def readInventory(self):
self.mount_root()
try:
self.inventory = util.readKeyValueFile(os.path.join(
self.root_fs.mount_point, constants.INVENTORY_FILE),
strip_quotes=True)
self.build = self.inventory['BUILD_NUMBER']
self.version = Version.from_string(
"%s-%s" % (self.inventory['PLATFORM_VERSION'], self.build))
if 'PRODUCT_NAME' in self.inventory:
self.name = self.inventory['PRODUCT_NAME']
self.brand = self.inventory['PRODUCT_BRAND']
else:
self.name = self.inventory['PLATFORM_NAME']
self.brand = self.inventory['PLATFORM_NAME']
if 'OEM_BRAND' in self.inventory:
self.oem_brand = self.inventory['OEM_BRAND']
self.visual_brand = self.oem_brand
else:
self.visual_brand = self.brand
if 'OEM_VERSION' in self.inventory:
self.oem_version = self.inventory['OEM_VERSION']
self.visual_version = "%s-%s" % (self.inventory['OEM_VERSION'],
self.build)
else:
if '/' in self.build:
self.visual_version = self.inventory['PRODUCT_VERSION']
else:
self.visual_version = "%s-%s" % (
self.inventory['PRODUCT_VERSION'], self.build)
finally:
self.unmount_root()
def loadFromIfcfg(filename):
def valOrNone(d, k):
return d.has_key(k) and d[k] or None
conf = util.readKeyValueFile(filename)
mode = None
if conf.has_key('BOOTPROTO'):
if conf['BOOTPROTO'] == 'static' or conf.has_key('IPADDR'):
mode = NetInterface.Static
elif conf['BOOTPROTO'] == 'dhcp':
mode = NetInterface.DHCP
hwaddr = valOrNone(conf, 'HWADDR')
if not hwaddr:
hwaddr = valOrNone(conf, 'MACADDR')
if not hwaddr:
try:
hwaddr = netutil.getHWAddr(conf['DEVICE'])
except:
pass
dns = None
n = 1
while conf.has_key('DNS%d' % n):
if not dns: dns = []
dns.append(conf['DNS%d' % n])
n += 1
return NetInterface(mode, hwaddr, valOrNone(conf, 'IPADDR'), valOrNone(conf, 'NETMASK'),
valOrNone(conf, 'GATEWAY'), dns, valOrNone(conf, 'DOMAIN'))
def restoreFromBackup(backup, progress=lambda x: ()):
""" Restore files from backup_partition to the root partition on disk.
Call progress with a value between 0 and 100. Re-install bootloader. Fails if
backup is not same version as the CD in use."""
disk = backup.root_disk
tool = PartitionTool(disk)
_, boot_partnum, primary_partnum, backup_partnum, logs_partnum, swap_partnum, _ = backend.inspectTargetDisk(
disk, None, [], constants.PRESERVE_IF_UTILITY, True, True)
backup_version = backup.version
limit_version = product.THIS_PLATFORM_VERSION
logs_partition = tool.getPartition(logs_partnum)
boot_partition = tool.getPartition(boot_partnum)
root_partition = partitionDevice(disk, primary_partnum)
backup_fs = util.TempMount(backup.partition, 'backup-', options=['ro'])
inventory = util.readKeyValueFile(os.path.join(backup_fs.mount_point,
constants.INVENTORY_FILE),
strip_quotes=True)
backup_partition_layout = []
if 'PARTITION_LAYOUT' in inventory: # Present from XS 7.0
backup_partition_layout = inventory['PARTITION_LAYOUT'].split(',')
backup_fs.unmount()
(boot, _, _, _, logs) = diskutil.probeDisk(disk)
xelogging.log("BACKUP DISK PARTITION LAYOUT: %s" % backup_partition_layout)
if not logs[0] and boot[
0] and not backup_partition_layout: # From 7.x (no new layout - yes Boot partition) to 6.x
restoreWithoutRepartButUEFI(backup, progress)
else:
doRestore(backup, progress, backup_partition_layout, logs[0])
def completeUpgrade(self, mounts, prev_install, target_disk,
backup_partnum, logs_partnum, admin_iface,
admin_bridge, admin_config):
util.assertDir(os.path.join(mounts['root'], "var/lib/xcp"))
util.assertDir(os.path.join(mounts['root'], "etc/xensource"))
Upgrader.completeUpgrade(self, mounts, target_disk, backup_partnum)
v = Version(prev_install.version.ver)
f = open(os.path.join(mounts['root'], 'var/tmp/.previousVersion'), 'w')
f.write("PLATFORM_VERSION='%s'\n" % v)
f.close()
state = open(
os.path.join(mounts['root'], constants.FIRSTBOOT_DATA_DIR,
'host.conf'), 'w')
print >> state, "UPGRADE=true"
state.close()
# The existence of the static-rules.conf is used to detect upgrade from Boston or newer
if os.path.exists(
os.path.join(
mounts['root'],
'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf'
)):
# CA-82901 - convert any old style ppn referenced to new style ppn references
util.runCmd2([
'sed', r's/pci\([0-9]\+p[0-9]\+\)/p\1/g', '-i',
os.path.join(
mounts['root'],
'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf'
)
])
net_dict = util.readKeyValueFile(
os.path.join(mounts['root'], 'etc/sysconfig/network'))
if net_dict.get('NETWORKING_IPV6', 'no') == 'no':
nfd = open(os.path.join(mounts['root'], 'etc/sysconfig/network'),
'a')
nfd.write("NETWORKING_IPV6=no\n")
nfd.close()
netutil.disable_ipv6_module(mounts["root"])
# handle the conversion of devices from aacraid to smartpqi
primary_disk = self.source.getInventoryValue("PRIMARY_DISK")
target_link = diskutil.idFromPartition(target_disk) or target_disk
if primary_disk.startswith('/dev/disk/by-id/scsi-') and \
target_link.startswith('/dev/disk/by-id/scsi-') and \
primary_disk != target_link:
for i in (os.path.join(constants.FIRSTBOOT_DATA_DIR,
'default-storage.conf'), constants.XAPI_DB):
util.runCmd2([
'sed', '-i', '-e',
"s#%s#%s#g" % (primary_disk, target_link),
os.path.join(mounts['root'], i)
])
def __init__(self, part, mnt):
self.partition = part
self.inventory = util.readKeyValueFile(os.path.join(mnt, constants.INVENTORY_FILE), strip_quotes=True)
self.name = self.inventory["PRODUCT_NAME"]
self.brand = self.inventory["PRODUCT_BRAND"]
self.version = Version.from_string(
"%s-%s" % (self.inventory["PRODUCT_VERSION"], self.inventory["BUILD_NUMBER"])
)
self.build = self.inventory["BUILD_NUMBER"]
self.root_disk = diskutil.partitionFromId(self.inventory["PRIMARY_DISK"])
def readInventory(self):
self.mount_root()
try:
self.inventory = util.readKeyValueFile(
os.path.join(self.root_fs.mount_point, constants.INVENTORY_FILE), strip_quotes=True
)
self.name = self.inventory["PRODUCT_NAME"]
self.brand = self.inventory["PRODUCT_BRAND"]
self.version = Version.from_string(
"%s-%s" % (self.inventory["PRODUCT_VERSION"], self.inventory["BUILD_NUMBER"])
)
self.build = self.inventory["BUILD_NUMBER"]
finally:
self.unmount_root()
def __init__(self, source):
Upgrader.__init__(self, source)
primary_fs = util.TempMount(self.source.root_device, 'primary-', options=['ro'])
safe2upgrade_path = os.path.join(primary_fs.mount_point, constants.SAFE_2_UPGRADE)
default_storage_conf_path = os.path.join(primary_fs.mount_point, "etc/firstboot.d/data/default-storage.conf")
self.safe2upgrade = os.path.isfile(safe2upgrade_path)
self.vgs_output = None
self.storage_type = None
if os.path.exists(default_storage_conf_path):
input_data = util.readKeyValueFile(default_storage_conf_path)
self.storage_type = input_data['TYPE']
primary_fs.unmount()
def __init__(self, part, mnt):
self.partition = part
self.inventory = util.readKeyValueFile(os.path.join(
mnt, constants.INVENTORY_FILE),
strip_quotes=True)
self.build = self.inventory['BUILD_NUMBER']
self.version = Version.from_string(
"%s-%s" % (self.inventory['PLATFORM_VERSION'], self.build))
if 'PRODUCT_NAME' in self.inventory:
self.name = self.inventory['PRODUCT_NAME']
self.brand = self.inventory['PRODUCT_BRAND']
else:
self.name = self.inventory['PLATFORM_NAME']
self.brand = self.inventory['PLATFORM_NAME']
if 'OEM_BRAND' in self.inventory:
self.oem_brand = self.inventory['OEM_BRAND']
self.visual_brand = self.oem_brand
else:
self.visual_brand = self.brand
if 'OEM_VERSION' in self.inventory:
self.oem_version = self.inventory['OEM_VERSION']
self.visual_version = "%s-%s" % (self.inventory['OEM_VERSION'],
self.build)
else:
if '/' in self.build:
self.visual_version = self.inventory['PRODUCT_VERSION']
else:
self.visual_version = "%s-%s" % (
self.inventory['PRODUCT_VERSION'], self.build)
if self.inventory['PRIMARY_DISK'].startswith('/dev/md_'):
# Handle restoring an installation using a /dev/md_* path
self.root_disk = os.path.realpath(
self.inventory['PRIMARY_DISK'].replace('md_', 'md/') + '_0')
else:
self.root_disk = diskutil.partitionFromId(
self.inventory['PRIMARY_DISK'])
