def discoverCluster(client, protocolName, framework, resultsVector):
cluster = getClusterConfiguration(client)
getClusterVersion(cluster, client)
getQuorumStatus(cluster, client)
#resolve node names to ips in order to create weak hosts
#if we cannot get ones we cannot report them in 8.0
validNodesByName = {}
validNodesByName[cluster.thisNode.name] = cluster.thisNode
for node in cluster.nodesByName.values():
if node.name != cluster.thisNode.name:
ip = solaris_networking.resolveHostnameToIp(node.name, client)
if ip:
node.ip = ip
validNodesByName[node.name] = node
logger.debug("Resolved node name '%s' to IP '%s'" %
(node.name, ip))
else:
logger.warn("Could not resolve node name '%s' to IP" %
node.name)
cluster.nodesByName = validNodesByName
getNodesStatus(cluster, client)
#get interfaces of this node
netstatRecordsByName = solaris_networking.getInterfacesViaNetstat(client)
#MACs for transport adapters of this node can be taken directly from netstat
for adapter in cluster.thisNode.transportAdaptersByName.values():
netstatRecord = netstatRecordsByName.get(adapter.name)
adapter.mac = netstatRecord and netstatRecord.mac
if adapter.mac is None:
logger.warn(
"Could not find the MAC address for transport adapter '%s' in netstat output"
% adapter.name)
# using arp to resolve private IP of transport adapters to MACs
for node in cluster.nodesByName.values():
if node.status == Node.STATUS_ONLINE and node.name != cluster.thisNode.name:
for adapter in node.transportAdaptersByName.values():
if adapter.ip:
mac = solaris_networking.resolveIpToMacViaArp(
adapter.ip, client)
if mac:
adapter.mac = mac
else:
logger.warn(
"Could not resolve private IP for transport adapter '%s' to MAC"
% adapter.name)
getClusterResources(cluster, client)
getResourceGroupsStatus(cluster, client)
getTransportPaths(cluster, client)
createClusterTopology(cluster, framework, resultsVector)
def discoverCluster(client, protocolName, framework, resultsVector):
cluster = getClusterConfiguration(client)
getClusterVersion(cluster, client)
getQuorumStatus(cluster, client)
#resolve node names to ips in order to create weak hosts
#if we cannot get ones we cannot report them in 8.0
validNodesByName = {}
validNodesByName[cluster.thisNode.name] = cluster.thisNode
for node in cluster.nodesByName.values():
if node.name != cluster.thisNode.name:
ip = solaris_networking.resolveHostnameToIp(node.name, client)
if ip:
node.ip = ip
validNodesByName[node.name] = node
logger.debug("Resolved node name '%s' to IP '%s'" % (node.name, ip))
else:
logger.warn("Could not resolve node name '%s' to IP" % node.name)
cluster.nodesByName = validNodesByName
getNodesStatus(cluster, client)
#get interfaces of this node
netstatRecordsByName = solaris_networking.getInterfacesViaNetstat(client)
#MACs for transport adapters of this node can be taken directly from netstat
for adapter in cluster.thisNode.transportAdaptersByName.values():
netstatRecord = netstatRecordsByName.get(adapter.name)
adapter.mac = netstatRecord and netstatRecord.mac
if adapter.mac is None:
logger.warn("Could not find the MAC address for transport adapter '%s' in netstat output" % adapter.name)
# using arp to resolve private IP of transport adapters to MACs
for node in cluster.nodesByName.values():
if node.status == Node.STATUS_ONLINE and node.name != cluster.thisNode.name:
for adapter in node.transportAdaptersByName.values():
if adapter.ip:
mac = solaris_networking.resolveIpToMacViaArp(adapter.ip, client)
if mac:
adapter.mac = mac
else:
logger.warn("Could not resolve private IP for transport adapter '%s' to MAC" % adapter.name)
getClusterResources(cluster, client)
getResourceGroupsStatus(cluster, client)
getTransportPaths(cluster, client)
createClusterTopology(cluster, framework, resultsVector)
def handleNetworkResources(cluster, client):
for resource in cluster.resourcesByName.values():
if re.match(r"SUNW.LogicalHostname", resource.type) or re.match(r"SUNW.SharedAddress", resource.type):
hostnameList = resource.attributes.get('HostnameList')
group = cluster.resourceGroupsByName.get(resource.groupName)
if hostnameList and group:
for hostname in hostnameList:
try:
ip = solaris_networking.resolveHostnameToIp(hostname, client)
if ip:
group.groupIps.add(ip)
else:
logger.warn("Failed resolving hostname '%s' to IP" % hostname)
except:
logger.warn("Failed resolving hostname '%s' to IP" % hostname)
def handleNetworkResources(cluster, client):
for resource in cluster.resourcesByName.values():
if re.match(r"SUNW.LogicalHostname", resource.type) or re.match(
r"SUNW.SharedAddress", resource.type):
hostnameList = resource.attributes.get('HostnameList')
group = cluster.resourceGroupsByName.get(resource.groupName)
if hostnameList and group:
for hostname in hostnameList:
try:
ip = solaris_networking.resolveHostnameToIp(
hostname, client)
if ip:
group.groupIps.add(ip)
else:
logger.warn(
"Failed resolving hostname '%s' to IP" %
hostname)
except:
logger.warn("Failed resolving hostname '%s' to IP" %
hostname)