def _verifyTpmQuote(self, quoteParser, aik, nonce):
if not quoteParser.verifyQuote(aik, nonce):
raise xenrt.XRTFailure("Quote value: %s, nonce: %s, AIK; %s was not valid" % (quoteParser.getCurrentQuoteValue(), nonce, aik))
def licenseGraceTest(self, license):
# Assign license and verify it.
licenseinUse = self.licenseManager.addLicensesToServer(
self.v6, license)
self.licenseManager.applyLicense(self.v6, self.systemObj, license,
licenseinUse)
# Force the host to have grace license.
self.disableLicenseServer()
# Check whether the hosts obtained grace licenses.
for host in self.systemObj.getHosts():
if not self.checkGraceLicense(host):
self.enableLicenseServer()
self.licenseManager.releaseLicense(self.systemObj)
raise xenrt.XRTFailure(
"The host %s is failed to aquire grace license" % host)
else:
self.featureFlagValidation(license)
# Force the hosts to regain its orignal licenses.
self.enableLicenseServer()
# Check whether the hosts regained the original licenses.
self.systemObj.checkLicenseState(edition=license.getEdition())
self.licenseManager.verifyLicenseServer(license, self.v6, licenseinUse,
self.systemObj)
# Again force the host to have grace license.
self.disableLicenseServer()
# Check whether the hosts obtained grace licenses.
for host in self.hosts:
if not self.checkGraceLicense(host):
self.enableLicenseServer()
self.licenseManager.releaseLicense(self.systemObj)
raise xenrt.XRTFailure(
"The host %s is failed to aquire grace license again" %
host)
else:
self.featureFlagValidation(license)
# Now expire one of the host license such that it cross the grace period.
host = self.expireLicense(
) # for both hosts expire, provide allhosts=True
# Check whether the license is expired.
if not self.checkLicenseExpired(
host): # for all hosts just provide the param edition.
self.enableLicenseServer()
self.licenseManager.releaseLicense(self.systemObj)
raise xenrt.XRTFailure("License is not expired properly.")
else:
self.featureFlagValidation()
# Check whether the hosts license expired.
self.systemObj.checkLicenseState(edition=license.getEdition())
# Cleaning up.
self.enableLicenseServer()
self.licenseManager.releaseLicense(self.systemObj)
self.featureFlagValidation()
self.cleanUpFistPoint(host) # if any.
def run(self, arglist=[]):
extraDisks = (self.NO_OF_VDIS / self.NO_OF_VMS ) -1
xenrt.TEC().logverbose("Performance testing lvmohba SR on a pool of %d hosts with %d guests, attached with %d extra disks" %
(self.NO_OF_HOSTS, self.NO_OF_VMS, extraDisks))
if (len(self.hosts) != self.NO_OF_HOSTS):
raise xenrt.XRTFailure("The requisite of the test demands %d hosts in a pool." % (self.NO_OF_HOSTS))
xenrt.TEC().logverbose("Creating a pool of %d hosts." % (self.NO_OF_HOSTS))
# 1. Create the pool of servers.
self.pool = xenrt.lib.xenserver.poolFactory(self.hosts[0].productVersion)(self.hosts[0])
self.pool.master = self.hosts[0]
# Add all remaining hosts to the pool.
for host in self.hosts[1:]:
# The host joining the pool cannot contain any shared storage.
for sr in host.minimalList("sr-list", args="content-type=iso type=iso"):
host.forgetSR(sr)
self.pool.addHost(host)
self.pool.setPoolParam("name-label", "lvmoHBAPool")
self.pool.check()
xenrt.TEC().logverbose("Creating %d lvmoHBA SR on the pool of %d hosts." % (self.NO_OF_VDIS, self.NO_OF_HOSTS))
# Find the SCSIIDs by diffing /dev/disk/by-scsid
scsiIDs = self.hosts[0].execdom0("ls /dev/disk/by-scsid").strip().split("\n")
scsiIDs = [x for x in scsiIDs if x.startswith("360a98000")] # only netapp luns that we created for the test.
scsiIDs.sort() # sort it before whole list comparision.
xenrt.TEC().logverbose("Found %d SCSIDs on the master %s: %s" % (len(scsiIDs), self.hosts[0], scsiIDs))
if (self.NO_OF_VDIS != len(scsiIDs)):
raise xenrt.XRTFailure("We have created %d LUNs on the filer. Reported only %d SCSIDs." % (self.NO_OF_VDIS, len(scsiIDs)))
lvmohbaSRuuid = [] # list of lvmoHBA SR uuids
lvmohbaSRObject = []
counter = 0
# 2. Create lvmoHBA SRs on the master.
timeNow = xenrt.util.timenow()
for scsid in scsiIDs:
fcName = ("lvmoHBASR%d" % counter)
fcSR = xenrt.lib.xenserver.FCStorageRepository(self.hosts[0], fcName)
lvmohbaSRObject.append(fcSR)
fcSR.create(scsid)
lvmohbaSRuuid.append(fcSR.uuid)
counter = counter + 1
xenrt.TEC().logverbose("Time taken to create %d lvmoHBA SR on master %s is %s seconds." %
(self.NO_OF_VDIS, self.hosts[0], (xenrt.util.timenow() - timeNow)))
if (self.NO_OF_VDIS != len(lvmohbaSRuuid)):
raise xenrt.XRTFailure("We have created %d LUNs on the filer. Reported only %d lvmohbaSRuuid." % (self.NO_OF_VDIS, len(lvmohbaSRuuid)))
xenrt.TEC().logverbose("Scanning all the lvmoHBA SR on the pool of %d hosts." % (self.NO_OF_HOSTS))
# 3. Time taken to scan the lvmoHBA SR.
timeNow = xenrt.util.timenow()
for sr in lvmohbaSRObject:
sr.scan()
xenrt.TEC().logverbose("Time taken to scan %d lvmoHBA SR on the pool with %d LUNs mapped: %s seconds." %
(self.NO_OF_VDIS, self.NO_OF_VDIS, (xenrt.util.timenow() - timeNow)))
# 4. Time taken to reboot all hosts in the pool after creating the SR.
rebootTag = "After creating lvmoHBA SR Reboot"
self.poolReboot(rebootTag)
# 5. Create and install number of guessts in parallel using XenRT pfarm.
self.vmInstall(lvmohbaSRuuid)
# 6. Now attaching extra-disks to each VM from the remaining.
self.attachExtraDisks(lvmohbaSRuuid)
# 7. Installing IOZone test tool on each guest and running in parallel using XenRT pfarm.
self.startIOZoneParallely()
# 8. Time taken to shutdown all the guests serially with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmShutdown(vmTag)
# 9. Time taken to start all the guests serially with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmStart(vmTag)
# 10 Rebooting all hosts in pool with all guests installed and each guest attached with extra disks.
rebootTag = "After installing the guests Reboot"
self.poolReboot(rebootTag)
# 11. Starting the guests again.
vmTag = "after pool reboot"
self.vmStart(vmTag)