self.root_disk = getMpathMasterOrDisk(self.root_disk)
def loadFromIfcfg(filename):
def valOrNone(d, k):
return k in d and d[k] or None
conf = util.readKeyValueFile(filename)
mode = None
if 'BOOTPROTO' in conf:
if conf['BOOTPROTO'] == 'static' or 'IPADDR' in conf:
mode = NetInterface.Static
elif conf['BOOTPROTO'] == 'dhcp':
mode = NetInterface.DHCP
hwaddr = valOrNone(conf, 'HWADDR')
if not hwaddr:
hwaddr = valOrNone(conf, 'MACADDR')
if not hwaddr:
hwaddr = netutil.getHWAddr(conf['DEVICE'])
dns = None
n = 1
while 'DNS%d' % n in conf:
if not dns: dns = []
dns.append(conf['DNS%d' % n])
n += 1
modev6 = None
if 'DHCPV6C' in conf:
modev6 = NetInterface.DHCP
elif 'IPV6_AUTOCONF' in conf:
modev6 = NetInterface.Autoconf
elif 'IPV6INIT' in conf:
modev6 = NetInterface.Static
ni = NetInterface(mode, hwaddr, valOrNone(conf, 'IPADDR'),
valOrNone(conf, 'NETMASK'),
valOrNone(conf, 'GATEWAY'), dns,
valOrNone(conf, 'DOMAIN'))
ni.addIPv6(modev6, valOrNone(conf, 'IPV6ADDR'),
valOrNone(conf, 'IPV6_DEFAULTGW'))
return ni
def completeUpgrade(self, mounts, prev_install, target_disk, backup_partnum, admin_iface, admin_bridge, admin_config):
util.assertDir(os.path.join(mounts['root'], "var/xapi"))
util.assertDir(os.path.join(mounts['root'], "etc/xensource"))
Upgrader.completeUpgrade(self, mounts, target_disk, backup_partnum)
if not os.path.exists(os.path.join(mounts['root'], constants.DBCACHE)):
# upgrade from 5.5, generate dbcache
save_dir = os.path.join(mounts['root'], constants.FIRSTBOOT_DATA_DIR, 'initial-ifcfg')
util.assertDir(save_dir)
dbcache_file = os.path.join(mounts['root'], constants.DBCACHE)
dbcache_fd = open(dbcache_file, 'w')
network_uid = util.getUUID()
dbcache_fd.write('<?xml version="1.0" ?>\n<xenserver-network-configuration>\n')
if admin_iface.startswith('bond'):
top_pif_uid = bond_pif_uid = util.getUUID()
bond_uid = util.getUUID()
# find slaves of this bond and write PIFs for them
slaves = []
for file in [ f for f in os.listdir(os.path.join(mounts['root'], constants.NET_SCR_DIR))
if re.match('ifcfg-eth[0-9]+$', f) ]:
slavecfg = util.readKeyValueFile(os.path.join(mounts['root'], constants.NET_SCR_DIR, file), strip_quotes = False)
if slavecfg.has_key('MASTER') and slavecfg['MASTER'] == admin_iface:
slave_uid = util.getUUID()
slave_net_uid = util.getUUID()
slaves.append(slave_uid)
slave = NetInterface.loadFromIfcfg(os.path.join(mounts['root'], constants.NET_SCR_DIR, file))
slave.writePif(slavecfg['DEVICE'], dbcache_fd, slave_uid, slave_net_uid, ('slave-of', bond_uid))
# locate bridge that has this interface as its PIFDEV
bridge = None
for file in [ f for f in os.listdir(os.path.join(mounts['root'], constants.NET_SCR_DIR))
if re.match('ifcfg-xenbr[0-9]+$', f) ]:
brcfg = util.readKeyValueFile(os.path.join(mounts['root'], constants.NET_SCR_DIR, file), strip_quotes = False)
if brcfg.has_key('PIFDEV') and brcfg['PIFDEV'] == slavecfg['DEVICE']:
bridge = brcfg['DEVICE']
break
assert bridge
dbcache_fd.write('\t<network ref="OpaqueRef:%s">\n' % slave_net_uid)
dbcache_fd.write('\t\t<uuid>%sSlaveNetwork</uuid>\n' % slavecfg['DEVICE'])
dbcache_fd.write('\t\t<PIFs>\n\t\t\t<PIF>OpaqueRef:%s</PIF>\n\t\t</PIFs>\n' % slave_uid)
dbcache_fd.write('\t\t<bridge>%s</bridge>\n' % bridge)
dbcache_fd.write('\t\t<other_config/>\n\t</network>\n')
# write bond
dbcache_fd.write('\t<bond ref="OpaqueRef:%s">\n' % bond_uid)
dbcache_fd.write('\t\t<master>OpaqueRef:%s</master>\n' % bond_pif_uid)
dbcache_fd.write('\t\t<uuid>InitialManagementBond</uuid>\n\t\t<slaves>\n')
for slave_uid in slaves:
dbcache_fd.write('\t\t\t<slave>OpaqueRef:%s</slave>\n' % slave_uid)
dbcache_fd.write('\t\t</slaves>\n\t</bond>\n')
# write bond PIF
admin_config.writePif(admin_iface, dbcache_fd, bond_pif_uid, network_uid, ('master-of', bond_uid))
else:
top_pif_uid = util.getUUID()
# write PIF
admin_config.writePif(admin_iface, dbcache_fd, top_pif_uid, network_uid)
dbcache_fd.write('\t<network ref="OpaqueRef:%s">\n' % network_uid)
dbcache_fd.write('\t\t<uuid>InitialManagementNetwork</uuid>\n')
dbcache_fd.write('\t\t<PIFs>\n\t\t\t<PIF>OpaqueRef:%s</PIF>\n\t\t</PIFs>\n' % top_pif_uid)
dbcache_fd.write('\t\t<bridge>%s</bridge>\n' % admin_bridge)
dbcache_fd.write('\t\t<other_config/>\n\t</network>\n')
dbcache_fd.write('</xenserver-network-configuration>\n')
dbcache_fd.close()
util.runCmd2(['cp', '-p', dbcache_file, save_dir])
else:
# upgrade from 5.6
changed = False
dbcache_file = os.path.join(mounts['root'], constants.DBCACHE)
rdbcache_fd = open(dbcache_file)
wdbcache_fd = open(dbcache_file + '.new', 'w')
for line in rdbcache_fd:
wdbcache_fd.write(line)
if '<pif ref=' in line:
wdbcache_fd.write("\t\t<tunnel_access_PIF_of/>\n")
changed = True
rdbcache_fd.close()
wdbcache_fd.close()
if changed:
os.rename(dbcache_file + '.new', dbcache_file)
else:
os.remove(dbcache_file + '.new')
v = Version(prev_install.version.ver)
f = open(os.path.join(mounts['root'], 'var/tmp/.previousVersion'), 'w')
f.write("PRODUCT_VERSION='%s'\n" % v)
f.close()
state = open(os.path.join(mounts['root'], constants.FIRSTBOOT_DATA_DIR, 'host.conf'), 'w')
print >>state, "UPGRADE=true"
state.close()
# CP-1508: preserve AD service state
ad_on = False
try:
fh = open(os.path.join(mounts['root'], 'etc/nsswitch.conf'), 'r')
for line in fh:
if line.startswith('passwd:') and 'lsass' in line:
ad_on = True
break
fh.close()
except:
pass
if ad_on:
for service in ['dcerpd', 'eventlogd', 'netlogond', 'npcmuxd', 'lsassd']:
util.runCmd2(['chroot', mounts['root'], 'chkconfig', '--add', service])
# EA-1069: create interface-rename state from old xapi database if it doesnt currently exist (static-rules.conf)
if not os.path.exists(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf')):
static_text = (
"# Static rules. Autogenerated by the installer from either the answerfile or from previous install\n"
"# WARNING - rules in this file override the 'lastboot' assignment of names,\n"
"# so editing it may cause unexpected renaming on next boot\n\n"
"# Rules are of the form:\n"
"# target name: id method = \"value\"\n\n"
"# target name must be in the form eth*\n"
"# id methods are:\n"
"# mac: value should be the mac address of a device (e.g. DE:AD:C0:DE:00:00)\n"
"# pci: value should be the pci bus location of the device (e.g. 0000:01:01.1)\n"
"# ppn: value should be the result of the biosdevname physical naming policy of a device (e.g. pci1p1)\n"
"# label: value should be the SMBios label of a device (for SMBios 2.6 or above)\n")
if not os.path.exists(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/.from_install/')):
os.makedirs(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/.from_install/'), 0775)
fout1 = open(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf'), "w")
fout1.write(static_text)
fout1.close()
fout2 = open(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/.from_install/static-rules.conf'), "w")
fout2.write(static_text)
fout2.close()
bdn = BiosDevName()
bdn.run()
devices = bdn.devices
# this is a dirty hack but I cant think of much better
dbcache = open(os.path.join(mounts['root'], constants.DBCACHE), "r")
past_devs = []
mac_next = False
eth_next = False
for line in ( x.strip() for x in dbcache ):
if mac_next:
past_devs.append([line.upper()])
mac_next = False
continue
if eth_next:
for bdev in devices:
if bdev.get('Assigned MAC', None) == past_devs[-1][0] and 'Bus Info' in bdev:
past_devs[-1].extend([bdev['Bus Info'], line])
break
eth_next = False
continue
if line == "<MAC>":
mac_next = True
continue
if line == "<device>":
eth_next = True
dbcache.close()
def jsonify(mac, pci, dev):
return '[ "%s", "%s", "%s" ]' % (mac, pci, dev)
dynamic_text = ("# Automatically adjusted file. Do not edit unless you are certain you know how to\n")
dynamic_text += '{"lastboot":[%s],"old":[]}' % (','.join(map(lambda x: jsonify(*x), (x for x in past_devs if len(x) == 3))), )
fout3 = open(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/dynamic-rules.json'), "w")
fout3.write(dynamic_text)
