def __init__(self):
import comoonics.cluster
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
doc=comoonics.cluster.parseClusterConf(os.path.join(testpath, "cluster.conf"))
self.clusterRepository = ClusterRepository(doc.documentElement,doc)
self.clusterinfo = ClusterInfo(self.clusterRepository)
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNode, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(
os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
self.clusterInfo.helper.setSimOutput()
self.nics = list()
for node in self.clusterInfo.getNodes():
node.helper.output = self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNode, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
self.clusterInfo.helper.setSimOutput()
self.nics=list()
for node in self.clusterInfo.getNodes():
node.helper.output=self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def __init__(self, query):
from xml.dom.ext.reader import Sax2
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
ClusterAssistantHelper.__init__(self, query)
self.error=False
# create Reader object
try:
reader = Sax2.Reader()
_file = open("/etc/cluster/cluster.conf", "r")
reader = Sax2.Reader()
doc = reader.fromStream(_file)
#create comclusterRepository Object
clusterRepository = ClusterRepository(doc.documentElement, doc)
#create comclusterinfo object
self.clusterInfo = ClusterInfo(clusterRepository)
except Exception, e:
ComLog.getLogger(__logStrLevel__).error("Error parsing cluster.conf %s" %e)
ComLog.errorTraceLog()
self.error=True
class test_ClusterNode(baseClusterTestClass):
"""
Methods from RedhatClusterNode
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNode, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(
os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
self.clusterInfo.helper.setSimOutput()
self.nics = list()
for node in self.clusterInfo.getNodes():
node.helper.output = self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetname(self):
_list = self.createNodeList("name")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getName(), _list.pop())
def testGetid(self):
_list = self.createNodeList("id")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getId(), _list.pop())
def testGetvotes(self):
_list = self.createNodeList("votes")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getVotes(), _list.pop())
"""
Methods from ComoonicsClusterNode
"""
def testGetnic(self):
pass
def testRootvolume(self):
self.assertRaises(IndexError,
self.clusterInfo.getNodes()[0].getRootvolume)
self.assertEqual(self.clusterInfo.getNodes()[1].getRootvolume(),
self.nodeValues[1]["rootvolume"])
def testRootfs(self):
self.assertRaises(IndexError, self.clusterInfo.getNodes()[0].getRootFs)
i = 0
for node in self.clusterInfo.getNodes():
if i > 0:
self.assertEqual(node.getRootFs(),
self.nodeValues[i]["rootfs"])
# else:
# self.assertRaises(IndexError, node.getRootFs)
i = i + 1
def testGetmountopts(self):
self.assertRaises(IndexError,
self.clusterInfo.getNodes()[0].getMountopts)
i = 0
for node in self.clusterInfo.getNodes():
if i > 0:
self.assertEqual(node.getMountopts(),
self.nodeValues[i]["mountopts"])
# else:
# self.assertRaises(IndexError, node.getMountopts())
i = i + 1
def testGetsyslog(self):
i = 0
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getSyslog(), self.nodeValues[i]["syslog"])
i = i + 1
def testGetscsifailover(self):
i = 0
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getScsifailover(),
self.nodeValues[i]["scsifailover"])
i = i + 1
def testGetnics(self):
"""
Does test if return value is list, list values are NodeNics and number of list values
Does not check if NodeNics in list are correct
"""
for node in self.clusterInfo.getNodes():
_nics = node.getNics()
# prepare predefined ordered list of nicnames to compare
_nodenames = []
for i in range(len(self.nicValues)):
if self.nicValues[i]["nodename"] == node.getName():
_nodenames.append(self.nicValues[i]["name"])
# test if return type of tested function is list
# test if type of list values is ComoonicsClusterNodeNic
self.assertEqual(type(_nics), type([]))
for nic in _nics:
self.assertEqual(type(nic).__name__, "ComoonicsClusterNodeNic")
# test order of nics in list
i = 0
for nic in _nics:
self.assertEqual(nic.getName(), _nodenames[i])
i = i + 1
def testGetnonstatics(self):
for node in self.clusterInfo.getNodes():
for attr in node.non_statics.keys():
self.assert_(
getattr(node, attr) in ["1", "0"],
"testGetnonstatics(node=%s, attr=%s)%s!=%s" %
(node.getName(), attr, getattr(node, attr), ["1", "0"]))
class test_ClusterInfo(baseClusterTestClass):
"""
Unittests for Clustertools
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
import logging
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterInfo, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
ComLog.setLevel(logging.DEBUG)
self.clusterInfo.helper.setSimOutput()
self.nics=list()
for node in self.clusterInfo.getNodes():
node.helper.output=self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetnodes(self):
"""
Tests only correct type of list and content as well as length of list.
