o32 "unaligned-branch" noarch
run_dump_test_n32 "unaligned-branch-2"
run_dump_test_n32 "unaligned-branch-ignore-2"
run_dump_test_n32 "unaligned-branch-r6-1"
run_dump_test_n32 "unaligned-branch-ignore-r6-1"
run_dump_test_n32 "unaligned-branch-r6-2" noarch
run_dump_test_n32 "unaligned-branch-mips16"
run_dump_test_n32 "unaligned-branch-ignore-mips16"
run_dump_test_n32 "unaligned-branch-micromips"
run_dump_test_n32 "unaligned-branch-ignore-micromips"
run_dump_test_n32 "unaligned-jump"
run_dump_test_n32 "unaligned-jump-mips16"
run_dump_test_n32 "unaligned-jump-micromips"
run_dump_test_o32 "unaligned-lwpc-0" noarch
run_dump_test_o32 "unaligned-lwpc-1" noarch
run_dump_test_o32 "unaligned-ldpc-0" noarch
run_dump_test_o32 "unaligned-ldpc-1" noarch
# Test multi-got link. We only do this on GNU/Linux because it requires
# the "traditional" emulations.
if { $linux_gnu } {
run_dump_test_o32 "multi-got-1"
run_dump_test_o32 "multi-got-no-shared"
run_dump_test_o32 "multi-got-hidden-1"
run_dump_test_o32 "multi-got-hidden-2"
}
# Test __gnu_local_gp accesses
if { $linux_gnu } {
run_dump_test_o32 "no-shared-1-o32"
run_dump_test_n32 "no-shared-1-n32"
run_dump_test_n64 "no-shared-1-n64" {{as -EB} {ld -EB}}
}
# Test PIE debug dynamic tags
if { $linux_gnu } {
run_dump_test_o32 "pie-o32"
run_dump_test_n32 "pie-n32"
run_dump_test_n64 "pie-n64"
}
if { $embedded_elf } {
run_dump_test_n32 "elf-rel-got-n32-embed" {{as -EB} {ld -EB}}
run_dump_test_n32 "elf-rel-xgot-n32-embed" {{as -EB} {ld -EB}}
} else {
run_dump_test_n32 "elf-rel-got-n32" {{as -EB} {ld -EB}}
run_dump_test_n32 "elf-rel-xgot-n32" {{as -EB} {ld -EB}}
}
if { $irix } {
run_dump_test_n64 "elf-rel-got-n64-irix"
run_dump_test_n64 "elf-rel-xgot-n64-irix"
} elseif { $embedded_elf } {
run_dump_test_n64 "elf-rel-got-n64-embed" {{as -EB} {ld -EB}}
run_dump_test_n64 "elf-rel-xgot-n64-embed" {{as -EB} {ld -EB}}
} else {
run_dump_test_n64 "elf-rel-got-n64" {{as -EB} {ld -EB}}
run_dump_test_n64 "elf-rel-xgot-n64" {{as -EB} {ld -EB}}
}
run_dump_test_n32 "relax-jalr-n32" {{as -EB} {ld -EB}}
run_dump_test_n32 "relax-jalr-n32-shared" {{as -EB} {ld -EB}}
run_dump_test_n64 "relax-jalr-n64" {{as -EB} {ld -EB}}
run_dump_test_n64 "relax-jalr-n64-shared" {{as -EB} {ld -EB}}
if { $linux_gnu } {
run_dump_test_o32 "rel32-o32" {{as -EB} {ld -EB}}
run_dump_test_n32 "rel32-n32" {{as -EB} {ld -EB}}
run_dump_test_n64 "rel64" {{as -EB} {ld -EB}}
# The first test checks that a mixed PIC/non-PIC relocatable link
# will not introduce any stubs itself, but will flag PIC functions
# for the final link.
#
# The second test checks that we insert stubs for calls from
# non-PIC functions to PIC functions when linking the original
# two objects together.
#
# The third test checks that we do the same when linking the
# result of the first link (with no other source files).
#
# We then repeat the same three tests for microMIPS stubs.
run_ld_link_tests {
{"PIC and non-PIC test 1 (relocatable)" "-r -melf32btsmip" ""
"-32 -EB -mips2" {pic-and-nonpic-1a.s pic-and-nonpic-1b.s}
{{objdump -dr pic-and-nonpic-1-rel.dd}
{readelf --symbols pic-and-nonpic-1-rel.nd}}
"pic-and-nonpic-1-rel.o"}
{"PIC and non-PIC test 1 (static 1)"
"-melf32btsmip -Tpic-and-nonpic-1.ld" ""
"-32 -EB -mips2" {pic-and-nonpic-1a.s pic-and-nonpic-1b.s}
{{objdump -dr pic-and-nonpic-1.dd}
{readelf --symbols pic-and-nonpic-1.nd}}
"pic-and-nonpic-1-static1.o"}
{"PIC and non-PIC test 1 R6 compact branches (static 1)"
"-melf32btsmip -Tpic-and-nonpic-1.ld --compact-branches" ""
"-32 -EB -mips32r6" {pic-and-nonpic-1a-r6.s pic-and-nonpic-1b.s}
{{objdump -dr pic-and-nonpic-1-r6.dd}
{readelf --symbols pic-and-nonpic-1-r6.nd}}
"pic-and-nonpic-1-r6-static1.o"}
{"PIC and non-PIC test 1 (static 2)"
"-melf32btsmip -Tpic-and-nonpic-1.ld tmpdir/pic-and-nonpic-1-rel.o" ""
"" {}
{{objdump -dr pic-and-nonpic-1.dd}
{readelf --symbols pic-and-nonpic-1.nd}}
"pic-and-nonpic-1-static2.o"}
{"PIC and non-PIC test 1, microMIPS (relocatable)"
"-r -melf32btsmip" ""
"-32 -EB -mips2"
{pic-and-nonpic-1a-micromips.s pic-and-nonpic-1b-micromips.s}
{{objdump -dr pic-and-nonpic-1-micromips-rel.dd}
{readelf --symbols pic-and-nonpic-1-micromips-rel.nd}}
"pic-and-nonpic-1-micromips-rel.o"}
{"PIC and non-PIC test 1, microMIPS (static 1)"
"-melf32btsmip -Tpic-and-nonpic-1.ld" ""
"-32 -EB -mips2"
