def handleDiskRow(self, fileSystem, mountedOn, size, usedSize=None):
"""
@param usedSize: disk used size in 1K-blocks
@param size: disk size in 1K-blocks
"""
if mountedOn in self.mountPointToDisk:
logger.reportWarning("File system object already reported for the mount point; skipping new one")
logger.warn(
"File system object already reported for the mount point '%s'; skipping new one (mount point: '%s'; file system: '%s')"
% (mountedOn, mountedOn, fileSystem)
)
return
if str(size).isdigit():
sizeInMb = _kbToMb(size)
else:
sizeInMb = None
if str(usedSize).isdigit():
usedSizeInMb = _kbToMb(usedSize)
else:
usedSizeInMb = None
type_ = modeling.UNKNOWN_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(
self.containerOsh, mountedOn, type_, size=sizeInMb, name=fileSystem, usedSize=usedSizeInMb
)
if diskOsh:
self.mountPointToDisk[mountedOn] = diskOsh
self.resultVector.add(diskOsh)
host_reporter = host_topology.Reporter()
resolver = dns_resolver.create(shell=self.shell)
try:
(remoteHost, remoteMountPoint) = getRemoteHostAndMountPoint(fileSystem)
if remoteHost and remoteMountPoint:
if remoteHost.startswith("[") and remoteHost.endswith("]"):
remoteHost = remoteHost[1:-1]
host_osh = self.remoteHosts.get(remoteHost)
if not host_osh:
host = host_base_parser.parse_from_address(remoteHost, resolver.resolve_ips)
# do not report hostname as it may be alias
host_osh, _, oshs = host_reporter.report_host_with_ips(host.ips)
self.remoteHosts[remoteHost] = host_osh
self.resultVector.addAll(oshs)
remoteShareOsh = ObjectStateHolder("networkshare")
remoteShareOsh.setContainer(host_osh)
remoteShareOsh.setStringAttribute("data_name", remoteMountPoint)
remoteShareOsh.setStringAttribute("share_path", remoteMountPoint)
self.resultVector.add(remoteShareOsh)
self.resultVector.add(modeling.createLinkOSH("realization", remoteShareOsh, diskOsh))
except:
stackTrace = logger.prepareFullStackTrace("Failed to link disk to the remote share.")
logger.warn(stackTrace)
def discoverDiskByWmic(shell, OSHVec, hostOSH):
wmiProvider = wmiutils.getWmiProvider(shell)
queryBuilder = wmiProvider.getBuilder("Win32_LogicalDisk")
queryBuilder.usePathCommand(1)
queryBuilder.addWmiObjectProperties("DeviceID", "DriveType", "FreeSpace", "ProviderName", "Size", "FileSystem")
queryBuilder.addWhereClause("DriveType=3")
wmicAgent = wmiProvider.getAgent()
diskItems = []
try:
diskItems = wmicAgent.getWmiData(queryBuilder)
except:
logger.debugException("Failed getting disks information via wmic")
return 0
for diskItem in diskItems:
# size in MB
diskSize = diskItem.Size and diskItem.Size.strip() or None
if diskSize:
diskSize = _bytesToMB(diskSize)
diskFreeSize = diskItem.FreeSpace and diskItem.FreeSpace.strip() or None
if diskFreeSize:
diskFreeSize = _bytesToMB(diskFreeSize)
diskUsedSize = None
if diskFreeSize is not None and diskFreeSize is not None:
diskUsedSize = diskSize - diskFreeSize
diskName = diskItem.DeviceID and diskItem.DeviceID.strip() or None
if diskName:
diskName = re.sub(":$", "", diskName)
# if provderName is set - this is a remote disk
diskProviderName = diskItem.ProviderName and diskItem.ProviderName.strip() or diskName
diskType = diskItem.DriveType and int(diskItem.DriveType.strip()) or None
logger.debug(
"found disk: %s, sizeInMB=%s, freespace=%s, type=%s" % (diskName, diskSize, diskFreeSize, diskType)
