#   Copyright (C) 2004 Free Software Foundation, Inc.
#
# 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 2 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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.

# Please email any bugs, comments, and/or additions to this file to:
# bug-gdb@prep.ai.mit.edu

# Test that the mi output for a structure with multiple anonymous sub-structures
# works properly.
#
# Written by Jim Ingham <jingham@apple.com>
# 

load_lib mi-support.exp
set MIFLAGS "-i=mi1"

gdb_exit
if [mi_gdb_start] {
    continue
}

set testfile "anon-struct"
set srcfile ${testfile}.cc

set binfile ${objdir}/${subdir}/${testfile}
if  { [gdb_compile "$srcdir/$subdir/$srcfile" "${binfile}" executable {c++ debug}] != "" } {
    gdb_suppress_entire_file "Testcase compile failed, so all tests in this file will automatically fail."
}

mi_delete_breakpoints
mi_gdb_reinitialize_dir $srcdir/$subdir
mi_gdb_load ${binfile}

mi_run_to_main
mi_next {Next so mine is initialized}
mi_next {Next so nother is initialized}

mi_gdb_test {-var-create - * mine} {.*name="var1",numchild="2",type="foo",typecode="STRUCT",dynamic_type="",in_scope="true".*} {create variable for mine}

mi_gdb_test {-var-list-children var1} {.*numchild="2",children=\[child={name="var1.public",exp="public",numchild="3",type="",typecode="FAKE_CHILD",dynamic_type=""},child={name="var1.private",exp="private",numchild="3",type="",typecode="FAKE_CHILD",dynamic_type=""}\]} {list children of var1}

mi_gdb_test {-var-list-children var1.public} {.*numchild="3",children=\[child={name="var1.public.a",exp="a",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.public.#anon#1",exp="",numchild="1",type="[^"]*",typecode="UNION",dynamic_type=""},child={name="var1.public.#anon#2",exp="",numchild="1",type="[^"]*",typecode="STRUCT",dynamic_type=""}\]} {list children of var1.public}

mi_gdb_test {-var-list-children var1.public.#anon#1} {.*numchild="2",children=\[child={name="var1.public.#anon#1.public.b",exp="b",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.public.#anon#1.public.c",exp="c",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var1.public.#anon#1}

mi_gdb_test {-var-list-children var1.public.#anon#2} {.*numchild="2",children=\[child={name="var1.public.#anon#2.public.d",exp="d",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.public.#anon#2.public.e",exp="e",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var1.public.#anon#2}

mi_gdb_test {-var-evaluate-expression var1.public.a} {.*value="1"} {value of var1.public.a}

mi_gdb_test {-var-evaluate-expression var1.public.#anon#1.public.b} {.*value="2"} {value of var1.public.#anon#1.public.b}

mi_gdb_test {-var-evaluate-expression var1.public.#anon#2.public.d} {.*value="3"} {value of var1.public.#anon#1.public.d}

mi_gdb_test {-var-evaluate-expression var1.public.#anon#2.public.e} {.*value="4"} {value of var1.public.#anon#2.public.e}

    mi_gdb_test {-var-info-path-expression var1.public.#anon#1.public.b} {.*path_expr="\(\(mine\)\.b\)"} {-var-info-path-expression works for var1.public.#anon#1.public.b}

mi_gdb_test {-var-list-children var1.private} {.*numchild="3",children=\[child={name="var1.private.f",exp="f",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.private.#anon#1",exp="",numchild="1",type="[^"]*",typecode="UNION",dynamic_type=""},child={name="var1.private.#anon#2",exp="",numchild="1",type="[^"]*",typecode="STRUCT",dynamic_type=""}\]} {list children of var1.private}

mi_gdb_test {-var-evaluate-expression var1.private.f} {.*value="5"} {value of var1.private.f}

# This is a pain.  For stabs, the child type is recorded as "private" but for DWARF they end up
# being public.

mi_gdb_test {-var-list-children var1.private.#anon#1} {.*numchild="([12])",children=.*\]} {list children of var1.private.#anon#1}
set child_type $expect_out(1,string)

if {$child_type == 1} {
    mi_gdb_test {-var-list-children var1.private.#anon#1.private} {.*numchild="2",children=\[child={name="var1.private.#anon#1.private.g",exp="g",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.private.#anon#1.private.h",exp="h",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var1.private.#anon#1.private}

    mi_gdb_test {-var-list-children var1.private.#anon#2} {.*numchild="1",children=\[child={name="var1.private.#anon#2.private",exp="private",numchild="2",type="",typecode="FAKE_CHILD",dynamic_type=""}\]} {list children of var1.private.#anon#2}

    mi_gdb_test {-var-list-children var1.private.#anon#2.private} {.*numchild="2",children=\[child={name="var1.private.#anon#2.private.i",exp="i",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.private.#anon#2.private.j",exp="j",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var1.private.#anon#2.private}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#1.private.g} {.*value="6"} {value of var1.private.#anon#1.private.g}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#2.private.i} {.*value="7"} {value of var1.private.#anon#2.private.i}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#2.private.j} {.*value="8"} {value of var1.private.#anon#2.private.j}

