def reporterMSCluster(self, vector, ms_cluster, groups, ipDictByGroupName, nodesWithIP):
clusterOsh = ms_cluster.create_osh()
vector.add(clusterOsh)
vector.add(modeling.createLinkOSH('membership', clusterOsh, self.applicationOsh))
for node in nodesWithIP:
ips = nodesWithIP[node]
hostOsh = (modeling.createHostOSH(str(ips[0]), 'nt')
or ObjectStateHolder('nt'))
hostOsh.setStringAttribute('name', node)
hostOsh.setStringAttribute('os_family', 'windows')
for ip_obj in ips:
ipOSH = modeling.createIpOSH(ip_obj)
vector.add(ipOSH)
vector.add(modeling.createLinkOSH('containment', hostOsh, ipOSH))
softwareOsh = modeling.createClusterSoftwareOSH(hostOsh,
'Microsoft Cluster SW', ms_cluster.version)
softwareOsh.setAttribute("application_version_number", ms_cluster.version)
vector.add(softwareOsh)
vector.add(modeling.createLinkOSH('membership', clusterOsh, softwareOsh))
for group in groups:
ips = ipDictByGroupName.get(group.name, None)
if ips:
for ip in ips:
groupOsh = group.create_osh()
vector.add(groupOsh)
vector.add(modeling.createLinkOSH('contained', clusterOsh, groupOsh))
ipOsh = modeling.createIpOSH(ip)
vector.add(modeling.createLinkOSH('contained', groupOsh, ipOsh))
vector.add(ipOsh)
self.__crgMap[str(ip)] = groupOsh
def _reportNode(node, cluster, ips, clusterOsh, fqdn=None, nodeDetailsContent=None):
r'@types: Node, Cluster, list[ip_addr.IPAddress], ObjectStateHolder, str, str -> tuple[ObjectStateHolder, ObjectStateHolderVector]'
assert node and cluster and ips and clusterOsh
vector = ObjectStateHolderVector()
hostOsh, nodeVector = _reportHost(ips, fqdn)
vector.addAll(nodeVector)
# report cluster software running on the node
softwareOsh = modeling.createClusterSoftwareOSH(hostOsh,
'Microsoft Cluster SW', cluster.version)
vector.add(softwareOsh)
vector.add(modeling.createLinkOSH('membership', clusterOsh, softwareOsh))
if nodeDetailsContent:
vector.add(_reportNodeDetails(node, nodeDetailsContent, softwareOsh))
return softwareOsh, vector
def build(self, node, domainName, parentNodeOsh, version=None):
if node is None: raise ValueError("node is None")
if not domainName: raise ValueError("domainName is empty")
_versionString = None
if version:
_versionString = version.fullString or version.shortString
if not _versionString:
_versionString = node.autoStartVersionFull
clusterSoftwareOsh = modeling.createClusterSoftwareOSH(parentNodeOsh, 'EMC AutoStart Cluster SW', _versionString)
clusterSoftwareOsh.setStringAttribute('name', domainName)
if node.autoStartVersionShort:
clusterSoftwareOsh.setStringAttribute('version', node.autoStartVersionShort)
return clusterSoftwareOsh
def _reportNode(node,
cluster,
ips,
clusterOsh,
fqdn=None,
nodeDetailsContent=None):
r'@types: Node, Cluster, list[ip_addr.IPAddress], ObjectStateHolder, str, str -> tuple[ObjectStateHolder, ObjectStateHolderVector]'
assert node and cluster and ips and clusterOsh
vector = ObjectStateHolderVector()
hostOsh, nodeVector = _reportHost(ips, fqdn)
vector.addAll(nodeVector)
# report cluster software running on the node
softwareOsh = modeling.createClusterSoftwareOSH(hostOsh,
'Microsoft Cluster SW',
cluster.version)
vector.add(softwareOsh)
vector.add(modeling.createLinkOSH('membership', clusterOsh, softwareOsh))
if nodeDetailsContent:
vector.add(_reportNodeDetails(node, nodeDetailsContent, softwareOsh))
return softwareOsh, vector
def createClusterSoftwareObject(parentHostOsh, cluster, resultsVector):
vendor = 'sun_microsystems_inc'
clusterSoftwareOsh = modeling.createClusterSoftwareOSH(
parentHostOsh, 'Sun Cluster Software', cluster.version, vendor)
resultsVector.add(clusterSoftwareOsh)
