def _getSupportedShellProtocols(Framework):
'''Returns names of protocols that will be used in the connection flow
depending on the order in the list
@types: Framework -> list[str]
'''
# ORDER IS IMPORTANT
protocolOrder = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('protocolConnectionOrder', "")
if protocolOrder:
supportedProtocols = []
for protocol in protocolOrder.split(','):
if protocol.strip().lower() == ClientsConsts.SSH_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.SSH_PROTOCOL_NAME)
elif protocol.strip().lower() == ClientsConsts.TELNET_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.TELNET_PROTOCOL_NAME)
elif protocol.strip().lower() == ClientsConsts.NTCMD_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.NTCMD_PROTOCOL_NAME)
else:
logger.debug("Unknown protocol name in globalSetting:", protocol)
else:
supportedProtocols = [ClientsConsts.SSH_PROTOCOL_NAME,
ClientsConsts.TELNET_PROTOCOL_NAME,
ClientsConsts.NTCMD_PROTOCOL_NAME]
# empty means last (other possible values - first, last, none)
udaConnectionOrder = (Framework.getParameter('udaConnectionOrder') or 'last')
if udaConnectionOrder.lower() == 'last':
supportedProtocols.append(ClientsConsts.DDM_AGENT_PROTOCOL_NAME)
elif udaConnectionOrder.lower() == 'first':
supportedProtocols.insert(0, ClientsConsts.DDM_AGENT_PROTOCOL_NAME)
else:
logger.warn("Specified invalid parameter for the UDA connection order")
return supportedProtocols
def get_local_databases(executor,
shell_interpreter,
instance_name,
db2_home_path=None):
multiple_db2_instances = GeneralSettingsConfigFile.getInstance(
).getPropertyBooleanValue('multipleDB2Instances', 0)
if multiple_db2_instances:
file_name = '/tmp/ucmdb-temp-shell-' + str(int(
time.time() * 1000)) + '.sh'
db2cmdline = base_shell_discoverer.Db2.BIN_NAME
if db2_home_path:
db2path = base_shell_discoverer.compose_db2_bin_path(
db2_home_path) + db2cmdline
db2cmdline = shell_interpreter.getEnvironment().normalizePath(
db2path)
db2cmdline = '\'%s list db directory\'' % db2cmdline
sh_db2cmdline = 'sh ' + file_name
try:
save_cmd_to_file(db2cmdline, file_name, executor)
return base_shell_discoverer.get_local_databases(
executor, shell_interpreter, instance_name, db2_home_path,
sh_db2cmdline)
except:
return base_shell_discoverer.get_local_databases(
executor, shell_interpreter, instance_name, db2_home_path)
finally:
try:
remove_file(file_name, executor)
except:
logger.debug("Failed to remove temp file %s" % file_name)
else:
return base_shell_discoverer.get_local_databases(
executor, shell_interpreter, instance_name, db2_home_path)
def getBIOSUUID(client):
try:
convertToMicrosoftStandart = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('setBiosUuidToMicrosoftStandart', 'false')
query = 'SELECT UUID from Win32_ComputerSystemProduct'
resultSet = client.executeQuery(query)
while resultSet.next():
uuidValue = resultSet.getString(1)
if (re.match(r"(0{8}-0{4}-0{4}-0{4}-0{12})", uuidValue)
or re.match(r"([fF]{8}-[fF]{4}-[fF]{4}-[fF]{4}-[fF]{12})", uuidValue)):
logger.debug('Invalid UUID was received. Skipping.')
return None
if convertToMicrosoftStandart.lower() == 'true':
logger.warn('BIOS UUID is reported according to Microsoft definitions since parameter setBiosUuidToMicrosoftStandart is set to True.')
