def run(self, arglist=[]):
guestname = xenrt.TEC().lookup("RESOURCE_HOST_0")
container = xenrt.TEC().lookupHost(guestname, "CONTAINER_HOST")
machine = xenrt.PhysicalHost(container)
place = xenrt.GenericHost(machine)
place.findPassword()
place.checkVersion()
host = xenrt.lib.xenserver.hostFactory(place.productVersion)(
machine, productVersion=place.productVersion)
place.populateSubclass(host)
host.existing(doguests=False)
guest = host.guestFactory()(guestname)
guest.existing(host)
guest.reservedIP = xenrt.TEC().lookupHost(guestname, "HOST_ADDRESS")
guest.shutdown()
snapUUID = host.minimalList(
"snapshot-list", "uuid",
"snapshot-of=%s name-label=clean" % guest.uuid)[0]
guest.revert(snapUUID)
guest.start()
guest.xmlrpcUnpackTarball(
"%s/sigcheck.tgz" % (xenrt.TEC().lookup("TEST_TARBALL_BASE")),
"c:\\")
guest.xmlrpcExec("echo %s > c:\\winversion.txt" % guest.distro)
guest.installCarbonWindowsGUI(forceFromCD=True)
def netPortControl(machinename, ethid, enable):
machine = xenrt.PhysicalHost(machinename, ipaddr="0.0.0.0")
h = xenrt.GenericHost(machine)
if enable:
h._controlNetPort(h.getNICMACAddress(ethid), "CMD_PORT_ENABLE")
else:
h._controlNetPort(h.getNICMACAddress(ethid), "CMD_PORT_DISABLE")
def createHost(id=0,
version=None,
pool=None,
name=None,
dhcp=True,
license=True,
diskid=0,
diskCount=1,
productType=None,
productVersion=None,
withisos=False,
noisos=None,
overlay=None,
installSRType=None,
suppackcds=None,
addToLogCollectionList=False,
noAutoPatch=False,
disablefw=False,
cpufreqgovernor=None,
defaultlicense=True,
ipv6=None,
noipv4=False,
basicNetwork=True,
extraConfig=None,
containerHost=None,
vHostName=None,
vHostCpus=2,
vHostMemory=4096,
vHostDiskSize=50,
vHostSR=None,
vNetworks=None,
**kwargs):
if containerHost != None:
raise xenrt.XRTError("Nested hosts not supported for this host type")
machine = str("RESOURCE_HOST_%s" % (id))
m = xenrt.PhysicalHost(xenrt.TEC().lookup(machine, machine))
xenrt.GEC().startLogger(m)
if not productVersion:
productVersion = xenrt.TEC().lookup("HYPERV_DISTRO", "ws12r2-x64")
host = HyperVHost(m,
productVersion=productVersion,
productType=productType)
host.cloudstack = extraConfig.get("cloudstack", False)
host.install()
xenrt.TEC().registry.hostPut(machine, host)
xenrt.TEC().registry.hostPut(name, host)
if basicNetwork:
host.createBasicNetwork()
return host
def lookup(self, key):
resource_host = "RESOURCE_HOST_0"
machine = xenrt.TEC().lookup(resource_host, resource_host)
m = xenrt.PhysicalHost(xenrt.TEC().lookup(machine, machine))
hosttype = self.productVersionFromInputDir(xenrt.TEC().getInputDir())
host = xenrt.lib.xenserver.hostFactory(hosttype)(
m, productVersion=hosttype)
return host.lookup(key, None)
def existingHost(self, hostname):
machine = xenrt.PhysicalHost(hostname)
place = xenrt.GenericHost(machine)
place.findPassword()
place.checkVersion()
host = xenrt.lib.xenserver.hostFactory(place.productVersion)(
machine, productVersion=place.productVersion)
place.populateSubclass(host)
host.findPassword()
host.checkVersion()
return host
def prepare(self, arglist=None):
# Assume the target host is RESOURCE_HOST_1
self.targethost = self.getHost("RESOURCE_HOST_1")
