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https://github.com/RPCS3/llvm-mirror.git
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2ca5cf8fba
The main differences are: * Split in 32 and 64 bit functions. * First switch on the Modifier so that we have only one non fully covered switch. * Map the fixup kind first to a x86_64 (or i386) specific enum, to make it easy to handle cases like X86::reloc_riprel_4byte_movq_load. * Switch on IsPCRel last, which reduces code duplication. Fixes pr22308. llvm-svn: 232837
152 lines
6.0 KiB
ArmAsm
152 lines
6.0 KiB
ArmAsm
// RUN: llvm-mc -filetype=obj -triple i386-pc-linux-gnu %s -o - | llvm-readobj -r -t | FileCheck %s
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// Test that we produce the correct relocation types and that the relocations
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// correctly point to the section or the symbol.
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// CHECK: Relocations [
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// CHECK-NEXT: Section (2) .rel.text {
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// CHECK-NEXT: 0x2 R_386_GOTOFF .Lfoo 0x0
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// CHECK-NEXT: 0x{{[^ ]+}} R_386_PLT32 bar2 0x0
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// CHECK-NEXT: 0x{{[^ ]+}} R_386_GOTPC _GLOBAL_OFFSET_TABLE_ 0x0
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// Relocation 3 (bar3@GOTOFF) is done with symbol 7 (bss)
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// CHECK-NEXT: 0x{{[^ ]+}} R_386_GOTOFF .bss 0x0
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// Relocation 4 (bar2@GOT) is of type R_386_GOT32
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// CHECK-NEXT: 0x{{[^ ]+}} R_386_GOT32 bar2j 0x0
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// Relocation 5 (foo@TLSGD) is of type R_386_TLS_GD
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// CHECK-NEXT: 0x20 R_386_TLS_GD foo 0x0
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// Relocation 6 ($foo@TPOFF) is of type R_386_TLS_LE_32
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// CHECK-NEXT: 0x25 R_386_TLS_LE_32 foo 0x0
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// Relocation 7 (foo@INDNTPOFF) is of type R_386_TLS_IE
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// CHECK-NEXT: 0x2B R_386_TLS_IE foo 0x0
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// Relocation 8 (foo@NTPOFF) is of type R_386_TLS_LE
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// CHECK-NEXT: 0x31 R_386_TLS_LE foo 0x0
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// Relocation 9 (foo@GOTNTPOFF) is of type R_386_TLS_GOTIE
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// CHECK-NEXT: 0x37 R_386_TLS_GOTIE foo 0x0
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// Relocation 10 (foo@TLSLDM) is of type R_386_TLS_LDM
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// CHECK-NEXT: 0x3D R_386_TLS_LDM foo 0x0
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// Relocation 11 (foo@DTPOFF) is of type R_386_TLS_LDO_32
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// CHECK-NEXT: 0x43 R_386_TLS_LDO_32 foo 0x0
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// Relocation 12 (calll 4096) is of type R_386_PC32
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// CHECK-NEXT: 0x48 R_386_PC32 - 0x0
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// Relocation 13 (zed@GOT) is of type R_386_GOT32 and uses the symbol
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// CHECK-NEXT: 0x4E R_386_GOT32 zed 0x0
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// Relocation 14 (zed@GOTOFF) is of type R_386_GOTOFF and uses the symbol
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// CHECK-NEXT: 0x54 R_386_GOTOFF zed 0x0
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// Relocation 15 (zed@INDNTPOFF) is of type R_386_TLS_IE and uses the symbol
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// CHECK-NEXT: 0x5A R_386_TLS_IE zed 0x0
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// Relocation 16 (zed@NTPOFF) is of type R_386_TLS_LE and uses the symbol
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// CHECK-NEXT: 0x60 R_386_TLS_LE zed 0x0
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// Relocation 17 (zed@GOTNTPOFF) is of type R_386_TLS_GOTIE and uses the symbol
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// CHECK-NEXT: 0x66 R_386_TLS_GOTIE zed 0x0
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// Relocation 18 (zed@PLT) is of type R_386_PLT32 and uses the symbol
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// CHECK-NEXT: 0x6B R_386_PLT32 zed 0x0
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// Relocation 19 (zed@TLSGD) is of type R_386_TLS_GD and uses the symbol
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// CHECK-NEXT: 0x71 R_386_TLS_GD zed 0x0
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// Relocation 20 (zed@TLSLDM) is of type R_386_TLS_LDM and uses the symbol
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// CHECK-NEXT: 0x77 R_386_TLS_LDM zed 0x0
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// Relocation 21 (zed@TPOFF) is of type R_386_TLS_LE_32 and uses the symbol
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// CHECK-NEXT: 0x7D R_386_TLS_LE_32 zed 0x0
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// Relocation 22 (zed@DTPOFF) is of type R_386_TLS_LDO_32 and uses the symbol
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// CHECK-NEXT: 0x83 R_386_TLS_LDO_32 zed 0x0
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// Relocation 23 ($bar) is of type R_386_32 and uses the section
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// CHECK-NEXT: 0x{{[^ ]+}} R_386_32 .text 0x0
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// Relocation 24 (foo@GOTTPOFF(%edx)) is of type R_386_TLS_IE_32 and uses the
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// symbol
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// CHECK-NEXT: 0x8E R_386_TLS_IE_32 foo 0x0
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// Relocation 25 (_GLOBAL_OFFSET_TABLE_-bar2) is of type R_386_GOTPC.
