def appendSlave(self, msgHeader, nodename=None):
"""
append oid to slave list
"""
if nodename:
if nodename in zapi.getRoot(self):
newSlaveNode = zapi.getRoot(self)[nodename]
else:
#self.oidSlave = msgHeader['from_oid']
newSlaveNode = createObject(\
u"org.ict_ok.slave.slave.Slave")
ISlave['objectID'].readonly = False
newSlaveNode.objectID = msgHeader['from_oid']
ISlave['objectID'].readonly = True
newSlaveNode.ikName = unicode(nodename)
notify(ObjectCreatedEvent(newSlaveNode))
zapi.getRoot(self)[nodename] = newSlaveNode
slaveSupervisor = zapi.queryUtility(IAdmUtilSupervisor,
context=newSlaveNode)
if slaveSupervisor:
#slaveSupervisor.ipv4Master = msgHeader['to_ip']
#slaveSupervisor.oidMaster = msgHeader['to_oid']
slaveSupervisor.status2Master = u"connected"
slaveSupervisor.ipv4Slave = msgHeader['from_ip']
slaveSupervisor.oidSlave = msgHeader['from_oid']
slaveSupervisor.lastSeenSlave = datetime.now(berlinTZ)
self._p_changed = True
mq_utility = zapi.queryUtility(IAdmUtilObjMQ)
if mq_utility:
my_data = {'cmd': 'connected'}
my_data['header'] = mq_utility.switchFromTo(msgHeader)
mq_utility.sendPerMq(my_data)
def sendPong(self, msgHeader, nodename=None):
"""
revert message header and sends a pong as response to the ping
"""
if nodename:
if nodename in zapi.getRoot(self):
newSlaveNode = zapi.getRoot(self)[nodename]
slaveSupervisor = zapi.queryUtility(IAdmUtilSupervisor,
context=newSlaveNode)
if slaveSupervisor:
slaveSupervisor.lastSeenMaster = datetime.now(berlinTZ)
mq_utility = zapi.queryUtility(IAdmUtilObjMQ)
if mq_utility:
my_data = {'cmd': 'pong'}
my_data['header'] = mq_utility.switchFromTo(msgHeader)
mq_utility.sendPerMq(my_data)
def allConfigFilesOut(self, forceOutput=False, event=None, genOutput=True):
"""make configuration file
return True if any value has changed
"""
valueChanged = forceOutput
# start config file header
utcTZ = timezone('UTC')
starttimeCfg = datetime.datetime.now(utcTZ)
if genOutput:
fpCfg = codecs.open(u'/opt/smokeping/etc/ict_ok/ict.cfg',
'w',
encoding='utf-8')
fpCfg.write(u"# generated by ict-ok.org Ver. %s (%s)\n\n" %
(getIkVersion(), starttimeCfg))
fpCfg.write(u"# ----------------------------------------\n")
fpCfg.close()
# start config file main parts
its = zapi.getRoot(self).items()
for (dummy_name, oobj) in its:
if ISupernode.providedBy(oobj):
try:
adapterGenSmokePing = IGenSmokePing(oobj)
if adapterGenSmokePing:
adapterGenSmokePing.genOutput = genOutput
if adapterGenSmokePing.smokepingConfigFileOut(\
forceOutput, event):
valueChanged = True
except TypeError, errText:
logger.error(u"Problem in adaption of smokeping conf: %s" %\
(errText))
def __BBB_old_getComponent(self, path):
service_manager = zapi.getSiteManager(self)
# Get the root and unproxy it
if path.startswith("/"):
# Absolute path
root = removeAllProxies(zapi.getRoot(service_manager))
component = zapi.traverse(root, path)
else:
# Relative path.
ancestor = self.__parent__.__parent__
component = zapi.traverse(ancestor, path)
if self.permission:
if type(component) is Proxy:
# There should be at most one security Proxy around an object.
# So, if we're going to add a new security proxy, we need to
# remove any existing one.
component = removeSecurityProxy(component)
interface = self.getInterface()
checker = InterfaceChecker(interface, self.permission)
component = Proxy(component, checker)
return component
def fillDotFile(self, pdId, dotFile, mode=None):
"""generate the dot file
"""
print >> dotFile, '// GraphViz DOT-File'
print >> dotFile, 'digraph "%s" {' % (zapi.getRoot(self).__name__)
if mode and mode.lower() == "fview":
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", dpi="100.0"];'
else:
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", size="6.2,5.2",' +\
' splines="true", ratio = "auto", dpi="100.0"];'
print >> dotFile, '\tedge [style = "setlinewidth(2)", color = gray];'
print >> dotFile, '\trankdir = LR;'
if AdmUtilWFMC.wf_pd_dict.has_key(pdId):
procd = AdmUtilWFMC.wf_pd_dict[pdId]
for i in procd.activities:
adapterGenDot = IGenWFMCDot(procd.activities[i])
if adapterGenDot:
adapterGenDot.traverse4DotGenerator(\
dotFile,
level=1,
comments=True)
for i in procd.transitions:
adapterGenDot = IGenWFMCDot(i)
if adapterGenDot:
adapterGenDot.traverse4DotGenerator(\
dotFile,
level=1,
comments=True)
print >> dotFile, '}'
dotFile.flush()
def virtualHostTree(self):
"""Cookie tree with only folders and the root container as
root node.
