Examples with AbstractVertex org.opennms.features.topology.api.topo.AbstractVertex used on opensource projects

Example 11 with AbstractVertex

use of org.opennms.features.topology.api.topo.AbstractVertex in project opennms by OpenNMS.

the class SimpleGraphBuilder method vertex.

public SimpleGraphBuilder vertex(String id) {
    m_currentVertex = new AbstractVertex(ns(), id);
    m_graphProvider.addVertices(m_currentVertex);
    return this;
}

Example 12 with AbstractVertex

use of org.opennms.features.topology.api.topo.AbstractVertex in project opennms by OpenNMS.

the class DefaultVertexInfoPanelItemProvider method createComponent.

private Component createComponent(VertexRef ref) {
    FormLayout formLayout = new FormLayout();
    formLayout.setSpacing(false);
    formLayout.setMargin(false);
    formLayout.addComponent(createLabel("Name", ref.getLabel()));
    formLayout.addComponent(createLabel("ID", String.format("%s:%s", ref.getNamespace(), ref.getId())));
    if (ref instanceof AbstractVertex) {
        AbstractVertex vertex = (AbstractVertex) ref;
        formLayout.addComponent(createLabel("Icon Key", vertex.getIconKey()));
        if (vertex.getIpAddress() != null) {
            formLayout.addComponent(createLabel("IP Address", vertex.getIpAddress()));
        }
    }
    return formLayout;
}

Example 13 with AbstractVertex

use of org.opennms.features.topology.api.topo.AbstractVertex in project opennms by OpenNMS.

the class LinkdEdgeStatusProviderTest method setUp.

@Before
public void setUp() {
    m_node1 = new OnmsNode();
    m_node1.setId(1);
    m_node2 = new OnmsNode();
    m_node2.setId(2);
    m_node3 = new OnmsNode();
    m_node3.setId(3);
    m_node4 = new OnmsNode();
    m_node4.setId(4);
    m_node5 = new OnmsNode();
    m_node5.setId(5);
    m_nodeDehli = new OnmsNode();
    m_nodeDehli.setId(10);
    m_nodeChennai = new OnmsNode();
    m_nodeChennai.setId(14);
    m_edges = new ArrayList<LinkdEdge>();
    Vertex sourceCloud = new AbstractVertex("nodes", "1", "source");
    // Cloud is identified by the designated bridge and designated port
    Vertex cloud = new AbstractVertex("nodes", "1:48", "cloud");
    Vertex targetCloud1 = new AbstractVertex("nodes", "2", "target1");
    Vertex targetCloud2 = new AbstractVertex("nodes", "3", "target2");
    Vertex source = new AbstractVertex("nodes", "4", "source");
    Vertex target = new AbstractVertex("nodes", "5", "target");
    Vertex dehli = new AbstractVertex("nodes", "10", "dehli");
    Vertex chennai = new AbstractVertex("nodes", "14", "chennai");
    // identification of link is done with targets id..that is port or mac        
    BridgePort bpnode1port48 = new BridgePort();
    bpnode1port48.setNode(m_node1);
    bpnode1port48.setBridgePort(48);
    bpnode1port48.setBridgePortIfIndex(48);
    m_edges.add(connectVertices(bpnode1port48, cloud, sourceCloud, BRIDGE_EDGE_NAMESPACE));
    BridgePort bpnode2port24 = new BridgePort();
    bpnode2port24.setNode(m_node2);
    bpnode2port24.setBridgePort(24);
    bpnode2port24.setBridgePortIfIndex(24);
    m_edges.add(connectVertices(bpnode2port24, cloud, targetCloud1, BRIDGE_EDGE_NAMESPACE));
    m_edges.add(connectCloudMacVertices("a8d0e5a0a467", cloud, targetCloud2, BRIDGE_EDGE_NAMESPACE));
    // isis link
    IsIsLink link1 = createIsIsLink(m_node4, 599, 599, 1, 1, "001f12accbf1", "000110255062");
    link1.setId(104);
    IsIsLink link2 = createIsIsLink(m_node5, 578, 578, 1, 1, "0021590e47c1", "000110088500");
    link2.setId(105);
    m_edges.add(connectVertices(new IsIsLinkDetail(Math.min(link1.getId(), link2.getId()) + "|" + Math.max(link1.getId(), link2.getId()), source, link1.getId(), link1.getIsisCircIfIndex(), target, link2.getId(), link2.getIsisCircIfIndex()), ISIS_EDGE_NAMESPACE));
    // lldp link
    LldpLink link3 = new LldpLink(m_node4, 12, 1, "node4PortId", "node4PortDescr", LldpPortIdSubType.LLDP_PORTID_SUBTYPE_LOCAL, "node4ChassisId", "node4SysName", LldpChassisIdSubType.LLDP_CHASSISID_SUBTYPE_LOCAL, "node4PortId", LldpPortIdSubType.LLDP_PORTID_SUBTYPE_LOCAL, "node2PortDescr");
    link3.setId(204);
    LldpLink link4 = new LldpLink(m_node5, 21, 2, "node5PortId", "node5PortDescr", LldpPortIdSubType.LLDP_PORTID_SUBTYPE_LOCAL, "node5ChassisId", "node5SysName", LldpChassisIdSubType.LLDP_CHASSISID_SUBTYPE_LOCAL, "node5PortId", LldpPortIdSubType.LLDP_PORTID_SUBTYPE_LOCAL, "node1PortDescr");
    link4.setId(205);
    m_edges.add(connectVertices(new LldpLinkDetail(Math.min(link3.getId(), link4.getId()) + "|" + Math.max(link3.getId(), link4.getId()), source, link3, target, link4), LLDP_EDGE_NAMESPACE));
    //ospf link
    OspfLink link5 = createOspfLink(m_node4, "192.168.100.246", "255.255.255.252", 0, 10101, "192.168.100.249", "192.168.100.245", 0);
    link5.setId(404);
    OspfLink link6 = createOspfLink(m_node5, "192.168.100.245", "255.255.255.252", 0, 10100, "192.168.100.250", "192.168.100.246", 0);
    link6.setId(405);
    m_edges.add(connectVertices(new OspfLinkDetail(Math.min(link5.getId(), link6.getId()) + "|" + Math.max(link5.getId(), link6.getId()), source, link5, target, link6), OSPF_EDGE_NAMESPACE));
    //cdp link
    LinkdEdge edgeG = new LinkdEdge(EnhancedLinkdTopologyProvider.CDP_EDGE_NAMESPACE, "504|505", source, target);
    edgeG.setSourceNodeid(m_node4.getId());
    edgeG.setTargetNodeid(m_node5.getId());
    edgeG.setSourceEndPoint("101");
    edgeG.setTargetEndPoint("100");
    m_edges.add(edgeG);
    // another ospf link
    LinkdEdge edgeChennaiTodehli = new LinkdEdge(EnhancedLinkdTopologyProvider.OSPF_EDGE_NAMESPACE, "310|314", dehli, chennai);
    edgeChennaiTodehli.setSourceNodeid(m_nodeDehli.getId());
    edgeChennaiTodehli.setTargetNodeid(m_nodeChennai.getId());
    edgeChennaiTodehli.setSourceEndPoint("13");
    edgeChennaiTodehli.setTargetEndPoint("13");
    m_edges.add(edgeChennaiTodehli);
    m_alarmDao = EasyMock.createMock(AlarmDao.class);
    m_edgeProvider = EasyMock.createMock(EdgeProvider.class);
    m_statusProvider = new LinkdEdgeStatusProvider();
    m_statusProvider.setAlarmDao(m_alarmDao);
}