Does not check if the nodes in the list are correct.
"""
_tmp = self.clusterInfo.getNodes()
self.assertEqual(type(_tmp), type([]))
self.assertEqual(len(_tmp), len(self.nodeValues))
for node in _tmp:
self.assertEqual(str(type(node)), "<class 'comoonics.cluster.ComClusterNode.ComoonicsClusterNode'>")
def testGetnodeidentifiers(self):
self.assertEqual(self.clusterInfo.getNodeIdentifiers('name'), self.createNodeList("name"))
_tmp1 = self.clusterInfo.getNodeIdentifiers('id')
_tmp2 = self.createNodeList("id")
_tmp1.sort()
_tmp2.sort()
self.assertEqual(_tmp1, _tmp2)
# Methods from RedhatClusterinfo
def testQueryvalue1(self):
self.assertEqual(self.createNodeList("name"), self.clusterInfo.queryValue("/cluster/clusternodes/clusternode/@name"))
def testQueryvalue2(self):
self.assertEqual(len(self.createNodeList("name")), self.clusterInfo.queryValue("count(/cluster/clusternodes/clusternode/@name)")[0])
def testQueryxml(self):
_tmp1 = "name"
_tmp2 = "gfs-node1"
_query='/cluster/clusternodes/clusternode[@'+_tmp1+'="'+_tmp2+'"]'
node=self.clusterInfo.queryXml(_query)[0]
self.assertEquals(node.getAttribute(_tmp1), _tmp2, "%s==%s->%s != %s->%s" %(_query, node.getAttribute("name"), node.getAttribute("value"), _tmp1, _tmp2))
def testQueryProperties(self):
from comoonics.ComDataObject import DataObject
import comoonics.XmlTools
_tmp1 = "name"
_tmp2 = "gfs-node1"
_tmp3 = "name"
_tmp4 = "eth1"
result=[ "MASTER=yes", "SLAVE=no", "DELAY=0" ]
result.sort()
_query='/cluster/clusternodes/clusternode[@'+_tmp1+'="'+_tmp2+'"]/com_info/eth[@'+_tmp3+'="'+_tmp4+'"]'
propertieselement=self.clusterInfo.queryXml(_query)[0]
properties=DataObject(propertieselement).getProperties().list().split("\n")
properties.sort()
self.assertEquals(properties, result, "%s==%s != %s" %(_query, properties, result))
def testGetnode(self):
"""
Requires proper function of method getName()
"""
for nodename in self.createNodeList("name"):
self.assertEqual(self.clusterInfo.getNode(nodename).getName(), nodename)
def testGetname(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(_tmp[i]["nodename"], str(self.clusterInfo.getNodeName(_tmp[i]["mac"])))
def testGetid(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(_tmp[i]["nodeid"], str(self.clusterInfo.getNodeId(_tmp[i]["mac"])))
def testGetFailoverdomainnodes(self):
for i in range(len(self.failoverdomainValues)):
self.assertEqual(self.clusterInfo.getFailoverdomainNodes(self.failoverdomainValues[i]["name"]), self.failoverdomainValues[i]["members"])
def testGetFailoverdomainprefnode(self):
for i in range(len(self.failoverdomainValues)-1):
self.assertEqual(self.clusterInfo.getFailoverdomainPrefNode(self.failoverdomainValues[i]["name"]), self.failoverdomainValues[i]["prefnode"])
# self.assertRaises(NameError,self.clusterInfo.getFailoverdomainPrefNode, self.failoverdomainValues[2]["name"])
def testGetNodeids(self):
_tmp1 = self.clusterInfo.getNodeIds()
_tmp2 = self.createNodeList("id")
_tmp1.sort()
_tmp2.sort()
self.assertEqual(_tmp1, _tmp2)
# Methods from ComoonicsClusterinfo
def testGetNic(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(self.clusterInfo.getNic(_tmp[i]["mac"]), _tmp[i]["name"])
# def testGetNicFailure(self):
# self.assertRaises(ClusterMacNotFoundException, self.clusterInfo.getNic,"murks")
# Methods that deal with non static attributes
def testName(self):
self.assertEqual("clu_generix", self.clusterInfo.name)