# 12. Time taken to shutdown the guests with extra disks attached.
vmTag = "before un-installation"
self.vmShutdown(vmTag)
# 13. Time taken to uninstall the guests with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmUninstall(vmTag)
xenrt.TEC().logverbose("Destroying the lvmoHBA SR on the pool of %d hosts." % (self.NO_OF_HOSTS))
# 14. Destroy the lvmoHBA SR on the pool.
timeNow = xenrt.util.timenow()
for sruuid in lvmohbaSRuuid:
self.hosts[0].destroySR(sruuid)
xenrt.TEC().logverbose("Time taken to destroy the lvmoHBA SR on %d hosts pool: %s seconds." %
(self.NO_OF_HOSTS, (xenrt.util.timenow() - timeNow)))
while True:
try:
DTMResult = self.targetGuest.xmlrpcFileExists(
"c:\\DTMServiceResult.txt")
except Exception, e:
xenrt.TEC().warning(
"Exception checking for DTMServiceResult text file")
xenrt.sleep(300)
break
if DTMResult:
xenrt.TEC().logverbose("DTMServiceResult text file found")
self.targetGuest.xmlrpcStart("del /f c:\\DTMServiceResult.txt")
self.targetGuest.xmlrpcStart("del /f c:\\DTMResScript.js")
break
if xenrt.util.timenow() > self.timeOut:
raise xenrt.XRTFailure(
"Timed out waiting for DTM installation to complete")
xenrt.sleep(60)
def installDotNet(self, arglist=None):
if self.DotNetVersion == "3.5":
self.targetGuest.installDotNet35()
elif self.DotNetVersion == "4":
self.targetGuest.installDotNet4()
def changeHostName(self, arglist=None):
self.targetGuest.xmlrpcExec(
"wmic computersystem where name=\"%%COMPUTERNAME%%\" call rename name=\"%s\""
% (self.winHostName))
self.targetGuest.reboot()
def installPVDrivers(self, arglist=None):
def SVVPDTMClientInstall(self, arglist=None):
self.targetGuest.xmlrpcExec(
"\\\\%s\DtmInstall\\Client\\Setup.exe /qb ICFAGREE=Yes" %
(self.DTMServerName))
DTMClientInstall = r"""
Delay(20000);
var expString="No tasks are running";
var WshShellObj = new ActiveXObject("WScript.Shell");
for(var count=0; count<1100; count++)
{
var WshShellExecObj2 = WshShellObj.Exec("tasklist /FI \"imagename eq Setup.exe*\"");
var kitSetUpStats=WshShellExecObj2.StdOut.ReadAll();
var n=kitSetUpStats.indexOf(expString);
if(n!=-1){
Delay(20000);
var fs= new ActiveXObject('Scripting.FileSystemObject');
var WshShellObj = new ActiveXObject("WScript.Shell");
var WshShellExecObj = WshShellObj.Exec("tasklist /FI \"imagename eq WLKSvc.exe*\"");
var kitSetUpStats=WshShellExecObj.StdOut.ReadAll();
var n=kitSetUpStats.indexOf(expString);
if(n==-1){
var fs= new ActiveXObject('Scripting.FileSystemObject');
var fname1=fs.CreateTextFile("c:\\DTMClientInstalled.txt", true);
}
break;
}
Delay(5000);
}
function Delay(milliseconds) {
var start = new Date().getTime();
for (var i = 0; i < 1e7; i++) {
if ((new Date().getTime() - start) > milliseconds){
break;
}
}
}"""
self.targetGuest.xmlrpcWriteFile("c:\\DTMClientInstall.js",
DTMClientInstall)
self.targetGuest.xmlrpcStart("c:\\DTMClientInstall.js")
self.timeOut = xenrt.util.timenow() + 150
while True:
try:
DTMClientResult = self.targetGuest.xmlrpcFileExists(
"c:\\DTMClientInstalled.txt")
except Exception, e:
xenrt.TEC().warning(
"Exception checking for DTMClientInstalled text file")
xenrt.sleep(300)
break
if DTMClientResult:
xenrt.TEC().logverbose("DTMClientInstalled text file found")
self.targetGuest.xmlrpcStart(
"del /f c:\\DTMClientInstalled.txt")
self.targetGuest.xmlrpcStart("del /f c:\\DTMClientInstall.js")
break
if xenrt.util.timenow() > self.timeOut:
raise xenrt.XRTFailure(
"Timed out waiting for DTM client installation to complete"
)
xenrt.sleep(60)
def run(self, arglist=None):
data = self.guest.paramGet("allowed-operations").strip()
allowedOps = data.split("; ")
if "hard_reboot" in allowedOps:
raise xenrt.XRTFailure("CA-30367 Suspended VM has hard_reboot as "
"an allowed operation")
def run(self, arglist):
try:
TCXSA24.run(self, arglist)
except xenrt.XRTFailure, e:
if "Xen will only load images" in str(e.data):
xenrt.TEC().logverbose(
"Error Message while starting a VM with invalid kernel: %s"
% str(e.data))
pass
else:
raise xenrt.XRTFailure(
"Unexpected error message while starting a VM with invalid kernel",
data=str(e.data))
else:
raise xenrt.XRTFailure(
"Succeeded to start a VM with an invalid kernel")
class TCXSA87(TCXSA29):
"""Test to verify XSA-87"""
# Jira TC-23743
VULN = 87
def run(self, arglist=None):
self.host.execdom0("xl create /root/minios.cfg")
self.checkHost()
if not self.host.guestconsolelogs:
raise xenrt.XRTFailure("No guest console logs")
def verifySystemVMsRecoverFromOutage(self):
systemVms = self.cloud.marvin.cloudApi.listSystemVms(podid=self.podid)
cpvms = filter(lambda x: x.systemvmtype == 'consoleproxy', systemVms)
ssvms = filter(lambda x: x.systemvmtype == 'secondarystoragevm',
systemVms)
xenrt.xrtAssert(
len(cpvms) + len(ssvms) == len(systemVms),
'Unexpected System VM type reported')
(ignore, originalCapacity) = self.diffZoneCapacityWithCurrent(
zoneid=self.zoneid)
# Stop the storage VM (simulate the outage)
self.storageVM.shutdown(force=True)
# Wait for the system VMs to exit the Up state
self.waitForSystemVmAgentState(self.podid,
state='Up',
timeout=600,
exitState=True)
self.storageVM.start()
# Wait for the system VMs to recover
self.waitForSystemVmAgentState(self.podid, state='Up', timeout=1200)
# Check the number of system VMs has not changed
newsystemVms = self.cloud.marvin.cloudApi.listSystemVms(
podid=self.podid)
newcpvms = filter(lambda x: x.systemvmtype == 'consoleproxy',
newsystemVms)
newssvms = filter(lambda x: x.systemvmtype == 'secondarystoragevm',
newsystemVms)
xenrt.xrtAssert(
