* unknown error after dwarf_cfi_addrframe()
@ 2019-02-07 22:57 Sasha Da Rocha Pinheiro
2019-02-12 1:15 ` Sasha Da Rocha Pinheiro
0 siblings, 1 reply; 12+ messages in thread
From: Sasha Da Rocha Pinheiro @ 2019-02-07 22:57 UTC (permalink / raw)
To: elfutils-devel, Mark Wielaard
[-- Attachment #1: Type: text/plain, Size: 8023 bytes --]
Hi all,
I'm trying to read frame info from .eh_frame section. But I'm getting "unknown error".
I'll copy the snippet where I use libelf functions to print all sections of the file and get the index of .eh_frame, to then use libdw to go through .eh_frame Dwarf_CFI_Entry entries, to count them. The count matches was dwarfdump from libdwarf prints out. I'll attach that too.
Following I create a Dwarf_CFI and try to lock up an address with dwarf_cfi_addrframe(). But got unknown error.
I'll attach the binary too.
As you can see in the GDB output below that I try to get frame info for the address 0x40ae19, and the FDE with index 94 (see dwarfdump output) has addresses of <0x0040ae19:0x0040aed3>.
Regards,
Sasha
============ snippet for what I'm doing ==============
//testing printing count for CIE and FDE in this eh_frame
auto e_ident = elf_getident(dbg_eh_frame, NULL);
Elf_Scn *scn = NULL;
Elf64_Shdr *shdr;
char *section_name;
size_t eh_frame_index = -1, shstrndx;
if(elf_getshdrstrndx(dbg_eh_frame, &shstrndx)!=0)
fprintf(stderr, "elf_getshdrstrndx() failed: %s.", elf_errmsg(-1));
while((scn = elf_nextscn(dbg_eh_frame,scn))!=NULL)
{
if((shdr = elf64_getshdr(scn))!=shdr)
fprintf(stderr, "getshdr() failed: %s.\n", elf_errmsg(-1));
if((section_name = elf_strptr(dbg_eh_frame, shstrndx, shdr->sh_name))==NULL)
fprintf(stderr, "elf_strptr() failed: %s.\n", elf_errmsg(-1));
fprintf(stderr, "Section [%d]: %s\n", elf_ndxscn(scn), section_name);
if(strcmp(section_name, ".eh_frame")==0)
eh_frame_index = elf_ndxscn(scn);
}
assert(eh_frame_index!=-1);
scn = elf_getscn(dbg_eh_frame,eh_frame_index);
fprintf( stderr, "elf_getscn() failed: %s.\n", elf_errmsg(-1));
auto eh_frame_data = elf_getdata(scn, NULL);
fprintf( stderr, "elf_getdata() failed: %s.\n", elf_errmsg(-1));
assert(eh_frame_data!=NULL);
Dwarf_CFI_Entry entry;
Dwarf_Off offset = 0, next_offset, saved_cur_offset;
int res = 0, count_fde=0, count_cie=0;
do{
res = dwarf_next_cfi((const unsigned char *)e_ident, eh_frame_data,
true, offset, &next_offset, &entry);
saved_cur_offset = offset;
offset = next_offset;
if(res==1 && next_offset==(Dwarf_Off)-1) break;
if(res == -1) {
if (offset != saved_cur_offset) {
fprintf(stderr, "dwarf_next_cfi() returns -1. Error: %s\n", dwarf_errmsg(-1));
continue; // Soft error, skip to the next CFI entry
}
// Since offset didn't advance, we can't skip this CFI entry and need to quit
break;
}
if(dwarf_cfi_cie_p(&entry)) count_cie++;
else count_fde++;
}while(true);
cerr << "Count_cie: " << count_cie << endl;
cerr << "Count_fde: " << count_fde << endl;
Dwarf_CFI * cfi = nullptr;
cfi = dwarf_getcfi_elf(dbg_eh_frame);
if(!cfi) assert(false);
auto next_pc = range.first;
while(next_pc < range.second)
{
Dwarf_Frame * frame = NULL;
int result = dwarf_cfi_addrframe(cfi, next_pc, &frame);
fprintf( stderr, "dwarf_cfi_addrframe() failed: %s.\n", dwarf_errmsg(-1));
if(result==-1) break;
============ end of snippet ==============
GDB output:
Thread 1 "test_driver" hit Breakpoint 11, Dyninst::DwarfDyninst::DwarfFrameParser::getRegsForFunction (
this=0x1a70320, range=..., reg=..., locs=std::vector of length 0, capacity 0, err_result=@0x7fffffffd3fc: 32767)
at /<hidden-filepath>...Parser.C:162
162 {
(gdb) until 231
Section [1]: .interp
Section [2]: .note.ABI-tag
Section [3]: .note.gnu.build-id
Section [4]: .gnu.hash
Section [5]: .dynsym
Section [6]: .dynstr
Section [7]: .gnu.version
Section [8]: .gnu.version_r
Section [9]: .rela.dyn
Section [10]: .rela.plt
Section [11]: .init
Section [12]: .plt
Section [13]: .plt.got
Section [14]: .text
Section [15]: .fini
Section [16]: .rodata
Section [17]: .eh_frame_hdr
Section [18]: .eh_frame
Section [19]: .init_array
Section [20]: .fini_array
Section [21]: .jcr
Section [22]: .dynamic
Section [23]: .got
Section [24]: .got.plt
Section [25]: .data
Section [26]: .bss
Section [27]: .gnu_debuglink
Section [28]: .shstrtab
elf_getscn() failed: no error.
elf_getdata() failed: no error.
Count_cie: 2
Count_fde: 205
Dyninst::DwarfDyninst::DwarfFrameParser::getRegsForFunction (this=0x1a70320, range=..., reg=...,
locs=std::vector of length 0, capacity 0, err_result=@0x7fffffffd3fc: Dyninst::DwarfDyninst::FE_No_Error)
at /<hidden-filepath>...Parser.C:231
231 Dwarf_CFI * cfi = nullptr;
(gdb) n
232 cfi = dwarf_getcfi_elf(dbg_eh_frame);
(gdb)
233 if(!cfi) assert(false);
(gdb)
235 auto next_pc = range.first;
(gdb)
236 while(next_pc < range.second)
(gdb)
238 Dwarf_Frame * frame = NULL;