{pic-and-nonpic-1a-micromips.s pic-and-nonpic-1b-micromips.s}
{{objdump -dr pic-and-nonpic-1-micromips.dd}
{readelf --symbols pic-and-nonpic-1-micromips.nd}}
"pic-and-nonpic-1-micromips-static1.o"}
}
# The final executable produced with the following test is supposed
# to be the same as one produced with the preceding test, however
# as noted in PR ld/20453 it is not. Consequently output from
# `objdump -dr' is not the same either. Expect:
#
# regexp_diff match failure
# regexp "^ 4103c: f001 0415 jalx 41054 <f3>$"
# line " 4103c: f001 0400 jalx 41000 <.pic.f3>"
#
# from the test below due to this problem.
setup_kfail "mips*-*-*" "ld/20453"
# The final check below should be folded into the `run_ld_link_tests'
# call above once `setup_kfail' has been removed.
run_ld_link_tests {
{"PIC and non-PIC test 1, microMIPS (static 2)"
"-melf32btsmip -Tpic-and-nonpic-1.ld \
tmpdir/pic-and-nonpic-1-micromips-rel.o" ""
"" {}
{{objdump -dr pic-and-nonpic-1-micromips.dd}
{readelf --symbols pic-and-nonpic-1-micromips.nd}}
"pic-and-nonpic-1-micromips-static2.o"}
}
run_dump_test_o32 "pic-and-nonpic-2"
run_ld_link_tests {
{"PIC and non-PIC test 3 (shared library)"
"-melf32btsmip -shared -Tpic-and-nonpic-3a.ld" ""
"-32 -EB -mips2" {pic-and-nonpic-3a.s}
{{readelf --segments pic-and-nonpic-3a.sd}
{readelf -A pic-and-nonpic-3a.gd}
{objdump -dr pic-and-nonpic-3a.dd}}
"pic-and-nonpic-3a.so"}
{"PIC and non-PIC test 3 (executable)"
"-melf32btsmip -Tpic-and-nonpic-3b.ld tmpdir/pic-and-nonpic-3a.so" ""
"-32 -EB -mips2" {pic-and-nonpic-3b.s}
{{readelf --segments pic-and-nonpic-3b.sd}
{objdump -dr pic-and-nonpic-3b.dd}
{objdump {-s -j.got.plt} pic-and-nonpic-3b.pd}
{readelf -A pic-and-nonpic-3b.gd}
{readelf --relocs pic-and-nonpic-3b.rd}
{readelf --symbols pic-and-nonpic-3b.nd}
{readelf -d pic-and-nonpic-3b.ad}}
"pic-and-nonpic-3b"}
{"PIC and non-PIC test 3 R6 compact branches (shared library)"
"-melf32btsmip -shared --compact-branches -Tpic-and-nonpic-3a.ld" ""
"-32 -EB -mips32r6" {pic-and-nonpic-3a-r6.s}
{{readelf --segments pic-and-nonpic-3a.sd}
{readelf -A pic-and-nonpic-3a-r6.gd}
{objdump -dr pic-and-nonpic-3a-r6.dd}}
"pic-and-nonpic-3a-r6.so"}
}
run_dump_test_o32 "pic-and-nonpic-3-error" {noarch {as -EB} {ld -EB}}
run_ld_link_tests {
{"PIC and non-PIC test 4 (shared library)"
"-melf32btsmip -shared -Tpic-and-nonpic-3a.ld" ""
"-32 -EB -mips2" {pic-and-nonpic-4a.s}
{}
"pic-and-nonpic-4a.so"}
{"PIC and non-PIC test 4 (executable)"
"-melf32btsmip -Tpic-and-nonpic-4b.ld tmpdir/pic-and-nonpic-4a.so" ""
"-32 -EB -mips2" {pic-and-nonpic-4b.s}
{{readelf --segments pic-and-nonpic-4b.sd}
{objdump -dr pic-and-nonpic-4b.dd}
{objdump {-s -j.got -j.data} pic-and-nonpic-4b.gd}
{readelf --relocs pic-and-nonpic-4b.rd}
{readelf --symbols pic-and-nonpic-4b.nd}
{readelf -d pic-and-nonpic-4b.ad}}
"pic-and-nonpic-4b"}
}
run_dump_test_o32 "pic-and-nonpic-4-error" {noarch {as -EB} {ld -EB}}
run_ld_link_tests {
{"PIC and non-PIC test 5 (executable)"
"-melf32btsmip -Tpic-and-nonpic-5b.ld tmpdir/pic-and-nonpic-3a.so tmpdir/pic-and-nonpic-4a.so" ""
"-32 -EB -mips2" {pic-and-nonpic-5a.s pic-and-nonpic-5b.s}
{{readelf --segments pic-and-nonpic-5b.sd}
{objdump -dr pic-and-nonpic-5b.dd}
{objdump {-s -j.got.plt -j.data} pic-and-nonpic-5b.pd}
{readelf -A pic-and-nonpic-5b.gd}
{readelf --relocs pic-and-nonpic-5b.rd}
{readelf --symbols pic-and-nonpic-5b.nd}
{readelf -d pic-and-nonpic-5b.ad}}
"pic-and-nonpic-5b"}
}
set abis {}
if $has_abi(o32) {
lappend abis o32 -32 elf32btsmip
}
if $has_abi(n32) {
lappend abis n32 -n32 elf32btsmipn32
}
if $has_abi(n64) {
lappend abis n64 -64 elf64btsmip
}
foreach { abi flag emul } $abis {
run_ld_link_tests [list \
[list "PIC and non-PIC test 6 ($abi shared library)" \
"-m$emul -shared -Tpic-and-nonpic-3a.ld" "" \
"$flag -EB -mips3" \
[list "pic-and-nonpic-6-${abi}a.s"] {} \
"pic-and-nonpic-6-${abi}.so"] \
[list "PIC and non-PIC test 6 ($abi executable)" \
"-m$emul -Tpic-and-nonpic-6.ld tmpdir/pic-and-nonpic-6-${abi}.so" "" \
"$flag -EB -mips3" \
[list "pic-and-nonpic-6-${abi}b.s" \
"pic-and-nonpic-6-${abi}c.s"] \
[list "readelf {--wide --segments} pic-and-nonpic-6-${abi}.sd" \
"objdump -dr pic-and-nonpic-6-${abi}.dd" \
"objdump {-s -j.got.plt} pic-and-nonpic-6-${abi}.pd" \
"readelf -A pic-and-nonpic-6-${abi}.gd" \
"readelf --relocs pic-and-nonpic-6-${abi}.rd" \
"readelf --symbols pic-and-nonpic-6-${abi}.nd" \
"readelf -d pic-and-nonpic-6-${abi}.ad"] \
"pic-and-nonpic-6-${abi}"]]
# This checks whether our linker scripts get the scope of _gp right,
# and must therefore use default scripts. If they don't, then -- in
# addition to dumps failing to match -- the final link fails with:
#
# ld: gp-hidden.o: undefined reference to symbol '_gp'
# ld: note: '_gp' is defined in DSO ./tmpdir/gp-hidden-lib-${abi}.so
# so try adding it to the linker command line
#
set suff64 [string map {o32 "" n32 "" n64 -64} $abi]
