#
# Some generic MIPS tests
#

# When adding a new test to this file, try to do the following things:
#
# * If testing assembly and disassembly of code, don't forget to test
# the actual bit encodings of the instructions (using the
# --show-raw-insn flag to objdump). 
#
# * Try to run the test for as many architectures as appropriate,
# using the "run_dump_test_arches" or "run_list_test_arches" functions,
# along with the output from a call to "mips_arch_list_matching."
#
# * Be sure to compare the test output before and after your testsuite
# changes, to verify that existing and new tests were run as expected.
# Look for expect ERROR messages in the testsuite .log file to make sure
# the new expect code did not contain errors.

# To add support for a new CPU to this file, add an appropriate entry
# to the sequence of "mips_arch_create" function calls below, and test
# the result.  The new CPU should automatically be used when running
# various tests.  If the new CPU is the default CPU for any tool
# targets, make sure the call to "mips_arch_create" reflects that fact.


# "LOSE" marks information about tests which fail at a particular point
# in time, but which are not XFAILed.  Either they used to pass
# and indicate either regressions or the need to tweak the tests to keep
# up the with code, or they are new tests and it is unknown whether or not
# they should pass as-is for the given object formats.


# The functions below create and manipulate an "architecture data
# array" which contains entries for each MIPS architecture (or CPU)
# known to these tests.  The array contains the following information
# for each architecture, indexed by the name of the architecture
# described by the entry:
#
# displayname: The name of the entry to be used for pretty-printing.
#
# gprsize: The size in bits of General Purpose Registers provided by
# the architecture (must be 32 or 64).
#
# props: A list of text strings which are associated with the
# architecture.  These include the architecture name as well as
# information about what instructions the CPU supports.  When matching
# based on properties, an additional property is added to the normal
# property list, "gpr<gprsize>" so that tests can match CPUs which
# have GPRs of a specific size.  The following properties are most
# useful when matching properties for generic (i.e., not CPU-specific)
# tests:
#
#	mips1, mips2, mips3, mips4, mips5, mips32, mips64
#		The architecture includes the instructions defined
#		by that MIPS ISA.
#
#	gpr_ilocks
#		The architecture interlocks GPRs accesses.  (That is,
#		there are no load delay slots.)
#
#	mips3d	The architecture includes the MIPS-3D ASE.
#
#	ror	The architecture includes hardware rotate instructions.
#
#	gpr32, gpr64
#		The architecture provides 32- or 64-bit General Purpose
#		Registers.
#
# as_flags: The assembler flags used when assembling tests for this
# architecture.
#
# objdump_flags: The objdump flags used when disassembling tests for
# this architecture.
#
# Most entries in the architecture array will have values in all of
# the fields above.  One entry, "default" represents the default CPU
# based on the target of the assembler being built.  If always has
# empty "as_flags" and "objdump_flags."

# mips_arch_init
#
# This function initializes the architecture data array ("mips_arches")
# to be empty.
proc mips_arch_init {} {
    global mips_arches

    # Catch becuase the variable won't be set the first time through.
    catch {unset mips_arches}
}

# mips_arch_create ARCH GPRSIZE EXTENDS PROPS AS_FLAGS OBJDUMP_FLAGS \
#		   (optional:) DEFAULT_FOR_TARGETS
#
# This function creates a new entry in the architecture data array,
# for the architecture or CPU named ARCH, and fills in the entry
# according to the rest of the arguments.
#
# The new entry's property list is initialized to contain ARCH, any
# properties specified by PROPS, and the properties associated with
# the entry specified by EXTENDS.  (The new architecture is considered
# to extend the capabilities provided by that architecture.)
#
# If DEFAULT_FOR_TARGETS is specified, it is a list of targets for which
# this architecture is the default architecture.  If "istarget" returns
# true for any of the targets in the list, a "default" entry will be
# added to the architecture array which indicates that ARCH is the default
# architecture.
proc mips_arch_create {arch gprsize extends props as_flags objdump_flags
		       {default_for_targets {}}} {
    global mips_arches