(gdb)
239 int result = dwarf_cfi_addrframe(cfi, next_pc, &frame);
(gdb)
240 fprintf( stderr, "dwarf_cfi_addrframe() failed: %s.\n", dwarf_errmsg(-1));
(gdb)
dwarf_cfi_addrframe() failed: unknown error.
241 if(result==-1) break;
(gdb) p/x next_pc
$73 = 0x40ae19
[-- Attachment #2: dyninst_group_test.dyn_g++_64_none_none --]
[-- Type: application/octet-stream, Size: 91456 bytes --]
[-- Attachment #3: dwarfdump_minusF_output.txt --]
[-- Type: text/plain, Size: 91090 bytes --]
.eh_frame
fde:
< 0><0x00406720:0x004069c0><><cie offset 0x0000001c::cie index 1><fde offset 0x00000048 length: 0x00000024>
<eh aug data len 0x0>
0x00406720: <off cfa=16(r7) > <off r16=-8(cfa) >
0x00406726: <off cfa=24(r7) > <off r16=-8(cfa) >
0x00406730: <expr cfa=expr-block-len=11> <off r16=-8(cfa) >
< 1><0x004069d0:0x004069fa><><cie offset 0x0000001c::cie index 0><fde offset 0x00000018 length: 0x00000014>
<eh aug data len 0x0>
0x004069d0: <off cfa=08(r7) >
< 2><0x00406ac6:0x00406b75><><cie offset 0x00000044::cie index 1><fde offset 0x00000070 length: 0x0000001c>
<eh aug data len 0x0>
0x00406ac6: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406ac7: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406aca: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406b74: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 3><0x00406b75:0x00406b81><><cie offset 0x00000064::cie index 1><fde offset 0x00000090 length: 0x0000001c>
<eh aug data len 0x0>
0x00406b75: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406b76: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406b79: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406b80: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 4><0x00406b81:0x00406c0a><><cie offset 0x00000084::cie index 1><fde offset 0x000000b0 length: 0x00000024>
<eh aug data len 0x0>
0x00406b81: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406b82: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406b85: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406b8a: <off cfa=16(r6) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406c09: <off cfa=08(r7) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 5><0x00406c0a:0x00406c90><><cie offset 0x000000ac::cie index 1><fde offset 0x000000d8 length: 0x00000024>
<eh aug data len 0x0>
0x00406c0a: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406c0b: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406c0e: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406c13: <off cfa=16(r6) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406c8f: <off cfa=08(r7) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 6><0x00406c90:0x00406cd1><><cie offset 0x000000d4::cie index 1><fde offset 0x00000100 length: 0x0000001c>
<eh aug data len 0x0>
0x00406c90: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406c91: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406c94: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406cd0: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 7><0x00406cd1:0x00406e15><><cie offset 0x000000f4::cie index 1><fde offset 0x00000120 length: 0x0000001c>
<eh aug data len 0x0>
0x00406cd1: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406cd2: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406cd5: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406e14: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 8><0x00406e15:0x00407738><><cie offset 0x00000114::cie index 1><fde offset 0x00000140 length: 0x0000001c>
<eh aug data len 0x0>
0x00406e15: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00406e16: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00406e19: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 9><0x00407738:0x0040775d><><cie offset 0x00000134::cie index 1><fde offset 0x00000160 length: 0x0000001c>
<eh aug data len 0x0>
0x00407738: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407739: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040773c: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040775c: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 10><0x0040775d:0x00407790><><cie offset 0x00000154::cie index 1><fde offset 0x00000180 length: 0x0000001c>
<eh aug data len 0x0>
0x0040775d: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040775e: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407761: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040778f: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 11><0x00407790:0x00407843><><cie offset 0x00000174::cie index 1><fde offset 0x000001a0 length: 0x0000001c>
<eh aug data len 0x0>
0x00407790: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407791: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407794: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407842: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 12><0x00407843:0x004078b0><><cie offset 0x00000194::cie index 1><fde offset 0x000001c0 length: 0x0000001c>