)
diskType = diskType and modeling.STORAGE_ID_TO_STORAGE_TYPE.get(diskType) or modeling.OTHER_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(
hostOSH, diskName, diskType, size=diskSize, name=diskProviderName, usedSize=diskUsedSize
)
OSHVec.add(diskOsh)
return 1
def createZoneFileSystemObjects(zone, globalZoneOsh, resultsVector):
for fileSystem in zone.fileSystems:
localZoneDiskOsh = modeling.createDiskOSH(zone.hostOsh, fileSystem.dir, type = modeling.UNKNOWN_STORAGE_TYPE)
localZoneDiskOsh.setBoolAttribute('isvirtual', 1)
resultsVector.add(localZoneDiskOsh)
globalDiskOsh = ObjectStateHolder('networkshare')
globalDiskOsh.setAttribute('data_name', fileSystem.special)
globalDiskOsh.setAttribute('share_path', fileSystem.special)
globalDiskOsh.setContainer(globalZoneOsh)
resultsVector.add(globalDiskOsh)
realizationLink = modeling.createLinkOSH('realization', globalDiskOsh, localZoneDiskOsh)
resultsVector.add(realizationLink)
def discoverDisk(client, myVec, hostOSH):
cmdDiskInfo = 'diskinfo.exe'
localFile = CollectorsParameters.BASE_PROBE_MGR_DIR + CollectorsParameters.getDiscoveryResourceFolder(
) + CollectorsParameters.FILE_SEPARATOR + 'diskinfo.exe'
remoteFile = client.copyFileIfNeeded(localFile)
if not remoteFile:
logger.debug('Failed copying %s' % cmdDiskInfo)
return
ntcmdErrStr = 'Remote command returned 1(0x1)'
buffer = client.execCmd(
remoteFile,
DISKINFO_TIMEOUT) # V@@CMD_PERMISION ntcmd protocol execution
logger.debug('Output of ', remoteFile, ': ', buffer)
if buffer.find(ntcmdErrStr) != -1:
logger.warn('Failed getting disk info')
else:
logger.debug('Got disk info - parsing...')
disks = buffer.split('\n')
for disk in disks:
disk = disk.strip()
name = ''
size = 0
usedSize = None
diskType = ''
try:
# Get disk size
matchSize = re.search('Size: (\d+) MB', disk)
if matchSize:
size = int(matchSize.group(1))
matchFreeSize = re.search('Free: (\d+) MB', disk)
if matchFreeSize:
freeSize = int(matchFreeSize.group(1))
usedSize = size - freeSize
# Get disk type
matchType = re.search('Type: (.*)', disk)
if matchType:
diskType = matchType.group(1)
diskType = diskType.strip()
if (diskType == 'FLOPPY' and size > 5):
diskType = 'FLASH'
# Get disk name
matchName = re.search(r'Name: (\w):\\,', disk)
if matchName:
name = matchName.group(1)
name = name.strip()
# Create DISK OSH
if name != '':
if diskType in STORAGE_NAME_TO_STORAGE_TYPE:
storageType = STORAGE_NAME_TO_STORAGE_TYPE[diskType]
else:
storageType = modeling.OTHER_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(hostOSH,
name,
storageType,
size,
name=name,
usedSize=usedSize)
myVec.add(diskOsh)
except:
logger.errorException('Error in discoverDisk()')
def discoverDiskByWmic(shell, OSHVec, hostOSH):
wmiProvider = wmiutils.getWmiProvider(shell)
queryBuilder = wmiProvider.getBuilder('Win32_LogicalDisk')
queryBuilder.usePathCommand(1)
queryBuilder.addWmiObjectProperties(
'DeviceID',
'DriveType',
'FreeSpace',
'ProviderName',
'Size',
'FileSystem',
)
queryBuilder.addWhereClause('DriveType=3')
wmicAgent = wmiProvider.getAgent()
diskItems = []
try:
diskItems = wmicAgent.getWmiData(queryBuilder)
except:
logger.debugException('Failed getting disks information via wmic')
return 0
for diskItem in diskItems:
#size in MB
diskSize = diskItem.Size and diskItem.Size.strip() or None
if diskSize:
diskSize = _bytesToMB(diskSize)
