def test_success(self):
tasklist = self._setup_common()
for task in tasklist:
task.fork_waitfor.expect_call(timeout=None).and_return(0)
(subcommand.cPickle.load.expect_call(task.result_pickle)
.and_return(6))
task.result_pickle.close.expect_call()
subcommand.parallel(tasklist)
self.god.check_playback()
def test_success(self):
tasklist = self._setup_common()
for task in tasklist:
task.fork_waitfor.expect_call(timeout=None).and_return(0)
(subcommand.cPickle.load.expect_call(
task.result_pickle).and_return(6))
task.result_pickle.close.expect_call()
subcommand.parallel(tasklist)
self.god.check_playback()
def run_once(self, pair, udp, bidirectional, time, stream_list):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a lable for the server side tests.
server_label = 'net_server'
tagname = "%s_%s" % (pair[0], pair[1])
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# Ensure the client doesn't have the server label.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IPFilters if they are present.
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join([
"job.run_test('iperf', server_ip='%s', client_ip=",
"'%s', role='%s', udp=%s, bidirectional=%s,",
"test_time=%d, stream_list=%s, tag='%s')"
])
server_control_file = template % (server.ip, client.ip, 'server', udp,
bidirectional, time, stream_list,
tagname)
client_control_file = template % (server.ip, client.ip, 'client', udp,
bidirectional, time, stream_list,
tagname)
server_command = subcommand.subcommand(
server_at.run, [server_control_file, server.hostname])
client_command = subcommand.subcommand(
client_at.run, [client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def upload_pkg(self,
pkg_path,
upload_path=None,
update_checksum=False,
timeout=300):
from autotest.server import subcommand
if upload_path:
upload_path_list = [upload_path]
self.upkeep(upload_path_list)
elif len(self.upload_paths) > 0:
self.upkeep()
upload_path_list = self.upload_paths
else:
raise error.PackageUploadError("Invalid Upload Path specified")
if update_checksum:
# get the packages' checksum file and update it with the current
# package's checksum
self.update_checksum(pkg_path)
commands = []
for path in upload_path_list:
commands.append(
subcommand.subcommand(self.upload_pkg_parallel,
(pkg_path, path, update_checksum)))
results = subcommand.parallel(commands, timeout, return_results=True)
for result in results:
if result:
print str(result)
def upload_pkg(self, pkg_path, upload_path=None, update_checksum=False,
timeout=300):
from autotest.server import subcommand
if upload_path:
upload_path_list = [upload_path]
self.upkeep(upload_path_list)
elif len(self.upload_paths) > 0:
self.upkeep()
upload_path_list = self.upload_paths
else:
raise error.PackageUploadError("Invalid Upload Path specified")
if update_checksum:
# get the packages' checksum file and update it with the current
# package's checksum
self.update_checksum(pkg_path)
commands = []
for path in upload_path_list:
commands.append(subcommand.subcommand(self.upload_pkg_parallel,
(pkg_path, path,
update_checksum)))
results = subcommand.parallel(commands, timeout, return_results=True)
for result in results:
if result:
print str(result)
def run_once(self, pair, buffer, upper_bound, variance):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a platform label for the server side of tests.
server_label = 'net_server'
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# If client has the server_label, then swap server and client.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IP Filters if they are enabled.
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join([
"job.run_test('netpipe', server_ip='%s', ",
"client_ip='%s', role='%s', bidirectional=True, ",
"buffer_size=%d, upper_bound=%d,"
"perturbation_size=%d)"
])
server_control_file = template % (server.ip, client.ip, 'server',
buffer, upper_bound, variance)
client_control_file = template % (server.ip, client.ip, 'client',
buffer, upper_bound, variance)
server_command = subcommand.subcommand(
server_at.run, [server_control_file, server.hostname])
client_command = subcommand.subcommand(
client_at.run, [client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def run_once(self, pair, udp, bidirectional, time, stream_list):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a lable for the server side tests.
server_label = 'net_server'
tagname = "%s_%s" % (pair[0], pair[1])
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# Ensure the client doesn't have the server label.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IPFilters if they are present.