<eh aug data len 0x0>
0x00407843: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407844: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407847: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x004078af: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 13><0x004078b0:0x004078f5><><cie offset 0x000001b4::cie index 1><fde offset 0x000001e0 length: 0x0000001c>
<eh aug data len 0x0>
0x004078b0: <off cfa=08(r7) > <off r16=-8(cfa) >
0x004078b1: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x004078b4: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x004078f4: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 14><0x004078f5:0x00407910><><cie offset 0x000001d4::cie index 1><fde offset 0x00000200 length: 0x0000001c>
<eh aug data len 0x0>
0x004078f5: <off cfa=08(r7) > <off r16=-8(cfa) >
0x004078f6: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x004078f9: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040790f: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 15><0x00407910:0x00407a17><><cie offset 0x000001f4::cie index 1><fde offset 0x00000220 length: 0x0000001c>
<eh aug data len 0x0>
0x00407910: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407911: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407914: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a16: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 16><0x00407a17:0x00407a79><><cie offset 0x00000214::cie index 1><fde offset 0x00000240 length: 0x0000001c>
<eh aug data len 0x0>
0x00407a17: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407a18: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a1b: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a78: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 17><0x00407a79:0x00407a94><><cie offset 0x00000234::cie index 1><fde offset 0x00000260 length: 0x0000001c>
<eh aug data len 0x0>
0x00407a79: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407a7a: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a7d: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a93: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 18><0x00407a94:0x00407b0d><><cie offset 0x00000254::cie index 1><fde offset 0x00000280 length: 0x0000001c>
<eh aug data len 0x0>
0x00407a94: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407a95: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407a98: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b0c: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 19><0x00407b0d:0x00407b6a><><cie offset 0x00000274::cie index 1><fde offset 0x000002a0 length: 0x0000001c>
<eh aug data len 0x0>
0x00407b0d: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407b0e: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b11: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b69: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 20><0x00407b6a:0x00407b85><><cie offset 0x00000294::cie index 1><fde offset 0x000002c0 length: 0x0000001c>
<eh aug data len 0x0>
0x00407b6a: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407b6b: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b6e: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b84: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 21><0x00407b85:0x00407c1c><><cie offset 0x000002b4::cie index 1><fde offset 0x000002e0 length: 0x0000001c>
<eh aug data len 0x0>
0x00407b85: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407b86: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407b89: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407c1b: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 22><0x00407c1c:0x00407c4b><><cie offset 0x000002d4::cie index 1><fde offset 0x00000300 length: 0x0000001c>
<eh aug data len 0x0>
0x00407c1c: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407c1d: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407c20: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407c4a: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 23><0x00407c4b:0x00407ef9><><cie offset 0x000002f4::cie index 1><fde offset 0x00000320 length: 0x0000001c>
<eh aug data len 0x0>
0x00407c4b: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407c4c: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407c4f: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407ef8: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 24><0x00407ef9:0x00407f28><><cie offset 0x00000314::cie index 1><fde offset 0x00000340 length: 0x0000001c>
<eh aug data len 0x0>