len(newcpvms) + len(newssvms) == len(newsystemVms),
'Unexpected System VM type reported')
xenrt.xrtAssert(
len(cpvms) == len(newcpvms),
'Number of Console Proxy VMs not the same after outage')
xenrt.xrtAssert(
len(ssvms) == len(newssvms),
'Number of Secondary Storage VMs not the same after outage')
# Chkec all Hosts are Up and then recheck that all System VMs are still up
self.waitForHostState(self.podid, state='Up', timeout=600)
self.waitForSystemVmAgentState(self.podid, state='Up', timeout=300)
if self.VERIFY_USER_INSTANCES:
self.waitForUserInstanceState(instanceNames=map(
lambda x: x.name, self.instances),
state='Running',
timeout=300)
for instance in self.instances:
try:
instance.assertHealthy()
except Exception, e:
# VMs may fail when their disks are removed - reboot any VMs that are not responding
xenrt.TEC().logverbose(
'Instance: %s health check failed with: %s' %
(instance.name, str(e)))
xenrt.TEC().logverbose('Reboot instance: %s' %
(instance.name))
instance.reboot()
self.waitForUserInstanceState(instanceNames=map(
lambda x: x.name, self.instances),
state='Running',
timeout=300)
map(lambda x: x.assertHealthy(), self.instances)
# Verify that all VRs are running
nonRunningVRs = filter(
lambda x: x.state != 'Running',
self.cloud.marvin.cloudApi.listRouters(listall='true'))
if len(nonRunningVRs) > 0:
xenrt.TEC().logverbose(
'VRs not in Running state: %s' %
(pformat(map(lambda x: (x.name, x.state), nonRunningVRs))))
raise xenrt.XRTFailure(
'VR(s) not recovered after Primary Storage Outage')
class TCMigrate(xenrt.TestCase):
WORKLOADS = [
"w_find",
"w_memtest",
#"w_spamcons",
"w_forktest2"
]
WINDOWS_WORKLOADS = [
"Prime95", "Ping", "SQLIOSim", "Burnintest", "NetperfTX", "NetperfRX",
"Memtest"
]
def __init__(self):
xenrt.TestCase.__init__(self, "TCMigrate")
self.workloads = None
self.guest = None
self.semclass = "TCMigrate"
self.usedclone = False
def run(self, arglist=None):
loops = 50
live = "false"
reboot = False
target = None
fast = False
workloads = None
gname = None
clonevm = False
iterreboot = False
# Mandatory args
for arg in arglist:
l = string.split(arg, "=", 1)
if l[0] == "guest":
gname = l[1]
if l[0] == "loops":
loops = int(l[1])
elif l[0] == "live":
live = "true"
elif l[0] == "reboot":
reboot = True
elif l[0] == "iterreboot":
iterreboot = True
elif l[0] == "to":
if l[1] != "localhost":
target = l[1]
elif l[0] == "fast":
fast = True
elif l[0] == "workloads":
if len(l) > 1:
workloads = l[1].split(",")
else:
workloads = self.WINDOWS_WORKLOADS
elif l[0] == "config":
matching = xenrt.TEC().registry.guestLookup(\
**xenrt.util.parseXMLConfigString(l[1]))
for n in matching:
xenrt.TEC().comment("Found matching guest(s): %s" %
(matching))
if matching:
gname = matching[0]
elif l[0] == "clone":
clonevm = True
if not gname:
raise xenrt.XRTError("No guest name specified")
g = self.getGuest(gname)
self.guest = g
if g.distro and g.distro in string.split(\
xenrt.TEC().lookup("SKIP_MIGRATE_DISTROS", ""), ","):
xenrt.TEC().skip("Skipping migrate on %s" % (g.distro))
return
self.getLogsFrom(g.host)
if xenrt.TEC().lookup("OPTION_USE_CLONE", False,
boolean=True) or clonevm:
xenrt.TEC().comment("Using clone to run test.")
self.blocker = False
if g.getState() != "UP":
g.start()
g.preCloneTailor()
g.shutdown()
clone = g.cloneVM()
self.guest = clone
g = clone
self.usedclone = True
self.getLogsFrom(g)
if target:
thost = xenrt.TEC().registry.hostGet(target)
if not thost:
raise xenrt.XRTError("Cannot find host %s in registry" %
(target))
self.getLogsFrom(thost)
hostlist = [thost, g.host]
xenrt.TEC().comment("Migrating to %s" % (thost.getName()))
else:
hostlist = [g.host]
xenrt.TEC().comment("Performing localhost migrate")
if live == "true":
xenrt.TEC().progress("Running %d iterations of live migrate "
"using %s." % (loops, gname))
else:
xenrt.TEC().progress("Running %d iterations of migrate using %s." %
(loops, gname))
if fast:
xenrt.TEC().comment("Using back to back migrations")
try:
if g.getState() == "DOWN":
xenrt.TEC().comment("Starting guest %s before commencing "
"migrate." % (g.name))
g.start()
# Make sure the guest is healthy before we start
if not g.windows:
g.waitForSSH(60, desc="Guest check")
else:
g.waitForDaemon(60, desc="Guest check")
# Make sure there is sufficient memory on the first target
freemem = hostlist[0].getFreeMemory()
if freemem < g.memory:
if xenrt.TEC().lookup("MIGRATE_NOMEM_SKIP",
False,
boolean=True):
xenrt.TEC().skip(
"Skipping because of insufficent free "
"memory on %s (%u < %u)" %
(hostlist[0].getName(), freemem, g.memory))
return
else:
raise xenrt.XRTError(
"Insufficent free "
"memory on %s (%u < %u)" %
(hostlist[0].getName(), freemem, g.memory))
# Start workloads on the guest
if workloads:
if g.windows:
self.workloads = g.startWorkloads(workloads)
else:
self.workloads = g.startWorkloads(self.WORKLOADS)
except Exception, e:
traceback.print_exc(file=sys.stderr)
raise xenrt.XRTError("Guest broken before we started (%s)" %
(str(e)))
success = 0
mt = xenrt.util.Timer()
try:
for i in range(loops):
if xenrt.GEC().abort:
xenrt.TEC().warning("Aborting on command")
break
h = hostlist[i % len(hostlist)]
xenrt.TEC().logverbose(
"Starting loop iteration %u (to %s)..." % (i, h.getName()))
if not fast:
domid = g.getDomid()
skew1 = g.getClockSkew()
g.migrateVM(h, live=live, fast=fast, timer=mt)
if not fast:
skew2 = g.getClockSkew()
time.sleep(10)
g.check()
if not target:
# On localhost make sure we did something
if g.getDomid() == domid:
raise xenrt.XRTError("Domain ID unchanged after "
"migrate.")