run_ld_link_tests [list \
[list \
"_gp scope test ($abi shared library)" \
"$abi_ldflags($abi) -shared" "" \
"$abi_asflags($abi) -KPIC" \
{ gp-hidden-lib.s } \
[list \
"readelf --relocs gp-hidden-lib${suff64}.rd" \
"readelf --syms gp-hidden.sd"] \
"gp-hidden-lib-${abi}.so"] \
[list \
"_gp scope test ($abi versioned library)" \
"$abi_ldflags($abi) -shared -version-script gp-hidden-ver.ver tmpdir/gp-hidden-lib-${abi}.so" "" \
"$abi_asflags($abi) -KPIC" \
{ gp-hidden-ver.s } \
[list \
"readelf --relocs gp-hidden-ver${suff64}.rd" \
"readelf --syms gp-hidden.sd"] \
"gp-hidden-ver-${abi}.so"] \
[list \
"_gp scope test ($abi executable)" \
"$abi_ldflags($abi) -e 0 -rpath-link . tmpdir/gp-hidden-ver-${abi}.so" "" \
"$abi_asflags($abi) -call_nonpic" \
{ gp-hidden.s } \
[list \
"readelf --relocs gp-hidden${suff64}.rd" \
"readelf --syms gp-hidden.sd"] \
"gp-hidden-${abi}"]]
}
}
run_dump_test_eabi "region1"
run_dump_test_o32 "reloc-1-rel"
run_dump_test_n32 "reloc-1-n32"
run_dump_test_n64 "reloc-1-n64"
run_dump_test_o32 "reloc-2" [list [list objdump [expr { [istarget *el-*-*] \
? "--endian=little" \
: "--endian=big" }]]]
run_dump_test "reloc-merge-lo16"
run_dump_test "reloc-3"
run_dump_test_n32 "reloc-3-n32" noarch
run_dump_test "reloc-4"
run_dump_test "reloc-5"
if { $has_abi(n32) && [check_shared_lib_support] } {
run_ld_link_tests [list \
[list \
"reloc test 6a" \
"-shared $abi_ldflags(n32)" "" \
"$abi_asflags(n32)" \
"reloc-6a.s" \
{} \
"reloc-6a.so"] \
[list \
"reloc test 6b" \
"$abi_ldflags(n32) tmpdir/reloc-6a.so" "" \
"$abi_asflags(n32)" \
"reloc-6b.s" \
{} \
"reloc-6b"]]
}
run_dump_test_o32 "reloc-local-overflow"
if { $has_abi(o32) } {
run_ld_link_tests [list \
[list \
"MIPS link ELF o32 PIC comdat GOT16/LO16 relocation pairing" \
"$abi_ldflags(o32) -e bar" "" "$abi_asflags(o32) -mno-pdr" \
"../../../gas/testsuite/gas/mips/comdat-reloc.s" \
{} \
"comdat-reloc"]]
}
if {$linux_gnu} {
run_dump_test_n32 "eh-frame1-n32"
run_dump_test_n64 "eh-frame1-n64"
run_dump_test_n32 "eh-frame2-n32"
run_dump_test_n64 "eh-frame2-n64"
}
run_dump_test_eabi "eh-frame3"
run_dump_test_eabi "eh-frame4"
if {$linux_gnu} {
set eh_frame5_test {
{"MIPS eh-frame 5"
"-melf32btsmip -shared -Teh-frame5.ld" ""
"-32 -EB"
{eh-frame5.s}
{{readelf {--relocs -wf} eh-frame5.d}}
"eh-frame5.so"}
}
run_ld_link_tests $eh_frame5_test
}
if {$embedded_elf} {
run_dump_test "compact-eh1"
run_dump_test "compact-eh2"
run_dump_test "compact-eh3"
}
if {$linux_gnu} {
run_dump_test "compact-eh4"
run_dump_test "compact-eh5"
run_dump_test "compact-eh6"
}
run_dump_test "jaloverflow"
run_dump_test "jaloverflow-2"
run_dump_test_o32 "jal-global-overflow-0"
run_dump_test_o32 "jal-global-overflow-1"
run_dump_test_o32 "jal-local-overflow-0"
run_dump_test_o32 "jal-local-overflow-1"
run_dump_test_o32 "undefweak-overflow"
run_dump_test_n32 "undefweak-overflow" [list [list name (n32)]]
run_dump_test_n64 "undefweak-overflow" [list [list name (n64)]]
run_dump_test_n32 "jalbal" noarch
run_dump_test "mode-change-error-1"
run_dump_test_o32 "mips16-hilo"
run_dump_test_n32 "mips16-hilo-n32"
if { $linux_gnu } {
run_dump_test_n32 "textrel-1"
run_dump_test "got-page-1"
run_dump_test_n32 "got-page-2"
run_dump_test_n64 "dyn-sec64" noarch
run_dump_test "got-page-3"
if $has_abi(o32) {
run_ld_link_tests [subst {
{"GOT page 4 (one file)"
"-shared $abi_ldflags(o32) -T got-page-1.ld"
"" "$abi_asflags(o32) -mips2" {got-page-4b.s}
{{objdump -dr got-page-4a.d}
{readelf -A got-page-4a.got}}
"got-page-4a.so"}
{"GOT page 4 (two files)"
"-shared $abi_ldflags(o32) -T got-page-1.ld"
"" "$abi_asflags(o32) -mips2" {got-page-4a.s got-page-4b.s}
{{objdump -dr got-page-4b.d}
{readelf -A got-page-4b.got}}
"got-page-4b.so"}
}]
}
if $has_abi(n32) {
run_ld_link_tests [subst {
{"GOT page 5" "-shared $abi_ldflags(n32) -T got-page-1.ld"
"" "$abi_asflags(n32)" {got-page-5.s}
{{objdump -dr got-page-5.d}
{readelf -A got-page-5.got}}
"got-page-5.so"}
{"GOT page 6" "-shared $abi_ldflags(n32) -T got-page-1.ld"
"" "$abi_asflags(n32)" {got-page-6.s}
{{objdump -dr got-page-6.d}
{readelf -A got-page-6.got}}
"got-page-6.so"}
{"GOT page 7 (order 1)" "-shared $abi_ldflags(n32) -T got-page-1.ld"
"" "$abi_asflags(n32)"
{got-page-7a.s got-page-7b.s got-page-7c.s got-page-7d.s
got-page-7e.s}
{{objdump -dr got-page-7.d}
{readelf -A got-page-7.got}}
"got-page-7a.so"}
{"GOT page 7 (order 2)" "-shared $abi_ldflags(n32) -T got-page-1.ld"
"" "$abi_asflags(n32)"
{got-page-7e.s got-page-7a.s got-page-7b.s got-page-7c.s
got-page-7d.s}
{{objdump -dr got-page-7.d}
{readelf -A got-page-7.got}}
"got-page-7b.so"}
}]
}
run_dump_test "got-dump-1"
run_dump_test_n64 "got-dump-2" noarch
run_dump_test "reloc-estimate-1"
}
run_dump_test_n32 "emit-relocs-1" {{as -EB} {ld -EB}}
run_dump_test "hash1"
run_dump_test "hash2"
