def run(self, arglist=None):
# Send yngwie to host
sftp = self.host.sftpClient()
sftp.copyTo("/home/xenrtd/felipef/yngwie", "/root/yngwie")
# Initialize devpaths as an empty list of device paths
xenrt.TEC().progress("Commencing measurements...")
devpaths = [ ]
vm = [ ]
# Choose a template for the desired distro
self.template = xenrt.lib.xenserver.getTemplate(self.host, self.distro, arch=self.arch)
for i in range(1, self.numofdevs+1):
xenrt.TEC().progress("Installing VM %d" % i)
# Create an empty guest object
vm += [ self.host.guestFactory()("vm%02d" % i, self.template, self.host) ]
#self.uninstallOnCleanup(guest)
#self.getLogsFrom(guest)
# Get the repository location
r = xenrt.getLinuxRepo(self.distro, self.arch, self.method)
self.repo = string.split(r)[0]
# Install from network repository into the VM
vm[i].arch = self.arch
vm[i].install(self.host,
pxe=False,
repository=self.repo,
distro=self.distro,
notools=False,
method=self.method,
isoname=xenrt.DEFAULT)
vm[i].check()
def upgradeCommand(self):
centOsurl = xenrt.getLinuxRepo("centos7", "x86-64", "HTTP")
#import the centos key
self.guest.execguest("rpm --import %s/RPM-GPG-KEY-CentOS-7" %
(centOsurl))
return "redhat-upgrade-tool --network 7.0 --force --instrepo %s" % (
centOsurl)
def prepare(self, arglist):
(self.distro, self.arch) = xenrt.getDistroAndArch(self.tcsku)
self.host = self.getDefaultHost()
if self.METHOD == "CDROM":
self.repository = "cdrom"
else:
r = xenrt.getLinuxRepo(self.distro, self.arch, self.METHOD)
self.repository = string.split(r)[0]
def preconfigureGuest(self):
newDistro = self.args['upgradeto']
distroName = self.DISTRO_NAME_MAP[newDistro][0]
self.releaseName = self.DISTRO_NAME_MAP[newDistro][1]
distroUrl = xenrt.getLinuxRepo(newDistro, self.guest.arch, "HTTP")
sourceList = "/etc/apt/sources.list"
self.configureSources(sourceList, distroUrl, distroName)
self.guest.execguest("apt-get update")
xenrt.TEC().comment("apt-get update completed")
if self.args['upgradeto'] == "debian80":
self.guest.execguest("apt-get -y --force-yes install libperl4-corelibs-perl")
def preconfigureGuest(self):
newDistro = self.args['upgradeto']
distroName = self.DISTRO_NAME_MAP[newDistro][0]
self.releaseName = self.DISTRO_NAME_MAP[newDistro][1]
distroUrl = xenrt.getLinuxRepo(newDistro, self.guest.arch, "HTTP")
sourceList = "/etc/apt/sources.list"
self.configureSources(sourceList, distroUrl, distroName)
self.guest.execguest("apt-get update")
xenrt.TEC().comment("apt-get update completed")
if self.args['upgradeto'] == "debian80":
self.guest.execguest(
"apt-get -y --force-yes install libperl4-corelibs-perl")
def createlinuxhvm(self, host):
xenrt.TEC().logverbose("creating Linux HVM guest...")