def testGeneration(self):
self.assertEqual("900", self.clusterInfo.generation)
def testQuorate(self):
self.assertEqual("1", self.clusterInfo.quorum_quorate)
def testQuorumGroupMember(self):
self.assertEqual("1", self.clusterInfo.quorum_groupmember)
class test_ClusterNode(baseClusterTestClass):
"""
Methods from RedhatClusterNode
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNode, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
self.clusterInfo.helper.setSimOutput()
self.nics=list()
for node in self.clusterInfo.getNodes():
node.helper.output=self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetname(self):
_list = self.createNodeList("name")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getName(), _list.pop())
def testGetid(self):
_list = self.createNodeList("id")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getId(), _list.pop())
def testGetvotes(self):
_list = self.createNodeList("votes")
_list.reverse()
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getVotes(), _list.pop())
"""
Methods from ComoonicsClusterNode
"""
def testGetnic(self):
pass
def testRootvolume(self):
self.assertRaises(IndexError, self.clusterInfo.getNodes()[0].getRootvolume)
self.assertEqual(self.clusterInfo.getNodes()[1].getRootvolume(), self.nodeValues[1]["rootvolume"])
def testRootfs(self):
self.assertRaises(IndexError, self.clusterInfo.getNodes()[0].getRootFs)
i = 0
for node in self.clusterInfo.getNodes():
if i>0:
self.assertEqual(node.getRootFs(), self.nodeValues[i]["rootfs"])
# else:
# self.assertRaises(IndexError, node.getRootFs)
i = i + 1
def testGetmountopts(self):
self.assertRaises(IndexError, self.clusterInfo.getNodes()[0].getMountopts)
i = 0
for node in self.clusterInfo.getNodes():
if i>0:
self.assertEqual(node.getMountopts(), self.nodeValues[i]["mountopts"])
# else:
# self.assertRaises(IndexError, node.getMountopts())
i = i + 1
def testGetsyslog(self):
i = 0
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getSyslog(), self.nodeValues[i]["syslog"])
i = i + 1
def testGetscsifailover(self):
i = 0
for node in self.clusterInfo.getNodes():
self.assertEqual(node.getScsifailover(), self.nodeValues[i]["scsifailover"])
i = i + 1
def testGetnics(self):
"""
Does test if return value is list, list values are NodeNics and number of list values
Does not check if NodeNics in list are correct
"""
for node in self.clusterInfo.getNodes():
_nics = node.getNics()
# prepare predefined ordered list of nicnames to compare
_nodenames = []
for i in range(len(self.nicValues)):
if self.nicValues[i]["nodename"] == node.getName():
_nodenames.append(self.nicValues[i]["name"])
# test if return type of tested function is list
# test if type of list values is ComoonicsClusterNodeNic
self.assertEqual(type(_nics), type([]))
for nic in _nics:
self.assertEqual(type(nic).__name__, "ComoonicsClusterNodeNic")
# test order of nics in list
i = 0
for nic in _nics:
self.assertEqual(nic.getName(), _nodenames[i])
i = i + 1
def testGetnonstatics(self):
for node in self.clusterInfo.getNodes():
for attr in node.non_statics.keys():
self.assert_(getattr(node, attr) in ["1", "0" ], "testGetnonstatics(node=%s, attr=%s)%s!=%s" %(node.getName(), attr, getattr(node, attr), ["1", "0"]))
class test_ClusterNodeNic(baseClusterTestClass):
"""
Methods from ComoonicsClusterNodeNic
