/**
* Constructs a BGP intent and put it into the intentList.
*
* <p>The purpose of this method is too simplify the setUpBgpIntents() method, and to make the
* setUpBgpIntents() easy to read.
*
* @param srcVlanId ingress VlanId
* @param dstVlanId egress VlanId
* @param srcPrefix source IP prefix to match
* @param dstPrefix destination IP prefix to match
* @param srcTcpPort source TCP port to match
* @param dstTcpPort destination TCP port to match
* @param srcConnectPoint source connect point for PointToPointIntent
* @param dstConnectPoint destination connect point for PointToPointIntent
*/
private void bgpPathintentConstructor(
VlanId srcVlanId,
VlanId dstVlanId,
String srcPrefix,
String dstPrefix,
Short srcTcpPort,
Short dstTcpPort,
ConnectPoint srcConnectPoint,
ConnectPoint dstConnectPoint) {
TrafficSelector.Builder builder =
DefaultTrafficSelector.builder()
.matchEthType(Ethernet.TYPE_IPV4)
.matchIPProtocol(IPv4.PROTOCOL_TCP)
.matchIPSrc(IpPrefix.valueOf(srcPrefix))
.matchIPDst(IpPrefix.valueOf(dstPrefix));
if (!srcVlanId.equals(VlanId.NONE)) {
builder.matchVlanId(srcVlanId);
}
TrafficTreatment.Builder treatment = DefaultTrafficTreatment.builder();
if (!dstVlanId.equals(VlanId.NONE)) {
treatment.setVlanId(dstVlanId);
}
if (srcTcpPort != null) {
builder.matchTcpSrc(TpPort.tpPort(srcTcpPort));
}
if (dstTcpPort != null) {
builder.matchTcpDst(TpPort.tpPort(dstTcpPort));
}
Key key =
Key.of(
srcPrefix.split("/")[0]
+ "-"
+ dstPrefix.split("/")[0]
+ "-"
+ ((srcTcpPort == null) ? "dst" : "src"),
APPID);
PointToPointIntent intent =
PointToPointIntent.builder()
.appId(APPID)
.key(key)
.selector(builder.build())
.treatment(treatment.build())
.ingressPoint(srcConnectPoint)
.egressPoint(dstConnectPoint)
.build();
intentList.add(intent);
}
@Override
protected void execute() {
SubnetService service = get(SubnetService.class);
if (id == null || networkId == null || tenantId == null) {
print(null, "id,networkId,tenantId can not be null");
return;
}
Subnet subnet =
new DefaultSubnet(
SubnetId.subnetId(id),
subnetName,
TenantNetworkId.networkId(networkId),
TenantId.tenantId(tenantId),
ipVersion,
cidr == null ? null : IpPrefix.valueOf(cidr),
gatewayIp == null ? null : IpAddress.valueOf(gatewayIp),
dhcpEnabled,
shared,
hostRoutes,
ipV6AddressMode == null ? null : Mode.valueOf(ipV6AddressMode),
ipV6RaMode == null ? null : Mode.valueOf(ipV6RaMode),
allocationPools);
Set<Subnet> subnetsSet = Sets.newHashSet();
subnetsSet.add(subnet);
service.updateSubnets(subnetsSet);
}
private void populateRoutingRulestoSameNode(
Ip4Address vmIp,
MacAddress vmMac,
PortNumber port,
DeviceId deviceId,
long vni,
String cidr) {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
TrafficTreatment.Builder tBuilder = DefaultTrafficTreatment.builder();
// FIXME: we need to check the VNI of the dest IP also just in case...
