#!/bin/bash test_info() { cat </dev/null 2>&1" wait_until_get_src_socket "tcp" "${test_ip}:${test_port}" $nc_pid "nc" src_socket="$out" echo "Source socket is $src_socket" wait_for_monitor_event $test_node echo "Wait until NFS connection is tracked by CTDB on test node ..." wait_until 10 check_tickles $test_node $test_ip $test_port $src_socket echo "Select a node to restart ctdbd" rn=$(awk -F'|' -v test_node=$test_node \ '$2 != test_node { print $2 ; exit }' <<<"$listnodes_output") echo "Restarting CTDB on node ${rn}" try_command_on_node $rn $CTDB_TEST_WRAPPER restart_ctdb_1 # In some theoretical world this is racy. In practice, the node will # take quite a while to become healthy, so this will beat any # assignment of IPs to the node. echo "Setting NoIPTakeover on node ${rn}" try_command_on_node $rn $CTDB setvar NoIPTakeover 1 wait_until_ready echo "Getting TickleUpdateInterval..." try_command_on_node $test_node $CTDB getvar TickleUpdateInterval update_interval="$out" echo "Wait until NFS connection is tracked by CTDB on all nodes..." if ! wait_until $(($update_interval * 2)) \ check_tickles_all $numnodes $test_ip $test_port $src_socket ; then echo "BAD: connection not tracked on all nodes:" echo "$out" exit 1 fi # We could go on to test whether the tickle ACK gets sent. However, # this is tested in previous tests and the use of NoIPTakeover # complicates things on a 2 node cluster.