Example 14 with AbstractVertex

use of org.opennms.features.topology.api.topo.AbstractVertex in project opennms by OpenNMS.

the class VmwareTopologyProvider method createHostSystemVertex.

private AbstractVertex createHostSystemVertex(String vertexId, String vertexName, String primaryInterface, int id, String powerState) {
    AbstractVertex vertex;
    if ("poweredOn".equals(powerState)) {
        vertex = createEntityVertex(vertexId, vertexName, Icons.HOSTSYSTEM_ON);
    } else if ("poweredOff".equals(powerState)) {
        vertex = createEntityVertex(vertexId, vertexName, Icons.HOSTSYSTEM_OFF);
    } else if ("standBy".equals(powerState)) {
        vertex = createEntityVertex(vertexId, vertexName, Icons.HOSTSYSTEM_STANDBY);
    } else {
        vertex = createEntityVertex(vertexId, vertexName, Icons.HOSTSYSTEM_UNKNOWN);
    }
    vertex.setIpAddress(primaryInterface);
    vertex.setNodeID(id);
    return vertex;
}

Example 15 with AbstractVertex

use of org.opennms.features.topology.api.topo.AbstractVertex in project opennms by OpenNMS.

the class VmwareTopologyProvider method addHostSystem.

private void addHostSystem(OnmsNode hostSystem) {
    String vmwareManagementServer = hostSystem.getAssetRecord().getVmwareManagementServer().trim();
    String vmwareManagedObjectId = hostSystem.getAssetRecord().getVmwareManagedObjectId().trim();
    String vmwareState = hostSystem.getAssetRecord().getVmwareState().trim();
    String primaryInterface = "unknown";
    OnmsIpInterface ipInterface = m_ipInterfaceDao.findPrimaryInterfaceByNodeId(hostSystem.getId());
    if (ipInterface != null) {
        primaryInterface = ipInterface.getIpHostName();
    }
    AbstractVertex hostSystemVertex = createHostSystemVertex(vmwareManagementServer + "/" + vmwareManagedObjectId, hostSystem.getLabel(), primaryInterface, hostSystem.getId(), vmwareState);
    addVertices(hostSystemVertex);
    Map<String, ParsedEntity> parsedEntities = parseNodeAssets(hostSystem);
    String datacenterName = parsedEntities.values().stream().filter(e -> "datacenter".equals(e.getEntityType())).findFirst().map(e -> parsedEntities.get(e.getEntityId()).getEntityName() + " (" + vmwareManagementServer + ")").orElse("Datacenter (" + vmwareManagementServer + ")");
    AbstractVertex datacenterVertex = createDatacenterVertex(vmwareManagementServer, datacenterName);
    addVertices(datacenterVertex);
    if (!hostSystemVertex.equals(datacenterVertex)) {
        connectVertices(hostSystemVertex, datacenterVertex);
    }
    parsedEntities.values().stream().filter(e -> "network".equals(e.getEntityType())).forEach(e -> {
        AbstractVertex networkVertex = createNetworkVertex(vmwareManagementServer + "/" + e.getEntityId(), parsedEntities.get(e.getEntityId()).getEntityName());
        addVertices(networkVertex);
        connectVertices(vmwareManagementServer + "/" + vmwareManagedObjectId + "->" + e.getEntityId(), hostSystemVertex, networkVertex, getNamespace());
    });
    parsedEntities.values().stream().filter(e -> "datastore".equals(e.getEntityType())).forEach(e -> {
        AbstractVertex datastoreVertex = createDatastoreVertex(vmwareManagementServer + "/" + e.getEntityId(), parsedEntities.get(e.getEntityId()).getEntityName());
        addVertices(datastoreVertex);
        connectVertices(vmwareManagementServer + "/" + vmwareManagedObjectId + "->" + e.getEntityId(), hostSystemVertex, datastoreVertex, getNamespace());
    });
}