PaXtest - Copyright(c) 2003-2014 by Peter Busser <peter@adamantix.org> and Brad Spengler <spender@grsecurity.net>
Released under the GNU Public Licence version 2 or later

Mode: 0
Kiddie
Kernel: 
Linux silicio 4.4.0-1-686-pae #1 SMP Debian 4.4.6-1 (2016-03-17) i686 GNU/Linux

Relase information: 
Distributor ID:	Debian
Description:	Debian GNU/Linux unstable (sid)
Release:	unstable
Codename:	sid
Executable anonymous mapping             : Killed
Executable bss                           : Killed
Executable data                          : Killed
Executable heap                          : Killed
Executable stack                         : Killed
Executable shared library bss            : Killed
Executable shared library data           : Killed
Executable anonymous mapping (mprotect)  : Vulnerable
Executable bss (mprotect)                : Vulnerable
Executable data (mprotect)               : Vulnerable
Executable heap (mprotect)               : Vulnerable
Executable stack (mprotect)              : Vulnerable
Executable shared library bss (mprotect) : Vulnerable
Executable shared library data (mprotect): Vulnerable
Writable text segments                   : Vulnerable
Anonymous mapping randomization test     : 8 quality bits (guessed)
Heap randomization test (ET_EXEC)        : 13 quality bits (guessed)
Heap randomization test (PIE)            : 13 quality bits (guessed)
Main executable randomization (ET_EXEC)  : 8 quality bits (guessed)
Main executable randomization (PIE)      : 8 quality bits (guessed)
Shared library randomization test        : 8 quality bits (guessed)
VDSO randomization test                  : 8 quality bits (guessed)
Stack randomization test (SEGMEXEC)      : 19 quality bits (guessed)
Stack randomization test (PAGEEXEC)      : 19 quality bits (guessed)
Arg/env randomization test (SEGMEXEC)    : 11 quality bits (guessed)
Arg/env randomization test (PAGEEXEC)    : 11 quality bits (guessed)
Randomization under memory exhaustion @~0: No randomization
Randomization under memory exhaustion @0 : No randomization
Return to function (strcpy)              : Vulnerable
Return to function (memcpy)              : Vulnerable
Return to function (strcpy, PIE)         : Vulnerable
Return to function (memcpy, PIE)         : Vulnerable
