def disSunOS(host_obj, client, Framework = None, langBund = None, packageToCmdLine = None, pid2Process = None):
hostId = Framework.getDestinationAttribute('hostId')
discoverProcesses = Boolean.parseBoolean(Framework.getParameter('discoverProcesses'))
myVec = ObjectStateHolderVector()
# Note: Using /usr/ucb/ps instead of /usr/bin/ps can produce
# output without the 80 character/line limit, but can not
# also accept formating identifiers the way /usr/bin/ps can.
SOLARIS_ZONE_SUPPORTED_OS_VERSION = ('5.10') #version of solaris taht supports zone
processList = []
# list of process ids which belong to global zone
globalZonePids = []
lines = [] # init ps command results vector
os_ver = client.execCmd('uname -r')#V@@CMD_PERMISION tty protocol execution
if (os_ver.strip() == SOLARIS_ZONE_SUPPORTED_OS_VERSION):
# discover only supported platform version
buff = client.execCmd('zonename')#V@@CMD_PERMISION tty protocol execution
if (buff == None or buff.lower().find('not found')):
buff = client.execCmd('/usr/bin/zonename')#V@@CMD_PERMISION tty protocol execution
if (buff != None):
if (buff.strip() == 'global'):
# this is a global zone - since ps command return all running processes including zones process
# on global zone we need to issue a special command so we can parse only the global zone procesess
# discovering non zone processes only
# get processes ids and Solaris Zones they belong to:
r = client.execCmd('ps -e -o pid -o zone')#V@@CMD_PERMISION tty protocol execution
if (r == None):
return myVec
if(re.search('\r\n',r)):
lines = r.split('\r\n')
elif (re.search('\n',r)):
lines = r.split('\n')
else:
return myVec
# keep only processes that belong to the global zone
for line in lines:
m = re.match('\s*(\d+)\s*global$',line)
if m != None:
globalZonePids.append(m.group(1))
pdu = None
try:
pdu = processdbutils.ProcessDbUtils(Framework)
hostOSH = modeling.createOshByCmdbIdString('host', hostId)
# retrieve a map with pids as keys and commands as values. The map
# is filtered according to globalZonePids (if applicable - meaning
# that if globalZonePids is not None or empty, then processesHash will
# contain only pids from globalZonePids).
processesHash = getProcessesHash(client, globalZonePids)
if (processesHash and len(processesHash) > 0):
for pid in processesHash.keys():
[owner,command] = processesHash[pid]
spaceIndex = command.find(' ')
commAndPath = ''
cleanArgs = ''
if spaceIndex > -1:
commAndPath = command[:spaceIndex]
try:
cleanArgs = command[spaceIndex+1:]
except:
cleanArgs = ''
else:
commAndPath = command
cleanArgs = ''
cleanCommand = ''
if (commAndPath.find('/') == -1) or (commAndPath[0] == '['):
cleanCommand = commAndPath
else:
res2 = re.search('(.*/)([^/]+)',commAndPath)
if (res2):
cleanCommand = res2.group(2)
else:
continue
if packageToCmdLine != None and commAndPath:
pkgName = file_ver_lib.getSunPackageName(client, commAndPath)
if pkgName:
packageToCmdLine[pkgName] = commAndPath
commandLine = cleanCommand + ' ' + cleanArgs
addProcess(pdu, hostId, cleanCommand, pid, commandLine, commAndPath, cleanArgs, processList, discoverProcesses, myVec, hostOSH, None, owner)
pdu.flushHostProcesses(hostId)
if pid2Process is not None:
pid2Process.putAll(pdu.getProcessCmdMap())
finally:
if pdu != None:
pdu.close()
return myVec
def getPackageNameByProcess(self, process):
if process and process.executablePath:
return file_ver_lib.getSunPackageName(self._getShell(),
process.executablePath)
def getPackageNameByProcess(self, process):
if process and process.executablePath:
return file_ver_lib.getSunPackageName(self._getShell(), process.executablePath)