fout3.close()
fout4 = open(os.path.join(mounts['root'], 'etc/sysconfig/network-scripts/interface-rename-data/.from_install/dynamic-rules.json'), "w")
fout4.write(dynamic_text)
fout4.close()
if Version(prev_install.version.ver) < product.THIS_PRODUCT_VERSION:
# set journalling option on EXT local SRs
l = LVMTool()
for lv in l.lvs:
if lv['vg_name'].startswith(l.VG_EXT_SR_PREFIX):
l.activateVG(lv['vg_name'])
path = '/dev/mapper/%s-%s' % (lv['vg_name'].replace('-', '--'),
lv['lv_name'].replace('-', '--'))
xelogging.log("Setting ordered on " + path)
util.runCmd2(['tune2fs', '-o', 'journal_data_ordered', path])
l.deactivateVG(lv['vg_name'])
def readInventoryFile(filename):
return util.readKeyValueFile(filename, strip_quotes=True)
def doRestore(backup, progress, backup_partition_layout, has_logs_partition):
backup_partition = backup.partition
backup_version = backup.version
disk = backup.root_disk
tool = PartitionTool(disk)
_, boot_partnum, primary_partnum, backup_partnum, logs_partnum, swap_partnum, _ = backend.inspectTargetDisk(
disk, None, [], constants.PRESERVE_IF_UTILITY, True, True)
limit_version = product.THIS_PLATFORM_VERSION
logs_partition = tool.getPartition(logs_partnum)
boot_partition = tool.getPartition(boot_partnum)
assert backup_partition.startswith('/dev/')
assert disk.startswith('/dev/')
label = None
bootlabel = None
if has_logs_partition and not backup_partition_layout: # From 7.x (new layout) to 6.x
restore_partition = partitionDevice(disk, logs_partnum)
else:
restore_partition = partitionDevice(disk, primary_partnum)
xelogging.log("Restoring to partition %s." % restore_partition)
tool = PartitionTool(disk)
boot_part = tool.getPartition(boot_partnum)
boot_device = partitionDevice(disk, boot_partnum) if boot_part else None
efi_boot = boot_part and boot_part['id'] == GPTPartitionTool.ID_EFI_BOOT
# determine current location of bootloader
current_location = 'unknown'
try:
root_fs = util.TempMount(restore_partition,
'root-',
options=['ro'],
boot_device=boot_device)
try:
boot_config = bootloader.Bootloader.loadExisting(
root_fs.mount_point)
current_location = boot_config.location
xelogging.log("Bootloader currently in %s" % current_location)
finally:
root_fs.unmount()
except:
pass
# mount the backup fs
backup_fs = util.TempMount(backup_partition,
'restore-backup-',
options=['ro'])
try:
# extract the bootloader config
boot_config = bootloader.Bootloader.loadExisting(backup_fs.mount_point)
if boot_config.src_fmt == 'grub':
raise RuntimeError, "Backup uses grub bootloader which is no longer supported - " + \
"to restore please use a version of the installer that matches the backup partition"
# format the restore partition(s):
if util.runCmd2(['mkfs.%s' % constants.rootfs_type, restore_partition
]) != 0:
raise RuntimeError, "Failed to create root filesystem"
if efi_boot:
if util.runCmd2(['mkfs.vfat', boot_device]) != 0:
raise RuntimeError, "Failed to create boot filesystem"
# mount restore partition:
dest_fs = util.TempMount(restore_partition, 'restore-dest-')
try:
# copy files from the backup partition to the restore partition:
objs = filter(
lambda x: x not in
['lost+found', '.xen-backup-partition', '.xen-gpt.bin'],
os.listdir(backup_fs.mount_point))
for i in range(len(objs)):
obj = objs[i]
xelogging.log("Restoring subtree %s..." % obj)
progress((i * 100) / len(objs))
# Use 'cp' here because Python's copying tools are useless and
# get stuck in an infinite loop when copying e.g. /dev/null.
if util.runCmd2([
'cp', '-a',
os.path.join(backup_fs.mount_point, obj),
dest_fs.mount_point
]) != 0:
raise RuntimeError, "Failed to restore %s directory" % obj
xelogging.log(
"Data restoration complete. About to re-install bootloader.")
location = boot_config.location
m = re.search(r'root=LABEL=(\S+)',
boot_config.menu[boot_config.default].kernel_args)
if m:
label = m.group(1)
if location == constants.BOOT_LOCATION_PARTITION and current_location == constants.BOOT_LOCATION_MBR:
# if bootloader in the MBR it's probably not safe to restore with it
# on the partition
xelogging.log(
"Bootloader is currently installed to MBR, restoring to MBR instead of partition"
)
location = constants.BOOT_LOCATION_MBR
with open(os.path.join(backup_fs.mount_point, 'etc', 'fstab'),
'r') as fstab:
for line in fstab:
m = re.match(r'LABEL=(\S+)\s+/boot/efi\s', line)
if m:
bootlabel = m.group(1)
mounts = {
'root': dest_fs.mount_point,
'boot': os.path.join(dest_fs.mount_point, 'boot')
}
# prepare extra mounts for installing bootloader:
util.bindMount("/dev", "%s/dev" % dest_fs.mount_point)
util.bindMount("/sys", "%s/sys" % dest_fs.mount_point)
util.bindMount("/proc", "%s/proc" % dest_fs.mount_point)
if boot_config.src_fmt == 'grub2':
if efi_boot:
branding = util.readKeyValueFile(
os.path.join(backup_fs.mount_point,
constants.INVENTORY_FILE))
branding['product-brand'] = branding['PRODUCT_BRAND']
backend.setEfiBootEntry(mounts, disk, boot_partnum,
branding)
else:
if location == constants.BOOT_LOCATION_MBR:
backend.installGrub2(mounts, disk, False)
else:
backend.installGrub2(mounts, restore_partition, True)
else:
backend.installExtLinux(mounts, disk,
probePartitioningScheme(disk),
location)
# restore bootloader configuration
dst_file = boot_config.src_file.replace(backup_fs.mount_point,
dest_fs.mount_point, 1)
util.assertDir(os.path.dirname(dst_file))
boot_config.commit(dst_file)
finally:
util.umount("%s/proc" % dest_fs.mount_point)
util.umount("%s/sys" % dest_fs.mount_point)
util.umount("%s/dev" % dest_fs.mount_point)
dest_fs.unmount()
finally:
backup_fs.unmount()
if not label:
raise RuntimeError, "Failed to find label required for root filesystem."
if efi_boot and not bootlabel:
raise RuntimeError(
"Failed to find label required for boot filesystem.")
if util.runCmd2(['e2label', restore_partition, label]) != 0:
raise RuntimeError, "Failed to label root partition"
if bootlabel:
if util.runCmd2(['fatlabel', boot_device, bootlabel]) != 0:
raise RuntimeError, "Failed to label boot partition"
if has_logs_partition:
if not backup_partition_layout: # From 7.x (new layout) to 6.x
# Delete backup, dom0, Boot and swap partitions
tool.deletePartition(backup_partnum)
tool.deletePartition(primary_partnum)
tool.deletePartition(boot_partnum)
tool.deletePartition(swap_partnum)
# Rename logs partition to be n.1
tool.renamePartition(srcNumber=logs_partnum,
destNumber=primary_partnum,
overwrite=False)
# Create 4GB backup partition
tool.createPartition(
tool.ID_LINUX,
sizeBytes=constants.backup_size_old * 2**20,
startBytes=tool.partitionEnd(primary_partnum) +
tool.sectorSize,
number=backup_partnum)
# Commit partition table and mark dom0 disk as bootable
tool.commit(log=True)
tool.commitActivePartitiontoDisk(primary_partnum)
xelogging.log("Bootloader restoration complete.")
xelogging.log("Restore successful.")
backend.writeLog(disk, primary_partnum, logs_partnum)
elif 'LOG' in backup_partition_layout: # From 7.x (new layout) to 7.x (new layout)
tool.commitActivePartitiontoDisk(boot_partnum)
rdm_label = label.split("-")[1]
logs_part = partitionDevice(disk, logs_partnum)
swap_part = partitionDevice(disk, swap_partnum)
if util.runCmd2([
'e2label', logs_part, constants.logsfs_label % rdm_label
]) != 0:
raise RuntimeError, "Failed to label logs partition"
if util.runCmd2([
'swaplabel', '-L', constants.swap_label % rdm_label,
swap_part
]) != 0:
raise RuntimeError, "Failed to label swap partition"
def _readSettings(self):
""" Read settings from the installation, returns a results dictionary. """
results = {'host-config': {}}
self.mount_state()
try:
# timezone:
tz = None
clock_file = self.join_state_path('etc/localtime')
if os.path.islink(clock_file):
tzfile = os.path.realpath(clock_file)
if '/usr/share/zoneinfo/' in tzfile:
_, tz = tzfile.split('/usr/share/zoneinfo/', 1)
if not tz:
# No timezone found:
# Supply a default and for interactive installs prompt the user.
xelogging.log('No timezone configuration found.')
