search for: log_action_end_msg

...PROC_OUT}<&"${COPROC[0]}" local PID="$COPROC_PID" for no in $(seq 0 $TIMEOUT); do if [ -z "$COPROC_PID" ]; then break; fi sleep 1 log_action_cont_msg done kill -INT "$COPROC_PID" >/dev/null 2>&1 wait $PID local rc=$? log_action_end_msg $rc [ $rc -gt 0 ] && cat <&$COPROC_OUT exec <&$COPROC_OUT- } timeout_domain() { name="$1" TIMEOUT="$2" for no in $(seq 0 $TIMEOUT); do if ! check_running "$name"; then return 0; fi sleep 1 log_action_cont_msg done return...

...e="${file##*/}" log_action_begin_msg "Restoring Xen domain $name (from $file)" out=$(xen restore "$file" 2>&1 1>/dev/null) case "$?" in 0) rm "$file" domains[$name]='started' log_action_end_msg 0 ;; *) domains[$name]='failed' log_action_end_msg 1 echo "$out" ;; esac fi done } do_start_auto() { [ -n "$XENDOMAINS_AUTO" ] || return [ -d "$XENDOMAINS_AUTO" ] || return for file in...

...n domains known to xend" seconds to run. Here is a pseudo call trace: do_stop_shutdown() { ... while read id name rest; do log_action_begin_msg "Waiting for Xen domain $name ($id) to shut down" timeout_domain "$name" "$XENDOMAINS_STOP_MAXWAIT" log_action_end_msg $? done < <(/usr/lib/xen-common/bin/xen-init-list) } so timeout_domain is called with the name of the domain. timeout_domain() { name="$1" TIMEOUT="$2" for no in $(seq 0 $TIMEOUT); do if ! check_running "$name"; then return 0; fi ... so check_...