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join(["job.run_test('iperf', server_ip='%s', client_ip=",
"'%s', role='%s', udp=%s, bidirectional=%s,",
"test_time=%d, stream_list=%s, tag='%s')"])
server_control_file = template % (server.ip, client.ip, 'server', udp,
bidirectional, time, stream_list,
tagname)
client_control_file = template % (server.ip, client.ip, 'client', udp,
bidirectional, time, stream_list,
tagname)
server_command = subcommand.subcommand(server_at.run,
[server_control_file, server.hostname])
client_command = subcommand.subcommand(client_at.run,
[client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def run_once(self, pair, test, time, stream_list, cycles):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a label for the server side tests.
server_label = 'net_server'
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# If client has the server_label, then swap server and client.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IPFilters if they are enabled.
for m in [client, server]:
status = m.run('/sbin/iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join([
"job.run_test('netperf2', server_ip='%s', ",
"client_ip='%s', role='%s', test='%s', ",
"test_time=%d, stream_list=%s, tag='%s', ", "iterations=%d)"
])
server_control_file = template % (server.ip, client.ip, 'server', test,
time, stream_list, test, cycles)
client_control_file = template % (server.ip, client.ip, 'client', test,
time, stream_list, test, cycles)
server_command = subcommand.subcommand(
server_at.run, [server_control_file, server.hostname])
client_command = subcommand.subcommand(
client_at.run, [client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('/sbin/iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def run_once(self, pair, test, time, stream_list, cycles):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a label for the server side tests.
server_label = 'net_server'
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# If client has the server_label, then swap server and client.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IPFilters if they are enabled.
for m in [client, server]:
status = m.run('/sbin/iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join(["job.run_test('netperf2', server_ip='%s', ",
"client_ip='%s', role='%s', test='%s', ",
"test_time=%d, stream_list=%s, tag='%s', ",
"iterations=%d)"])
server_control_file = template % (server.ip, client.ip, 'server', test,
time, stream_list, test, cycles)
client_control_file = template % (server.ip, client.ip, 'client', test,
time, stream_list, test, cycles)
server_command = subcommand.subcommand(server_at.run,
[server_control_file, server.hostname])
client_command = subcommand.subcommand(client_at.run,
[client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('/sbin/iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def run_once(self, pair, buffer, upper_bound, variance):
print "running on %s and %s\n" % (pair[0], pair[1])
# Designate a platform label for the server side of tests.
server_label = 'net_server'
server = hosts.create_host(pair[0])
client = hosts.create_host(pair[1])
# If client has the server_label, then swap server and client.
platform_label = client.get_platform_label()
if platform_label == server_label:
(server, client) = (client, server)
# Disable IP Filters if they are enabled.
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.disable_ipfilters()
server_at = autotest_remote.Autotest(server)
client_at = autotest_remote.Autotest(client)
template = ''.join(["job.run_test('netpipe', server_ip='%s', ",
"client_ip='%s', role='%s', bidirectional=True, ",
"buffer_size=%d, upper_bound=%d,"
"perturbation_size=%d)"])
server_control_file = template % (server.ip, client.ip, 'server',
buffer, upper_bound, variance)
