# OBSOLETE # Copyright 1992, 1994, 1995, 1996 Free Software Foundation, Inc.
# OBSOLETE
# OBSOLETE # This program is free software; you can redistribute it and/or modify
# OBSOLETE # it under the terms of the GNU General Public License as published by
# OBSOLETE # the Free Software Foundation; either version 2 of the License, or
# OBSOLETE # (at your option) any later version.
# OBSOLETE #
# OBSOLETE # This program is distributed in the hope that it will be useful,
# OBSOLETE # but WITHOUT ANY WARRANTY; without even the implied warranty of
# OBSOLETE # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# OBSOLETE # GNU General Public License for more details.
# OBSOLETE #
# OBSOLETE # You should have received a copy of the GNU General Public License
# OBSOLETE # along with this program; if not, write to the Free Software
# OBSOLETE # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
# OBSOLETE
# OBSOLETE # Please email any bugs, comments, and/or additions to this file to:
# OBSOLETE # bug-gdb@prep.ai.mit.edu
# OBSOLETE
# OBSOLETE # This file was written by Fred Fish. (fnf@cygnus.com)
# OBSOLETE
# OBSOLETE if $tracelevel then {
# OBSOLETE strace $tracelevel
# OBSOLETE }
# OBSOLETE
# OBSOLETE if [skip_chill_tests] then { continue }
# OBSOLETE
# OBSOLETE set testfile "chillvars"
# OBSOLETE set srcfile ${srcdir}/$subdir/${testfile}.ch
# OBSOLETE set binfile ${objdir}/${subdir}/${testfile}.exe
# OBSOLETE if { [compile "${srcfile} -g -o ${binfile} ${CHILL_RT0} ${CHILL_LIB}"] != "" } {
# OBSOLETE perror "Couldn't compile ${srcfile}"
# OBSOLETE return -1
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc do_tests {} {
# OBSOLETE global prms_id bug_id subdir objdir srcdir binfile gdb_prompt
# OBSOLETE
# OBSOLETE set prms_id 0
# OBSOLETE set bug_id 0
# OBSOLETE
# OBSOLETE # Start with a fresh gdb.
# OBSOLETE
# OBSOLETE gdb_exit
# OBSOLETE gdb_start
# OBSOLETE gdb_reinitialize_dir $srcdir/$subdir
# OBSOLETE gdb_load $binfile
# OBSOLETE
# OBSOLETE gdb_test "set language chill" ""
# OBSOLETE
# OBSOLETE # This is needed (at least on SunOS4) to make sure the
# OBSOLETE # the symbol table is read.
# OBSOLETE gdb_test "break chillvars.ch:3" ""
# OBSOLETE gdb_test "delete 1" ""
# OBSOLETE
# OBSOLETE gdb_test "set width 0" ""
# OBSOLETE gdb_test "set print sevenbit-strings" ""
# OBSOLETE gdb_test "set print address off" ""
# OBSOLETE
# OBSOLETE test_BOOL
# OBSOLETE test_CHAR
# OBSOLETE test_BYTE
# OBSOLETE test_UBYTE
# OBSOLETE test_INT
# OBSOLETE test_UINT
# OBSOLETE test_LONG
# OBSOLETE test_ULONG
# OBSOLETE test_REAL
# OBSOLETE test_LONG_REAL
# OBSOLETE test_POWERSET
# OBSOLETE test_arrays
# OBSOLETE test_strings
# OBSOLETE test_structs
# OBSOLETE
# OBSOLETE test_ptr
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_BOOL {} {
# OBSOLETE
# OBSOLETE gdb_test "ptype bool_true" "type = (BOOL|bool)"
# OBSOLETE gdb_test "ptype bool_false" "type = (BOOL|bool)"
# OBSOLETE gdb_test "whatis bool_true" "type = (BOOL|bool)"
# OBSOLETE gdb_test "whatis bool_false" "type = (BOOL|bool)"
# OBSOLETE gdb_test "print bool_false" " = FALSE"
# OBSOLETE gdb_test "print bool_true" " = TRUE"
# OBSOLETE
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_CHAR {} {
# OBSOLETE gdb_test "ptype control_char" "type = (CHAR|char)"
# OBSOLETE gdb_test "whatis control_char" "type = (CHAR|char)"
# OBSOLETE gdb_test "print control_char" { = '\^[(]7[)]'}
# OBSOLETE gdb_test "ptype printable_char" "type = (CHAR|char)"
# OBSOLETE gdb_test "whatis printable_char" "type = (CHAR|char)"
# OBSOLETE gdb_test "print printable_char" " = 'a'"
# OBSOLETE
# OBSOLETE gdb_test "print lower(char)" { = '\^[(]0[)]'}
# OBSOLETE gdb_test "print upper(char)" { = '\^[(]255[)]'}
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_BYTE {} {