return uuidValue
byteStyle = re.match(r"(\w{2})(\w{2})(\w{2})(\w{2})\-(\w{2})(\w{2})-(\w{2})(\w{2})(.*)", uuidValue)
#returned 00010203-0405-0607-0809-0a0b0c0d0e0f
#should be 03020100-0504-0706-0809-0a0b0c0d0e0f
if byteStyle:
group1 = byteStyle.group(4) + byteStyle.group(3) + byteStyle.group(2) + byteStyle.group(1)
group2 = byteStyle.group(6) + byteStyle.group(5)
group3 = byteStyle.group(8) + byteStyle.group(7)
uuid = group1 + '-' + group2 + '-' + group3 + byteStyle.group(9)
return uuid
except:
logger.warn('Couldn\'t retrieve Bios UUID')
def getModelAndBiosUuid(self):
'''@types: -> HostDo
@raise Exception: WMI query failed
'''
convertToMicrosoftStandart = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('setBiosUuidToMicrosoftStandart', 'false')
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder('win32_ComputerSystemProduct')
queryBuilder.addWmiObjectProperties('uuid', 'name')
computerProductList = self._wmiProvider.getAgent().getWmiData(queryBuilder)
for computerProduct in computerProductList:
if computerProduct.uuid:
if (re.match(r"(0{8}-0{4}-0{4}-0{4}-0{12})", computerProduct.uuid) or
re.match(r"([fF]{8}-[fF]{4}-[fF]{4}-[fF]{4}-[fF]{12})", computerProduct.uuid)):
logger.debug('Invalid UUID was received. Skipping.')
continue
if convertToMicrosoftStandart.lower() == 'false':
#returned 00010203-0405-0607-0809-0a0b0c0d0e0f
#should be 03020100-0504-0706-0809-0a0b0c0d0e0f
byteStyle = re.match(r"(\w{2})(\w{2})(\w{2})(\w{2})\-(\w{2})(\w{2})-(\w{2})(\w{2})(.*)", computerProduct.uuid)
if byteStyle:
group1 = byteStyle.group(4) + byteStyle.group(3) + byteStyle.group(2) + byteStyle.group(1)
group2 = byteStyle.group(6) + byteStyle.group(5)
group3 = byteStyle.group(8) + byteStyle.group(7)
uuidFormated = group1 + '-' + group2 + '-' + group3 + byteStyle.group(9)
hostDo.biosUUID = uuidFormated
else:
logger.warn('UUID is not in proper format.')
else:
hostDo.biosUUID = computerProduct.uuid
logger.warn('BIOS UUID is reported according to Microsoft definitions since parameter setBiosUuidToMicrosoftStandart is set to True.')
hostDo.hostModel = computerProduct.name
return hostDo
def __init__(self, Framework):
discoverydbutils.DiscoveryDbUtils.__init__(self, Framework, ProcessDbUtils.CONTEXT)
self.knownPortsConfigFile = Framework.getConfigFile(CollectorsParameters.KEY_COLLECTORS_SERVERDATA_PORTNUMBERTOPORTNAME)
self.applicSignConfigFile = Framework.getConfigFile(CollectorsParameters.KEY_COLLECTORS_SERVERDATA_APPLICATIONSIGNATURE)
self.pid2Process = HashMap()
globalSettings = GeneralSettingsConfigFile.getInstance()
self.PROCESS_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue('processExpirationTime', 60) * 1000L
def processGlassfish(context, processName):
glassfishOsh = context.application.getOsh()
logger.debug('Started processing')
process = context.application.getProcess(processName)
processOriginCmd = process.commandLine
if processOriginCmd is not None:
serverName = None
serverRuntime = None
if processOriginCmd.find(
'com.sun.enterprise.glassfish.bootstrap.ASMain') != -1:
serverRuntime = glassfish_discoverer.createServerRuntimeV3(
processOriginCmd, None)
DescriptorClass = glassfish_discoverer.DomainXmlDescriptorV3
elif processOriginCmd.find('com.sun.enterprise.server.PELaunch') != -1:
serverRuntime = glassfish_discoverer.createServerRuntimeV2(
processOriginCmd, None)
DescriptorClass = glassfish_discoverer.DomainXmlDescriptorV2
if serverRuntime:
serverName = serverRuntime.findServerName()
globalSettings = GeneralSettingsConfigFile.getInstance()
loadExternalDTD = globalSettings.getPropertyBooleanValue(
'loadExternalDTD', 0)
fs = file_system.createFileSystem(context.client)
layout = glassfish_discoverer.createServerLayout(serverRuntime, fs)
domainXmlFile = layout.getFile(layout.getDomainXmlPath())
xPathParser = glassfish_discoverer.XpathParser(loadExternalDTD)
descriptor = DescriptorClass(xPathParser, domainXmlFile.content)
domainName = descriptor.findDomainName()
nodeName = descriptor.findNodeNameByServerName(serverName)
if serverName and domainName:
logger.debug('Reporting serverName %s, domainName %s' %
(serverName, domainName))
glassfishOsh.setStringAttribute('j2eeserver_servername',
serverName)
