def test_launch(self):
subject = SystemTest(Configuration('test/src/system/system-manual.yml'))
subject.launch_system()
print 'getting manager...'
manager = subject.create_manager()
l = InventoryListener()
manager.add_listener(l)
print 'sending inventory request...'
manager.send_request(InventoryRequest(), component_filter=component_id('AGENT'))
time.sleep(30)
print 'inventory: '+ repr(l)
print 'inventory: '+ repr(l.inventory)
self.show_inventory()
def main():
log = logging.getLogger('test')
config = read_test_configuration()
# _step('config:\n' + pformat(config.as_dict()))
_step('read config file')
test = SystemTest(config)
running = False
try:
_step('first see if there is already a running cluster')
_exists()
test.reconnect_system()
running = True
except:
log.warn('did not reconnect', exc_info=True)
_exists()
_step('failed to connect to running cluster, launching new one instead')
try:
test.launch_system()
running = True
except Exception,e:
log.error('test failed', exc_info=True)
def main():
config = Configuration('resources/manual-system-launch.yml')
test = SystemTest(config)
try:
test.reconnect_system()
except:
pass ## will fail to connect to cloudinitd, but should reconnect rabbit anyway
inventory = test.get_inventory()
inventory_time = time.time()
_step('inventory: ' + ', '.join(inventory.keys()))
_step('performing base preload')
test.init_system()
config = test.get_preload_template()
nrange = test.get_preload_range(config)
for n in nrange:
_step("starting device %d"%n)
test.init_device(config,n)
_step('all done')
def main():
start_time = time.time()
log = logging.getLogger('test')
config = read_test_configuration()
# _step('config:\n' + pformat(config.as_dict()))
_step('read config file')
test = SystemTest(config)
try:
_step('connecting to agent')
test.reconnect_system(cloudinitd=False, filter=agent_id('server'))
test.system = None
_step('taking inventory')
inventory = test.get_inventory()
_step('inventory: ' + ', '.join(inventory.keys()))
_step('performing base preload')
preload_start_time = time.time()
test.init_system()
preload_time = time.time()
_step("preload took %.2f seconds" % (preload_time-preload_start_time))
config = test.get_preload_template()
nrange = test.get_preload_range(config)
for n in nrange:
_step("starting device %d"%n)
device_begin = time.time()
test.init_device(config,n, catch_up_frequency=1000) # some tests do not run logging_transform
elapsed = time.time() - device_begin
_step("completed device %d launch in %f seconds" % (n,elapsed))
time.sleep(120)
_rates(test.get_message_rates())
_step('performing test')
results = test.perform_test()
_step('*** test completed! ***')
if results:
_step('results: ' + str(results))
except Exception,e:
log.error('test failed', exc_info=True)
def main():
start_time = time.time()
log = logging.getLogger('test')
config = read_test_configuration()
_step('read config file')
test = SystemTest(config)
try:
_step('launching system')
test.launch_system()
launch_time = time.time()
_step("launch took %.2f seconds" % (launch_time-start_time))
_step('taking inventory')
inventory = test.get_inventory()
inventory_time = time.time()
_step('inventory: ' + ', '.join(inventory.keys()))
_step('performing base preload')
test.init_system()
preload_time = time.time()
_step("preload took %.2f seconds" % (preload_time-launch_time))
config = test.get_preload_template()
nrange = test.get_preload_range(config)
for n in nrange:
_step("starting device %d"%n)
device_begin = time.time()
test.init_device(config,n, catch_up_frequency=50)
elapsed = time.time() - device_begin
_step("completed device %d launch in %f seconds" % (n,elapsed))
_rates(test.get_message_rates(), n)
_step('performing test')
results = test.perform_test()
_step('*** test completed! ***')
if results:
_step('results: ' + str(results))
except Exception,e:
log.error('test failed @ %s', time.ctime(), exc_info=True)