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llvm-project/llvm/test/MC/MachO/symbols-1.s

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[MC] Convert all the remaining tests from macho-dump to llvm-readobj. This sort-of deprecates macho-dump. It may take still a little while to garbage collect it, but at least there's no real usage of it in the tree anymore. New tests should always rely on llvm-readobj or llvm-objdump. llvm-svn: 247235
2015-09-10 09:50:00 +08:00
// RUN: llvm-mc -triple i386-apple-darwin9 %s -filetype=obj -o - | llvm-readobj -file-headers -s -r -t -macho-segment -macho-dysymtab -macho-indirect-symbols | FileCheck -check-prefix CHECK-X86_32 %s
// RUN: llvm-mc -triple x86_64-apple-darwin10 %s -filetype=obj -o - | llvm-readobj -file-headers -s -r -t -macho-segment -macho-dysymtab -macho-indirect-symbols | FileCheck -check-prefix CHECK-X86_64 %s
llvm-mc/Mach-O: Improve symbol table support: - Honor .globl. - Set symbol type and section correctly ('nm' now works), and order symbols appropriately. - Take care to the string table so that the .o matches 'as' exactly (for ease of testing). llvm-svn: 79740
2009-08-22 19:41:10 +08:00
sym_local_B:
.globl sym_globl_def_B
.globl sym_globl_undef_B
sym_local_A:
.globl sym_globl_def_A
.globl sym_globl_undef_A
sym_local_C:
.globl sym_globl_def_C
.globl sym_globl_undef_C
sym_globl_def_A:
sym_globl_def_B:
sym_globl_def_C:
llvm-mc/Mach-O: Don't put assembler temporary labels in the symbol table. - I moved section creation back into AsmParser. I think policy decisions like this should be pushed higher, not lower, when possible (in addition the assembler has flags which change this behavior, for example). llvm-svn: 80162
2009-08-27 06:13:22 +08:00
Lsym_asm_temp:
llvm-mc/Mach-O: Improve symbol table support: - Honor .globl. - Set symbol type and section correctly ('nm' now works), and order symbols appropriately. - Take care to the string table so that the .o matches 'as' exactly (for ease of testing). llvm-svn: 79740
2009-08-22 19:41:10 +08:00
.long 0
llvm-mc/Mach-O: Don't put assembler temporary labels in the symbol table. - I moved section creation back into AsmParser. I think policy decisions like this should be pushed higher, not lower, when possible (in addition the assembler has flags which change this behavior, for example). llvm-svn: 80162
2009-08-27 06:13:22 +08:00
[MC] Convert all the remaining tests from macho-dump to llvm-readobj. This sort-of deprecates macho-dump. It may take still a little while to garbage collect it, but at least there's no real usage of it in the tree anymore. New tests should always rely on llvm-readobj or llvm-objdump. llvm-svn: 247235
2015-09-10 09:50:00 +08:00
// CHECK-X86_32: File: <stdin>
// CHECK-X86_32: Format: Mach-O 32-bit i386
// CHECK-X86_32: Arch: i386
// CHECK-X86_32: AddressSize: 32bit
// CHECK-X86_32: MachHeader {
// CHECK-X86_32: Magic: Magic (0xFEEDFACE)
// CHECK-X86_32: CpuType: X86 (0x7)
// CHECK-X86_32: CpuSubType: CPU_SUBTYPE_I386_ALL (0x3)
// CHECK-X86_32: FileType: Relocatable (0x1)
// CHECK-X86_32: NumOfLoadCommands: 4
// CHECK-X86_32: SizeOfLoadCommands: 244
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: }
// CHECK-X86_32: Sections [
// CHECK-X86_32: Section {
// CHECK-X86_32: Index: 0
// CHECK-X86_32: Name: __text (5F 5F 74 65 78 74 00 00 00 00 00 00 00 00 00 00)
// CHECK-X86_32: Segment: __TEXT (5F 5F 54 45 58 54 00 00 00 00 00 00 00 00 00 00)