0x00407ef9: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407efa: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407efd: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407f27: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 25><0x00407f28:0x00407f43><><cie offset 0x00000334::cie index 1><fde offset 0x00000360 length: 0x0000001c>
<eh aug data len 0x0>
0x00407f28: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407f29: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407f2c: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407f42: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 26><0x00407f43:0x0040861c><><cie offset 0x00000354::cie index 1><fde offset 0x00000380 length: 0x0000001c>
<eh aug data len 0x0>
0x00407f43: <off cfa=08(r7) > <off r16=-8(cfa) >
0x00407f44: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00407f47: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040861b: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 27><0x0040861c:0x0040864b><><cie offset 0x00000374::cie index 1><fde offset 0x000003a0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040861c: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040861d: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x00408620: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040864a: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 28><0x0040864b:0x00408666><><cie offset 0x00000394::cie index 1><fde offset 0x000003c0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040864b: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040864c: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
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0x0040da61: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040da64: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040da91: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 180><0x0040da92:0x0040dafe><><cie offset 0x00001694::cie index 1><fde offset 0x000016c0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040da92: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040da93: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040da96: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dafd: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 181><0x0040dafe:0x0040dbcd><><cie offset 0x000016b4::cie index 1><fde offset 0x000016e0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dafe: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040daff: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040db02: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dbcc: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 182><0x0040dbcd:0x0040dc8b><><cie offset 0x000016d4::cie index 1><fde offset 0x00001700 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dbcd: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040dbce: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dbd1: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dc8a: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 183><0x0040dc8b:0x0040dc99><><cie offset 0x000016f4::cie index 1><fde offset 0x00001720 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dc8b: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040dc8c: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dc8f: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dc98: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 184><0x0040dc99:0x0040dce4><><cie offset 0x00001714::cie index 1><fde offset 0x00001740 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dc99: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040dc9a: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dc9d: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dce3: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 185><0x0040dce4:0x0040dd6f><><cie offset 0x00001734::cie index 1><fde offset 0x00001760 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dce4: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040dce5: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dce8: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dd6e: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 186><0x0040dd6f:0x0040ddb2><><cie offset 0x00001754::cie index 1><fde offset 0x00001780 length: 0x0000001c>
<eh aug data len 0x0>
0x0040dd6f: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040dd70: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dd73: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040ddb1: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 187><0x0040ddb2:0x0040ddc8><><cie offset 0x00001774::cie index 1><fde offset 0x000017a0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040ddb2: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040ddb3: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040ddb6: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040ddc7: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 188><0x0040ddc8:0x0040ddee><><cie offset 0x00001794::cie index 1><fde offset 0x000017c0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040ddc8: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040ddc9: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040ddcc: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040dded: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 189><0x0040ddee:0x0040de2b><><cie offset 0x000017b4::cie index 1><fde offset 0x000017e0 length: 0x0000001c>
