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old-cross-binutils/gdb/testsuite/gdb.cp/cpexprs.exp
Joel Brobecker 28e7fd6234 Update years in copyright notice for the GDB files. 
Two modifications:
  1. The addition of 2013 to the copyright year range for every file;
  2. The use of a single year range, instead of potentially multiple
     year ranges, as approved by the FSF.
2013-01-01 06:33:28 +00:00

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# cpexprs.exp - C++ expressions tests
#
# Copyright 2008-2013 Free Software Foundation, Inc.
#
# Contributed by Red Hat, originally written by Keith Seitz.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
# This file is part of the gdb testsuite.
# A helper proc which sets a breakpoint at FUNC and attempts to
# run to the breakpoint.
proc test_breakpoint {func} {
global DEC
# Return to the top of the test function every time.
delete_breakpoints
if { ! [gdb_breakpoint test_function] } {
fail "set test_function breakpoint for $func"
} elseif { [gdb_test "continue" \
"Continuing.\r\n\r\nBreakpoint $DEC+,.*test_function.*" \
""] != 0 } {
fail "continue to test_function for $func"
} else {
gdb_breakpoint "$func"
set i [expr {[string last : $func] + 1}]
set efunc [string_to_regexp [string range $func $i end]]
gdb_test "continue" \
"Continuing.\r\n\r\nBreakpoint $DEC+,.*$efunc.*" \
"continue to $func"
}
}
# Add a function to the list of tested functions
# FUNC is the name of the function (which will be passed to gdb commands)
# TYPE is the type of the function, as expected from the "print" command
# PRINT is the name of the function, as expected result of the print command
# *OR* "-", indicating that FUNC should be used (needed for virtual/inherited
# funcs)
# LST is either the expected result of the list command (the comment from
# the source code) *OR* "-", in which case FUNC will be used
#
# Usage:
# add NAME TYPE PRINT LST
# add NAME TYPE PRINT -
proc add {func type print lst} {
global all_functions CONVAR ADDR
set all_functions($func,type) $type
if {$print == "-"} {
set print $func
}
# An exception: since gdb canonicalizes C++ output,
# "(void)" must be mutated to "()".
regsub {\(void\)} $print {()} print
set all_functions($func,print) \
"$CONVAR = {[string_to_regexp $type]} $ADDR <[string_to_regexp $print].*>"
if {$lst == "-"} {
set lst "$func"
}
set all_functions($func,list) ".*// [string_to_regexp $lst]"
}
proc get {func cmd} {
global all_functions
return $all_functions($func,$cmd)
}
# Returns a list of function names for a given command
proc get_functions {cmd} {
global all_functions
set result {}
foreach i [array names all_functions *,$cmd] {
if {$all_functions($i) != ""} {
set idx [string last , $i]
if {$idx != -1} {
lappend result [string range $i 0 [expr {$idx - 1}]]
}
}
}
return [lsort $result]
}
# Some convenience variables for this test
set DEC {[0-9]}; # a decimal number
set HEX {[0-9a-fA-F]}; # a hexidecimal number
set CONVAR "\\\$$DEC+"; # convenience variable regexp
set ADDR "0x$HEX+"; # address
# An array of functions/methods that we are testing...
# Each element consists is indexed by NAME,COMMAND, where
# NAME is the function name and COMMAND is the gdb command that
# we are testing. The value of the array for any index pair is
# the expected result of running COMMAND with the NAME as argument.
# The array holding all functions/methods to test. Valid subindexes
# are (none need character escaping -- "add" will take care of that):
# add name type print_name list
# NAME,type: value is type of function
# NAME,print: value is print name of function (careful w/inherited/virtual!)
# NAME,list: value is comment in source code on first line of function
# (without the leading "//")
array set all_functions {}
# "Normal" functions/methods
add {test_function} \
{int (int, char **)} \
- \
-
add {derived::a_function} \
{void (const derived * const)} \
- \
-
add {base1::a_function} \
{void (const base1 * const)} \
- \
-
add {base2::a_function} \
{void (const base2 * const)} \
- \
-
# Constructors
# On targets using the ARM EABI, the constructor is expected to return
# "this".
proc ctor { type arglist } {
if { [istarget arm*-*eabi*] } {
set ret "$type *"
} else {
set ret "void "
}
if { $arglist != "" } {
set arglist ", $arglist"
}
return "${ret}($type * const$arglist)"