if { $linux_gnu && $has_abi(o32) } {
# The number of symbols that are always included in the symbol table
# for these tests.
# the null symbol entry
set base_syms 1
foreach { isa aflag lflag suffix } \
{ MIPS -march=mips1 "" "" \
microMIPS -mmicromips "" -micromips \
"microMIPS insn32" "-mmicromips -minsn32" --insn32 \
-micromips-insn32 } {
foreach dynsym { 7fff 8000 fff0 10000 2fe80 } {
run_ld_link_tests \
[list [list \
"Stub for dynsym 0x$dynsym ($isa)" \
"-shared -melf32btsmip -T stub-dynsym-1.ld $lflag" \
"" \
[concat \
"-EB $aflag -32 -KPIC" \
"--defsym base_syms=$base_syms" \
"--defsym dynsym=0x$dynsym"] \
[list "stub-dynsym-1.s"] \
[list [list \
"objdump" "-dz" \
"stub-dynsym$suffix-1-$dynsym.d"]] \
"stub-dynsym$suffix-1-$dynsym"]]
}
run_ld_link_tests [list \
[list \
"Retained stubs for dynsyms ($isa)" \
"-shared -melf32btsmip -T stub-dynsym-2.ld $lflag" "" \
"-EB $aflag -32 -KPIC" \
[list "stub-dynsym-2.s"] \
[list \
[list \
"objdump" \
"-dz -j .MIPS.stubs" \
"stub-dynsym$suffix-2.dd"] \
[list \
"readelf" \
"--dyn-syms" \
"stub-dynsym$suffix-2.sd"] \
[list \
"readelf" \
"-A" \
"stub-dynsym$suffix-2.gd"]] \
"stub-dynsym$suffix-2"] \
[list \
"Discarded stubs for dynsyms ($isa)" \
"-shared -melf32btsmip -T stub-dynsym-discard-2.ld $lflag" \
"" \
"-EB $aflag -32 -KPIC" \
[list "stub-dynsym-2.s"] \
[list \
[list \
"readelf" \
"--dyn-syms" \
"stub-dynsym-discard-2.sd"] \
[list \
"readelf" \
"-A" \
"stub-dynsym-discard-2.gd"]] \
"stub-dynsym-discard$suffix-2"]]
}
}
# For tests which may involve multiple files, use run_ld_link_tests.
# List contains test-items with 3 items followed by 2 lists:
# 0:name 1:ld early options 2:ld late options 3:assembler options
# 4:filenames of assembler files 5: action and options. 6: name of output file
# Actions:
# objdump: Apply objdump options on result. Compare with regex (last arg).
# nm: Apply nm options on result. Compare with regex (last arg).
# readelf: Apply readelf options on result. Compare with regex (last arg).
set mips_tls_tests {
{"Static executable with TLS" "-static -melf32btsmip -T mips-dyn.ld" ""
"-EB -march=mips1 -32 -KPIC" {tlsbin-o32.s}
{{objdump {-dr -m mips:isa32r2} tlsbin-o32.d} {objdump -srj.got tlsbin-o32.got}}
"tls-static-o32"}
{"Static PIE executable with TLS"
"-static -pie -melf32btsmip -T mips-dyn.ld" ""
"-EB -march=mips1 -32 -KPIC" {tlsbin-o32.s}
{{objdump {-dr -m mips:isa32r2} tlsbin-pie-o32.d}
{objdump -Rsj.got tlsbin-pie-o32.got}}
"tls-static-pie-o32"}
{"Shared library with TLS" "-shared -melf32btsmip -T mips-lib.ld" ""
"-EB -march=mips1 -32 -KPIC" {tlslib-o32.s}
{{objdump {-dr -m mips:isa32r2} tlslib-o32.d} {objdump -Rsj.got tlslib-o32.got}}
"tlslib-o32.so"}
{"Dynamic executable with TLS"
"-melf32btsmip -T mips-dyn.ld tmpdir/tlslib-o32.so" ""
"-EB -march=mips1 -32 -KPIC" {tlsdyn-o32.s}
{{objdump {-dr -m mips:isa32r2} tlsdyn-o32.d} {objdump -Rsj.got tlsdyn-o32.got}}
"tls-dynamic-o32"}
{"Dynamic PIE executable with TLS"
"-pie -melf32btsmip -T mips-dyn.ld tmpdir/tlslib-o32.so" ""
"-EB -march=mips1 -32 -KPIC" {tlsdyn-o32.s}
{{objdump {-dr -m mips:isa32r2} tlsdyn-pie-o32.d}
{objdump -Rsj.got tlsdyn-pie-o32.got}}
"tls-dynamic-pie-o32"}
{"Shared library with multiple GOTs and TLS"
"-shared -melf32btsmip -T mips-lib.ld" ""
"-EB -march=mips1 -32 -KPIC" {tls-multi-got-1-1.s tls-multi-got-1-2.s}
{{readelf {-d -r} tls-multi-got-1.r}
{objdump {-dr -m mips:isa32r2} tls-multi-got-1.d}
{objdump -Rsj.got tls-multi-got-1.got}}
"tlslib-multi.so"}
{"Shared library with TLS and versioning"
"-shared -melf32btsmip -T mips-lib.ld --version-script tlslib.ver" ""
"-EB -march=mips1 -32 -KPIC" {tlslib-o32.s}
{{objdump {-dr -m mips:isa32r2} tlslib-o32.d} {objdump -Rsj.got tlslib-o32-ver.got}}
"tlslib-o32-ver.so"}
{"Dynamic executable with TLS and versioning"
"-melf32btsmip -T mips-dyn.ld tmpdir/tlslib-o32-ver.so" ""
"-EB -march=mips1 -32 -KPIC" {tlsdyn-o32.s tlsdyn-o32-2.s}
{{objdump {-dr -m mips:isa32r2} tlsdyn-o32-1.d} {objdump -Rsj.got tlsdyn-o32-1.got}}
"tls-dynamic-o32-ver"}
{"Dynamic executable with TLS and versioning (order 2)"
"-melf32btsmip -T mips-dyn.ld tmpdir/tlsdyn-o32.o tmpdir/tlslib-o32-ver.so tmpdir/tlsdyn-o32-2.o" ""
"-EB -march=mips1 -32 -KPIC" {}
{{objdump {-dr -m mips:isa32r2} tlsdyn-o32-2.d} {objdump -Rsj.got tlsdyn-o32-2.got}}
"tls-dynamic-o32-ver-2"}
{"Dynamic executable with TLS and versioning (order 3)"
"-melf32btsmip -T mips-dyn.ld tmpdir/tlsdyn-o32-2.o tmpdir/tlslib-o32-ver.so tmpdir/tlsdyn-o32.o" ""
"-EB -march=mips1 -32 -KPIC" {}
