def run(simulator, sim_dir = '/tmp', opensm = 'opensm', memchk = False, osmargs = []):
status = 0
parser = OptionParser()
parser.add_option('-t', dest = 'topology', help = 'Provide file with SSA setup topology', metavar = 'setup_example.ini')
parser.add_option('-i', '--tests', dest = 'tests', help = 'Run specific tests', metavar = ','.join(find_all_tests()))
(options, _) = parser.parse_args()
if not options.topology:
parser.print_help()
sys.exit(1)
rch_global_dict['topology'] = options.topology
tests = find_all_tests(options.tests)
#Simulator/Real Fabric Support
rch_global_dict.update(ssa_tools_utils.read_config(rch_global_dict['topology']))
rch_global_dict['log_dir'] = '%s/%s_%s' % ( ssa_tools_utils.NFS_LOGS_DIR, time.strftime("%Y%m%d_%H%M%S"), os.path.basename(__file__).rstrip('.py'))
os.mkdir(rch_global_dict['log_dir'])
rch_global_dict['nodes'] = []
rch_global_dict['tests_results'] = {}
pprint(rch_global_dict)
rch_global_dict['acm_nodes'] = list(set(rch_global_dict['acm_nodes']) - set(rch_global_dict['exclude_nodes']))
print 'The following tests will be executed', tests
failed_tests = []
for test in tests:
if test == '':
continue
print '-I- STARTED %s' % test
start_time = time.time()
rc = eval(test)(None)
total_time = round(time.time() - start_time, 2)
if rc > 0:
print '-I- **************** Failed test %s **************************' % test
rch_global_dict['tests_results'][test] = 'FAILED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
status += 1
failed_tests.append(test)
elif rc == 0:
rch_global_dict['tests_results'][test] = 'PASSED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
elif rc == -1:
rch_global_dict['tests_results'][test] = 'SKIPPED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
else:
rch_global_dict['tests_results'][test] = 'UNKNOWN %s %s sec' % (rch_global_dict['test_description'][test], total_time)
print '-I- FINISHED %s and %s' % (test, rch_global_dict['tests_results'][test])
for stat in ['PASSED', 'SKIPPED', 'FAILED']:
for k in sorted(rch_global_dict['tests_results'].keys()):
if rch_global_dict['tests_results'][k].find(stat) >= 0 :
print k, rch_global_dict['tests_results'][k]
if len(failed_tests) > 0:
print 'TEST_RUN_NOTE: Failed %s' % ','.join(failed_tests)
print 'FAILED %s' % rch_global_dict['log_dir']
else:
print commands.getoutput('zip %s.zip -r %s >/dev/null' % (rch_global_dict['log_dir'], rch_global_dict['log_dir']))
os.system('rm -rf %s' % rch_global_dict['log_dir'])
print 'PASSED %s.zip' % rch_global_dict['log_dir']
return status
def run(simulator, sim_dir = '/tmp', opensm = 'opensm', memchk = False, osmargs = []):
status = 0
tests = find_all_tests()
#Simulator/Real Fabric Support
rch_global_dict.update(ssa_tools_utils.read_config(rch_global_dict['topology']))
rch_global_dict['nodes'] = []
rch_global_dict['tests_results'] = {}
pprint(rch_global_dict)
rch_global_dict['acm_nodes'] = list(set(rch_global_dict['acm_nodes']) - set(rch_global_dict['exclude_nodes']))
print 'The following tests will be executed', tests
failed_tests = []
for test in tests:
if test == '':
continue
print '-I- STARTED %s' % test
start_time = time.time()
rc = eval(test)(None)
total_time = round(time.time() - start_time, 2)
if rc > 0:
print '-I- **************** Failed test %s **************************' % test
rch_global_dict['tests_results'][test] = 'FAILED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
status += 1
failed_tests.append(test)
elif rc == 0:
rch_global_dict['tests_results'][test] = 'PASSED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
elif rc == -1:
rch_global_dict['tests_results'][test] = 'SKIPPED %s %s sec' % (rch_global_dict['test_description'][test], total_time)
else:
rch_global_dict['tests_results'][test] = 'UNKNOWN %s %s sec' % (rch_global_dict['test_description'][test], total_time)
print '-I- FINISHED %s and %s' % (test, rch_global_dict['tests_results'][test])
for stat in ['PASSED', 'SKIPPED', 'FAILED']:
for k in sorted(rch_global_dict['tests_results'].keys()):
if rch_global_dict['tests_results'][k].find(stat) >= 0 :
print k, rch_global_dict['tests_results'][k]
if len(failed_tests) > 0:
print 'TEST_RUN_NOTE: Failed %s' % ','.join(failed_tests)
print commands.getoutput('zip %s.zip -r %s >/dev/null' % (rch_global_dict['test_folder'], rch_global_dict['test_folder']))
os.system('rm -rf %s' % rch_global_dict['test_folder'])
print 'Test logs saved under %s.zip' % rch_global_dict['test_folder']
return status
def main(argv):
print '%s %s' % (__file__, ' '.join(argv))
parser = OptionParser()
parser.add_option('-t',
'--topology_file',
dest='topology',
help='Provide file with SSA setup topology',
metavar='topofile.ini')
parser.add_option('-o',
'--output_folder',
dest='output_folder',
help='Output folder')
parser.add_option('-s',
'--shared_folder',
dest='shared_folder',
help='Shared network folder')
(options, _) = parser.parse_args(argv)
if not options.topology:
parser.print_help()
return 1
if options.shared_folder:
dict_global['dest_dir'] = options.shared_folder
if options.output_folder:
dict_global['dest_dir_archive'] = False
dict_global['topology'] = options.topology
dict_global.update(ssa_tools_utils.read_config(options.topology))
collect_logs(dict_global)
if options.output_folder:
os.system('chmod 777 -R %s' % (dict_global['dest_dir']))
os.system('mv %s %s' %
(dict_global['dest_dir'], options.output_folder))
print 'All logs saved under %s' % (options.output_folder)
return 0
def main(argv):
print '%s %s' % (__file__, ' '.join(argv))
status = 0
actions = ['stop', 'start', 'status', 'clean', 'restart']
parser = OptionParser()
parser.add_option('-t',
dest='topology',
help='Provide file with SSA setup topology',
metavar='setup_example.ini')
parser.add_option(
'--setup',
dest='setup',
help='Start/Stop SSA daemons or clean all logs and procs',
metavar='<%s>' % '|'.join(actions))
parser.add_option('-e',
'--err_check',
dest='check_error',
help='Check SSA logs for errors',
action='store_true')
parser.add_option('-c',
'--command',
dest='cmd',
help='Run cmd on all nodes')
parser.add_option('--ignore_nodes',
dest='ignore_nodes',
help='cs list of nodes to be ignored')
parser.add_option('-n',
dest='no_random',
help='no random stop|start',
action='store_true')
(options, _) = parser.parse_args()
if options.setup and options.setup not in actions:
options.setup = 'status'
if not options.topology:
parser.print_help()
return 1
if not os.path.exists(options.topology):
print 'Error: %s is missing' % options.topology
return 1
ssa_global_dict.update(ssa_tools_utils.read_config(options.topology))
ssa_global_dict['topology'] = os.path.basename(options.topology)
if options.ignore_nodes:
for typ in ['distrib', 'access', 'acm', 'core']:
for n in options.ignore_nodes.split(','):
if n in ssa_global_dict['%s_nodes' % typ]:
ssa_global_dict['%s_nodes' % typ].remove(n)
if options.no_random:
ssa_global_dict['no_random'] = True
if options.setup:
status = status + action_setup(ssa_global_dict, options.setup)
if options.check_error:
status = status + check_error(ssa_global_dict)
if options.cmd:
status = status + run_cmd(ssa_global_dict, options.cmd)
ssa_tools_utils.execute_on_remote_cleanup()
return status