    if { [info exists mips_arches($arch)] } {
             error "mips_arch_create: arch \"$arch\" already exists"
    }
    if { $gprsize != 32 && $gprsize != 64 } {
	error "mips_arch_create: invalid GPR size $gprsize"
    }

    set archdata(displayname) $arch
    set archdata(gprsize) $gprsize
    set archdata(as_flags) $as_flags
    set archdata(objdump_flags) $objdump_flags
    set archdata(props) $arch
    eval lappend archdata(props) $props
    if { [string length $extends] != 0 } {
	eval lappend archdata(props) [mips_arch_properties $extends 0]
    }

    set mips_arches($arch) [array get archdata]

    # Set as default if appropriate.
    foreach target $default_for_targets {
	if { [istarget $target] } {
	    if { [info exists mips_arches(default)] } {
		error "mips_arch_create: default arch already exists"
	    }

	    set archdata(displayname) "default = $arch"
    	    set archdata(as_flags) ""
	    set archdata(objdump_flags) ""

	    set mips_arches(default) [array get archdata]
	    break
	}
    }
}

# mips_arch_list_all
#
# This function returns the list of all names of entries in the
# architecture data array (including the default entry, if a default
# is known).
proc mips_arch_list_all {} {
    global mips_arches
    return [lsort -dictionary [array names mips_arches]]
}

# mips_arch_data ARCH
#
# This function returns the information associated with ARCH
# in the architecture data array, in "array get" form.
proc mips_arch_data {arch} {
    global mips_arches

    if { ! [info exists mips_arches($arch)] } {
	error "mips_arch_data: unknown arch \"$arch\""
    }
    return $mips_arches($arch)
}

# mips_arch_displayname ARCH
#
# This function returns the printable name associated with ARCH in
# the architecture data array.
proc mips_arch_displayname {arch} {
    array set archdata [mips_arch_data $arch]
    return $archdata(displayname)
}

# mips_arch_properties ARCH (optional:) INCLUDE_GPRSIZE
#
# This function returns the property list associated with ARCH in the
# architecture data array.  If INCLUDE_GPRSIZE is non-zero, an additional
# "gpr32" or "gpr64" property will be returned as part of the list based
# on the architecture's GPR size.
proc mips_arch_properties {arch {include_gprsize 1}} {
    array set archdata [mips_arch_data $arch]
    set props $archdata(props)
    if { $include_gprsize } {
	lappend props gpr$archdata(gprsize)
    }
    return $props
}

# mips_arch_as_flags ARCH
#
# This function returns the assembler flags associated with ARCH in
# the architecture data array. 
proc mips_arch_as_flags {arch} {
    array set archdata [mips_arch_data $arch]
    return $archdata(as_flags)
}

# mips_arch_objdump_flags ARCH
#
# This function returns the objdump disassembly flags associated with
# ARCH in the architecture data array. 
proc mips_arch_objdump_flags {arch} {
    array set archdata [mips_arch_data $arch]
    return $archdata(objdump_flags)
}

# mips_arch_matches ARCH PROPMATCHLIST
#
# This function returns non-zero if ARCH matches the set of properties
# described by PROPMATCHLIST.  Each entry in PROPMATCHLIST can either
# be the name of a property which must be matched, or "!" followed by
# the name of a property which must not be matched.  ARCH matches
# PROPMATCHLIST if and only if all of the conditions specified by
# PROPMATCHLIST are satisfied.
proc mips_arch_matches {arch propmatchlist} {
    foreach pm $propmatchlist {
	if { [string match {!*} $pm] } {
	    # fail if present.
	    set inverted 1
	    set p [string range $pm 1 end]
	} {
	    # fail if not present.
	    set inverted 0
	    set p $pm
	}

	set loc [lsearch -exact [mips_arch_properties $arch] $p]

