Files
fwknop/test
Michael Rash 21149faf89 [libfko] fko_set_username() crash bug fix.
Bug fix for a crash in libfko that could be triggered in fko_set_username()
when a username that is 64 chars or longer is specified. This crash
cannot be triggered in fwknopd even if an SPA packet contains such a
username however due to additional protections in the SPA decoding
routines. Further, this bug does not apply to the main fwknop client
either because the maximal username size is truncated down below 64
bytes. Hence, this bug only applies to client-side software that is
directly using libfko calling the fko_set_username() function.
2015-12-04 19:01:26 -08:00
..
2015-06-30 17:47:01 -07:00

This directory contains the fwknop test suite.  After compiling the fwknop
sources in the parent directory of test/ the test suite can be executed.  One
of the most comprehensive ways of executing the test suite is as follows:

# ./run-test-suite.sh --enable-all

This mode enables IP resolution tests, so you will need Internet access in this
case.  If this is not possible or desirable, then another comprehensive testing
mode can be achieved with:

# ./run-test-suite.sh --enable-recompile --enable-perl-module-checks --enable-distcheck

Additional detail on the test suite (including --diff and --enable-valgrind
modes) may be found in the fwknop tutorial available here:

http://www.cipherdyne.org/fwknop/docs/fwknop-tutorial.html#3.5

For even more comprehensive testing than the --enable-all switch, you can use
--enable-complete.  However, before doing this, you will want to install the
'libfiu' fault injection library (available here: http://blitiri.com.ar/p/libfiu/),
and then compile fwknop with the 'test/configure_max_coverage.sh' script. This
provides additional arguments to the 'configure' script to build fwknop with a
maximal testing and code coverage stance. Once fwknop is compiled, then run:

# ./run-test-suite.sh --enable-complete

Note that in this mode the test suite will consume about close to 500MB of disk
space in the test/output/ directory. The main source of this data consumption
is the usage of the python SPA packet fuzzer 'test/spa_fuzzing.py'.