diskFreeSize = diskItem.FreeSpace and diskItem.FreeSpace.strip(
) or None
if diskFreeSize:
diskFreeSize = _bytesToMB(diskFreeSize)
diskUsedSize = None
if diskFreeSize is not None and diskFreeSize is not None:
diskUsedSize = diskSize - diskFreeSize
diskName = diskItem.DeviceID and diskItem.DeviceID.strip() or None
if diskName:
diskName = re.sub(':$', '', diskName)
# if provderName is set - this is a remote disk
diskProviderName = diskItem.ProviderName and diskItem.ProviderName.strip(
) or diskName
diskType = diskItem.DriveType and int(
diskItem.DriveType.strip()) or None
logger.debug('found disk: %s, sizeInMB=%s, freespace=%s, type=%s' %
(diskName, diskSize, diskFreeSize, diskType))
diskType = diskType and modeling.STORAGE_ID_TO_STORAGE_TYPE.get(
diskType) or modeling.OTHER_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(hostOSH,
diskName,
diskType,
size=diskSize,
name=diskProviderName,
usedSize=diskUsedSize)
OSHVec.add(diskOsh)
return 1
def discoverDisk(client, myVec, hostOSH):
cmdDiskInfo = "diskinfo.exe"
localFile = (
CollectorsParameters.BASE_PROBE_MGR_DIR
+ CollectorsParameters.getDiscoveryResourceFolder()
+ CollectorsParameters.FILE_SEPARATOR
+ "diskinfo.exe"
)
remoteFile = client.copyFileIfNeeded(localFile)
if not remoteFile:
logger.debug("Failed copying %s" % cmdDiskInfo)
return
ntcmdErrStr = "Remote command returned 1(0x1)"
buffer = client.execCmd(remoteFile, DISKINFO_TIMEOUT) # V@@CMD_PERMISION ntcmd protocol execution
logger.debug("Output of ", remoteFile, ": ", buffer)
if buffer.find(ntcmdErrStr) != -1:
logger.warn("Failed getting disk info")
else:
logger.debug("Got disk info - parsing...")
disks = buffer.split("\n")
for disk in disks:
disk = disk.strip()
name = ""
size = 0
usedSize = None
diskType = ""
try:
# Get disk size
matchSize = re.search("Size: (\d+) MB", disk)
if matchSize:
size = int(matchSize.group(1))
matchFreeSize = re.search("Free: (\d+) MB", disk)
if matchFreeSize:
freeSize = int(matchFreeSize.group(1))
usedSize = size - freeSize
# Get disk type
matchType = re.search("Type: (.*)", disk)
if matchType:
diskType = matchType.group(1)
diskType = diskType.strip()
if diskType == "FLOPPY" and size > 5:
diskType = "FLASH"
# Get disk name
matchName = re.search(r"Name: (\w):\\,", disk)
if matchName:
name = matchName.group(1)
name = name.strip()
# Create DISK OSH
if name != "":
if diskType in STORAGE_NAME_TO_STORAGE_TYPE:
storageType = STORAGE_NAME_TO_STORAGE_TYPE[diskType]
else:
storageType = modeling.OTHER_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(hostOSH, name, storageType, size, name=name, usedSize=usedSize)
myVec.add(diskOsh)
except:
logger.errorException("Error in discoverDisk()")
def doDicovery(shell, framework, rootServerOsh):
resultVector = ObjectStateHolderVector()
try:
domainsList = discoverDomainsList(shell)
except ValueError:
raise ValueError, 'No libvirt Found. Failed to discover neither Xen nor KVM'
domainsConfigDict = discoverDomainConfiguration(shell, domainsList)
bridgeDict = discoverBridges(shell)
ifaceNameToIfaceMacMap = discoverInterfacesByIfconfig(shell)
#building topology
ucmdbVersion = logger.Version().getVersion(framework)
resultVector.add(rootServerOsh)
bridgeToPortOshMap = {}
for bridge in bridgeDict.values():
bridgeOsh = createBridgeOsh(bridge.mac, bridge.name, rootServerOsh)
if bridgeOsh:
portNumber = 0
