def setup_class(cls):
"""
This method is called once when the class is first instanciated. It
sets up the testing conditions, while saving the current configuration.
"""
Test.setup_class()
cls.test_path = cls.results_path+cls.date+"/TestBonding/"
if not isdir(cls.test_path):
makedirs(cls.test_path)
# Get /etc/network/interfaces md5sum for comparison
cls.firstMD5_interfaces = cls.md5sum("/etc/network/interfaces")
# Get and save our netconfig
netconfig = cls.client.call("network","getNetconfig")
cls.orig = deepcopy(netconfig)
netcfg = deserialize(netconfig)
# Let's configure for our test
eth1 = netcfg.getInterfaceBySystemName('eth1')
eth2 = netcfg.getInterfaceBySystemName('eth2')
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth1)
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth2 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth2)
bond0 = netcfg.createBonding('bond0', set((eth1, eth2)))
# Give an IPv4 configuration to our bonding
net = NetRW(
"James",
IP("192.168.242.0/24"),
service_ip_addrs=set(IP("192.168.242.1"),)
)
bond0.addNet(net)
serialized = netcfg.serialize()
# Let's apply the new configuration
cls.takeNuconfWriteRole()
cls.client.call("network", "setNetconfig",
serialized, "created a bonding")
cls.apply_nuconf()
# Fetch the system name of the bonding we've just created
netconfig = cls.client.call("network", "getNetconfig")
netcfg = deserialize(netconfig)
bond_interface = netcfg.getInterfaceByUserLabel('bond0')
cls.bond_sys_name = bond_interface.getSystem_name()
def setup_class(cls):
"""
This method is called once when the class is first instanciated. It
sets up the testing conditions, while saving the current configuration.
"""
Test.setup_class()
cls.test_path = cls.results_path+cls.date+"/TestBondingVlan/"
if not isdir(cls.test_path):
makedirs(cls.test_path)
# Get and save our netconfig
netconfig = cls.client.call("network","getNetconfig")
cls.orig = deepcopy(netconfig)
netcfg = deserialize(netconfig)
# Let's configure for our test
cls.eth1 = netcfg.getInterfaceBySystemName('eth1')
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if cls.eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(cls.eth1)
# Let's add a few vlans
cls.vlans = []
for id in range(1,2):
myvlan = netcfg.createVlan(cls.eth1, "vlan%s" % id, id)
net = NetRW(
"my_net%s" % id,
IP("192.168.10%s.0/24" % id),
service_ip_addrs=set(IP("192.168.10%s.1" % id),)
)
myvlan.addNet(net)
my_syst_name = myvlan.getSystem_name()
cls.vlans.append(my_syst_name)
# We're gonna reuse this config in our tests
cls.test_netcfg = netcfg
# Let's apply the new configuration
serialized = netcfg.serialize()
cls.takeNuconfWriteRole()
cls.client.call("network", "setNetconfig",
serialized, "added 2 vlans")
cls.apply_nuconf()
# Fetch the system name of the bonding we've just created
netconfig = cls.client.call("network", "getNetconfig")
netcfg = deserialize(netconfig)
def configure_simple_ethernet(blob, serialized, ifaces, netconf):
"""
Conf should be like :
ifaces = ('eth2',)
netconf = {"name" : "NAME",
"network" : IP("192.168.2.0/24"),
"service" : set(IP("192.168.2.1"),)}
"""
# Check input
check_ifaces(ifaces)
check_netconf(netconf)
# Let's configure
netcfg = deserialize(serialized)
eth1 = netcfg.getInterfaceBySystemName(netconf["iface"])
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth1)
net = NetRW(
netconf["name"],
netconf["network"],
service_ip_addrs = netconf["service"]
)
eth1.addNet(net)
return (netcfg.serialize(), net)
def configure_bonding(serialized, ifaces, netconf):
"""
Conf should be like :
ifaces = ('eth1', 'eth2')
netconf = {"name" : "NAME",
"network" : IP("192.168.2.0/24"),
"service" : set(IP("192.168.2.1"),)}
"""
# Check input
check_ifaces(ifaces)
check_netconf(netconf)
# Let's configure
netcfg = deserialize(serialized)
eth1 = netcfg.getInterfaceBySystemName(ifaces[0])
eth2 = netcfg.getInterfaceBySystemName(ifaces[1])
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth1)
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth2 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth2)
bond0 = netcfg.createBonding('bond0', set((eth1, eth2)))
# Give an IPv4 configuration to our bonding
net = NetRW(
netconf["name"],
netconf["network"],
service_ip_addrs = netconf["service"]
)
bond0.addNet(net)
return (netcfg.serialize(), net)
def setup_class(cls):
"""
This method is called once when the class is first instanciated. It
sets up the testing conditions, while saving the current configuration.
