-# Copyright (C) 2008-2013 Free Software Foundation, Inc.
+# Copyright (C) 2008-2017 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
standard_testfile
+set has_argv0 [gdb_has_argv0]
+
# Build inferior to language specification.
# LANG is one of "c" or "c++".
proc build_inferior {exefile lang} {
if { [gdb_compile "${srcdir}/${subdir}/${srcfile}" "${objfile}" object "debug $lang"] != ""
|| [gdb_compile "${objfile}" "${exefile}" executable "debug $lang"] != "" } {
- untested "Couldn't compile ${srcfile} in $lang mode"
+ untested "failed to compile in $lang mode"
return -1
}
return 0
if { $gdb_py_is_py3k == 0 } {
gdb_py_test_silent_cmd "python i = gdb.Value (5L)" "create long value" 1
}
+
+ gdb_py_test_silent_cmd "python l = gdb.Value(0xffffffff12345678)" "create large unsigned 64-bit value" 1
+ if { $gdb_py_is_py3k == 0 } {
+ gdb_test "python print long(l)" "18446744069720004216" "large unsigned 64-bit int conversion to python"
+ } else {
+ gdb_test "python print (int(l))" "18446744069720004216" "large unsigned 64-bit int conversion to python"
+ }
+
gdb_py_test_silent_cmd "python f = gdb.Value (1.25)" "create double value" 1
gdb_py_test_silent_cmd "python a = gdb.Value ('string test')" "create 8-bit string value" 1
gdb_test "python print (a)" "\"string test\"" "print 8-bit string"
gdb_test "python print (a.__class__)" "<(type|class) 'gdb.Value'>" "verify type of 8-bit string"
+
if { $gdb_py_is_py3k == 0 } {
gdb_py_test_silent_cmd "python a = gdb.Value (u'unicode test')" "create unicode value" 1
gdb_test "python print (a)" "\"unicode test\"" "print Unicode string"
}
# Test address attribute is None in a non-addressable value
- gdb_test "python print ('result = %s' % i.address)" "= None" "Test address attribute in non-addressable value"
+ gdb_test "python print ('result = %s' % i.address)" "= None" "test address attribute in non-addressable value"
}
proc test_value_numeric_ops {} {
gdb_test "python print ('result = ' + str(b-2))" " = 0x3( <.*>)?" "subtract python integer from pointer value"
gdb_test "python print ('result = ' + str(b-a))" " = 3" "subtract two pointer values"
+ gdb_test "python print ('result = ' + 'result'\[gdb.Value(0)\])" \
+ "result = r" "use value as string index"
+ gdb_test "python print ('result = ' + str((1,2,3)\[gdb.Value(0)\]))" \
+ "result = 1" "use value as tuple index"
+ gdb_test "python print ('result = ' + str(\[1,2,3\]\[gdb.Value(0)\]))" \
+ "result = 1" "use value as array index"
+
# Test some invalid operations.
gdb_test_multiple "python print ('result = ' + str(i+'foo'))" "catch error in python type conversion" {
gdb_py_test_silent_cmd "python arg0 = argv.dereference ()" "dereference value" 1
# Check that the dereferenced value is sane
- if { ! [target_info exists noargs] } {
- gdb_test "python print (arg0)" "0x.*$testfile\"" "verify dereferenced value"
+ global has_argv0
+ set test "verify dereferenced value"
+ if { $has_argv0 } {
+ gdb_test_no_output "set print elements unlimited" ""
+ gdb_test_no_output "set print repeats unlimited" ""
+ gdb_test "python print (arg0)" "0x.*$testfile\"" $test
+ } else {
+ unsupported $test
}
# Smoke-test is_optimized_out attribute
- gdb_test "python print ('result = %s' % arg0.is_optimized_out)" "= False" "Test is_optimized_out attribute"
+ gdb_test "python print ('result = %s' % arg0.is_optimized_out)" "= False" "test is_optimized_out attribute"
# Test address attribute
- gdb_test "python print ('result = %s' % arg0.address)" "= 0x\[\[:xdigit:\]\]+" "Test address attribute"
+ gdb_test "python print ('result = %s' % arg0.address)" "= 0x\[\[:xdigit:\]\]+" "test address attribute"
