ELF@!@8@\\$$QtdRtd@@GNUsӱp[m^4T3 "@ 4BE|WqXvT<Yy  p L"[| w2            __gmon_start___fini_ITM_deregisterTMCloneTable_ITM_registerTMCloneTable__cxa_finalizextables_option_parsestrlenputs__printf_chklibxt_osf_initxtables_register_matchlibxtables.so.12libc.so.6_edata__bss_start__bss_start____bss_end____end___endGLIBC_2.17P  @H8P     8@  `  h ( X     {-{_{Gb>    ՐG> ֐G> ֐G> ֐G> ֐G? ֐G"? ֐GB? ր G@_ր ! ?T!GA _ Հ ! !!C!A!ABGB@_{ `"C9@5G@ R`"9 @{¨_{S @` @ @qT 4qT&@2&SA{¨_`@94&@2&"SA{¨_ր&@2&SA{¨_ + #8B7a$@?}B! 7 R{ 3`&@@7!7 R`&@7`7 @{¨_b.@ R!8u`&@6b*@ @ R{¨!@8l R!7h{{_OS fingerprint match options: [!] --genre string Match a OS genre by passive fingerprinting. --ttl level Use some TTL check extensions to determine OS: 0 true ip and fingerprint TTL comparison. Works for LAN. 1 check if ip TTL is less than fingerprint one. Works for global addresses. 2 do not compare TTL at all. This allows NMAP detection, but can produce false results. --log level Log determined genres into dmesg even if they do not match desired one: 0 log all matched or unknown signatures. 1 log only first one. 2 log all known matched signatures.! OS fingerprint match %s%s ! --genre %s --ttl %u --log %ulibxtables.so.12osfgenrettllogP  @ H,P(  o  (x ooXoo(o  800 ( X aac27391d3b19e705b6d03ce5e349b548fa733.debugbκ*.shstrtab.note.gnu.build-id.gnu.hash.dynsym.dynstr.gnu.version.gnu.version_r.rela.dyn.rela.plt.init.text.fini.rodata.eh_frame.init_array.fini_array.data.rel.ro.dynamic.got.data.bss.gnu_debuglink $oL( 08o((,EoXX Txx^B((hcn8t z2 XXx     4