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchIPDst(vmIp.toIpPrefix())
.matchIPSrc(IpPrefix.valueOf(cidr))
.matchTunnelId(vni);
tBuilder.setEthDst(vmMac).setOutput(port);
ForwardingObjective fo =
DefaultForwardingObjective.builder()
.withSelector(sBuilder.build())
.withTreatment(tBuilder.build())
.withPriority(EW_ROUTING_RULE_PRIORITY)
.withFlag(ForwardingObjective.Flag.SPECIFIC)
.fromApp(appId)
.add();
flowObjectiveService.forward(deviceId, fo);
}
private void populateRoutingRulestoDifferentNode(
Ip4Address vmIp, long vni, DeviceId deviceId, Ip4Address hostIp, String cidr) {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
TrafficTreatment.Builder tBuilder = DefaultTrafficTreatment.builder();
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchTunnelId(vni)
.matchIPSrc(IpPrefix.valueOf(cidr))
.matchIPDst(vmIp.toIpPrefix());
tBuilder
.extension(buildExtension(deviceService, deviceId, hostIp), deviceId)
.setOutput(nodeService.tunnelPort(deviceId).get());
ForwardingObjective fo =
DefaultForwardingObjective.builder()
.withSelector(sBuilder.build())
.withTreatment(tBuilder.build())
.withPriority(EW_ROUTING_RULE_PRIORITY)
.withFlag(ForwardingObjective.Flag.SPECIFIC)
.fromApp(appId)
.add();
flowObjectiveService.forward(deviceId, fo);
}
private void removeExternalRules(OpenstackNetwork osNet, String subNetCidr) {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchTunnelId(Long.valueOf(osNet.segmentId()))
.matchIPSrc(IpPrefix.valueOf(subNetCidr))
.matchEthDst(Constants.DEFAULT_GATEWAY_MAC);
nodeService
.completeNodes()
.forEach(
node -> {
ForwardingObjective.Flag flag =
node.type().equals(GATEWAY)
? ForwardingObjective.Flag.VERSATILE
: ForwardingObjective.Flag.SPECIFIC;
RulePopulatorUtil.removeRule(
flowObjectiveService,
appId,
node.intBridge(),
sBuilder.build(),
flag,
ROUTING_RULE_PRIORITY);
});
}
@Override
public Criterion decodeCriterion(ObjectNode json) {
String ip =
nullIsIllegal(json.get(CriterionCodec.IP), CriterionCodec.IP + MISSING_MEMBER_MESSAGE)
.asText();
return Criteria.matchIPv6Dst(IpPrefix.valueOf(ip));
}
/** Tests the encoding of an intent with treatment, selector and constraints specified. */
@Test
public void intentWithTreatmentSelectorAndConstraints() {
ConnectPoint ingress = NetTestTools.connectPoint("ingress", 1);
ConnectPoint egress = NetTestTools.connectPoint("egress", 2);
DeviceId did1 = did("device1");
DeviceId did2 = did("device2");
DeviceId did3 = did("device3");
Lambda ochSignal = Lambda.ochSignal(GridType.DWDM, ChannelSpacing.CHL_100GHZ, 4, 8);
final TrafficSelector selector =
DefaultTrafficSelector.builder()
.matchIPProtocol((byte) 3)
.matchMplsLabel(MplsLabel.mplsLabel(4))
.add(Criteria.matchOchSignalType(OchSignalType.FIXED_GRID))
.add(Criteria.matchLambda(ochSignal))
.matchEthDst(MacAddress.BROADCAST)
.matchIPDst(IpPrefix.valueOf("1.2.3.4/24"))
.build();
final TrafficTreatment treatment =
DefaultTrafficTreatment.builder()
.add(Instructions.modL0Lambda(new IndexedLambda(33)))