modeling.setJ2eeServerAdminDomain(glassfishOsh, domainName)
modeling.setAppServerType(glassfishOsh)
# server full name
nodeNamePart = nodeName and '%s_' % nodeName or ''
fullName = '%s%s' % (nodeNamePart, serverName)
glassfishOsh.setAttribute('j2eeserver_fullname', fullName)
else:
logger.debug(
'Glassfish details cannot be acquired, ignoring the application %s, %s'
% (serverName, domainName))
else:
logger.debug('Server runtime is not created')
else:
logger.debug('No process comman line found for pid: %s' %
process.getPid())
def __init__(self, Framework):
discoverydbutils.DiscoveryDbUtils.__init__(self, Framework, TcpDbUtils.CONTEXT)
self.knownPortsConfigFile = Framework.getConfigFile(CollectorsParameters.KEY_COLLECTORS_SERVERDATA_PORTNUMBERTOPORTNAME)
self.applicSignConfigFile = Framework.getConfigFile(CollectorsParameters.KEY_COLLECTORS_SERVERDATA_APPLICATIONSIGNATURE)
self.hostID = Framework.getDestinationAttribute('hostId')
globalSettings = GeneralSettingsConfigFile.getInstance()
#hours
self.TCP_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue('tcpExpirationTime', 24)
#milliseconds
self.PORT_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue('portExpirationTime', 60) * 1000L
def isIPv6Overflow(probeRangesForIPv6):
from com.hp.ucmdb.discovery.library.communication.downloader.cfgfiles import GeneralSettingsConfigFile
maxAllowedIPv6Count = GeneralSettingsConfigFile.getInstance().getPropertyIntegerValue('maxPingIPv6Count', DEFAULT_MAX_PING_IPV6_COUNT)
#only get client ip
probeRangesForIPv6 = [x for x in probeRangesForIPv6 if x and (x.getType().equals(RangeType.CLIENT) or x.getType().equals('Client'))]
totalIpCount = 0
for probeRange in probeRangesForIPv6:
totalIpCount += probeRange.getRangeSize().longValue()
if totalIpCount > maxAllowedIPv6Count:
logger.reportError("Total IPv6 count is %d, exceeds total max IPV6 count %d, give up running the job" % (totalIpCount, maxAllowedIPv6Count))
return True
else:
return False
def __init__(self, Framework):
discoverydbutils.DiscoveryDbUtils.__init__(self, Framework,
ProcessDbUtils.CONTEXT)
self.knownPortsConfigFile = Framework.getConfigFile(
CollectorsParameters.KEY_COLLECTORS_SERVERDATA_PORTNUMBERTOPORTNAME
)
self.applicSignConfigFile = Framework.getConfigFile(
CollectorsParameters.KEY_COLLECTORS_SERVERDATA_APPLICATIONSIGNATURE
)
self.pid2Process = HashMap()
globalSettings = GeneralSettingsConfigFile.getInstance()
self.PROCESS_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue(
'processExpirationTime', 60) * 1000L
def _report_topology(self, osh, host_osh, db_host_osh, topology):
'@types: osh, osh, osh, _Topology -> list[osh]'
system = topology.system
system_osh, oshs = self.report_system(system, osh)
system_osh.setStringAttribute('data_note', 'This SAP System link to ' + host_osh.getAttributeValue('host_key'))
#Making database reporting optional depending on global configuration according to QCCR1H100374 Keep a possibility option to discover SAP related database via Host Applications job
do_report_database = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('reportSapAppServerDatabase', 'false')
if do_report_database.lower() == 'true' and topology.db_info and db_host_osh:
try:
oshs.extend(sap_db.report_db_info(topology.db_info, system_osh, db_host_osh))
except(Exception, JException), ve:
msg = "Failed to report %s. %s" % (str(topology.db_info), ve)
logger.warn(msg)
def discoveryDatabases(sapUtils, systemName, systemOsh):
r'@types: SapUtils, str, osh -> oshv'
logger.info("Discover databases")
database_datasource_pairs = []
vector = ObjectStateHolderVector()
try:
database_datasource_pairs = getDatabaseJco(sapUtils)
except:
logger.warnException('Failed to get database info by DB6_DIAG_GET_SYSTEM_BASICS call')
#Making database reporting optional depending on global configuration according to QCCR1H100374 Keep a possibility option to discover SAP related database via Host Applications job
do_report_database = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('reportSapAppServerDatabase', 'false')
if do_report_database and do_report_database.lower() == 'true':
database_datasource_pairs = getDatabaseCcms(sapUtils, systemName)
for server, datasource in database_datasource_pairs:
vector.addAll(_reportDbServer(server, datasource, systemOsh))
return vector
def processGlassfish(context, processName):
glassfishOsh = context.application.getOsh()
logger.debug('Started processing')
process = context.application.getProcess(processName)
processOriginCmd = process.commandLine
if processOriginCmd is not None:
serverName = None
serverRuntime = None
if processOriginCmd.find('com.sun.enterprise.glassfish.bootstrap.ASMain') != -1:
serverRuntime = glassfish_discoverer.createServerRuntimeV3(processOriginCmd, None)
DescriptorClass = glassfish_discoverer.DomainXmlDescriptorV3
elif processOriginCmd.find('com.sun.enterprise.server.PELaunch') != -1:
serverRuntime = glassfish_discoverer.createServerRuntimeV2(processOriginCmd, None)
DescriptorClass = glassfish_discoverer.DomainXmlDescriptorV2
if serverRuntime:
serverName = serverRuntime.findServerName()
globalSettings = GeneralSettingsConfigFile.getInstance()
loadExternalDTD = globalSettings.getPropertyBooleanValue('loadExternalDTD', 0)
fs = file_system.createFileSystem(context.client)
layout = glassfish_discoverer.createServerLayout(serverRuntime, fs)
domainXmlFile = layout.getFile(layout.getDomainXmlPath())
xPathParser = glassfish_discoverer.XpathParser(loadExternalDTD)
descriptor = DescriptorClass(xPathParser, domainXmlFile.content)
domainName = descriptor.findDomainName()
nodeName = descriptor.findNodeNameByServerName(serverName)
if serverName and domainName:
logger.debug('Reporting serverName %s, domainName %s' % (serverName, domainName))
glassfishOsh.setStringAttribute('j2eeserver_servername', serverName)
modeling.setJ2eeServerAdminDomain(glassfishOsh, domainName)
modeling.setAppServerType(glassfishOsh)
# server full name
nodeNamePart = nodeName and '%s_' % nodeName or ''
fullName = '%s%s' % (nodeNamePart, serverName)
glassfishOsh.setAttribute('j2eeserver_fullname', fullName)
else:
logger.debug('Glassfish details cannot be acquired, ignoring the application %s, %s' % (serverName, domainName))
else:
logger.debug('Server runtime is not created')
else:
logger.debug('No process comman line found for pid: %s' % process.getPid())
def loadXmlFile(self, path, container=None, fileContent=None):
'str, osh, str -> Document'
saxBuilder = SAXBuilder()
globalSettings = GeneralSettingsConfigFile.getInstance()
#loadExternalDTD = globalSettings.getPropertyBooleanValue('loadExternalDTD', 1)
loadExternalDTD = 1
saxBuilder.setFeature(
"http://apache.org/xml/features/nonvalidating/load-external-dtd",
loadExternalDTD)
logger.debug("loadXmlFile, loadExternalDTD: ", loadExternalDTD,
", path: ", path)
if loadExternalDTD:
saxBuilder.setEntityResolver(
XMLExternalEntityResolver(self.fileMonitor, str(path),
self.shellUtils))
saxBuilder.setFeature(
"http://xml.org/sax/features/use-entity-resolver2", 1)
doc = None
try:
fileContent = fileContent or self.fileMonitor.getFileContent(path)
if fileContent:
try:
strContent = String(fileContent)
strContent = String(
strContent.substring(0,
strContent.lastIndexOf('>') + 1))
doc = saxBuilder.build(
ByteArrayInputStream(strContent.getBytes()))
if container is not None:
cfOSH = self.createCF(container, path, fileContent)
if cfOSH is not None:
self.OSHVResult.add(cfOSH)
except:
logger.debugException('Failed to load xml file:', path)
excMsg = traceback.format_exc()
logger.debug(excMsg)
except:
logger.debugException('Failed to get content of file:', path)
excMsg = traceback.format_exc()
logger.debug(excMsg)
return doc
def getModelAndBiosUuid(self):
'''@types: -> HostDo
@raise Exception: WMI query failed
'''
convertToMicrosoftStandart = GeneralSettingsConfigFile.getInstance(
).getPropertyStringValue('setBiosUuidToMicrosoftStandart', 'false')
hostDo = HostDo()
queryBuilder = self._wmiProvider.getBuilder(
'win32_ComputerSystemProduct')
queryBuilder.addWmiObjectProperties('uuid', 'name')
computerProductList = self._wmiProvider.getAgent().getWmiData(
queryBuilder)
for computerProduct in computerProductList:
if computerProduct.uuid:
if (re.match(r"(0{8}-0{4}-0{4}-0{4}-0{12})",
computerProduct.uuid) or re.match(
r"([fF]{8}-[fF]{4}-[fF]{4}-[fF]{4}-[fF]{12})",
computerProduct.uuid)):
logger.debug('Invalid UUID was received. Skipping.')