return clusterSoftwareOsh
def report(self, cluster):
'''
Main report method for creation of generic Service Guard Topology
@param cluster: instance of Cluster Data Object
'''
vector = ObjectStateHolderVector()
clusterOsh = cluster.build()
vector.add(clusterOsh)
configFileOsh = modeling.createConfigurationDocumentOSH(
'cmviewcl.properties', '',
cluster.propertiesFileContent, clusterOsh)
vector.add(configFileOsh)
quorumServer = cluster.quorumServer
# report Quorum Server in 'UP' status
if (quorumServer and quorumServer.status == QuorumServer.Status.UP):
reportTopology = self.__quorumServerReporter.reportTopology
try:
qsVector = reportTopology(quorumServer, clusterOsh)[3]
vector.addAll(qsVector)
except Exception:
logger.warnException("Failed to report Quorum Server")
clusterIpOsh = None
if cluster.ipAddress:
clusterIpOsh = modeling.createIpOSH(cluster.ipAddress)
if clusterIpOsh:
vector.add(clusterIpOsh)
nodeToClusterSoftwareOshMap = {}
nodeNameToNodeOsh = {}
#creating cluster Nodes and linking them to cluster
for clusterNode in cluster.nodes:
nodeOsh = modeling.createHostOSH(clusterNode.ipAddress)
vector.add(nodeOsh)
nodeNameToNodeOsh[clusterNode.name] = nodeOsh
clusterSoftwareOsh = modeling.createClusterSoftwareOSH(nodeOsh,
'HP Service Guard Cluster SW', cluster.version)
vector.add(clusterSoftwareOsh)
memberLinkOsh = modeling.createLinkOSH('member', clusterOsh,
clusterSoftwareOsh)
vector.add(memberLinkOsh)
if clusterNode.propertiesFileContent:
configfileOsh = self.createConfigFileOsh(clusterNode.name,
clusterNode.propertiesFileContent, clusterSoftwareOsh)
vector.add(configfileOsh)
nodeToClusterSoftwareOshMap[clusterNode.name] = clusterSoftwareOsh
for package in cluster.packages:
clusteredServiceOsh = self.createClusteredServiceOsh(package.name, cluster.name)
package.osh = clusteredServiceOsh
containedLinkOsh = modeling.createLinkOSH('contained', clusterOsh, clusteredServiceOsh)
vector.add(clusteredServiceOsh)
vector.add(containedLinkOsh)
if clusterIpOsh is not None:
containedLinkOSH = modeling.createLinkOSH('contained', clusteredServiceOsh, clusterIpOsh)
vector.add(containedLinkOSH)
packageOsh = self.createPackageOsh(package.name, clusteredServiceOsh)
vector.add(packageOsh)
if package.packageIp:
resourceOsh = self.createIpResourceOsh(package.packageIp, packageOsh)
vector.add(resourceOsh)
packageIpOsh = modeling.createIpOSH(package.packageIp)
linkOsh = modeling.createLinkOSH('containment', clusteredServiceOsh, packageIpOsh)
vector.add(packageIpOsh)
vector.add(linkOsh)
if package.additionalIpList:
for packageIp in package.additionalIpList:
if packageIp:
resourceOsh = self.createIpResourceOsh(packageIp.ipAddress, packageOsh, packageIp.fqdn)
vector.add(resourceOsh)
#fix start
packageIpOsh = modeling.createIpOSH(packageIp.ipAddress)
linkOsh = modeling.createLinkOSH('containment', clusteredServiceOsh, packageIpOsh)
vector.add(packageIpOsh)
vector.add(linkOsh)
#fix end
configFileOsh = self.createConfigFileOsh(package.name, package.propertiesFileContent, packageOsh)
if configFileOsh:
vector.add(configFileOsh)
for network in package.ipNetworkList:
network.build()
networkOsh = network.osh
if networkOsh:
dependLinkOsh = modeling.createLinkOSH('depend', packageOsh, networkOsh)
vector.add(networkOsh)
vector.add(dependLinkOsh)
for packageNodeInfo in package.distrNodeInfoList:
clusterSoftwareOsh = nodeToClusterSoftwareOshMap.get(packageNodeInfo.name, None)
if clusterSoftwareOsh:
if packageNodeInfo.status in ('primary', 'alternate'):
currOwnerOsh = modeling.createLinkOSH('potentially_run', clusterSoftwareOsh, clusteredServiceOsh)
