except:
errorMessage = "Failed to discover memory by shell"
logWarn(
Framework,
errorcodes.FAILED_DISCOVERING_RESOURCE_WITH_CLIENT_TYPE,
["memory", protocol],
errorMessage,
)
platformTrait = None
processes = []
packageToExecutablePath = {}
# get platform details
try:
platformTrait = process_discoverer.getPlatformTrait(shell)
if platformTrait is None:
raise ValueError()
except:
logger.warnException("Failed to determine platform")
# discover processes
if platformTrait and not uname == "VMkernel":
try:
discoverer = process_discoverer.getDiscovererByShell(shell, platformTrait)
processes = discoverer.discoverAllProcesses()
if not processes:
raise ValueError()
except:
errorMessage = "Failed to discover processes by shell"
logWarn(
def doApplication(Framework, ip, OSHVResult, client, shell, hostOsh):
clientType = client.getClientType()
language = Framework.getDestinationAttribute('language')
portToDiscover = Framework.getDestinationAttribute("PORT")
scp_id = Framework.getDestinationAttribute("SCP_ID")
portInNetstat = False
processMapOnPort = {}
signatureFound = False
filterRunningSoftwareByPort = Framework.getParameter('filterRunningSoftwareByPort')
logger.debug("Start to do host application")
logger.debug("ip:", ip)
#hostOsh = modeling.createHostOSH(ip)
platformTrait = None
processes = []
packageToExecutablePath = {}
CLUSTERLIST = ["Microsoft Cluster SW"]
if shell.isWinOs():
uname = 'Win'
#client = shell
if (language != None) and (language != 'NA'):
langBund = Framework.getEnvironmentInformation().getBundle('langHost_Resources_By_TTY', language)
else:
langBund = Framework.getEnvironmentInformation().getBundle('langHost_Resources_By_TTY')
try:
wmicPath = Framework.getParameter('wmicPath')
if wmicPath:
shell.execCmd('set PATH=%PATH%;' + wmicPath)
except:
logger.debug('Failed to add default wmic location to the PATH variable.')
else:
if shell.getClientType() == 'ssh':
uname = netutils.getOSName(client, 'uname -a')
else:
uname = netutils.getOSName(client, 'uname')
langBund = Framework.getEnvironmentInformation().getBundle('langHost_Resources_By_TTY', 'eng')
# get platform details
try:
platformTrait = process_discoverer.getPlatformTrait(shell)
if platformTrait is None:
raise ValueError()
except:
logger.warnException("Failed to determine platform")
# discover processes
if platformTrait and not uname == 'VMkernel':
try:
discoverer = process_discoverer.getDiscovererByShell(shell, platformTrait)
processes = discoverer.discoverAllProcesses()
if not processes:
raise ValueError()
except:
errorMessage = 'Failed to discover processes by shell'
TTY_HR_Main.logWarn(Framework, errorcodes.FAILED_DISCOVERING_RESOURCE_WITH_CLIENT_TYPE,
['processes', clientType], errorMessage)
if processes:
# save processes to DB
#process_discoverer.saveProcessesToProbeDb(processes, hostId, Framework)
# discover packages info
try:
packagesDiscoverer = process_discoverer.getPackagesDiscovererByShell(shell, platformTrait)
packageToExecutablePath = packagesDiscoverer.getPackagesByProcesses(processes)
except:
logger.warn("Failed to get package names by processes path")
# report processes
#if discoverProcesses:
connectivityEndPoints = []
connections = []
runningApplications = []
errorsList = []
#No tcp and p2p discovery for vmkernel
if not uname == 'VMkernel':
try:
tcpDiscoverer = asm_Disc_TCP.getDiscovererByShell(client, Framework, shell)
if tcpDiscoverer is not None:
tcpDiscoverer.pdu = asm_Disc_TCP.TcpStateHolder(None)
tcpDiscoverer.discoverTCP()
connections = tcpDiscoverer.pdu.tcp_connections
connectivityEndPoints = tcpDiscoverer.getProcessEndPoints()
except:
errorMessage = 'Failed to run tcp discovery by shell'
TTY_HR_Main.logWarn(Framework, errorcodes.FAILED_RUNNING_DISCOVERY_WITH_CLIENT_TYPE, ['tcp', clientType],
errorMessage)
#if workInTopDown:
linkOshv = ObjectStateHolderVector()
processReporter = process.Reporter()
processBuilder = process.ProcessBuilder()
for connectivityEndPoint in connectivityEndPoints:
processid = connectivityEndPoint.getKey()
endpoints = connectivityEndPoint.getEndpoints()
#logger.debug('#processid=', processid)
#logger.debug('#endpoints=', endpoints)
for processObject in processes:
#logger.debug('#processObject.getPid()=', processObject.getPid())
#logger.debug('#processObject.getName()=', processObject.getName())
if 4 < processid == processObject.getPid() and processObject.getName() != 'svchost.exe':
processOSH, _ = processReporter.report(hostOsh, processObject, processBuilder)
for endpoint in endpoints:
if str(portToDiscover) == str(endpoint.getPort()):
portInNetstat = True
processMapOnPort[processid] = processObject
builder = netutils.ServiceEndpointBuilder()
reporter = netutils.EndpointReporter(builder)
ipServerOSH = reporter.reportEndpoint(endpoint, hostOsh)
linkOsh = modeling.createLinkOSH('usage', processOSH, ipServerOSH)
linkOshv.add(linkOsh)
break
if not portInNetstat:
errorMessage = errormessages.makeErrorMessage(clientType, message=portToDiscover,
pattern=errormessages.ERROR_FINDING_PROCESS_BY_PORT)
logger.debugException("port cannot be found:", portToDiscover)