<eh aug data len 0x0>
0x0040ddee: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040ddef: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040ddf2: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040de2a: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 190><0x0040de2b:0x0040e040><><cie offset 0x000017d4::cie index 1><fde offset 0x00001800 length: 0x00000024>
<eh aug data len 0x0>
0x0040de2b: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040de2c: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040de2f: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040de34: <off cfa=16(r6) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e03f: <off cfa=08(r7) > <off r3=-24(cfa) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 191><0x0040e040:0x0040e058><><cie offset 0x000017fc::cie index 1><fde offset 0x00001828 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e040: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e041: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e044: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e057: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 192><0x0040e058:0x0040e0b7><><cie offset 0x0000181c::cie index 1><fde offset 0x00001848 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e058: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e059: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e05c: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e0b6: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 193><0x0040e0b7:0x0040e116><><cie offset 0x0000183c::cie index 1><fde offset 0x00001868 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e0b7: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e0b8: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e0bb: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e115: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 194><0x0040e116:0x0040e187><><cie offset 0x0000185c::cie index 1><fde offset 0x00001888 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e116: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e117: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e11a: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e186: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 195><0x0040e187:0x0040e202><><cie offset 0x0000187c::cie index 1><fde offset 0x000018a8 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e187: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e188: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e18b: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e201: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 196><0x0040e202:0x0040e27b><><cie offset 0x0000189c::cie index 1><fde offset 0x000018c8 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e202: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e203: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e206: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e27a: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 197><0x0040e27b:0x0040e301><><cie offset 0x000018bc::cie index 1><fde offset 0x000018e8 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e27b: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e27c: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e27f: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e300: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 198><0x0040e301:0x0040e3f6><><cie offset 0x000018dc::cie index 1><fde offset 0x00001908 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e301: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e302: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e305: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e3f5: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 199><0x0040e3f6:0x0040e41a><><cie offset 0x000018fc::cie index 1><fde offset 0x00001928 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e3f6: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e3f7: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e3fa: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e419: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 200><0x0040e41a:0x0040e50f><><cie offset 0x0000191c::cie index 1><fde offset 0x00001948 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e41a: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e41b: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e41e: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e50e: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 201><0x0040e50f:0x0040e51c><><cie offset 0x0000193c::cie index 1><fde offset 0x00001968 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e50f: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e510: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e513: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e51b: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 202><0x0040e51c:0x0040e5c9><><cie offset 0x0000195c::cie index 1><fde offset 0x00001988 length: 0x0000001c>