client_control_file = template % (server.ip, client.ip, 'client',
buffer, upper_bound, variance)
server_command = subcommand.subcommand(server_at.run,
[server_control_file, server.hostname])
client_command = subcommand.subcommand(client_at.run,
[client_control_file, client.hostname])
subcommand.parallel([server_command, client_command])
for m in [client, server]:
status = m.run('iptables -L')
if not status.exit_status:
m.enable_ipfilters()
def test_return_results(self):
tasklist = self._setup_common()
tasklist[0].fork_waitfor.expect_call(timeout=None).and_return(0)
(subcommand.cPickle.load.expect_call(tasklist[0].result_pickle)
.and_return(6))
tasklist[0].result_pickle.close.expect_call()
error = Exception('fail')
tasklist[1].fork_waitfor.expect_call(timeout=None).and_return(1)
(subcommand.cPickle.load.expect_call(tasklist[1].result_pickle)
.and_return(error))
tasklist[1].result_pickle.close.expect_call()
self.assertEquals(subcommand.parallel(tasklist, return_results=True),
[6, error])
self.god.check_playback()
def test_return_results(self):
tasklist = self._setup_common()
tasklist[0].fork_waitfor.expect_call(timeout=None).and_return(0)
(subcommand.cPickle.load.expect_call(
tasklist[0].result_pickle).and_return(6))
tasklist[0].result_pickle.close.expect_call()
error = Exception('fail')
tasklist[1].fork_waitfor.expect_call(timeout=None).and_return(1)
(subcommand.cPickle.load.expect_call(
tasklist[1].result_pickle).and_return(error))
tasklist[1].result_pickle.close.expect_call()
self.assertEquals(subcommand.parallel(tasklist, return_results=True),
[6, error])
self.god.check_playback()
def run_once(self, machines, extra_params, cycles):
VIRT_TYPE = 'qemu'
VIRT_DIR = data_dir.get_root_dir()
TEST_DIR = data_dir.get_backend_dir(VIRT_TYPE)
PROV_DIR = data_dir.get_test_provider_dir('io-github-autotest-qemu')
SHARED_DIR = os.path.join(VIRT_DIR, 'shared')
PROV_DIR = os.path.join(PROV_DIR, VIRT_TYPE)
asset.download_test_provider("io-github-autotest-qemu")
bootstrap.create_config_files(TEST_DIR, SHARED_DIR, interactive=False)
bootstrap.create_config_files(TEST_DIR, PROV_DIR, interactive=False)
bootstrap.create_subtests_cfg(VIRT_TYPE)
bootstrap.create_guest_os_cfg(VIRT_TYPE)
sys.path.insert(0, VIRT_DIR)
CONTROL_MAIN_PART = """
testname = "virt"
bindir = os.path.join(job.testdir, testname)
job.install_pkg(testname, 'test', bindir)
qemu_test_dir = os.path.join(os.environ['AUTODIR'],'tests', 'virt')
sys.path.append(qemu_test_dir)
"""
logging.info("QEMU test running on hosts %s\n", machines)
_hosts = {}
for machine in machines:
_hosts[machine] = Machines(hosts.create_host(machine))
for host in _hosts.itervalues():
host.at = autotest_remote.Autotest(host.host)
cfg_file = os.path.join(TEST_DIR, "cfg", "multi-host-tests.cfg")
logging.info("CONFIG FILE: '%s' is used for generating"
" configuration." % cfg_file)
if not os.path.exists(cfg_file):
specific_subdirs = asset.get_test_provider_subdirs(
"multi_host_migration")[0]
orig_cfg_file = os.path.join(specific_subdirs, "cfg",
"multi-host-tests.cfg")
if os.path.exists(orig_cfg_file):
shutil.copy(orig_cfg_file, cfg_file)
else:
raise error.JobError("Config file %s was not found", cfg_file)
# Get test set (dictionary list) from the configuration file
parser = cartesian_config.Parser()
parser.parse_file(cfg_file)
parser.parse_string(extra_params)
test_dicts = parser.get_dicts()
ips = []
for machine in machines:
host = _hosts[machine]
ips.append(host.host.ip)
logging.info("")
for i, params in enumerate(test_dicts):
logging.info("Test %d: %s" % (i, params.get("shortname")))
logging.info("")
test_dicts = parser.get_dicts()
test_dicts_ar = [x for x in map(lambda x: utils_params.Params(x), test_dicts)]
if not test_dicts_ar:
error.TestNAError("Impossible start any test with"
"this configuration.")