currOwnerOsh.setAttribute('data_name', packageNodeInfo.status)
isOwner = 0
if packageNodeInfo.status == 'primary':
isOwner = 1
currOwnerOsh.setBoolAttribute('is_owner', isOwner)
vector.add(currOwnerOsh)
if packageNodeInfo.isCurrent:
if package.mountPoints:
for mountPoint in package.mountPoints:
if mountPoint and mountPoint.strip() and nodeNameToNodeOsh.get(packageNodeInfo.name):
clusteredFsOsh = self.createFileSystemOsh(mountPoint, clusteredServiceOsh)
localFsOsh = self.createFileSystemOsh(mountPoint, nodeNameToNodeOsh.get(packageNodeInfo.name))
linkOsh = modeling.createLinkOSH('usage', clusteredFsOsh, localFsOsh)
vector.add(clusteredFsOsh)
vector.add(localFsOsh)
vector.add(linkOsh)
runOsh = modeling.createLinkOSH('run', clusterSoftwareOsh, clusteredServiceOsh)
vector.add(runOsh)
return vector
def createClusterSoftwareObject(parentHostOsh, cluster, resultsVector):
vendor = 'sun_microsystems_inc'
clusterSoftwareOsh = modeling.createClusterSoftwareOSH(parentHostOsh, 'Sun Cluster Software', cluster.version, vendor)
resultsVector.add(clusterSoftwareOsh)
return clusterSoftwareOsh
def mainFunction(resBuffer, cfPath, shUtils, OSHVResult, protocol, Framework, lastUpdateTime):
# Parsing the main.cf file by a reg exp that returns (Element type, name and properties)
reg = '(\w+)\s([^\s]+)\s\(([^\)]+)\)'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
clusterName = None
groupName = None
veritasclusterOSH = None
vcsGroupOSH = None
clusterDeviceOSH = None
resourceNameToOSH = {}
nodeNameToOSH = {}
nodeNameToFSSWOSH = {}
for match in matches:
element_type = match[0].strip()
element_name = match[1].strip()
element_prop = match[2].strip()
# Handle the cluster element
if element_type == 'cluster':
clusterName = element_name
veritasclusterOSH = ObjectStateHolder('veritascluster')
veritasclusterOSH.setAttribute('data_name', clusterName)
modeling.setAppSystemVendor(veritasclusterOSH)
OSHVResult.add(veritasclusterOSH)
# Create configuration file object containing the zipped main.cf
configFileOsh = modeling.createConfigurationDocumentOSH("main.cf.properties", "NA", resBuffer, veritasclusterOSH, modeling.MIME_TEXT_PLAIN, lastUpdateTime, 'main.cf')
OSHVResult.add(configFileOsh)
# Handle the system element (Cluster nodes)
elif element_type == 'system':
nodeName = element_name
hostOSH = shUtils.resolveHost(nodeName.strip())
if hostOSH == None:
continue
hostOSH.setAttribute('host_hostname', nodeName)
OSHVResult.add(hostOSH)
clusterSoftware = modeling.createClusterSoftwareOSH(hostOSH, 'Veritas Cluster SW')
memberOSH = modeling.createLinkOSH('member', veritasclusterOSH, clusterSoftware)
OSHVResult.add(clusterSoftware)
OSHVResult.add(memberOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
# create config file object containing the zipped cf file and link it to host
configFileName = "%s.properties" % nodeName
configFileOsh = modeling.createConfigurationDocumentOSH(configFileName, "NA", element_prop, clusterSoftware, modeling.MIME_TEXT_PLAIN, lastUpdateTime, nodeName)
OSHVResult.add(configFileOsh)
# add hostosh to nodenames map so it will be easy to access later based on nodename
nodeNameToOSH[nodeName] = hostOSH
nodeNameToFSSWOSH[nodeName] = clusterSoftware
# Handle the group element
elif element_type == 'group':
groupName = element_name
clusterDeviceOSH = ObjectStateHolder('clusteredservice')
clusterDeviceOSH.setAttribute('data_name', groupName)
clusterName = veritasclusterOSH.getAttribute('data_name').getValue()
clusterDeviceOSH.setAttribute('host_key', '%s:%s' % (clusterName, groupName))