{{objdump {-dr -m mips:isa32r2} tlsdyn-o32-3.d} {objdump -Rsj.got tlsdyn-o32-3.got}}
"tls-dynamic-o32-ver-3"}
{"Shared library with TLS and hidden symbols"
"-shared -melf32btsmip -T mips-lib.ld --version-script tlslib-hidden.ver" ""
"-EB -march=mips1 -32 -KPIC" {tlslib-o32.s}
{{objdump {-dr -m mips:isa32r2} tlslib-o32.d} {objdump -Rsj.got tlslib-o32-hidden.got}}
"tlslib-o32-hidden.so"}
{"Shared library with TLS and hidden symbols (2)"
"-shared -melf32btsmip -T mips-lib.ld" ""
"-EB -march=mips1 -32 -KPIC" {tls-hidden2a.s tls-hidden2b.s}
{{objdump -drj.text tls-hidden2.d} {objdump -sj.got tls-hidden2-got.d}}
"tls-hidden2.so"}
{"Shared library with TLS and hidden symbols (3)"
"-shared -melf32btsmip -T tls-hidden3.ld" ""
"-EB -march=mips2 -32 -KPIC" {tls-hidden3a.s tls-hidden3b.s}
{{objdump -dj.text tls-hidden3.d} {objdump -sj.got tls-hidden3.got}
{readelf --relocs tls-hidden3.r}}
"tls-hidden3.so"}
{"Shared library with TLS and hidden symbols (4)"
"-shared -melf32btsmip -T tls-hidden3.ld" ""
"-EB -march=mips2 -32 -KPIC" {tls-hidden4a.s tls-hidden4b.s}
{{objdump -sj.got tls-hidden4.got} {readelf --relocs tls-hidden4.r}}
"tls-hidden4.so"}
}
if { $linux_gnu && $has_abi(o32) } {
run_ld_link_tests $mips_tls_tests
}
set mips16_call_global_test [list \
[list "Global calls from mips16" \
"$abi_ldflags(o32) -T no-shared-1.ld" "" \
"$abi_asflags(o32) -mips32r2" \
{mips16-call-global-1.s mips16-call-global-2.s mips16-call-global-3.s} \
{{objdump -dr mips16-call-global.d}} \
"mips16-call-global"]]
if { $has_abi(o32) } {
run_ld_link_tests $mips16_call_global_test
}
set mips16_intermix_test [list \
[list "Intermixing mips32 and mips16 functions" \
"$abi_ldflags(o32)" "" \
"$abi_asflags(o32) -mips32r2" \
{mips16-intermix-1.s mips16-intermix-2.s} \
{{objdump -t mips16-intermix.d}} \
"mips16-intermix"]]
if { $has_abi(o32) } {
run_ld_link_tests $mips16_intermix_test
}
run_dump_test "mips16-local-stubs-1"
set mips16_fp_stub_test [list \
[list "Floating-point stub for mips16 functions" \
"$abi_ldflags(o32)" "" \
"$abi_asflags(o32) -mips32r2" \
{mips16-fp-stub-1.s mips16-fp-stub-2.s} \
{{readelf --debug-dump=frames mips16-fp-stub.d}} \
"mips16-fp-stub"]]
if { $has_abi(o32) } {
run_ld_link_tests $mips16_fp_stub_test
}
foreach firstfpabi [list 0 1 2 3 4 5 6 7 ] {
foreach secondfpabi [list 4 5 6 7 ] {
run_dump_test_o32 "attr-gnu-4-${firstfpabi}${secondfpabi}"
}
}
foreach firstfpabi [list 4 5 6 7 ] {
foreach secondfpabi [list 0 1 2 3 8 9] {
run_dump_test_o32 "attr-gnu-4-${firstfpabi}${secondfpabi}"
}
}
foreach firstfpabi [list 0 1 2 3 ] {
foreach secondfpabi [list 0 1 2 3 8 9] {
run_dump_test "attr-gnu-4-${firstfpabi}${secondfpabi}"
}
}
run_dump_test "attr-gnu-4-81"
run_dump_test "attr-gnu-8-00"
run_dump_test "attr-gnu-8-01"
run_dump_test "attr-gnu-8-02"
run_dump_test "attr-gnu-8-10"
run_dump_test "attr-gnu-8-11"
run_dump_test "attr-gnu-8-12"
run_dump_test "attr-gnu-8-20"
run_dump_test "attr-gnu-8-21"
run_dump_test "attr-gnu-8-22"
run_dump_test_o32 "attr-gnu-4-0-ph"
run_dump_test_o32 "attr-gnu-4-1-ph"
run_dump_test_o32 "attr-gnu-4-2-ph"
run_dump_test_o32 "attr-gnu-4-3-ph"
run_dump_test_o32 "attr-gnu-4-4-ph"
run_dump_test_o32 "attr-gnu-4-5-ph"
run_dump_test_o32 "attr-gnu-4-6-ph"
run_dump_test_o32 "attr-gnu-4-7-ph"
run_dump_test_n32 "attr-gnu-4-0-n32-ph" noarch
run_dump_test_n32 "attr-gnu-4-1-n32-ph" noarch
run_dump_test_n32 "attr-gnu-4-2-n32-ph" noarch
run_dump_test_n32 "attr-gnu-4-3-n32-ph" noarch
run_dump_test_n64 "attr-gnu-4-0-n64-ph" noarch
run_dump_test_n64 "attr-gnu-4-1-n64-ph" noarch
run_dump_test_n64 "attr-gnu-4-2-n64-ph" noarch
run_dump_test_n64 "attr-gnu-4-3-n64-ph" noarch
run_dump_test_o32 "abiflags-strip1-ph"
run_dump_test_o32 "abiflags-strip2-ph"
run_dump_test_o32 "abiflags-strip3-ph"
run_dump_test_o32 "abiflags-strip4-ph"
run_dump_test_o32 "abiflags-strip5-ph"
run_dump_test_o32 "abiflags-strip6-ph"
run_dump_test_o32 "abiflags-strip7-ph"
run_dump_test_o32 "abiflags-strip8-ph"
run_dump_test_o32 "abiflags-strip9-ph"
run_dump_test_o32 "abiflags-strip10-ph"
run_dump_test "nan-legacy"
run_dump_test "nan-2008"
run_dump_test "nan-mixed-1"
run_dump_test "nan-mixed-2"
if { $linux_gnu && $has_abi(o32) } {
run_ld_link_tests {
{"GOT and versioning 1"
"-shared -melf32btsmip --version-script got-vers-1.ver" ""
"-EB -mips2 -32" {got-vers-1a.s got-vers-1b.s}
{{readelf -d got-vers-1.dd}
{readelf --symbols got-vers-1.sd}
{readelf --relocs got-vers-1.rd}}
"got-vers-1.so"}
}
}
run_dump_test "undefined"
run_dump_test "undefined-warn"