for params in test_dicts_ar:
params['hosts'] = ips
for vm in params.get("vms").split():
for nic in params.get('nics', "").split():
params['mac_%s_%s' % (nic, vm)] = generate_mac_address()
params['master_images_clone'] = "image1"
params['kill_vm'] = "yes"
s_host = _hosts[machines[0]]
s_host.params = params.object_params("host1")
s_host.params['clone_master'] = "yes"
s_host.params['hostid'] = ips[0]
for host_id, machine in enumerate(machines[1:]):
host = _hosts[machine]
host.params = params.object_params("host%s" % (host_id + 2))
params['not_preprocess'] = "yes"
host.params['clone_master'] = "no"
host.params['hostid'] = ips[host_id + 1]
# Report the parameters we've received
logging.debug("Test parameters:")
keys = params.keys()
keys.sort()
for key in keys:
logging.debug(" %s = %s", key, params[key])
for machine in machines:
host = _hosts[machine]
host.control = CONTROL_MAIN_PART
for machine in machines:
host = _hosts[machine]
host.control += ("job.run_test('virt', tag='%s', params=%s)" %
(host.params['shortname'], host.params))
logging.debug('Master control file:\n%s', _hosts[machines[0]].control)
for machine in machines[1:]:
host = _hosts[machine]
logging.debug('Slave control file:\n%s', host.control)
commands = []
for machine in machines:
host = _hosts[machine]
result_path = os.path.join(self.resultsdir,
host.params["shortname"],
host.host.hostname)
commands.append(subcommand.subcommand(host.at.run,
[host.control,
result_path]))
try:
subcommand.parallel(commands)
except error.AutoservError, e:
logging.error(e)
def run_once(self, machines, extra_params, cycles):
VIRT_TYPE = 'qemu'
VIRT_DIR = data_dir.get_root_dir()
TEST_DIR = data_dir.get_backend_dir(VIRT_TYPE)
PROV_DIR = data_dir.get_test_provider_dir('io-github-autotest-qemu')
SHARED_DIR = os.path.join(VIRT_DIR, 'shared')
PROV_DIR = os.path.join(PROV_DIR, VIRT_TYPE)
asset.download_test_provider("io-github-autotest-qemu")
bootstrap.create_config_files(TEST_DIR, SHARED_DIR, interactive=False)
bootstrap.create_config_files(TEST_DIR, PROV_DIR, interactive=False)
bootstrap.create_subtests_cfg(VIRT_TYPE)
bootstrap.create_guest_os_cfg(VIRT_TYPE)
sys.path.insert(0, VIRT_DIR)
CONTROL_MAIN_PART = """
testname = "virt"
bindir = os.path.join(job.testdir, testname)
job.install_pkg(testname, 'test', bindir)
qemu_test_dir = os.path.join(os.environ['AUTODIR'],'tests', 'virt')
sys.path.append(qemu_test_dir)
"""
logging.info("QEMU test running on hosts %s\n", machines)
_hosts = {}
for machine in machines:
_hosts[machine] = Machines(hosts.create_host(machine))
cpu_number = 2**31
for host in _hosts.itervalues():
host.at = autotest_remote.Autotest(host.host)
cpu_number = min(host.host.get_num_cpu(), cpu_number)
cfg_file = os.path.join(TEST_DIR, "cfg", "multi-host-tests.cfg")
logging.info("CONFIG FILE: '%s' is used for generating"
" configuration." % cfg_file)
if not os.path.exists(cfg_file):
specific_subdirs = asset.get_test_provider_subdirs("qemu")[0]
orig_cfg_file = os.path.join(specific_subdirs, "cfg",
"multi-host-tests.cfg")
if os.path.exists(orig_cfg_file):
shutil.copy(orig_cfg_file, cfg_file)
else:
raise error.JobError("Config file %s was not found", cfg_file)
# Get test set (dictionary list) from the configuration file
parser = cartesian_config.Parser()
parser.parse_file(cfg_file)
parser.parse_string(extra_params)
test_dicts = parser.get_dicts()
ips = []
for machine in machines:
host = _hosts[machine]
ips.append(host.host.ip)
machine_hold_vm = machines[0]
logging.info("")
for i, params in enumerate(test_dicts):
logging.info("Test %d: %s" % (i, params.get("shortname")))
logging.info("")
test_dicts = parser.get_dicts()
test_dicts_ar = [
x for x in map(lambda x: utils_params.Params(x), test_dicts)
]
if not test_dicts_ar:
error.TestNAError("Impossible start any test with"
"this configuration.")