clusterDeviceOSH.setBoolAttribute('host_iscomplete', 1)
containsOSH = modeling.createLinkOSH('contained', veritasclusterOSH, clusterDeviceOSH)
OSHVResult.add(clusterDeviceOSH)
OSHVResult.add(containsOSH)
# for clusterSoftware in clusterSoftwares:
# runOSH = modeling.createLinkOSH('run', clusterSoftware, clusterDeviceOSH)
# OSHVResult.add(runOSH)
# create group object and link it to the cluster
vcsGroupOSH = ObjectStateHolder('vcsgroup')
vcsGroupOSH.setAttribute('data_name', groupName)
vcsGroupOSH.setContainer(clusterDeviceOSH)
OSHVResult.add(vcsGroupOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
# create config file object containing the current group related section in cf file, zipped and link it to cluster
configFileName = "%s.properties" % groupName
configFileOsh = modeling.createConfigurationDocumentOSH(configFileName, "NA", element_prop, vcsGroupOSH, modeling.MIME_TEXT_PLAIN, lastUpdateTime, groupName)
OSHVResult.add(configFileOsh)
m = re.search('SystemList\s*\=\s*\{(.*)\}', element_prop, re.M)
if m:
systemList = m.group(1)
systemsWithPriorities = getSystemsWithPriorities(systemList)
for nodeName, priority in systemsWithPriorities.items():
if nodeNameToFSSWOSH.has_key(nodeName):
clusterSoftware = nodeNameToFSSWOSH[nodeName]
ownerOSH = modeling.createLinkOSH('potentially_run', clusterSoftware, clusterDeviceOSH)
if priority == 0:
ownerOSH.setAttribute('data_name', 'Preferred Owner')
ownerOSH.setBoolAttribute('is_owner', 1)
else:
ownerOSH.setAttribute('data_name', 'Alternate Owner')
ownerOSH.setBoolAttribute('is_owner', 0)
OSHVResult.add(ownerOSH)
# Handle the resource element
elif element_type != None:
if vcsGroupOSH == None:
continue
resourceName = element_name
vcsresourceOSH = ObjectStateHolder('vcsresource')
vcsresourceOSH.setAttribute('data_name', resourceName)
vcsresourceOSH.setAttribute('type', element_type)
vcsresourceOSH.setContainer(vcsGroupOSH)
OSHVResult.add(vcsresourceOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
(zippedBytes, checksumValue, dataLength) = modeling.processBytesAttribute(element_prop)
vcsresourceOSH.setBytesAttribute('resource_properties', zippedBytes)
resourceNameToOSH[resourceName] = vcsresourceOSH
# Create the real resource element behine the vcs resource and link the two objects with a depend link
handleResource(element_name, element_type, element_prop, vcsresourceOSH, nodeNameToOSH, OSHVResult, clusterDeviceOSH)
# Handle the resources dependencies
reg = '([\w-]+)\srequires\s([\w-]+)'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
for match in matches:
depended = match[0].strip()
master = match[1].strip()
# link each resource with the resource it depends on
dependOSH = modeling.createLinkOSH('depend', resourceNameToOSH[depended], resourceNameToOSH[master])
OSHVResult.add(dependOSH)
# Handle the CF included files
reg = 'include\s\"(.*)\"'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
for match in matches:
cfFileName = match.strip()
try:
includeFilePath = cfPath + cfFileName
currCFBuffer = shUtils.safecat(includeFilePath)
except:
errorMessage = 'Failed to handle include file %s' % includeFilePath
logger.debugException(errorMessage)
errobj = errorobject.createError(errorcodes.FAILED_HANDLING_INCLUDE_FILE, [includeFilePath], errorMessage)
logger.reportWarningObject(errobj)
if not shUtils.getLastCmdReturnCode():
currCFBuffer = currCFBuffer.strip()
if (currCFBuffer != None) and (currCFBuffer != ''):
# create configuration file object with the included cf file zipped
configFileName = "%s.properties" % cfFileName