<eh aug data len 0x0>
0x0040e51c: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e51d: <off cfa=16(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e520: <off cfa=16(r6) > <off r6=-16(cfa) > <off r16=-8(cfa) >
0x0040e5c8: <off cfa=08(r7) > <off r6=-16(cfa) > <off r16=-8(cfa) >
< 203><0x0040e5d0:0x0040e635><><cie offset 0x0000197c::cie index 1><fde offset 0x000019a8 length: 0x00000044>
<eh aug data len 0x0>
0x0040e5d0: <off cfa=08(r7) > <off r16=-8(cfa) >
0x0040e5d2: <off cfa=16(r7) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5d4: <off cfa=24(r7) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5d9: <off cfa=32(r7) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5db: <off cfa=40(r7) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5e3: <off cfa=48(r7) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5eb: <off cfa=56(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e5f8: <off cfa=64(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e62a: <off cfa=56(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e62b: <off cfa=48(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e62c: <off cfa=40(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e62e: <off cfa=32(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e630: <off cfa=24(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e632: <off cfa=16(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
0x0040e634: <off cfa=08(r7) > <off r3=-56(cfa) > <off r6=-48(cfa) > <off r12=-40(cfa) > <off r13=-32(cfa) > <off r14=-24(cfa) > <off r15=-16(cfa) > <off r16=-8(cfa) >
< 204><0x0040e640:0x0040e642><><cie offset 0x000019c4::cie index 1><fde offset 0x000019f0 length: 0x00000014>
<eh aug data len 0x0>
0x0040e640: <off cfa=08(r7) > <off r16=-8(cfa) >
cie:
< 0> version 1
cie section offset 0 0x00000000
augmentation zR
code_alignment_factor 1
data_alignment_factor -8
return_address_register 16
eh aug data len 0x1 bytes 0x1b
bytes of initial instructions 7
cie length 20
initial instructions
0 DW_CFA_def_cfa r7 8
3 DW_CFA_offset r16 -8
5 DW_CFA_undefined r16
< 1> version 1
cie section offset 48 0x00000030
augmentation zR
code_alignment_factor 1
data_alignment_factor -8
return_address_register 16
eh aug data len 0x1 bytes 0x1b
bytes of initial instructions 7
cie length 20
initial instructions
0 DW_CFA_def_cfa r7 8
3 DW_CFA_offset r16 -8
5 DW_CFA_nop
6 DW_CFA_nop
^ permalink raw reply [flat|nested] 12+ messages in thread* Re: unknown error after dwarf_cfi_addrframe()
2019-02-07 22:57 unknown error after dwarf_cfi_addrframe() Sasha Da Rocha Pinheiro
@ 2019-02-12 1:15 ` Sasha Da Rocha Pinheiro
2019-02-12 6:47 ` Mark Wielaard
0 siblings, 1 reply; 12+ messages in thread
From: Sasha Da Rocha Pinheiro @ 2019-02-12 1:15 UTC (permalink / raw)
To: elfutils-devel, Mark Wielaard, Ben Woodard
I found that when libdw will try to get the base CFI from the ABI, the function ebl_abi_cfi() ends calling default_abi_cfi() which returns -1, when should be calling x86_64_abi_cfi().
In addition, the symbol x86_64_abi_cfi in the file libdw.so is not present, but all the respective default_* ones are.
It seems that the library is being compiled using BACKEND as default and not catching the correct architecture (?).
Sasha
From: Sasha Da Rocha Pinheiro
Sent: Thursday, February 7, 2019 4:57 PM
To: elfutils-devel@sourceware.org; Mark Wielaard
Subject: unknown error after dwarf_cfi_addrframe()
Hi all,
I'm trying to read frame info from .eh_frame section. But I'm getting "unknown error".
I'll copy the snippet where I use libelf functions to print all sections of the file and get the index of .eh_frame, to then use libdw to go through .eh_frame Dwarf_CFI_Entry entries, to count them. The count matches was dwarfdump from libdwarf prints out. I'll attach that too.
Following I create a Dwarf_CFI and try to lock up an address with dwarf_cfi_addrframe(). But got unknown error.
I'll attach the binary too.
As you can see in the GDB output below that I try to get frame info for the address 0x40ae19, and the FDE with index 94 (see dwarfdump output) has addresses of <0x0040ae19:0x0040aed3>.