def run(simulator, sim_dir='/tmp', opensm='opensm', memchk=False, osmargs=[]):
status = 0
'''
rch_global_dict['sources'] = os.environ['REGRESSION_SOURCE_PATH']
rch_global_dict['opensm'] = '%s/usr/sbin/opensm' % rch_global_dict['sources']
rch_global_dict['simulator'] = simulator
rch_global_dict['osm_dir'] = sim_dir
rch_global_dict['memchk'] = memchk
rch_global_dict['log_dir'] = '%s/%d' % (rch_global_dict['osm_dir'], subtest_log_dir().id)
rch_global_dict['distrib_nodes'] = []
rch_global_dict['acm_nodes'] = []
'''
tests = find_all_tests()
rch_global_dict['log_dir'] = '%s/%s_%s' % (
ssa_tools_utils.NFS_LOGS_DIR, time.strftime("%Y%m%d_%H%M%S"),
os.path.basename(__file__).rstrip('.py'))
os.mkdir(rch_global_dict['log_dir'])
#Simulator/Real Fabric Support
rch_global_dict.update(
ssa_tools_utils.read_config(rch_global_dict['topology']))
rch_global_dict['nodes'] = []
rch_global_dict['tests_results'] = {}
pprint(rch_global_dict)
rch_global_dict['acm_nodes'] = list(
set(rch_global_dict['acm_nodes']) -
set(rch_global_dict['exclude_nodes']))
# rch_global_dict['pml_cfg'] = '%s/pml.cfg' % rch_global_dict['osm_dir']
print 'The following tests will be executed', tests
failed_tests = []
for test in tests:
if test == '':
continue
print '-I- STARTED %s' % test
start_time = time.time()
# ssa_tools_utils.ssa_clean_setup(rch_global_dict)
rc = eval(test)(None)
total_time = round(time.time() - start_time, 2)
if rc > 0:
print '-I- **************** Failed test %s **************************' % test
rch_global_dict['tests_results'][
test] = 'FAILED %s %s sec' % (
rch_global_dict['test_description'][test], total_time)
status += 1
failed_tests.append(test)
elif rc == 0:
rch_global_dict['tests_results'][
test] = 'PASSED %s %s sec' % (
rch_global_dict['test_description'][test], total_time)
elif rc == -1:
rch_global_dict['tests_results'][
test] = 'SKIPPED %s %s sec' % (
rch_global_dict['test_description'][test], total_time)
else:
rch_global_dict['tests_results'][
test] = 'UNKNOWN %s %s sec' % (
rch_global_dict['test_description'][test], total_time)
print '-I- FINISHED %s and %s' % (
test, rch_global_dict['tests_results'][test])
# ssa_tools_utils.ssa_clean_setup(rch_global_dict)
for stat in ['PASSED', 'SKIPPED', 'FAILED']:
for k in sorted(rch_global_dict['tests_results'].keys()):
if rch_global_dict['tests_results'][k].find(stat) >= 0:
print k, rch_global_dict['tests_results'][k]
if len(failed_tests) > 0:
print 'TEST_RUN_NOTE: Failed %s' % ','.join(failed_tests)
print 'Test logs saved under %s' % rch_global_dict['log_dir']
else:
print commands.getoutput(
'sudo -u lennyb zip %s.zip -r %s >/dev/null' %
(rch_global_dict['log_dir'], rch_global_dict['log_dir']))
os.system('rm -rf %s' % rch_global_dict['log_dir'])
print 'Test logs saved under %s.zip' % rch_global_dict['log_dir']
return status
cmd = 'nohup %s/ib_stress.sh %d > /dev/null &' % ( SSA_SCRIPTS, IB_ACME_DELAY)
ssa_tools_utils.pdsh_run(nodes, cmd)
return 0
def stop_ib_acme(nodes):
ssa_tools_utils.pdsh_run(nodes, 'killall ib_stress.sh 2>/dev/null')
return 0
if __name__ == "__main__":
status = 0
rch_global_dict.update(ssa_tools_utils.read_config(rch_global_dict['topology']))
if options.node:
nodes = options.node
else:
nodes = rch_global_dict['access_nodes'] + rch_global_dict['distrib_nodes'] + rch_global_dict['acm_nodes'] + rch_global_dict['core_nodes']
if options.start == 'ib_acme' or options.stop == 'ib_acme':
nodes = rch_global_dict['acm_nodes']
if options.topology:
print 'TOPO = %s' % options.topology
if options.start:
status = eval("start_%s" % options.start)(nodes)
if options.stop:
status = eval("stop_%s" % options.stop)(nodes)