configFileOsh = modeling.createConfigurationDocumentOSH(configFileName, "NA", currCFBuffer, veritasclusterOSH, modeling.MIME_TEXT_PLAIN, lastUpdateTime, cfFileName)
OSHVResult.add(configFileOsh)
def report(self, cluster):
'''
Main report method for creation of generic Service Guard Topology
@param cluster: instance of Cluster Data Object
'''
vector = ObjectStateHolderVector()
clusterOsh = cluster.build()
vector.add(clusterOsh)
configFileOsh = modeling.createConfigurationDocumentOSH(
'cmviewcl.properties', '', cluster.propertiesFileContent,
clusterOsh)
vector.add(configFileOsh)
quorumServer = cluster.quorumServer
# report Quorum Server in 'UP' status
if (quorumServer and quorumServer.status == QuorumServer.Status.UP):
reportTopology = self.__quorumServerReporter.reportTopology
try:
qsVector = reportTopology(quorumServer, clusterOsh)[3]
vector.addAll(qsVector)
except Exception:
logger.warnException("Failed to report Quorum Server")
clusterIpOsh = None
if cluster.ipAddress:
clusterIpOsh = modeling.createIpOSH(cluster.ipAddress)
if clusterIpOsh:
vector.add(clusterIpOsh)
nodeToClusterSoftwareOshMap = {}
nodeNameToNodeOsh = {}
#creating cluster Nodes and linking them to cluster
for clusterNode in cluster.nodes:
nodeOsh = modeling.createHostOSH(clusterNode.ipAddress)
vector.add(nodeOsh)
nodeNameToNodeOsh[clusterNode.name] = nodeOsh
clusterSoftwareOsh = modeling.createClusterSoftwareOSH(
nodeOsh, 'HP Service Guard Cluster SW', cluster.version)
vector.add(clusterSoftwareOsh)
memberLinkOsh = modeling.createLinkOSH('member', clusterOsh,
clusterSoftwareOsh)
vector.add(memberLinkOsh)
if clusterNode.propertiesFileContent:
configfileOsh = self.createConfigFileOsh(
clusterNode.name, clusterNode.propertiesFileContent,
clusterSoftwareOsh)
vector.add(configfileOsh)
nodeToClusterSoftwareOshMap[
clusterNode.name] = clusterSoftwareOsh
for package in cluster.packages:
clusteredServiceOsh = self.createClusteredServiceOsh(
package.name, cluster.name)
package.osh = clusteredServiceOsh
containedLinkOsh = modeling.createLinkOSH('contained', clusterOsh,
clusteredServiceOsh)
vector.add(clusteredServiceOsh)
vector.add(containedLinkOsh)
if clusterIpOsh is not None:
containedLinkOSH = modeling.createLinkOSH(
'contained', clusteredServiceOsh, clusterIpOsh)
vector.add(containedLinkOSH)
packageOsh = self.createPackageOsh(package.name,
clusteredServiceOsh)
vector.add(packageOsh)
if package.packageIp:
resourceOsh = self.createIpResourceOsh(package.packageIp,
packageOsh)
vector.add(resourceOsh)
packageIpOsh = modeling.createIpOSH(package.packageIp)
linkOsh = modeling.createLinkOSH('containment',
clusteredServiceOsh,
packageIpOsh)
vector.add(packageIpOsh)
vector.add(linkOsh)
if package.additionalIpList:
for packageIp in package.additionalIpList:
if packageIp:
resourceOsh = self.createIpResourceOsh(
packageIp.ipAddress, packageOsh, packageIp.fqdn)
vector.add(resourceOsh)
#fix start
packageIpOsh = modeling.createIpOSH(
packageIp.ipAddress)
linkOsh = modeling.createLinkOSH(
'containment', clusteredServiceOsh, packageIpOsh)
vector.add(packageIpOsh)
vector.add(linkOsh)
#fix end
configFileOsh = self.createConfigFileOsh(
package.name, package.propertiesFileContent, packageOsh)
if configFileOsh:
vector.add(configFileOsh)
for network in package.ipNetworkList:
network.build()
networkOsh = network.osh
if networkOsh:
dependLinkOsh = modeling.createLinkOSH(
'depend', packageOsh, networkOsh)
vector.add(networkOsh)
vector.add(dependLinkOsh)
for packageNodeInfo in package.distrNodeInfoList:
clusterSoftwareOsh = nodeToClusterSoftwareOshMap.get(
packageNodeInfo.name, None)
if clusterSoftwareOsh:
if packageNodeInfo.status in ('primary', 'alternate'):
