541 lines
18 KiB
Text
541 lines
18 KiB
Text
# Copyright 2012-2022 Free Software Foundation, Inc.
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 3 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program. If not, see <http://www.gnu.org/licenses/>.
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# Contributed by Mentor Graphics, written by Maciej W. Rozycki.
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# Test MIPS16 thunk support.
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# This should work on any targets that support MIPS16 execution, including
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# Linux and bare-iron ones, but not all of them do, for example MIPS16
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# support has been added to Linux relatively late in the game. Also besides
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# environment support, the target processor has to support the MIPS16 ASE.
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# Finally as of this writing MIPS16 support has only been implemented in the
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# toolchain for a subset of ABIs, so we need to check that a MIPS16
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# executable can be built and run at all before we attempt the actual test.
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if { ![istarget "mips*-*-*"] } then {
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verbose "Skipping MIPS16 thunk support tests."
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return
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}
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# A helper to set caller's SRCFILE and OBJFILE based on FILENAME and SUFFIX.
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proc set_src_and_obj { filename { suffix "" } } {
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upvar srcfile srcfile
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upvar objfile objfile
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global srcdir
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global subdir
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if ![string equal "$suffix" ""] then {
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set suffix "-$suffix"
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}
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set srcfile ${srcdir}/${subdir}/${filename}.c
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set objfile [standard_output_file ${filename}${suffix}.o]
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}
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# First check if a trivial MIPS16 program can be built and debugged. This
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# verifies environment and processor support, any failure here must be
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# classed as the lack of support.
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set testname mips16-thunks-main
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set_src_and_obj mips16-thunks-inmain
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set options [list debug nowarnings additional_flags=-mips16]
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set objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-main
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set options [list debug nowarnings additional_flags=-mips16]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set binfile [standard_output_file ${testname}]
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set options [list debug nowarnings]
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if { [gdb_compile ${objfiles} ${binfile} executable ${options}] != "" } then {
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unsupported "no MIPS16 support in the toolchain."
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return
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}
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clean_restart ${testname}
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gdb_breakpoint inmain
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gdb_run_cmd
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gdb_test_multiple "" "check for MIPS16 support in the processor" {
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-re "Breakpoint 1.*inmain .*$gdb_prompt $" {
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gdb_test_multiple "finish" \
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"check for MIPS16 support in the processor" {
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-re "Value returned is \\\$\[0-9\]+ = 0\[^0-9\].*$gdb_prompt $" {
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verbose "MIPS16 support check successful."
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}
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-re "$gdb_prompt $" {
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unsupported "no MIPS16 support in the processor."
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return
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}
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default {
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unsupported "no MIPS16 support in the processor."
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return
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}
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}
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}
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-re "$gdb_prompt $" {
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unsupported "no MIPS16 support in the processor."
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return
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}
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default {
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unsupported "no MIPS16 support in the processor."
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return
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}
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}
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# Check if MIPS16 PIC code can be built and debugged. We want to check
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# PIC and MIPS16 thunks are handled correctly together if possible, but
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# on targets that do not support PIC code, e.g. bare iron, we still want
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# to test the rest of functionality.
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set testname mips16-thunks-pic
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set picflag ""
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set_src_and_obj mips16-thunks-inmain pic
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set options [list \
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debug nowarnings additional_flags=-mips16 additional_flags=-fPIC]
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set objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-main pic
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set options [list \
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debug nowarnings additional_flags=-mips16 additional_flags=-fPIC]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set binfile [standard_output_file ${testname}]
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set options [list debug nowarnings additional_flags=-fPIC]
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if { [gdb_compile ${objfiles} ${binfile} executable ${options}] == "" } then {
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clean_restart ${testname}
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gdb_breakpoint inmain
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gdb_run_cmd
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gdb_test_multiple "" "check for PIC support" {
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-re "Breakpoint 1.*inmain .*$gdb_prompt $" {
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note "PIC support present, will make additional PIC thunk checks."