linuxhvm = host.guestFactory()(\
"linuxhvm", host.chooseTemplate("TEMPLATE_NAME_WINDOWS_XP"))
linuxhvm.windows = False
linuxhvm.setMemory(256)
method = "HTTP"
repository = xenrt.getLinuxRepo("rhel5", "x86-32", method)
linuxhvm.install(host,
distro="rhel5",
repository=repository,
method=method,
pxe=True,
extrapackages=["dosfstools"],
sr=sruuid)
linuxhvm.check()
xenrt.TEC().registry.guestPut("linuxhvm", linuxhvm)
ltmp = string.strip(linuxhvm.execguest("mktemp -d /tmp/XXXXXX"))
lsftp = linuxhvm.sftpClient()
lsftp.copyTo("%s/api/rhel5/ocaml-3.09.1-1.2.el5.rf.i386.rpm" %
(xenrt.TEC().getWorkdir()),
"%s/ocaml-3.09.1-1.2.el5.rf.i386.rpm" % (ltmp))
linuxhvm.execguest("rpm --install "
"%s/ocaml-3.09.1-1.2.el5.rf.i386.rpm"
% (ltmp))
for f in glob.glob(linuxagentsrc):
lsftp.copyTo(f, "%s/%s" % (ltmp, os.path.basename(f)))
if linuxagentmake:
linuxhvm.execguest("make -C %s" % (ltmp))
linuxhvm.execguest("cp %s/gtserver /root/gtserver" %
(ltmp))
else:
linuxhvm.execguest("cd %s; "
"ocamlc -o /root/gtserver unix.cma"
" gtmessages.ml gtcomms.ml "
" gtlinuxops.ml "
" gtserver_linux.ml" % (ltmp))
linuxhvm.execguest("chmod 755 /root/gtserver")
linuxhvm.execguest("echo 'exec /root/gtserver &' >> "
"/etc/rc.local")
linuxhvm.execguest("/sbin/chkconfig iptables off || true")
return linuxhvm
def generateIsoAnswerfile(self):
preseedfile = "preseed-%s.cfg" % (self.parent._osParent_name)
filename = "%s/%s" % (xenrt.TEC().getLogdir(), preseedfile)
ps = DebianPreseedFile(self.distro,
xenrt.getLinuxRepo(self.distro, self.arch, "HTTP"),
filename,
arch=self.arch)
ps.generate()
installIP = self.getIP(trafficType="OUTBOUND", timeout=600)
path = "%s/%s" % (xenrt.TEC().lookup("GUESTFILE_BASE_PATH"), installIP)
self.cleanupdir = path
try:
os.makedirs(path)
except:
pass
xenrt.rootops.sudo("chmod -R a+w %s" % path)
xenrt.command("rm -f %s/preseed.stamp" % path)
shutil.copyfile(filename, "%s/preseed" % (path))
def generateIsoAnswerfile(self):
preseedfile = "preseed-%s.cfg" % (self.parent._osParent_name)
filename = "%s/%s" % (xenrt.TEC().getLogdir(), preseedfile)
ps = DebianPreseedFile(self.distro,
xenrt.getLinuxRepo(self.distro, self.arch,
"HTTP"),
filename,
arch=self.arch)
ps.generate()
installIP = self.getIP(trafficType="OUTBOUND", timeout=600)
path = "%s/%s" % (xenrt.TEC().lookup("GUESTFILE_BASE_PATH"), installIP)
self.cleanupdir = path
try:
os.makedirs(path)
except:
pass
xenrt.rootops.sudo("chmod -R a+w %s" % path)
xenrt.command("rm -f %s/preseed.stamp" % path)
shutil.copyfile(filename, "%s/preseed" % (path))
def createlinuxhvm(self, host):
xenrt.TEC().logverbose("creating Linux HVM guest...")
linuxhvm = host.guestFactory()(\
"linuxhvm", host.chooseTemplate("TEMPLATE_NAME_WINDOWS_XP"))
linuxhvm.windows = False
linuxhvm.setMemory(256)
method = "HTTP"
repository = xenrt.getLinuxRepo("rhel5", "x86-32", method)
linuxhvm.install(host,
distro="rhel5",
repository=repository,
method=method,
pxe=True,
extrapackages=["dosfstools"],
sr=sruuid)
linuxhvm.check()
xenrt.TEC().registry.guestPut("linuxhvm", linuxhvm)
ltmp = string.strip(linuxhvm.execguest("mktemp -d /tmp/XXXXXX"))
lsftp = linuxhvm.sftpClient()
lsftp.copyTo(
"%s/api/rhel5/ocaml-3.09.1-1.2.el5.rf.i386.rpm" %
(xenrt.TEC().getWorkdir()),
"%s/ocaml-3.09.1-1.2.el5.rf.i386.rpm" % (ltmp))
linuxhvm.execguest("rpm --install "
"%s/ocaml-3.09.1-1.2.el5.rf.i386.rpm" % (ltmp))