currOwnerOsh = modeling.createLinkOSH(
'potentially_run', clusterSoftwareOsh,
clusteredServiceOsh)
currOwnerOsh.setAttribute('data_name',
packageNodeInfo.status)
isOwner = 0
if packageNodeInfo.status == 'primary':
isOwner = 1
currOwnerOsh.setBoolAttribute('is_owner', isOwner)
vector.add(currOwnerOsh)
if packageNodeInfo.isCurrent:
if package.mountPoints:
for mountPoint in package.mountPoints:
if mountPoint and mountPoint.strip(
) and nodeNameToNodeOsh.get(
packageNodeInfo.name):
clusteredFsOsh = self.createFileSystemOsh(
mountPoint, clusteredServiceOsh)
localFsOsh = self.createFileSystemOsh(
mountPoint,
nodeNameToNodeOsh.get(
packageNodeInfo.name))
linkOsh = modeling.createLinkOSH(
'usage', clusteredFsOsh, localFsOsh)
vector.add(clusteredFsOsh)
vector.add(localFsOsh)
vector.add(linkOsh)
runOsh = modeling.createLinkOSH(
'run', clusterSoftwareOsh, clusteredServiceOsh)
vector.add(runOsh)
return vector
def mainFunction(resBuffer, cfPath, shUtils, OSHVResult, protocol, Framework,
lastUpdateTime):
# Parsing the main.cf file by a reg exp that returns (Element type, name and properties)
reg = '(\w+)\s([^\s]+)\s\(([^\)]+)\)'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
clusterName = None
groupName = None
veritasclusterOSH = None
vcsGroupOSH = None
clusterDeviceOSH = None
resourceNameToOSH = {}
nodeNameToOSH = {}
nodeNameToFSSWOSH = {}
for match in matches:
element_type = match[0].strip()
element_name = match[1].strip()
element_prop = match[2].strip()
# Handle the cluster element
if element_type == 'cluster':
clusterName = element_name
veritasclusterOSH = ObjectStateHolder('veritascluster')
veritasclusterOSH.setAttribute('data_name', clusterName)
modeling.setAppSystemVendor(veritasclusterOSH)
OSHVResult.add(veritasclusterOSH)
# Create configuration file object containing the zipped main.cf
configFileOsh = modeling.createConfigurationDocumentOSH(
"main.cf.properties", "NA", resBuffer, veritasclusterOSH,
modeling.MIME_TEXT_PLAIN, lastUpdateTime, 'main.cf')
OSHVResult.add(configFileOsh)
# Handle the system element (Cluster nodes)
elif element_type == 'system':
nodeName = element_name
hostOSH = shUtils.resolveHost(nodeName.strip())
if hostOSH == None:
continue
hostOSH.setAttribute('host_hostname', nodeName)
OSHVResult.add(hostOSH)
clusterSoftware = modeling.createClusterSoftwareOSH(
hostOSH, 'Veritas Cluster SW')
memberOSH = modeling.createLinkOSH('member', veritasclusterOSH,
clusterSoftware)
OSHVResult.add(clusterSoftware)
OSHVResult.add(memberOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
# create config file object containing the zipped cf file and link it to host
configFileName = "%s.properties" % nodeName
configFileOsh = modeling.createConfigurationDocumentOSH(
configFileName, "NA", element_prop, clusterSoftware,
modeling.MIME_TEXT_PLAIN, lastUpdateTime, nodeName)
OSHVResult.add(configFileOsh)
# add hostosh to nodenames map so it will be easy to access later based on nodename
nodeNameToOSH[nodeName] = hostOSH
nodeNameToFSSWOSH[nodeName] = clusterSoftware
# Handle the group element
elif element_type == 'group':
groupName = element_name
clusterDeviceOSH = ObjectStateHolder('clusteredservice')
clusterDeviceOSH.setAttribute('data_name', groupName)
clusterName = veritasclusterOSH.getAttribute(
'data_name').getValue()
clusterDeviceOSH.setAttribute('host_key',
'%s:%s' % (clusterName, groupName))
clusterDeviceOSH.setBoolAttribute('host_iscomplete', 1)
containsOSH = modeling.createLinkOSH('contained',
veritasclusterOSH,
clusterDeviceOSH)
OSHVResult.add(clusterDeviceOSH)
OSHVResult.add(containsOSH)