	# required-absent and found, or required-present and not found: fail.
	if { ($inverted && $loc != -1) || (! $inverted && $loc == -1) } {
	    return 0
	}
    }
    return 1
}

# mips_arch_list_matching ARGS
#
# This function returns a list of all architectures which match
# the conditions described by its arguments.  Its arguments are
# taken as a list and used as the PROPMATCHLIST in a call to
# "mips_arch_matches" for each known architecture.
proc mips_arch_list_matching {args} {
    set l ""
    foreach arch [mips_arch_list_all] {
	# For now, don't match default arch until we know what its
	# properties actually are.
	if { [string compare $arch default] == 0
	     && [string length [mips_arch_properties default]] == 0} {
	    continue;
	}
	if { [mips_arch_matches $arch $args] } {
	    lappend l $arch
	}
    }
    return $l
}


# The functions below facilitate running various types of tests.

# run_dump_test_arch NAME ARCH
#
# Invoke "run_dump_test" for test NAME, with extra assembler and
# disassembler flags to test architecture ARCH.
proc run_dump_test_arch { name arch } {
    global subdir

    if [catch {run_dump_test $name \
			     "{name    {([mips_arch_displayname $arch])}}
			      {objdump {[mips_arch_objdump_flags $arch]}}
			      {as      {[mips_arch_as_flags $arch]}}"} rv] {
        perror "$rv"
        untested "$subdir/$name ($arch)"
    }
}

# run_dump_test_arches NAME ARCH_LIST
#
# Invoke "run_dump_test_arch" for test NAME, for each architecture
# listed in ARCH_LIST.
proc run_dump_test_arches { name arch_list } {
    foreach arch $arch_list {
	run_dump_test_arch "$name" "$arch"
    }
}

# run_list_test NAME OPTS (optional): TESTNAME
#
# Assemble the file "NAME.d" and compare the assembler standard error
# output against the regular expressions given in the file "NAME.l".
# The assembler is passed the flags given in OPTS.  If TESTNAME is
# provided, it will be used as the name of the test.
proc run_list_test { name opts {testname {}} } {
    global srcdir subdir
    if { [string length $testname] == 0 } then {
	    set testname "MIPS $name"
    }
    set file $srcdir/$subdir/$name
    gas_run ${name}.s $opts ">&dump.out"
    if { [regexp_diff "dump.out" "${file}.l"] } then {
	fail $testname
	verbose "output is [file_contents "dump.out"]" 2
	return
    }
    pass $testname
}

# run_list_test_arch NAME OPTS ARCH
#
# Invoke "run_list_test" for test NAME with options OPTS, with extra
# assembler flags to test architecture ARCH.
proc run_list_test_arch { name opts arch } {
    global subdir

    set testname "MIPS $name ([mips_arch_displayname $arch])"
    if [catch {run_list_test "$name" "$opts [mips_arch_as_flags $arch]" \
			     "$testname"} rv] {
        perror "$rv"
        untested "$testname"
    }
}

# run_list_test_arches NAME OPTS ARCH_LIST
#
# Invoke "run_list_test_arch" for test NAME with options OPTS, for each
# architecture listed in ARCH_LIST.
proc run_list_test_arches { name opts arch_list } {
    foreach arch $arch_list {
	run_list_test_arch "$name" "$opts" "$arch"
    }
}