}
add {derived::derived} \
[ctor derived ""] \
- \
-
add {base1::base1(void)} \
[ctor base1 "const void ** const"] \
- \
-
add {base1::base1(int)} \
[ctor base1 "int"] \
- \
-
add {base2::base2} \
[ctor base2 "const void ** const"] \
- \
-
add {base::base(void)} \
[ctor base ""] \
- \
-
add {base::base(int)} \
[ctor base "int"] \
- \
-
# Destructors
# On targets using the ARM EABI, some destructors are expected
# to return "this". Others are void. For internal reasons,
# GCC returns void * instead of $type *; RealView appears to do
# the same.
proc dtor { type } {
if { [istarget arm*-*eabi*] } {
set ret "void *"
} else {
set ret "void "
}
return "${ret}($type * const)"
}
add {base::~base} \
[dtor base] \
- \
-
# Overloaded methods (all are const)
add {base::overload(void) const} \
{int (const base * const)} \
- \
{base::overload(void) const}
add {base::overload(int) const} \
{int (const base * const, int)} \
- \
-
add {base::overload(short) const} \
{int (const base * const, short)} \
- \
-
add {base::overload(long) const} \
{int (const base * const, long)} \
- \
-
add {base::overload(char*) const} \
{int (const base * const, char *)} \
- \
-
add {base::overload(base&) const} \
{int (const base * const, base &)} \
- \
-
# Operators
add {base::operator+} \
{int (const base * const, const base &)} \
- \
-
add {base::operator++} \
{base (base * const)} \
- \
-
add {base::operator+=} \
{base (base * const, const base &)} \
- \
-
add {base::operator-} \
{int (const base * const, const base &)} \
- \
-
add {base::operator--} \
{base (base * const)} \
- \
-
add {base::operator-=} \
{base (base * const, const base &)} \
- \
-
add {base::operator*} \
{int (const base * const, const base &)} \
- \
-
add {base::operator*=} \
{base (base * const, const base &)} \
- \
-
add {base::operator/} \
{int (const base * const, const base &)} \
- \
-
add {base::operator/=} \
{base (base * const, const base &)} \
- \
-
add {base::operator%} \
{int (const base * const, const base &)} \
- \
-
add {base::operator%=} \
{base (base * const, const base &)} \
- \
-
add {base::operator<} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator<=} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator>} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator>=} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator!=} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator==} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator!} \
{bool (const base * const)} \
- \
-
add {base::operator&&} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator||} \
{bool (const base * const, const base &)} \
- \
-
add {base::operator<<} \
{int (const base * const, int)} \
- \
-
add {base::operator<<=} \
{base (base * const, int)} \
- \
-
add {base::operator>>} \
{int (const base * const, int)} \
- \
-
add {base::operator>>=} \
{base (base * const, int)} \
- \
-
add {base::operator~} \
{int (const base * const)} \
- \
-
add {base::operator&} \
{int (const base * const, const base &)} \
- \
-
add {base::operator&=} \
{base (base * const, const base &)} \
- \
-
add {base::operator|} \
{int (const base * const, const base &)} \
- \
-
add {base::operator|=} \
{base (base * const, const base &)} \
- \
-
add {base::operator^} \
{int (const base * const, const base &)} \
- \
-
add {base::operator^=} \
{base (base * const, const base &)} \
- \
-
add {base::operator=} \
{base (base * const, const base &)} \
- \
-
add {base::operator()} \
{void (const base * const)} \
- \
-
add {base::operator[]} \
{int (const base * const, int)} \
- \
-
add {base::operator new} \
{void *(size_t)} \
- \
-
add {base::operator delete} \
{void (void *)} \
- \
-
add {base::operator new[]} \
{void *(size_t)} \
- \
-
add {base::operator delete[]} \
{void (void *)} \
- \
-
add {base::operator char*} \
{char *(const base * const)} \
- \
-
add {base::operator fluff*} \
{fluff *(const base * const)} \
- \
-
add {base::operator fluff**} \
{fluff **(const base * const)} \
- \
-
add {base::operator int} \
{int (const base * const)} \
- \
-
# Templates
add {tclass<char>::do_something} \
{void (tclass<char> * const)} \
- \
-
add {tclass<int>::do_something} \
{void (tclass<int> * const)} \
- \
-
add {tclass<long>::do_something} \
{void (tclass<long> * const)} \
- \
-