.setMpls(MplsLabel.mplsLabel(44))
.setOutput(PortNumber.CONTROLLER)
.setEthDst(MacAddress.BROADCAST)
.build();
final List<Constraint> constraints =
ImmutableList.of(
new BandwidthConstraint(Bandwidth.bps(1.0)),
new LambdaConstraint(new IndexedLambda(3)),
new AnnotationConstraint("key", 33.0),
new AsymmetricPathConstraint(),
new LatencyConstraint(Duration.ofSeconds(2)),
new ObstacleConstraint(did1, did2),
new WaypointConstraint(did3));
final PointToPointIntent intent =
PointToPointIntent.builder()
.appId(appId)
.selector(selector)
.treatment(treatment)
.ingressPoint(ingress)
.egressPoint(egress)
.constraints(constraints)
.build();
final JsonCodec<PointToPointIntent> intentCodec = context.codec(PointToPointIntent.class);
assertThat(intentCodec, notNullValue());
final ObjectNode intentJson = intentCodec.encode(intent, context);
assertThat(intentJson, matchesIntent(intent));
}
@Override
protected void execute() {
StaticRoutingService routingService = get(StaticRoutingService.class);
if (fibEntryString.length < 3) {
return;
}
IpPrefix prefix = IpPrefix.valueOf(fibEntryString[0]);
IpAddress nextHopIp = IpAddress.valueOf(fibEntryString[1]);
MacAddress nextHopMac = MacAddress.valueOf(fibEntryString[2]);
FibEntry fibEntry = new FibEntry(prefix, nextHopIp, nextHopMac);
FibUpdate fibUpdate = new FibUpdate(FibUpdate.Type.DELETE, fibEntry);
FibListener fibListener = routingService.getFibListener();
fibListener.update(Collections.emptyList(), Arrays.asList(fibUpdate));
}
/**
* Process incoming ICMP packet. If it is an ICMP request to router or known host, then sends an
* ICMP response. If it is an ICMP packet to known host and forward the packet to the host. If it
* is an ICMP packet to unknown host in a subnet, then sends an ARP request to the subnet.
*
* @param pkt inbound packet
*/
public void processPacketIn(InboundPacket pkt) {
Ethernet ethernet = pkt.parsed();
IPv4 ipv4 = (IPv4) ethernet.getPayload();
ConnectPoint connectPoint = pkt.receivedFrom();
DeviceId deviceId = connectPoint.deviceId();
Ip4Address destinationAddress = Ip4Address.valueOf(ipv4.getDestinationAddress());
Set<Ip4Address> gatewayIpAddresses = config.getPortIPs(deviceId);
Ip4Address routerIp;
try {
routerIp = config.getRouterIp(deviceId);
} catch (DeviceConfigNotFoundException e) {
log.warn(e.getMessage() + " Aborting processPacketIn.");
return;
}
IpPrefix routerIpPrefix = IpPrefix.valueOf(routerIp, IpPrefix.MAX_INET_MASK_LENGTH);
Ip4Address routerIpAddress = routerIpPrefix.getIp4Prefix().address();
// ICMP to the router IP or gateway IP
if (((ICMP) ipv4.getPayload()).getIcmpType() == ICMP.TYPE_ECHO_REQUEST
&& (destinationAddress.equals(routerIpAddress)
|| gatewayIpAddresses.contains(destinationAddress))) {
sendICMPResponse(ethernet, connectPoint);
// ICMP for any known host
} else if (!srManager.hostService.getHostsByIp(destinationAddress).isEmpty()) {
// TODO: known host packet should not be coming to controller - resend flows?