# OBSOLETE gdb_test "ptype byte_low" "type = (BYTE|byte)"
# OBSOLETE gdb_test "whatis byte_low" "type = (BYTE|byte)"
# OBSOLETE gdb_test "print byte_low" " = -128"
# OBSOLETE gdb_test "ptype byte_high" "type = (BYTE|byte)"
# OBSOLETE gdb_test "whatis byte_high" "type = (BYTE|byte)"
# OBSOLETE gdb_test "print byte_high" " = 127"
# OBSOLETE
# OBSOLETE gdb_test "print lower(byte)" " = -128"
# OBSOLETE gdb_test "print upper(byte)" " = 127"
# OBSOLETE gdb_test "print lower(byte_high)" " = -128"
# OBSOLETE gdb_test "print upper(byte_high)" " = 127"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_UBYTE {} {
# OBSOLETE gdb_test "ptype ubyte_low" "type = (UBYTE|ubyte)"
# OBSOLETE gdb_test "whatis ubyte_low" "type = (UBYTE|ubyte)"
# OBSOLETE gdb_test "print ubyte_low" " = 0"
# OBSOLETE gdb_test "ptype ubyte_high" "type = (UBYTE|ubyte)"
# OBSOLETE gdb_test "whatis ubyte_high" "type = (UBYTE|ubyte)"
# OBSOLETE gdb_test "print ubyte_high" " = 255"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_INT {} {
# OBSOLETE gdb_test "ptype int_low" "type = (INT|int)"
# OBSOLETE gdb_test "whatis int_low" "type = (INT|int)"
# OBSOLETE gdb_test "print int_low" " = -32768"
# OBSOLETE gdb_test "ptype int_high" "type = (INT|int)"
# OBSOLETE gdb_test "whatis int_high" "type = (INT|int)"
# OBSOLETE gdb_test "print int_high" " = 32767"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_UINT {} {
# OBSOLETE gdb_test "ptype uint_low" "type = (UINT|uint)"
# OBSOLETE gdb_test "whatis uint_low" "type = (UINT|uint)"
# OBSOLETE gdb_test "print uint_low" " = 0"
# OBSOLETE gdb_test "ptype uint_high" "type = (UINT|uint)"
# OBSOLETE gdb_test "whatis uint_high" "type = (UINT|uint)"
# OBSOLETE gdb_test "print uint_high" " = 65535"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_LONG {} {
# OBSOLETE gdb_test "ptype long_low" "type = (LONG|long)"
# OBSOLETE gdb_test "whatis long_low" "type = (LONG|long)"
# OBSOLETE gdb_test "print long_low" " = -2147483648"
# OBSOLETE gdb_test "ptype long_high" "type = (LONG|long)"
# OBSOLETE gdb_test "whatis long_high" "type = (LONG|long)"
# OBSOLETE gdb_test "print long_high" " = 2147483647"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_ULONG {} {
# OBSOLETE gdb_test "ptype ulong_low" "type = (ULONG|ulong)"
# OBSOLETE gdb_test "whatis ulong_low" "type = (ULONG|ulong)"
# OBSOLETE gdb_test "print ulong_low" " = 0"
# OBSOLETE gdb_test "ptype ulong_high" "type = (ULONG|ulong)"
# OBSOLETE gdb_test "whatis ulong_high" "type = (ULONG|ulong)"
# OBSOLETE gdb_test "print ulong_high" " = 4294967295"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_REAL {} {
# OBSOLETE gdb_test "ptype real1" "type = (FLOAT|float)"
# OBSOLETE gdb_test "whatis real1" "type = (FLOAT|float)"
# OBSOLETE gdb_test "print real1" " = 3.14159274"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_LONG_REAL {} {
# OBSOLETE gdb_test "ptype long_real1" "type = (DOUBLE|double)"
# OBSOLETE gdb_test "whatis long_real1" "type = (DOUBLE|double)"
# OBSOLETE gdb_test "print long_real1" " = 3\\.1400000000000001e\\+300"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_POWERSET {} {
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_arrays {} {