add {tclass<short>::do_something} \
{void (tclass<short> * const)} \
- \
-
add {tclass<base>::do_something} \
{void (tclass<base> * const)} \
- \
-
add {flubber<int, int, int, int, int>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, int, short>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, int, long>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, int, char>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, short, int>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, short, short>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, short, long>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, short, char>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, long, int>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, long, short>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, long, long>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, long, char>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, char, int>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, char, short>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, char, long>} \
{void (void)} \
- \
flubber
add {flubber<int, int, int, char, char>} \
{void (void)} \
- \
flubber
add {flubber<int, int, short, int, int>} \
{void (void)} \
- \
flubber
add {flubber<int, int, short, int, short>} \
{void (void)} \
- \
flubber
add {flubber<int, int, short, int, long>} \
{void (void)} \
- \
flubber
add {flubber<int, int, short, int, char>} \
{void (void)} \
- \
flubber
add {flubber<int, int, short, short, int>} \
{void (void)} \
- \
flubber
add {flubber<short, int, short, int, short>} \
{void (void)} \
- \
flubber
add {flubber<long, short, long, short, long>} \
{void (void)} \
- \
flubber
add {tclass<base>::do_something} \
{void (tclass<base> * const)} \
- \
{tclass<T>::do_something}
add {policy1::policy} \
[ctor "policy<int, operation_1<void*> >" "int"] \
{policy<int, operation_1<void*> >::policy} \
{policy<T, Policy>::policy}
add {policy2::policy} \
[ctor "policy<int, operation_2<void*> >" int] \
{policy<int, operation_2<void*> >::policy} \
{policy<T, Policy>::policy}
add {policy3::policy} \
[ctor "policy<int, operation_3<void*> >" "int"] \
{policy<int, operation_3<void*> >::policy} \
{policy<T, Policy>::policy}
add {policy4::policy} \
[ctor "policy<int, operation_4<void*> >" "int"] \
{policy<int, operation_4<void*> >::policy} \
{policy<T, Policy>::policy}
add {policy1::function} \
{void (void)} \
{operation_1<void*>::function} \
{operation_1<T>::function}
add {policy2::function} \
{void (void)} \
{operation_2<void*>::function} \
{operation_2<T>::function}
add {policy3::function} \
{void (void)} \
{operation_3<void*>::function} \
{operation_3<T>::function}
add {policy4::function} \
{void (void)} \
{operation_4<void*>::function} \
{operation_4<T>::function}
add {policyd<int, operation_1<int> >::policyd} \
[ctor "policyd<int, operation_1<int> >" "int"] \
- \
{policyd<T, Policy>::policyd}
add {policyd1::policyd} \
[ctor "policyd<int, operation_1<int> >" "int"] \
{policyd<int, operation_1<int> >::policyd} \
{policyd<T, Policy>::policyd}
add {policyd<int, operation_1<int> >::~policyd} \
[dtor "policyd<int, operation_1<int> >"] \
- \
{policyd<T, Policy>::~policyd}
add {policyd1::~policyd} \
[dtor "policyd<int, operation_1<int> >"] \
{policyd<int, operation_1<int> >::~policyd} \
{policyd<T, Policy>::~policyd}
add {policyd<long, operation_1<long> >::policyd} \
[ctor "policyd<long, operation_1<long> >" "long"] \
- \
{policyd<T, Policy>::policyd}
add {policyd2::policyd} \
[ctor "policyd<long, operation_1<long> >" "long"] \
{policyd<long, operation_1<long> >::policyd} \
{policyd<T, Policy>::policyd}
add {policyd<long, operation_1<long> >::~policyd} \
[dtor "policyd<long, operation_1<long> >"] \
- \
{policyd<T, Policy>::~policyd}
add {policyd2::~policyd} \
[dtor "policyd<long, operation_1<long> >"] \
{policyd<long, operation_1<long> >::~policyd} \
{policyd<T, Policy>::~policyd}
add {policyd<char, operation_1<char> >::policyd} \
[ctor "policyd<char, operation_1<char> >" "char"] \
- \
{policyd<T, Policy>::policyd}
add {policyd3::policyd} \
[ctor "policyd<char, operation_1<char> >" "char"] \
{policyd<char, operation_1<char> >::policyd} \
{policyd<T, Policy>::policyd}
add {policyd<char, operation_1<char> >::~policyd} \