srManager.ipHandler.forwardPackets(deviceId, destinationAddress);
// ICMP for an unknown host in the subnet of the router
} else if (config.inSameSubnet(deviceId, destinationAddress)) {
srManager.arpHandler.sendArpRequest(deviceId, destinationAddress, connectPoint);
// ICMP for an unknown host
} else {
log.debug("ICMP request for unknown host {} ", destinationAddress);
// Do nothing
}
}
private void populateRuleToGateway(DeviceId deviceId, GroupId groupId, long vni, String cidr) {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
TrafficTreatment.Builder tBuilder = DefaultTrafficTreatment.builder();
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchTunnelId(vni)
.matchIPSrc(IpPrefix.valueOf(cidr))
.matchEthDst(Constants.DEFAULT_GATEWAY_MAC);
tBuilder.group(groupId);
ForwardingObjective fo =
DefaultForwardingObjective.builder()
.withSelector(sBuilder.build())
.withTreatment(tBuilder.build())
.withFlag(ForwardingObjective.Flag.SPECIFIC)
.withPriority(ROUTING_RULE_PRIORITY)
.fromApp(appId)
.add();
flowObjectiveService.forward(deviceId, fo);
}
private void removeRoutingRules(Host host, Set<OpenstackSubnet> osSubNets) {
String osSubNetId = host.annotations().value(SUBNET_ID);
if (osSubNetId == null) {
return;
}
Map<String, String> vniMap = new HashMap<>();
openstackService.networks().stream().forEach(n -> vniMap.put(n.id(), n.segmentId()));
osSubNets
.stream()
.filter(osSubNet -> !osSubNet.id().equals(osSubNetId))
.forEach(
osSubNet -> {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchIPDst(host.ipAddresses().stream().findFirst().get().toIpPrefix())
.matchIPSrc(IpPrefix.valueOf(osSubNet.cidr()))
.matchTunnelId(Long.valueOf(vniMap.get(osSubNet.networkId())));
nodeService
.completeNodes()
.stream()
.filter(node -> node.type().equals(COMPUTE))
.forEach(
node ->
RulePopulatorUtil.removeRule(
flowObjectiveService,
appId,
node.intBridge(),
sBuilder.build(),
ForwardingObjective.Flag.SPECIFIC,
EW_ROUTING_RULE_PRIORITY));
});
log.debug("Removed routing rule from {} to {}", host, osSubNets);
}
private void populateGatewayToController(long vni, String subNetCidr) {
TrafficSelector.Builder sBuilder = DefaultTrafficSelector.builder();
TrafficTreatment.Builder tBuilder = DefaultTrafficTreatment.builder();
sBuilder
.matchEthType(Ethernet.TYPE_IPV4)
.matchTunnelId(vni)
.matchIPSrc(IpPrefix.valueOf(subNetCidr))
.matchEthDst(Constants.DEFAULT_GATEWAY_MAC);
tBuilder.setOutput(PortNumber.CONTROLLER);
ForwardingObjective fo =
DefaultForwardingObjective.builder()
.withSelector(sBuilder.build())
.withTreatment(tBuilder.build())
.withFlag(ForwardingObjective.Flag.VERSATILE)
.withPriority(ROUTING_RULE_PRIORITY)
.fromApp(appId)
.add();
gatewayService
.getGatewayDeviceIds()
.forEach(deviceId -> flowObjectiveService.forward(deviceId, fo));
}
/** Unit tests for flow classifier REST APIs. */
public class FlowClassifierResourceTest extends VtnResourceTest {
final FlowClassifierService flowClassifierService = createMock(FlowClassifierService.class);
FlowClassifierId flowClassifierId1 = FlowClassifierId.of("4a334cd4-fe9c-4fae-af4b-321c5e2eb051");
TenantId tenantId1 = TenantId.tenantId("1814726e2d22407b8ca76db5e567dcf1");
VirtualPortId srcPortId1 = VirtualPortId.portId("dace4513-24fc-4fae-af4b-321c5e2eb3d1");
VirtualPortId dstPortId1 = VirtualPortId.portId("aef3478a-4a56-2a6e-cd3a-9dee4e2ec345");