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set picflag additional_flags=-fPIC
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}
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-re "$gdb_prompt $" {
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note "No PIC support, skipping additional PIC thunk checks."
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}
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default {
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note "No PIC support, skipping additional PIC thunk checks."
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}
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}
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} else {
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note "No PIC support, skipping additional PIC thunk checks."
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}
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# OK, build the twisted executable. This program contains the following
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# MIPS16 thunks:
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# - __call_stub_fp_sin,
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# - __call_stub_fp_sinblah,
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# - __call_stub_fp_sinfrob,
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# - __call_stub_fp_sinhelper,
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# - __call_stub_lsinhelper,
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# - __fn_stub_lsinmips16,
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# - __fn_stub_sinblah16,
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# - __fn_stub_sinfrob16,
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# - __fn_stub_sinmips16,
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# - __mips16_call_stub_df_2,
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# - __mips16_ret_df.
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# Additionally, if PIC code is supported, it contains the following PIC thunks:
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# - .pic.__mips16_call_stub_df_2,
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# - .pic.__mips16_ret_df,
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# - .pic.sinblah,
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# - .pic.sinblah16,
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# - .pic.sinfrob,
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# - .pic.sinfrob16.
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set testname mips16-thunks-sin
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set_src_and_obj mips16-thunks-sinmain
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set options [list debug nowarnings additional_flags=-mips16]
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set objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-sin
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set options [list debug nowarnings additional_flags=-mno-mips16]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-sinmips16
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set options [list debug nowarnings additional_flags=-mips16]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-sinfrob
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set options [list \
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debug nowarnings additional_flags=-mno-mips16 ${picflag}]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set_src_and_obj mips16-thunks-sinfrob16
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set options [list \
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debug nowarnings additional_flags=-mips16 ${picflag}]
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lappend objfiles ${objfile}
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gdb_compile ${srcfile} ${objfile} object ${options}
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set binfile [standard_output_file ${testname}]
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set options [list debug nowarnings]
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gdb_compile ${objfiles} ${binfile} executable ${options}
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clean_restart ${testname}
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if ![runto_main] then {
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return
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}
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# Build some useful regular expressions out of a list of functions FUNCS
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# to be used to match against backtraces.
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proc build_frames_re { funcs } {
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upvar anyframe anyframe
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upvar frames frames
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upvar frame frame
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upvar func func
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set fid 0
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set argsandsource " +\\\(.*\\\) +at +\[^\r\n\]+\r\n"
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set addrin "(?:\[^ \]+ +in +)?"
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set anyframe "#${fid} +${addrin}(\[^ \]+)${argsandsource}"
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set frame "#${fid} +${addrin}${func}${argsandsource}"
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set frames "$frame"
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foreach f [lrange $funcs 1 end] {
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incr fid
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append frames "#${fid} +${addrin}${f}${argsandsource}"
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}
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}
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# Single-step through the function that is at the head of function list
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# FUNCS until a different function (frame) is reached. Before each step
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# check the backtrace against FUNCS. ID is used for reporting, to tell
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# apart different calls to this procedure for the same function. If
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# successful, then return the name of the function we have stopped in.
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proc step_through { id funcs } {
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global gdb_prompt
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set func [lindex $funcs 0]
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build_frames_re "$funcs"
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set msg "single-stepping through \"${func}\" ($id)"
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# Arbitrarily limit the maximium number of steps made to avoid looping
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# indefinitely in the case something goes wrong, increase as (if)
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# necessary.