"""
vh = self.request.getVirtualHostRoot()
if vh:
return self.folderTree(vh)
else:
root = zapi.getRoot(self.context)
return self.folderTree(root)
def fillDotFile(self, objList, dotFile):
"""generate the dot file
"""
print >> dotFile, '// GraphViz DOT-File'
print >> dotFile, 'graph "%s" {' % (zapi.getRoot(self).__name__)
print >> dotFile, '\tgraph [bgcolor="#E5FFF9"];'
print >> dotFile, '\tedge [style = "setlinewidth(2)", color = gray];'
print >> dotFile, '\trankdir = LR;'
for (dummy_name, oobj) in objList:
if ISupernode.providedBy(oobj):
try:
adapterGenGraphvizDot = IGenGraphvizDot(oobj)
if adapterGenGraphvizDot:
adapterGenGraphvizDot.setParent(zapi.getRoot(self))
adapterGenGraphvizDot.traverse4DotGenerator(\
dotFile,
level=1,
comments=False)
except TypeError, err:
logger.error("TypeError in fillDotFile() [%s]" % err)
def allConfigFilesOut(self):
"""make configuration file
"""
self.touchLastConfigFile()
its = zapi.getRoot(self).items()
for (dummy_name, oobj) in its:
if ISupernode.providedBy(oobj):
try:
adapterGenNagios = IGenNagios(oobj)
if adapterGenNagios:
adapterGenNagios.nagiosConfigFileOut(True, None)
except TypeError, errText:
logger.error(u"Problem in adaption of nagios config: %s" %\
(errText))
def getConfig(self):
"""make configuration file
TODO filename or filehandle must be an argument
"""
dtHostCfg = datetime.now(berlinTZ)
#fpHostCfg = open(u'/opt/ikomtrol/etc/Host.cfg', 'w+')
fpHostCfg = open(u'/opt/nagios/etc/ict_ok/Host.cfg', 'w+')
fpHostCfg.write(u"# Host.cfg\n")
fpHostCfg.write(u"# generated by ict-ok.org Ver. %s (%s)\n\n" %
(getIkVersion(), dtHostCfg))
dtHostGroupCfg = datetime.now(berlinTZ)
#fpHostGroupCfg = open(u'/opt/ikomtrol/etc/HostGroup.cfg', 'w+')
fpHostGroupCfg = open(u'/opt/nagios/etc/ict_ok/HostGroup.cfg', 'w+')
fpHostGroupCfg.write(u"# HostGroup.cfg\n")
fpHostGroupCfg.write(u"# generated by ict-ok.org Ver. %s (%s)\n\n" %
(getIkVersion(), dtHostGroupCfg))
fpHostGroupCfg.write(u"define hostgroup {\n")
fpHostGroupCfg.write(u" hostgroup_name IKOMtrol\n")
fpHostGroupCfg.write(u" alias IKOMtrol-Systeme\n")
fpHostGroupCfg.write(u" members ")
dtServiceCfg = datetime.now(berlinTZ)
#fpServiceCfg = open(u'/opt/ikomtrol/etc/Service.cfg', 'w+')
fpServiceCfg = open(u'/opt/nagios/etc/ict_ok/Service.cfg', 'w+')
fpServiceCfg.write(u"# Service.cfg\n")
fpServiceCfg.write(u"# generated by ict-ok.org Ver. %s (%s)\n\n" %
(getIkVersion(), dtServiceCfg))
fileDict = {
'HostCfg': fpHostCfg,
'HostGroupCfg': fpHostGroupCfg,
'ServiceCfg': fpServiceCfg
}
#cfgFile = open('/tmp/cfgNagiosFile', 'w')
#import pdb; pdb.set_trace()
its = zapi.getRoot(self).items()
for (dummy_name, oobj) in its:
if ISupernode.providedBy(oobj):
try:
adapterGenNagios = IGenNagios(oobj)
if adapterGenNagios:
adapterGenNagios.traverse4nagiosGenerator(
fileDict, level=1, comments=False)
except TypeError, errText:
logger.error(u"Problem in adaption of nagios config: %s" %\
(errText))
def getConfig(self):
"""make configuration file
TODO filename or filehandle must be an argument
"""
cfgFile = open('/tmp/cfgFile', 'w')
its = zapi.getRoot(self).items()
for (dummy_name, oobj) in its:
if ISupernode.providedBy(oobj):
try:
adapterGenHoneyd = IIKGenHoneyd(oobj)
if adapterGenHoneyd:
adapterGenHoneyd.traverse4honeydGenerator(
cfgFile, level=1, comments=True)
except TypeError:
logger.error(u"Problem in adaption of honeyd config")
cfgFile.flush()
cfgFile.close()
return "aaa"
def generateAllPdf(self, absFilename, authorStr, versionStr):
"""
will generate a complete pdf report
"""
files2delete = []
document = RptDocument(absFilename)