for ifaceName in bridge.ifaceNameList:
ifaceMac = ifaceNameToIfaceMacMap.get(ifaceName)
interfaceOsh = modeling.createInterfaceOSH(ifaceMac, rootServerOsh)
resultVector.add(bridgeOsh)
if interfaceOsh:
linkOsh = modeling.createLinkOSH('containment', bridgeOsh, interfaceOsh)
resultVector.add(linkOsh)
resultVector.add(interfaceOsh)
portOsh = createBridgePhysicalPort(str(portNumber), bridgeOsh)
portNumber += 1
linkOsh = modeling.createLinkOSH('realization', portOsh, interfaceOsh)
bridgeToPortOshMap[bridge.name] = portOsh
resultVector.add(portOsh)
resultVector.add(linkOsh)
(hypervisorVersion, hypervisorVersionDescription) = getHypervisorData(shell)
if hypervisorVersion and not domainsConfigDict and checkKvmIrqProcess(shell):
hypervisorOsh = KvmHypervisor(hypervisorVersion, hypervisorVersionDescription).build(rootServerOsh)
resultVector.add(hypervisorOsh)
for (domainName, config) in domainsConfigDict.items():
hypervisorOsh = config.name == XEN_DOMAIN and XenHypervisor(hypervisorVersion, hypervisorVersionDescription).build(rootServerOsh) or KvmHypervisor(hypervisorVersion, hypervisorVersionDescription).build(rootServerOsh)
resultVector.add(hypervisorOsh)
if config.domainId == 0 and config.name == XEN_DOMAIN:
domainConfigOsh = createXenDomainConfigOsh(config, rootServerOsh)
resultVector.add(domainConfigOsh)
else:
vHostOsh = createVirtHostOsh(config)
if vHostOsh:
domainConfigOsh = config.name == XEN_DOMAIN and createXenDomainConfigOsh(config, vHostOsh) or createKvmDomainConfigOsh(config, vHostOsh)
linkOsh = modeling.createLinkOSH('run', hypervisorOsh, vHostOsh)
resultVector.add(vHostOsh)
resultVector.add(domainConfigOsh)
resultVector.add(linkOsh)
for networkInterface in config.interfaceList:
interfaceOsh = modeling.createInterfaceOSH(networkInterface.macAddress, vHostOsh)
if interfaceOsh:
interfaceOsh.setBoolAttribute('isvirtual', 1)
resultVector.add(interfaceOsh)
for i in range(len(config.bridgeNameList)):
bridgeName = config.bridgeNameList[i]
ifaceMac = config.interfaceList[i]
bridge = bridgeDict.get(bridgeName)
if bridge:
interfaceOsh = modeling.createInterfaceOSH(networkInterface.macAddress, vHostOsh)
portOsh = bridgeToPortOshMap.get(bridgeName)
if ucmdbVersion < 9:
linkOsh = modeling.createLinkOSH('layertwo', interfaceOsh, portOsh)
resultVector.add(linkOsh)
shareOsh = createNetworkShare(config.disk, rootServerOsh, ucmdbVersion)
if shareOsh:
diskOsh = modeling.createDiskOSH(vHostOsh, config.mountPoint, modeling.UNKNOWN_STORAGE_TYPE)
if diskOsh:
linkOsh = modeling.createLinkOSH('realization', shareOsh, diskOsh)
resultVector.add(shareOsh)
resultVector.add(diskOsh)
resultVector.add(linkOsh)
return resultVector
def doQueryDisks(client, OSHVResult):
ip_address = client.getIpAddress()
_hostObj = modeling.createHostOSH(ip_address)
################ Query and data ################################
data_name_mib = '1.3.6.1.2.1.25.2.3.1.3,1.3.6.1.2.1.25.2.3.1.4,string,1.3.6.1.2.1.25.2.3.1.5,double,1.3.6.1.2.1.25.2.3.1.6,string,1.3.6.1.2.1.25.2.3.1.7,string,1.3.6.1.2.1.25.2.3.1.2,string,1.3.6.1.2.1.25.2.3.1.4,string'
resultSet = client.executeQuery(data_name_mib)#@@CMD_PERMISION snmp protocol execution
count = 0
while resultSet.next():
count = count + 1
try:
diskNametmp = resultSet.getString(2)
diskSizeStr = resultSet.getString(3)
diskSizetmp = 0
if (diskSizeStr != None and diskSizeStr != ''):
