def testCreateNetXmlBridged(self):
expectedDoc = """<network>
<name>vdsm-awesome_net</name>
<forward mode='bridge'/>
<bridge name='awesome_net'/>
</network>"""
actualDoc = libvirt.createNetworkDef('awesome_net', bridged=True)
self.assertEqualXml(expectedDoc, actualDoc)
def testCreateNetXml(self):
iface = "dummy"
expectedDoc = ("""<network>
<name>vdsm-awesome_net</name>
<forward mode='passthrough'>
<interface dev='%s'/>
</forward>
</network>""" % iface)
actualDoc = libvirt.createNetworkDef('awesome_net', bridged=False,
iface=iface)
self.assertEqualXml(expectedDoc, actualDoc)
def _get_libvirt_changes(nets, running_config):
libvirt_create = {}
libvirt_remove = set()
for net, attrs in nets.iteritems():
if 'remove' in attrs:
libvirt_remove.add(net)
for net, attrs in nets.iteritems():
if 'remove' not in attrs:
if net in running_config.networks:
libvirt_remove.add(net)
libvirt_network_xml = libvirt.createNetworkDef(
net, True, attrs.get('nic') or attrs.get('bonding'))
libvirt_create[net] = libvirt_network_xml
return libvirt_create, libvirt_remove
def prepare_libvirt(nets, running_config):
libvirt_create = {}
libvirt_remove = set()
for net, attrs in six.iteritems(nets):
if 'remove' in attrs:
libvirt_remove.add(net)
else:
if net in running_config.networks:
libvirt_remove.add(net)
libvirt_network_xml = libvirt.createNetworkDef(
net, bridged=True, iface=(attrs.get('nic') or
attrs.get('bonding')))
libvirt_create[net] = libvirt_network_xml
return libvirt_create, libvirt_remove
def testCreateNetXmlBridgedQos(self):
inbound = {'average': '1024', 'burst': '5000'}
outbound = {'average': '666', 'burst': '666',
'peak': '400'}
expectedDoc = ("""<network>
<name>vdsm-awesome_net</name>
<forward mode='bridge'/>
<bridge name='awesome_net'/>
<bandwidth>
<inbound average='%s' burst='%s' />
<outbound average='%s' burst='%s' peak='%s' />
</bandwidth>
</network>"""
% (inbound['average'], inbound['burst'],
outbound['average'], outbound['burst'],
outbound['peak']))
actualDoc = libvirt.createNetworkDef('awesome_net', qosInbound=inbound,
qosOutbound=outbound)
self.assertEqualXml(expectedDoc, actualDoc)
def testCreateNetXmlBridgedQos(self):
inbound = {'average': '1024', 'burst': '5000'}
outbound = {'average': '666', 'burst': '666',
'peak': '400'}
expectedDoc = ("""<network>
<name>vdsm-awesome_net</name>
<forward mode='bridge'/>
<bridge name='awesome_net'/>
<bandwidth>
<inbound average='%s' burst='%s' />
<outbound average='%s' burst='%s' peak='%s' />
</bandwidth>
</network>"""
% (inbound['average'], inbound['burst'],
outbound['average'], outbound['burst'],
outbound['peak']))
actualDoc = libvirt.createNetworkDef('awesome_net', qosInbound=inbound,
qosOutbound=outbound)
self.assertEqualXml(expectedDoc, actualDoc)
def testCreateNetXmlBridgedQos(self):
inbound = {"average": "1024", "burst": "5000"}
outbound = {"average": "666", "burst": "666", "peak": "400"}
expectedDoc = """<network>
<name>vdsm-awesome_net</name>
<forward mode='bridge'/>
<bridge name='awesome_net'/>
<bandwidth>
<inbound average='%s' burst='%s' />
<outbound average='%s' burst='%s' peak='%s' />
</bandwidth>
</network>""" % (
inbound["average"],
inbound["burst"],
outbound["average"],
outbound["burst"],
outbound["peak"],
)
actualDoc = libvirt.createNetworkDef("awesome_net", qosInbound=inbound, qosOutbound=outbound)
self.assertEqualXml(expectedDoc, actualDoc)