use of org.opendaylight.yang.gen.v1.urn.ericsson.params.xml.ns.yang.ebgp.rev150901.bgp.neighborscontainer.neighbors.AddressFamiliesKey in project netvirt by opendaylight.
the class BgpConfigurationManager method addAddressFamily.
public void addAddressFamily(String nbrIp, int afi, int safi) {
Ipv4Address nbrAddr = new Ipv4Address(nbrIp);
InstanceIdentifier.InstanceIdentifierBuilder<AddressFamilies> iib = InstanceIdentifier.builder(Bgp.class).child(NeighborsContainer.class).child(Neighbors.class, new NeighborsKey(nbrAddr)).child(AddressFamilies.class, new AddressFamiliesKey((long) afi, (long) safi));
InstanceIdentifier<AddressFamilies> iid = iib.build();
AddressFamilies dto = new AddressFamiliesBuilder().setPeerIp(nbrAddr).setAfi((long) afi).setSafi((long) safi).build();
update(iid, dto);
}
use of org.opendaylight.yang.gen.v1.urn.ericsson.params.xml.ns.yang.ebgp.rev150901.bgp.neighborscontainer.neighbors.AddressFamiliesKey in project netvirt by opendaylight.
the class BgpConfigurationManager method delAddressFamily.
public void delAddressFamily(String nbrIp, int afi, int safi) {
Ipv4Address nbrAddr = new Ipv4Address(nbrIp);
InstanceIdentifier.InstanceIdentifierBuilder<AddressFamilies> iib = InstanceIdentifier.builder(Bgp.class).child(NeighborsContainer.class).child(Neighbors.class, new NeighborsKey(nbrAddr)).child(AddressFamilies.class, new AddressFamiliesKey((long) afi, (long) safi));
InstanceIdentifier<AddressFamilies> iid = iib.build();
delete(iid);
}
use of org.opendaylight.yang.gen.v1.urn.ericsson.params.xml.ns.yang.ebgp.rev150901.bgp.neighborscontainer.neighbors.AddressFamiliesKey in project netvirt by opendaylight.
the class BgpConfigurationManager method replayNbrConfig.
private static boolean replayNbrConfig(List<Neighbors> neighbors, BgpRouter br) {
if (neighbors == null || neighbors.isEmpty()) {
LOG.error("Replaying nbr configuration, received NULL list ");
return true;
}
List<ReplayNbr> replayNbrList = new ArrayList<>();
for (Neighbors nbr : neighbors) {
if (nbr != null) {
replayNbrList.add(new ReplayNbr(nbr, true));
}
}
final int numberOfNbrRetries = 3;
RetryOnException nbrRetry = new RetryOnException(numberOfNbrRetries);
do {
for (ReplayNbr replayNbr : replayNbrList) {
if (!replayNbr.isShouldRetry()) {
continue;
}
boolean replayDone = false;
LOG.debug("Replaying addNbr {}", replayNbr.getNbr().getAddress().getValue());
replayDone = false;
try {
final String md5password = extractMd5Secret(replayNbr.getNbr());
br.addNeighbor(replayNbr.getNbr().getAddress().getValue(), replayNbr.getNbr().getRemoteAs().longValue(), md5password);
replayDone = true;
} catch (TApplicationException tae) {
LOG.debug("Replaying addNbr {}, tapplicationexception: ", replayNbr.getNbr().getAddress().getValue(), tae);
if (tae.getType() == BgpRouterException.BGP_ERR_PEER_EXISTS) {
LOG.debug("Replaying addNbr Neighbor already present");
replayDone = true;
} else {
LOG.error("Replaying addNbr {}, exception: ", replayNbr.getNbr().getAddress().getValue(), tae);
}
} catch (TException | BgpRouterException eNbr) {
LOG.debug("Replaying addNbr {}, exception: ", replayNbr.getNbr().getAddress().getValue(), eNbr);
}
LOG.debug("Replay addNbr {} successful", replayNbr.getNbr().getAddress().getValue());
// Update Source handling
UpdateSource us = replayNbr.getNbr().getUpdateSource();
if (us != null) {
LOG.debug("Replaying updatesource {} to peer {}", us.getSourceIp().getValue(), us.getPeerIp().getValue());
try {
br.addUpdateSource(us.getPeerIp().getValue(), us.getSourceIp().getValue());
} catch (TException | BgpRouterException eUs) {
LOG.debug("Replaying UpdateSource for Nbr {}, exception:", replayNbr.getNbr().getAddress().getValue(), eUs);
}
LOG.debug("Replay updatesource {} successful", us.getSourceIp().getValue());
}
// Ebgp Multihope
EbgpMultihop en = replayNbr.getNbr().getEbgpMultihop();
if (en != null) {
try {
br.addEbgpMultihop(en.getPeerIp().getValue(), en.getNhops().intValue());
} catch (TException | BgpRouterException eEbgpMhop) {
LOG.debug("Replaying EbgpMultihop for Nbr {}, exception: ", replayNbr.getNbr().getAddress().getValue(), eEbgpMhop);
}
}
// keyAddressFamiliesMap
Map<AddressFamiliesKey, AddressFamilies> keyAddressFamiliesMap = replayNbr.getNbr().getAddressFamilies();
if (keyAddressFamiliesMap != null) {
for (AddressFamilies af : keyAddressFamiliesMap.values()) {
af_afi afi = af_afi.findByValue(af.getAfi().intValue());
af_safi safi = af_safi.findByValue(af.getSafi().intValue());
try {
br.addAddressFamily(af.getPeerIp().getValue(), afi, safi);
} catch (TException | BgpRouterException eAFs) {
LOG.debug("Replaying AddressFamily for Nbr {}, exception:", replayNbr.getNbr().getAddress().getValue(), eAFs);
}
}
}
// replay is success --> no need to replay this nbr in next iteration.