Regards,
Sasha
============ snippet for what I'm doing ==============
//testing printing count for CIE and FDE in this eh_frame
auto e_ident = elf_getident(dbg_eh_frame, NULL);
Elf_Scn *scn = NULL;
Elf64_Shdr *shdr;
char *section_name;
size_t eh_frame_index = -1, shstrndx;
if(elf_getshdrstrndx(dbg_eh_frame, &shstrndx)!=0)
fprintf(stderr, "elf_getshdrstrndx() failed: %s.", elf_errmsg(-1));
while((scn = elf_nextscn(dbg_eh_frame,scn))!=NULL)
{
if((shdr = elf64_getshdr(scn))!=shdr)
fprintf(stderr, "getshdr() failed: %s.\n", elf_errmsg(-1));
if((section_name = elf_strptr(dbg_eh_frame, shstrndx, shdr->sh_name))==NULL)
fprintf(stderr, "elf_strptr() failed: %s.\n", elf_errmsg(-1));
fprintf(stderr, "Section [%d]: %s\n", elf_ndxscn(scn), section_name);
if(strcmp(section_name, ".eh_frame")==0)
eh_frame_index = elf_ndxscn(scn);
}
assert(eh_frame_index!=-1);
scn = elf_getscn(dbg_eh_frame,eh_frame_index);
fprintf( stderr, "elf_getscn() failed: %s.\n", elf_errmsg(-1));
auto eh_frame_data = elf_getdata(scn, NULL);
fprintf( stderr, "elf_getdata() failed: %s.\n", elf_errmsg(-1));
assert(eh_frame_data!=NULL);
Dwarf_CFI_Entry entry;
Dwarf_Off offset = 0, next_offset, saved_cur_offset;
int res = 0, count_fde=0, count_cie=0;
do{
res = dwarf_next_cfi((const unsigned char *)e_ident, eh_frame_data,
true, offset, &next_offset, &entry);
saved_cur_offset = offset;
offset = next_offset;
if(res==1 && next_offset==(Dwarf_Off)-1) break;
if(res == -1) {
if (offset != saved_cur_offset) {
fprintf(stderr, "dwarf_next_cfi() returns -1. Error: %s\n", dwarf_errmsg(-1));
continue; // Soft error, skip to the next CFI entry
}
// Since offset didn't advance, we can't skip this CFI entry and need to quit
break;
}
if(dwarf_cfi_cie_p(&entry)) count_cie++;
else count_fde++;
}while(true);
cerr << "Count_cie: " << count_cie << endl;
cerr << "Count_fde: " << count_fde << endl;
Dwarf_CFI * cfi = nullptr;
cfi = dwarf_getcfi_elf(dbg_eh_frame);
if(!cfi) assert(false);
auto next_pc = range.first;
while(next_pc < range.second)
{
Dwarf_Frame * frame = NULL;
int result = dwarf_cfi_addrframe(cfi, next_pc, &frame);
fprintf( stderr, "dwarf_cfi_addrframe() failed: %s.\n", dwarf_errmsg(-1));
if(result==-1) break;
============ end of snippet ==============
GDB output:
Thread 1 "test_driver" hit Breakpoint 11, Dyninst::DwarfDyninst::DwarfFrameParser::getRegsForFunction (
this=0x1a70320, range=..., reg=..., locs=std::vector of length 0, capacity 0, err_result=@0x7fffffffd3fc: 32767)
at /<hidden-filepath>...Parser.C:162
162 {
(gdb) until 231
Section [1]: .interp
Section [2]: .note.ABI-tag
Section [3]: .note.gnu.build-id
Section [4]: .gnu.hash
Section [5]: .dynsym
Section [6]: .dynstr
Section [7]: .gnu.version
Section [8]: .gnu.version_r
Section [9]: .rela.dyn
Section [10]: .rela.plt
Section [11]: .init
Section [12]: .plt
Section [13]: .plt.got
Section [14]: .text
Section [15]: .fini
Section [16]: .rodata
Section [17]: .eh_frame_hdr
Section [18]: .eh_frame
Section [19]: .init_array
Section [20]: .fini_array
Section [21]: .jcr
Section [22]: .dynamic
Section [23]: .got
Section [24]: .got.plt
Section [25]: .data
Section [26]: .bss
Section [27]: .gnu_debuglink
Section [28]: .shstrtab
elf_getscn() failed: no error.
elf_getdata() failed: no error.