if skew1 != None and skew2 != None:
delta = abs(skew2 - skew1)
note = "Before the migrate the skew from controller " \
"time was %fs and afterwards it was %fs" % \
(skew1, skew2)
xenrt.TEC().logverbose(note)
if delta > 2000000.0:
raise xenrt.XRTFailure(
"Clock skew detected after "
"migrate", note)
else:
# Check skew now, in these general tests we'll
# allow a slight delay for the clock to fix
# itself up
time.sleep(5)
skew3 = g.getClockSkew()
delta = abs(skew3 - skew1)
if delta > 3.0:
note = "Before the suspend the skew from " \
"controller time was %fs and " \
"afterwards it was %fs, a short " \
"while later it was %fs" % \
(skew1, skew2, skew3)
xenrt.TEC().warning("Clock skew detected "
"after suspend/resume: " +
note)
success = success + 1
if iterreboot:
g.reboot()
if workloads:
if g.windows:
self.workloads = g.startWorkloads(workloads)
else:
self.workloads = g.startWorkloads(self.WORKLOADS)
finally:
xenrt.TEC().comment("%u/%u iterations successful." %
(success, loops))
if mt.count() > 0:
xenrt.TEC().logverbose("Migrate times: %s" % (mt.measurements))
xenrt.TEC().value("MIGRATE_MAX", mt.max())
xenrt.TEC().value("MIGRATE_MIN", mt.min())
xenrt.TEC().value("MIGRATE_AVG", mt.mean())
xenrt.TEC().value("MIGRATE_DEV", mt.stddev())
if fast:
time.sleep(10)
g.check()
if workloads:
g.stopWorkloads(self.workloads)
try:
if reboot:
g.reboot()
except xenrt.XRTFailure, e:
raise xenrt.XRTError(e.reason)
allHostsReachedState = True
break
if len(hostsNotInState) > 0:
xenrt.TEC().logverbose(
'Waiting for the following Hosts to reach state %s: %s' %
(state,
pformat(map(lambda x:
(x.name, x.state), hostsNotInState))))
self.logCloudHostInfo()
xenrt.sleep(pollPeriod)
self.logCloudHostInfo()
if not allHostsReachedState:
raise xenrt.XRTFailure(
'Not all Hosts reached state %s in %d seconds' %
(state, timeout))
def waitForUserInstanceState(self,
instanceNames,
state,
timeout=300,
pollPeriod=20):
"""Wait for all User Instances (specified) to reach the specified state"""
xenrt.xrtAssert(
len(instanceNames) > 0,
'No instance names specifed in call to waitForUserInstanceState')
allInstancesReachedState = False
startTime = datetime.now()
while (datetime.now() - startTime).seconds < timeout:
instanceData = filter(
def waitForSystemVmAgentState(self,
podid,
state,
timeout=300,
pollPeriod=20,
exitState=False):
"""Wait for all System VMs (associated with the Pod) to reach the specified state"""
allSystemVmsReachedState = False
startTime = datetime.now()
while (datetime.now() - startTime).seconds < timeout:
systemVmData = self.cloud.marvin.cloudApi.listSystemVms(
podid=podid)
systemVmNameList = map(lambda x: x.name, systemVmData)
hostData = filter(lambda x: x.name in systemVmNameList,
self.cloud.marvin.cloudApi.listHosts())
self.logCloudHostInfo()
if len(systemVmData) != len(hostData):
xenrt.TEC().warning(
'Inconsistent System VM and Host data reported by MS')
xenrt.TEC().logverbose(
'System VM State: %s' %
(pformat(map(lambda x: (x.name, x.state), systemVmData))))
if not exitState:
systemVmsNotInState = filter(lambda x: x.state != state,
hostData)
if len(systemVmsNotInState) == 0:
if state == 'Up':
# Check that the system VMs are also all Running
systemVmsUpButNotInRunningState = filter(
lambda x: x.state != 'Running', systemVmData)
if len(systemVmsUpButNotInRunningState) > 0:
xenrt.TEC().warning(
'System VM(s) %s reported as Up but not Running'
% (pformat(
map(lambda x: (x.name, x.state),
systemVmsUpButNotInRunningState))))
continue
xenrt.TEC().logverbose(
'System VMs [%s] reached state: %s in %d sec' %
(systemVmNameList, state,
(datetime.now() - startTime).seconds))
allSystemVmsReachedState = True
break
else:
xenrt.TEC().logverbose(
'Waiting for the following system VMs to reach state %s: %s'
% (state,
pformat(
map(lambda x:
(x.name, x.state), systemVmsNotInState))))
xenrt.sleep(pollPeriod)
else:
systemVmsStillInState = filter(lambda x: x.state == state,
hostData)
if len(systemVmsStillInState) == 0:
xenrt.TEC().logverbose(
'System VMs [%s] exited state: %s in %d sec' %
(systemVmNameList, state,
(datetime.now() - startTime).seconds))
xenrt.TEC().logverbose(
' New States: %s' %
(pformat(map(lambda x: (x.name, x.state), hostData))))
allSystemVmsReachedState = True
break
else:
xenrt.TEC().logverbose(
'Waiting for the following system VMs to exit state %s: %s'
% (state,
pformat(
map(lambda x:
(x.name, x.state), systemVmsStillInState))))
xenrt.sleep(pollPeriod)
self.logCloudHostInfo()
if not allSystemVmsReachedState:
raise xenrt.XRTFailure(
'Not all System VMs %s state %s in %d seconds' %
(exitState and 'exited' or 'reached', state, timeout))
def run(self, arglist):
for f in self.FILES:
entry = self.host.execdom0("ls -ld %s" % (f))
if not entry[2] == "w":
raise xenrt.XRTFailure("No write permissions for %s. (%s)" %
(f, entry))
self.host = self.getDefaultHost()
def run(self, arglist):
self.host.execdom0("touch /root/notalicensefile")
cli = self.host.getCLIInstance()
args = []
args.append("license-file=/root/notalicensefile")
args.append("host-uuid=%s" % (self.host.getMyHostUUID()))
try:
cli.execute("host-license-add", string.join(args))
except xenrt.XRTFailure, e:
if not re.search("Failed to read license file", e.reason):
raise e
else:
raise xenrt.XRTFailure(
"No error raised when adding invalid license file.")
def postRun(self):
self.host.execdom0("rm -f /root/notalicensefile")
class TC967(xenrt.TestCase):
"""Incorrect guest name / UUID"""
def prepare(self, arglist):
self.host = self.getDefaultHost()
def run(self, arglist):
cli = self.host.getCLIInstance()
try:
cli.execute("vm-start",
"uuid=00000000-0000-0000-0000-000000000000")
def __checkPcrString(self, pcrValue):
if(pcrValue.count("f") == len(pcrValue)):
raise xenrt.XRTFailure("PCR value contained all F's")
if(pcrValue.count("0") == len(pcrValue)):
raise xenrt.XRTFailure("PCR value contained all 0's")
def run(self, arglist=None):
self.guest.enableIPv6Dhcp()
if not self.guest.checkIsIPv6AdrressInRange(self.guest.mainip):
raise xenrt.XRTFailure("Guest does not have a valid DHCP6 IPv6 address")
IPv6WinGuestOnVlan.run(self, arglist)
class TCHibernate(xenrt.TestCase):
"""Tests hibernate initiated from within the guest."""