replayNbr.setShouldRetry(replayDone ? false : true);
}
} while (nbrRetry.decrementAndRetry());
boolean replaySuccess = true;
for (ReplayNbr replayNbr : replayNbrList) {
replaySuccess = replaySuccess && !replayNbr.isShouldRetry();
if (replaySuccess == false) {
LOG.error("replayNbrConfig: will be cancelling stale cleanup, cfg nbr: {} Failed:", replayNbr.getNbr().getAddress().getValue());
}
}
return replaySuccess;
}
use of org.opendaylight.yang.gen.v1.urn.ericsson.params.xml.ns.yang.ebgp.rev150901.bgp.neighborscontainer.neighbors.AddressFamiliesKey in project netvirt by opendaylight.
the class Cache method doExecute.
@SuppressWarnings({ "resource", "checkstyle:RegexpSinglelineJava" })
@Override
protected Object doExecute() {
boolean listVrfs = false;
boolean listNets = false;
PrintStream ps = System.out;
if (action != null) {
return usage();
}
PrintStream fileStream = null;
try {
if (ofile != null) {
try {
fileStream = new PrintStream(ofile);
ps = fileStream;
} catch (FileNotFoundException e) {
System.out.println("error: cannot create file " + ofile + "; exception: " + e);
return null;
}
}
if (list != null) {
for (String item : list) {
switch(item) {
case "vrfs":
listVrfs = true;
break;
case "networks":
listNets = true;
break;
default:
System.out.println("error: unknown value for " + LST + ": " + item);
if (fileStream != null) {
fileStream.close();
}
return null;
}
}
}
// we'd normally read this directly from 'config' but
// legacy behaviour forces to check for a connection
// that's initiated by default at startup without
// writing to config.
String configHost = bgpManager.getConfigHost();
int configPort = bgpManager.getConfigPort();
ps.printf("%nConfiguration Server%n\t%s %s%n\t%s %d%n", HTSTR, configHost, PTSTR, configPort);
Bgp config = bgpManager.getConfig();
if (config == null) {
if (fileStream != null) {
fileStream.close();
}
return null;
}
AsId asId = config.getAsId();
if (asId != null) {
Long asNum = asId.getLocalAs().longValue();
IpAddress routerId = asId.getRouterId();
Long spt = asId.getStalepathTime().toJava();
Boolean afb = asId.isAnnounceFbit();
String rid = routerId == null ? "<n/a>" : routerId.stringValue();
// F-bit is always set to ON (hardcoded), in SDN even though the controller is down
// forwarding state shall be retained.