Count_cie: 2
Count_fde: 205
Dyninst::DwarfDyninst::DwarfFrameParser::getRegsForFunction (this=0x1a70320, range=..., reg=...,
locs=std::vector of length 0, capacity 0, err_result=@0x7fffffffd3fc: Dyninst::DwarfDyninst::FE_No_Error)
at /<hidden-filepath>...Parser.C:231
231 Dwarf_CFI * cfi = nullptr;
(gdb) n
232 cfi = dwarf_getcfi_elf(dbg_eh_frame);
(gdb)
233 if(!cfi) assert(false);
(gdb)
235 auto next_pc = range.first;
(gdb)
236 while(next_pc < range.second)
(gdb)
238 Dwarf_Frame * frame = NULL;
(gdb)
239 int result = dwarf_cfi_addrframe(cfi, next_pc, &frame);
(gdb)
240 fprintf( stderr, "dwarf_cfi_addrframe() failed: %s.\n", dwarf_errmsg(-1));
(gdb)
dwarf_cfi_addrframe() failed: unknown error.
241 if(result==-1) break;
(gdb) p/x next_pc
$73 = 0x40ae19
^ permalink raw reply [flat|nested] 12+ messages in thread* Re: unknown error after dwarf_cfi_addrframe()
2019-02-12 1:15 ` Sasha Da Rocha Pinheiro
@ 2019-02-12 6:47 ` Mark Wielaard
[not found] ` <BN6PR06MB293247BE5B8443B3E3EB967BA6650@BN6PR06MB2932.namprd06.prod.outlook.com>
0 siblings, 1 reply; 12+ messages in thread
From: Mark Wielaard @ 2019-02-12 6:47 UTC (permalink / raw)
To: Sasha Da Rocha Pinheiro; +Cc: elfutils-devel, Ben Woodard
On Tue, Feb 12, 2019 at 01:15:45AM +0000, Sasha Da Rocha Pinheiro wrote:
> I found that when libdw will try to get the base CFI from the ABI, the function ebl_abi_cfi() ends calling default_abi_cfi() which returns -1, when should be calling x86_64_abi_cfi().
> In addition, the symbol x86_64_abi_cfi in the file libdw.so is not present, but all the respective default_* ones are.
> It seems that the library is being compiled using BACKEND as default and not catching the correct architecture (?).
Maybe you are using an elfutils install in a non-default location?
The backends are loaded dynamically and it looks like they aren't found.
If you build and installed with e.g. --prefix=/opt/local/install/elfutils
Try setting the environment variable LD_LIBRARY_PATH to:
/opt/local/install/elfutils/lib:/opt/local/install/elfutils/lib/elfutils
The first contains the elfutils libraries libelf.so, libdw.so, etc.
The second contains the backends libebl_<arch>.so
> I'm trying to read frame info from .eh_frame section. But I'm getting "unknown error".
That is certainly an unhelpful error message. Sorry.
Cheers,
Mark
^ permalink raw reply [flat|nested] 12+ messages in thread
end of thread, other threads:[~2019-02-12 21:39 UTC | newest]
Thread overview: 12+ messages (download: mbox.gz / follow: Atom feed)
-- links below jump to the message on this page --
2019-02-07 22:57 unknown error after dwarf_cfi_addrframe() Sasha Da Rocha Pinheiro
2019-02-12 1:15 ` Sasha Da Rocha Pinheiro
2019-02-12 6:47 ` Mark Wielaard
[not found] ` <BN6PR06MB293247BE5B8443B3E3EB967BA6650@BN6PR06MB2932.namprd06.prod.outlook.com>
2019-02-12 8:09 ` Mark Wielaard
2019-02-12 17:57 ` Sasha Da Rocha Pinheiro
2019-02-12 18:39 ` Ben Woodard
2019-02-12 18:43 ` Sasha Da Rocha Pinheiro
2019-02-12 18:41 ` Sasha Da Rocha Pinheiro
[not found] ` <BN6PR06MB29322B835ECA93DFEEA81C2AA6650@BN6PR06MB2932.namprd06.prod.outlook.com>
2019-02-12 19:47 ` Sasha Da Rocha Pinheiro
2019-02-12 20:58 ` Mark Wielaard
2019-02-12 21:39 ` Sasha Da Rocha Pinheiro
2019-02-12 20:42 ` Mark Wielaard
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