"""
Test.setup_class()
cls.test_path = cls.results_path + cls.date + "/" + cls.__name__ + "/"
if not isdir(cls.test_path):
makedirs(cls.test_path)
# We save the configuration to restore it later
serialized = cls.client.call("network", "getNetconfig")
cls.orig = deepcopy(serialized)
for i in serialized["ethernets"]:
# Remove every route
if serialized["ethernets"][i]["routes"] != {}:
serialized["ethernets"][i]["routes"] = {}
netcfg = deserialize(serialized)
eth1 = netcfg.getInterfaceBySystemName("eth1")
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth1)
net = NetRW("Test", IP(cls.network_test["local_net"]), service_ip_addrs=set(IP(cls.network_test["local_ip"])))
eth1.addNet(net)
my_route = RouteRW(IP(cls.network_test["routed_net"]), IP(cls.network_test["gateway"]))
eth1.addRoute(my_route)
# In order to check that /etc/network/interfaces does change :
cls.firstMD5_interfaces = cls.md5sum("/etc/network/interfaces")
# We apply the network configuration
serialized = netcfg.serialize()
cls.takeNuconfWriteRole()
cls.client.call("network", "setNetconfig", serialized, "pas de message")
cls.apply_nuconf()
def configure_network(cls, serialized):
"""
Custom network configuration
"""
netcfg = deserialize(serialized)
eth1 = netcfg.getInterfaceBySystemName(cls.test_network["iface"])
netcfg_bondings = set(netcfg.bondings)
for bonding in netcfg_bondings:
if eth1 in bonding.ethernets:
netcfg.removeInterface(bonding)
break
netcfg.removeInterface(eth1)
net = NetRW(
cls.test_network["name"],
cls.test_network["network"],
primary_ip_addrs = cls.test_network["primary"],
secondary_ip_addrs = cls.test_network["secondary"],
service_ip_addrs = cls.test_network["service"]
)
eth1.addNet(net)
return netcfg.serialize()
def setup_class(cls):
Test.setup_class()
cls.test_path = cls.results_path+cls.date+"/TestHA/"
if not isdir(cls.test_path):
makedirs(cls.test_path)
#################################### Configuration of the secondary
# Check that the EW has a license
cls.checkAndUploadLicense(Test.cluster_ha["secondary"])
# Connect to the other nucentral
cls.other_client = cls.createClient(host=Test.cluster_ha["secondary"])
# Let's synchronize our watches
cls.client.call('ntp',
'setNtpConfig',
{
'ntpservers': u'172.16.0.1',
'isFrozen': False
},
u'message')
cls.client.call('ntp', 'syncTime')
# Let's configure the HA on the secondary
cls.other_client.call('ha',
'configureHA',
cls.secondary_ha_configuration,
u'message')
cls.other_client.call('config','apply')
cls.other_client.logout()
###################################################################
###################################### Configuration of the primary
# Check that the EW has a license
cls.checkAndUploadLicense(Test.cluster_ha["secondary"])
# Connect to the localhost nucentral
cls.client = cls.createClient()
# We apply an configuration prior the HA configuration & join to
# see if it will be replicated
for call in cls.prior_configuration:
cls.client.call(*call)
# Save original configuration
serialized = cls.client.call('network','getNetconfig')
cls.orig=deepcopy(serialized)
netcfg = deserialize(serialized)
# Let's synchronize our watches
cls.client.call('ntp',
'setNtpConfig',
{
'ntpservers': u'172.16.0.1',
'isFrozen': False
},
u'message')
cls.client.call('ntp', 'syncTime')
# Configure the network according to the input script
serialized = cls.configure_network(serialized)
# Configure the HA on the primary
cls.client.call('ha',
'configureHA',
cls.primary_ha_configuration,
u'message')
cls.client.call("network","setNetconfig",serialized, "none")
cls.client.call("config","apply")
###################################################################
############################################################## Join
# Fetch and save some of the configurations for comparison purposes
cls.config=deepcopy(cls.client.call("config","get"))