errobj = errorobject.createError(errorcodes.FAILED_FINDING_PROCESS_BY_PORT, [portToDiscover], errorMessage)
errorsList.append(errobj)
OSHVResult.addAll(linkOshv)
framework_delegator = Framework_delegator.FrameworkDelegator()
appSign = asm_applications.createASMApplicationSignature(Framework, framework_delegator, client, shell)
if processes:
appSign.setProcessesManager(applications.ProcessesManager(processes, connectivityEndPoints))
servicesByCmd = Hashtable()
servicesInfo = applications.ServicesInfo(servicesByCmd)
appSign.setServicesInfo(servicesInfo)
cmdLineToInstalledSoftware = {}
softNameToInstSoftOSH = {}
softwareInfo = applications.InstalledSoftwareInfo(cmdLineToInstalledSoftware, softNameToInstSoftOSH)
appSign.setInstalledSoftwareInfo(softwareInfo)
runningApplications = appSign.getApplicationsTopologyUsingHostOsh(hostOsh)
logger.debug('runningApplications=%s' % runningApplications)
logger.debug('adding netstat port results')
for application in runningApplications:
pids = [str(x.getPid()) for x in application.getProcesses() if x]
logger.debug('pids for application:%s %s' % (application.getName(), pids))
if pids in processMapOnPort.keys():
signatureFound = True
for connectivityEndPoint in connectivityEndPoints:
processid = connectivityEndPoint.getKey()
endpoints = connectivityEndPoint.getEndpoints()
if str(processid) in pids:
for endpoint in endpoints:
logger.debug('adding port:', endpoint.getPort())
framework_delegator.addNetstatPortResult(application.getName(), endpoint.getPort())
if (not signatureFound) and processMapOnPort.values():
errorMessage = errormessages.makeErrorMessage(
clientType, message="%s listening on port %s" % (processMapOnPort.values(), portToDiscover),
pattern=errormessages.ERROR_FINDING_APPSIG_BY_PROCESS)
logger.debugException("no listening port found for process %s and port %s" % (processMapOnPort.values(), portToDiscover))
errobj = errorobject.createError(errorcodes.FAILED_FINDING_APPSIG_BY_PROCESS,
[repr(processMapOnPort.values()), portToDiscover], errorMessage)
errorsList.append(errobj)
filteredRunningApplications = []
if filterRunningSoftwareByPort and filterRunningSoftwareByPort == 'true':
logger.debug('try to filter running applications using port:', portToDiscover)
logger.debug('application list using port filter',
framework_delegator.getApplicationNamesByPort(portToDiscover))
for runningApplication in runningApplications:
if runningApplication.getName() in framework_delegator.getApplicationNamesByPort(portToDiscover):
logger.debug("adding application: ", runningApplication.getName())
filteredRunningApplications.append(runningApplication)
elif runningApplication.getName() in CLUSTERLIST:
logger.debug("include cluster related ci: ", runningApplication.getName())
filteredRunningApplications.append(runningApplication)
OSHVResult.addAll(
framework_delegator.getResultVectorByApplicationName(runningApplication.getName()))
else:
logger.debug("remove application: ", runningApplication.getName())
logger.debug('filteredRunningApplications=%s' % filteredRunningApplications)
if not filteredRunningApplications:
logger.debug("running software for port was not found:", portToDiscover)
for resultVector in framework_delegator.getResultVectorsByPort(portToDiscover):
OSHVResult.addAll(resultVector)
#create ownership between runningsoftware and scp
logger.debug("create ownership between runningsoftware and scp")
for runningApplication in filteredRunningApplications:
logger.debug("APP:", runningApplication.getName())
OSHVResult.addAll(scp.createOwnerShip(scp_id, runningApplication.getOsh()))
else:
logger.debug('filterRunningSoftwareByPort is %s, will report all running software discovered')
for runningApplication in runningApplications:
filteredRunningApplications.append(runningApplication)
OSHVResult.addAll(framework_delegator.getResultVectorByApplicationName(runningApplication.getName()))
OSHVResult.addAll(scp.createOwnerShip(scp_id, runningApplication.getOsh()))
logger.debug("crgMap = ", appSign.crgMap)
vector = ObjectStateHolderVector()
vector.addAll(OSHVResult)
if appSign.crgMap:
for osh in vector:
oshClass = osh.getObjectClass()
#weak node
if oshClass == 'node' and osh.getAttributeValue('host_iscomplete') == 0 and osh.getAttributeValue(
'host_key'):
ip = osh.getAttributeValue('host_key').split(' ')[0]
if ip in appSign.crgMap.keys():
logger.debug("replace weak node:", osh.getAttribute("host_key"))
OSHVResult.remove(osh)
OSHVResult.add(appSign.crgMap[ip])
#root container
elif osh.getAttribute('root_container'):
obj = osh.getAttribute("root_container").getObjectValue()
if obj.getObjectClass() == 'node' and obj.getAttributeValue(
'host_iscomplete') == 0 and obj.getAttributeValue('host_key'):
logger.debug("replace root_container:", osh)
ip = obj.getAttributeValue('host_key').split(' ')[0]
if ip in appSign.crgMap.keys():
logger.debug("replace root_container:", obj.getAttribute("host_key"))
osh.setContainer(appSign.crgMap[ip])
return filteredRunningApplications, processes, connectivityEndPoints, connections, errorsList