continue
if convertToMicrosoftStandart.lower() == 'false':
#returned 00010203-0405-0607-0809-0a0b0c0d0e0f
#should be 03020100-0504-0706-0809-0a0b0c0d0e0f
byteStyle = re.match(
r"(\w{2})(\w{2})(\w{2})(\w{2})\-(\w{2})(\w{2})-(\w{2})(\w{2})(.*)",
computerProduct.uuid)
if byteStyle:
group1 = byteStyle.group(4) + byteStyle.group(
3) + byteStyle.group(2) + byteStyle.group(1)
group2 = byteStyle.group(6) + byteStyle.group(5)
group3 = byteStyle.group(8) + byteStyle.group(7)
uuidFormated = group1 + '-' + group2 + '-' + group3 + byteStyle.group(
9)
hostDo.biosUUID = uuidFormated
else:
logger.warn('UUID is not in proper format.')
else:
hostDo.biosUUID = computerProduct.uuid
logger.warn(
'BIOS UUID is reported according to Microsoft definitions since parameter setBiosUuidToMicrosoftStandart is set to True.'
)
hostDo.hostModel = computerProduct.name
return hostDo
def __init__(self):
self._dynamicRulesMap = {}
globalSettings = GeneralSettingsConfigFile.getInstance()
clearCommandLineForProcesses = globalSettings.getPropertyStringValue('clearCommandLineForProcesses', '')
processesToClear = re.split(r",", clearCommandLineForProcesses)
if processesToClear:
for processName in processesToClear:
processName = processName and processName.strip()
if processName:
processMatcher = _ProcessMatcher().byName(re.escape(processName))
processModifier = _ProcessModifier()
processModifier.setCommandLine(None)
processModifier.setArgumentLine(None)
processModifier.setExecutablePath(None)
self._dynamicRulesMap[processMatcher] = processModifier
def __init__(self, Framework):
discoverydbutils.DiscoveryDbUtils.__init__(self, Framework,
TcpDbUtils.CONTEXT)
self.knownPortsConfigFile = Framework.getConfigFile(
CollectorsParameters.KEY_COLLECTORS_SERVERDATA_PORTNUMBERTOPORTNAME
)
self.applicSignConfigFile = Framework.getConfigFile(
CollectorsParameters.KEY_COLLECTORS_SERVERDATA_APPLICATIONSIGNATURE
)
self.hostID = Framework.getDestinationAttribute('hostId')
globalSettings = GeneralSettingsConfigFile.getInstance()
#hours
self.TCP_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue(
'tcpExpirationTime', 24)
#milliseconds
self.PORT_EXPIRATION_PERIOD = globalSettings.getPropertyIntegerValue(
'portExpirationTime', 60) * 1000L
def __init__(self):
self._dynamicRulesMap = {}
globalSettings = GeneralSettingsConfigFile.getInstance()
clearCommandLineForProcesses = globalSettings.getPropertyStringValue(
'clearCommandLineForProcesses', '')
processesToClear = re.split(r",", clearCommandLineForProcesses)
if processesToClear:
for processName in processesToClear:
processName = processName and processName.strip()
if processName:
processMatcher = _ProcessMatcher().byName(
re.escape(processName))
processModifier = _ProcessModifier()
processModifier.setCommandLine(None)
processModifier.setArgumentLine(None)
processModifier.setExecutablePath(None)
self._dynamicRulesMap[processMatcher] = processModifier
def _getSupportedShellProtocols(Framework):
'''Returns names of protocols that will be used in the connection flow
depending on the order in the list
@types: Framework -> list[str]
'''
# ORDER IS IMPORTANT
protocolOrder = GeneralSettingsConfigFile.getInstance(
).getPropertyStringValue('protocolConnectionOrder', "")
if protocolOrder:
supportedProtocols = []
for protocol in protocolOrder.split(','):
if protocol.strip().lower(
) == ClientsConsts.SSH_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.SSH_PROTOCOL_NAME)
elif protocol.strip().lower(