results['request-timezone'] = True
tz = "Europe/London"
results['timezone'] = tz
# hostname. We will assume one was set anyway and thus write
# it back into the new filesystem. If one wasn't set then this
# will be localhost.localdomain, in which case the old behaviour
# will persist anyway:
fd = open(self.join_state_path('etc/sysconfig/network'), 'r')
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith('HOSTNAME='):
results['manual-hostname'] = (True, line[9:].strip())
if os.path.exists(self.join_state_path('etc/hostname')):
fd = open(self.join_state_path('etc/hostname'), 'r')
line = fd.readline()
results['manual-hostname'] = (True, line.strip())
fd.close()
if not results.has_key('manual-hostname'):
results['manual-hostname'] = (False, None)
# nameservers:
domain = None
if not os.path.exists(self.join_state_path('etc/resolv.conf')):
results['manual-nameservers'] = (False, None)
else:
ns = []
fd = open(self.join_state_path('etc/resolv.conf'), 'r')
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("nameserver "):
ns.append(line[11:].strip())
elif line.startswith("domain "):
domain = line[8:].strip()
elif line.startswith("search "):
domain = line.split()[1]
results['manual-nameservers'] = (True, ns)
# ntp servers:
fd = open(self.join_state_path('etc/ntp.conf'), 'r')
lines = fd.readlines()
fd.close()
ntps = []
for line in lines:
if line.startswith("server "):
ntps.append(line[7:].strip())
results['ntp-servers'] = ntps
# keyboard:
keyboard_dict = {}
keyboard_file = self.join_state_path('etc/sysconfig/keyboard')
if os.path.exists(keyboard_file):
keyboard_dict = util.readKeyValueFile(keyboard_file)
keyboard_file = self.join_state_path('etc/vconsole.conf')
if os.path.exists(keyboard_file):
keyboard_dict.update(util.readKeyValueFile(keyboard_file))
if 'KEYMAP' in keyboard_dict:
results['keymap'] = keyboard_dict['KEYMAP']
elif 'KEYTABLE' in keyboard_dict:
results['keymap'] = keyboard_dict['KEYTABLE']
# Do not error here if no keymap configuration is found.
# This enables upgrade to still carry state on hosts without
# keymap configured:
# A default keymap is assigned in the backend of this installer.
if not results.has_key('keymap'):
xelogging.log('No existing keymap configuration found.')
# root password:
fd = open(self.join_state_path('etc/passwd'), 'r')
root_pwd = None
for line in fd:
pwent = line.split(':')
if pwent[0] == 'root':
root_pwd = pwent[1]
break
fd.close()
if len(root_pwd) == 1:
root_pwd = None
try:
fd = open(self.join_state_path('etc/shadow'), 'r')
for line in fd:
pwent = line.split(':')
if pwent[0] == 'root':
root_pwd = pwent[1]
break
fd.close()
except:
pass
if not root_pwd:
raise SettingsNotAvailable, "no root password found"
results['root-password'] = ('pwdhash', root_pwd)
# don't care about this too much.
results['time-config-method'] = 'ntp'
# read network configuration. We only care to find out what the
# management interface is, and what its configuration was.
# The dev -> MAC mapping for other devices will be preserved in the
# database which is available in time for everything except the
# management interface.
mgmt_iface = self.getInventoryValue('MANAGEMENT_INTERFACE')
networkdb_path = constants.NETWORK_DB
if not os.path.exists(self.join_state_path(networkdb_path)):
networkdb_path = constants.OLD_NETWORK_DB
dbcache_path = constants.DBCACHE
if not os.path.exists(self.join_state_path(dbcache_path)):
dbcache_path = constants.OLD_DBCACHE
if not mgmt_iface:
xelogging.log('No existing management interface found.')
elif os.path.exists(self.join_state_path(networkdb_path)):
networkd_db = constants.NETWORKD_DB
if not os.path.exists(self.join_state_path(networkd_db)):
networkd_db = constants.OLD_NETWORKD_DB
xelogging.log(
'Checking %s for management interface configuration' %
networkd_db)
def fetchIfaceInfoFromNetworkdbAsDict(bridge, iface=None):
args = [
'chroot', self.state_fs.mount_point, '/' + networkd_db,
'-bridge', bridge
]
if iface:
args.extend(['-iface', iface])
rv, out = util.runCmd2(args, with_stdout=True)
d = {}
for line in (x.strip() for x in out.split('\n')
if len(x.strip())):
for key_value in line.split(" "):
var = key_value.split('=', 1)
d[var[0]] = var[1]
return d
d = fetchIfaceInfoFromNetworkdbAsDict(mgmt_iface, mgmt_iface)
# For mgmt on tagged vlan, networkdb output has no value for
# 'interfaces' but instead has 'parent' specified. We need
# to fetch 'interfaces' of parent and use for mgmt bridge.
if not d.get('interfaces') and 'parent' in d:
p = fetchIfaceInfoFromNetworkdbAsDict(d['parent'])
d['interfaces'] = p['interfaces']
results['net-admin-bridge'] = mgmt_iface
results['net-admin-interface'] = d.get('interfaces').split(
',')[0]
if_hwaddr = netutil.getHWAddr(results['net-admin-interface'])
vlan = int(d['vlan']) if 'vlan' in d else None
proto = d.get('mode')
if proto == 'static':
ip = d.get('ipaddr')
netmask = d.get('netmask')
gateway = d.get('gateway')
dns = d.get('dns', '').split(',')
if ip and netmask:
results['net-admin-configuration'] = NetInterface(
NetInterface.Static,
if_hwaddr,
ip,
netmask,
gateway,
dns,
vlan=vlan)
elif proto == 'dhcp':
results['net-admin-configuration'] = NetInterface(
NetInterface.DHCP, if_hwaddr, vlan=vlan)
else:
results['net-admin-configuration'] = NetInterface(
None, if_hwaddr, vlan=vlan)
protov6 = d.get('modev6')
if protov6 == 'static':
ipv6 = d.get('ipaddrv6')
gatewayv6 = d.get('gatewayv6')
if ipv6:
results['net-admin-configuration'].addIPv6(
NetInterface.Static, ipv6, gatewayv6)
elif protov6 == 'dhcp':
results['net-admin-configuration'].addIPv6(
NetInterface.DHCP)
elif protov6 == 'autoconf':
results['net-admin-configuration'].addIPv6(
NetInterface.Autoconf)
elif os.path.exists(self.join_state_path(dbcache_path)):
xelogging.log(
'Checking %s for management network configuration' %
dbcache_path)
def getText(nodelist):
rc = ""
for node in nodelist:
if node.nodeType == node.TEXT_NODE:
rc = rc + node.data
return rc.strip().encode()
xmldoc = xml.dom.minidom.parse(
self.join_state_path(dbcache_path))
pif_uid = None
for node in xmldoc.documentElement.childNodes:
if node.nodeType == node.ELEMENT_NODE and node.tagName == 'network':
network = node
else:
continue
# CA-50971: handle renamed networks in MNR
if len(network.getElementsByTagName('bridge')) == 0 or \
len(network.getElementsByTagName('PIFs')) == 0 or \
len(network.getElementsByTagName('PIFs')[0].getElementsByTagName('PIF')) == 0:
continue
if getText(
network.getElementsByTagName('bridge')
[0].childNodes) == mgmt_iface:
pif_uid = getText(
network.getElementsByTagName('PIFs')
[0].getElementsByTagName('PIF')[0].childNodes)
break
if pif_uid:
for node in xmldoc.documentElement.childNodes:
if node.nodeType == node.ELEMENT_NODE and node.tagName == 'pif':
pif = node
else:
continue
if pif.getAttribute('ref') == pif_uid:
results['net-admin-interface'] = getText(
pif.getElementsByTagName('device')
[0].childNodes)
results['net-admin-bridge'] = mgmt_iface
results[
'net-admin-configuration'] = NetInterface.loadFromPif(
pif)
break
else:
xelogging.log(
'Checking ifcfg files for management network configuration'
)
for cfile in filter(lambda x: True in [x.startswith(y) for y in ['ifcfg-eth', 'ifcfg-bond']], \
os.listdir(self.join_state_path(constants.NET_SCR_DIR))):
devcfg = util.readKeyValueFile(self.join_state_path(
constants.NET_SCR_DIR, cfile),
strip_quotes=False)
if devcfg.has_key('DEVICE') and devcfg.has_key(
'BRIDGE') and devcfg['BRIDGE'] == mgmt_iface:
brcfg = util.readKeyValueFile(self.join_state_path(
constants.NET_SCR_DIR,
'ifcfg-' + devcfg['BRIDGE']),
strip_quotes=False)
results['net-admin-interface'] = devcfg['DEVICE']
results['net-admin-bridge'] = devcfg['BRIDGE']
# get hardware address if it was recorded, otherwise look it up:
if devcfg.has_key('HWADDR'):
hwaddr = devcfg['HWADDR']
elif devcfg.has_key('MACADDR'):
# our bonds have a key called MACADDR instead
hwaddr = devcfg['MACADDR']
else:
hwaddr = netutil.getHWAddr(devcfg['DEVICE'])
ifcfg = NetInterface.loadFromIfcfg(
self.join_state_path(constants.NET_SCR_DIR,
'ifcfg-' + devcfg['BRIDGE']))
if not ifcfg.hwaddr:
ifcfg.hwaddr = hwaddr
if ifcfg.isStatic() and not ifcfg.domain and domain:
ifcfg.domain = domain
results['net-admin-configuration'] = ifcfg
break
repo_list = []
if os.path.exists(
self.join_state_path(constants.INSTALLED_REPOS_DIR)):
try:
for repo_id in os.listdir(
self.join_state_path(
constants.INSTALLED_REPOS_DIR)):
try:
repo = repository.LegacyRepository(
repository.FilesystemAccessor(
self.join_state_path(
constants.INSTALLED_REPOS_DIR,
repo_id)))
if repo.hidden() != "true":
repo_list.append(
(repo.identifier(), repo.name(),
(repo_id !=
constants.MAIN_REPOSITORY_NAME)))
except repository.RepoFormatError:
# probably pre-XML format
repo = open(
self.join_state_path(
constants.INSTALLED_REPOS_DIR, repo_id,
repository.LegacyRepository.