for f in glob.glob(linuxagentsrc):
lsftp.copyTo(f, "%s/%s" % (ltmp, os.path.basename(f)))
if linuxagentmake:
linuxhvm.execguest("make -C %s" % (ltmp))
linuxhvm.execguest("cp %s/gtserver /root/gtserver" % (ltmp))
else:
linuxhvm.execguest("cd %s; "
"ocamlc -o /root/gtserver unix.cma"
" gtmessages.ml gtcomms.ml "
" gtlinuxops.ml "
" gtserver_linux.ml" % (ltmp))
linuxhvm.execguest("chmod 755 /root/gtserver")
linuxhvm.execguest("echo 'exec /root/gtserver &' >> " "/etc/rc.local")
linuxhvm.execguest("/sbin/chkconfig iptables off || true")
return linuxhvm
def ca6753(self):
host = self.host
g = None
try:
# Create an HVM guest
repository = xenrt.getLinuxRepo("rhel5", "x86-32", "HTTP")
template = host.chooseTemplate("TEMPLATE_NAME_UNSUPPORTED_HVM")
g = host.guestFactory()(xenrt.randomGuestName(), template)
self.guestsToClean.append(g)
g.windows = False
g.setVCPUs(1)
g.setMemory(256)
g.arch = "x86-32"
g.install(host, repository=repository, distro="rhel5",
method="HTTP", pxe=True)
if g.getState() == "DOWN":
g.start()
except xenrt.XRTFailure, e:
# This is not a failure of the testcase
raise xenrt.XRTError(e.reason)
def run(self, arglist):
# Get a host to install on
host = self.getDefaultHost()
distro = host.lookup(self.DISTRO)
arch = self.ARCH
repository = xenrt.getLinuxRepo(distro, arch, "HTTP")
# Choose a template
template = host.chooseTemplate("TEMPLATE_NAME_UNSUPPORTED_HVM")
# Create an empty guest object
guest = host.guestFactory()(xenrt.randomGuestName(), template)
self.uninstallOnCleanup(guest)
self.getLogsFrom(guest)
# Install from RPM repo into the VM
guest.arch = arch
guest.windows = False
guest.setVCPUs(2)
guest.setMemory(1024)
guest.install(host,
repository=repository,
distro=distro,
method="HTTP",
pxe=True,
notools=True)
guest.check()
# Quick check of basic functionality
guest.reboot()
guest.pretendToHaveXenTools()
guest.suspend()
guest.resume()
guest.check()
guest.shutdown()
guest.start()
guest.check()
# Shutdown the VM
guest.shutdown()
def run(self, arglist):
# Get a host to install on
host = self.getDefaultHost()
distro = host.lookup(self.DISTRO)
arch = self.ARCH
repository = xenrt.getLinuxRepo(distro, arch, "HTTP")
# Choose a template
template = host.chooseTemplate("TEMPLATE_NAME_UNSUPPORTED_HVM")
# Create an empty guest object
guest = host.guestFactory()(xenrt.randomGuestName(), template)
self.uninstallOnCleanup(guest)
self.getLogsFrom(guest)
# Install from RPM repo into the VM
guest.arch = arch
guest.windows = False
guest.setVCPUs(2)
guest.setMemory(1024)
guest.install(host,
repository=repository,
distro=distro,
method="HTTP",
pxe=True,
notools=True)
guest.check()
# Quick check of basic functionality
guest.reboot()
guest.pretendToHaveXenTools()
guest.suspend()
guest.resume()
guest.check()
guest.shutdown()
guest.start()
guest.check()
# Shutdown the VM
guest.shutdown()
def ca6753(self):
host = self.host
g = None
try:
# Create an HVM guest
repository = xenrt.getLinuxRepo("rhel5", "x86-32", "HTTP")
template = host.chooseTemplate("TEMPLATE_NAME_UNSUPPORTED_HVM")
g = host.guestFactory()(xenrt.randomGuestName(), template)
self.guestsToClean.append(g)
g.windows = False
g.setVCPUs(1)
g.setMemory(256)
g.arch = "x86-32"
g.install(host,
repository=repository,
distro="rhel5",
method="HTTP",
pxe=True)
if g.getState() == "DOWN":
g.start()
except xenrt.XRTFailure, e:
# This is not a failure of the testcase
raise xenrt.XRTError(e.reason)
def run(self, arglist=None):
machine = "RESOURCE_HOST_0"
distro = "rhel5"
arch = "x86-32"
method = "HTTP"
gname = None
# First argument is the Windows guest to use to run the tests from
# (ideally on a second host)
for arg in arglist:
l = string.split(arg, "=", 1)
if l[0] == "guest":
gname = l[1]
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]
if not gname:
raise xenrt.XRTError("You must specify a Windows guest")
winGuest = xenrt.TEC().registry.guestGet(gname)
if not winGuest:
raise xenrt.XRTError("Cannot find guest %s" % (gname))
self.winGuest = winGuest
# Unpack the tarball
self.workdir = winGuest.xmlrpcTempDir()
winGuest.xmlrpcUnpackTarball(
"%s/dvdstore.tgz" % (xenrt.TEC().lookup("TEST_TARBALL_BASE")),
self.workdir)
# Set up the template guest
extrapackages = [
"mysql", "mysql-server", "mysql-devel", "php", "php-mysql"
]
repository = xenrt.getLinuxRepo(distro, arch, method)
host = xenrt.TEC().registry.hostGet(machine)
if not host:
raise xenrt.XRTError("Unable to find host %s in registry" %
(machine))
self.getLogsFrom(host)
# Find out how much memory we have available
memFree = host.getFreeMemory()
# Get the number of 256M guests we can create
maxGuests = memFree / 256
# We need to create at least two
if maxGuests < 2:
raise xenrt.XRTError("Need at least 512MB free memory on host, "
"got %u" % (memFree))
template = xenrt.lib.xenserver.getTemplate(host, distro, arch=arch)
guestToClone = host.guestFactory()("dvdstoreMaster", template)
g = guestToClone
self.guestsToClean.append(g)
g.windows = False
g.arch = arch
g.install(host,
repository=repository,
distro=distro,
method=method,
extrapackages=extrapackages)
g.check()
workdir = g.execguest("mktemp -d /tmp/workXXXXXX").strip()
# Unpack tarball
g.execguest("wget '%s/dvdstore.tgz' -O - | tar -zx -C %s" %
(xenrt.TEC().lookup("TEST_TARBALL_BASE"), workdir))
# Set up MySQL etc on the guest
# Disable SELinux
g.execguest("grep -ve '^SELINUX=' /etc/selinux/config > "
"/etc/selinux/config2 && echo 'SELINUX=disabled' >> "
"/etc/selinux/config2 && mv /etc/selinux/config2 "
"/etc/selinux/config")
g.execguest("echo 0 > /selinux/enforce")
# Add a 20GB disk
g.createDisk(sizebytes=21474836480)
time.sleep(10)
g.execguest("chown mysql:mysql /dev/xvdb")
g.execguest(
"echo \"chown mysql:mysql /dev/xvdb\" >> /etc/rc.d/rc.local")
# Copy in our my.cnf file
g.execguest("cp -f %s/dvdstore/my.cnf /etc/my.cnf" % (workdir))
# Start MySQL
g.execguest("/usr/bin/mysql_install_db")
g.execguest("/etc/init.d/mysqld start", retval="code")
# Wait for the log to show it's created the raw file (with 30m timeout)
st = xenrt.util.timenow()
deadline = st + (30 * 60)
while True:
if g.execguest("grep \"InnoDB: Started\" /var/log/mysqld.log",
retval="code") == 0:
break
if xenrt.util.timenow() > deadline:
raise xenrt.XRTError(
"InnoDB did not initialise within timeout "
"period")
time.sleep(20)
# Stop MySQL
g.execguest("/etc/init.d/mysqld stop")
# Apply our my.cnf patch
g.execguest("cd /etc && patch -p0 < %s/dvdstore/cnfpatch" % (workdir))
# Start MySQL again
g.execguest("/etc/init.d/mysqld start")
# Set it to autostart (have to do it this way as otherwise our chown won't have
# happened in time and it won't start...
g.execguest("echo \"/etc/init.d/mysqld start\" >> /etc/rc.d/rc.local")