# Test the conversion from jr to b
if { $linux_gnu } {
run_dump_test_o32 "jr-to-b-1" noarch
run_dump_test_o32 "jr-to-b-2" noarch
}
# MIPS16 and microMIPS interlinking test.
run_dump_test "mips16-and-micromips"
set abis {}
if $has_abi(o32) {
lappend abis o32
}
if $has_abi(n32) {
lappend abis n32
}
if $has_abi(n64) {
lappend abis n64
}
# Export class call relocation tests.
if [check_shared_lib_support] {
foreach { abi } $abis {
set loadaddr [string map \
{o32 0x12340000 n32 0x12340000 n64 0x123456789abc0000} $abi]
set suff [subst \
[expr { $irix \
? [string map {o32 o32-irix n32 n32 n64 n64} $abi] \
: $abi }]]
run_ld_link_tests [list \
[list \
"MIPS export class call relocation test ($abi)" \
"$abi_ldflags($abi) -shared -Ttext $loadaddr\
-T export-class-call16.ld" \
"" \
"$abi_asflags($abi) -mips3 -KPIC" \
[list export-class-call16-${abi}.s export-class-call16-def.s] \
[list \
"objdump -d export-class-call16-${suff}.dd" \
"readelf -A export-class-call16-${abi}.gd"] \
"export-class-call16-${abi}.so"]]
}
}
# Magic __ehdr_start symbol tests.
foreach { abi } $abis {
set suff [string map {o32 o32 n32 new n64 new} $abi]
run_ld_link_tests [list \
[list \
"MIPS magic __ehdr_start symbol test 1 ($abi)" \
"$abi_ldflags($abi) -T ehdr_start-1.ld" "" \
"$abi_asflags($abi)" \
[list ehdr_start-${suff}.s] \
[list "readelf -s ehdr_start-1.nd"] \
"ehdr_start-1-${abi}"] \
[list \
"MIPS magic __ehdr_start symbol test 2 ($abi)" \
"$abi_ldflags($abi) -T ehdr_start-2.ld" "" \
"$abi_asflags($abi)" \
[list ehdr_start-${suff}.s] \
[list "readelf -s ehdr_start-2.nd"] \
"ehdr_start-2-${abi}"]]
}
# R_MIPS_JALR reloc tests.
foreach { abi } $abis {
run_ld_link_tests [list \
[list \
"MIPS JALR reloc test ($abi)" \
"$abi_ldflags($abi) -T jalr3.ld" "" \
"$abi_asflags($abi)" \
[list ../../../gas/testsuite/gas/mips/jalr3.s] \
[list "objdump -d jalr3.dd"] \
"jalr3-${abi}"] \
[list \
"MIPS JALR reloc unaligned/cross-mode link test ($abi)" \
"$abi_ldflags($abi) -T jalr3.ld" "" \
"$abi_asflags($abi)" \
[list ../../../gas/testsuite/gas/mips/jalr4.s] \
[list "objdump {-d --prefix-addresses --show-raw-insn} jalr4.dd"] \
"jalr4-${abi}"] \
[list \
"MIPSr6 JALR reloc unaligned/cross-mode link test ($abi)" \
"$abi_ldflags($abi) -T jalr3.ld" "" \
"[string map\
[list o32 -mips32r6\
n32 -mips64r6\
n64 -mips64r6] $abi ]\
[regsub -- {-march=[^[:blank:]]*} $abi_asflags($abi) {}]" \
{../../../gas/testsuite/gas/mips/jalr4.s} \
{{objdump {-d --prefix-addresses --show-raw-insn} jalr4-r6.dd}} \
"jalr4-${abi}"]]
}
proc build_mips_plt_lib { abi } {
global abi_asflags
global abi_ldflags
run_ld_link_tests [list \
[list "Shared $abi library for compressed PLT tests" \
"-shared $abi_ldflags($abi)" "" \
"$abi_asflags($abi)" \
{ compressed-plt-1-dyn.s } \
{} \
"compressed-plt-1-${abi}-dyn.so"]]
}
proc run_mips_plt_test { name abi filter micromips suffix {extra {}} } {
global abi_asflags
global abi_ldflags
set as_flags "$abi_asflags($abi) --defsym filter=$filter"
append as_flags " --defsym micromips=$micromips --defsym $abi=1"
if {[string equal $abi o32]} {
append as_flags " -march=mips2"
}
set ld_flags "$abi_ldflags($abi) -T compressed-plt-1.ld"
set dynobj "tmpdir/compressed-plt-1-${abi}-dyn.so"
set files [list]
if { $filter & 7 } {
lappend files compressed-plt-1a.s
}
if { $filter & 56 } {
lappend files compressed-plt-1b.s
}
if { $filter & 64 } {
lappend files compressed-plt-1c.s
}
eval [list lappend files] $extra
set readelf_flags "-A --syms --relocs -d"
if { [string match "*word*" $suffix] } {
append readelf_flags " -x.data"
}
set objdump_flags "-d -Mgpr-names=numeric"
set basename "compressed-plt-1-${abi}-${suffix}"
run_ld_link_tests [list \
[list "$name" $ld_flags $dynobj \
"$as_flags" $files \
[list [list readelf $readelf_flags ${basename}.rd] \
[list objdump $objdump_flags ${basename}.od]] \
$basename]]