REPOSITORY_FILENAME))
repo_id = repo.readline().strip()
repo_name = repo.readline().strip()
repo.close()
repo_list.append(
(repo_id, repo_name,
(repo_id != constants.MAIN_REPOSITORY_NAME)))
except Exception, e:
xelogging.log('Scan for driver disks failed:')
xelogging.log_exception(e)
results['repo-list'] = repo_list
results['ha-armed'] = False
try:
db_path = "var/lib/xcp/local.db"
if not os.path.exists(self.join_state_path(db_path)):
db_path = "var/xapi/local.db"
db = open(self.join_state_path(db_path), 'r')
if db.readline().find(
'<row key="ha.armed" value="true"') != -1:
results['ha-armed'] = True
db.close()
except:
pass
try:
network_conf = open(
self.join_state_path("etc/xensource/network.conf"), 'r')
network_backend = network_conf.readline().strip()
network_conf.close()
if network_backend == constants.NETWORK_BACKEND_BRIDGE:
results[
'network-backend'] = constants.NETWORK_BACKEND_BRIDGE
elif network_backend in [
constants.NETWORK_BACKEND_VSWITCH,
constants.NETWORK_BACKEND_VSWITCH_ALT
]:
results[
'network-backend'] = constants.NETWORK_BACKEND_VSWITCH
else:
raise SettingsNotAvailable, "unknown network backend %s" % network_backend
except:
pass
results['master'] = None
try:
pt = open(self.join_state_path("etc/xensource/ptoken"), 'r')
results['pool-token'] = pt.readline().strip()
pt.close()
pc = open(self.join_state_path("etc/xensource/pool.conf"), 'r')
line = pc.readline().strip()
if line.startswith('slave:'):
results['master'] = line[6:]
pc.close()
except:
pass
def _readSettings(self):
""" Read settings from the installation, returns a results dictionary. """
results = {'host-config': {}}
self.mount_state()
try:
# timezone:
tz = None
clock_file = self.join_state_path('etc/localtime')
if os.path.islink(clock_file):
tzfile = os.path.realpath(clock_file)
if '/usr/share/zoneinfo/' in tzfile:
_, tz = tzfile.split('/usr/share/zoneinfo/', 1)
if not tz:
# No timezone found:
# Supply a default and for interactive installs prompt the user.
logger.log('No timezone configuration found.')
results['request-timezone'] = True
tz = "Europe/London"
results['timezone'] = tz
# hostname. We will assume one was set anyway and thus write
# it back into the new filesystem. If one wasn't set then this
# will be localhost.localdomain, in which case the old behaviour
# will persist anyway:
fd = open(self.join_state_path('etc/sysconfig/network'), 'r')
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith('HOSTNAME='):
results['manual-hostname'] = (True, line[9:].strip())
if os.path.exists(self.join_state_path('etc/hostname')):
fd = open(self.join_state_path('etc/hostname'), 'r')
line = fd.readline()
results['manual-hostname'] = (True, line.strip())
fd.close()
if 'manual-hostname' not in results:
results['manual-hostname'] = (False, None)
# nameservers:
domain = None
if not os.path.exists(self.join_state_path('etc/resolv.conf')):
results['manual-nameservers'] = (False, None)
else:
ns = []
fd = open(self.join_state_path('etc/resolv.conf'), 'r')
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("nameserver "):
ns.append(line[11:].strip())
elif line.startswith("domain "):
domain = line[8:].strip()
elif line.startswith("search "):
domain = line.split()[1]
results['manual-nameservers'] = (True, ns)
# ntp servers:
if os.path.exists(self.join_state_path('etc/chrony.conf')):
fd = open(self.join_state_path('etc/chrony.conf'), 'r')
else:
fd = open(self.join_state_path('etc/ntp.conf'), 'r')
lines = fd.readlines()
fd.close()
ntps = []
for line in lines:
if line.startswith("server "):
ntps.append(line[7:].split()[0].strip())
results['ntp-servers'] = ntps
# keyboard:
keyboard_dict = {}
keyboard_file = self.join_state_path('etc/sysconfig/keyboard')
if os.path.exists(keyboard_file):
keyboard_dict = util.readKeyValueFile(keyboard_file)
keyboard_file = self.join_state_path('etc/vconsole.conf')
if os.path.exists(keyboard_file):
keyboard_dict.update(util.readKeyValueFile(keyboard_file))
if 'KEYMAP' in keyboard_dict:
results['keymap'] = keyboard_dict['KEYMAP']
elif 'KEYTABLE' in keyboard_dict:
results['keymap'] = keyboard_dict['KEYTABLE']
# Do not error here if no keymap configuration is found.
# This enables upgrade to still carry state on hosts without
# keymap configured:
# A default keymap is assigned in the backend of this installer.
if 'keymap' not in results:
logger.log('No existing keymap configuration found.')
# root password:
fd = open(self.join_state_path('etc/passwd'), 'r')
root_pwd = None
for line in fd:
pwent = line.split(':')
if pwent[0] == 'root':
root_pwd = pwent[1]
break
fd.close()
if len(root_pwd) == 1:
root_pwd = None
try:
fd = open(self.join_state_path('etc/shadow'), 'r')
for line in fd:
pwent = line.split(':')
if pwent[0] == 'root':
root_pwd = pwent[1]
break
fd.close()
except:
pass
if not root_pwd:
raise SettingsNotAvailable("no root password found")
results['root-password'] = ('pwdhash', root_pwd)
# don't care about this too much.
results['time-config-method'] = 'ntp'
# read network configuration. We only care to find out what the
# management interface is, and what its configuration was.
# The dev -> MAC mapping for other devices will be preserved in the
# database which is available in time for everything except the
# management interface.
mgmt_iface = self.getInventoryValue('MANAGEMENT_INTERFACE')
if not mgmt_iface:
logger.log('No existing management interface found.')
elif os.path.exists(self.join_state_path(constants.NETWORK_DB)):
logger.log(
'Checking %s for management interface configuration' %
constants.NETWORKD_DB)
def fetchIfaceInfoFromNetworkdbAsDict(bridge, iface=None):
args = [
'chroot', self.state_fs.mount_point,
'/' + constants.NETWORKD_DB, '-bridge', bridge
]
if iface:
args.extend(['-iface', iface])
rv, out = util.runCmd2(args, with_stdout=True)
d = {}
for line in (x.strip() for x in out.split('\n')
if len(x.strip())):
for key_value in line.split(" "):
var = key_value.split('=', 1)
d[var[0]] = var[1]
return d
d = fetchIfaceInfoFromNetworkdbAsDict(mgmt_iface, mgmt_iface)
# For mgmt on tagged vlan, networkdb output has no value for
# 'interfaces' but instead has 'parent' specified. We need
# to fetch 'interfaces' of parent and use for mgmt bridge.
if not d.get('interfaces') and 'parent' in d:
p = fetchIfaceInfoFromNetworkdbAsDict(d['parent'])
d['interfaces'] = p['interfaces']
results['net-admin-bridge'] = mgmt_iface
results['net-admin-interface'] = d.get('interfaces').split(
',')[0]
if_hwaddr = netutil.getHWAddr(results['net-admin-interface'])
vlan = int(d['vlan']) if 'vlan' in d else None
proto = d.get('mode')
if proto == 'static':
ip = d.get('ipaddr')
netmask = d.get('netmask')
gateway = d.get('gateway')
dns = d.get('dns', '').split(',')
if ip and netmask:
results['net-admin-configuration'] = NetInterface(
NetInterface.Static,
if_hwaddr,
ip,
netmask,
gateway,
dns,
vlan=vlan)
elif proto == 'dhcp':
results['net-admin-configuration'] = NetInterface(
NetInterface.DHCP, if_hwaddr, vlan=vlan)
else:
results['net-admin-configuration'] = NetInterface(
None, if_hwaddr, vlan=vlan)
protov6 = d.get('modev6')
if protov6 == 'static':
ipv6 = d.get('ipaddrv6')
gatewayv6 = d.get('gatewayv6')
if ipv6:
results['net-admin-configuration'].addIPv6(
NetInterface.Static, ipv6, gatewayv6)
elif protov6 == 'dhcp':
results['net-admin-configuration'].addIPv6(
NetInterface.DHCP)
elif protov6 == 'autoconf':
results['net-admin-configuration'].addIPv6(
NetInterface.Autoconf)
repo_list = []
if os.path.exists(
self.join_state_path(constants.INSTALLED_REPOS_DIR)):
try:
for repo_id in os.listdir(
self.join_state_path(
constants.INSTALLED_REPOS_DIR)):
try:
repo = repository.LegacyRepository(
repository.FilesystemAccessor(
self.join_state_path(
constants.INSTALLED_REPOS_DIR,
repo_id)))
if repo.hidden() != "true":
repo_list.append(
(repo.identifier(), repo.name(),
(repo_id !=
constants.MAIN_REPOSITORY_NAME)))
except repository.RepoFormatError:
# probably pre-XML format
repo = open(
self.join_state_path(
constants.INSTALLED_REPOS_DIR, repo_id,
repository.LegacyRepository.
