Fix: behave: adapt to podman network config (#1572)

The default bridged network interfere the tests. Specify a --network on
`podman run` to get rid of it.

test/features/bootstrap_options.feature

@@ -83,11 +83,11 @@ Feature: crmsh bootstrap process - options
   @clean
   Scenario: Using multiple network interface using "-i" option
     Given   Cluster service is "stopped" on "hanode1"
-    And     IP "@hanode1.ip.default" is belong to "eth0"
+    And     IP "@hanode1.ip.0" is belong to "eth0"
     And     IP "@hanode1.ip.0" is belong to "eth1"
     When    Run "crm cluster init -i eth0 -i eth1 -y" on "hanode1"
     Then    Cluster service is "started" on "hanode1"
-    And     IP "@hanode1.ip.default" is used by corosync on "hanode1"
+    And     IP "@hanode1.ip.0" is used by corosync on "hanode1"
     And     IP "@hanode1.ip.0" is used by corosync on "hanode1"
     And     Show corosync ring status
 
@@ -97,11 +97,11 @@ Feature: crmsh bootstrap process - options
     Given   Cluster service is "stopped" on "hanode2"
     When    Run "crm cluster init -i eth0 -i @hanode1.ip.0 -y" on "hanode1"
     Then    Cluster service is "started" on "hanode1"
-    And     IP "@hanode1.ip.default" is used by corosync on "hanode1"
+    And     IP "@hanode1.ip.0" is used by corosync on "hanode1"
     And     IP "@hanode1.ip.0" is used by corosync on "hanode1"
     When    Run "crm cluster join -c hanode1 -i eth0 -i @hanode2.ip.0 -y" on "hanode2"
     Then    Cluster service is "started" on "hanode2"
-    And     IP "@hanode2.ip.default" is used by corosync on "hanode2"
+    And     IP "@hanode2.ip.0" is used by corosync on "hanode2"
     And     IP "@hanode2.ip.0" is used by corosync on "hanode2"
 
     When    Try "crm cluster join cluster -c hanode1 -y" on "hanode2"
@@ -147,10 +147,10 @@ Feature: crmsh bootstrap process - options
     Given   Cluster service is "stopped" on "hanode2"
     When    Run "crm cluster init -I -i eth1 -y" on "hanode1"
     Then    Cluster service is "started" on "hanode1"
-    And     IP "@hanode1.ip6.default" is used by corosync on "hanode1"
+    And     IP "@hanode1.ip6.0" is used by corosync on "hanode1"
     When    Run "crm cluster join -c hanode1 -i eth1 -y" on "hanode2"
     Then    Cluster service is "started" on "hanode2"
-    And     IP "@hanode2.ip6.default" is used by corosync on "hanode2"
+    And     IP "@hanode2.ip6.0" is used by corosync on "hanode2"
 
   @clean
   Scenario: Init cluster with -N option (bsc#1175863)

test/features/cluster_blocking_ssh.feature

@@ -35,13 +35,13 @@ Feature: cluster testing with ssh blocked
 
       nodelist {
         node {
-                ring0_addr: @hanode1.ip.default
+                ring0_addr: @hanode1.ip.0
                 name: hanode1
                 nodeid: 1
         }
 
         node {
-                ring0_addr: @hanode2.ip.default
+                ring0_addr: @hanode2.ip.0
                 name: hanode2
                 nodeid: 2
         }

test/features/qdevice_usercase.feature

@@ -73,8 +73,8 @@ Feature: Verify usercase master survive when split-brain
     When    Run "corosync-quorumtool -s" on "hanode1"
     Then    Expected "Quorate:          Yes" in stdout
     # Use iptables command to simulate split-brain
-    When    Run "iptables -I INPUT -s @hanode2.ip.default -j DROP; sudo iptables -I OUTPUT -d @hanode2.ip.default -j DROP" on "hanode1"
-    And     Run "iptables -I INPUT -s @hanode1.ip.default -j DROP; sudo iptables -I OUTPUT -d @hanode1.ip.default -j DROP" on "hanode2"
+    When    Run "iptables -I INPUT -s @hanode2.ip.0 -j DROP; sudo iptables -I OUTPUT -d @hanode2.ip.0 -j DROP" on "hanode1"
+    And     Run "iptables -I INPUT -s @hanode1.ip.0 -j DROP; sudo iptables -I OUTPUT -d @hanode1.ip.0 -j DROP" on "hanode2"
     # Check whether hanode1 has quorum, while hanode2 doesn't
     And     Run "sleep 20" on "hanode1"
     When    Run "crm corosync status quorum" on "hanode1"

test/run-functional-tests

@@ -176,18 +176,16 @@ create_alice_bob_carol() {
 
 deploy_ha_node() {
 	node_name=$1
-	podman_options="--name $node_name -h $node_name --systemd always --shm-size 1g"
+	podman_options="--name $node_name -h $node_name --network ha_network_first --systemd always --shm-size 1g"
         # CAP_SYS_NICE for corosync to set realtime priority
         # CAP_AUDIT_CONTROL for sshd
         # CAP_NET_ADMIN for firewall and virtual ip
         podman_capabilties="--cap-add CAP_SYS_NICE --cap-add CAP_AUDIT_CONTROL --cap-add CAP_NET_ADMIN"
 	make_cmd="cd $PROJECT_INSIDE;./autogen.sh && ./configure --prefix /usr && make install && make install-crmconfDATA prefix= && cp /usr/bin/crm /usr/sbin"
 
 	info "Deploying \"$node_name\"..."
-	podman run --rm -d $podman_options $podman_capabilties $CONTAINER_IMAGE &> /dev/null
-	for network in ${HA_NETWORK_ARRAY[@]};do
-		podman network connect $network $node_name
-	done
+	podman run --rm -d $podman_options $podman_capabilties $CONTAINER_IMAGE
+        podman network connect ha_network_second $node_name
 
 	if [ "$node_name" != "qnetd-node" ];then
 		rm_qnetd_cmd="rpm -q corosync-qnetd && rpm -e corosync-qnetd"
@@ -328,7 +326,7 @@ cleanup_cluster() {
 
 adjust_test_case() {
 	node_name=$1
-	replace_arry=(`podman_exec $node_name "grep -o -E '@(hanode[0-9]+|qnetd-node)\.ip[6]?\.(default|[0-9])' $2|sort -u|dos2unix"`)
+	replace_arry=(`podman_exec $node_name "grep -o -E '@(hanode[0-9]+|qnetd-node)\.ip6?\.[0-9]' $2|sort -u"`)
 	for item in ${replace_arry[@]};do
 		item_str=${item##@}
 		node=`echo $item_str|cut -d "." -f 1`
@@ -338,11 +336,7 @@ adjust_test_case() {
 			ip_search_str="GlobalIPv6Address"
 		fi
 		index=`echo $item_str|cut -d "." -f 3|tr -d "\r"`
-		if [ "$index" == "default" ];then
-			ip=`podman container inspect $node -f "{{range .NetworkSettings.Networks}}{{printf \"%s \" .$ip_search_str}}{{end}}"|awk '{print $1}'|tr -d "\r"`
-		else
-			ip=`podman container inspect $node -f "{{.NetworkSettings.Networks.${HA_NETWORK_ARRAY[$index]}.$ip_search_str}}"|tr -d "\r"`
-		fi
+                ip=`podman container inspect $node -f "{{.NetworkSettings.Networks.${HA_NETWORK_ARRAY[$index]}.$ip_search_str}}"|tr -d "\r"`
 		item=`echo $item|tr -d "\r"`
 		podman_exec $node_name "sed -i s/$item/$ip/g $2"
 	done