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# Show that llvm-readobj can print symbol bindings correctly for both LLVM and
# GNU styles, including for symbol bindings that are not recognised.
# RUN: yaml2obj %s -o %t
# RUN: llvm-readobj --symbols --dyn-symbols %t | FileCheck %s --check-prefix=LLVM
# RUN: llvm-readelf --symbols --dyn-symbols %t | FileCheck %s --check-prefix=GNU
# LLVM: Name: local
# LLVM: Binding: Local
# LLVM: Name: global
# LLVM: Binding: Global
# LLVM: Name: weak
# LLVM: Binding: Weak
# LLVM: Name: unknown
# LLVM: Binding: 0x3
# LLVM: Name: unique
# LLVM: Binding: Unique (0xA)
# LLVM: Name: os
# LLVM: Binding: 0xB
# LLVM: Name: proc
# LLVM: Binding: 0xF
# GNU: 3 {{.*}} unknown
# GNU-NEXT: UNIQUE {{.*}} unique
# GNU-NEXT: b {{.*}} os
# GNU-NEXT: f {{.*}} proc
# GNU: LOCAL {{.*}} local
# GNU-NEXT: GLOBAL {{.*}} global
# GNU-NEXT: WEAK {{.*}} weak
# yaml2obj doesn't have a way of specifying static symbols with custom bindings,
# so use a custom dynamic symbol table section instead.
--- !ELF
FileHeader:
Class: ELFCLASS32
Data: ELFDATA2LSB
Type: ET_REL
Sections:
- Name: .dynstr
Type: SHT_STRTAB
#\0unknown\0unique\0os\0proc\0
Content: "00756e6b6e6f776e00756e69717565006f730070726f6300"
- Name: .dynsym
Type: SHT_DYNSYM
Link: .dynstr
EntSize: 16
# Null symbol
# Symbol with st_name = 1, binding = 0x3
# Symbol with st_name = 9, binding = 0xa
# Symbol with st_name = 16, binding = 0xb
# Symbol with st_name = 19, binding = 0xf
Content: "0000000000000000000000000000000001000000000000000000000030000000090000000000000000000000a0000000100000000000000000000000b0000000130000000000000000000000f0000000"
Symbols:
- Name: local
- Name: global
Binding: STB_GLOBAL
- Name: weak
Binding: STB_WEAK
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