}
if { $linux_gnu && $has_abi(o32) } {
build_mips_plt_lib o32
run_mips_plt_test "o32 PLTs for standard encoding" o32 104 0 se
run_mips_plt_test "o32 PLTs for standard branches" o32 16 0 branch
run_mips_plt_test "o32 PLTs for MIPS16 encoding" o32 69 0 mips16-only
run_mips_plt_test "o32 PLTs for MIPS16 branches" o32 2 0 mips16-bronly
run_mips_plt_test "o32 PLTs for microMIPS encoding" o32 69 1 umips-only
run_mips_plt_test "o32 PLTs for microMIPS branches" o32 2 1 umips-bronly
run_mips_plt_test "o32 PLTs for mixed MIPS and MIPS16" \
o32 109 0 mips16
run_mips_plt_test "o32 PLTs for mixed MIPS and MIPS16 branches" \
o32 18 0 mips16-branch
run_mips_plt_test "o32 PLTs for mixed MIPS and MIPS16 with %got" \
o32 109 0 mips16-got compressed-plt-1d.s
run_mips_plt_test "o32 PLTs for mixed MIPS and MIPS16 with .word" \
o32 109 0 mips16-word compressed-plt-1e.s
run_mips_plt_test "o32 PLTs for mixed MIPS and microMIPS" \
o32 109 1 umips
run_mips_plt_test "o32 PLTs for mixed MIPS and microMIPS branches" \
o32 18 1 umips-branch
run_mips_plt_test "o32 PLTs for mixed MIPS and microMIPS with %got" \
o32 109 1 umips-got compressed-plt-1d.s
run_mips_plt_test "o32 PLTs for mixed MIPS and microMIPS with .word" \
o32 109 1 umips-word compressed-plt-1e.s
}
if { $linux_gnu && $has_abi(n32) } {
build_mips_plt_lib n32
run_mips_plt_test "n32 PLTs for mixed MIPS and MIPS16" \
n32 109 0 mips16
run_mips_plt_test "n32 PLTs for mixed MIPS and microMIPS" \
n32 109 1 umips
}
# Verify graceful handling of n64 PLT 32-bit range overflows. Given
# that the alignment of `.got.plt' is 8 the highest usable positive
# address is 0x7fff7ff8 and the lowest usable negative address is
# 0xffffffff7fff8000.
if { $linux_gnu && $has_abi(n64) } {
run_ld_link_tests [list \
[list "Shared library for MIPS n64 PLT 32-bit range tests" \
"-shared $abi_ldflags(n64)" "" \
"$abi_asflags(n64)" \
{ n64-plt-lib.s } \
{} \
"n64-plt-lib.so"] \
[list "MIPS n64 PLT 32-bit range test 1" \
"$abi_ldflags(n64) -T n64-plt-1.ld -e foo" \
"tmpdir/n64-plt-lib.so" \
"$abi_asflags(n64)" \
{ n64-plt.s } \
{ { objdump -d n64-plt-1.dd } \
{ readelf -A n64-plt-1.gd } } \
"n64-plt-1"] \
[list "MIPS n64 PLT 32-bit range test 2" \
"$abi_ldflags(n64) -T n64-plt-2.ld -e foo" \
"tmpdir/n64-plt-lib.so" \
"$abi_asflags(n64)" \
{ n64-plt.s } \
{ { ld n64-plt-2.ed } } \
"n64-plt-2"] \
[list "MIPS n64 PLT 32-bit range test 3" \
"$abi_ldflags(n64) -T n64-plt-3.ld -e foo" \
"tmpdir/n64-plt-lib.so" \
"$abi_asflags(n64)" \
{ n64-plt.s } \
{ { ld n64-plt-3.ed } } \
"n64-plt-3"] \
[list "MIPS n64 PLT 32-bit range test 4" \
"$abi_ldflags(n64) -T n64-plt-4.ld -e foo" \
"tmpdir/n64-plt-lib.so" \
"$abi_asflags(n64)" \
{ n64-plt.s } \
{ { objdump -d n64-plt-4.dd } \
{ readelf -A n64-plt-4.gd } } \
"n64-plt-4"]]
}
# PR ld/19908 export class tests.
if { $linux_gnu && $has_abi(o32) } {
run_ld_link_tests [list \
[list "Shared library for MIPS export class symbol reference tests" \
"$abi_ldflags(o32) -shared" "" \
"$abi_asflags(o32)" \
{ export-class-ref-f2.s } \
{ { readelf --dyn-syms export-class-ref-lib.sd } } \
"export-class-ref-lib.so"]]
foreach { class flag } { internal 1 hidden 2 protected 3 } {
run_ld_link_tests [list \
[list "MIPS $class symbol reference test 1" \
"$abi_ldflags(o32) -e f0" "tmpdir/export-class-ref-lib.so" \
"$abi_asflags(o32) --defsym defv=$flag" \
{ export-class-ref-f0.s export-class-ref-f1.s } \
[list [list readelf --dyn-syms export-$class-ref.sd] \
[list readelf --dyn-syms export-local-ref.sd]] \
"export-$class-ref"] \
[list "MIPS $class symbol reference test 2" \
"$abi_ldflags(o32) -e f0" "tmpdir/export-class-ref-lib.so" \
"$abi_asflags(o32) --defsym defv=$flag --defsym refv=$flag" \
{ export-class-ref-f0.s export-class-ref-f1.s } \
[list [list readelf --dyn-syms export-$class-ref.sd] \
[list readelf --dyn-syms export-local-ref.sd]] \
"export-$class-ref"]]
}
}
# PR ld/21334 GOT relocation in static binary test.
if { $has_abi(o32) } {
run_ld_link_tests [list \
[list \
"PR ld/21334 MIPS GOT16 relocation in static binary" \
"$abi_ldflags(o32) -e foo -T pr21334.ld" "" "$abi_asflags(o32)" \
{pr21334.s} \
{{objdump {-d --prefix-addresses} pr21334.dd} \
{readelf -A pr21334.gd}} \
"pr21334"]]
}
# Check that the ISA level is consistently II for the LSI 4010.
run_dump_test_o32 "lsi-4010-isa" noarch
# PIC branch relaxation with offset tests. We need to use our version
# of `prune_warnings' to get rid of GAS branch relaxation noise.
if { $has_abi(o32) } {
rename prune_warnings mips_old_prune_warnings
proc prune_warnings { msg } {
set msg1 "Assembler messages:"
set msg2 "Warning: relaxed out-of-range branch into a jump"
set msgx "(?:$msg1|$msg2)"
regsub -all "(^|\[\n\r\]*)\[^\n\r\]*: $msgx\[\n\r\]*" $msg "\\1" msg
return [mips_old_prune_warnings $msg]
}
run_ld_link_tests [list \
[list \
"MIPS link PIC branch relaxation with offset" \
"$abi_ldflags(o32) -shared -T relax-offset.ld" "" \
"$abi_asflags(o32) -relax-branch -mips2" \
{../../../gas/testsuite/gas/mips/relax-offset.s} \
{{objdump \
{-d --prefix-addresses --show-raw-insn} \
relax-offset.dd} \
{readelf -A relax-offset.gd}} \
"relax-offset"] \
[list \
"microMIPS link PIC branch relaxation with offset" \
"$abi_ldflags(o32) -shared -T relax-offset.ld" "" \
"$abi_asflags(o32) -relax-branch -mmicromips" \
{../../../gas/testsuite/gas/mips/relax-offset.s} \
{{objdump \
{-d --prefix-addresses --show-raw-insn} \
relax-offset-umips.dd} \
{readelf -A relax-offset-umips.gd}} \
"relax-offset-umips"]]
rename prune_warnings ""
rename mips_old_prune_warnings prune_warnings
}
# Verify that we can link ELF input into the `binary' output format.
run_dump_test "binary"