#document.setVolumeNo("1")
document.setAuthorName(authorStr)
document.setVersionStr(versionStr)
its = zapi.getRoot(self).items()
for (dummy_name, oobj) in its:
if ISupernode.providedBy(oobj):
try:
adapterRptPdf = IRptPdf(oobj)
if adapterRptPdf:
adapterRptPdf.document = document
adapterRptPdf.traverse4Rpt(1, False)
files2delete.extend(adapterRptPdf.files2delete)
del adapterRptPdf
except TypeError, errText:
logger.error(u"Problem in adaption of pdf report: %s" %\
(errText))
def fillDotFile(self, dotFile, mode=None):
"""generate the dot file
"""
my_catalog = zapi.getUtility(ICatalog)
objIdSet = set()
objSet = set()
eventSet = set()
for (oid, oobj) in self.items():
objIdSet.add(oid)
for objId in self.inpEQueues:
objIdSet.add(objId)
for objId in self.outEQueues:
objIdSet.add(objId)
for objId in objIdSet:
for result in my_catalog.searchResults(oid_index=objId):
if IAdmUtilEvent.providedBy(result):
eventSet.add(result)
elif IEventLogic.providedBy(result):
objSet.add(result)
elif IEventLogic.providedBy(result):
objSet.add(result)
elif IComponent.providedBy(result):
if result.isConnectedToEvent():
objSet.add(result)
else:
pass
print >> dotFile, '// GraphViz DOT-File'
print >> dotFile, 'digraph "%s" {' % (zapi.getRoot(self).__name__)
if mode and mode.lower() == "fview":
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", dpi="100.0"];'
else:
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", size="6.2,5.2",' +\
' splines="true", ratio = "auto", dpi="100.0"];'
print >> dotFile, '\tnode [fontname = "Helvetica",fontsize = 10];'
print >> dotFile, '\tedge [style = "setlinewidth(2)", color = black];'
print >> dotFile, '\trankdir = LR;'
print >> dotFile, '\t// objects ----------------------------------'
for obj in objSet:
objGraphvizDot = IGenGraphvizDot(obj)
objGraphvizDot.traverse4DotGenerator(dotFile,
level=1,
comments=True,
signalsOutput=True,
recursive=False)
#print "-" * 80
#uidutil = zapi.getUtility(IIntIds)
#print >> dotFile, '\t// locations ----------------------------------'
#for (oid, oobj) in uidutil.items():
#if ILocation.providedBy(oobj.object):
#print "Location: ", oobj.object.ikName
#print >> dotFile, \
#'\tsubgraph "cluster_location" { color=blue; label="location"};'
##elif IRoom.providedBy(oobj.object):
##print "Room: ", oobj.object.ikName
##elif ILocation.providedBy(oobj.object):
##print "Location: ", oobj.object.ikName
#print "-" * 80
print >> dotFile, '\t// events ----------------------------------'
for event in eventSet:
eventGraphvizDot = IGenGraphvizDot(event)
eventGraphvizDot.traverse4DotGenerator(dotFile,
level=1,
comments=True)
for obj in objSet:
allInpNamesDict = obj.getAllInpEventNames()
allOutNamesDict = obj.getAllOutEventNames()
for inpName in allInpNamesDict.keys():
for iObj in allInpNamesDict[inpName]:
print >> dotFile, '\t "%s"-> "%s":"%s"' % (
iObj, obj.objectID, inpName)
for outName in allOutNamesDict.keys():
for iObj in allOutNamesDict[outName]:
print >> dotFile, '\t "%s":"%s"-> "%s"' % (obj.objectID,
outName, iObj)
print >> dotFile, '}'
dotFile.flush()
def apidocTree(self):
root = zapi.getRoot(self.context)['apidoc']
filter = PreferenceGroupFilter()
return self.cookieTree(root, filter)
def rootTree(self):
"""Cookie tree with only folders and the root container as
root node.
"""
root = zapi.getRoot(self.context)
return self.folderTree(root)
def getCmapxText(self):
"""get dot file and convert to client side image map
"""
return self.context.getCmapxText(zapi.getRoot(self))
def getPngFile(self):
"""get dot file and convert to png
"""
return self.context.getPngFile(zapi.getRoot(self))