# Create the architecture data array by providing data for all
# known architectures.
#
# Note that several targets pick default CPU based on ABI.  We
# can't easily handle that; do NOT list those targets as defaulting
# to any architecture.
mips_arch_init
mips_arch_create mips1 	32	{}	{} \
			{ -march=mips1 -mtune=mips1 } { -mmips:3000 }
mips_arch_create mips2 	32	mips1	{ gpr_ilocks } \
		        { -march=mips2 -mtune=mips2 } { -mmips:6000 }
mips_arch_create mips3 	64	mips2	{} \
			{ -march=mips3 -mtune=mips3 } { -mmips:4000 }
mips_arch_create mips4 	64	mips3	{} \
			{ -march=mips4 -mtune=mips4 } { -mmips:8000 }
mips_arch_create mips5 	64	mips4	{} \
			{ -march=mips5 -mtune=mips5 } { -mmips:mips5 }
mips_arch_create mips32	32	mips2	{} \
			{ -march=mips32 -mtune=mips32 } { -mmips:isa32 } \
			{ mipsisa32-*-* mipsisa32el-*-* }
mips_arch_create mips32r2 32	mips32	{ ror } \
			{ -march=mips32r2 -mtune=mips32r2 } \
			{ -mmips:isa32r2 } \
			{ mipsisa32r2-*-* mipsisa32r2el-*-* }
mips_arch_create mips64	64	mips5	{ mips32 } \
			{ -march=mips64 -mtune=mips64 } { -mmips:isa64 } \
			{ mipsisa64-*-* mipsisa64el-*-* }
mips_arch_create r3000 	32	mips1	{} \
			{ -march=r3000 -mtune=r3000 } { -mmips:3000 }
mips_arch_create r3900 	32	mips1	{ gpr_ilocks } \
			{ -march=r3900 -mtune=r3900 } { -mmips:3900 } \
			{ mipstx39-*-* mipstx39el-*-* }
mips_arch_create r4000 	64	mips3	{} \
			{ -march=r4000 -mtune=r4000 } { -mmips:4000 }
mips_arch_create vr5400	64	mips4	{ ror } \
			{ -march=vr5400 -mtune=vr5400 } { -mmips:5400 }
mips_arch_create sb1 	64	mips64	{ mips3d } \
			{ -march=sb1 -mtune=sb1 } { -mmips:sb1 } \
			{ mipsisa64sb1-*-* mipsisa64sb1el-*-* }


#
# And now begin the actual tests!
#

if { [istarget mips*-*-*] } then {
    set no_mips16 0
    set elf [expr [istarget *-*-elf*] || [istarget *-*-irix5*] || [istarget *-*-irix6* ] || [istarget *-*-linux*] || [istarget *-*-netbsd*] ]
    set ecoff [expr [istarget *-*-ecoff*] || [istarget *-*-ultrix*] || [istarget *-*-irix\[1-4\]*] ]
    set aout [expr [istarget *-*-bsd*] || [istarget *-*-openbsd*] ]
    set ilocks [istarget mipstx39*-*-*]
    set gpr_ilocks [expr [istarget mipstx39*-*-*]]
    set addr32 [expr [istarget mipstx39*-*-*] || [istarget mips-*-linux*] || [istarget mipsel-*-linux*]]
    set has_newabi [expr [istarget *-*-irix6*] || [istarget mips64*-*-linux*]]

    if { [istarget "mips*-*-*linux*"] } then {
	set tmips "t"
    } else {
	set tmips ""
    }
    if [istarget mips*el-*-*] {
	set el el
    } {
	set el ""
    }

    run_dump_test_arches "abs"		[mips_arch_list_matching mips1]
    run_dump_test_arches "add"		[mips_arch_list_matching mips1]
    run_dump_test_arches "and"		[mips_arch_list_matching mips1]
    run_dump_test "break20"
    run_dump_test "trap20"

    # LOSE: As of 2002-02-08, "beq" through "bltu" fail for target mips-ecoff.
    # See http://sources.redhat.com/ml/binutils/2001-10/msg00418.html for
    # more information.  Not sure if the fixes there are correct; should
    # branches to external labels be allowed for ECOFF?
    # XXX FIXME: the following tests require -mips2 disasm for
    # branch-likely instructions.  They should be split.
    run_dump_test_arches "beq"		[mips_arch_list_matching mips2]
    run_dump_test_arches "bge"		[mips_arch_list_matching mips2]
    run_dump_test_arches "bgeu"		[mips_arch_list_matching mips2]
    run_dump_test_arches "blt"		[mips_arch_list_matching mips2]
    run_dump_test_arches "bltu"		[mips_arch_list_matching mips2]
    run_dump_test_arches "branch-misc-1" [mips_arch_list_matching mips1]
    run_list_test_arches "branch-misc-2" "-32" [mips_arch_list_matching mips1]

