binutils-gdb/ld/testsuite/ld-arm/non-contiguous-arm5.d
Hans-Peter Nilsson b305015577 ld/testsuite: Adjust for ELF_MAXPAGESIZE 0x1000
Many tests reflect a setting of ELF_MAXPAGESIZE to 64 KiB.
With ELF_MAXPAGESIZE changed to 4 KiB, layout is sometimes
different and symbols end up in other places.  Avoid churn
and regexpification of old test patterns by passing the
max-page-size setting active at the time.

ld/testsuite:

	* testsuite/ld-arm/arm-elf.exp,
        testsuite/ld-arm/non-contiguous-arm2.d,
        testsuite/ld-arm/non-contiguous-arm3.d,
        testsuite/ld-arm/non-contiguous-arm5.d,
        testsuite/ld-arm/non-contiguous-arm6.d,
        testsuite/ld-arm/thumb-plt-got.d, testsuite/ld-arm/thumb-plt.d:
	Pass -z max-page-size=0x10000 explicitly to test that rely on
	that value in output-matching patterns.
2023-01-12 17:24:43 +01:00

78 lines
2.6 KiB
Makefile

#name: non-contiguous-arm5
#source: non-contiguous-arm.s
#ld: --enable-non-contiguous-regions -T non-contiguous-arm5.ld -z max-page-size=0x10000
#objdump: -rdth
#xfail: [is_generic]
.*: file format elf32-(little|big)arm.*
Sections:
Idx Name Size VMA LMA File off Algn
0 \.raml 0000000c 1fff0000 1fff0000 00010000 2\*\*2
CONTENTS, ALLOC, LOAD, READONLY, CODE
1 \.ramu 00000014 20000000 1fff000c 00020000 2\*\*2
CONTENTS, ALLOC, LOAD, READONLY, CODE
2 \.ramz 00000050 20040000 20000014 00030000 2\*\*2
CONTENTS, ALLOC, LOAD, READONLY, CODE
3 .ARM.attributes 00000012 00000000 00000000 .* 2\*\*0
CONTENTS, READONLY
SYMBOL TABLE:
1fff0000 l d .raml 00000000 .raml
20000000 l d .ramu 00000000 .ramu
20040000 l d .ramz 00000000 .ramz
00000000 l d .ARM.attributes 00000000 .ARM.attributes
00000000 l df \*ABS\* 00000000 .*non-contiguous-arm.o
1fff000c g .raml 00000000 _raml_end
20000000 g .ramu 00000000 _ramu_start
20000000 g F .ramu 00000000 code2
20040000 g .ramz 00000000 _ramz_start
1fff0000 g .raml 00000000 _raml_start
2000000c g F .ramu 00000000 code3
1fff0000 g F .raml 00000000 code1
20040050 g .ramz 00000000 _ramz_end
20040000 g F .ramz 00000000 code4
20000014 g .ramu 00000000 _ramu_end
Disassembly of section .raml:
1fff0000 \<code1\>:
1fff0000: e1a00000 nop @ \(mov r0, r0\)
1fff0004: e1a00000 nop @ \(mov r0, r0\)
1fff0008: eb003ffc bl 20000000 \<code2\>
Disassembly of section .ramu:
20000000 \<code2\>:
20000000: e1a00000 nop @ \(mov r0, r0\)
20000004: e1a00000 nop @ \(mov r0, r0\)
20000008: ebffffff bl 2000000c \<code3\>
2000000c \<code3\>:
2000000c: e1a00000 nop @ \(mov r0, r0\)
20000010: eb00fffa bl 20040000 \<code4\>
Disassembly of section .ramz:
20040000 \<code4\>:
20040000: e1a00000 .word 0xe1a00000
20040004: e1a00000 .word 0xe1a00000
20040008: e1a00000 .word 0xe1a00000
2004000c: e1a00000 .word 0xe1a00000
20040010: e1a00000 .word 0xe1a00000
20040014: e1a00000 .word 0xe1a00000
20040018: e1a00000 .word 0xe1a00000
2004001c: e1a00000 .word 0xe1a00000
20040020: e1a00000 .word 0xe1a00000
20040024: e1a00000 .word 0xe1a00000
20040028: e1a00000 .word 0xe1a00000
2004002c: e1a00000 .word 0xe1a00000
20040030: e1a00000 .word 0xe1a00000
20040034: e1a00000 .word 0xe1a00000
20040038: e1a00000 .word 0xe1a00000
2004003c: e1a00000 .word 0xe1a00000
20040040: e1a00000 .word 0xe1a00000
20040044: e1a00000 .word 0xe1a00000
20040048: e1a00000 .word 0xe1a00000
2004004c: e1a00000 .word 0xe1a00000