def test_bond(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(
test_ifs_name) # last interface to test
ip, mask, gateway = ifs.get_ip_config()
bond_manager = bond_mgr()
bond_name = bond_manager.add_group(80, 1, [test_ifs_name], ip, mask,
gateway)
bond_list = bond_manager.get_group_list()
self.assertTrue(True, isinstance(bond_list, list))
self.assertGreater(len(bond_list), 0)
bond_ifs = bond_manager.get_group_by_name(bond_name)
self.assertEqual(bond_ifs.miimon, 80)
self.assertEqual(bond_ifs.mode, 1)
self.assertTrue(test_ifs_name in bond_ifs.slaves)
self.assertEqual((ip, mask, gateway), bond_ifs.get_ip_config())
bond_manager.del_group(bond_name)
ifs = manager.get_interface_by_name(test_ifs_name)
self.assertEqual((ip, mask, gateway), ifs.get_ip_config())
def test_bond(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(test_ifs_name) # last interface to test
ip, mask, gateway = ifs.get_ip_config()
bond_manager = bond_mgr()
bond_name = bond_manager.add_group(80, 1, [test_ifs_name],
ip, mask, gateway)
bond_list = bond_manager.get_group_list()
self.assertTrue(True, isinstance(bond_list, list))
self.assertGreater(len(bond_list), 0)
bond_ifs = bond_manager.get_group_by_name(bond_name)
self.assertEqual(bond_ifs.miimon, 80)
self.assertEqual(bond_ifs.mode, 1)
self.assertTrue(test_ifs_name in bond_ifs.slaves)
self.assertEqual((ip, mask, gateway), bond_ifs.get_ip_config())
bond_manager.del_group(bond_name)
ifs = manager.get_interface_by_name(test_ifs_name)
self.assertEqual((ip, mask, gateway), ifs.get_ip_config())
def network_get(request):
eth_face = ifmgr.if_mgr()
eth_list = eth_face.interface_name_list()
eth_list_dict = []
for port_name in eth_list:
netif_info = eth_face.get_interface_by_name(port_name)
port_info = get_port_info(netif_info)
eth_list_dict.append(port_info)
return eth_list_dict
def network_get(request):
eth_face = ifmgr.if_mgr()
eth_list = eth_face.interface_name_list()
eth_list_dict = []
for port_name in eth_list:
netif_info = eth_face.get_interface_by_name(port_name)
port_info = get_port_info(netif_info)
eth_list_dict.append(port_info)
return eth_list_dict
def post_port_op(request):
op_info = get_params_from_request(request, port_op_schema)
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
eth = eth_face.get_interface_by_name(port_name)
if op_info["opcode"] == "enable":
eth.up(user=request.client_addr)
elif op_info["opcode"] == "disable":
eth.down(user=request.client_addr)
return Response(status=200)
def modify_single_port(request):
port_info = get_params_from_request(request, port_mod_schema)
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
eth = eth_face.get_interface_by_name(port_name)
eth.set_ip_config(ip=port_info.get("ip", None),
netmask=port_info.get("netmask", None),
gateway=port_info.get("gateway", None),
user=request.client_addr)
return Response(status=200)
def post_port_op(request):
op_info = get_params_from_request(request, port_op_schema)
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
eth = eth_face.get_interface_by_name(port_name)
if op_info["opcode"] == "enable":
eth.up(user=request.client_addr)
elif op_info["opcode"] == "disable":
eth.down(user=request.client_addr)
return Response(status=200)
def modify_single_port(request):
port_info = get_params_from_request(request, port_mod_schema)
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
eth = eth_face.get_interface_by_name(port_name)
eth.set_ip_config(ip=port_info.get("ip", None),
netmask=port_info.get("netmask", None),
gateway=port_info.get("gateway", None),
user=request.client_addr)
return Response(status=200)