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set count 8
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while { $count > 0 } {
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if { [gdb_test_multiple "backtrace" "$msg (backtrace)" {
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-re "${frames}$gdb_prompt $" {
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if { [gdb_test_multiple "step" "$msg (step)" {
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-re "$gdb_prompt $" {
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if { [gdb_test_multiple "frame" "$msg (frame)" {
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-re "${frame}.*$gdb_prompt $" {
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}
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-re "${anyframe}.*$gdb_prompt $" {
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pass "$msg"
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return $expect_out(1,string)
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}
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}] != 0 } then {
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return ""
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}
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}
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}] != 0 } then {
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return ""
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}
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}
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}] != 0 } then {
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return ""
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}
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incr count -1
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}
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fail "$msg (too many steps)"
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return ""
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}
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# Finish the current function that must be one that is at the head of
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# function list FUNCS. Before that check the backtrace against FUNCS.
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# ID is used for reporting, to tell apart different calls to this
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# procedure for the same function. If successful, then return the name
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# of the function we have stopped in.
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proc finish_through { id funcs } {
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global gdb_prompt
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set func [lindex $funcs 0]
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build_frames_re "$funcs"
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set msg "finishing \"${func}\" ($id)"
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gdb_test_multiple "backtrace" "$msg (backtrace)" {
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-re "${frames}$gdb_prompt $" {
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gdb_test_multiple "finish" "$msg (finish)" {
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-re "Run till exit from ${frame}.*$gdb_prompt $" {
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gdb_test_multiple "frame" "$msg (frame)" {
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-re "${anyframe}.*$gdb_prompt $" {
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pass "$msg"
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return $expect_out(1,string)
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}
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}
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}
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}
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}
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}
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return ""
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}
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# Report PASS if VAL is equal to EXP, otherwise report FAIL, using MSG.
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proc pass_if_eq { val exp msg } {
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if [string equal "$val" "$exp"] then {
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pass "$msg"
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} else {
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fail "$msg"
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}
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}
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# Check if FUNC is equal to WANT. If not, then assume that we have stepped
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# into a library call. In this case finish it, then step out of the caller.
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# ID is used for reporting, to tell apart different calls to this procedure
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# for the same function. If successful, then return the name of the
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# function we have stopped in.
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proc finish_if_ne { id func want funcs } {
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if ![string equal "$func" "$want"] then {
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set call "$func"
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set want [lindex $funcs 0]
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set func [finish_through "$id" [linsert $funcs 0 "$func"]]
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pass_if_eq "$func" "$want" "\"${call}\" finishing to \"${want}\" ($id)"
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set func [step_through "$id" $funcs]
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}
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return "$func"
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}
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# Now single-step through the program, making sure all thunks are correctly
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# stepped over and omitted from backtraces.
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set id 1
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set func [step_through $id [list main]]
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pass_if_eq "$func" sinfrob16 "stepping from \"main\" into \"sinfrob16\" ($id)"
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incr id
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set func [step_through $id [list sinfrob16 main]]