final MockFlowClassifier flowClassifier1 =
new MockFlowClassifier(
flowClassifierId1,
tenantId1,
"flowClassifier1",
"Mock flow classifier",
"IPv4",
"IP",
1001,
1500,
5001,
6000,
IpPrefix.valueOf("1.1.1.1/16"),
IpPrefix.valueOf("22.12.34.45/16"),
srcPortId1,
dstPortId1);
/** Mock class for a flow classifier. */
private static class MockFlowClassifier implements FlowClassifier {
private final FlowClassifierId flowClassifierId;
private final TenantId tenantId;
private final String name;
private final String description;
private final String etherType;
private final String protocol;
private final int minSrcPortRange;
private final int maxSrcPortRange;
private final int minDstPortRange;
private final int maxDstPortRange;
private final IpPrefix srcIpPrefix;
private final IpPrefix dstIpPrefix;
private final VirtualPortId srcPort;
private final VirtualPortId dstPort;
public MockFlowClassifier(
FlowClassifierId flowClassifierId,
TenantId tenantId,
String name,
String description,
String etherType,
String protocol,
int minSrcPortRange,
int maxSrcPortRange,
int minDstPortRange,
int maxDstPortRange,
IpPrefix srcIpPrefix,
IpPrefix dstIpPrefix,
VirtualPortId srcPort,
VirtualPortId dstPort) {
this.flowClassifierId = flowClassifierId;
this.tenantId = tenantId;
this.name = name;
this.description = description;
this.etherType = etherType;
this.protocol = protocol;
this.minSrcPortRange = minSrcPortRange;
this.maxSrcPortRange = maxSrcPortRange;
this.minDstPortRange = minDstPortRange;
this.maxDstPortRange = maxDstPortRange;
this.srcIpPrefix = srcIpPrefix;
this.dstIpPrefix = dstIpPrefix;
this.srcPort = srcPort;
this.dstPort = dstPort;
}
@Override
public FlowClassifierId flowClassifierId() {
return flowClassifierId;
}
@Override
public TenantId tenantId() {
return tenantId;
}
@Override
public String name() {
return name;
}
@Override
public String description() {
return description;
}
@Override
public String etherType() {
return etherType;
}
@Override
public String protocol() {
return protocol;
}
@Override
public int minSrcPortRange() {
return minSrcPortRange;
}
@Override
public int maxSrcPortRange() {
return maxSrcPortRange;
}
@Override
public int minDstPortRange() {
return minDstPortRange;
}
@Override
public int maxDstPortRange() {
return maxDstPortRange;
}
@Override
public IpPrefix srcIpPrefix() {
return srcIpPrefix;
}
@Override
public IpPrefix dstIpPrefix() {
return dstIpPrefix;
}
@Override
public VirtualPortId srcPort() {
return srcPort;
}
@Override
public VirtualPortId dstPort() {
return dstPort;
}
@Override
public boolean exactMatch(FlowClassifier flowClassifier) {
return this.equals(flowClassifier)
&& Objects.equals(this.flowClassifierId, flowClassifier.flowClassifierId())
&& Objects.equals(this.tenantId, flowClassifier.tenantId());
}
}
/** Sets up the global values for all the tests. */
@Before
public void setUpTest() {
SfcCodecContext context = new SfcCodecContext();
ServiceDirectory testDirectory =
new TestServiceDirectory()
.add(FlowClassifierService.class, flowClassifierService)
.add(CodecService.class, context.codecManager());
BaseResource.setServiceDirectory(testDirectory);
}
/** Cleans up. */
@After
public void tearDownTest() {}
/** Tests the result of the rest api GET when there are no flow classifiers. */
@Test
public void testFlowClassifiersEmpty() {