# Install native Linux on the P2V host
mname = xenrt.TEC().lookup("RESOURCE_HOST_0")
m = xenrt.PhysicalHost(mname)
xenrt.GEC().startLogger(m)
self.p2vhost = xenrt.lib.native.NativeLinuxHost(m)
self.getLogsFrom(self.p2vhost)
self.p2vhost.installLinuxVendor(self.DISTRO)
def run(self, arglist):
self.host = self.getDefaultHost()
if not self.host:
m = xenrt.PhysicalHost(xenrt.TEC().lookup("RESOURCE_HOST_0"))
self.host = xenrt.lib.xenserver.host.DundeeHost(m)
self.host.findPassword()
if arglist:
tests = map(lambda t: t.split("/", 1), arglist)
else:
tests = [("Console", "Serial"), ("Power", "IPMI"), ("Power", "PDU"), ("Network", "DHCP"), ("Network", "Ports"), ("FC", "HBA")]
for t in tests:
self.runSubcase("test%s%s" % (t[0],t[1]), (), t[0], t[1])
self.host.waitForEnabled(1800, desc="Boot after %s/%s test" % (t[0],t[1]))
def prepare(self, arglist):
self.machineName = xenrt.PhysicalHost(xenrt.TEC().lookup("RESOURCE_HOST_0")).name
self.flags = {}
self.updateMachine = False
self.updateMachineWithAutoFlaggerTag = ""
args = self.parseArgsKeyValue(arglist)
if "FLAGSTOCHECK" in args:
[ self.flags.update({ flag:self.ALL_FLAGS[flag] }) for flag in args["FLAGSTOCHECK"].split(",") if flag in self.ALL_FLAGS]
elif "AllFLAGS" in args:
self.flags.update(self.ALL_FLAGS)
if "UPDATEMACHINE" in args:
self.updateMachine = True
if "AUTOFLAGGERTAG" in args:
self.updateMachineWithAutoFlaggerTag = args["AUTOFLAGGERTAG"]
def createHost(id=0,
version=None,
pool=None,
name=None,
dhcp=True,
license=True,
diskid=0,
diskCount=1,
productType=None,
productVersion=None,
withisos=False,
noisos=None,
overlay=None,
installSRType=None,
suppackcds=None,
addToLogCollectionList=False,
noAutoPatch=False,
disablefw=False,
cpufreqgovernor=None,
defaultlicense=True,
ipv6=None,
noipv4=False,
basicNetwork=True,
extraConfig={},
containerHost=None,
vHostName=None,
vHostCpus=2,
vHostMemory=4096,
vHostDiskSize=50,
vHostSR=None,
vNetworks=None,
**kwargs):
if containerHost != None:
raise xenrt.XRTError("Nested hosts not supported for this host type")
machine = str("RESOURCE_HOST_%s" % (id, ))
m = xenrt.PhysicalHost(xenrt.TEC().lookup(machine, machine))
xenrt.GEC().startLogger(m)
if productVersion:
esxVersion = productVersion
xenrt.TEC().logverbose("Product version specified, using %s" %
esxVersion)
elif xenrt.TEC().lookup("ESXI_VERSION", None):
esxVersion = xenrt.TEC().lookup("ESXI_VERSION")
xenrt.TEC().logverbose("ESXI_VERSION specified, using %s" % esxVersion)
else:
esxVersion = "5.0.0.update01"
xenrt.TEC().logverbose("No version specified, using %s" % esxVersion)
host = ESXHost(m)
host.esxiVersion = esxVersion
host.password = xenrt.TEC().lookup("ROOT_PASSWORD")
if not xenrt.TEC().lookup("EXISTING_VMWARE", False, boolean=True):
host.install()
if extraConfig.get("virconn", True):
host.virConn = host._openVirConn()
if installSRType != "no":
# Add the default SR which is installed by ESX
sr = xenrt.lib.esx.EXTStorageRepository(host,
host.getDefaultDatastore())
sr.existing()
host.addSR(sr)
xenrt.TEC().registry.hostPut(machine, host)
xenrt.TEC().registry.hostPut(name, host)
if extraConfig.has_key("dc") and extraConfig.has_key("cluster"):
host.addToVCenter(extraConfig["dc"], extraConfig["cluster"])
if cpufreqgovernor:
# Roughly map the Linux cpufreqgovernor names onto ESXi policy names
nameMapping = {
"performance": "static",
"ondemand": "dynamic",
"powersave": "low",
}
if cpufreqgovernor in nameMapping:
policy = nameMapping[cpufreqgovernor]
else:
policy = cpufreqgovernor
cur = host.getCurrentPowerPolicy()
xenrt.TEC().logverbose("Before changing cpufreq governor: %s" %
(cur, ))
host.setPowerPolicy(policy)
cur = host.getCurrentPowerPolicy()
xenrt.TEC().logverbose("After changing cpufreq governor: %s" % (cur, ))
return host
def createHost(id=0,
version=None,
pool=None,
name=None,
dhcp=True,
license=True,
diskid=0,
diskCount=1,
productVersion=None,
productType=None,
withisos=False,
noisos=None,
overlay=None,
installSRType=None,
suppackcds=None,
addToLogCollectionList=False,
disablefw=False,
cpufreqgovernor=None,
defaultlicense=True,
ipv6=None,
enableAllPorts=True,
noipv4=False,
basicNetwork=True,
extraConfig=None,
containerHost=None,
vHostName=None,
vHostCpus=2,
vHostMemory=4096,
vHostDiskSize=50,
vHostSR=None,
vNetworks=None,
**kwargs):
if containerHost != None:
raise xenrt.XRTError("Nested hosts not supported for this host type")
# noisos isn't used here, it is present in the arg list to
# allow its use as a flag in PrepareNode in sequence.py
machine = str("RESOURCE_HOST_%s" % (id))
mname = xenrt.TEC().lookup(machine)
m = xenrt.PhysicalHost(mname)
xenrt.GEC().startLogger(m)
(distro, arch) = xenrt.getDistroAndArch(productVersion)
host = xenrt.lib.native.NativeLinuxHost(m, version)
host.installLinuxVendor(distro, arch=arch)
if cpufreqgovernor:
output = host.execcmd(
"head /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor || true"
)
xenrt.TEC().logverbose("Before changing cpufreq governor: %s" %
(output, ))
# For each CPU, set the scaling_governor. This command will fail if the host does not support cpufreq scaling (e.g. BIOS power regulator is not in OS control mode)
# TODO also make this persist across reboots
host.execcmd(
"for cpu in /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor; do echo %s > $cpu; done"
% (cpufreqgovernor, ))
output = host.execcmd(
"head /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor || true"
)
xenrt.TEC().logverbose("After changing cpufreq governor: %s" %
(output, ))
xenrt.TEC().registry.hostPut(machine, host)
xenrt.TEC().registry.hostPut(name, host)
return host
def run(self, arglist=[]):
h = self.getDefaultHost()
if not h:
m = xenrt.PhysicalHost(xenrt.TEC().lookup("RESOURCE_HOST_0"))
h = xenrt.GenericHost(m)
h.findPassword()
if h.lookup("BMC_ADDRESS", None):
defaultDevice = h.execdom0("ip route show | grep default | awk '{print $5}'").strip()
gw = h.execdom0("ip route show | grep default | awk '{print $3}'").strip()
subnet = IPy.IP(h.execdom0("ip route show | grep -v default | grep ' %s ' | awk '{print $1}'" % defaultDevice).strip())
bmcaddr = xenrt.getHostAddress(h.lookup("BMC_ADDRESS"))
if not IPy.IP(bmcaddr) in subnet:
raise xenrt.XRTError("BMC Address not on management network")
try:
h.execdom0("modprobe ipmi_devintf")
h.execdom0("modprobe ipmi_msghandler")
h.execdom0("modprobe ipmi_poweroff")
h.execdom0("modprobe ipmi_si")
h.execdom0("modprobe ipmi_watchdog")
h.execdom0("ipmitool -I open lan print 1")