# OBSOLETE gdb_test "ptype booltable1" "type = ARRAY \\(+0:3\\)+ (BOOL|bool)"
# OBSOLETE gdb_test_exact "print booltable1" \
# OBSOLETE { = [(0): TRUE, (1:2): FALSE, (3): TRUE]}
# OBSOLETE
# OBSOLETE gdb_test "ptype booltable2" "type = ARRAY \\(+4:7\\)+ (BOOL|bool)"
# OBSOLETE gdb_test_exact "print booltable2" { = [(4): TRUE, (5:6): FALSE, (7): TRUE]}
# OBSOLETE
# OBSOLETE gdb_test "ptype chartable1" "type = ARRAY \\(+0:2\\)+ (CHAR|char)"
# OBSOLETE gdb_test_exact "print chartable1" {= [(0): '^(0)', (1): '^(1)', (2): '^(2)']}
# OBSOLETE
# OBSOLETE gdb_test "ptype chartable2" "type = ARRAY \\(+3:5\\)+ (CHAR|char)"
# OBSOLETE gdb_test_exact "print chartable2" \
# OBSOLETE {= [(3): '^(0)', (4): '^(1)', (5): '^(2)']}
# OBSOLETE
# OBSOLETE gdb_test "ptype bytetable1" "type = ARRAY \\(+0:4\\)+ (BYTE|byte)"
# OBSOLETE gdb_test_exact "print bytetable1" \
# OBSOLETE {= [(0): -2, (1): -1, (2): 0, (3): 1, (4): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype bytetable2" "type = ARRAY \\(+5:9\\)+ (BYTE|byte)"
# OBSOLETE gdb_test_exact "print bytetable2" \
# OBSOLETE {= [(5): -2, (6): -1, (7): 0, (8): 1, (9): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype bytetable3" \
# OBSOLETE "type = ARRAY \\(1:2\\) ARRAY \\('c':'d'\\) ARRAY \\(FALSE:TRUE\\) (BYTE|byte)"
# OBSOLETE gdb_test_exact "print bytetable3" \
# OBSOLETE {= [(1): [('c'): [(FALSE): 0, (TRUE): 1], ('d'): [(FALSE): 2, (TRUE): 3]], (2): [('c'): [(FALSE): 4, (TRUE): 5], ('d'): [(FALSE): 6, (TRUE): 7]]]}
# OBSOLETE gdb_test "ptype bytetable4" \
# OBSOLETE "type = ARRAY \\(1:2\\) ARRAY \\('c':'d'\\) ARRAY \\(FALSE:TRUE\\) (BYTE|byte)"
# OBSOLETE gdb_test_exact "print bytetable4" \
# OBSOLETE {= [(1): [('c'): [(FALSE): 0, (TRUE): 1], ('d'): [(FALSE): 2, (TRUE): 3]], (2): [('c'): [(FALSE): 4, (TRUE): 5], ('d'): [(FALSE): 6, (TRUE): 7]]]}
# OBSOLETE
# OBSOLETE gdb_test "ptype ubytetable1" "type = ARRAY \\(+0:4\\)+ (UBYTE|ubyte)"
# OBSOLETE gdb_test_exact "print ubytetable1" \
# OBSOLETE {= [(0): 0, (1): 1, (2): 2, (3): 3, (4): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype ubytetable2" "type = ARRAY \\(+5:9\\)+ (UBYTE|ubyte)"
# OBSOLETE gdb_test_exact "print ubytetable2" \
# OBSOLETE {= [(5): 0, (6): 1, (7): 2, (8): 3, (9): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype inttable1" "type = ARRAY \\(+0:4\\)+ (INT|int)"
# OBSOLETE gdb_test_exact "print inttable1" \
# OBSOLETE {= [(0): -2, (1): -1, (2): 0, (3): 1, (4): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype inttable2" "type = ARRAY \\(+5:9\\)+ (INT|int)"
# OBSOLETE gdb_test_exact "print inttable2" \
# OBSOLETE {= [(5): -2, (6): -1, (7): 0, (8): 1, (9): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype uinttable1" "type = ARRAY \\(+0:4\\)+ (UINT|uint)"
# OBSOLETE gdb_test_exact "print uinttable1" \
# OBSOLETE {= [(0): 0, (1): 1, (2): 2, (3): 3, (4): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype uinttable2" "type = ARRAY \\(+5:9\\)+ (UINT|uint)"
# OBSOLETE gdb_test_exact "print uinttable2" \
# OBSOLETE {= [(5): 0, (6): 1, (7): 2, (8): 3, (9): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype longtable1" "type = ARRAY \\(+0:4\\)+ (LONG|long)"
# OBSOLETE gdb_test_exact "print longtable1" \
# OBSOLETE {= [(0): -2, (1): -1, (2): 0, (3): 1, (4): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype longtable2" "type = ARRAY \\(+5:9\\)+ (LONG|long)"
# OBSOLETE gdb_test_exact "print longtable2" \
# OBSOLETE {= [(5): -2, (6): -1, (7): 0, (8): 1, (9): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype ulongtable1" "type = ARRAY \\(+0:4\\)+ (ULONG|ulong)"
# OBSOLETE gdb_test_exact "print ulongtable1" \
# OBSOLETE {= [(0): 