WORKLOADS = [
"w_find",
"w_forktest2",
#"w_spamcons",
"w_memtest"
]
WINDOWS_WORKLOADS = [
"Prime95", "Ping", "SQLIOSim", "Burnintest", "NetperfTX", "NetperfRX",
"Memtest"
]
def __init__(self):
xenrt.TestCase.__init__(self, "TCHibernate")
self.blocker = True
self.guest = None
self.workloads = None
self.usedclone = False
def run(self, arglist=None):
loops = 50
reboot = False
workloads = None
gname = None
clonevm = False
for arg in arglist:
l = string.split(arg, "=", 1)
if l[0] == "guest":
gname = l[1]
if l[0] == "loops":
loops = int(l[1])
if l[0] == "reboot":
reboot = True
elif l[0] == "workloads":
if len(l) > 1:
workloads = l[1].split(",")
else:
workloads = self.WINDOWS_WORKLOADS
elif l[0] == "config":
matching = xenrt.TEC().registry.guestLookup(\
**xenrt.util.parseXMLConfigString(l[1]))
for n in matching:
xenrt.TEC().comment("Found matching guest(s): %s" %
(matching))
if matching:
gname = matching[0]
elif l[0] == "clone":
clonevm = True
if not gname:
raise xenrt.XRTError("No guest name specified.")
guest = self.getGuest(gname)
self.guest = guest
host = guest.host
self.getLogsFrom(host)
if xenrt.TEC().lookup("OPTION_USE_CLONE", False,
boolean=True) or clonevm:
xenrt.TEC().comment("Using clone to run test.")
self.blocker = False
if guest.getState() != "UP":
guest.start()
guest.preCloneTailor()
guest.shutdown()
clone = guest.cloneVM()
self.guest = clone
guest = clone
self.usedclone = True
self.getLogsFrom(guest)
if guest.memory >= 4096:
xenrt.TEC().skip("Skipping hibernate on > 4GB guest.")
return
if not guest.windows:
xenrt.TEC().skip("Skipping hibernate on non-Windows guest.")
return
expfail = string.split(host.lookup("EXPFAIL_HIBERNATE", ""), ",")
if guest.distro and guest.distro in expfail:
xenrt.TEC().skip("Skipping hibernate for %s which is expected "
"to fail." % (guest.distro))
return
try:
# Make sure the guest is up
if guest.getState() == "DOWN":
xenrt.TEC().comment("Starting guest before commencing loop.")
guest.start()
# Make sure the guest is healthy before we start.
guest.waitForDaemon(60, desc="Guest check")
# Start workloads on the guest.
if workloads:
if guest.windows:
self.workloads = guest.startWorkloads(workloads)
else:
self.workloads = guest.startWorkloads(self.WORKLOADS)
except Exception, e:
xenrt.TEC().logverbose("Guest broken before we started (%s)." %
str(e))
raise
# Enable hibernate for Tampa Guests
if isinstance(guest, xenrt.lib.xenserver.guest.TampaGuest):
guest.paramSet("platform:acpi_s4", "true")
guest.reboot()
# Enable hibernation.
try:
guest.winRegAdd(
"HKCU", "Software\\Policies\\Microsoft\\Windows\\"
"System\\Power", "PromptPasswordOnResume", "DWORD", 0)
try:
guest.xmlrpcExec(
"powercfg.exe /GLOBALPOWERFLAG off /OPTION RESUMEPASSWORD")
except:
pass
except:
pass
try:
guest.xmlrpcExec("powercfg.exe /HIBERNATE ON")
except:
pass
# Test hibernate in a loop
success = 0
try:
for i in range(loops):
xenrt.TEC().logverbose("Starting loop iteration %u..." % (i))
host.listDomains()
attempt = 0
while True:
try:
# Ignore errors since we may get the connection
# severed on the down
guest.xmlrpcStart("shutdown /h")
except:
pass
try:
guest.poll("DOWN", timeout=1200)
break
except Exception, e:
try:
# See if the hibernate started, i.e. we can't ping
# the execdaemon.
guest.checkReachable()
except:
guest.checkHealth(unreachable=True)
raise xenrt.XRTFailure("Hibernate didn't complete")
guest.check()
if attempt == 2:
self.blocker = False
raise xenrt.XRTFailure(
"Hibernate didn't happen after 3 attempts")
else:
xenrt.TEC().warning(
"Hibernate didn't seem to happen.")
attempt = attempt + 1
continue
time.sleep(2)
host.listDomains()
guest.start(skipsniff=True)
success = success + 1
finally:
self.tec.comment("%u/%u iterations successful" % (success, loops))
# Stop guest workloads.
if workloads:
guest.stopWorkloads(self.workloads)
try:
if reboot:
guest.reboot()
except xenrt.XRTFailure, e:
raise xenrt.XRTError(e.reason)
def run(self, arglist = None):
host = self.getDefaultHost()
guest = host.createGenericLinuxGuest()
vif = guest.getVIFUUID("eth0")
self.uninstallOnCleanup(guest)
#Create arbitrary param-keys for ipv4-allowed and ipv6-allowed
ipv4address = ["127.0.0.2"]
ipv6address = ["0::0:1:1"]
#CLI testing
step("Add ivp4-allowed and ipv6-allowed param for the vif via CLI")
guest.setVifAllowedIPv4Addresses(vif, ipv4address)
guest.setVifAllowedIPv6Addresses(vif, ipv6address)
step("Clear ipv4-allowed and ipv6-allowed for the vif via CLI")
guest.clearVifAllowedAddresses(vif)
step("Verify whether the params get cleared")
ipv4allowed = host.genParamGet("vif", vif, "ipv4-allowed")
ipv6allowed = host.genParamGet("vif", vif, "ipv6-allowed")
if ipv4allowed:
raise xenrt.XRTFailure("ipv4-allowed didn't get cleared via vif-param-clear. ipv4-allowed=%s" %ipv4allowed)
if ipv6allowed:
raise xenrt.XRTFailure("ipv6-allowed didn't get cleared via vif-param-clear. ipv6-allowed=%s" %ipv6allowed)
log("Both ipv4-allowed and ipv6-allowed got cleared via vif-param-clear")
step("Add ipv4-allowed and ipv6-allowed again to test vif-param-remove")
guest.setVifAllowedIPv4Addresses(vif, ipv4address)
guest.setVifAllowedIPv6Addresses(vif, ipv6address)
step("Remove ipv4-allowed and ipv6-allowed for the vif via CLI")
cli = host.getCLIInstance()
cli.execute("vif-param-remove", "uuid=%s param-name=ipv4-allowed param-key=%s" %(vif, ipv4address[0]))
cli.execute("vif-param-remove", "uuid=%s param-name=ipv6-allowed param-key=%s" %(vif, ipv6address[0]))
step("Verify whether the params get removed")
ipv4allowed = host.genParamGet("vif", vif, "ipv4-allowed")
ipv6allowed = host.genParamGet("vif", vif, "ipv6-allowed")
if ipv4allowed:
raise xenrt.XRTFailure("ipv4-allowed didn't get removed via vif-param-remove. ipv4-allowed=%s" %ipv4allowed)
if ipv6allowed:
raise xenrt.XRTFailure("ipv6-allowed didn't get removed via vif-param-remove. ipv6-allowed=%s" %ipv6allowed)
log("Both ipv4-allowed and ipv6-allowed got removed via vif-param-remove")
#API testing
step("Add ipv4-allowed and ipv6-allowed again for the vif via CLI")
guest.setVifAllowedIPv4Addresses(vif, ipv4address)
guest.setVifAllowedIPv6Addresses(vif, ipv6address)
step("Create an API session to the host")
session = host.getAPISession()
xapi = session.xenapi
log("CALL: xenapi.VIF.get_all()")
vif_opaqueref = xapi.VIF.get_all()[0] #Opaque ref for the VIF
log("RESULT: %s" % vif_opaqueref)
step("Attempt to remove the ipv6_allowed with the key for ipv4_allowed, using API call")
log("CALL: xenapi.VIF.remove_ivp6_allowed('%s','%s')" %(vif_opaqueref, ipv4address[0]))
xapi.VIF.remove_ipv6_allowed(vif_opaqueref, ipv4address[0])
#Close the API Session
host.logoutAPISession(session)
#Previously the remove_ipv6_allowed function was incorrect.
