def test_static_discovery(self, *args, **kwargs):
self.test_static()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1"]
nics = nn.nics()
assert nics.keys() == ["ens1"]
assert type(nics["ens1"]) is NIC
def test_no_bond_and_clean_discovery(self, *args, **kwargs):
self.test_no_bond_and_clean()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3"]
nics = nn.nics()
assert sorted(nics.keys()) == ["ens1", "ens2", "ens3"]
assert all(type(n) is NIC for n in nics.values())
def test_bridged_dhcp_discovery(self, *args, **kwargs):
self.test_bridged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3", "bond0"]
nics = nn.nics()
assert nics.keys() == ["bond0"]
assert type(nics["bond0"]) is BridgedNIC
def test_bridged_dhcp_discovery(self, *args, **kwargs):
self.test_bridged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3", "bond0"]
nics = nn.nics()
assert nics.keys() == ["bond0"]
assert type(nics["bond0"]) is BridgedNIC
def test_tagged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["eth0", "eth0.42"]
nics = nn.nics()
assert nics.keys() == ["eth0"]
assert type(nics["eth0"]) is TaggedNIC
def test_no_bond_and_clean_discovery(self, *args, **kwargs):
self.test_no_bond_and_clean()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3"]
nics = nn.nics()
assert sorted(nics.keys()) == ["ens1", "ens2", "ens3"]
assert all(type(n) is NIC for n in nics.values())
def test_static_discovery(self, *args, **kwargs):
self.test_static()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1"]
nics = nn.nics()
assert nics.keys() == ["ens1"]
assert type(nics["ens1"]) is NIC
def test_tagged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["eth0", "eth0.42"]
nics = nn.nics()
assert nics.keys() == ["eth0"]
assert type(nics["eth0"]) is TaggedNIC
def test_clean(self, *args, **kwargs):
ifnames = ["ens1", "ens2", "brens3", "bond007", "ens4.42"]
nn = NodeNetwork()
nn.all_ifnames = lambda: ifnames
nics = nn.nics()
print nics
assert sorted(nics.keys()) == ["bond007", "brens3", "ens1", "ens2"]
assert all(type(n) is NIC for n in nics.values())
def test_dhcp_discovery(self, *args, **kwargs):
self.test_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["eth0", "breth0"]
nics = nn.nics()
print nics.keys()
assert sorted(nics.keys()) == ["breth0", "eth0"]
assert type(nics["eth0"]) is BridgedNIC
def test_clean(self, *args, **kwargs):
ifnames = ["ens1", "ens2", "brens3", "bond007", "ens4.42"]
nn = NodeNetwork()
nn.all_ifnames = lambda: ifnames
nics = nn.nics()
print nics
assert sorted(nics.keys()) == ["bond007", "brens3", "ens1", "ens2"]
assert all(type(n) is NIC for n in nics.values())
def test_dhcp_discovery(self, *args, **kwargs):
self.test_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["eth0", "breth0"]
nics = nn.nics()
print nics.keys()
assert sorted(nics.keys()) == ["breth0", "eth0"]
assert type(nics["eth0"]) is BridgedNIC
def test_tagged_bridged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_bridged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3", "bond0"]
nics = nn.nics()
bridge_nic = nics["bond0"]
assert nics.keys() == ["bond0"]
assert type(bridge_nic) is BridgedNIC
assert bridge_nic.slave_nic.vlan_nic.ifname == "bond0.42"
def test_tagged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["p1p2"]
nics = nn.nics()
print nics
bridge_nic = nics["p1p2"]
assert nics.keys() == ["p1p2"]
assert type(bridge_nic) is BridgedNIC
def test_tagged_bridged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_bridged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["ens1", "ens2", "ens3", "bond0"]
nics = nn.nics()
bridge_nic = nics["bond0"]
assert nics.keys() == ["bond0"]
assert type(bridge_nic) is BridgedNIC
assert bridge_nic.slave_nic.vlan_nic.ifname == "bond0.42"
def test_tagged_dhcp_discovery(self, *args, **kwargs):
self.test_tagged_dhcp()
nn = NodeNetwork()
nn.all_ifnames = lambda: ["p1p2"]
nics = nn.nics()
print nics
bridge_nic = nics["p1p2"]
assert nics.keys() == ["p1p2"]
assert type(bridge_nic) is BridgedNIC