0, (1): 1, (2): 2, (3): 3, (4): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype ulongtable2" "type = ARRAY \\(+5:9\\)+ (ULONG|ulong)"
# OBSOLETE gdb_test_exact "print ulongtable2" \
# OBSOLETE {= [(5): 0, (6): 1, (7): 2, (8): 3, (9): 4]}
# OBSOLETE
# OBSOLETE gdb_test "ptype realtable1" "type = ARRAY \\(+0:4\\)+ (FLOAT|float)"
# OBSOLETE gdb_test_exact "print realtable1" \
# OBSOLETE {= [(0): -2, (1): -1, (2): 0, (3): 1, (4): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype realtable2" "type = ARRAY \\(+5:9\\)+ (FLOAT|float)"
# OBSOLETE gdb_test_exact "print realtable2" \
# OBSOLETE {= [(5): -2, (6): -1, (7): 0, (8): 1, (9): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype longrealtable1" "type = ARRAY \\(+0:4\\)+ (DOUBLE|double)"
# OBSOLETE gdb_test_exact "print longrealtable1" \
# OBSOLETE {= [(0): -2, (1): -1, (2): 0, (3): 1, (4): 2]}
# OBSOLETE
# OBSOLETE gdb_test "ptype longrealtable2" "type = ARRAY \\(+5:9\\)+ (DOUBLE|double)"
# OBSOLETE gdb_test_exact "print longrealtable2" \
# OBSOLETE {= [(5): -2, (6): -1, (7): 0, (8): 1, (9): 2]}
# OBSOLETE
# OBSOLETE gdb_test "print length(longrealtable2)" {= 5}
# OBSOLETE gdb_test "print lower(longrealtable2)" {= 5}
# OBSOLETE gdb_test "print upper(longrealtable2)" {= 9}
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_strings {} {
# OBSOLETE
# OBSOLETE gdb_test "ptype string1" "type = CHARS \[(\]4\[)\]+"
# OBSOLETE gdb_test "print string1" " = \"abcd\""
# OBSOLETE
# OBSOLETE gdb_test "ptype string2" "type = CHARS \[(\]+5\[)\]+"
# OBSOLETE gdb_test "print string2" { = \"ef\^\(0\)gh\"}
# OBSOLETE
# OBSOLETE gdb_test "ptype string3" "type = CHARS \[(\]+6\[)\]+"
# OBSOLETE gdb_test "print string3" " = \"efghij\""
# OBSOLETE
# OBSOLETE gdb_test "ptype string4" "type = CHARS \[(\]+7\[)\]+"
# OBSOLETE gdb_test "print string4" { = \"zzzzzz\^\(0\)\"}
# OBSOLETE
# OBSOLETE # These tests require a running process, so run to one of the procs
# OBSOLETE # and then do the tests.
# OBSOLETE
# OBSOLETE if [runto scalar_arithmetic] then {
# OBSOLETE gdb_test "ptype string1//string2" "type = CHARS \\(9\\)"
# OBSOLETE gdb_test "print string1//string2" { = \"abcdef\^\(0\)gh\"}
# OBSOLETE gdb_test_exact {ptype "a chill string"} {type = CHARS (14)}
# OBSOLETE gdb_test "print 'a chill string'" " = \"a chill string\""
# OBSOLETE gdb_test "print \"ef\"//c'00'//\"gh\"" { = \"ef\^\(0\)gh\"}
# OBSOLETE gdb_test "print string1 // \"efgh\"" " = \"abcdefgh\""
# OBSOLETE gdb_test "print (6) 'z'" " = \"zzzzzz\""
# OBSOLETE gdb_test "ptype (6) 'z'" "type = CHARS \[(\]+6\[)\]+"
# OBSOLETE gdb_test "print (1+2*3) 'x'" " = \"xxxxxxx\""
# OBSOLETE gdb_test "ptype (1+2*3) 'x'" "type = CHARS \[(\]+7\[)\]+"
# OBSOLETE }
# OBSOLETE
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_structs {} {
# OBSOLETE gdb_test "ptype struct1" \
# OBSOLETE "type = STRUCT \\(+.*abool (BOOL|bool),.*aint (INT|int),.*astring CHARS \\(+8\\)+.*\\)+"
# OBSOLETE gdb_test "print struct1" \
# OBSOLETE ".* = \\\[\.abool: TRUE, \.aint: 123, \.astring: \"a string\"\\\]"
# OBSOLETE gdb_test "ptype struct2" \
# OBSOLETE "type = STRUCT \\(+.*abool (BOOL|bool),.*nstruct simple_struct,.*aint (INT|int).*\\)+"
# OBSOLETE gdb_test "print struct2" \
# OBSOLETE ".* = \\\[.abool: TRUE, \.nstruct: \\\[\.abool: FALSE, \.aint: 456, \.astring: \"deadbeef\"\\\], \.aint: 789\\\]"
# OBSOLETE }
# OBSOLETE
# OBSOLETE proc test_ptr {} {
# OBSOLETE # This is to test Cygnus PR 6932
# OBSOLETE gdb_test "print xptr->int" ".* = 32767"
# OBSOLETE }
# OBSOLETE
# OBSOLETE do_tests