REPOSITORY_FILENAME))
repo_id = repo.readline().strip()
repo_name = repo.readline().strip()
repo.close()
repo_list.append(
(repo_id, repo_name,
(repo_id != constants.MAIN_REPOSITORY_NAME)))
except Exception as e:
logger.log('Scan for driver disks failed:')
logger.logException(e)
results['repo-list'] = repo_list
results['ha-armed'] = False
try:
db_path = "var/lib/xcp/local.db"
if not os.path.exists(self.join_state_path(db_path)):
db_path = "var/xapi/local.db"
db = open(self.join_state_path(db_path), 'r')
if db.readline().find(
'<row key="ha.armed" value="true"') != -1:
results['ha-armed'] = True
db.close()
except:
pass
try:
network_conf = open(
self.join_state_path("etc/xensource/network.conf"), 'r')
network_backend = network_conf.readline().strip()
network_conf.close()
if network_backend == constants.NETWORK_BACKEND_BRIDGE:
results[
'network-backend'] = constants.NETWORK_BACKEND_BRIDGE
elif network_backend in [
constants.NETWORK_BACKEND_VSWITCH,
constants.NETWORK_BACKEND_VSWITCH_ALT
]:
results[
'network-backend'] = constants.NETWORK_BACKEND_VSWITCH
else:
raise SettingsNotAvailable("unknown network backend %s" %
network_backend)
except:
pass
results['master'] = None
try:
pt = open(self.join_state_path("etc/xensource/ptoken"), 'r')
results['pool-token'] = pt.readline().strip()
pt.close()
pc = open(self.join_state_path("etc/xensource/pool.conf"), 'r')
line = pc.readline().strip()
if line.startswith('slave:'):
results['master'] = line[6:]
pc.close()
except:
pass
finally:
self.unmount_state()
# read bootloader config to extract various settings
try:
# Boot device
self.mount_boot()
boot_config = bootloader.Bootloader.loadExisting(
self.boot_fs_mount)
# Serial console
try:
xen_args = boot_config.menu['xe-serial'].getHypervisorArgs()
com = [i for i in xen_args if re.match('com[0-9]+=.*', i)]
results['serial-console'] = hardware.SerialPort.from_string(
com[0])
except Exception:
logger.log("Could not parse serial settings")
if boot_config.serial:
results['serial-console'] = hardware.SerialPort(
boot_config.serial['port'],
baud=str(boot_config.serial['baud']))
results['bootloader-location'] = boot_config.location
if boot_config.default != 'upgrade':
results['boot-serial'] = (boot_config.default == 'xe-serial')
# Subset of hypervisor arguments
xen_args = boot_config.menu[
boot_config.default].getHypervisorArgs()
# - cpuid_mask
results['host-config']['xen-cpuid-masks'] = filter(
lambda x: x.startswith('cpuid_mask'), xen_args)
# - dom0_mem
dom0_mem_arg = filter(lambda x: x.startswith('dom0_mem'), xen_args)
(dom0_mem, dom0_mem_min,
dom0_mem_max) = xcp.dom0.parse_mem(dom0_mem_arg[0])
if dom0_mem:
results['host-config']['dom0-mem'] = dom0_mem / 1024 / 1024
except:
pass
self.unmount_boot()
return results
def restoreWithoutRepartButUEFI(backup, progress):
backup_partition = backup.partition
disk = backup.root_disk
assert backup_partition.startswith('/dev/')
assert disk.startswith('/dev/')
# Restore the partition layout
backup_fs = util.TempMount(backup_partition,
'restore-backup-',
options=['ro'])
gpt_bin = None
try:
src_bin = os.path.join(backup_fs.mount_point, '.xen-gpt.bin')
if os.path.exists(src_bin):
gpt_bin = tempfile.mktemp()
shutil.copyfile(src_bin, gpt_bin)
finally:
backup_fs.unmount()
if gpt_bin:
xelogging.log("Restoring partition layout")
rc, err = util.runCmd2(["sgdisk", "-l", gpt_bin, disk],
with_stderr=True)
if rc != 0:
raise RuntimeError, "Failed to restore partition layout: %s" % err
label = None
bootlabel = None
_, boot_partnum, primary_partnum, backup_partnum, logs_partnum, swap_partnum, _ = backend.inspectTargetDisk(
disk, None, [], constants.PRESERVE_IF_UTILITY, True, True)
restore_partition = partitionDevice(disk, primary_partnum)
xelogging.log("Restoring to partition %s." % restore_partition)
tool = PartitionTool(disk)
boot_part = tool.getPartition(boot_partnum)
boot_device = partitionDevice(disk, boot_partnum) if boot_part else None
efi_boot = boot_part and boot_part['id'] == GPTPartitionTool.ID_EFI_BOOT
# determine current location of bootloader
current_location = 'unknown'
try:
root_fs = util.TempMount(restore_partition,
'root-',
options=['ro'],
boot_device=boot_device)
try:
boot_config = bootloader.Bootloader.loadExisting(
root_fs.mount_point)
current_location = boot_config.location
xelogging.log("Bootloader currently in %s" % current_location)
finally:
root_fs.unmount()
except:
pass
# mount the backup fs
backup_fs = util.TempMount(backup_partition,
'restore-backup-',
options=['ro'])
try:
# extract the bootloader config
boot_config = bootloader.Bootloader.loadExisting(backup_fs.mount_point)
if boot_config.src_fmt == 'grub':
raise RuntimeError, "Backup uses grub bootloader which is no longer supported - " + \
"to restore please use a version of the installer that matches the backup partition"
# format the restore partition(s):
if util.runCmd2(['mkfs.%s' % constants.rootfs_type, restore_partition
]) != 0:
raise RuntimeError, "Failed to create root filesystem"
if efi_boot:
if util.runCmd2(['mkfs.vfat', boot_device]) != 0:
raise RuntimeError, "Failed to create boot filesystem"
# mount restore partition:
dest_fs = util.TempMount(restore_partition,
'restore-dest-',
boot_device=boot_device,
boot_mount_point='/boot/efi')
try:
# copy files from the backup partition to the restore partition:
objs = filter(
lambda x: x not in
['lost+found', '.xen-backup-partition', '.xen-gpt.bin'],
os.listdir(backup_fs.mount_point))
for i in range(len(objs)):
obj = objs[i]
xelogging.log("Restoring subtree %s..." % obj)
progress((i * 100) / len(objs))
# Use 'cp' here because Python's copying tools are useless and
# get stuck in an infinite loop when copying e.g. /dev/null.
if util.runCmd2([
'cp', '-a',
os.path.join(backup_fs.mount_point, obj),
dest_fs.mount_point
]) != 0:
raise RuntimeError, "Failed to restore %s directory" % obj
xelogging.log(
"Data restoration complete. About to re-install bootloader.")
location = boot_config.location
m = re.search(r'root=LABEL=(\S+)',
boot_config.menu[boot_config.default].kernel_args)
if m:
label = m.group(1)
if location == constants.BOOT_LOCATION_PARTITION and current_location == constants.BOOT_LOCATION_MBR:
# if bootloader in the MBR it's probably not safe to restore with it
# on the partition
xelogging.log(
"Bootloader is currently installed to MBR, restoring to MBR instead of partition"
)
location = constants.BOOT_LOCATION_MBR
with open(os.path.join(backup_fs.mount_point, 'etc', 'fstab'),
'r') as fstab:
for line in fstab:
m = re.match(r'LABEL=(\S+)\s+/boot/efi\s', line)
if m:
bootlabel = m.group(1)
mounts = {
'root': dest_fs.mount_point,
'boot': os.path.join(dest_fs.mount_point, 'boot')
}
# prepare extra mounts for installing bootloader:
util.bindMount("/dev", "%s/dev" % dest_fs.mount_point)
util.bindMount("/sys", "%s/sys" % dest_fs.mount_point)
util.bindMount("/proc", "%s/proc" % dest_fs.mount_point)
if boot_config.src_fmt == 'grub2':
if efi_boot:
branding = util.readKeyValueFile(
os.path.join(backup_fs.mount_point,
constants.INVENTORY_FILE))
branding['product-brand'] = branding['PRODUCT_BRAND']
backend.setEfiBootEntry(mounts, disk, boot_partnum,
branding)
else:
if location == constants.BOOT_LOCATION_MBR:
backend.installGrub2(mounts, disk, False)
else:
backend.installGrub2(mounts, restore_partition, True)
else:
backend.installExtLinux(mounts, disk,
probePartitioningScheme(disk),
location)
# restore bootloader configuration
dst_file = boot_config.src_file.replace(backup_fs.mount_point,
dest_fs.mount_point, 1)
util.assertDir(os.path.dirname(dst_file))
boot_config.commit(dst_file)
finally:
util.umount("%s/proc" % dest_fs.mount_point)
util.umount("%s/sys" % dest_fs.mount_point)
util.umount("%s/dev" % dest_fs.mount_point)
dest_fs.unmount()
finally:
backup_fs.unmount()
if not label:
raise RuntimeError, "Failed to find label required for root filesystem."