    if $ilocks {
	run_dump_test "div-ilocks"
    } else {
	run_dump_test "div"
    }
    if { !$addr32 } {
	run_dump_test_arches "dli"		[mips_arch_list_matching mips3]
    }
    if $elf {
	run_dump_test_arches "elf-jal"	[mips_arch_list_matching mips1]
    } else {
	run_dump_test "jal"
    }
    if $elf { run_dump_test "jal-svr4pic" }
    if $elf { run_dump_test "jal-xgot" }
    # LOSE: As of 2002-02-08, the jal-empic test fails for target mips-ecoff.
    # It appears that it broke between 2000-03-11 00:00UTC and
    # 2000-03-12 00:00 UTC.
    if $ecoff { run_dump_test "jal-empic" }
    if $elf {
	run_dump_test_arches "jal-empic-elf" [mips_arch_list_matching mips1]
	run_dump_test_arches "jal-empic-elf-2" [mips_arch_list_matching mips1]
	run_dump_test_arches "jal-empic-elf-3" [mips_arch_list_matching mips1]
    }
    run_list_test_arches "jal-range" "-32" [mips_arch_list_matching mips1]
    if $has_newabi { run_dump_test "jal-newabi" }
    if !$aout { run_dump_test "la" }
    if $elf { run_dump_test "la-svr4pic" }
    if $elf { run_dump_test "la-xgot" }
    # LOSE: As of 2002-02-08, the la-empic test fails for target mips-ecoff.
    # Not sure when it first cropped up, but may be related to addition of
    # "la" -> "addiu" pattern in MIPS opcode table long ago.
    if $ecoff { run_dump_test "la-empic" }
    if !$aout {
	# XXX FIXME: Has mips2 and later insns with mips1 disassemblies.
	# (Should split and then use appropriate arch lists.)
	run_dump_test_arches "lb"	[mips_arch_list_matching !mips2]
    }
    if $elf {
	run_dump_test_arches "lb-svr4pic" [mips_arch_list_matching mips1]
    }
    if $elf {
	# Both versions specify the cpu, so we can run both regardless of
	# the interlocking in the configured default cpu.
	run_dump_test "lb-xgot"
	run_dump_test "lb-xgot-ilocks"
    }
    if $ecoff { run_dump_test "lb-empic" }
    if !$aout {
        if !$gpr_ilocks {
            run_dump_test "ld"
        } else { 
            if !$addr32 {
                run_dump_test "ld-ilocks"
            } else {
                run_dump_test "ld-ilocks-addr32"
            }
        }
    }
    if $elf { run_dump_test "ld-svr4pic" }
    if $elf { run_dump_test "ld-xgot" }
    if $ecoff { run_dump_test "ld-empic" }
    run_dump_test_arches "li"		[mips_arch_list_matching mips1]
    if !$aout { run_dump_test "lifloat" }
    if $elf { run_dump_test "lif-svr4pic" }
    if $elf { run_dump_test "lif-xgot" }
    # LOSE: As of 2002-02-08, the lif-empic test fails for target mips-ecoff.
    # It appears that it broke between 2000-03-11 00:00UTC and
    # 2000-03-12 00:00 UTC.
    if $ecoff { run_dump_test "lif-empic" }
    run_dump_test_arches "mips4"	[mips_arch_list_matching mips4]
    run_dump_test_arches "mips5"	[mips_arch_list_matching mips5]
    if $ilocks {
	run_dump_test "mul-ilocks"
    } else {
	run_dump_test "mul"
    }

    run_dump_test_arches "rol"		[mips_arch_list_matching !ror]
    run_dump_test_arches "rol-hw" 	[mips_arch_list_matching ror]