String bit = "ON";
GracefulRestart gracefulRestart = config.getGracefulRestart();
if (gracefulRestart != null) {
spt = gracefulRestart.getStalepathTime().toJava();
}
ps.printf("%nBGP Router%n");
ps.printf("\t%-15s %s%n\t%-15s %s%n\t%-15s %s%n\t%-15s %s%n", ASSTR, asNum.toString(), RISTR, rid, SPSTR, spt == null || spt == 0 ? "default" : spt.toString(), FBSTR, bit);
}
Logging logging = config.getLogging();
if (logging != null) {
ps.printf("\t%-15s %s%n\t%-15s %s%n", LFSTR, logging.getFile(), LLSTR, logging.getLevel());
}
Map<NeighborsKey, Neighbors> keyNeighborsMap = (config.getNeighborsContainer() == null) ? null : config.getNeighborsContainer().getNeighbors();
if (keyNeighborsMap != null) {
ps.printf("%nNeighbors%n");
for (Neighbors nbr : keyNeighborsMap.values()) {
ps.printf("\t%s%n\t\t%-16s %d%n", nbr.getAddress().getValue(), ASSTR, nbr.getRemoteAs());
EbgpMultihop en = nbr.getEbgpMultihop();
if (en != null) {
ps.printf("\t\t%-16s %d%n", EBSTR, en.getNhops().intValue());
}
UpdateSource us = nbr.getUpdateSource();
if (us != null) {
ps.printf("\t\t%-16s %s%n", USSTR, us.getSourceIp().getValue());
}
ps.printf("\t\t%-16s IPv4-Labeled-VPN", AFSTR);
Map<AddressFamiliesKey, AddressFamilies> keyAddressFamiliesMap = nbr.getAddressFamilies();
if (keyAddressFamiliesMap != null) {
for (AddressFamilies af : keyAddressFamiliesMap.values()) {
// Should not print "unknown" in vpnv4 case
if (!(af.getSafi().intValue() == 5 && af.getAfi().intValue() == 1)) {
if (af.getSafi().intValue() == 4 && af.getAfi().intValue() == 1) {
ps.printf(" %s", "IPv4-Labeled-Unicast");
} else if (af.getSafi().intValue() == 5 && af.getAfi().intValue() == 2) {
ps.printf(" %s", "IPv6-Labeled-VPN");
} else if (af.getSafi().intValue() == 6) {
ps.printf(" %s", "Ethernet-VPN");
} else {
ps.printf(" %s", "Unknown");
}
}
}
}
ps.printf("%n");
}
}
if (listVrfs) {
Map<VrfsKey, Vrfs> keyVrfsMap = (config.getVrfsContainer() == null) ? null : config.getVrfsContainer().getVrfs();
if (keyVrfsMap != null) {
ps.printf("%nVRFs%n");
for (Vrfs vrf : keyVrfsMap.values()) {
ps.printf("\t%s%n", vrf.getRd());
ps.printf("\t\t%s ", IRSTR);
for (String rt : vrf.getImportRts()) {
ps.printf("%s ", rt);
}
ps.printf("%n\t\t%s ", ERSTR);
for (String rt : vrf.getExportRts()) {
ps.printf("%s ", rt);
}
for (AddressFamiliesVrf adf : vrf.getAddressFamiliesVrf().values()) {
ps.printf("%n\t\tafi %d safi %d", adf.getAfi(), adf.getSafi());
}
ps.printf("%n");
}
}
}
if (listNets) {
Map<NetworksKey, Networks> keyNetworksMap = (config.getNetworksContainer() == null) ? null : config.getNetworksContainer().getNetworks();
if (keyNetworksMap != null) {
ps.printf("%nNetworks%n");
for (Networks net : keyNetworksMap.values()) {
String rd = net.getRd();
String pfxlen = net.getPrefixLen();
String nh = net.getNexthop().getValue();
int label = net.getLabel().intValue();
ps.printf("\t%s%n\t\t%-7s %s%n\t\t%-7s %s%n\t\t%-7s %d%n", pfxlen, RDSTR, rd, NHSTR, nh, LBSTR, label);
}
}
}
Map<MultipathKey, Multipath> keyMultipathMap = config.getMultipathContainer() == null ? null : config.getMultipathContainer().getMultipath();
Map<VrfMaxpathKey, VrfMaxpath> keyVrfMaxpathMap = config.getVrfMaxpathContainer() == null ? null : config.getVrfMaxpathContainer().getVrfMaxpath();
if (keyMultipathMap != null) {
ps.printf("%nMultipath%n");
for (Multipath multipath : keyMultipathMap.values()) {
int afi = multipath.getAfi().intValue();
int safi = multipath.getSafi().intValue();
Boolean enabled = multipath.isMultipathEnabled();
if (enabled) {
if (afi == 1 && safi == 5) {
ps.printf("\t%-16s %s%n%n", AFSTR, "vpnv4");
} else if (afi == 2 && safi == 5) {
ps.printf("\t%-16s %s%n%n", AFSTR, "vpnv6");
} else if (afi == 3 && safi == 6) {
ps.printf("\t%-16s %s%n%n", AFSTR, "evpn");
} else {
ps.printf("\t%-16s %s%n%n", AFSTR, "Unknown");
}
if (keyVrfMaxpathMap != null) {
ps.printf("\t%-16s %s%n", RDSTR, MPSTR);
for (VrfMaxpath vrfMaxpath : keyVrfMaxpathMap.values()) {
String rd = vrfMaxpath.getRd();
int maxpath = vrfMaxpath.getMaxpaths().toJava();
ps.printf("\t%-16s %d%n", rd, maxpath);
}
}
}
}
}
} finally {
if (fileStream != null) {
fileStream.close();
}
}
return null;
}
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