expect(flowClassifierService.getFlowClassifiers()).andReturn(null).anyTimes();
replay(flowClassifierService);
final WebResource rs = resource();
final String response = rs.path("flow_classifiers").get(String.class);
assertThat(response, is("{\"flow_classifiers\":[]}"));
}
/** Tests the result of a rest api GET for flow classifier id. */
@Test
public void testGetFlowClassifierId() {
final Set<FlowClassifier> flowClassifiers = new HashSet<>();
flowClassifiers.add(flowClassifier1);
expect(flowClassifierService.exists(anyObject())).andReturn(true).anyTimes();
expect(flowClassifierService.getFlowClassifier(anyObject()))
.andReturn(flowClassifier1)
.anyTimes();
replay(flowClassifierService);
final WebResource rs = resource();
final String response =
rs.path("flow_classifiers/4a334cd4-fe9c-4fae-af4b-321c5e2eb051").get(String.class);
final JsonObject result = JsonObject.readFrom(response);
assertThat(result, notNullValue());
}
/** Tests that a fetch of a non-existent flow classifier object throws an exception. */
@Test
public void testBadGet() {
expect(flowClassifierService.getFlowClassifier(anyObject())).andReturn(null).anyTimes();
replay(flowClassifierService);
WebResource rs = resource();
try {
rs.path("flow_classifiers/78dcd363-fc23-aeb6-f44b-56dc5aafb3ae").get(String.class);
fail("Fetch of non-existent flow classifier did not throw an exception");
} catch (UniformInterfaceException ex) {
assertThat(ex.getMessage(), containsString("returned a response status of"));
}
}
/** Tests creating a flow classifier with POST. */
@Test
public void testPost() {
expect(flowClassifierService.createFlowClassifier(anyObject())).andReturn(true).anyTimes();
replay(flowClassifierService);
WebResource rs = resource();
InputStream jsonStream =
FlowClassifierResourceTest.class.getResourceAsStream("post-FlowClassifier.json");
ClientResponse response =
rs.path("flow_classifiers")
.type(MediaType.APPLICATION_JSON_TYPE)
.post(ClientResponse.class, jsonStream);
assertThat(response.getStatus(), is(HttpURLConnection.HTTP_OK));
}
/** Tests deleting a flow classifier. */
@Test
public void testDelete() {
expect(flowClassifierService.removeFlowClassifier(anyObject())).andReturn(true).anyTimes();
replay(flowClassifierService);
WebResource rs = resource();
String location = "flow_classifiers/4a334cd4-fe9c-4fae-af4b-321c5e2eb051";
ClientResponse deleteResponse =
rs.path(location).type(MediaType.APPLICATION_JSON_TYPE).delete(ClientResponse.class);
assertThat(deleteResponse.getStatus(), is(HttpURLConnection.HTTP_NO_CONTENT));
}
}
/**
* Sets up logical interfaces, which emulate the configured interfaces in SDN-IP application.
*
* @return configured interfaces as a map from interface name to Interface
*/
private Map<String, Interface> setUpInterfaces() {
Map<String, Interface> configuredInterfaces = new HashMap<>();
String interfaceSw1Eth1 = "s1-eth1";
InterfaceIpAddress ia1 =
new InterfaceIpAddress(
IpAddress.valueOf("192.168.10.101"), IpPrefix.valueOf("192.168.10.0/24"));
Interface intfsw1eth1 =
new Interface(
interfaceSw1Eth1,
s1Eth1,
Collections.singletonList(ia1),
MacAddress.valueOf("00:00:00:00:00:01"),
VlanId.NONE);
configuredInterfaces.put(interfaceSw1Eth1, intfsw1eth1);
String interfaceSw2Eth1 = "s2-eth1";
InterfaceIpAddress ia2 =
new InterfaceIpAddress(