#In that case, the above call will result in ipv4_allowed getting cleared.
#If fixed, ipv4_allowed should remain
ipv4allowed = host.genParamGet("vif", vif, "ipv4-allowed")
if not ipv4allowed: #if ipv4_allowed gets removed
raise xenrt.XRTFailure("ipv4_allowed parameter got removed while calling remove_ipv6_allowed() with incorrect param-key")
'Restarting Management Server: Attempt: %d of %d' %
(rebootChecks + 1, maxReboots))
self.primaryManagementServer.execcmd(
'mysql -u cloud --password=cloud -h %s --execute="UPDATE cloud.configuration SET value=8096 WHERE name=\'integration.api.port\'"'
% self.dbServer.getIP())
self.restart(checkHealth=False, startStop=(rebootChecks > 0))
rebootChecks += 1
if not managementServerOk:
# Store the MS logs
mgmtSvrHealthCheckFailedLogDir = os.path.join(
xenrt.TEC().getLogdir(), 'cloud', 'healthFailure')
if not os.path.exists(mgmtSvrHealthCheckFailedLogDir):
os.makedirs(mgmtSvrHealthCheckFailedLogDir)
self.getLogs(mgmtSvrHealthCheckFailedLogDir)
raise xenrt.XRTFailure('Management Server not reachable')
def restart(self, checkHealth=True, startStop=False):
if not startStop:
for m in self.readyManagementServers:
m.execcmd('service %s-management restart' % (self.cmdPrefix))
else:
self.stop()
xenrt.sleep(120)
self.start()
if checkHealth:
self.checkManagementServerHealth()
def stop(self):
for m in self.readyManagementServers:
def run(self, arglist=None):
for guest in self.host.guests.values():
if guest.paramGet("PV-drivers-up-to-date") == "true":
raise xenrt.XRTFailure(
"field PV-drivers-up-to-date not updated")
def run(self, arglist=[]):
out = self.guest.execcmd(
"cd /root/meliotest/fork_op && /bin/echo -e '\\n' | ./NSnD /fs1/dir2 1 100 local"
).splitlines()
if out[-1] != 'FORK_OP_RESULT=0':
raise xenrt.XRTFailure("fork_op returned non-zero: %s" % out[-1])
def run(self, arglist=None):
machine = "RESOURCE_HOST_0"
if arglist and len(arglist) > 0:
machine = arglist[0]
host = xenrt.TEC().registry.hostGet(machine)
if not host:
raise xenrt.XRTError("Unable to find host %s in registry" %
(machine))
self.getLogsFrom(host)
# Select allowed ports by product
self.expected = string.split(xenrt.TEC().lookup("NMAP_ONLY_PORTS", ""))
if len(self.expected) == 0:
self.expected.extend(
string.split(
host.lookup("NMAP_ALLOWED_PORTS", "tcp/22 tcp/6936")))
self.allowedservices.extend(\
string.split(host.lookup("NMAP_ALLOWED_SERVICES", "nlockmgr")))
# Run nmap to scan open ports
outfile = "%s/nmap.txt" % (self.tec.getLogdir())
xmlfile = "%s/nmap.xml" % (self.tec.getLogdir())
xenrt.nmap(host.getIP(), xmlfile, outfile)
if not os.path.exists(xmlfile):
raise xenrt.XRTError("nmap output file not found")
# Parse nmap output
ports = []
portlist = []
dom = xml.dom.minidom.parse(xmlfile)
for i in dom.childNodes:
if i.nodeType == i.ELEMENT_NODE and i.localName == "nmaprun":
for c in i.childNodes:
if c.nodeType == c.ELEMENT_NODE and c.localName == "host":
for x in c.childNodes:
if x.nodeType == x.ELEMENT_NODE and \
x.localName == "ports":
for p in x.childNodes:
if p.nodeType == p.ELEMENT_NODE and \
p.localName == "port":
proto = p.getAttribute("protocol")
port = p.getAttribute("portid")
service = "UNKNOWN"
state = "UNKNOWN"
for z in p.childNodes:
if z.nodeType == z.ELEMENT_NODE \
and z.localName == "service":
service = z.getAttribute(
"name")
elif z.nodeType == z.ELEMENT_NODE \
and z.localName == "state":
state = z.getAttribute("state")
ports.append(("%s/%s" % (proto, port),
service, state))
portlist.append("%s/%s" %
(proto, port))
self.tec.logverbose("Parsed ports: %s" % ( ` ports `))
# Check expected open ports are open
passed = True
for i in self.expected:
if re.search(r"^\(.+\)$", i):
# Non-compulsory port
pass
elif not i in portlist:
self.tec.reason("Port %s is not open" % (i))
passed = False
else:
self.tec.comment("Expected open port %s found to be open" %
(i))
# Check for any unexpected open ports
for i in ports:
port, service, state = i
if state == "open" or state == "UNKNOWN":
if (not port in self.expected) and \
(not "(%s)" % (port) in self.expected):
if not service in self.allowedservices:
self.tec.reason("Unexpected port %s (%s) is open" %
(port, service))
passed = False
else:
self.tec.comment(
"Allowed service %s found on port %s" %
(service, port))
if not passed:
raise xenrt.XRTFailure()
class TC6940(_VBDPlugWindows):
"""Hot unplug of a VBD that the Windows VM had attached when it was booted."""