def test_interface_ip(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(test_ifs_name) # last interface to test
ip, mask, gateway = ifs.get_ip_config()
ifs.set_ip_config("", "", "")
new_ip, new_mask, new_gateway = ifs.get_ip_config()
self.assertEqual("", new_ip)
self.assertEqual("", new_mask)
self.assertEqual("", new_gateway)
ifs.set_ip_config(ip, mask, gateway)
def test_interface_ip(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(
test_ifs_name) # last interface to test
ip, mask, gateway = ifs.get_ip_config()
ifs.set_ip_config("", "", "")
new_ip, new_mask, new_gateway = ifs.get_ip_config()
self.assertEqual("", new_ip)
self.assertEqual("", new_mask)
self.assertEqual("", new_gateway)
ifs.set_ip_config(ip, mask, gateway)
def test_interface_updown(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(test_ifs_name) # last interface to test
org_up = ifs.property_info["up"]
if org_up:
ifs.down()
self.assertEqual(False, ifs.property_info["up"])
ifs.up()
self.assertEqual(True, ifs.property_info["up"])
else:
ifs.up()
self.assertEqual(True, ifs.property_info["up"])
ifs.down()
self.assertEqual(False, ifs.property_info["up"])
def test_interface_updown(self):
manager = if_mgr()
ifs_list = manager.interface_name_list()
test_ifs_name = get_net_if()
if test_ifs_name == "":
return
self.assertTrue(test_ifs_name in ifs_list)
ifs = manager.get_interface_by_name(
test_ifs_name) # last interface to test
org_up = ifs.property_info["up"]
if org_up:
ifs.down()
self.assertEqual(False, ifs.property_info["up"])
ifs.up()
self.assertEqual(True, ifs.property_info["up"])
else:
ifs.up()
self.assertEqual(True, ifs.property_info["up"])
ifs.down()
self.assertEqual(False, ifs.property_info["up"])
def get_port_stat(request):
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
netif_info = eth_face.get_interface_by_name(port_name)
stat_info = netif_info.statistic_info
return stat_info
def get_port_stat(request):
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
netif_info = eth_face.get_interface_by_name(port_name)
stat_info = netif_info.statistic_info
return stat_info
def get_single_port(request):
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
netif_info = eth_face.get_interface_by_name(port_name)
port_info = get_port_info(netif_info)
return port_info
def add_group(self, miimon, mode, ifs=[],
ip="", netmask="", gateway="",
user="******"):
""" add a bond group
parameters:
miimon, int, link detect interval in ms
mode, int, bond mode
ifs, Array of string, the array of the slave interface name
return the new bond group name (bond interface name)
"""
if mode not in modeMap:
StorLeverError("mdoe(%d) is not supported" % mode, 400)
# get mutex
with self.lock:
# check slave ifs exist and not slave
exist_if_list = if_mgr().interface_name_list()
for slave_if in ifs:
if slave_if not in exist_if_list:
raise StorLeverError("%s not found" % slave_if, 404)
if ifconfig.Interface(slave_if).is_slave():
raise StorLeverError("%s is already a slave of other bond group"
% slave_if, 400)
# find the available bond name
max_index = self._find_max_index()
bond_name = "bond%d" % (max_index + 1)
# change bond.conf
self._add_bond_to_conf(bond_name)
# create ifcfg-bond*
conf = properties(DEVICE=bond_name,
IPADDR="",
NETMASK="",
GATEWAY="",
BOOTPROTO="none",
NM_CONTROLLED="no",
ONBOOT="yes",
BONDING_OPTS='"miimon=%d, mode=%d"'
% (miimon, mode))
ifcfg_name = "ifcfg-%s" % bond_name
conf.apply_to(os.path.join(IF_CONF_PATH, ifcfg_name))
# modify the slave's ifcfg
for slave_if in ifs:
slave_object = EthInterface(slave_if)
slave_object.conf.delete("IPADDR")
slave_object.conf.delete("NETMASK")
slave_object.conf.delete("GATEWAY")