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNodeNic, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(
os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
import logging
self.clusterInfo.helper.setSimOutput()
self.nics = list()
for node in self.clusterInfo.getNodes():
node.helper.output = self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetname(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getName(), self.nicValues[i]["name"])
i = i + 1
def testGetmac(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getMac(), self.nicValues[i]["mac"])
i = i + 1
def testGetip(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getIP(), self.nicValues[i]["ip"])
i = i + 1
def testGetgateway(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getGateway(), self.nicValues[i]["gateway"])
i = i + 1
def testGetnetmask(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getNetmask(), self.nicValues[i]["netmask"])
i = i + 1
def testGetmaster(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getMaster(), self.nicValues[i]["master"])
i = i + 1
def testGetslave(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getSlave(), self.nicValues[i]["slave"])
i = i + 1
class test_ClusterNodeNic(baseClusterTestClass):
"""
Methods from ComoonicsClusterNodeNic
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterNodeNic, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
import logging
self.clusterInfo.helper.setSimOutput()
self.nics=list()
for node in self.clusterInfo.getNodes():
node.helper.output=self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetname(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getName(), self.nicValues[i]["name"])
i = i + 1
def testGetmac(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getMac(), self.nicValues[i]["mac"])
i = i + 1
def testGetip(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getIP(), self.nicValues[i]["ip"])
i = i + 1
def testGetgateway(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getGateway(), self.nicValues[i]["gateway"])
i = i + 1
def testGetnetmask(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getNetmask(), self.nicValues[i]["netmask"])
i = i + 1
def testGetmaster(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getMaster(), self.nicValues[i]["master"])
i = i + 1
def testGetslave(self):
i = 0
for nic in self.nics:
self.assertEqual(nic.getSlave(), self.nicValues[i]["slave"])
i = i + 1
class test_ClusterInfo(baseClusterTestClass):
"""
Unittests for Clustertools
"""
def init(self):
import os.path
from comoonics.cluster.ComClusterRepository import ClusterRepository
from comoonics.cluster.ComClusterInfo import ClusterInfo
import logging
from comoonics import ComSystem
ComSystem.setExecMode(ComSystem.SIMULATE)
super(test_ClusterInfo, self).init()
#create comclusterRepository Object
self.clusterRepository = ClusterRepository(
os.path.join(self._testpath, "cluster2.conf"))
#create comclusterinfo object
self.clusterInfo = ClusterInfo(self.clusterRepository)
# setup the cashes for clustat for redhat cluster
ComLog.setLevel(logging.DEBUG)
self.clusterInfo.helper.setSimOutput()
self.nics = list()
for node in self.clusterInfo.getNodes():
node.helper.output = self.clusterInfo.helper.output
for nic in node.getNics():
self.nics.append(nic)
def testGetnodes(self):
"""
Tests only correct type of list and content as well as length of list.
Does not check if the nodes in the list are correct.