except:
try:
h.execdom0("apt-get update")
h.execdom0("apt-get install -y --force-yes openipmi ipmitool")
except:
h.execdom0("yum install -y OpenIPMI OpenIPMI-tools")
h.execdom0("modprobe ipmi_devintf")
h.execdom0("modprobe ipmi_msghandler")
h.execdom0("modprobe ipmi_poweroff")
h.execdom0("modprobe ipmi_si")
h.execdom0("modprobe ipmi_watchdog")
h.execdom0("ipmitool -I open lan print 1")
h.execdom0("ipmitool -I open lan set 1 ipsrc static")
h.execdom0("ipmitool -I open lan set 1 ipaddr %s" % bmcaddr)
h.execdom0("ipmitool -I open lan set 1 netmask %s" % subnet.netmask().strNormal())
h.execdom0("ipmitool -I open lan set 1 defgw ipaddr %s" % gw)
h.execdom0("ipmitool -I open lan set 1 access on")
try:
h.execdom0("ipmitool -I open lan set 1 user")
except:
xenrt.TEC().logverbose("Warning: could not enable default user for IPMI")
try:
h.execdom0("ipmitool -I open delloem lcd set mode userdefined %s" % h.getName())
except:
xenrt.TEC().logverbose("Warning: could not set Dell LCD")
try:
if "Dell" in h.execdom0("dmidecode -t 1"):
if h.execdom0("test -e /opt/dell/toolkit/bin/syscfg", retval="code"):
if h.execdom0("apt-get", retval="code") == 0:
distro = h.execdom0("""cat /etc/apt/sources.list | grep "^deb" | awk '{print $3}' | cut -d "-" -f 1 | cut -d "/" -f 1 | head -1""").strip()
h.execdom0("rm -f /etc/apt/sources.list.d/linux.dell.com.sources.list")
h.execdom0("""echo 'deb http://linux.dell.com/repo/community/ubuntu %s openmanage' | tee -a /etc/apt/sources.list.d/linux.dell.com.sources.list""" % distro)
try:
h.execdom0("gpg --keyserver hkp://pool.sks-keyservers.net:80 --recv-key 1285491434D8786F")
h.execdom0("gpg -a --export 1285491434D8786F | apt-key add -")
except:
pass
h.execdom0("apt-get update")
h.execdom0("apt-get install -y --force-yes syscfg")
h.execdom0("rm -f /etc/apt/sources.list.d/linux.dell.com.sources.list")
h.execdom0("apt-get update")
else:
try:
try:
h.execdom0("wget -q -O - http://linux.dell.com/repo/hardware/Linux_Repository_15.07.00/bootstrap.cgi | bash")
h.execdom0("yum install -y syscfg")
except:
h.execdom0("rm -f /etc/yum.repos.d/Citrix.repo")
h.execdom0("rm -f /etc/yum.repos.d/CentOS-Base.repo")
h.execdom0("wget -q -O - http://linux.dell.com/repo/hardware/Linux_Repository_15.07.00/bootstrap.cgi | bash")
h.execdom0("yum install -y syscfg")
except:
# Older version for Creedence
h.execdom0("wget -q -O - http://linux.dell.com/repo/hardware/OMSA_7.4.0/bootstrap.cgi | bash")
h.execdom0("yum install -y syscfg")
h.reboot()
syscfg = h.execdom0("/opt/dell/toolkit/bin/syscfg")
if xenrt.TEC().lookup("DELL_SERIAL_PORT_SWAP", False, boolean=True):
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --serialportaddrsel=alternate")
except:
xenrt.TEC().warning("Failed to change serial port config")
elif xenrt.TEC().lookup("DELL_SERIAL_PORT_DEFAULT", False, boolean=True):
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --serialportaddrsel=default")
except:
xenrt.TEC().warning("Failed to change serial port config")
if "--serialcomm" in syscfg:
if h.lookup("SERIAL_CONSOLE_PORT", None) == "1":
serial = "com2cr"
else:
serial = "com1cr"
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --serialcomm=%s" % serial)