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// CHECK-NEXT: 0x94 R_386_GOTPC _GLOBAL_OFFSET_TABLE_ 0x0
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// Relocation 26 (und_symbol-bar2) is of type R_386_PC32
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// CHECK-NEXT: 0x9A R_386_PC32 und_symbol 0x0
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// Relocation 27 (und_symbol-bar2) is of type R_386_PC16
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// CHECK-NEXT: 0x9E R_386_PC16 und_symbol 0x0
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// Relocation 28 (und_symbol-bar2) is of type R_386_PC8
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// CHECK-NEXT: 0xA0 R_386_PC8 und_symbol 0x0
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// CHECK-NEXT: 0xA3 R_386_GOTOFF und_symbol 0x0
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// Relocation 29 (zed@PLT) is of type R_386_PLT32 and uses the symbol
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// CHECK-NEXT: 0xA9 R_386_PLT32 zed 0x0
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// CHECK-NEXT: 0xAF R_386_PC32 tr_start 0x0
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// CHECK-NEXT: 0xB3 R_386_16 foo 0x0
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// CHECK-NEXT: 0xB5 R_386_8 foo 0x0
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// CHECK-NEXT: }
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// CHECK-NEXT: ]
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// Symbol 4 is zed
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// CHECK: Symbol {
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// CHECK: Name: zed
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// CHECK-NEXT: Value: 0x0
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// CHECK-NEXT: Size: 0
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// CHECK-NEXT: Binding: Local
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// CHECK-NEXT: Type: TLS
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// CHECK-NEXT: Other: 0
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// CHECK-NEXT: Section: zedsec (0x5)
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// CHECK-NEXT: }
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// Symbol 7 is section 4
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// CHECK: Symbol {
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// CHECK: Name: .bss (0)
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// CHECK-NEXT: Value: 0x0
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// CHECK-NEXT: Size: 0
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// CHECK-NEXT: Binding: Local
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// CHECK-NEXT: Type: Section
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// CHECK-NEXT: Other: 0
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// CHECK-NEXT: Section: .bss (0x4)
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// CHECK-NEXT: }
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.text
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bar:
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leal .Lfoo@GOTOFF(%ebx), %eax
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.global bar2
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bar2:
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calll bar2@PLT
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addl $_GLOBAL_OFFSET_TABLE_, %ebx
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movb bar3@GOTOFF(%ebx), %al
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.type bar3,@object
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.local bar3
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.comm bar3,1,1
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movl bar2j@GOT(%eax), %eax
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leal foo@TLSGD(, %ebx,1), %eax
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movl $foo@TPOFF, %edx
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movl foo@INDNTPOFF, %ecx
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addl foo@NTPOFF(%eax), %eax
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addl foo@GOTNTPOFF(%ebx), %ecx
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leal foo@TLSLDM(%ebx), %eax
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leal foo@DTPOFF(%eax), %edx
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calll 4096
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movl zed@GOT(%eax), %eax
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movl zed@GOTOFF(%eax), %eax
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movl zed@INDNTPOFF(%eax), %eax
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movl zed@NTPOFF(%eax), %eax
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movl zed@GOTNTPOFF(%eax), %eax
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call zed@PLT
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movl zed@TLSGD(%eax), %eax
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movl zed@TLSLDM(%eax), %eax
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movl zed@TPOFF(%eax), %eax
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movl zed@DTPOFF(%eax), %eax
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pushl $bar
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addl foo@GOTTPOFF(%edx), %eax
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subl _GLOBAL_OFFSET_TABLE_-bar2, %ebx
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leal und_symbol-bar2(%edx),%ecx
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.word und_symbol-bar2
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.byte und_symbol-bar2
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leal 1 + und_symbol@GOTOFF, %edi
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movl zed@PLT(%eax), %eax
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.code64
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jmpq *tr_start(%rip)
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.word foo
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.byte foo
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.section zedsec,"awT",@progbits
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zed:
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.long 0
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.section .rodata.str1.16,"aMS",@progbits,1
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.Lfoo:
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.asciz "bool llvm::llvm_start_multithreaded()"
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