) == ClientsConsts.TELNET_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.TELNET_PROTOCOL_NAME)
elif protocol.strip().lower() == 'powercmd':
supportedProtocols.append('powercmd')
elif protocol.strip().lower(
) == ClientsConsts.NTCMD_PROTOCOL_NAME.lower():
supportedProtocols.append(ClientsConsts.NTCMD_PROTOCOL_NAME)
else:
logger.debug("Unknown protocol name in globalSetting:",
protocol)
else:
supportedProtocols = [
ClientsConsts.SSH_PROTOCOL_NAME,
ClientsConsts.TELNET_PROTOCOL_NAME,
ClientsConsts.NTCMD_PROTOCOL_NAME, 'powercmd'
]
# empty means last (other possible values - first, last, none)
udaConnectionOrder = (Framework.getParameter('udaConnectionOrder')
or 'last')
if udaConnectionOrder.lower() == 'last':
supportedProtocols.append(ClientsConsts.DDM_AGENT_PROTOCOL_NAME)
elif udaConnectionOrder.lower() == 'first':
supportedProtocols.insert(0, ClientsConsts.DDM_AGENT_PROTOCOL_NAME)
else:
logger.warn("Specified invalid parameter for the UDA connection order")
return supportedProtocols
def _report_topology(self, osh, host_osh, db_host_osh, topology):
'@types: osh, osh, osh, _Topology -> list[osh]'
system = topology.system
system_osh, oshs = self.report_system(system, osh)
system_osh.setStringAttribute(
'data_note', 'This SAP System link to ' +
host_osh.getAttributeValue('host_key'))
#Making database reporting optional depending on global configuration according to QCCR1H100374 Keep a possibility option to discover SAP related database via Host Applications job
do_report_database = GeneralSettingsConfigFile.getInstance(
).getPropertyStringValue('reportSapAppServerDatabase', 'false')
if do_report_database.lower(
) == 'true' and topology.db_info and db_host_osh:
try:
oshs.extend(
sap_db.report_db_info(topology.db_info, system_osh,
db_host_osh))
except (Exception, JException), ve:
msg = "Failed to report %s. %s" % (str(topology.db_info), ve)
logger.warn(msg)
def get_local_databases(executor, shell_interpreter, instance_name, db2_home_path=None):
multiple_db2_instances = GeneralSettingsConfigFile.getInstance().getPropertyBooleanValue('multipleDB2Instances', 0)
if multiple_db2_instances:
file_name = '/tmp/ucmdb-temp-shell-' + str(int(time.time() * 1000)) + '.sh'
db2cmdline = base_shell_discoverer.Db2.BIN_NAME
if db2_home_path:
db2path = base_shell_discoverer.compose_db2_bin_path(db2_home_path) + db2cmdline
db2cmdline = shell_interpreter.getEnvironment().normalizePath(db2path)
db2cmdline = '\'%s list db directory\'' % db2cmdline
sh_db2cmdline = 'sh ' + file_name
try:
save_cmd_to_file(db2cmdline, file_name, executor)
return base_shell_discoverer.get_local_databases(executor, shell_interpreter, instance_name, db2_home_path, sh_db2cmdline)
except:
return base_shell_discoverer.get_local_databases(executor, shell_interpreter, instance_name, db2_home_path)
finally:
try:
remove_file(file_name, executor)
except:
logger.debug("Failed to remove temp file %s" % file_name)
else:
return base_shell_discoverer.get_local_databases(executor, shell_interpreter, instance_name, db2_home_path)
def loadXmlFile(self, path, container = None, fileContent = None):
'str, osh, str -> Document'
saxBuilder = SAXBuilder()
globalSettings = GeneralSettingsConfigFile.getInstance()
#loadExternalDTD = globalSettings.getPropertyBooleanValue('loadExternalDTD', 1)
loadExternalDTD = 1
saxBuilder.setFeature("http://apache.org/xml/features/nonvalidating/load-external-dtd", loadExternalDTD)