# Verify special section processing.
if { $has_abi(o32) || $has_abi(n32) } {
run_dump_test "reginfo-0"
run_dump_test "reginfo-0r"
run_dump_test "reginfo-1"
run_dump_test "reginfo-1r"
run_dump_test "reginfo-2"
run_dump_test "reginfo-2r"
}
run_dump_test "mips-abiflags-0"
run_dump_test "mips-abiflags-0r"
run_dump_test "mips-abiflags-1"
run_dump_test "mips-abiflags-1r"
run_dump_test "mips-abiflags-2"
run_dump_test "mips-abiflags-2r"
# Test that _gp_disp symbol is not present in symbol tables.
run_dump_test_o32 "gp-disp-sym"
# PR ld/21375 undefined weak PIC references.
proc run_mips_undefweak_test { name abi args } {
global abi_asflags
global abi_ldflags
global irixemul
set name "PR ld/21375 in $name"
set pic 0
set abisuf -noabi
set srcsuf ""
set scrsuf ""
set binsuf ""
set dsosuf ""
set objsuf ""
set rdesuf ""
set asxtra ""
set ldxtra ""
foreach arg $args {
switch -- $arg {
dso {
set pic 1
set dsosuf .so
append objsuf s
append rdesuf s
append ldxtra " -shared"
}
gc {
set abisuf -noabi
append binsuf g
append objsuf g
append rdesuf g
append ldxtra " --gc-sections"
}
hidden {
if { $pic && [istarget "*-*-*gnu*"] } { set abisuf -abi }
append binsuf h
append objsuf h
append rdesuf h
append asxtra " --defsym hidn=1"
}
internal {
if { $pic && [istarget "*-*-*gnu*"] } { set abisuf -abi }
append binsuf h
append objsuf h
append rdesuf h
append asxtra " --defsym intr=1"
}
local {
append binsuf l
append rdesuf l
append ldxtra " --version-script pr21375.ver"
}
mips16 {
set srcsuf -mips16
append binsuf m16
append objsuf m16
append asxtra " -mips16"
}
pie {
set pic 1
set dsosuf -pie
append objsuf p
append rdesuf p
append ldxtra " -pie"
}
protected {
if { $pic && [istarget "*-*-*gnu*"] } { set abisuf -abi }
append binsuf h
append objsuf h
append rdesuf h
append asxtra " --defsym prot=1"
}
umips {
append binsuf u
append objsuf u
append asxtra " -mmicromips"
}
version {
append binsuf v
append rdesuf v
append ldxtra " --version-script pr21375v.ver"
}
xgot {
set srcsuf -xgot
set scrsuf -xgot
append binsuf x
append objsuf x
append rdesuf x
}
}
}
switch -- $abi {
n32 {
set srcsuf -n32
append binsuf -n32
append objsuf -n32
append rdesuf -n32
}
n64 {
set srcsuf -n64
append binsuf -n64
append objsuf -n64
append rdesuf -n64
}
}
if $irixemul {
set irixsuf -irix
} else {
set irixsuf ""
}
if { $pic && ![check_shared_lib_support] } {
unsupported "$name"
} else {
run_ld_link_tests [list \
[list \
"$name" \
"$abi_ldflags($abi) -e foo -T pr21375${scrsuf}.ld ${ldxtra}" \
"" \
"$abi_asflags($abi) ${asxtra}" \
[list pr21375${srcsuf}.s] \
[list \
[list objdump -d pr21375${objsuf}.dd] \
[list readelf -A pr21375${rdesuf}.gd] \
[list readelf --dyn-syms pr21375${rdesuf}${irixsuf}.sd] \
[list readelf -h pr21375${abisuf}.hd]] \
"pr21375${binsuf}${dsosuf}"]]
}
}
if $has_abi(o32) {
run_mips_undefweak_test "SVR4 executable" \
o32
run_mips_undefweak_test "SVR4 executable (hidden)" \
o32 hidden
run_mips_undefweak_test "PIE executable" \
o32 pie
run_mips_undefweak_test "PIE executable (hidden)" \
o32 pie hidden
run_mips_undefweak_test "shared library" \
o32 dso
run_mips_undefweak_test "shared library (hidden)" \
o32 dso hidden
run_mips_undefweak_test "shared library (hidden, forced local)" \
o32 dso hidden local
run_mips_undefweak_test "shared library (hidden, versioned)" \
o32 dso hidden version
run_mips_undefweak_test "shared library (hidden, section GC)" \
o32 dso hidden gc
run_mips_undefweak_test "shared library (protected)" \
o32 dso protected
run_mips_undefweak_test "shared library (internal)" \
o32 dso internal
run_mips_undefweak_test "shared library (large GOT)" \
o32 dso xgot
run_mips_undefweak_test "shared library (large GOT, hidden)" \
o32 dso xgot hidden
run_mips_undefweak_test "shared library (MIPS16)" \
o32 dso mips16
run_mips_undefweak_test "shared library (MIPS16, hidden)" \
o32 dso mips16 hidden
run_mips_undefweak_test "shared library (microMIPS)" \
o32 dso umips
run_mips_undefweak_test "shared library (microMIPS, hidden)" \
o32 dso umips hidden
run_mips_undefweak_test "shared library (microMIPS, large GOT)" \
o32 dso umips xgot
run_mips_undefweak_test "shared library (microMIPS, large GOT, hidden)" \
o32 dso umips xgot hidden
}
if $has_abi(n32) {
run_mips_undefweak_test "shared library (n32)" \
n32 dso
run_mips_undefweak_test "shared library (n32, hidden)" \
n32 dso hidden
run_mips_undefweak_test "shared library (n32, microMIPS)" \
n32 dso umips
run_mips_undefweak_test "shared library (n32, microMIPS, hidden)" \
n32 dso umips hidden
}
if $has_abi(n64) {
run_mips_undefweak_test "shared library (n64)" \
n64 dso
run_mips_undefweak_test "shared library (n64, hidden)" \
n64 dso hidden
run_mips_undefweak_test "shared library (n64, microMIPS)" \
n64 dso umips
run_mips_undefweak_test "shared library (n64, microMIPS, hidden)" \
n64 dso umips hidden
}
# PIC relocation acceptance tests.
run_dump_test "pic-reloc-0"
run_dump_test "pic-reloc-1"
run_dump_test "pic-reloc-2"
run_dump_test "pic-reloc-3"
run_dump_test "pic-reloc-4"
run_dump_test_o32 "pic-reloc-5"
run_dump_test_o32 "pic-reloc-5" [list [list name (microMIPS)] \
[list as "-mmicromips"]]
run_dump_test_o32 "pic-reloc-6"
run_dump_test_n64 "pic-reloc-7"
run_dump_test_n64 "pic-reloc-7" [list [list name (microMIPS)] \
[list as "-mmicromips"]]
run_dump_test_o32 "reloc-pcrel-r6"