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|
#!/usr/bin/env bash
IFACE="dummy0"
UNIT_TEST="./unit_tests/openvpn/networking_testdriver"
MAX_TEST=${1:-7}
srcdir="${srcdir:-.}"
top_builddir="${top_builddir:-..}"
openvpn="${top_builddir}/src/openvpn/openvpn"
# bail out right away on non-linux. NetLink (the object of this test) is only
# used on Linux, therefore testing other platform is not needed.
#
# Note: statements in the rest of the script may not even pass syntax check on
# solaris/bsd. It uses /bin/bash
if [ "$(uname -s)" != "Linux" ]; then
echo "$0: this test runs only on Linux. SKIPPING TEST."
exit 77
fi
# Commands used to retrieve the network state.
# State is retrieved after running sitnl and after running
# iproute commands. The two are then compared and expected to be equal.
typeset -a GET_STATE
GET_STATE[0]="ip link show dev $IFACE | sed 's/^[0-9]\+: //'"
GET_STATE[1]="ip addr show dev $IFACE | sed 's/^[0-9]\+: //'"
GET_STATE[2]="ip route show dev $IFACE"
GET_STATE[3]="ip -6 route show dev $IFACE"
LAST_STATE=$((${#GET_STATE[@]} - 1))
reload_dummy()
{
$RUN_SUDO ip link del $IFACE
$RUN_SUDO ip link add $IFACE address 00:11:22:33:44:55 type dummy
$RUN_SUDO ip link set dev $IFACE state up
if [ $? -ne 0 ]; then
echo "can't create interface $IFACE"
exit 1
fi
}
run_test()
{
# run all test cases from 0 to $1 in sequence
CMD=
for k in $(seq 0 $1); do
# the unit-test prints to stdout the iproute command corresponding
# to the sitnl operation being executed.
# Format is "CMD: <commandhere>"
OUT=$($RUN_SUDO $UNIT_TEST $k $IFACE)
# ensure unit test worked properly
if [ $? -ne 0 ]; then
echo "unit-test $k errored out:"
echo "$OUT"
exit 1
fi
NEW=$(echo "$OUT" | sed -n 's/CMD: //p')
CMD="$CMD $RUN_SUDO $NEW ;"
done
# collect state for later comparison
for k in $(seq 0 $LAST_STATE); do
STATE_TEST[$k]="$(eval ${GET_STATE[$k]})"
done
}
## execution starts here
# t_client.rc required only for RUN_SUDO definition
if [ -r "${top_builddir}"/t_client.rc ]; then
. "${top_builddir}"/t_client.rc
elif [ -r "${srcdir}"/t_client.rc ]; then
. "${srcdir}"/t_client.rc
fi
if [ ! -x "$openvpn" ]; then
echo "no (executable) openvpn binary in current build tree. FAIL." >&2
exit 1
fi
if [ ! -x "$UNIT_TEST" ]; then
echo "no test_networking driver available. SKIPPING TEST." >&2
exit 77
fi
# Ensure PREFER_KSU is in a known state
PREFER_KSU="${PREFER_KSU:-0}"
# make sure we have permissions to run the networking unit-test
ID=`id`
if expr "$ID" : "uid=0" >/dev/null
then :
else
if [ "${PREFER_KSU}" -eq 1 ];
then
# Check if we have a valid kerberos ticket
klist -l 1>/dev/null 2>/dev/null
if [ $? -ne 0 ];
then
# No kerberos ticket found, skip ksu and fallback to RUN_SUDO
PREFER_KSU=0
echo "$0: No Kerberos ticket available. Will not use ksu."
else
RUN_SUDO="ksu -q -e"
fi
fi
if [ -z "$RUN_SUDO" ]
then
echo "$0: no RUN_SUDO=... in t_client.rc or environment, defaulting to 'sudo'." >&2
echo " if that does not work, set RUN_SUDO= correctly for your system." >&2
RUN_SUDO="sudo"
fi
# check that we can run the unit-test binary with sudo
if $RUN_SUDO $UNIT_TEST test
then
echo "$0: $RUN_SUDO $UNIT_TEST succeeded, good."
else
echo "$0: $RUN_SUDO $UNIT_TEST failed, cannot go on. SKIP." >&2
exit 77
fi
fi
for i in $(seq 0 $MAX_TEST); do
# reload dummy module to cleanup state
reload_dummy
typeset -a STATE_TEST
run_test $i
# reload dummy module to cleanup state before running iproute commands
reload_dummy
# CMD has been set by the unit test
eval $CMD
if [ $? -ne 0 ]; then
echo "error while executing:"
echo "$CMD"
exit 1
fi
# collect state after running manual ip command
for k in $(seq 0 $LAST_STATE); do
STATE_IP[$k]="$(eval ${GET_STATE[$k]})"
done
# ensure states after running unit test matches the one after running
# manual iproute commands
for j in $(seq 0 $LAST_STATE); do
if [ "${STATE_TEST[$j]}" != "${STATE_IP[$j]}" ]; then
echo "state $j mismatching after '$CMD'"
echo "after unit-test:"
echo "${STATE_TEST[$j]}"
echo "after iproute command:"
echo "${STATE_IP[$j]}"
exit 1
fi
done
echo "Test $i: OK"
done
# remove interface for good
$RUN_SUDO $openvpn --dev $IFACE --dev-type tun --rmtun >/dev/null
exit 0
|