diskSizetmp = int(diskSizeStr)
diskFailuresStr = resultSet.getString(5)
if (diskFailuresStr != None and diskFailuresStr != ''):
diskFailures = int(diskFailuresStr)
else:
diskFailures = None
logger.debug('Failed parsing DiskFailures value')
diskTypeOid = resultSet.getString(6)
diskSizeUnitStr = resultSet.getString(7)
diskSizeUnit = 0
if (diskSizeUnitStr != None and diskSizeUnitStr != ''):
diskSizeUnit = int(diskSizeUnitStr)
# calculate disk size in Bytes
# to get disk size we multiply cluster size (allocation units) by number of clusters on disk
#diskSize =(float(diskSizetmp)*float(diskSizeUnit))#/(1024)
# calculate disk size in Bytes and translate to Megabytes
# to get disk size we multiply cluster size (allocation units) by number of clusters on disk
diskSize = round((float(diskSizetmp) * float(diskSizeUnit)) / 1048576, 2)
except:
logger.warnException('Failed creating disk #%d OSH target ip: %s' % (count , ip_address))
continue
########################## Change the Lable #########################
# handle win drive letters representation
m = re.search('(\w):\\\\',diskNametmp)
if (m != None):
#found win drive letter (such as 'c:\')- keep only the drive letter (i.e. 'c')
diskNametmp = m.group(1)
if (diskNametmp != None):
diskName = diskNametmp
else:
diskName = 'None'
################# Found matching Disk type #########################
if OID_TO_STORAGE_TYPE.has_key(diskTypeOid):
diskType = OID_TO_STORAGE_TYPE[diskTypeOid]
else:
logger.warn('Unknown Storage type found: %s' % diskTypeOid)
diskType = modeling.OTHER_STORAGE_TYPE
################# prints parameters for debug ######################
logger.debug('Found Disk. Name=%s, Type=%s' % (diskName, diskType))
####################### send object #################################
disk_details = modeling.createDiskOSH(_hostObj, diskName, diskType, diskSize, diskFailures, name = diskName)
if disk_details:
OSHVResult.add(disk_details)
def getDisk(path,hostId):
diskName = path.split(':\\')[0].upper()
type = modeling.UNKNOWN_STORAGE_TYPE
return modeling.createDiskOSH(hostId, diskName, type, name = diskName)
def doQueryDisks(client, OSHVResult):
ip_address = client.getIpAddress()
_hostObj = modeling.createHostOSH(ip_address)
################ Query and data ################################
data_name_mib = '1.3.6.1.2.1.25.2.3.1.3,1.3.6.1.2.1.25.2.3.1.4,string,1.3.6.1.2.1.25.2.3.1.5,double,1.3.6.1.2.1.25.2.3.1.6,string,1.3.6.1.2.1.25.2.3.1.7,string,1.3.6.1.2.1.25.2.3.1.2,string,1.3.6.1.2.1.25.2.3.1.4,string'
resultSet = client.executeQuery(
data_name_mib) #@@CMD_PERMISION snmp protocol execution
count = 0
while resultSet.next():
count = count + 1
try:
diskNametmp = resultSet.getString(2)
diskSizeStr = resultSet.getString(3)
diskSizetmp = 0
if (diskSizeStr != None and diskSizeStr != ''):
diskSizetmp = int(diskSizeStr)
diskFailuresStr = resultSet.getString(5)
if (diskFailuresStr != None and diskFailuresStr != ''):
diskFailures = int(diskFailuresStr)
else:
diskFailures = None
logger.debug('Failed parsing DiskFailures value')
diskTypeOid = resultSet.getString(6)
diskSizeUnitStr = resultSet.getString(7)
diskSizeUnit = 0
if (diskSizeUnitStr != None and diskSizeUnitStr != ''):
diskSizeUnit = int(diskSizeUnitStr)
# calculate disk size in Bytes
# to get disk size we multiply cluster size (allocation units) by number of clusters on disk
#diskSize =(float(diskSizetmp)*float(diskSizeUnit))#/(1024)