except:
xenrt.TEC().warning("Failed to configure serial output")
if "--acpower" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --acpower=on")
except:
xenrt.TEC().warning("Failed to change AC power config")
if "--f1f2promptonerror" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --f1f2promptonerror=disable")
except:
xenrt.TEC().warning("Failed to change F1/F2 prompt config")
if "--sriov" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --sriov=enable")
except:
xenrt.TEC().warning("Failed to enable SRIOV")
if "--inteltxt" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --inteltxt=enable")
except:
xenrt.TEC().warning("Failed to enable TXT")
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg tpm --tpmsecurity=onwithpbm")
except:
xenrt.TEC().warning("Failed to enable TPM security")
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg tpm --tpmactivation=enabled")
except:
xenrt.TEC().warning("Failed to activate TPM")
if h.lookup("ASSET_TAG", None) and "--asset" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --asset=%s" % (h.lookup("ASSET_TAG")))
except:
xenrt.TEC().warning("Failed to enable TXT")
if "--virtualization" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --virtualization=enable")
except:
xenrt.TEC().warning("Failed to enable TXT")
if "--memtest" in syscfg:
try:
h.execdom0("/opt/dell/toolkit/bin/syscfg --memtest=disable")
except:
xenrt.TEC().warning("Failed to disable memtest")
except:
raise
def createHost(id=0,
version=None,
pool=None,
name=None,
dhcp=True,
license=True,
diskid=0,
diskCount=1,
productType=None,
productVersion=None,
withisos=False,
noisos=None,
overlay=None,
installSRType=None,
suppackcds=None,
addToLogCollectionList=False,
noAutoPatch=False,
disablefw=False,
cpufreqgovernor=None,
defaultlicense=True,
ipv6=None,
noipv4=False,
basicNetwork=True,
extraConfig=None,
containerHost=None,
vHostName=None,
vHostCpus=2,
vHostMemory=4096,
vHostDiskSize=50,
vHostSR=None,
vNetworks=None,
**kwargs):
if containerHost != None:
raise xenrt.XRTError("Nested hosts not supported for this host type")
machine = str("RESOURCE_HOST_%s" % (id))
m = xenrt.PhysicalHost(xenrt.TEC().lookup(machine, machine))
xenrt.GEC().startLogger(m)
if not productVersion:
productVersion = xenrt.TEC().lookup("ORACLEVM_VERSION", "3.2.8")
host = hostFactory(m,
productVersion=productVersion,
productType=productType)
host.install()
if cpufreqgovernor:
output = host.execcmd(
"head /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor || true"
)
xenrt.TEC().logverbose("Before changing cpufreq governor: %s" %
(output, ))
# For each CPU, set the scaling_governor. This command will fail if the host does not support cpufreq scaling (e.g. BIOS power regulator is not in OS control mode)
# TODO also make this persist across reboots
host.execcmd(
"for cpu in /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor; do echo %s > $cpu; done"
% (cpufreqgovernor, ))
output = host.execcmd(
"head /sys/devices/system/cpu/cpu*/cpufreq/scaling_governor || true"
)
xenrt.TEC().logverbose("After changing cpufreq governor: %s" %
(output, ))
xenrt.TEC().registry.hostPut(machine, host)
xenrt.TEC().registry.hostPut(name, host)
return host