# Test displaying a variable that is temporarily at a bad address.
# But if we can examine what's at memory address 0, then we'll also be
# able to display it without error. Don't run the test in that case.
- set can_read_0 0
- gdb_test_multiple "x 0" "memory at address 0" {
- -re "0x0:\[ \t\]*Cannot access memory at address 0x0\r\n$gdb_prompt $" { }
- -re "0x0:\[ \t\]*Error accessing memory address 0x0\r\n$gdb_prompt $" { }
- -re "\r\n$gdb_prompt $" {
- set can_read_0 1
- }
- }
+ set can_read_0 [is_address_zero_readable]
# Test memory error.
set test "parse_and_eval with memory error"
gdb_test "python inval2 = inval+1" "gdb.MemoryError: Cannot access memory at address 0x0.*" $test
gdb_test "python inval.fetch_lazy ()" "gdb.MemoryError: Cannot access memory at address 0x0.*" $test
}
+ set argc_value [get_integer_valueof "argc" 0]
gdb_test "python argc_lazy = gdb.parse_and_eval('argc')"
gdb_test "python argc_notlazy = gdb.parse_and_eval('argc')"
gdb_test "python argc_notlazy.fetch_lazy()"
gdb_test "python print (argc_lazy.is_lazy)" "True"
gdb_test "python print (argc_notlazy.is_lazy)" "False"
- gdb_test "print argc" " = 1" "sanity check argc"
+ gdb_test "print argc" " = $argc_value" "sanity check argc"
gdb_test "python print (argc_lazy.is_lazy)" "\r\nTrue"
- gdb_test_no_output "set argc=2"
- gdb_test "python print (argc_notlazy)" "\r\n1"
- gdb_test "python print (argc_lazy)" "\r\n2"
+ gdb_test_no_output "set argc=[expr $argc_value + 1]" "change argc"
+ gdb_test "python print (argc_notlazy)" "\r\n$argc_value"
+ gdb_test "python print (argc_lazy)" "\r\n[expr $argc_value + 1]"
gdb_test "python print (argc_lazy.is_lazy)" "False"
# Test string fetches, both partial and whole.
gdb_test "print st" "\"divide et impera\""
gdb_py_test_silent_cmd "python st = gdb.history (0)" "get value from history" 1
gdb_test "python print (st.string ())" "divide et impera" "Test string with no length"
- gdb_test "python print (st.string (length = -1))" "divide et impera" "Test string (length = -1) is all of the string"
+ gdb_test "python print (st.string (length = -1))" "divide et impera" "test string (length = -1) is all of the string"
gdb_test "python print (st.string (length = 6))" "divide"
- gdb_test "python print (\"---\"+st.string (length = 0)+\"---\")" "------" "Test string (length = 0) is empty"
- gdb_test "python print (len(st.string (length = 0)))" "0" "Test length is 0"
+ gdb_test "python print (\"---\"+st.string (length = 0)+\"---\")" "------" "test string (length = 0) is empty"
+ gdb_test "python print (len(st.string (length = 0)))" "0" "test length is 0"
# Fetch a string that has embedded nulls.
gdb_test "print nullst" "\"divide\\\\000et\\\\000impera\".*"
gdb_py_test_silent_cmd "python nullst = gdb.history (0)" "get value from history" 1
- gdb_test "python print (nullst.string ())" "divide" "Test string to first null"
+ gdb_test "python print (nullst.string ())" "divide" "test string to first null"
# Python cannot print strings that contain the null (\0) character.
# For the purposes of this test, use repr()
gdb_py_test_silent_cmd "python nullst = nullst.string (length = 9)" "get string beyond null" 1
gdb_test "python print (repr(nullst))" "u?'divide\\\\x00et'"
-}
-
-proc test_lazy_strings {} {
- global hex
-
- gdb_test "print sptr" "\"pointer\""
- gdb_py_test_silent_cmd "python sptr = gdb.history (0)" "Get value from history" 1
-
- gdb_py_test_silent_cmd "python lstr = sptr.lazy_string()" "Aquire lazy string" 1
- gdb_test "python print (lstr.type)" "const char \*." "Test type name equality"
- gdb_test "python print (sptr.type)" "const char \*." "Test type name equality"
- gdb_test "print sn" "0x0"
- gdb_py_test_silent_cmd "python snptr = gdb.history (0)" "Get value from history" 1
- gdb_test "python snstr = snptr.lazy_string(length=5)" ".*Cannot create a lazy string with address.*" "Test lazy string"
- gdb_py_test_silent_cmd "python snstr = snptr.lazy_string(length=0)" "Succesfully create a lazy string" 1
- gdb_test "python print (snstr.length)" "0" "Test lazy string length"
- gdb_test "python print (snstr.address)" "0" "Test lazy string address"
+ # Test fetching a string longer than its declared (in C) size.
