protected static String getNodeTooltipText(
OnmsNode node, AbstractVertex vertex, OnmsIpInterface ip) {
StringBuffer tooltipText = new StringBuffer();
/*
if (node.getSysDescription() != null && node.getSysDescription().length() >0) {
tooltipText.append(HTML_TOOLTIP_TAG_OPEN);
tooltipText.append("Description: " + node.getSysDescription());
tooltipText.append(HTML_TOOLTIP_TAG_END);
}
*/
tooltipText.append(HTML_TOOLTIP_TAG_OPEN);
tooltipText.append(
"Management IP and Name: " + vertex.getIpAddress() + " (" + vertex.getLabel() + ")");
tooltipText.append(HTML_TOOLTIP_TAG_END);
if (node.getSysLocation() != null && node.getSysLocation().length() > 0) {
tooltipText.append(HTML_TOOLTIP_TAG_OPEN);
tooltipText.append("Location: " + node.getSysLocation());
tooltipText.append(HTML_TOOLTIP_TAG_END);
}
tooltipText.append(HTML_TOOLTIP_TAG_OPEN);
tooltipText.append("Status: " + getNodeStatusString(node.getType()));
if (ip != null && ip.isManaged()) {
tooltipText.append(" / Managed");
} else {
tooltipText.append(" / Unmanaged");
}
tooltipText.append(HTML_TOOLTIP_TAG_END);
return tooltipText.toString();
}
protected AbstractVertex getVertex(OnmsNode onmsnode) {
OnmsIpInterface ip = getAddress(onmsnode);
AbstractVertex vertex =
new SimpleLeafVertex(TOPOLOGY_NAMESPACE_LINKD, onmsnode.getNodeId(), 0, 0);
vertex.setIconKey(getIconName(onmsnode));
vertex.setLabel(onmsnode.getLabel());
vertex.setIpAddress(ip == null ? null : ip.getIpAddress().getHostAddress());
vertex.setNodeID(Integer.parseInt(onmsnode.getNodeId()));
vertex.setTooltipText(getNodeTooltipText(onmsnode, vertex, ip));
return vertex;
}
protected OnmsIpInterface getAddress(OnmsNode node) {
// OnmsIpInterface ip = node.getPrimaryInterface();
OnmsIpInterface ip = getIpInterfaceDao().findPrimaryInterfaceByNodeId(node.getId());
if (ip == null) {
// for (OnmsIpInterface iterip: node.getIpInterfaces()) {
for (OnmsIpInterface iterip : getIpInterfaceDao().findByNodeId(node.getId())) {
ip = iterip;
break;
}
}
return ip;
}
@Override
public VertexHopGraphProvider.VertexHopCriteria getDefaultCriteria() {
final OnmsNode node = m_topologyDao.getDefaultFocusPoint();
VertexHopGraphProvider.VertexHopCriteria criterion = null;
if (node != null) {
final Vertex defaultVertex = getVertex(node);
if (defaultVertex != null) {
criterion = new LinkdHopCriteria(node.getNodeId(), node.getLabel(), m_nodeDao);
}
}
return criterion;
}
@Override
public VertexHopGraphProvider.VertexHopCriteria getDefaultCriteria() {
final OnmsNode node = m_topologyDao.getDefaultFocusPoint();
VertexHopGraphProvider.VertexHopCriteria criterion = null;
if (node != null) {
final Vertex defaultVertex = getVertex(TOPOLOGY_NAMESPACE_LINKD, node.getNodeId());
if (defaultVertex != null) {
VertexHopGraphProvider.FocusNodeHopCriteria hopCriteria =
new VertexHopGraphProvider.FocusNodeHopCriteria();
hopCriteria.add(defaultVertex);
return hopCriteria;
}
}
return criterion;
}
@Before
public void setUp() {
m_node1 = new OnmsNode();
m_node1.setId(1);
m_node2 = new OnmsNode();
m_node2.setId(2);
m_nodeChennai = new OnmsNode();
m_nodeChennai.setId(14);
m_nodeDehli = new OnmsNode();
m_nodeDehli.setId(10);
m_alarmDao = EasyMock.createMock(AlarmDao.class);
m_ospfLinkDao = EasyMock.createMock(OspfLinkDao.class);
m_statusProvider = new OspfLinkStatusProvider();
m_statusProvider.setAlarmDao(m_alarmDao);
m_statusProvider.setOspfLinkDao(m_ospfLinkDao);
m_edgeProvider = EasyMock.createMock(EdgeProvider.class);
}
public static String getIconName(OnmsNode node) {
return node.getSysObjectId() == null
? "linkd:system"
: "linkd:system:snmp:" + node.getSysObjectId();
}