    run_dump_test_arches "rol64"	[mips_arch_list_matching gpr64 !ror]
    run_dump_test_arches "rol64-hw"	[mips_arch_list_matching gpr64 ror]

    if !$aout { run_dump_test "sb" }
    run_dump_test "trunc"
    if !$aout { run_dump_test "ulh" }
    run_dump_test_arches "ulh2-eb"	[mips_arch_list_matching mips1]
    run_dump_test_arches "ulh2-el"	[mips_arch_list_matching mips1]
    if $elf { run_dump_test "ulh-svr4pic" }
    if $elf { run_dump_test "ulh-xgot" }
    if $ecoff { run_dump_test "ulh-empic" }
    if !$aout {
	run_dump_test "ulw"
	run_dump_test "uld"
	run_dump_test "ush"
	run_dump_test "usw"
	run_dump_test "usd"
    }
    run_dump_test_arches "ulw2-eb"	[mips_arch_list_matching !gpr_ilocks]
    run_dump_test_arches "ulw2-eb-ilocks" [mips_arch_list_matching gpr_ilocks]
    run_dump_test_arches "ulw2-el"	[mips_arch_list_matching !gpr_ilocks]
    run_dump_test_arches "ulw2-el-ilocks" [mips_arch_list_matching gpr_ilocks]

    run_dump_test_arches "uld2-eb" [mips_arch_list_matching mips3]
    run_dump_test_arches "uld2-el" [mips_arch_list_matching mips3]

    # The mips16 test can only be run on ELF, because only ELF
    # supports the necessary mips16 reloc.
    if { $elf && !$no_mips16 } {
	run_dump_test "mips16"
	# Check jalx handling
	run_dump_test "mips16-jalx"
	run_dump_test "mips-jalx"
    }
    run_list_test "mips-no-jalx" "-32"
    run_dump_test "delay"
    run_dump_test "nodelay"
    run_dump_test "mips4010"
    run_dump_test "mips4650"
    run_dump_test "mips4100"
    run_dump_test "vr4111"
    run_dump_test "vr4120"
    run_dump_test "vr4122"
    run_dump_test "vr5400"
    run_dump_test "vr5500"
    run_dump_test "perfcount"
    run_dump_test "lineno"
    run_dump_test "sync"

    run_dump_test_arches "mips32"	[mips_arch_list_matching mips32]

    run_dump_test_arches "mips32r2"	[mips_arch_list_matching mips32r2]
    run_list_test_arches "mips32r2-ill" "-32" [mips_arch_list_matching mips32r2]

    run_dump_test_arches "mips64"	[mips_arch_list_matching mips64]

    if { !$addr32 } {
	run_dump_test "mips64-mips3d"
	run_dump_test_arches "mips64-mips3d-incl" [mips_arch_list_matching mips3d]

	run_dump_test "mips64-mdmx"
	run_dump_test "sb1-ext-mdmx"
	run_dump_test "sb1-ext-ps"
    }

    run_dump_test "relax"

    run_list_test "illegal" "-32"
    run_list_test "baddata1" "-32"

    # LOSE: As of 2002-02-08, the next 4 tests fail for target mips-ecoff.
    # It's unknown whether they _should_ pass as-is, or whether different
    # variants are needed for ELF and ECOFF.
    run_dump_test "mips-gp32-fp32"
    run_dump_test "mips-gp32-fp64"
    run_dump_test "mips-gp64-fp32"
    run_dump_test "mips-gp64-fp64"

    if $elf {
	# Make sure that -mcpu=FOO and -mFOO are equivalent.  Assemble a file
	# containing 4650-specific instructions with -m4650 and -mcpu=4650,
	# and verify that they're the same.  Specifically, we're checking
	# that the EF_MIPS_MACH field is set, and that the 4650 'mul'
	# instruction does get used.  In previous versions of GAS,
	# only -mcpu=4650 would set the EF_MIPS_MACH field; -m4650 wouldn't.
	run_dump_test "elf_e_flags1"
	run_dump_test "elf_e_flags2"
	run_dump_test "elf_e_flags3"
	run_dump_test "elf_e_flags4"