if efi_boot and not bootlabel:
raise RuntimeError(
"Failed to find label required for boot filesystem.")
if util.runCmd2(['e2label', restore_partition, label]) != 0:
raise RuntimeError, "Failed to label root partition"
if bootlabel:
if util.runCmd2(['fatlabel', boot_device, bootlabel]) != 0:
raise RuntimeError, "Failed to label boot partition"
xelogging.log("Bootloader restoration complete.")
xelogging.log("Restore successful.")
backend.writeLog(disk, primary_partnum, logs_partnum)
def _readSettings(self):
""" Read settings from the installation, returns a results dictionary. """
results = {}
if self.version < XENSERVER_5_6_0:
raise SettingsNotAvailable, "version too old"
self.mount_state()
try:
# timezone:
tz = None
clock_file = self.join_state_path("etc/sysconfig/clock")
if os.path.exists(clock_file):
fd = open(clock_file, "r")
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("ZONE="):
tz = line[5:].strip()
if not tz:
# No timezone found:
# Supply a default and for interactive installs prompt the user.
xelogging.log("No timezone configuration found.")
results["request-timezone"] = True
tz = "Europe/London"
results["timezone"] = tz
# hostname. We will assume one was set anyway and thus write
# it back into the new filesystem. If one wasn't set then this
# will be localhost.localdomain, in which case the old behaviour
# will persist anyway:
fd = open(self.join_state_path("etc/sysconfig/network"), "r")
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("HOSTNAME="):
results["manual-hostname"] = (True, line[9:].strip())
if not results.has_key("manual-hostname"):
results["manual-hostname"] = (False, None)
# nameservers:
domain = None
if not os.path.exists(self.join_state_path("etc/resolv.conf")):
results["manual-nameservers"] = (False, None)
else:
ns = []
fd = open(self.join_state_path("etc/resolv.conf"), "r")
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("nameserver "):
ns.append(line[11:].strip())
elif line.startswith("domain "):
domain = line[8:].strip()
elif line.startswith("search "):
domain = line.split()[1]
results["manual-nameservers"] = (True, ns)
# ntp servers:
fd = open(self.join_state_path("etc/ntp.conf"), "r")
lines = fd.readlines()
fd.close()
ntps = []
for line in lines:
if line.startswith("server "):
ntps.append(line[7:].strip())
results["ntp-servers"] = ntps
# keyboard:
keyboard_file = self.join_state_path("etc/sysconfig/keyboard")
if os.path.exists(keyboard_file):
fd = open(keyboard_file, "r")
lines = fd.readlines()
fd.close()
for line in lines:
if line.startswith("KEYTABLE="):
results["keymap"] = line[9:].strip()
# Do not error here if no keymap configuration is found.
# This enables upgrade to still carry state on hosts without
# keymap configured:
# A default keymap is assigned in the backend of this installer.
if not results.has_key("keymap"):
xelogging.log("No existing keymap configuration found.")
# root password:
fd = open(self.join_state_path("etc/passwd"), "r")
root_pwd = None
for line in fd:
pwent = line.split(":")
if pwent[0] == "root":
root_pwd = pwent[1]
break
fd.close()
if not root_pwd:
raise SettingsNotAvailable, "no root password found"
results["root-password"] = ("pwdhash", root_pwd)
# don't care about this too much.
results["time-config-method"] = "ntp"
# read network configuration. We only care to find out what the
# management interface is, and what its configuration was.
# The dev -> MAC mapping for other devices will be preserved in the
# database which is available in time for everything except the
# management interface.
mgmt_iface = self.getInventoryValue("MANAGEMENT_INTERFACE")
if os.path.exists(self.join_state_path(constants.DBCACHE)):
def getText(nodelist):
rc = ""
for node in nodelist:
if node.nodeType == node.TEXT_NODE:
rc = rc + node.data
return rc.strip().encode()
xmldoc = xml.dom.minidom.parse(self.join_state_path(constants.DBCACHE))
pif_uid = None
for node in xmldoc.documentElement.childNodes:
if node.nodeType == node.ELEMENT_NODE and node.tagName == "network":
network = node
else:
continue
# CA-50971: handle renamed networks in MNR
if (
len(network.getElementsByTagName("bridge")) == 0
or len(network.getElementsByTagName("PIFs")) == 0
or len(network.getElementsByTagName("PIFs")[0].getElementsByTagName("PIF")) == 0
):
continue
if getText(network.getElementsByTagName("bridge")[0].childNodes) == mgmt_iface:
pif_uid = getText(
network.getElementsByTagName("PIFs")[0].getElementsByTagName("PIF")[0].childNodes
)
break
if pif_uid:
for node in xmldoc.documentElement.childNodes:
if node.nodeType == node.ELEMENT_NODE and node.tagName == "pif":
pif = node
else:
continue
if pif.getAttribute("ref") == pif_uid:
results["net-admin-interface"] = getText(pif.getElementsByTagName("device")[0].childNodes)
results["net-admin-bridge"] = mgmt_iface
results["net-admin-configuration"] = NetInterface.loadFromPif(pif)
break
else:
for cfile in filter(
lambda x: True in [x.startswith(y) for y in ["ifcfg-eth", "ifcfg-bond"]],
os.listdir(self.join_state_path(constants.NET_SCR_DIR)),
):
devcfg = util.readKeyValueFile(
self.join_state_path(constants.NET_SCR_DIR, cfile), strip_quotes=False
)
if devcfg.has_key("DEVICE") and devcfg.has_key("BRIDGE") and devcfg["BRIDGE"] == mgmt_iface:
brcfg = util.readKeyValueFile(
self.join_state_path(constants.NET_SCR_DIR, "ifcfg-" + devcfg["BRIDGE"]), strip_quotes=False
)
results["net-admin-interface"] = devcfg["DEVICE"]
results["net-admin-bridge"] = devcfg["BRIDGE"]
# get hardware address if it was recorded, otherwise look it up:
if devcfg.has_key("HWADDR"):
hwaddr = devcfg["HWADDR"]
elif devcfg.has_key("MACADDR"):
# our bonds have a key called MACADDR instead
hwaddr = devcfg["MACADDR"]
else:
# XXX what if it's been renamed out of existence?
try:
hwaddr = netutil.getHWAddr(devcfg["DEVICE"])
except:
hwaddr = None
ifcfg = NetInterface.loadFromIfcfg(
self.join_state_path(constants.NET_SCR_DIR, "ifcfg-" + devcfg["BRIDGE"])
)
if not ifcfg.hwaddr:
ifcfg.hwaddr = hwaddr
if ifcfg.isStatic() and not ifcfg.domain and domain:
ifcfg.domain = domain
results["net-admin-configuration"] = ifcfg
break
repo_list = []
if os.path.exists(self.join_state_path(constants.INSTALLED_REPOS_DIR)):
try:
for repo_id in os.listdir(self.join_state_path(constants.INSTALLED_REPOS_DIR)):
try:
repo = repository.Repository(
repository.FilesystemAccessor(
self.join_state_path(constants.INSTALLED_REPOS_DIR, repo_id)
)
)
repo_list.append(
(repo.identifier(), repo.name(), (repo_id != constants.MAIN_REPOSITORY_NAME))
)
except repository.RepoFormatError:
# probably pre-XML format
repo = open(
self.join_state_path(
constants.INSTALLED_REPOS_DIR, repo_id, repository.Repository.REPOSITORY_FILENAME
)
)
repo_id = repo.readline().strip()
repo_name = repo.readline().strip()
repo.close()
repo_list.append((repo_id, repo_name, (repo_id != constants.MAIN_REPOSITORY_NAME)))
except Exception, e:
xelogging.log("Scan for driver disks failed:")
xelogging.log_exception(e)
results["repo-list"] = repo_list
results["ha-armed"] = False
try:
db = open(self.join_state_path("var/xapi/local.db"), "r")
if db.readline().find('<row key="ha.armed" value="true"') != -1:
results["ha-armed"] = True
db.close()
except:
pass
results["master"] = None
try:
pt = open(self.join_state_path("etc/xensource/ptoken"), "r")
results["pool-token"] = pt.readline().strip()
pt.close()
pc = open(self.join_state_path("etc/xensource/pool.conf"), "r")
line = pc.readline().strip()
if line.startswith("slave:"):
results["master"] = line[6:]
pc.close()
except:
pass
def restoreFromBackup(backup, progress=lambda x: ()):
""" Restore files from backup_partition to the root partition on disk.