# Set up dvdstore (this takes a while!)
g.execguest("cd %s/dvdstore && ./setup.sh" % (workdir), timeout=7200)
# Set up the web bits
g.execguest("mkdir /var/www/html/ds2 && cp "
"%s/dvdstore/ds2/mysqlds2/web/php5/* /var/www/html/ds2/" %
(workdir))
g.execguest("/etc/init.d/httpd start")
g.execguest("chkconfig --add httpd && chkconfig --level 345 httpd on")
g.execguest("echo \"GRANT ALL ON DS2.* TO apache@localhost\" | mysql")
# Disable iptables
g.execguest("chkconfig --del iptables")
# Prepare the VM for cloning, and shut it down
g.preCloneTailor()
g.shutdown()
# Start with 2 clones, run the tests and get an OPM value
guests = []
guests.append(g.cloneVM())
guests.append(g.cloneVM())
for g in guests:
self.guestsToClean.append(g)
g.start()
time.sleep(30)
opm = self.runTest(guests)
xenrt.TEC().comment("2 guests gives OPM value %u" % (opm))
# Now keep adding clones until the OPM value is lower than previous one
# Or we run out of resources
guestCount = 2
lastopm = opm
while guestCount < maxGuests:
numGuests = len(guests)
g = guestToClone.cloneVM()
g.start()
self.guestsToClean.append(g)
guests.append(g)
time.sleep(30)
opm = self.runTest(guests)
xenrt.TEC().comment("%u guests gives OPM value %u" %
(len(guests), opm))
if opm < lastopm:
break
lastopm = opm
guestCount += 1
if guestCount == maxGuests and opm >= lastopm:
xenrt.TEC().warning("Could not create more guests due to lack of "
"memory.")
# Return as results the maximum OPM and the number of clones used for it
xenrt.TEC().value("MaxOPM", lastopm)
xenrt.TEC().value("GuestCount", numGuests)
def upgradeCommand(self):
oel7Url = xenrt.getLinuxRepo("oel7","x86-64", "HTTP")
return "redhat-upgrade-tool --network 7.0 --force --instrepo %s" %(oel7Url)
def upgradeCommand(self):
centOsurl = xenrt.getLinuxRepo("centos7","x86-64", "HTTP")
#import the centos key
self.guest.execguest("rpm --import %s/RPM-GPG-KEY-CentOS-7" %(centOsurl))
return "redhat-upgrade-tool --network 7.0 --force --instrepo %s" %(centOsurl)
def createVM(host,
guestname,
distro,
vcpus=None,
corespersocket=None,
memory=None,
vifs=[],
bridge=None,
sr=None,
guestparams=[],
arch="x86-32",
disks=[],
postinstall=[],
pxe=True,
template=None,
notools=False,
bootparams=None,
use_ipv6=False,
suffix=None,
ips={},
**kwargs):
if not isinstance(host, xenrt.GenericHost):
host = xenrt.TEC().registry.hostGet(host)
if distro.startswith("generic-"):
distro = distro[8:]
if not vifs:
# Some tests rely on getting a VIF by default for generic VMs.
vifs = xenrt.lib.hyperv.Guest.DEFAULT
if distro.lower() == "windows" or distro.lower() == "linux":
distro = host.lookup("GENERIC_" + distro.upper() + "_OS"
+ (arch.endswith("64") and "_64" or ""),
distro)
# Create the guest object.
g = host.guestFactory()(guestname,
template,
password=xenrt.TEC().lookup("DEFAULT_PASSWORD"))
g.arch = arch
if re.search("[vw]", distro):
g.windows = True
g.vifstem = g.VIFSTEMHVM
g.hasSSH = False
else:
g.windows = False
g.vifstem = g.VIFSTEMPV
g.hasSSH = True
if vifs == xenrt.lib.hyperv.Guest.DEFAULT:
vifs = [("0",
host.getPrimaryBridge(),
xenrt.randomMAC(),
None)]
update = []
for v in vifs:
device, bridge, mac, ip = v
device = "%s%s" % (g.vifstem, device)
if not bridge:
bridge = host.getPrimaryBridge()
if not bridge:
raise xenrt.XRTError("Failed to choose a bridge for createVM on "
"host !%s" % (host.getName()))
update.append([device, bridge, mac, ip])
vifs = update
# The install method doesn't do this for us.
if vcpus:
g.setVCPUs(vcpus)
if memory:
g.setMemory(memory)
# TODO: boot params
# Try and determine the repository.
repository = xenrt.getLinuxRepo(distro, arch, "HTTP", None)