logger.debug("loadXmlFile, loadExternalDTD: ", loadExternalDTD, ", path: ", path )
if loadExternalDTD :
saxBuilder.setEntityResolver( XMLExternalEntityResolver( self.fileMonitor, str(path), self.shellUtils ) )
saxBuilder.setFeature("http://xml.org/sax/features/use-entity-resolver2", 1)
doc = None
try:
fileContent = fileContent or self.fileMonitor.getFileContent(path)
if fileContent:
try:
strContent = String(fileContent)
strContent = String(strContent.substring(0, strContent.lastIndexOf('>') + 1))
doc = saxBuilder.build(ByteArrayInputStream(strContent.getBytes()))
if container is not None:
cfOSH = self.createCF(container, path, fileContent)
if cfOSH is not None:
self.OSHVResult.add(cfOSH)
except:
logger.debugException('Failed to load xml file:', path)
excMsg = traceback.format_exc()
logger.debug( excMsg )
except:
logger.debugException('Failed to get content of file:', path)
excMsg = traceback.format_exc()
logger.debug( excMsg )
return doc
defaultPfDoc = None
if defaultPf:
defaultPfDoc = IniParser.parseIniDoc(second(defaultPf))
try:
logger.info("Trying to discover ASCS")
vector.addAll(_discoverAscsInPf(defaultPfDoc, system, systemOsh, oshPerInstance))
except SapSystemInconsistentDataException, e:
logger.debugException('')
raise e
except:
logger.warn("Failed to discover ASCS in the profile")
logger.debugException('')
#Making database reporting optional depending on global configuration according to QCCR1H100374 Keep a possibility option to discover SAP related database via Host Applications job
do_report_database = GeneralSettingsConfigFile.getInstance().getPropertyStringValue('reportSapAppServerDatabase', 'false')
if do_report_database and do_report_database.lower() == 'true':
systemType = sap.SystemType.ABAP
system_ = None
for name, (startPfIniDoc, instPfIniDoc) in pfSetByInstName.iteritems():
doc = createPfsIniDoc(defaultPfDoc, startPfIniDoc, instPfIniDoc)
system_ = system_ or sap_discoverer.parse_system_in_pf(doc)
try:
vector.addAll(_discoverDbsInPfs(doc, sapUtils, systemOsh))
except Exception, e:
logger.warn("Failed to discover DB based for %s. %s" % (name, e))
isDs = checkDoubleStack(doc)
systemType = isDs and sap.SystemType.DS or systemType
if system_:
system_ = sap.System(system.getName(), globalHost=system.globalHost,
def __init__(self, shell):
'@types: Shell -> None'
self.shell = shell
self.namespace = None
globalSettings = GeneralSettingsConfigFile.getInstance()
self.useIntermediateFile = globalSettings.getPropertyBooleanValue(WmicAgent.__PROPERTY_NAME_USE_INTERMEDIATE_FILE, 0)
def isJeeEnhancedTopologyEnabled():
globalSettings = GeneralSettingsConfigFile.getInstance()
return globalSettings.getPropertyBooleanValue('enableJeeEnhancedTopology', 0)
provider = jmx.Provider( client )
dnsResolver = jee_discoverer.DnsResolverDecorator(
netutils.JavaDnsResolver(), client.getIpAddress()
)
jdbcResourceDiscoveryEnabled = Boolean.valueOf(Framework.getParameter('discoverJDBCResources'))
jmsResourcesDiscoveryEnabled = Boolean.valueOf(Framework.getParameter('discoverJMSResources'))
applicationModulesDiscoveryEnabled = Boolean.valueOf(Framework.getParameter('discoverAppResources'))
namesOfServers = jee_connection.getParameterAsList(Framework, 'servers')
isAmongServersToDiscover = lambda s, l = namesOfServers: not l or s.getName() in l
namesOfApps = jee_connection.getParameterAsList(Framework, 'applications')
isAmongApplicationsToDiscover = lambda a, l = namesOfApps: not l or a.getName() in l
