def run_workload():
# if a --host-set parameter was passed, it's a multi-host workload
# each remote instance will wait until all instances reach starting gate
params = parse()
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed, it's a multi-host workload
# each remote instance will wait until all instances have reached starting gate
params = parse_slave.parse()
if params.master_invoke.verbose: print('slave params: %s' % str(params))
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed, it's a multi-host workload
# each remote instance will wait until all instances reach starting gate
params = parse_slave.parse()
if params.master_invoke.verbose:
print('slave params: %s' % str(params))
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed, it's a multi-host workload
# each remote instance will wait until all instances have reached starting gate
params = parse.parse()
# for multi-host test
if params.host_set and not params.is_slave:
return run_multi_host_workload(params)
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed, it's a multi-host workload
# each remote instance will wait until all instances have reached starting gate
params = parse.parse()
# for multi-host test
if params.host_set and not params.is_slave:
return run_multi_host_workload(params)
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed,
# it's a multi-host workload
# each remote instance will wait
# until all instances have reached starting gate
try:
params = parse.parse()
except parse.SmfParseException as e:
print('ERROR: ' + str(e))
print('use --help option to get CLI syntax')
sys.exit(NOTOK)
# for multi-host test
if params.host_set and not params.is_slave:
return run_multi_host_workload(params)
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
# if a --host-set parameter was passed,
# it's a multi-host workload
# each remote instance will wait
# until all instances have reached starting gate
try:
params = parse.parse()
except parse.SmfParseException as e:
print('ERROR: ' + str(e))
print('use --help option to get CLI syntax')
sys.exit(NOTOK)
# for multi-host test
if params.host_set and not params.is_slave:
return run_multi_host_workload(params)
return multi_thread_workload.run_multi_thread_workload(params)
def run_workload():
log = fsd_log.start_log('fs-drift')
# if a --host-set parameter was passed,
# it's a multi-host workload
# each remote instance will wait
# until all instances have reached starting gate
try:
params = opts.parseopts()
params.validate()
except FsDriftException as e:
log.error(str(e))
log.info('use --help option to get CLI syntax')
sys.exit(NOTOK)
print(params)
if os.getenv('DEBUG'):
log.logLevel(logging.DEBUG)
try:
sync_files.create_top_dirs(params)
except OSError as e:
if e.errno != errno.EEXIST:
raise FsDriftException(
'you must create the top-level directory %s' %
params.top_directory)
# put parameters where all threads can see them
write_pickle(params.param_pickle_path, params)
if params.host_set != [] and not params.is_slave:
return run_multi_host_workload(params, log)
return multi_thread_workload.run_multi_thread_workload(params)