# Work out the ISO name.
if not repository:
isoname = xenrt.DEFAULT
else:
isoname = None
rootdisk = xenrt.lib.hyperv.Guest.DEFAULT
for disk in disks:
device, size, format = disk
if device == "0":
rootdisk = int(size)*xenrt.GIGA
# Install the guest.
g.install(host,
distro=distro,
vifs=vifs,
bridge=bridge,
sr=sr,
guestparams=guestparams,
isoname=isoname,
rootdisk=rootdisk,
repository=repository,
pxe=pxe,
notools=notools,
use_ipv6=use_ipv6)
if g.windows:
g.xmlrpcShutdown()
else:
g.execguest("/sbin/shutdown -h now")
g.poll("DOWN")
diskstoformat = []
for disk in disks:
device, size, format = disk
if str(device) != "0":
d = g.createDisk(sizebytes=int(size)*xenrt.GIGA,userdevice=device)
if format:
diskstoformat.append(d)
g.start()
for d in diskstoformat:
if g.windows:
letter = g.xmlrpcPartition(d)
g.xmlrpcFormat(letter, timeout=3600)
else:
# FIXME: this is probably wrong
letter = g.DEVICE_DISK_PREFIX + chr(int(d)+ord('a'))
g.execguest("mkfs.ext2 /dev/%s" % (letter))
g.execguest("mount /dev/%s /mnt" % (letter))
# Store the object in the registry.
xenrt.TEC().registry.guestPut(guestname, g)
xenrt.TEC().registry.configPut(guestname, vcpus=vcpus,
memory=memory,
distro=distro)
for p in postinstall:
if type(p) == tuple:
data, format = p
if format == "cmd":
g.xmlrpcWriteFile("c:\\postrun.cmd", data)
g.xmlrpcExec("c:\\postrun.cmd")
g.xmlrpcRemoveFile("c:\\postrun.cmd")
elif format == "vbs":
g.xmlrpcWriteFile("c:\\postrun.vbs", data)
g.xmlrpcExec("cscript //b //NoLogo c:\\postrun.vbs")
g.xmlrpcRemoveFile("c:\\postrun.vbs")
else:
eval("g.%s()" % (p))
return g
def installURL(self):
return xenrt.getLinuxRepo(self.distro, self.arch, "HTTP", None)
def run(self,arglist=None):
machine = "RESOURCE_HOST_0"
distro = "rhel5"
arch = "x86-32"
method = "HTTP"
gname = None
# First argument is the Windows guest to use to run the tests from
# (ideally on a second host)
for arg in arglist:
l = string.split(arg, "=", 1)
if l[0] == "guest":
gname = l[1]
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]
if not gname:
raise xenrt.XRTError("You must specify a Windows guest")
winGuest = xenrt.TEC().registry.guestGet(gname)
if not winGuest:
raise xenrt.XRTError("Cannot find guest %s" % (gname))
self.winGuest = winGuest
# Unpack the tarball
self.workdir = winGuest.xmlrpcTempDir()
winGuest.xmlrpcUnpackTarball("%s/dvdstore.tgz" %
(xenrt.TEC().lookup("TEST_TARBALL_BASE")),
self.workdir)
# Set up the template guest
extrapackages = ["mysql","mysql-server","mysql-devel","php","php-mysql"]
repository = xenrt.getLinuxRepo(distro, arch, method)
host = xenrt.TEC().registry.hostGet(machine)
if not host:
raise xenrt.XRTError("Unable to find host %s in registry" %
(machine))
self.getLogsFrom(host)
# Find out how much memory we have available
memFree = host.getFreeMemory()
# Get the number of 256M guests we can create
maxGuests = memFree / 256
# We need to create at least two
if maxGuests < 2:
raise xenrt.XRTError("Need at least 512MB free memory on host, "
"got %u" % (memFree))
template = xenrt.lib.xenserver.getTemplate(host,distro,arch=arch)
guestToClone = host.guestFactory()("dvdstoreMaster", template)
g = guestToClone
self.guestsToClean.append(g)
g.windows = False
g.arch = arch
g.install(host, repository=repository, distro=distro, method=method,
extrapackages=extrapackages)
g.check()
workdir = g.execguest("mktemp -d /tmp/workXXXXXX").strip()