# calculate disk size in Bytes and translate to Megabytes
# to get disk size we multiply cluster size (allocation units) by number of clusters on disk
diskSize = round(
(float(diskSizetmp) * float(diskSizeUnit)) / 1048576, 2)
except:
logger.warnException('Failed creating disk #%d OSH target ip: %s' %
(count, ip_address))
continue
########################## Change the Lable #########################
# handle win drive letters representation
m = re.search('(\w):\\\\', diskNametmp)
if (m != None):
#found win drive letter (such as 'c:\')- keep only the drive letter (i.e. 'c')
diskNametmp = m.group(1)
if (diskNametmp != None):
diskName = diskNametmp
else:
diskName = 'None'
################# Found matching Disk type #########################
if OID_TO_STORAGE_TYPE.has_key(diskTypeOid):
diskType = OID_TO_STORAGE_TYPE[diskTypeOid]
else:
logger.warn('Unknown Storage type found: %s' % diskTypeOid)
diskType = modeling.OTHER_STORAGE_TYPE
################# prints parameters for debug ######################
logger.debug('Found Disk. Name=%s, Type=%s' % (diskName, diskType))
####################### send object #################################
disk_details = modeling.createDiskOSH(_hostObj,
diskName,
diskType,
diskSize,
diskFailures,
name=diskName)
if disk_details:
OSHVResult.add(disk_details)
def doDicovery(shell, framework, rootServerOsh):
resultVector = ObjectStateHolderVector()
try:
domainsList = discoverDomainsList(shell)
except ValueError:
raise ValueError, 'No libvirt Found. Failed to discover neither Xen nor KVM'
domainsConfigDict = discoverDomainConfiguration(shell, domainsList)
bridgeDict = discoverBridges(shell)
ifaceNameToIfaceMacMap = discoverInterfacesByIfconfig(shell)
#building topology
ucmdbVersion = logger.Version().getVersion(framework)
resultVector.add(rootServerOsh)
bridgeToPortOshMap = {}
for bridge in bridgeDict.values():
bridgeOsh = createBridgeOsh(bridge.mac, bridge.name, rootServerOsh)
if bridgeOsh:
portNumber = 0
for ifaceName in bridge.ifaceNameList:
ifaceMac = ifaceNameToIfaceMacMap.get(ifaceName)
interfaceOsh = modeling.createInterfaceOSH(
ifaceMac, rootServerOsh)
resultVector.add(bridgeOsh)
if interfaceOsh:
linkOsh = modeling.createLinkOSH('containment', bridgeOsh,
interfaceOsh)
resultVector.add(linkOsh)
resultVector.add(interfaceOsh)
portOsh = createBridgePhysicalPort(str(portNumber),
bridgeOsh)
portNumber += 1
linkOsh = modeling.createLinkOSH('realization', portOsh,
interfaceOsh)
bridgeToPortOshMap[bridge.name] = portOsh
resultVector.add(portOsh)
resultVector.add(linkOsh)
(hypervisorVersion,
hypervisorVersionDescription) = getHypervisorData(shell)
if hypervisorVersion and not domainsConfigDict and checkKvmIrqProcess(
shell):
hypervisorOsh = KvmHypervisor(
hypervisorVersion,
hypervisorVersionDescription).build(rootServerOsh)
resultVector.add(hypervisorOsh)
for (domainName, config) in domainsConfigDict.items():
hypervisorOsh = config.name == XEN_DOMAIN and XenHypervisor(
hypervisorVersion, hypervisorVersionDescription).build(
rootServerOsh) or KvmHypervisor(
hypervisorVersion,
hypervisorVersionDescription).build(rootServerOsh)
resultVector.add(hypervisorOsh)
if config.domainId == 0 and config.name == XEN_DOMAIN:
domainConfigOsh = createXenDomainConfigOsh(config, rootServerOsh)