} else {
    mi_gdb_test {-var-list-children var1.private.#anon#1} {.*numchild="2",children=\[child={name="var1.private.#anon#1.public.g",exp="g",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.private.#anon#1.public.h",exp="h",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var1.private.#anon#1}

    mi_gdb_test {-var-list-children var1.private.#anon#2} {.*numchild="2",children=\[child={name="var1.private.#anon#2.public.i",exp="i",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.private.#anon#2.public.j",exp="j",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {var1.private.#anon#2}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#1.public.g} {.*value="6"} {value of var1.private.#anon#1.public.g}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#2.public.i} {.*value="7"} {value of var1.private.#anon#2.public.i}

    mi_gdb_test {-var-evaluate-expression var1.private.#anon#2.public.j} {.*value="8"} {value of var1.private.#anon#2.public.j}
}

#
# Now test that we get this right through a pointer.  The tests are exactly the same, but it turns
# out the gdb code is different depending on whether the parent is a pointer.
#

mi_gdb_test {-var-create - * nother} {.*name="var2",numchild="2",type="foo \*",typecode="PTR",dynamic_type="",in_scope="true".*} {create variable for nother}

mi_gdb_test {-var-list-children var2} {.*numchild="2",children=\[child={name="var2.public",exp="public",numchild="3",type="",typecode="FAKE_CHILD",dynamic_type=""},child={name="var2.private",exp="private",numchild="3",type="",typecode="FAKE_CHILD",dynamic_type=""}\]} {list children of var2}

mi_gdb_test {-var-list-children var2.public} {.*numchild="3",children=\[child={name="var2.public.a",exp="a",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.public.#anon#1",exp="",numchild="1",type="[^"]*",typecode="UNION",dynamic_type=""},child={name="var2.public.#anon#2",exp="",numchild="1",type="[^"]*",typecode="STRUCT",dynamic_type=""}\]} {list children of var2.public}

mi_gdb_test {-var-list-children var2.public.#anon#1} {.*numchild="2",children=\[child={name="var2.public.#anon#1.public.b",exp="b",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.public.#anon#1.public.c",exp="c",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var2.public.#anon#1}

mi_gdb_test {-var-list-children var2.public.#anon#2} {.*numchild="2",children=\[child={name="var2.public.#anon#2.public.d",exp="d",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.public.#anon#2.public.e",exp="e",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var2.public.#anon#2}

mi_gdb_test {-var-evaluate-expression var2.public.a} {.*value="1"} {value of var2.public.a}

mi_gdb_test {-var-evaluate-expression var2.public.#anon#1.public.b} {.*value="2"} {value of var2.public.#anon#1.public.b}

mi_gdb_test {-var-evaluate-expression var2.public.#anon#2.public.d} {.*value="3"} {value of var2.public.#anon#1.public.d}

mi_gdb_test {-var-evaluate-expression var2.public.#anon#2.public.e} {.*value="4"} {value of var2.public.#anon#2.public.e}

mi_gdb_test {-var-list-children var2.private} {.*numchild="3",children=\[child={name="var2.private.f",exp="f",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.private.#anon#1",exp="",numchild="1",type="[^"]*",typecode="UNION",dynamic_type=""},child={name="var2.private.#anon#2",exp="",numchild="1",type="[^"]*",typecode="STRUCT",dynamic_type=""}\]} {list children of var2.private}

mi_gdb_test {-var-evaluate-expression var2.private.f} {.*value="5"} {value of var2.private.f}

# This is a pain.  For stabs, the child type is recorded as "private" but for DWARF they end up
# being public.

mi_gdb_test {-var-list-children var2.private.#anon#1} {.*numchild="([12])",children=.*\]} {list children of var2.private.#anon#1}
set child_type $expect_out(1,string)

if {$child_type == 1} {
    mi_gdb_test {-var-list-children var2.private.#anon#1.private} {.*numchild="2",children=\[child={name="var2.private.#anon#1.private.g",exp="g",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.private.#anon#1.private.h",exp="h",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var2.private.#anon#1.private}

    mi_gdb_test {-var-list-children var2.private.#anon#2} {.*numchild="1",children=\[child={name="var2.private.#anon#2.private",exp="private",numchild="2",type="",typecode="FAKE_CHILD",dynamic_type=""}\]} {list children of var2.private.#anon#2}

    mi_gdb_test {-var-list-children var2.private.#anon#2.private} {.*numchild="2",children=\[child={name="var2.private.#anon#2.private.i",exp="i",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.private.#anon#2.private.j",exp="j",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var2.private.#anon#2.private}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#1.private.g} {.*value="6"} {value of var2.private.#anon#1.private.g}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#2.private.i} {.*value="7"} {value of var2.private.#anon#2.private.i}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#2.private.j} {.*value="8"} {value of var2.private.#anon#2.private.j}