// CHECK-X86_32: Address: 0x0
// CHECK-X86_32: Size: 0x4
// CHECK-X86_32: Offset: 272
// CHECK-X86_32: Alignment: 0
// CHECK-X86_32: RelocationOffset: 0x0
// CHECK-X86_32: RelocationCount: 0
// CHECK-X86_32: Type: 0x0
// CHECK-X86_32: Attributes [ (0x800000)
// CHECK-X86_32: PureInstructions (0x800000)
// CHECK-X86_32: ]
// CHECK-X86_32: Reserved1: 0x0
// CHECK-X86_32: Reserved2: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: ]
// CHECK-X86_32: Relocations [
// CHECK-X86_32: ]
// CHECK-X86_32: Symbols [
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_local_B (47)
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_local_A (93)
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_local_C (1)
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_def_A (123)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_def_B (77)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_def_C (31)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Section (0xE)
// CHECK-X86_32: Section: __text (0x1)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_undef_A (105)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Undef (0x0)
// CHECK-X86_32: Section: (0x0)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_undef_B (59)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Undef (0x0)
// CHECK-X86_32: Section: (0x0)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Symbol {
// CHECK-X86_32: Name: sym_globl_undef_C (13)
// CHECK-X86_32: Extern
// CHECK-X86_32: Type: Undef (0x0)
// CHECK-X86_32: Section: (0x0)
// CHECK-X86_32: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_32: Flags [ (0x0)
// CHECK-X86_32: ]
// CHECK-X86_32: Value: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: ]
// CHECK-X86_32: Indirect Symbols {
// CHECK-X86_32: Number: 0
// CHECK-X86_32: Symbols [
// CHECK-X86_32: ]
// CHECK-X86_32: }
// CHECK-X86_32: Segment {
// CHECK-X86_32: Cmd: LC_SEGMENT
// CHECK-X86_32: Name:
// CHECK-X86_32: Size: 124
// CHECK-X86_32: vmaddr: 0x0
// CHECK-X86_32: vmsize: 0x4
// CHECK-X86_32: fileoff: 272
// CHECK-X86_32: filesize: 4
// CHECK-X86_32: maxprot: rwx
// CHECK-X86_32: initprot: rwx
// CHECK-X86_32: nsects: 1
// CHECK-X86_32: flags: 0x0
// CHECK-X86_32: }
// CHECK-X86_32: Dysymtab {
// CHECK-X86_32: ilocalsym: 0
// CHECK-X86_32: nlocalsym: 3
// CHECK-X86_32: iextdefsym: 3
// CHECK-X86_32: nextdefsym: 3
// CHECK-X86_32: iundefsym: 6
// CHECK-X86_32: nundefsym: 3
// CHECK-X86_32: tocoff: 0
// CHECK-X86_32: ntoc: 0
// CHECK-X86_32: modtaboff: 0
// CHECK-X86_32: nmodtab: 0
// CHECK-X86_32: extrefsymoff: 0
// CHECK-X86_32: nextrefsyms: 0
// CHECK-X86_32: indirectsymoff: 0
// CHECK-X86_32: nindirectsyms: 0
// CHECK-X86_32: extreloff: 0
// CHECK-X86_32: nextrel: 0
// CHECK-X86_32: locreloff: 0
// CHECK-X86_32: nlocrel: 0
// CHECK-X86_32: }
MC/X86_64: Symbol support. llvm-svn: 98456
2010-03-14 06:49:35 +08:00
[MC] Convert all the remaining tests from macho-dump to llvm-readobj. This sort-of deprecates macho-dump. It may take still a little while to garbage collect it, but at least there's no real usage of it in the tree anymore. New tests should always rely on llvm-readobj or llvm-objdump. llvm-svn: 247235
2015-09-10 09:50:00 +08:00
// CHECK-X86_64: File: <stdin>
// CHECK-X86_64: Format: Mach-O 64-bit x86-64
// CHECK-X86_64: Arch: x86_64
// CHECK-X86_64: AddressSize: 64bit
// CHECK-X86_64: MachHeader {
// CHECK-X86_64: Magic: Magic64 (0xFEEDFACF)
