def testGetPid(self):
"Test that we can get the conninfo for a particular PID and that it looks correct."
conntrack._clearmaps()
conntrack.up(1, "127.0.0.3", ("abc", "def", "GLOBAL"))
conntrack.up(2, "127.0.0.4", ("test",))
self.assertEqual(str(conntrack.getpid(1)), "<CI: PID 1, IP 127.0.0.3, classes: abc def GLOBAL>")
self.assertEqual(str(conntrack.getpid(2)), "<CI: PID 2, IP 127.0.0.4, classes: test>")
def repstate():
log.report("status: total lifetime connections: %d" % (totconnects,))
pids = conntrack.getpids()
if len(pids) == 0:
log.report("status: no active connections.")
else:
log.report("status: %d active connections:" % len(pids))
pids.sort()
# Now, this is only a snapshot, so take care here. A kid could
# have died before we get around to pulling it.
for pid in pids:
try:
pi = str(conntrack.getpid(pid))
except KeyError:
continue
log.report("status: " + pi)
# This is put at the bottom to bookend the active connection info.
log.report("status: per IP first/last connection times entries: %d" % \
(hinfo.iptimessize()))
if threadcount or threadhigh > 1:
log.report("status: %d active rules evaluation threads (%d highwater)." % \
(threadcount, threadhigh))
# totruleTime is already a float, because time.time() returns them.
if totrules and totruleTime:
log.report("status: average rule evaluation time over %d evals: %0.4f seconds" % (totrules, totruleTime / totrules))
if totloops:
log.report("status: %d loops, %d conns, %0.1f conns average" %
(totloops, totconns, (totconns*1.0)/totloops))