[dtor "policyd<char, operation_1<char> >"] \
- \
{policyd<T, Policy>::~policyd}
add {policyd3::~policyd} \
[dtor "policyd<char, operation_1<char> >"] \
{policyd<char, operation_1<char> >::~policyd} \
{policyd<T, Policy>::~policyd}
add {policyd<base, operation_1<base> >::policyd} \
[ctor "policyd<base, operation_1<base> >" "base"] \
- \
{policyd<T, Policy>::policyd}
add {policyd4::policyd} \
[ctor "policyd<base, operation_1<base> >" "base"] \
{policyd<base, operation_1<base> >::policyd} \
{policyd<T, Policy>::policyd}
add {policyd<base, operation_1<base> >::~policyd} \
[dtor "policyd<base, operation_1<base> >"] \
- \
{policyd<T, Policy>::~policyd}
add {policyd4::~policyd} \
[dtor "policyd<base, operation_1<base> >"] \
{policyd<base, operation_1<base> >::~policyd} \
{policyd<T, Policy>::~policyd}
add {policyd<tclass<int>, operation_1<tclass<int> > >::policyd} \
[ctor "policyd<tclass<int>, operation_1<tclass<int> > >" "tclass<int>"] \
- \
{policyd<T, Policy>::policyd}
add {policyd5::policyd} \
[ctor "policyd<tclass<int>, operation_1<tclass<int> > >" "tclass<int>"] \
{policyd<tclass<int>, operation_1<tclass<int> > >::policyd} \
{policyd<T, Policy>::policyd}
add {policyd<tclass<int>, operation_1<tclass<int> > >::~policyd} \
[dtor "policyd<tclass<int>, operation_1<tclass<int> > >"] \
- \
{policyd<T, Policy>::~policyd}
add {policyd5::~policyd} \
[dtor "policyd<tclass<int>, operation_1<tclass<int> > >"] \
{policyd<tclass<int>, operation_1<tclass<int> > >::~policyd} \
{policyd<T, Policy>::~policyd}
add {policyd<int, operation_1<int> >::function} \
{void (void)} \
{operation_1<int>::function}\
{operation_1<T>::function}
add {policyd1::function} \
{void (void)} \
{operation_1<int>::function} \
{operation_1<T>::function}
add {policyd2::function} \
{void (void)} \
{operation_1<long>::function} \
{operation_1<T>::function}
add {policyd<char, operation_1<char> >::function} \
{void (void)} \
{operation_1<char>::function} \
{operation_1<T>::function}
add {policyd3::function} \
{void (void)} \
{operation_1<char>::function} \
{operation_1<T>::function}
add {policyd<base, operation_1<base> >::function} \
{void (void)} \
{operation_1<base>::function} \
{operation_1<T>::function}
add {policyd4::function} \
{void (void)} \
{operation_1<base>::function} \
{operation_1<T>::function}
add {policyd<tclass<int>, operation_1<tclass<int> > >::function} \
{void (void)} \
{operation_1<tclass<int> >::function} \
{operation_1<T>::function}
add {policyd5::function} \
{void (void)} \
{operation_1<tclass<int> >::function} \
{operation_1<T>::function}
# Start the test
if {[skip_cplus_tests]} { continue }
# On SPU this test fails because the executable exceeds local storage size.
if { [istarget "spu*-*-*"] } {
return 0
}
#
# test running programs
#
standard_testfile .cc
if {[get_compiler_info "c++"]} {
return -1
}
if {[prepare_for_testing $testfile.exp $testfile $srcfile {debug c++}]} {
return -1
}
if {![runto_main]} {
perror "couldn't run to breakpoint"
continue
}
# Set the listsize to one. This will help with testing "list".
gdb_test "set listsize 1"
# "print METHOD"
foreach name [get_functions print] {
gdb_test "print $name" [get $name print] "print $name"
}
# "list METHOD"
foreach name [get_functions list] {
gdb_test "list $name" [get $name list] "list $name"
}
# Running to breakpoint -- use any function we can "list"
foreach name [get_functions list] {
# Skip "test_function", since test_breakpoint uses it
if {[string compare $name "test_function"] != 0} {
test_breakpoint $name
}
}
# Test c/v gets recognized even without quoting.
foreach cv {{} { const} { volatile} { const volatile}} {
set test "p 'CV::m(int)$cv'"
gdb_test_multiple $test $test {
-re "( = {.*} 0x\[0-9a-f\]+ <CV::m.*>)\r\n$gdb_prompt $" {
# = {void (CV * const, CV::t)} 0x400944 <CV::m(int)>
set correct $expect_out(1,string)
pass $test
}
}
if {"$cv" != ""} {
setup_kfail c++/14186 *-*-*
}
gdb_test "p CV::m(int)$cv" [string_to_regexp $correct]
}
# Test TYPENAME:: gets recognized even in parentheses.
gdb_test "p CV_f(int)" { = {int \(int\)} 0x[0-9a-f]+ <CV_f\(int\)>}
gdb_test "p CV_f(CV::t)" { = {int \(int\)} 0x[0-9a-f]+ <CV_f\(int\)>}
gdb_test "p CV_f(CV::i)" " = 43"
gdb_exit
return 0
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