# for clusterSoftware in clusterSoftwares:
# runOSH = modeling.createLinkOSH('run', clusterSoftware, clusterDeviceOSH)
# OSHVResult.add(runOSH)
# create group object and link it to the cluster
vcsGroupOSH = ObjectStateHolder('vcsgroup')
vcsGroupOSH.setAttribute('data_name', groupName)
vcsGroupOSH.setContainer(clusterDeviceOSH)
OSHVResult.add(vcsGroupOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
# create config file object containing the current group related section in cf file, zipped and link it to cluster
configFileName = "%s.properties" % groupName
configFileOsh = modeling.createConfigurationDocumentOSH(
configFileName, "NA", element_prop, vcsGroupOSH,
modeling.MIME_TEXT_PLAIN, lastUpdateTime, groupName)
OSHVResult.add(configFileOsh)
m = re.search('SystemList\s*\=\s*\{(.*)\}', element_prop, re.M)
if m:
systemList = m.group(1)
systemsWithPriorities = getSystemsWithPriorities(systemList)
for nodeName, priority in systemsWithPriorities.items():
if nodeNameToFSSWOSH.has_key(nodeName):
clusterSoftware = nodeNameToFSSWOSH[nodeName]
ownerOSH = modeling.createLinkOSH(
'potentially_run', clusterSoftware,
clusterDeviceOSH)
if priority == 0:
ownerOSH.setAttribute('data_name',
'Preferred Owner')
ownerOSH.setBoolAttribute('is_owner', 1)
else:
ownerOSH.setAttribute('data_name',
'Alternate Owner')
ownerOSH.setBoolAttribute('is_owner', 0)
OSHVResult.add(ownerOSH)
# Handle the resource element
elif element_type != None:
if vcsGroupOSH == None:
continue
resourceName = element_name
vcsresourceOSH = ObjectStateHolder('vcsresource')
vcsresourceOSH.setAttribute('data_name', resourceName)
vcsresourceOSH.setAttribute('type', element_type)
vcsresourceOSH.setContainer(vcsGroupOSH)
OSHVResult.add(vcsresourceOSH)
element_prop = element_prop.strip()
if (element_prop != '') and (len(element_prop) > 3):
(zippedBytes, checksumValue,
dataLength) = modeling.processBytesAttribute(element_prop)
vcsresourceOSH.setBytesAttribute('resource_properties',
zippedBytes)
resourceNameToOSH[resourceName] = vcsresourceOSH
# Create the real resource element behine the vcs resource and link the two objects with a depend link
handleResource(element_name, element_type, element_prop,
vcsresourceOSH, nodeNameToOSH, OSHVResult,
clusterDeviceOSH)
# Handle the resources dependencies
reg = '([\w-]+)\srequires\s([\w-]+)'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
for match in matches:
depended = match[0].strip()
master = match[1].strip()
# link each resource with the resource it depends on
dependOSH = modeling.createLinkOSH('depend',
resourceNameToOSH[depended],
resourceNameToOSH[master])
OSHVResult.add(dependOSH)
# Handle the CF included files
reg = 'include\s\"(.*)\"'
compiled = re.compile(reg)
matches = compiled.findall(resBuffer)
for match in matches:
cfFileName = match.strip()
try:
includeFilePath = cfPath + cfFileName
currCFBuffer = shUtils.safecat(includeFilePath)
except:
errorMessage = 'Failed to handle include file %s' % includeFilePath
logger.debugException(errorMessage)
errobj = errorobject.createError(
errorcodes.FAILED_HANDLING_INCLUDE_FILE, [includeFilePath],
errorMessage)
logger.reportWarningObject(errobj)
if not shUtils.getLastCmdReturnCode():
currCFBuffer = currCFBuffer.strip()
if (currCFBuffer != None) and (currCFBuffer != ''):
# create configuration file object with the included cf file zipped
configFileName = "%s.properties" % cfFileName
configFileOsh = modeling.createConfigurationDocumentOSH(
configFileName, "NA", currCFBuffer, veritasclusterOSH,
modeling.MIME_TEXT_PLAIN, lastUpdateTime, cfFileName)
OSHVResult.add(configFileOsh)