	# Check EF_MIPS_ARCH markings for each supported architecture.
	run_dump_test "elf_arch_mips1"
	run_dump_test "elf_arch_mips2"
	run_dump_test "elf_arch_mips3"
	run_dump_test "elf_arch_mips4"
	run_dump_test "elf_arch_mips5"
	run_dump_test "elf_arch_mips32"
	run_dump_test "elf_arch_mips32r2"
	run_dump_test "elf_arch_mips64"

	# Verify that ASE markings are handled properly.
	if { !$no_mips16 } { run_dump_test "elf_ase_mips16" }

 	run_dump_test "mips-gp32-fp32-pic"
 	run_dump_test "mips-gp32-fp64-pic"
 	run_dump_test "mips-gp64-fp32-pic"
 	run_dump_test "mips-gp64-fp64-pic"

  	run_dump_test "mips-abi32"
  	run_dump_test "mips-abi32-pic"
  	run_dump_test "mips-abi32-pic2"

	run_dump_test "elf${el}-rel"
	if {[istarget mips64*-*-*] || [istarget mipsisa32*-*-*]
	    || [istarget mipsisa64*-*-*]} { 
	    run_dump_test "elf${el}-rel2"
	} else {
	    run_dump_test "e32${el}-rel2"
	}
	run_dump_test "elf${el}-rel3"
	if {[istarget mips64*-*-*]} {
	    run_dump_test "elf-rel4"
	} else {
	    run_dump_test "e32-rel4"
	}
	run_dump_test "elf-rel5"
	run_dump_test "elf-rel6"
	run_dump_test "elf-rel7"
	run_dump_test "elf-rel8"
	run_dump_test "elf-rel9"
	if $has_newabi {
	    run_dump_test "elf-rel10"
	    run_dump_test "elf-rel11"
	}
	run_dump_test "elf-rel12"
	run_dump_test "elf-rel13"
	run_dump_test "elf-rel14"

	if $has_newabi {
	    run_dump_test "elf-rel-got-n32"
	    run_dump_test "elf-rel-xgot-n32"
	    run_dump_test "elf-rel-got-n64"
	    run_dump_test "elf-rel-xgot-n64"
	}

	run_dump_test "${tmips}${el}empic"
	run_dump_test "empic2"
	run_dump_test "empic3_e"
	run_dump_test "empic3_g1"
	run_dump_test "empic3_g2"
	if { !$no_mips16 } {
	    run_dump_test "${tmips}mips${el}16-e"
	    run_dump_test "${tmips}mips${el}16-f"
	}
	run_dump_test "elf-consthilo"
	run_dump_test "expr1"
    }

    if $has_newabi {
	run_dump_test "n32-consec"
    }

    # tests of objdump's ability to disassemble using different
    # register names.
    run_dump_test "gpr-names-numeric"
    run_dump_test "gpr-names-32"
    run_dump_test "gpr-names-n32"
    run_dump_test "gpr-names-64"

    run_dump_test "fpr-names-numeric"
    run_dump_test "fpr-names-32"
    run_dump_test "fpr-names-n32"
    run_dump_test "fpr-names-64"

    run_dump_test "cp0-names-numeric"
    run_dump_test "cp0-names-mips32"
    run_dump_test "cp0-names-mips32r2"
    run_dump_test "cp0-names-mips64"
    run_dump_test "cp0-names-sb1"

    run_dump_test "cp0sel-names-numeric"
    run_dump_test "cp0sel-names-mips32"
    run_dump_test "cp0sel-names-mips32r2"
    run_dump_test "cp0sel-names-mips64"
    run_dump_test "cp0sel-names-sb1"

    run_dump_test "hwr-names-numeric"
    run_dump_test "hwr-names-mips32r2"
}