# Unpack tarball
g.execguest("wget '%s/dvdstore.tgz' -O - | tar -zx -C %s" %
(xenrt.TEC().lookup("TEST_TARBALL_BASE"),
workdir))
# Set up MySQL etc on the guest
# Disable SELinux
g.execguest("grep -ve '^SELINUX=' /etc/selinux/config > "
"/etc/selinux/config2 && echo 'SELINUX=disabled' >> "
"/etc/selinux/config2 && mv /etc/selinux/config2 "
"/etc/selinux/config")
g.execguest("echo 0 > /selinux/enforce")
# Add a 20GB disk
g.createDisk(sizebytes=21474836480)
time.sleep(10)
g.execguest("chown mysql:mysql /dev/xvdb")
g.execguest("echo \"chown mysql:mysql /dev/xvdb\" >> /etc/rc.d/rc.local")
# Copy in our my.cnf file
g.execguest("cp -f %s/dvdstore/my.cnf /etc/my.cnf" % (workdir))
# Start MySQL
g.execguest("/usr/bin/mysql_install_db")
g.execguest("/etc/init.d/mysqld start",retval="code")
# Wait for the log to show it's created the raw file (with 30m timeout)
st = xenrt.util.timenow()
deadline = st + (30 * 60)
while True:
if g.execguest("grep \"InnoDB: Started\" /var/log/mysqld.log",
retval="code") == 0:
break
if xenrt.util.timenow() > deadline:
raise xenrt.XRTError("InnoDB did not initialise within timeout "
"period")
time.sleep(20)
# Stop MySQL
g.execguest("/etc/init.d/mysqld stop")
# Apply our my.cnf patch
g.execguest("cd /etc && patch -p0 < %s/dvdstore/cnfpatch" % (workdir))
# Start MySQL again
g.execguest("/etc/init.d/mysqld start")
# Set it to autostart (have to do it this way as otherwise our chown won't have
# happened in time and it won't start...
g.execguest("echo \"/etc/init.d/mysqld start\" >> /etc/rc.d/rc.local")
# Set up dvdstore (this takes a while!)
g.execguest("cd %s/dvdstore && ./setup.sh" % (workdir),timeout=7200)
# Set up the web bits
g.execguest("mkdir /var/www/html/ds2 && cp "
"%s/dvdstore/ds2/mysqlds2/web/php5/* /var/www/html/ds2/" %
(workdir))
g.execguest("/etc/init.d/httpd start")
g.execguest("chkconfig --add httpd && chkconfig --level 345 httpd on")
g.execguest("echo \"GRANT ALL ON DS2.* TO apache@localhost\" | mysql")
# Disable iptables
g.execguest("chkconfig --del iptables")
# Prepare the VM for cloning, and shut it down
g.preCloneTailor()
g.shutdown()
# Start with 2 clones, run the tests and get an OPM value
guests = []
guests.append(g.cloneVM())
guests.append(g.cloneVM())
for g in guests:
self.guestsToClean.append(g)
g.start()
time.sleep(30)
opm = self.runTest(guests)
xenrt.TEC().comment("2 guests gives OPM value %u" % (opm))
# Now keep adding clones until the OPM value is lower than previous one
# Or we run out of resources
guestCount = 2
lastopm = opm
while guestCount < maxGuests:
numGuests = len(guests)
g = guestToClone.cloneVM()
g.start()
self.guestsToClean.append(g)
guests.append(g)
time.sleep(30)
opm = self.runTest(guests)
xenrt.TEC().comment("%u guests gives OPM value %u" % (len(guests),
opm))
if opm < lastopm:
break
lastopm = opm
guestCount += 1
if guestCount == maxGuests and opm >= lastopm:
xenrt.TEC().warning("Could not create more guests due to lack of "
"memory.")
# Return as results the maximum OPM and the number of clones used for it
xenrt.TEC().value("MaxOPM",lastopm)
xenrt.TEC().value("GuestCount",numGuests)
def upgradeCommand(self):
oel7Url = xenrt.getLinuxRepo("oel7", "x86-64", "HTTP")
return "redhat-upgrade-tool --network 7.0 --force --instrepo %s" % (
oel7Url)
def installURL(self):
return xenrt.getLinuxRepo(self.distro, self.arch, "HTTP", None)