resultVector.add(domainConfigOsh)
else:
vHostOsh = createVirtHostOsh(config)
if vHostOsh:
domainConfigOsh = config.name == XEN_DOMAIN and createXenDomainConfigOsh(
config, vHostOsh) or createKvmDomainConfigOsh(
config, vHostOsh)
linkOsh = modeling.createLinkOSH('run', hypervisorOsh,
vHostOsh)
resultVector.add(vHostOsh)
resultVector.add(domainConfigOsh)
resultVector.add(linkOsh)
for networkInterface in config.interfaceList:
interfaceOsh = modeling.createInterfaceOSH(
networkInterface.macAddress, vHostOsh)
if interfaceOsh:
interfaceOsh.setBoolAttribute('isvirtual', 1)
resultVector.add(interfaceOsh)
for i in range(len(config.bridgeNameList)):
bridgeName = config.bridgeNameList[i]
ifaceMac = config.interfaceList[i]
bridge = bridgeDict.get(bridgeName)
if bridge:
interfaceOsh = modeling.createInterfaceOSH(
networkInterface.macAddress, vHostOsh)
portOsh = bridgeToPortOshMap.get(bridgeName)
if ucmdbVersion < 9:
linkOsh = modeling.createLinkOSH(
'layertwo', interfaceOsh, portOsh)
resultVector.add(linkOsh)
shareOsh = createNetworkShare(config.disk, rootServerOsh,
ucmdbVersion)
if shareOsh:
diskOsh = modeling.createDiskOSH(
vHostOsh, config.mountPoint,
modeling.UNKNOWN_STORAGE_TYPE)
if diskOsh:
linkOsh = modeling.createLinkOSH(
'realization', shareOsh, diskOsh)
resultVector.add(shareOsh)
resultVector.add(diskOsh)
resultVector.add(linkOsh)
return resultVector
def handleDiskRow(self, fileSystem, mountedOn, size, usedSize=None):
'''
@param usedSize: disk used size in 1K-blocks
@param size: disk size in 1K-blocks
'''
if mountedOn in self.mountPointToDisk:
logger.reportWarning(
'File system object already reported for the mount point; skipping new one'
)
logger.warn(
"File system object already reported for the mount point '%s'; skipping new one (mount point: '%s'; file system: '%s')"
% (mountedOn, mountedOn, fileSystem))
return
if str(size).isdigit():
sizeInMb = _kbToMb(size)
else:
sizeInMb = None
if str(usedSize).isdigit():
usedSizeInMb = _kbToMb(usedSize)
else:
usedSizeInMb = None
type_ = modeling.UNKNOWN_STORAGE_TYPE
diskOsh = modeling.createDiskOSH(self.containerOsh,
mountedOn,
type_,
size=sizeInMb,
name=fileSystem,
usedSize=usedSizeInMb)
if diskOsh:
self.mountPointToDisk[mountedOn] = diskOsh
self.resultVector.add(diskOsh)
host_reporter = host_topology.Reporter()
resolver = dns_resolver.create(shell=self.shell)
try:
(remoteHost,
remoteMountPoint) = getRemoteHostAndMountPoint(fileSystem)
if remoteHost and remoteMountPoint:
if remoteHost.startswith('[') and remoteHost.endswith(']'):
remoteHost = remoteHost[1:-1]
host_osh = self.remoteHosts.get(remoteHost)
if not host_osh:
host = host_base_parser.parse_from_address(
remoteHost, resolver.resolve_ips)
#do not report hostname as it may be alias
host_osh, _, oshs = host_reporter.report_host_with_ips(
host.ips)
self.remoteHosts[remoteHost] = host_osh
self.resultVector.addAll(oshs)
remoteShareOsh = ObjectStateHolder('networkshare')
remoteShareOsh.setContainer(host_osh)
remoteShareOsh.setStringAttribute('data_name',
remoteMountPoint)
remoteShareOsh.setStringAttribute('share_path',
remoteMountPoint)
self.resultVector.add(remoteShareOsh)
self.resultVector.add(
modeling.createLinkOSH('realization', remoteShareOsh,
diskOsh))
except:
stackTrace = logger.prepareFullStackTrace(
'Failed to link disk to the remote share.')
