16, in_args.flows, in_args.startflow, in_args.auth)
# Get the baseline stats. Required in Step 3 to validate if the delete
# function gets the controller back to the baseline
ic.crawl_inventory()
reported = ic.reported_flows
found = ic.found_flows
print 'Baseline:'
print ' Reported nodes: %d' % reported
print ' Found nodes: %d' % found
stats = []
stats.append((time.time(), ic.nodes, ic.reported_flows, ic.found_flows))
# Run through <CYCLES> add cycles, where <THREADS> threads are started in
# each cycle and <FLOWS> flows are added from each thread
fct.add_blaster()
print '\n*** Total flows added: %d' % fct.get_ok_flows()
print ' HTTP[OK] results: %d\n' % fct.get_ok_rqsts()
# monitor stats and save results in the list
for stat_item in monitor_stats(ic, in_args.config_monitor, in_args.monitor_period):
print stat_item
stats.append(stat_item)
# Run through <CYCLES> delete cycles, where <THREADS> threads are started
# in each cycle and <FLOWS> flows previously added in an add cycle are
# deleted in each thread
if in_args.bulk_delete:
print '\nDeleting all flows in bulk:'
sts = cleanup_config_odl(in_args.host, in_args.port, in_args.auth)
in_args.threads, in_args.fpr, 16, in_args.flows,
in_args.startflow, in_args.auth)
# Get the baseline stats. Required in Step 3 to validate if the delete
# function gets the controller back to the baseline
#ic.crawl_inventory()
#reported = ic.reported_flows
#found = ic.found_flows
#print 'Baseline:'
#print ' Reported flows: %d' % reported
#print ' Found flows: %d' % found
# Run through <CYCLES> add cycles, where <THREADS> threads are started in
# each cycle and <FLOWS> flows are added from each thread
start = time.time()
fct.add_blaster()
fct2.add_blaster()
fct3.add_blaster()
end = time.time()
mean = (fct.get_ok_flows() + fct2.get_ok_flows() +
fct3.get_ok_flows()) / (end - start)
print '\n*** Total flows added: %d' % (
fct.get_ok_flows() + fct2.get_ok_flows() + fct3.get_ok_flows())
print ' HTTP[OK] results: %d' % (
fct.get_ok_rqsts() + fct2.get_ok_rqsts() + fct3.get_ok_rqsts())
print ' Total elapsed time: %.2f' % (end - start)
print ' Cluster avg requests/s: %.2f\n' % mean
# Wait for stats to catch up
#wait_for_stats(ic, found + fct.get_ok_flows(), in_args.timeout, in_args.delay)
fct = FlowConfigBlaster(in_args.host, in_args.port, in_args.cycles,
in_args.threads, in_args.nodes, in_args.flows,
in_args.startflow, in_args.auth, JSON_FLOW_MOD1)
# Get baseline stats
ic.crawl_inventory()
reported = ic.reported_flows
found = ic.found_flows
print 'Baseline:'
print ' Reported nodes: %d' % reported
print ' Found nodes: %d' % found
# Run through <cycles>, where <threads> are started in each cycle and <flows> are added from each thread
fct.add_blaster()
print '\n*** Total flows added: %s' % fct.get_total_flows()
print ' HTTP[OK] results: %d\n' % fct.get_ok_flows()
# Wait for stats to catch up
total_delay = 0
exp_found = found + fct.get_ok_flows()
exp_reported = reported + fct.get_ok_flows()
print 'Waiting for stats to catch up:'
while True:
ic.crawl_inventory()
print ' %d, %d' % (ic.reported_flows, ic.found_flows)
if ic.found_flows == exp_found or total_delay > in_args.timeout:
break
fct3 = FlowConfigBlaster('192.168.1.3', in_args.port, in_args.cycles, in_args.threads, in_args.fpr,
16, in_args.flows, in_args.startflow, in_args.auth)
# Get the baseline stats. Required in Step 3 to validate if the delete
# function gets the controller back to the baseline
#ic.crawl_inventory()
#reported = ic.reported_flows
#found = ic.found_flows
#print 'Baseline:'
#print ' Reported flows: %d' % reported
#print ' Found flows: %d' % found
# Run through <CYCLES> add cycles, where <THREADS> threads are started in
# each cycle and <FLOWS> flows are added from each thread
start = time.time()
fct.add_blaster()
fct2.add_blaster()
fct3.add_blaster()
end = time.time()
mean = (fct.get_ok_flows()+fct2.get_ok_flows()+fct3.get_ok_flows())/(end - start)
print '\n*** Total flows added: %d' % (fct.get_ok_flows()+fct2.get_ok_flows()+fct3.get_ok_flows())
print ' HTTP[OK] results: %d' % (fct.get_ok_rqsts()+fct2.get_ok_rqsts()+fct3.get_ok_rqsts())
print ' Total elapsed time: %.2f' % (end - start)
print ' Cluster avg requests/s: %.2f\n' % mean
# Wait for stats to catch up
#wait_for_stats(ic, found + fct.get_ok_flows(), in_args.timeout, in_args.delay)
# Run through <CYCLES> delete cycles, where <THREADS> threads are started
# in each cycle and <FLOWS> flows previously added in an add cycle are
# deleted in each thread