$ aclocal && autoconf && automake -a && ./configure && make && make check

$ aclocal && autoconf && automake -a && ./configure --enable-syscalls && make && make check

$ aclocal && autoconf && automake -a && ./configure --disable-gtk && make && make check

$ aclocal && autoconf && automake -a && ./configure && make && make check

$ CXX=$(find / -name 'eg++' 2>/dev/null | grep ports | head -n 1) AUTOCONF_VERSION=2.69 AUTOMAKE_VERSION=1.15 autoreconf -fmi

windres metadata.rc -O coff -o metadata.res
g++.exe src/common.cpp src/bin2hex.cpp src/popen2.cpp src/main.cpp src/help.cpp src/match_fault.cpp src/sys_string.cpp src/man_read.cpp src/randomizer.cpp src/trash.cpp src/log.cpp metadata.res src/version.h -I./ -I./include -std=c++11 -lstdc++ -lpthread -O2 -o ansvif.exe -static -static-libgcc -static-libstdc++
gcc src/win/printf.c -o printf.exe

$ gcc faulty.c -o faulty

$ ./find_suid /usr/bin/ /bin/ /sbin/
$ ./ansvif -[tm] [template/manpage] -c /path/to/executable -b buffersize

$ ulimit -c unlimited
$ ./ansvif -m mount -c /bin/mount -e examples/mount_e.txt -x examples/mount_o.txt\
-f 8 -b 2048
$ ./ansvif -t examples/blank.txt -F tmp/tmphtml -x examples/htmltags.txt -c /usr/bin/iceweasel -b\
128 -A "file:///home/username/src/ansvif/tmp/tmphtml"  -f 2 -n -R "sleep 3 && killall\
iceweasel" -S ">"
$ cat examples/linux_syscalls_implemented.list | xargs -P \
`cat examples/linux_syscalls_implemented.list | wc -l` -I {calls} ./ansvif -t examples/space.txt \
-B "{calls} " -c ./syscalls -o syscall_crash -f 1 -z -d -b 16

PS C:\ansvif\bin\ansvif_win> .\ansvif -t ..\..\examples\space -F ..\..\tmp\tmphtml -x `
..\..\examples\htmltags -c `
'C:\Program Files (x86)\Google\Chrome\Application\chrome.exe' `
-b 128 -A "file:///C:\\Users\marsh\OneDrive\Documents\Code\ansvif\tmp\tmphtml" `
-f 2 -n -S ">" -R "sleep 2 ; Stop-Process -Name chrome"

  -t This file should hold line by line command arguments as shown in the example file.
  -e This file should hold line by line environment variables as shown in the example
     file.  You can usually get these by doing something like:
     $ strings /bin/mount | perl -ne 'print if /[A-Z]=$/' > mount_envs
  -c Specifies the command path.
  -p Specifies the manpage location (as an integer, usually 1 or 8)
  -m Specifies the commands manpage.
  -D Dumps whats found in the manpage.
  -f Number of threads to use.  Default is 2.
  -b Specifies the buffer size to fuzz with.  256-2048 Is usually sufficient.
  -r Uses only random garbage data.
  -o Writes output to log file.
  -z Randomize the buffer size from 1 to what is specified by -b.
  -x Other junk to put in.  Usernames and such can go here.
  -S Seperator between options.
  -s Omitted character specification.  Defaults are <>\\n |&\[]\()\{}:;\ and newline is mandatory.
  -T Timeout for threads.
  -W Timeout for threads.
  -L Unpriviledged user to run as if root.
  -A Always put whats after this after command to run.
  -B Always put whats after this before the command to run.
  -F File to feed into the program that -x along with normal fuzzing data will be put in.
  -n Never use random data in the fuzz.
  -R Run this command after each fuzz.
  -C A Non standard error code to detect.
  -V Use Valgrind if installed.
  -1 Try to make it fault once, if it doesn't happen, throw error code 64.  Useful for scripting.
  -P Use % to represent binary in fuzz.
  -M Max arguments to use in the fuzz.
  -y Short for -b 0 and usually only useful with -A or -B.
  -K Keep fuzzing after a crash in the target.
  -E A command to be run before the fuzzed program.
  -0 No NULL characters in the fuzz.
  -N Shorthand for -R "pkill prog".
  -v Verbose.
  -d Debug data.
  -h Shows the help page.
  -i Prints version information.

  -l Shortcut for -p ./ansvif
  -p The location of the ansvif binary