# create reporters and builders for websphere topology
globalSettings = GeneralSettingsConfigFile.getInstance()
enabledJeeEnhancedTopology = globalSettings.getPropertyBooleanValue('enableJeeEnhancedTopology', 0)
if enabledJeeEnhancedTopology:
logger.info("Reporting of enhanced JEE topology enabled")
serverTopologyReporter = jee.ServerEnhancedTopologyReporter(websphere.ServerTopologyBuilder())
applicationReporter = jee.ApplicationEnhancedTopologyReporter(jee.ApplicationTopologyBuilder())
datasourceTopologyReporter = jee.EnhancedDatasourceTopologyReporter(
jee.DatasourceTopologyBuilder(),
dnsResolver
)
jmsTopologyReporter = jms.EnhancedTopologyReporter(jms.TopologyBuilder())
else:
logger.info("Reporting of enhanced JEE topology disabled")
serverTopologyReporter = jee.ServerTopologyReporter(websphere.ServerTopologyBuilder())
applicationReporter = jee.ApplicationTopologyReporter(jee.ApplicationTopologyBuilder())
datasourceTopologyReporter = jee.DatasourceTopologyReporter(
def isLoadExternalDtdEnabled():
globalSettings = GeneralSettingsConfigFile.getInstance()
return globalSettings.getPropertyBooleanValue('loadExternalDtd', 0)
def isCaliperAllowed():
globalSettings = GeneralSettingsConfigFile.getInstance()
return globalSettings.getPropertyBooleanValue('allowCaliperOnHPUX', False)
def getGlobalSetting():
from com.hp.ucmdb.discovery.library.communication.downloader.cfgfiles import GeneralSettingsConfigFile
return GeneralSettingsConfigFile.getInstance()
properties.put(AgentConstants.PROP_WEBLOGIC_PROTOCOL, protocolType)
platform = jee.Platform.WEBLOGIC
try:
client = Framework.createClient(properties)
except (Exception, JException), exc:
logger.warnException("Failed to establish connection")
jee_connection.reportError(Framework, str(exc), platform.getName())
else:
dnsResolver = jee_discoverer.DnsResolverDecorator(
netutils.JavaDnsResolver(), client.getIpAddress()
)
# create reporters and builders for weblogic topology
globalSettings = GeneralSettingsConfigFile.getInstance()
enabledJeeEnhancedTopology = globalSettings.getPropertyBooleanValue('enableJeeEnhancedTopology', 0)
if enabledJeeEnhancedTopology:
logger.info("Reporting of enhanced JEE topology enabled")
serverTopologyReporter = jee.ServerEnhancedTopologyReporter(weblogic.ServerTopologyBuilder())
applicationReporter = jee.ApplicationEnhancedTopologyReporter(jee.ApplicationTopologyBuilder())
datasourceTopologyReporter = jee.EnhancedDatasourceTopologyReporter(
jee.DatasourceTopologyBuilder(),
dnsResolver
)
jmsTopologyReporter = jms.EnhancedTopologyReporter(jms.TopologyBuilder())
else:
logger.info("Reporting of enhanced JEE topology disabled")
serverTopologyReporter = jee.ServerTopologyReporter(weblogic.ServerTopologyBuilder())
applicationReporter = jee.ApplicationTopologyReporter(jee.ApplicationTopologyBuilder())
datasourceTopologyReporter = jee.DatasourceTopologyReporter(
def isCaliperAllowed():
globalSettings = GeneralSettingsConfigFile.getInstance()
return globalSettings.getPropertyBooleanValue('allowCaliperOnHPUX', False)
def getGlobalSetting():
from com.hp.ucmdb.discovery.library.communication.downloader.cfgfiles import GeneralSettingsConfigFile
return GeneralSettingsConfigFile.getInstance()
def _getGeneralSettings():
r'@types: -> GeneralSettingsConfigFile'
return GeneralSettingsConfigFile.getInstance()
def isLoadExternalDtdEnabled():
globalSettings = GeneralSettingsConfigFile.getInstance()
return globalSettings.getPropertyBooleanValue('loadExternalDtd', 0)