DISTRO = "w2k3eesp2"
class TC6949(_VBDPlugLinux):
"""Hot unplug of a VBD that the Linux VM had attached when it was booted."""
pass
class TC27127(xenrt.TestCase):
def run(self, arglist):
host = self.getDefaultHost()
guest = host.getGuest("winguest2")
try:
guest.createDisk("1073741824",
sruuid=host.getLocalSR(),
plug=True,
mode="RO")
except Exception, ex:
if "All VBDs of type 'disk' must be read/write for HVM guests" in str(
ex):
log("Read only disk failed to attach to the Windows machine")
else:
raise
else:
raise xenrt.XRTFailure(
"Read only disk attached to Windows successfully")
def SVVPDTMServerInstall(self, arglist=None):
self.targetGuest.changeCD(self.ISO_NAME)
xenrt.sleep(30)
DTMResScript = r"""
Delay(20000);
var expString="No tasks are running";
var WshShellObj = new ActiveXObject("WScript.Shell");
for(var count=0; count<1100; count++)
{
var WshShellExecObj2 = WshShellObj.Exec("tasklist /FI \"imagename eq Kitsetup.exe*\"");
var kitSetUpStats=WshShellExecObj2.StdOut.ReadAll();
var n=kitSetUpStats.indexOf(expString);
if(n!=-1){
Delay(20000);
var fs= new ActiveXObject('Scripting.FileSystemObject');
var WshShellObj = new ActiveXObject("WScript.Shell");
var WshShellExecObj = WshShellObj.Exec("tasklist /FI \"imagename eq DTMService.exe*\"");
var kitSetUpStats=WshShellExecObj.StdOut.ReadAll();
var n1=kitSetUpStats.indexOf(expString);
var WshShellExecObj = WshShellObj.Exec("tasklist /FI \"imagename eq sqlservr.exe*\"");
var kitSetUpStats=WshShellExecObj.StdOut.ReadAll();
var n2=kitSetUpStats.indexOf(expString);
var WshShellExecObj = WshShellObj.Exec("tasklist /FI \"imagename eq WLKSvc.exe*\"");
var kitSetUpStats=WshShellExecObj.StdOut.ReadAll();
var n3=kitSetUpStats.indexOf(expString);
if(n1==-1 && n2==-1 && n3==-1){
var fs= new ActiveXObject('Scripting.FileSystemObject');
var fname1=fs.CreateTextFile("c:\\DTMServiceResult.txt", true);
}
break;
}
Delay(5000);
}
function Delay(milliseconds) {
var start = new Date().getTime();
for (var i = 0; i < 1e7; i++) {
if ((new Date().getTime() - start) > milliseconds){
break;
}
}
}
"""
DTMInstallScript = r"""
d:\\Kitsetup.exe /ui-level express /install {A6E93EA5-52E2-4F16-8AB2-A3A97533FE83}
d:\\Kitsetup.exe /ui-level express /install {EF30275E-5D68-40D2-8AF2-2665AAFCB555}
d:\\Kitsetup.exe /ui-level express /install {98EF97A5-C520-498D-8F0F-2C551636E4CC}
d:\\Kitsetup.exe /ui-level express /install {8868103C-3527-47FA-A116-84DFD1AE954E}
d:\\Kitsetup.exe /ui-level express /install {A9D61D70-94AD-43FF-B770-B05D4A633C34}
d:\\Kitsetup.exe /ui-level express /install {14DDB41C-3868-4566-B508-4F20DD649DE4}
echo DONE > c:\\DTMResult.txt
"""
self.targetGuest.xmlrpcWriteFile("c:\\DTMInstallScript.bat",
DTMInstallScript)
self.targetGuest.xmlrpcStart("c:\\DTMInstallScript.bat")
self.timeOut = xenrt.util.timenow() + 7000
while True:
try:
DTMResult = self.targetGuest.xmlrpcFileExists(
"c:\\DTMResult.txt")
except Exception, e:
xenrt.TEC().warning(
"Exception checking for DTMResult text file")
xenrt.sleep(300)
break
if DTMResult:
xenrt.TEC().logverbose("DTMResult text file found")
self.targetGuest.xmlrpcStart("del /f c:\\DTMInstallScript.bat")
self.targetGuest.xmlrpcStart("del /f c:\\DTMResult.txt")
break
if xenrt.util.timenow() > self.timeOut:
raise xenrt.XRTFailure(
"Timed out waiting for DTM installationto complete")
xenrt.sleep(60)
def pingGuest(self, ip6):
# ping a guest on its IPv6 address from the controller
retCode = xenrt.command(("ping6 -c 3 -w 10 %s" % ip6), retval="code")
if retCode != 0:
raise xenrt.XRTFailure("Failed to ping the guest on %s" % ip6)
def updateWindowsVM(self, arglist=None):
windUpdateFinsish = r"""
var fs= new ActiveXObject('Scripting.FileSystemObject');
var WshShellObj = new ActiveXObject("WScript.Shell");
var fname2=fs.CreateTextFile("c:\\counter.txt", true);
var n=0, n1=0;
Delay(20000);
do
{
var WshShellExecObj = WshShellObj.Exec('tasklist /FI \"IMAGENAME eq wuauclt.exe\"');
var updateProcess=WshShellExecObj.Stdout.ReadAll();
var count=updateProcess.match(/wuauclt/g);
try{
var n=count.length;}
catch(exception){
Delay(5000);
continue;}
fname2.WriteLine(count+"'"+n+"'");
if(n>1)
{
var fname1=fs.CreateTextFile("c:\\entered2ndloop.txt", true);
do
{
var WshShellExecObj = WshShellObj.Exec('tasklist /FI \"IMAGENAME eq wuauclt.exe\"');
var updateProcess1=WshShellExecObj.Stdout.ReadAll();
var count1=updateProcess1.match(/wuauclt/g);
try{
var n1=count1.length;}
catch(exception){
Delay(5000);
continue;}
fname2.WriteLine(count1+"'"+n1+"'");
if(n1==1)
{
var fname1=fs.CreateTextFile("c:\\WindowsUpdated.txt", true);
break;
}
Delay(5000);
}while(true);
}
if(fs.FileExists("c:\\WindowsUpdated.txt")==true){
break;
}
Delay(5000);
}while(true);
function Delay(milliseconds) {
var start = new Date().getTime();
for (var i = 0; i < 1e7; i++) {
if ((new Date().getTime() - start) > milliseconds){
break;
}
}
}
"""
startUpdateCheckBatch = r"""
c:\windUpdateFinsish.js
"""
#Upgrade the Guest
self.targetGuest.xmlrpcExec(
"reg add \"HKLM\\Software\\Policies\\Microsoft\\Windows\\WindowsUpdate\\AU\" /v NoAutoUpdate /t REG_DWORD /d 0 /f"
)
self.targetGuest.xmlrpcExec(
"reg add \"HKLM\\Software\\Policies\\Microsoft\\Windows\\WindowsUpdate\\AU\" /v AUOptions /t REG_DWORD /d 3 /f"
)
self.targetGuest.xmlrpcExec(
"reg add \"HKLM\\Software\\Policies\\Microsoft\\Windows\\WindowsUpdate\\AU\" /v NoAutoRebootWithLoggedOnUsers /t REG_DWORD /d 1 /f"
)
try:
self.targetGuest.xmlrpcExec(
"reg delete \"HKLM\\Software\\Policies\\Microsoft\\Windows\\WindowsUpdate\\AU\" /v ScheduledInstallDay /f"
)
except:
pass
try:
self.targetGuest.xmlrpcExec(