IpAddress.valueOf("192.168.20.101"), IpPrefix.valueOf("192.168.20.0/24"));
Interface intfsw2eth1 =
new Interface(
interfaceSw2Eth1,
s2Eth1,
Collections.singletonList(ia2),
MacAddress.valueOf("00:00:00:00:00:02"),
VlanId.NONE);
configuredInterfaces.put(interfaceSw2Eth1, intfsw2eth1);
String interfaceSw2Eth1intf2 = "s2-eth1_2";
InterfaceIpAddress ia3 =
new InterfaceIpAddress(
IpAddress.valueOf("192.168.30.101"), IpPrefix.valueOf("192.168.30.0/24"));
Interface intfsw2eth1intf2 =
new Interface(
interfaceSw2Eth1intf2,
s2Eth1,
Collections.singletonList(ia3),
MacAddress.valueOf("00:00:00:00:00:03"),
VlanId.NONE);
configuredInterfaces.put(interfaceSw2Eth1intf2, intfsw2eth1intf2);
String interfaceSw3Eth1 = "s3-eth1";
InterfaceIpAddress ia4 =
new InterfaceIpAddress(
IpAddress.valueOf("192.168.40.101"), IpPrefix.valueOf("192.168.40.0/24"));
Interface intfsw3eth1 =
new Interface(
Interface.NO_INTERFACE_NAME,
s3Eth1,
ImmutableList.of(ia4),
MacAddress.valueOf("00:00:00:00:00:04"),
VLAN10);
configuredInterfaces.put(interfaceSw3Eth1, intfsw3eth1);
String interfaceSw3Eth1intf2 = "s3-eth1_2";
InterfaceIpAddress ia5 =
new InterfaceIpAddress(
IpAddress.valueOf("192.168.50.101"), IpPrefix.valueOf("192.168.50.0/24"));
Interface intfsw3eth1intf2 =
new Interface(
Interface.NO_INTERFACE_NAME,
s3Eth1,
ImmutableList.of(ia5),
MacAddress.valueOf("00:00:00:00:00:05"),
VLAN20);
configuredInterfaces.put(interfaceSw3Eth1intf2, intfsw3eth1intf2);
expect(interfaceService.getInterfacesByPort(s1Eth1))
.andReturn(Collections.singleton(intfsw1eth1))
.anyTimes();
expect(interfaceService.getInterfacesByIp(IpAddress.valueOf("192.168.10.101")))
.andReturn(Collections.singleton(intfsw1eth1))
.anyTimes();
expect(interfaceService.getMatchingInterface(IpAddress.valueOf("192.168.10.1")))
.andReturn(intfsw1eth1)
.anyTimes();
expect(interfaceService.getInterfacesByPort(s2Eth1))
.andReturn(Collections.singleton(intfsw2eth1))
.anyTimes();
expect(interfaceService.getInterfacesByIp(IpAddress.valueOf("192.168.20.101")))
.andReturn(Collections.singleton(intfsw2eth1))
.anyTimes();
expect(interfaceService.getMatchingInterface(IpAddress.valueOf("192.168.20.1")))
.andReturn(intfsw2eth1)
.anyTimes();
expect(interfaceService.getInterfacesByIp(IpAddress.valueOf("192.168.30.101")))
.andReturn(Collections.singleton(intfsw2eth1intf2))
.anyTimes();
expect(interfaceService.getMatchingInterface(IpAddress.valueOf("192.168.30.1")))
.andReturn(intfsw2eth1intf2)
.anyTimes();
expect(interfaceService.getInterfacesByIp(IpAddress.valueOf("192.168.40.101")))
.andReturn(Collections.singleton(intfsw3eth1))
.anyTimes();
expect(interfaceService.getMatchingInterface(IpAddress.valueOf("192.168.40.1")))
.andReturn(intfsw3eth1)
.anyTimes();
expect(interfaceService.getInterfacesByIp(IpAddress.valueOf("192.168.50.101")))
.andReturn(Collections.singleton(intfsw3eth1intf2))
.anyTimes();
expect(interfaceService.getMatchingInterface(IpAddress.valueOf("192.168.50.1")))
.andReturn(intfsw3eth1intf2)
.anyTimes();
// Non-existent interface used during one of the tests
expect(
interfaceService.getInterfacesByPort(
new ConnectPoint(
DeviceId.deviceId("of:0000000000000100"), PortNumber.portNumber(1))))
.andReturn(null)
.anyTimes();
expect(interfaceService.getInterfaces())
.andReturn(Sets.newHashSet(configuredInterfaces.values()))
.anyTimes();
return configuredInterfaces;
}