// CHECK-X86_64: CpuType: X86-64 (0x1000007)
// CHECK-X86_64: CpuSubType: CPU_SUBTYPE_X86_64_ALL (0x3)
// CHECK-X86_64: FileType: Relocatable (0x1)
// CHECK-X86_64: NumOfLoadCommands: 4
// CHECK-X86_64: SizeOfLoadCommands: 272
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Reserved: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Sections [
// CHECK-X86_64: Section {
// CHECK-X86_64: Index: 0
// CHECK-X86_64: Name: __text (5F 5F 74 65 78 74 00 00 00 00 00 00 00 00 00 00)
// CHECK-X86_64: Segment: __TEXT (5F 5F 54 45 58 54 00 00 00 00 00 00 00 00 00 00)
// CHECK-X86_64: Address: 0x0
// CHECK-X86_64: Size: 0x4
// CHECK-X86_64: Offset: 304
// CHECK-X86_64: Alignment: 0
// CHECK-X86_64: RelocationOffset: 0x0
// CHECK-X86_64: RelocationCount: 0
// CHECK-X86_64: Type: 0x0
// CHECK-X86_64: Attributes [ (0x800000)
// CHECK-X86_64: PureInstructions (0x800000)
// CHECK-X86_64: ]
// CHECK-X86_64: Reserved1: 0x0
// CHECK-X86_64: Reserved2: 0x0
// CHECK-X86_64: Reserved3: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: ]
// CHECK-X86_64: Relocations [
// CHECK-X86_64: ]
// CHECK-X86_64: Symbols [
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_local_B (47)
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_local_A (93)
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_local_C (1)
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_def_A (123)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_def_B (77)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_def_C (31)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Section (0xE)
// CHECK-X86_64: Section: __text (0x1)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_undef_A (105)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Undef (0x0)
// CHECK-X86_64: Section: (0x0)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_undef_B (59)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Undef (0x0)
// CHECK-X86_64: Section: (0x0)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Symbol {
// CHECK-X86_64: Name: sym_globl_undef_C (13)
// CHECK-X86_64: Extern
// CHECK-X86_64: Type: Undef (0x0)
// CHECK-X86_64: Section: (0x0)
// CHECK-X86_64: RefType: UndefinedNonLazy (0x0)
// CHECK-X86_64: Flags [ (0x0)
// CHECK-X86_64: ]
// CHECK-X86_64: Value: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: ]
// CHECK-X86_64: Indirect Symbols {
// CHECK-X86_64: Number: 0
// CHECK-X86_64: Symbols [
// CHECK-X86_64: ]
// CHECK-X86_64: }
// CHECK-X86_64: Segment {
// CHECK-X86_64: Cmd: LC_SEGMENT_64
// CHECK-X86_64: Name:
// CHECK-X86_64: Size: 152
// CHECK-X86_64: vmaddr: 0x0
// CHECK-X86_64: vmsize: 0x4
// CHECK-X86_64: fileoff: 304
// CHECK-X86_64: filesize: 4
// CHECK-X86_64: maxprot: rwx
// CHECK-X86_64: initprot: rwx
// CHECK-X86_64: nsects: 1
// CHECK-X86_64: flags: 0x0
// CHECK-X86_64: }
// CHECK-X86_64: Dysymtab {
// CHECK-X86_64: ilocalsym: 0
// CHECK-X86_64: nlocalsym: 3
// CHECK-X86_64: iextdefsym: 3
// CHECK-X86_64: nextdefsym: 3
// CHECK-X86_64: iundefsym: 6
// CHECK-X86_64: nundefsym: 3
// CHECK-X86_64: tocoff: 0
// CHECK-X86_64: ntoc: 0
// CHECK-X86_64: modtaboff: 0
// CHECK-X86_64: nmodtab: 0
// CHECK-X86_64: extrefsymoff: 0
// CHECK-X86_64: nextrefsyms: 0
// CHECK-X86_64: indirectsymoff: 0
// CHECK-X86_64: nindirectsyms: 0
// CHECK-X86_64: extreloff: 0
// CHECK-X86_64: nextrel: 0
// CHECK-X86_64: locreloff: 0
// CHECK-X86_64: nlocrel: 0
// CHECK-X86_64: }