use of org.openkilda.persistence.repositories.IslRepository.IslImmutableView in project open-kilda by telstra.
the class AvailableNetworkFactoryTest method shouldBuildAvailableNetworkForFlowWithIgnoreBandwidthPaths.
@Test
public void shouldBuildAvailableNetworkForFlowWithIgnoreBandwidthPaths() throws Exception {
Flow flow = getFlow(false);
IslImmutableView isl = getIslView(flow);
PathId pathId = new PathId("flow-path-id");
FlowPath flowPath = FlowPath.builder().pathId(pathId).srcSwitch(flow.getSrcSwitch()).destSwitch(flow.getDestSwitch()).ignoreBandwidth(true).build();
when(config.getNetworkStrategy()).thenReturn("SYMMETRIC_COST");
when(islRepository.findSymmetricActiveByBandwidthAndEncapsulationType(flow.getBandwidth(), flow.getEncapsulationType())).thenReturn(Collections.singletonList(isl));
when(flowPathRepository.findById(pathId)).thenReturn(Optional.of(flowPath));
AvailableNetwork availableNetwork = availableNetworkFactory.getAvailableNetwork(flow, Collections.singletonList(pathId));
assertAvailableNetworkIsCorrect(isl, availableNetwork);
}
use of org.openkilda.persistence.repositories.IslRepository.IslImmutableView in project open-kilda by telstra.
the class AvailableNetworkFactoryTest method shouldBuildAvailableNetworkUsingSymmetricCostStrategyWithIgnoreBandwidth.
@Test
public void shouldBuildAvailableNetworkUsingSymmetricCostStrategyWithIgnoreBandwidth() throws RecoverableException {
Flow flow = getFlow(true);
IslImmutableView isl = getIslView(flow);
when(config.getNetworkStrategy()).thenReturn("SYMMETRIC_COST");
when(islRepository.findActiveByEncapsulationType(flow.getEncapsulationType())).thenReturn(Collections.singletonList(isl));
AvailableNetwork availableNetwork = availableNetworkFactory.getAvailableNetwork(flow, Collections.emptyList());
assertAvailableNetworkIsCorrect(isl, availableNetwork);
}
use of org.openkilda.persistence.repositories.IslRepository.IslImmutableView in project open-kilda by telstra.
the class AvailableNetworkFactoryTest method getIslView.
private static IslImmutableView getIslView(Switch srcSwitch, int srcPort, Switch dstSwitch, int dstPort) {
IslImmutableView isl = mock(IslImmutableView.class);
when(isl.getSrcSwitchId()).thenReturn(srcSwitch.getSwitchId());
when(isl.getSrcPort()).thenReturn(srcPort);
when(isl.getDestSwitchId()).thenReturn(dstSwitch.getSwitchId());
when(isl.getDestPort()).thenReturn(dstPort);
when(isl.getCost()).thenReturn(10);
when(isl.getLatency()).thenReturn(33L);
when(isl.getAvailableBandwidth()).thenReturn(AVAILABLE_BANDWIDTH);
when(isl.isUnderMaintenance()).thenReturn(false);
when(isl.isUnstable()).thenReturn(false);
return isl;
}
use of org.openkilda.persistence.repositories.IslRepository.IslImmutableView in project open-kilda by telstra.
the class AvailableNetworkFactoryTest method shouldBuildAvailableNetworkUsingCostStrategyWithIgnoreBandwidth.
@Test
public void shouldBuildAvailableNetworkUsingCostStrategyWithIgnoreBandwidth() throws RecoverableException {
Flow flow = getFlow(true);
IslImmutableView isl = getIslView(flow);
when(config.getNetworkStrategy()).thenReturn("COST");
when(islRepository.findActiveByEncapsulationType(flow.getEncapsulationType())).thenReturn(Collections.singletonList(isl));
AvailableNetwork availableNetwork = availableNetworkFactory.getAvailableNetwork(flow, Collections.emptyList());
assertAvailableNetworkIsCorrect(isl, availableNetwork);
}
use of org.openkilda.persistence.repositories.IslRepository.IslImmutableView in project open-kilda by telstra.
the class AvailableNetworkFactoryTest method shouldIncreaseDiversityGroupUseCounter.
@Test
public void shouldIncreaseDiversityGroupUseCounter() throws RecoverableException {
// Topology:
// A----B----C Already created flow: B-D
// | Requested flow: A-B-C
// D
// there is no ISL B-D because we assume that is has no enough bandwidth
List<IslImmutableView> isls = new ArrayList<>();
isls.addAll(getBidirectionalIsls(switchA, 1, switchB, 2));
isls.addAll(getBidirectionalIsls(switchB, 3, switchC, 4));
FlowPath forwardPath = FlowPath.builder().srcSwitch(switchB).destSwitch(switchD).pathId(FORWARD_PATH_ID).segments(Collections.singletonList(PathSegment.builder().pathId(FORWARD_PATH_ID).srcSwitch(switchB).srcPort(SRC_PORT).destSwitch(switchD).destPort(DEST_PORT).build())).build();
when(flowPathRepository.findById(FORWARD_PATH_ID)).thenReturn(java.util.Optional.of(forwardPath));
FlowPath reversePath = FlowPath.builder().srcSwitch(switchD).destSwitch(switchB).pathId(REVERSE_PATH_ID).segments(Collections.singletonList(PathSegment.builder().pathId(REVERSE_PATH_ID).srcSwitch(switchD).srcPort(DEST_PORT).destSwitch(switchB).destPort(SRC_PORT).build())).build();
when(flowPathRepository.findById(REVERSE_PATH_ID)).thenReturn(java.util.Optional.of(reversePath));
Flow flow = getFlow(false);
flow.setSrcSwitch(switchA);
flow.setDestSwitch(switchC);
flow.setDiverseGroupId(DIVERSE_GROUP_ID);
flow.setForwardPathId(new PathId("forward_path_id"));
flow.setReversePathId(new PathId("reverse_path_id"));
when(config.getNetworkStrategy()).thenReturn(BuildStrategy.COST.name());
when(islRepository.findActiveByBandwidthAndEncapsulationType(flow.getBandwidth(), flow.getEncapsulationType())).thenReturn(isls);
when(flowPathRepository.findPathIdsByFlowDiverseGroupId(DIVERSE_GROUP_ID)).thenReturn(Lists.newArrayList(FORWARD_PATH_ID, REVERSE_PATH_ID));
AvailableNetwork availableNetwork = availableNetworkFactory.getAvailableNetwork(flow, Collections.emptyList());
assertEquals(2, availableNetwork.getSwitch(switchB.getSwitchId()).getDiversityGroupUseCounter());
}
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