Call progress with a value between 0 and 100. Re-install bootloader. Fails if
backup is not same version as the CD in use."""
label = None
bootlabel = None
disk = backup.root_disk
tool = PartitionTool(disk)
_, boot_partnum, primary_partnum, backup_partnum, logs_partnum, swap_partnum, _ = backend.inspectTargetDisk(
disk, None, [], constants.PRESERVE_IF_UTILITY, True, True)
backup_fs = util.TempMount(backup.partition, 'backup-', options=['ro'])
inventory = util.readKeyValueFile(os.path.join(backup_fs.mount_point,
constants.INVENTORY_FILE),
strip_quotes=True)
backup_partition_layout = inventory['PARTITION_LAYOUT'].split(',')
backup_fs.unmount()
xelogging.log("BACKUP DISK PARTITION LAYOUT: %s" % backup_partition_layout)
backup_partition = backup.partition
assert backup_partition.startswith('/dev/')
assert disk.startswith('/dev/')
restore_partition = partitionDevice(disk, primary_partnum)
xelogging.log("Restoring to partition %s." % restore_partition)
boot_part = tool.getPartition(boot_partnum)
boot_device = partitionDevice(disk, boot_partnum) if boot_part else None
efi_boot = boot_part and boot_part['id'] == GPTPartitionTool.ID_EFI_BOOT
# determine current location of bootloader
current_location = 'unknown'
try:
root_fs = util.TempMount(restore_partition,
'root-',
options=['ro'],
boot_device=boot_device)
try:
boot_config = bootloader.Bootloader.loadExisting(
root_fs.mount_point)
current_location = boot_config.location
xelogging.log("Bootloader currently in %s" % current_location)
finally:
root_fs.unmount()
except:
pass
# mount the backup fs
backup_fs = util.TempMount(backup_partition,
'restore-backup-',
options=['ro'])
try:
# extract the bootloader config
boot_config = bootloader.Bootloader.loadExisting(backup_fs.mount_point)
if boot_config.src_fmt == 'grub':
raise RuntimeError, "Backup uses grub bootloader which is no longer supported - " + \
"to restore please use a version of the installer that matches the backup partition"
# format the restore partition(s):
try:
util.mkfs(constants.rootfs_type, restore_partition)
except Exception as e:
raise RuntimeError("Failed to create root filesystem: %s" % e)
if efi_boot:
try:
util.mkfs('vfat', boot_device)
except Exception as e:
raise RuntimeError("Failed to create boot filesystem: %s" % e)
# mount restore partition:
dest_fs = util.TempMount(restore_partition, 'restore-dest-')
try:
# copy files from the backup partition to the restore partition:
objs = filter(
lambda x: x not in
['lost+found', '.xen-backup-partition', '.xen-gpt.bin'],
os.listdir(backup_fs.mount_point))
for i in range(len(objs)):
obj = objs[i]
xelogging.log("Restoring subtree %s..." % obj)
progress((i * 100) / len(objs))
# Use 'cp' here because Python's copying tools are useless and
# get stuck in an infinite loop when copying e.g. /dev/null.
if util.runCmd2([
'cp', '-a',
os.path.join(backup_fs.mount_point, obj),
dest_fs.mount_point
]) != 0:
raise RuntimeError, "Failed to restore %s directory" % obj
xelogging.log(
"Data restoration complete. About to re-install bootloader.")
location = boot_config.location
m = re.search(r'root=LABEL=(\S+)',
boot_config.menu[boot_config.default].kernel_args)
if m:
label = m.group(1)
if location == constants.BOOT_LOCATION_PARTITION and current_location == constants.BOOT_LOCATION_MBR:
# if bootloader in the MBR it's probably not safe to restore with it
# on the partition
xelogging.log(
"Bootloader is currently installed to MBR, restoring to MBR instead of partition"
)
location = constants.BOOT_LOCATION_MBR
with open(os.path.join(backup_fs.mount_point, 'etc', 'fstab'),
'r') as fstab:
for line in fstab:
m = re.match(r'LABEL=(\S+)\s+/boot/efi\s', line)
if m:
bootlabel = m.group(1)
mounts = {
'root': dest_fs.mount_point,
'boot': os.path.join(dest_fs.mount_point, 'boot')
}
# prepare extra mounts for installing bootloader:
util.bindMount("/dev", "%s/dev" % dest_fs.mount_point)
util.bindMount("/sys", "%s/sys" % dest_fs.mount_point)
util.bindMount("/proc", "%s/proc" % dest_fs.mount_point)
if boot_config.src_fmt == 'grub2':
if efi_boot:
branding = util.readKeyValueFile(
os.path.join(backup_fs.mount_point,
constants.INVENTORY_FILE))
branding['product-brand'] = branding['PRODUCT_BRAND']
backend.setEfiBootEntry(mounts, disk, boot_partnum,
branding)
else:
if location == constants.BOOT_LOCATION_MBR:
backend.installGrub2(mounts, disk, False)
else:
backend.installGrub2(mounts, restore_partition, True)
else:
backend.installExtLinux(mounts, disk,
probePartitioningScheme(disk),
location)
# restore bootloader configuration
dst_file = boot_config.src_file.replace(backup_fs.mount_point,
dest_fs.mount_point, 1)
util.assertDir(os.path.dirname(dst_file))
boot_config.commit(dst_file)
finally:
util.umount("%s/proc" % dest_fs.mount_point)
util.umount("%s/sys" % dest_fs.mount_point)
util.umount("%s/dev" % dest_fs.mount_point)
dest_fs.unmount()
finally:
backup_fs.unmount()
if not label:
raise RuntimeError, "Failed to find label required for root filesystem."
if efi_boot and not bootlabel:
raise RuntimeError(
"Failed to find label required for boot filesystem.")
if util.runCmd2(['e2label', restore_partition, label]) != 0:
raise RuntimeError, "Failed to label root partition"
if bootlabel:
if util.runCmd2(['fatlabel', boot_device, bootlabel]) != 0:
raise RuntimeError, "Failed to label boot partition"
if 'LOG' in backup_partition_layout: # From 7.x (new layout) to 7.x (new layout)
tool.commitActivePartitiontoDisk(boot_partnum)
rdm_label = label.split("-")[1]
logs_part = partitionDevice(disk, logs_partnum)
swap_part = partitionDevice(disk, swap_partnum)
if util.runCmd2(
['e2label', logs_part, constants.logsfs_label % rdm_label]) != 0:
raise RuntimeError, "Failed to label logs partition"
if util.runCmd2([
'swaplabel', '-L', constants.swap_label % rdm_label, swap_part
]) != 0:
raise RuntimeError, "Failed to label swap partition"
def completeUpgrade(self, mounts, prev_install, target_disk,
backup_partnum, admin_iface, admin_bridge,
admin_config):
util.assertDir(os.path.join(mounts['root'], "var/lib/xcp"))
util.assertDir(os.path.join(mounts['root'], "etc/xensource"))
Upgrader.completeUpgrade(self, mounts, target_disk, backup_partnum)
v = Version(prev_install.version.ver)
f = open(os.path.join(mounts['root'], 'var/tmp/.previousVersion'), 'w')
f.write("PLATFORM_VERSION='%s'\n" % v)
f.close()
state = open(
os.path.join(mounts['root'], constants.FIRSTBOOT_DATA_DIR,
'host.conf'), 'w')
print >> state, "UPGRADE=true"
state.close()
# The existence of the static-rules.conf is used to detect upgrade from Boston or newer
if os.path.exists(
os.path.join(
mounts['root'],
'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf'
)):
# CA-82901 - convert any old style ppn referenced to new style ppn references
util.runCmd2([
'sed', r's/pci\([0-9]\+p[0-9]\+\)/p\1/g', '-i',
os.path.join(
mounts['root'],
'etc/sysconfig/network-scripts/interface-rename-data/static-rules.conf'
)
])
net_dict = util.readKeyValueFile(
os.path.join(mounts['root'], 'etc/sysconfig/network'))
if 'NETWORKING_IPV6' not in net_dict:
nfd = open(os.path.join(mounts['root'], 'etc/sysconfig/network'),
'a')
nfd.write("NETWORKING_IPV6=no\n")
nfd.close()
netutil.disable_ipv6_module(mounts["root"])
# handle the conversion of HP Gen6 controllers from cciss to scsi
primary_disk = self.source.getInventoryValue("PRIMARY_DISK")
target_link = diskutil.idFromPartition(target_disk) or target_disk
if 'cciss' in primary_disk and 'scsi' in target_link:
util.runCmd2([
'sed', '-i', '-e',
"s#%s#%s#g" % (primary_disk, target_link),
os.path.join(mounts['root'], constants.FIRSTBOOT_DATA_DIR,
'default-storage.conf')
])
util.runCmd2([
'sed', '-i', '-e',
"s#%s#%s#g" % (primary_disk, target_link),
os.path.join(mounts['root'], constants.XAPI_DB)
])
# handle the conversion of RAID devices from /dev/md_* to /dev/disk/by-id/md-uuid-*
if primary_disk.startswith('/dev/md_') and target_link.startswith(
'/dev/disk/by-id/md-uuid-'):
for i in (os.path.join(constants.FIRSTBOOT_DATA_DIR,
'default-storage.conf'), constants.XAPI_DB):
# First convert partitions from *pN to *-partN
util.runCmd2([
'sed', '-i', '-e',
"s#\(%s\)p\([[:digit:]]\+\)#\\1-part\\2#g" % primary_disk,
os.path.join(mounts['root'], i)
])
# Then conert from /dev/md_* to /dev/disk/by-id/md-uuid-*
util.runCmd2([
'sed', '-i', '-e',
"s#%s#%s#g" % (primary_disk, target_link),
os.path.join(mounts['root'], i)
])
# handle the conversion of devices from scsi-* links to ata-* links
if primary_disk.startswith(
'/dev/disk/by-id/scsi-') and target_link.startswith(
'/dev/disk/by-id/ata-'):
for i in (os.path.join(constants.FIRSTBOOT_DATA_DIR,
'default-storage.conf'), constants.XAPI_DB):
util.runCmd2([
'sed', '-i', '-e',
"s#%s#%s#g" % (primary_disk, target_link),
os.path.join(mounts['root'], i)
])
def readInventoryFile(filename):
return util.readKeyValueFile(filename, strip_quotes=True)