Add a much more complex test

Set up 2 VLANs across 2 switches each, each with 2 machines. Check for
isolation using 4 machines (1 on each switch again) remaining on the
base VLAN.

Change-Id: Iab68b860ef3779e303cc20d67915edfaa8578e67

1 files changed, 113 insertions, 0 deletions

diff --git a/test/test-7 b/test/test-7
new file mode 100644
index 0000000..2d19e8b
--- /dev/null
+++ b/test/test-7
@@ -0,0 +1,113 @@
+#!/bin/bash
+#
+# More complex VLANd test script
+#
+# Check VLAN isolation for 4 machines in 2 VLANs scattered across
+# multiple switches.
+
+set -e
+
+# List all the switches and hosts we need to use, if not using all of
+# them. We can make tests run faster by not involving *all* of them in
+# every test.
+HOSTS="imx5301 panda01 arndale02 arndale03"      # 4 machines for
+						 # primary testing
+HOSTS="$HOSTS imx5302 arndale01 panda02 panda03" # 4 machines on the
+						 # same switches as
+						 # observers
+
+#SWITCHES="vlandswitch05"   # Let the system work things out
+
+# Show more detail during test output
+VERBOSE=1
+
+# And give a filename for logging
+LOGFILE=$0-$$.log
+
+# Include the core test wrapper code that makes life easier
+DIR=$(dirname $0)
+. ${DIR}/test-common
+
+# Ensure all the ports we're using are on their base VLANs
+log "checking base VLANs"
+verify_all_hosts_are_base
+log "$HOSTS are all on their base VLANs - good"
+
+# Clear old logfiles from our test machines
+stop_logging
+clear_logs
+
+# Start all the test machines logging, then wait 60s to let all of
+# them show baseline results before we start testing
+start_logging
+pause 60
+
+# Create 2 VLANs: tag 30, named "test30" and tag 31, named "test31"
+log "Creating new VLAN tag 30"
+run_admin_command --create_vlan test30 30 false
+VLAN_ID1=$(run_admin_command --lookup_vlan_by_tag 30)
+log "Created new VLAN with ID $VLAN_ID1"
+
+log "Creating new VLAN tag 31"
+run_admin_command --create_vlan test31 31 false
+VLAN_ID2=$(run_admin_command --lookup_vlan_by_tag 31)
+log "Created new VLAN with ID $VLAN_ID2"
+
+# Wait 10s for everything to settle
+pause 10
+
+# Move some of the test machines to these new VLANs, pausing at each
+# setup
+log "Moving imx5301 to VLAN ID $VLAN_ID1"
+run_admin_command --set_port_current_vlan ${imx5301_PORT_ID} $VLAN_ID1
+pause 60
+log "Moving panda01 to VLAN ID $VLAN_ID1"
+run_admin_command --set_port_current_vlan ${panda01_PORT_ID} $VLAN_ID1
+log "Done moving ports to VLAN ID $VLAN_ID1"
+
+log "Moving arndale02 to VLAN ID $VLAN_ID2"
+run_admin_command --set_port_current_vlan ${arndale02_PORT_ID} $VLAN_ID2
+pause 60
+log "Moving arndale03 to VLAN ID $VLAN_ID2"
+run_admin_command --set_port_current_vlan ${arndale03_PORT_ID} $VLAN_ID2
+log "Done moving ports to VLAN ID $VLAN_ID2"
+
+# Wait 60s for everything to settle and logs to show it again
+pause 60
+
+# Move test machines back to their base VLANs
+log "Moving ports back to base"
+run_admin_command --restore_port_to_base_vlan ${imx5301_PORT_ID}
+run_admin_command --restore_port_to_base_vlan ${panda01_PORT_ID}
+run_admin_command --restore_port_to_base_vlan ${arndale02_PORT_ID}
+run_admin_command --restore_port_to_base_vlan ${arndale03_PORT_ID}
+log "Done moving ports back to base"
+
+# Wait 60s for everything to settle
+pause 60
+
+# Check that they're all back on their base VLANs
+log "Checking base VLANs after the test"
+verify_all_hosts_are_base
+
+log "Delete the test VLANs"
+run_admin_command --delete_vlan ${VLAN_ID1}
+run_admin_command --delete_vlan ${VLAN_ID2}
+
+# Stop all the test machines logging (and wait 60s)
+stop_logging
+pause 20
+
+log "Test done, grab logs"
+# Grab logs from the machines
+grab_logs >> $LOGFILE
+
+# Clear old logs
+clear_logs
+
+# And now sort the logs so we have clean output
+sort -u $LOGFILE
+
+echo "Full details are in $LOGFILE, use \"sort -u $LOGFILE\" to read them in order."
+
+# DONE!