+ # PR 16286
+ gdb_py_test_silent_cmd "python xstr = gdb.parse_and_eval('xstr')" "get xstr" 1
+ gdb_test "python print(xstr\['text'\].string (length = xstr\['length'\]))" "x{100}" \
+ "read string beyond declared size"
}
-
proc test_inferior_function_call {} {
global gdb_prompt hex decimal
gdb_test "kill" "" "kill the inferior" \
"Kill the program being debugged. .y or n. $" \
"y"
- gdb_test "file" "" "Discard the symbols" \
+ gdb_test "file" "" "discard the symbols" \
"Discard symbol table from.*y or n. $" \
"y"
"Obtain address" 1
gdb_py_test_silent_cmd "python rptr = gdb.history(0)" \
"Obtains value from GDB" 1
- gdb_test "python print (rptr\[0\])" "2" "Check pointer passed as reference"
+ gdb_test "python print (rptr\[0\])" "2" "check pointer passed as reference"
# Just the most basic test of dynamic_cast -- it is checked in
# the C++ tests.
# Likewise.
gdb_test "python print (gdb.parse_and_eval('base').dynamic_type)" \
"Derived \[*\]"
+ gdb_test "python print (gdb.parse_and_eval('base_ref').dynamic_type)" \
+ "Derived \[&\]"
# A static type case.
gdb_test "python print (gdb.parse_and_eval('5').dynamic_type)" \
"int"
"Create a value for subscript test" 1
# Try to access an int with a subscript. This should fail.
- gdb_test "python print (intv)" "1" "Baseline print of a Python value"
+ gdb_test "python print (intv)" "1" "baseline print of an int Python value"
gdb_test "python print (intv\[0\])" "gdb.error: Cannot subscript requested type.*" \
"Attempt to access an integer with a subscript"
# Try to access a string with a subscript. This should pass.
- gdb_test "python print (stringv)" "foo." "Baseline print of a Python value"
- gdb_test "python print (stringv\[0\])" "f." "Attempt to access a string with a subscript"
+ gdb_test "python print (stringv)" "foo." "baseline print of a string Python value"
+ gdb_test "python print (stringv\[0\])" "f." "attempt to access a string with a subscript"
# Try to access an int array via a pointer with a subscript. This should pass.
gdb_py_test_silent_cmd "print p" "Build pointer to array" 1
gdb_py_test_silent_cmd "python pointer = gdb.history(0)" "" 1
- gdb_test "python print (pointer\[0\])" "1" "Access array via pointer with int subscript"
- gdb_test "python print (pointer\[intv\])" "2" "Access array via pointer with value subscript"
+ gdb_test "python print (pointer\[0\])" "1" "access array via pointer with int subscript"
+ gdb_test "python print (pointer\[intv\])" "2" "access array via pointer with value subscript"
# Try to access a single dimension array with a subscript to the
# result. This should fail.
# dimensions. This should pass.
gdb_py_test_silent_cmd "print {\"fu \",\"foo\",\"bar\"}" "Build array" 1
gdb_py_test_silent_cmd "python marray = gdb.history(0)" "" 1
- gdb_test "python print (marray\[1\]\[2\])" "o." "Test multiple subscript"
+ gdb_test "python print (marray\[1\]\[2\])" "o." "test multiple subscript"
}
# A few tests of gdb.parse_and_eval.
"three = gdb.Value(3)" "" \
"vdict = {one:\"one str\",two:\"two str\",three:\"three str\"}" "" \
"end"
- gdb_test "python print (vdict\[one\])" "one str" "Test dictionary hash"
- gdb_test "python print (vdict\[two\])" "two str" "Test dictionary hash"
- gdb_test "python print (vdict\[three\])" "three str" "Test dictionary hash"
- gdb_test "python print (one.__hash__() == hash(one))" "True" "Test inbuilt hash"
+ gdb_test "python print (vdict\[one\])" "one str" "test dictionary hash"
+ gdb_test "python print (vdict\[two\])" "two str" "test dictionary hash"
+ gdb_test "python print (vdict\[three\])" "three str" "test dictionary hash"
+ gdb_test "python print (one.__hash__() == hash(one))" "True" "test inbuilt hash"
}
# Build C version of executable. C++ is built later.
# The following tests require execution.
if ![runto_main] then {
- fail "Can't run to main"
+ fail "can't run to main"
return 0
}
test_value_in_inferior
test_inferior_function_call
-test_lazy_strings
test_value_after_death
# Test either C or C++ values.
if { [build_inferior "${binfile}-cxx" "c++"] < 0 } {
return -1
}
- test_subscript_regression "${binfile}-cxx" "c++"
+ with_test_prefix "c++" {
+ test_subscript_regression "${binfile}-cxx" "c++"
+ }
}
projects / deliverable / binutils-gdb.git / blobdiff