"reg delete \"HKLM\\Software\\Policies\\Microsoft\\Windows\\WindowsUpdate\\AU\" /v ScheduledInstallTime /f"
)
except:
pass
xenrt.sleep(60)
#Restart the windows automatic update service
self.targetGuest.xmlrpcExec("net stop wuauserv")
self.targetGuest.xmlrpcExec("net start wuauserv")
#Detect Windows Updates
self.targetGuest.xmlrpcExec("wuauclt /detectnow")
xenrt.sleep(600)
self.targetGuest.xmlrpcExec("wuauclt /updatenow")
self.targetGuest.xmlrpcWriteFile("c:\\windUpdateFinsish.js",
windUpdateFinsish)
self.targetGuest.xmlrpcWriteFile("c:\\startUpdateCheckBatch.bat",
startUpdateCheckBatch)
self.targetGuest.xmlrpcStart("c:\\startUpdateCheckBatch.bat")
self.timeOut = xenrt.util.timenow() + 20000
while True:
try:
updateComplete = self.targetGuest.xmlrpcFileExists(
"c:\\WindowsUpdated.txt")
except Exception, e:
xenrt.TEC().warning(
"Exception checking for WindowsUpdated text file")
xenrt.sleep(300)
break
if updateComplete:
xenrt.TEC().logverbose("DTMResult text file found")
self.targetGuest.xmlrpcStart("del /f c:\\WindowsUpdated.txt")
break
if xenrt.util.timenow() > self.timeOut:
raise xenrt.XRTFailure(
"Timed out waiting for WindowsUpdated complete")
xenrt.sleep(600)
def guest2guestPing(self, srcGuest, destIP):
# ping a guest from another guest
data = srcGuest.xmlrpcExec("ping -6 -n 3 %s" % destIP, returndata=True)
if (not re.search("\(0% loss\)", data) or
re.search("Destination host unreachable", data)) :
raise xenrt.XRTFailure("Pinging target failed.")
def run(self, arglist=[]):
extraDisks = (self.NO_OF_VDIS / self.NO_OF_VMS ) -1
xenrt.TEC().logverbose("Performance testing rawHBA SR on a pool of %d hosts with %d guests, attached with %d extra disks" %
(self.NO_OF_HOSTS, self.NO_OF_VMS, extraDisks))
if (len(self.hosts) != self.NO_OF_HOSTS):
raise xenrt.XRTFailure("The requisite of the test demands %d hosts in a pool." % (self.NO_OF_HOSTS))
xenrt.TEC().logverbose("Creating a pool of %d hosts." % (self.NO_OF_HOSTS))
# 1. Create the pool of servers.
self.pool = xenrt.lib.xenserver.poolFactory(self.hosts[0].productVersion)(self.hosts[0])
self.pool.master = self.hosts[0]
# Add all remaining hosts to the pool.
for host in self.hosts[1:]:
# The host joining the pool cannot contain any shared storage.
for sr in host.minimalList("sr-list", args="content-type=iso type=iso"):
host.forgetSR(sr)
self.pool.addHost(host)
self.pool.setPoolParam("name-label", "rawHBAPool")
self.pool.check()
xenrt.TEC().logverbose("Creating a rawHBA SR on the pool of %d hosts." % (self.NO_OF_HOSTS))
# 2. Create the rawHBA SR.
timeNow = xenrt.util.timenow()
self.createSR()
xenrt.TEC().logverbose("Time taken to create rawHBA SR on pool master with %d LUNs mapped: %s seconds." %
(self.NO_OF_VDIS, (xenrt.util.timenow() - timeNow)))
# Verifying the rawHBA SR.
self.checkSR()
# Set the pool default SR to be the RawHBA SR.
self.pool.setPoolParam("default-SR", self.sruuid)
xenrt.TEC().logverbose("There are %s LUN/VDIs in the test." % len(self.vdiuuids))
if (len(self.vdiuuids) != self.NO_OF_VDIS):
raise xenrt.XRTFailure("The requisite of the test demands %d LUN/VDIs in the system." % (self.NO_OF_VDIS))
xenrt.TEC().logverbose("Scanning the rawHBA SR on the pool of %d hosts." % (self.NO_OF_HOSTS))
# 3. Get time taken to scan the rawHBA SR.
timeNow = xenrt.util.timenow()
self.sr.scan()
xenrt.TEC().logverbose("Time taken to scan the rawHBA SR on master with %d LUNs mapped: %s seconds." %
(self.NO_OF_VDIS, (xenrt.util.timenow() - timeNow)))
# 4. Now find out the time taken to reboot all hosts in the pool.
rebootTag = "After creating rawHBA SR Reboot"
self.poolReboot(rebootTag)
# 5. Create and install number of guessts in parallel using XenRT pfarm.
self.vmInstall()
# 6. Now attaching extra-disks to each VM from the remaining.
self.attachExtraDisks()
# 7. Installing IOZone test tool on each guest and running in parallel using XenRT pfarm.
self.startIOZoneParallely()
# 8. Time taken to shutdown all the guests serially with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmShutdown(vmTag)
# 9. Time taken to start all the guests serially with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmStart(vmTag)
# 10 Rebooting all hosts in pool with all guests installed and each guest attached with extra disks.
rebootTag = "After installing the guests Reboot"
self.poolReboot(rebootTag)
# 11. Starting the guests again.
vmTag = "after pool reboot"
self.vmStart(vmTag)
# 12. Time taken to shutdown the guests with extra disks attached.
vmTag = "before un-installation"
self.vmShutdown(vmTag)
# 13. Time taken to uninstall the guests with extra disks attached.
vmTag = ("with %d extra disks attached" % (extraDisks))
self.vmUninstall(vmTag)
xenrt.TEC().logverbose("Destroying the rawHBA SR on the pool of %d hosts." % (self.NO_OF_HOSTS))
# 14. Destroy the rawHBA SR on the pool.
timeNow = xenrt.util.timenow()
self.deleteSR()
xenrt.TEC().logverbose("Time taken to destroy the rawHBA SR on %d hosts pool: %s seconds." %
(self.NO_OF_HOSTS, (xenrt.util.timenow() - timeNow)))
def run(self, arglist=None):
commandOutput = self.guest.xmlrpcExec("ipconfig /all", returndata=True)
if not len(commandOutput) > 0:
raise xenrt.XRTFailure("Failed to contact the guest through xmlrcp")
def _assertNonZeroStatus(self, response):
if 'status: non-zero exit' not in response:
raise xenrt.XRTFailure('Non Zero status not reported')
def __verifyOutput(self, pluginOutput):
if pluginOutput == None or len(pluginOutput) < 1:
raise xenrt.XRTFailure("Output from the command was empty")
if("Exception" in pluginOutput):
raise xenrt.XRTFailure("Exception text found in return value")