"""
_tmp = self.clusterInfo.getNodes()
self.assertEqual(type(_tmp), type([]))
self.assertEqual(len(_tmp), len(self.nodeValues))
for node in _tmp:
self.assertEqual(
str(type(node)),
"<class 'comoonics.cluster.ComClusterNode.ComoonicsClusterNode'>"
)
def testGetnodeidentifiers(self):
self.assertEqual(self.clusterInfo.getNodeIdentifiers('name'),
self.createNodeList("name"))
_tmp1 = self.clusterInfo.getNodeIdentifiers('id')
_tmp2 = self.createNodeList("id")
_tmp1.sort()
_tmp2.sort()
self.assertEqual(_tmp1, _tmp2)
# Methods from RedhatClusterinfo
def testQueryvalue1(self):
self.assertEqual(
self.createNodeList("name"),
self.clusterInfo.queryValue(
"/cluster/clusternodes/clusternode/@name"))
def testQueryvalue2(self):
self.assertEqual(
len(self.createNodeList("name")),
self.clusterInfo.queryValue(
"count(/cluster/clusternodes/clusternode/@name)")[0])
def testQueryxml(self):
_tmp1 = "name"
_tmp2 = "gfs-node1"
_query = '/cluster/clusternodes/clusternode[@' + _tmp1 + '="' + _tmp2 + '"]'
node = self.clusterInfo.queryXml(_query)[0]
self.assertEquals(
node.getAttribute(_tmp1), _tmp2, "%s==%s->%s != %s->%s" %
(_query, node.getAttribute("name"), node.getAttribute("value"),
_tmp1, _tmp2))
def testQueryProperties(self):
from comoonics.ComDataObject import DataObject
import comoonics.XmlTools
_tmp1 = "name"
_tmp2 = "gfs-node1"
_tmp3 = "name"
_tmp4 = "eth1"
result = ["MASTER=yes", "SLAVE=no", "DELAY=0"]
result.sort()
_query = '/cluster/clusternodes/clusternode[@' + _tmp1 + '="' + _tmp2 + '"]/com_info/eth[@' + _tmp3 + '="' + _tmp4 + '"]'
propertieselement = self.clusterInfo.queryXml(_query)[0]
properties = DataObject(
propertieselement).getProperties().list().split("\n")
properties.sort()
self.assertEquals(properties, result,
"%s==%s != %s" % (_query, properties, result))
def testGetnode(self):
"""
Requires proper function of method getName()
"""
for nodename in self.createNodeList("name"):
self.assertEqual(
self.clusterInfo.getNode(nodename).getName(), nodename)
def testGetname(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(_tmp[i]["nodename"],
str(self.clusterInfo.getNodeName(_tmp[i]["mac"])))
def testGetid(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(_tmp[i]["nodeid"],
str(self.clusterInfo.getNodeId(_tmp[i]["mac"])))
def testGetFailoverdomainnodes(self):
for i in range(len(self.failoverdomainValues)):
self.assertEqual(
self.clusterInfo.getFailoverdomainNodes(
self.failoverdomainValues[i]["name"]),
self.failoverdomainValues[i]["members"])
def testGetFailoverdomainprefnode(self):
for i in range(len(self.failoverdomainValues) - 1):
self.assertEqual(
self.clusterInfo.getFailoverdomainPrefNode(
self.failoverdomainValues[i]["name"]),
self.failoverdomainValues[i]["prefnode"])
# self.assertRaises(NameError,self.clusterInfo.getFailoverdomainPrefNode, self.failoverdomainValues[2]["name"])
def testGetNodeids(self):
_tmp1 = self.clusterInfo.getNodeIds()
_tmp2 = self.createNodeList("id")
_tmp1.sort()
_tmp2.sort()
self.assertEqual(_tmp1, _tmp2)
# Methods from ComoonicsClusterinfo
def testGetNic(self):
#except first nic because it does not have an mac-address
_tmp = self.nicValues[1:]
for i in range(len(_tmp)):
self.assertEqual(self.clusterInfo.getNic(_tmp[i]["mac"]),
_tmp[i]["name"])
# def testGetNicFailure(self):
# self.assertRaises(ClusterMacNotFoundException, self.clusterInfo.getNic,"murks")
# Methods that deal with non static attributes
def testName(self):
self.assertEqual("clu_generix", self.clusterInfo.name)
def testGeneration(self):
self.assertEqual("900", self.clusterInfo.generation)
def testQuorate(self):
self.assertEqual("1", self.clusterInfo.quorum_quorate)
def testQuorumGroupMember(self):
self.assertEqual("1", self.clusterInfo.quorum_groupmember)