keep_macs = {}
random_cpu_number = random.randint(1, cpu_number)
for params in test_dicts_ar:
params['hosts'] = ips
if params.get("use_randome_smp") == "yes":
params['smp'] = random_cpu_number
for vm in params.get("vms").split():
for nic in params.get('nics', "").split():
if 'mac_%s_%s' % (nic, vm) not in keep_macs:
keep_macs['mac_%s_%s' %
(nic, vm)] = generate_mac_address()
params['mac_%s_%s' % (nic, vm)] = keep_macs['mac_%s_%s' %
(nic, vm)]
s_host = _hosts[machine_hold_vm]
s_host.params = params.object_params("host1")
s_host.params['clone_master'] = "yes"
s_host.params['hostid'] = ips[machines.index(machine_hold_vm)]
for host_id, machine in enumerate(machines):
if machine != machine_hold_vm:
host = _hosts[machine]
host_name = "host%s" % (host_id + 2)
host.params = params.object_params("host%s" %
(host_id + 2))
params['not_preprocess'] = "yes"
host.params['clone_master'] = "no"
host.params['hostid'] = ips[host_id]
# Report the parameters we've received
logging.debug("Test parameters:")
keys = params.keys()
keys.sort()
for key in keys:
logging.debug(" %s = %s", key, params[key])
for machine in machines:
host = _hosts[machine]
host.control = CONTROL_MAIN_PART
if params.get("need_multi_host") == "yes":
for machine in machines:
host = _hosts[machine]
host.control += ("job.run_test('virt', tag='%s',"
" params=%s)" %
(host.params['shortname'], host.params))
logging.debug('Master control file:\n%s',
_hosts[machine_hold_vm].control)
for machine in machines:
if machine != machine_hold_vm:
host = _hosts[machine]
logging.debug('Slave control file:\n%s', host.control)
commands = []
for machine in machines:
host = _hosts[machine]
result_path = os.path.join(self.resultsdir,
host.host.hostname,
host.params["shortname"])
cmd = subcommand.subcommand(host.at.run,
[host.control, result_path])
commands.append(cmd)
else:
host = _hosts[machine_hold_vm]
result_path = os.path.join(self.resultsdir, host.host.hostname,
host.params["shortname"])
host.control += ("job.run_test('virt', tag='%s', params=%s)" %
(host.params['shortname'], host.params))
logging.debug("Run control file:\n %s", host.control)
commands = [
subcommand.subcommand(host.at.run,
[host.control, result_path])
]
try:
subcommand.parallel(commands)
if params.get("vm_migrated") == "yes":
# This update based on the logical in test case
# migration_multi_host. It use the machines[0] as
# src and machines[1] as dst. This may need update
# based on different design. Just keep the mahinces
# and ips list in the right order for following tests.
machine_hold_vm = machines[1]
ip_hold_vm = ips[1]
machines.remove(machine_hold_vm)
ips.remove(ip_hold_vm)
if params.get("random_dst_host") == "yes":
my_random = random.SystemRandom()
dst_machine = my_random.choice(machines)
dst_ip = ips[machines.index(dst_machine)]
else:
dst_machine = machines[0]
dst_ip = ips[0]
machines.remove(dst_machine)
ips.remove(dst_ip)
machines.insert(0, machine_hold_vm)
machines.insert(1, dst_machine)
ips.insert(0, ip_hold_vm)
ips.insert(1, dst_ip)
except error.AutoservError, e:
logging.error(e)
def run_once(self, machines, extra_params, cycles):
VIRT_TYPE = 'qemu'
VIRT_DIR = data_dir.get_root_dir()
TEST_DIR = data_dir.get_backend_dir(VIRT_TYPE)
PROV_DIR = data_dir.get_test_provider_dir('io-github-autotest-qemu')
SHARED_DIR = os.path.join(VIRT_DIR, 'shared')
PROV_DIR = os.path.join(PROV_DIR, VIRT_TYPE)
asset.download_test_provider("io-github-autotest-qemu")
bootstrap.create_config_files(TEST_DIR, SHARED_DIR, interactive=False)
bootstrap.create_config_files(TEST_DIR, PROV_DIR, interactive=False)
bootstrap.create_subtests_cfg(VIRT_TYPE)
bootstrap.create_guest_os_cfg(VIRT_TYPE)
sys.path.insert(0, VIRT_DIR)
CONTROL_MAIN_PART = """
testname = "virt"
bindir = os.path.join(job.testdir, testname)
job.install_pkg(testname, 'test', bindir)
qemu_test_dir = os.path.join(os.environ['AUTODIR'],'tests', 'virt')
sys.path.append(qemu_test_dir)
"""
logging.info("QEMU test running on hosts %s\n", machines)
_hosts = {}
for machine in machines:
_hosts[machine] = Machines(hosts.create_host(machine))
cpu_number = 2 ** 31
for host in _hosts.itervalues():
host.at = autotest_remote.Autotest(host.host)
cpu_number = min(host.host.get_num_cpu(), cpu_number)
cfg_file = os.path.join(TEST_DIR, "cfg", "multi-host-tests.cfg")
logging.info("CONFIG FILE: '%s' is used for generating"
" configuration." % cfg_file)
if not os.path.exists(cfg_file):
specific_subdirs = asset.get_test_provider_subdirs("qemu")[0]
orig_cfg_file = os.path.join(specific_subdirs, "cfg",
"multi-host-tests.cfg")
if os.path.exists(orig_cfg_file):
shutil.copy(orig_cfg_file, cfg_file)
else:
raise error.JobError("Config file %s was not found", cfg_file)
# Get test set (dictionary list) from the configuration file
parser = cartesian_config.Parser()
parser.parse_file(cfg_file)
parser.parse_string(extra_params)
test_dicts = parser.get_dicts()
ips = []
for machine in machines:
host = _hosts[machine]
ips.append(host.host.ip)
machine_hold_vm = machines[0]
logging.info("")
for i, params in enumerate(test_dicts):
logging.info("Test %d: %s" % (i, params.get("shortname")))
logging.info("")
test_dicts = parser.get_dicts()
test_dicts_ar = [x for x in map(lambda x: utils_params.Params(x), test_dicts)]
if not test_dicts_ar:
error.TestNAError("Impossible start any test with"
"this configuration.")