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set func [finish_if_ne $id "$func" main [list sinfrob16 main]]
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pass_if_eq "$func" main "stepping from \"sinfrob16\" back to \"main\" ($id)"
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incr id
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set func [step_through $id [list main]]
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pass_if_eq "$func" sinfrob "stepping from \"main\" into \"sinfrob\" ($id)"
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incr id
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set func [step_through $id [list sinfrob main]]
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set func [finish_if_ne $id "$func" main [list sinfrob main]]
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pass_if_eq "$func" main "stepping from \"sinfrob\" back to \"main\" ($id)"
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# 5
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incr id
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set func [step_through $id [list main]]
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pass_if_eq "$func" sinhelper "stepping from \"main\" into \"sinhelper\" ($id)"
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incr id
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set func [step_through $id [list sinhelper main]]
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set func [finish_if_ne $id "$func" sinfrob16 [list sinhelper main]]
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pass_if_eq "$func" sinfrob16 \
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"stepping from \"sinhelper\" into \"sinfrob16\" ($id)"
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incr id
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set func [step_through $id [list sinfrob16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinhelper [list sinfrob16 sinhelper main]]
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pass_if_eq "$func" sinhelper \
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"stepping from \"sinfrob16\" back to \"sinhelper\" ($id)"
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incr id
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set func [step_through $id [list sinhelper main]]
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pass_if_eq "$func" sinfrob "stepping from \"sinhelper\" into \"sinfrob\" ($id)"
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incr id
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set func [step_through $id [list sinfrob sinhelper main]]
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set func [finish_if_ne $id "$func" sinhelper [list sinfrob sinhelper main]]
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pass_if_eq "$func" sinhelper \
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"stepping from \"sinfrob\" back to \"sinhelper\" ($id)"
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# 10
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incr id
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set func [step_through $id [list sinhelper main]]
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pass_if_eq "$func" sinmips16 \
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"stepping from \"sinhelper\" into \"sinmips16\" ($id)"
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incr id
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set func [step_through $id [list sinmips16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinfrob16 [list sinmips16 sinhelper main]]
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pass_if_eq "$func" sinfrob16 \
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"stepping from \"sinmips16\" into \"sinfrob16\" ($id)"
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incr id
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set func [step_through $id [list sinfrob16 sinmips16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinmips16 \
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[list sinfrob16 sinmips16 sinhelper main]]
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pass_if_eq "$func" sinmips16 \
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"stepping from \"sinfrob16\" back to \"sinmips16\" ($id)"
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incr id
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set func [step_through $id [list sinmips16 sinhelper main]]
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pass_if_eq "$func" sinfrob "stepping from \"sinmips16\" into \"sinfrob\" ($id)"
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incr id
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set func [step_through $id [list sinfrob sinmips16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinhelper \
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[list sinfrob sinmips16 sinhelper main]]
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pass_if_eq "$func" sinmips16 \
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"stepping from \"sinfrob\" back to \"sinmips16\" ($id)"
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# 15
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incr id
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set func [step_through $id [list sinmips16 sinhelper main]]
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pass_if_eq "$func" sinfrob16 \
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"stepping from \"sinmips16\" into \"sinfrob16\" (indirectly) ($id)"
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incr id
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set func [step_through $id [list sinfrob16 sinmips16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinmips16 \
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[list sinfrob16 sinmips16 sinhelper main]]
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pass_if_eq "$func" sinmips16 \
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"stepping from \"sinfrob16\" back to \"sinmips16\" (indirectly) ($id)"
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incr id
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set func [step_through $id [list sinmips16 sinhelper main]]
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pass_if_eq "$func" sinfrob \
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"stepping from \"sinmips16\" into \"sinfrob\" (indirectly) ($id)"
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incr id
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set func [step_through $id [list sinfrob sinmips16 sinhelper main]]
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set func [finish_if_ne $id "$func" sinhelper \
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[list sinfrob sinmips16 sinhelper main]]
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pass_if_eq "$func" sinmips16 \