slave_object.conf["BOOTPROTO"] = "none"
slave_object.conf["ONBOOT"] = "yes"
slave_object.conf["MASTER"] = bond_name
slave_object.conf["SLAVE"] = "yes"
slave_object.save_conf()
# remove the if's ip avoid ip conflict
# for slave_if in ifs:
# check_output([IFDOWN, slave_if])
# ifconfig.Interface(slave_if).set_ip("0.0.0.0")
# check_output([IFUP, slave_if])
# restart network
check_output([IFUP, bond_name])
# set real ip
if ip != "" or netmask != "" or gateway != "":
with self.lock:
conf = properties(IPADDR=ip,
NETMASK=netmask,
GATEWAY=gateway)
conf.apply_to(os.path.join(IF_CONF_PATH, ifcfg_name))
check_output([IFDOWN, bond_name])
check_output([IFUP, bond_name])
logger.log(logging.INFO, logger.LOG_TYPE_CONFIG,
"New bond group %s (mode:%d, miimon:%d, slaves:[%s]) "
"is added by user(%s)" %
(bond_name, mode, miimon, ",".join(ifs), user))
return bond_name
def get_single_port(request):
port_name = request.matchdict['port_name']
eth_face = ifmgr.if_mgr()
netif_info = eth_face.get_interface_by_name(port_name)
port_info = get_port_info(netif_info)
return port_info
def add_group(self, miimon, mode, ifs=[],
ip="", netmask="", gateway="",
user="******"):
""" add a bond group
parameters:
miimon, int, link detect interval in ms
mode, int, bond mode
ifs, Array of string, the array of the slave interface name
return the new bond group name (bond interface name)
"""
if mode not in modeMap:
StorLeverError("mdoe(%d) is not supported" % mode, 400)
# get mutex
with self.lock:
# check slave ifs exist and not slave
exist_if_list = if_mgr().interface_name_list()
for slave_if in ifs:
if slave_if not in exist_if_list:
raise StorLeverError("%s not found" % slave_if, 404)
if ifconfig.Interface(slave_if).is_slave():
raise StorLeverError("%s is already a slave of other bond group"
% slave_if, 400)
# find the available bond name
max_index = self._find_max_index()
bond_name = "bond%d" % (max_index + 1)
# change bond.conf
self._add_bond_to_conf(bond_name)
# create ifcfg-bond*
conf = properties(DEVICE=bond_name,
IPADDR="",
NETMASK="",
GATEWAY="",
BOOTPROTO="none",
NM_CONTROLLED="no",
ONBOOT="yes",
BONDING_OPTS='"miimon=%d, mode=%d"'
% (miimon, mode))
ifcfg_name = "ifcfg-%s" % bond_name
conf.apply_to(os.path.join(IF_CONF_PATH, ifcfg_name))
# modify the slave's ifcfg
for slave_if in ifs:
slave_object = EthInterface(slave_if)
slave_object.conf.delete("IPADDR")
slave_object.conf.delete("NETMASK")
slave_object.conf.delete("GATEWAY")
slave_object.conf["BOOTPROTO"] = "none"
slave_object.conf["ONBOOT"] = "yes"
slave_object.conf["MASTER"] = bond_name
slave_object.conf["SLAVE"] = "yes"
slave_object.save_conf()
# remove the if's ip avoid ip conflict
# for slave_if in ifs:
# check_output([IFDOWN, slave_if])
# ifconfig.Interface(slave_if).set_ip("0.0.0.0")
# check_output([IFUP, slave_if])
# restart network
check_output([IFUP, bond_name])
# set real ip
if ip != "" or netmask != "" or gateway != "":
with self.lock:
conf = properties(IPADDR=ip,
NETMASK=netmask,
GATEWAY=gateway)
conf.apply_to(os.path.join(IF_CONF_PATH, ifcfg_name))
check_output([IFDOWN, bond_name])
check_output([IFUP, bond_name])
logger.log(logging.INFO, logger.LOG_TYPE_CONFIG,
"New bond group %s (mode:%d, miimon:%d, slaves:[%s]) "
"is added by user(%s)" %
(bond_name, mode, miimon, ",".join(ifs), user))
return bond_name
def test_interface_list(self):
manager = if_mgr()
ifs_list = manager.get_interface_list()
self.assertTrue(isinstance(ifs_list, list))
self.assertGreater(len(ifs_list), 0)
def test_interface_list(self):
manager = if_mgr()
ifs_list = manager.get_interface_list()
self.assertTrue(isinstance(ifs_list, list))
self.assertGreater(len(ifs_list), 0)