keep_macs = {}
random_cpu_number = random.randint(1, cpu_number)
for params in test_dicts_ar:
params['hosts'] = ips
if params.get("use_randome_smp") == "yes":
params['smp'] = random_cpu_number
for vm in params.get("vms").split():
for nic in params.get('nics', "").split():
if 'mac_%s_%s' % (nic, vm) not in keep_macs:
keep_macs['mac_%s_%s' % (nic, vm)] = generate_mac_address()
params['mac_%s_%s' % (nic, vm)] = keep_macs['mac_%s_%s' % (nic, vm)]
s_host = _hosts[machine_hold_vm]
s_host.params = params.object_params("host1")
s_host.params['clone_master'] = "yes"
s_host.params['hostid'] = ips[machines.index(machine_hold_vm)]
for host_id, machine in enumerate(machines):
if machine != machine_hold_vm:
host = _hosts[machine]
host_name = "host%s" % (host_id + 2)
host.params = params.object_params("host%s" % (host_id + 2))
params['not_preprocess'] = "yes"
host.params['clone_master'] = "no"
host.params['hostid'] = ips[host_id]
# Report the parameters we've received
logging.debug("Test parameters:")
keys = params.keys()
keys.sort()
for key in keys:
logging.debug(" %s = %s", key, params[key])
for machine in machines:
host = _hosts[machine]
host.control = CONTROL_MAIN_PART
if params.get("need_multi_host") == "yes":
for machine in machines:
host = _hosts[machine]
host.control += ("job.run_test('virt', tag='%s',"
" params=%s)" %
(host.params['shortname'], host.params))
logging.debug('Master control file:\n%s',
_hosts[machine_hold_vm].control)
for machine in machines:
if machine != machine_hold_vm:
host = _hosts[machine]
logging.debug('Slave control file:\n%s', host.control)
commands = []
for machine in machines:
host = _hosts[machine]
result_path = os.path.join(self.resultsdir,
host.host.hostname,
host.params["shortname"])
cmd = subcommand.subcommand(host.at.run,
[host.control,
result_path])
commands.append(cmd)
else:
host = _hosts[machine_hold_vm]
result_path = os.path.join(self.resultsdir,
host.host.hostname,
host.params["shortname"])
host.control += ("job.run_test('virt', tag='%s', params=%s)" %
(host.params['shortname'], host.params))
logging.debug("Run control file:\n %s", host.control)
commands = [subcommand.subcommand(host.at.run,
[host.control,
result_path])]
try:
subcommand.parallel(commands)
if params.get("vm_migrated") == "yes":
# This update based on the logical in test case
# migration_multi_host. It use the machines[0] as
# src and machines[1] as dst. This may need update
# based on different design. Just keep the mahinces
# and ips list in the right order for following tests.
machine_hold_vm = machines[1]
ip_hold_vm = ips[1]
machines.remove(machine_hold_vm)
ips.remove(ip_hold_vm)
if params.get("random_dst_host") == "yes":
my_random = random.SystemRandom()
dst_machine = my_random.choice(machines)
dst_ip = ips[machines.index(dst_machine)]
else:
dst_machine = machines[0]
dst_ip = ips[0]
machines.remove(dst_machine)
ips.remove(dst_ip)
machines.insert(0, machine_hold_vm)
machines.insert(1, dst_machine)
ips.insert(0, ip_hold_vm)
ips.insert(1, dst_ip)
except error.AutoservError, e:
logging.error(e)