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"stepping from \"sinfrob\" back to \"sinmips16\" (indirectly) ($id)"
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incr id
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set func [step_through $id [list sinmips16 sinhelper main]]
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pass_if_eq "$func" sinhelper \
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"stepping from \"sinmips16\" back to \"sinhelper\" ($id)"
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# 20
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incr id
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set func [step_through $id [list sinhelper main]]
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pass_if_eq "$func" main "stepping from \"sinhelper\" back to \"main\" ($id)"
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incr id
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set func [step_through $id [list main]]
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pass_if_eq "$func" sinblah "stepping from \"main\" into \"sinblah\" ($id)"
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incr id
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set func [step_through $id [list sinblah main]]
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set func [finish_if_ne $id "$func" main [list sinblah main]]
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pass_if_eq "$func" main "stepping from \"sinblah\" back to \"main\" ($id)"
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incr id
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set func [step_through $id [list main]]
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pass_if_eq "$func" sinblah16 "stepping from \"main\" into \"sinblah16\" ($id)"
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incr id
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set func [step_through $id [list sinblah16 main]]
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set func [finish_if_ne $id "$func" main [list sinblah16 main]]
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pass_if_eq "$func" main "stepping from \"sinblah16\" back to \"main\" ($id)"
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# 25
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incr id
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set func [step_through $id [list main]]
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pass_if_eq "$func" lsinhelper \
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"stepping from \"main\" into \"lsinhelper\" ($id)"
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incr id
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set func [step_through $id [list lsinhelper main]]
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set func [finish_if_ne $id "$func" sinblah [list lsinhelper main]]
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pass_if_eq "$func" sinblah \
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"stepping from \"lsinhelper\" into \"sinblah\" ($id)"
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incr id
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set func [step_through $id [list sinblah lsinhelper main]]
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set func [finish_if_ne $id "$func" lsinhelper [list sinblah lsinhelper main]]
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pass_if_eq "$func" lsinhelper \
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"stepping from \"sinblah\" back to \"lsinhelper\" ($id)"
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incr id
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set func [step_through $id [list lsinhelper main]]
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pass_if_eq "$func" sinblah16 \
|
|
"stepping from \"lsinhelper\" into \"sinblah16\" ($id)"
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|
|
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incr id
|
|
set func [step_through $id [list sinblah16 lsinhelper main]]
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set func [finish_if_ne $id "$func" lsinhelper [list sinblah16 lsinhelper main]]
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pass_if_eq "$func" lsinhelper \
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"stepping from \"sinblah16\" back to \"lsinhelper\" ($id)"
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# 30
|
|
incr id
|
|
set func [step_through $id [list lsinhelper main]]
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|
pass_if_eq "$func" lsinmips16 \
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|
"stepping from \"lsinhelper\" into \"lsinmips16\" ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list lsinmips16 lsinhelper main]]
|
|
set func [finish_if_ne $id "$func" sinblah [list lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" sinblah \
|
|
"stepping from \"lsinmips16\" into \"sinblah\" ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list sinblah lsinmips16 lsinhelper main]]
|
|
set func [finish_if_ne $id "$func" lsinmips16 \
|
|
[list sinblah lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" lsinmips16 \
|
|
"stepping from \"sinblah\" back to \"lsinmips16\" ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" sinblah16 \
|
|
"stepping from \"lsinmips16\" into \"sinblah16\" ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list sinblah16 lsinmips16 lsinhelper main]]
|
|
set func [finish_if_ne $id "$func" lsinhelper \
|
|
[list sinblah16 lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" lsinmips16 \
|
|
"stepping from \"sinblah16\" back to \"lsinmips16\" ($id)"
|
|
|
|
# 35
|
|
incr id
|
|
set func [step_through $id [list lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" sinblah \
|
|
"stepping from \"lsinmips16\" into \"sinblah\" (indirectly) ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list sinblah lsinmips16 lsinhelper main]]
|
|
set func [finish_if_ne $id "$func" lsinmips16 \
|
|
[list sinblah lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" lsinmips16 \
|
|
"stepping from \"sinblah\" back to \"lsinmips16\" (indirectly) ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" sinblah16 \
|
|
"stepping from \"lsinmips16\" into \"sinblah16\" (indirectly) ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list sinblah16 lsinmips16 lsinhelper main]]
|
|
set func [finish_if_ne $id "$func" lsinhelper \
|
|
[list sinblah16 lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" lsinmips16 \
|
|
"stepping from \"sinblah16\" back to \"lsinmips16\" (indirectly) ($id)"
|
|
|
|
incr id
|
|
set func [step_through $id [list lsinmips16 lsinhelper main]]
|
|
pass_if_eq "$func" lsinhelper \
|
|
"stepping from \"lsinmips16\" back to \"lsinhelper\" ($id)"
|
|
|
|
# 40
|
|
incr id
|
|
set func [step_through $id [list lsinhelper main]]
|
|
pass_if_eq "$func" main "stepping from \"lsinhelper\" back to \"main\" ($id)"
|