} else {
    mi_gdb_test {-var-list-children var2.private.#anon#1} {.*numchild="2",children=\[child={name="var2.private.#anon#1.public.g",exp="g",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.private.#anon#1.public.h",exp="h",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {list children of var2.private.#anon#1}

    mi_gdb_test {-var-list-children var2.private.#anon#2} {.*numchild="2",children=\[child={name="var2.private.#anon#2.public.i",exp="i",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.private.#anon#2.public.j",exp="j",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {var2.private.#anon#2}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#1.public.g} {.*value="6"} {value of var2.private.#anon#1.public.g}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#2.public.i} {.*value="7"} {value of var2.private.#anon#2.public.i}

    mi_gdb_test {-var-evaluate-expression var2.private.#anon#2.public.j} {.*value="8"} {value of var2.private.#anon#2.public.j}
}

mi_gdb_exit

if [mi_gdb_start] {
    continue
}

#
# Now test the straight C version.
#

set testfile "anon-struct-c"
set srcfile ${testfile}.c

set binfile ${objdir}/${subdir}/${testfile}
if  { [gdb_compile "$srcdir/$subdir/$srcfile" "${binfile}" executable {debug}] != "" } {
    gdb_suppress_entire_file "Testcase compile failed, so all tests in this file will automatically fail."
}

mi_delete_breakpoints
mi_gdb_reinitialize_dir $srcdir/$subdir
mi_gdb_load ${binfile}

mi_run_to_main
mi_next {Next so mine is initialized}
mi_next {Next so nother is initialized}

mi_gdb_test {-var-create - * mine} {.*name="var1",numchild="3",type="struct foo",typecode="STRUCT",dynamic_type="",in_scope="true".*} {C - create variable mine}

mi_gdb_test {-var-list-children var1} {.*numchild="3",children=\[child={name="var1.a",exp="a",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.#anon#1",exp="",numchild="2",type="union {...}",typecode="UNION",dynamic_type=""},child={name="var1.#anon#2",exp="",numchild="2",type="struct {...}",typecode="STRUCT",dynamic_type=""}\]} {C - list children of var1}

mi_gdb_test {-var-list-children var1.#anon#1} {.*numchild="2",children=\[child={name="var1.#anon#1.b",exp="b",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.#anon#1.c",exp="c",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {C - list children of var1.#anon#1}

mi_gdb_test {-var-list-children var1.#anon#2} {.*numchild="2",children=\[child={name="var1.#anon#2.d",exp="d",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var1.#anon#2.e",exp="e",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {C - list children of var1.#anon#2}

mi_gdb_test {-var-evaluate-expression var1.a} {.*value="1"} {C - value of var1.a}

mi_gdb_test {-var-evaluate-expression var1.#anon#1.b} {.*value="2"} {C - value of var1.#anon#1.b}

mi_gdb_test {-var-evaluate-expression var1.#anon#2.d} {.*value="3"} {C - value of var1.#anon#2.d}

mi_gdb_test {-var-evaluate-expression var1.#anon#2.e } {.*value="4"} {C - value of var1.#anon#2.e}

#
# Again, we do the same test with a pointer
#

mi_gdb_test {-var-create - * nother} {.*name="var2",numchild="3",type="struct foo \*",typecode="PTR",dynamic_type="",in_scope="true".*} {C - create variable nother}

mi_gdb_test {-var-list-children var2} {.*numchild="3",children=\[child={name="var2.a",exp="a",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.#anon#1",exp="",numchild="2",type="union {...}",typecode="UNION",dynamic_type=""},child={name="var2.#anon#2",exp="",numchild="2",type="struct {...}",typecode="STRUCT",dynamic_type=""}\]} {C - list children of var2}

mi_gdb_test {-var-list-children var2.#anon#1} {.*numchild="2",children=\[child={name="var2.#anon#1.b",exp="b",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.#anon#1.c",exp="c",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {C - list children of var2.#anon#1}

mi_gdb_test {-var-list-children var2.#anon#2} {.*numchild="2",children=\[child={name="var2.#anon#2.d",exp="d",numchild="0",type="int",typecode="INT",dynamic_type=""},child={name="var2.#anon#2.e",exp="e",numchild="0",type="double",typecode="FLT",dynamic_type=""}\]} {C - list children of var2.#anon#2}

mi_gdb_test {-var-evaluate-expression var2.a} {.*value="1"} {C - value of var2.a}

mi_gdb_test {-var-evaluate-expression var2.#anon#1.b} {.*value="2"} {C - value of var2.#anon#1.b}

mi_gdb_test {-var-evaluate-expression var2.#anon#2.d} {.*value="3"} {C - value of var2.#anon#2.d}

mi_gdb_test {-var-evaluate-expression var2.#anon#2.e } {.*value="4"} {C - value of var2.#anon#2.e}




return 0