logger.warn(stackTrace)
def createStorageTopology(volumeGroupList, logicalVolumeList, physicalVolumeList, scsiAdaptersList, parentOsh):
"""
Creates Objects State Holders for Volume Groups, Logical Volumes, Physical Volumes, SCSI Adapters
and corresponding Use and Depend links among them
@param volumeGroupList: discovered Volume Groups
@type volumeGroupList: list of VolumeGroup Data Objects instances
@param logicalVolumeList: discovered Logical Volumes
@type logicalVolumeList: list of LogicalVolume Data Objects instances
@param physicalVolumeList: discovered Physical Volumes
@type physicalVolumeList: list of PhysicalVolume Data Objects instances
@param scsiAdaptersList: discovered SCSI Adapters
@type scsiAdaptersList: list of ScsiAdapter Data Objects instances
@param parentOsh: Object State Holder of the Host this SCSI Adapter belongs to
@type parentOsh: OSH instance of a Host CI or any of its siblings
@return: Object State Holder Vector of the discovered topology
"""
vector = ObjectStateHolderVector()
vgOshDict = {}
if volumeGroupList:
for volumeGroup in volumeGroupList:
vgOsh = createVolumeGroupOsh(volumeGroup, parentOsh)
if vgOsh:
vgOshDict[volumeGroup.vgName] = vgOsh
vector.add(vgOsh)
scsiAdaptersOshDict = {}
if scsiAdaptersList:
for scsiAdapter in scsiAdaptersList:
scsiOsh = createScsiAdapterOsh(scsiAdapter, parentOsh)
if scsiOsh:
scsiAdaptersOshDict[scsiAdapter.slotNumber] = scsiOsh
vector.add(scsiOsh)
if logicalVolumeList:
for logicalVolume in logicalVolumeList:
lvOsh = createLogicalVolumeOsh(logicalVolume, parentOsh)
if lvOsh:
if logicalVolume.volumeGroupName and vgOshDict.has_key(logicalVolume.volumeGroupName):
vgOsh = vgOshDict.get(logicalVolume.volumeGroupName)
linkOsh = modeling.createLinkOSH('contained', vgOsh, lvOsh)
vector.add(linkOsh)
if logicalVolume.scsiAdapterSlotNumber and scsiAdaptersOshDict.has_key(logicalVolume.scsiAdapterSlotNumber):
scsiOsh = scsiAdaptersOshDict.get(logicalVolume.scsiAdapterSlotNumber)
linkOsh = None
if scsiOsh.getAttributeValue("isvirtual"):
linkOsh = modeling.createLinkOSH("use", scsiOsh, lvOsh)
else:
linkOsh = modeling.createLinkOSH("depend", lvOsh, scsiOsh)
vector.add(linkOsh)
if logicalVolume.mountPoint and logicalVolume.lvFsType:
fsOsh = modeling.createDiskOSH(parentOsh, logicalVolume.mountPoint, modeling.UNKNOWN_STORAGE_TYPE)
linkOsh = modeling.createLinkOSH('depend', fsOsh, lvOsh)
vector.add(fsOsh)
vector.add(linkOsh)
vector.add(lvOsh)
if physicalVolumeList:
for physicalVolume in physicalVolumeList:
pvOsh = createPhysicalVolumeOsh(physicalVolume, parentOsh)
if pvOsh:
if physicalVolume.volumeGroupName and vgOshDict.has_key(physicalVolume.volumeGroupName):
vgOsh = vgOshDict.get(physicalVolume.volumeGroupName)
linkOsh = modeling.createLinkOSH('contained', vgOsh, pvOsh)
vector.add(linkOsh)
if physicalVolume.scsiAdapterSlotNumber and scsiAdaptersOshDict.has_key(physicalVolume.scsiAdapterSlotNumber):
scsiOsh = scsiAdaptersOshDict.get(physicalVolume.scsiAdapterSlotNumber)
linkOsh = None
if scsiOsh.getAttributeValue("isvirtual"):
linkOsh = modeling.createLinkOSH("use", scsiOsh, pvOsh)
else:
linkOsh = modeling.createLinkOSH("depend", pvOsh, scsiOsh)
vector.add(linkOsh)
vector.add(pvOsh)
return vector
def getDisk(path,host_id):
found_disk_drive = re.match('(\w):\\.*', path)
if found_disk_drive:
disk_drive = found_disk_drive.group(1).upper()
type = modeling.UNKNOWN_STORAGE_TYPE
return modeling.createDiskOSH(host_id, disk_drive, type, name = disk_drive)