log.debug("Rescanning LUNs...")
iScsiIFs = vmkctl.StorageInfoImpl().GetiScsiInterfaces()
if len(iScsiIFs) < 1:
raise SystemError, "No iSCSI interfaces found, or found but their option "\
"ROMs are misconfigured. Cannot configure iSCSI."
# This could happen if 1) the NIC doesn't support iSCSI or (2) the data
# in the NIC's option ROM doesn't make sense (in a way that the sanity
# checks in validateIQN() didn't catch).
## TODO: we should scan only on sofware iScsi interfaces, but for the time being
## ScsiInterfaceImpl::IsSoftwareiScsi() doesn't work and Prasanna doesn't
## know when he'll be able to take care of that.
for intf in iScsiIFs:
try:
log.debug("HACK: sleeping before Rescan()")
intf.Rescan()
## HACK! Rescan() is async. Need a better solution than a race
## condition.
time.sleep(3)
except vmkctl.HostCtlException, ex:
log.debug("iScsiIFs[0].Rescan(): " + str(ex.GetMessage()))
raise
# Create /dev/nodes. (This gets called again in partition.py.)
log.debug("Creating device nodes...")
partition.createDeviceNodes()
log.debug("LUNs after activating iSCSI:")
showLuns()
def probeDisks(self, diskList=None):
self.disks = {} # Need to reset in case of a reprobe.
if diskList:
for entry in diskList:
partedDev = parted.PedDevice.get(entry[1])
diskDev = DiskDev(name=entry[0],
device=partedDev,
path=entry[1],
model=partedDev.model,
size=partedDev.length,
sectorSize=partedDev.sector_size)
self.disks[entry[0]] = diskDev
else:
log.debug("Querying disks")
storage = vmkctl.StorageInfoImpl()
luns = storage.GetDiskLuns()
for entry in luns:
path = entry.GetDevfsPath()
log.debug(" lun -- %s" % entry.GetName())
# skip anything which isn't a disk
# XXX - replace this with the correct constant from vmkctl
# if vmkctlpy gets fixed
if entry.GetLunType() != VMKCTL_SCSI_DISK:
log.warn("Lun at %s is not a proper disk. Skipping lun." %
(path))
continue
if entry.IsPseudoLun():
log.warn("Lun at %s is a pseudo lun. Skipping lun." %
(path))
continue
# XXX - Console Device paths are broken for some USB devices.
try:
consoleDevicePath = entry.GetConsoleDevice()
except vmkctl.HostCtlException, msg:
log.warn("No Console Path for %s. Skipping lun." % (path))
continue
if not consoleDevicePath.startswith("/dev"):
log.warn("Got bogus console path for %s. Skipping lun" %
(path))
continue
# XXX - check to see if the disk has been initialized
# we should probably be prompting the user to initialize it
if consoleDevicePath:
log.debug(" Trying %s" % (consoleDevicePath))
else:
# XXX work around bug 173969 in vmklinux26 that causes
# broken luns to be reported
log.warn("No Console Path for %s. Skipping lun." % (path))
continue
# XXX If the mkblkdevs happened in the middle of a scan some of
# the devices will have been missed so we double check here and
# run the mkblkdevs on-demand.
for attempt in range(0, 3):
if os.path.exists(consoleDevicePath):
break
log.debug("console device, '%s', does not exist. trying "
"mkblkdevs again (attempt %d)" %
(consoleDevicePath, attempt + 1))
time.sleep(3) # wait for things to settle
partition.createDeviceNodes()
if not os.path.exists(consoleDevicePath):
log.warn("console device is missing -- %s" %
consoleDevicePath)
continue
# XXX - this needs to be wrapped in a try/except
# and display a proper warning if the device can't be
# accessed
try:
partedDev = parted.PedDevice.get(consoleDevicePath)
except parted.error, msg:
log.warn("Parted couldn't open device %s. Skipping lun." %
(consoleDevicePath))
continue
driverName = None
supportsVmfs = False
# Set a default path with a large value so it's at the end of
# the sorted list.
pathIds = ['z' * 5]
paths = entry.GetPaths()
pathStrings = []
if paths:
for vmkctlPath in paths:
try:
transportMap = vmkctlPath.GetTransportMapping()
if transportMap:
targetString = transportMap.GetTargetString()
log.info("Target String: " + targetString)
if targetString not in pathStrings:
pathStrings.append(targetString)
except vmkctl.HostCtlException, ex:
log.warn("Could not get transport mapping -- %s " %
str(ex.GetMessage()))
try:
adapter = paths[0].GetAdapter()
driverName = adapter.GetDriver()
pathIds = [
util.splitInts(paths[0].GetAdapterName()),
paths[0].GetChannelNumber(),
paths[0].GetTargetNumber(), paths[0].GetLun()
]
supportsVmfs = self._adapterSupportsVmfs(adapter)
except vmkctl.HostCtlException, ex:
## Should be a problem only until iSCSI driver situation is stabilized.
log.warn("Could not get driver for path %s -- %s" %
(consoleDevicePath, str(ex.GetMessage())))
log.debug("Rescanning LUNs...")
iScsiIFs = vmkctl.StorageInfoImpl().GetiScsiInterfaces()
if len(iScsiIFs) < 1:
raise SystemError, "No iSCSI interfaces found, or found but their option "\
"ROMs are misconfigured. Cannot configure iSCSI."
# This could happen if 1) the NIC doesn't support iSCSI or (2) the data
# in the NIC's option ROM doesn't make sense (in a way that the sanity
# checks in validateIQN() didn't catch).
## TODO: we should scan only on sofware iScsi interfaces, but for the time being
## ScsiInterfaceImpl::IsSoftwareiScsi() doesn't work and Prasanna doesn't
## know when he'll be able to take care of that.
for intf in iScsiIFs:
try:
log.debug("HACK: sleeping before Rescan()")
intf.Rescan()
## HACK! Rescan() is async. Need a better solution than a race
## condition.
time.sleep(3)
except vmkctl.HostCtlException, ex:
log.debug("iScsiIFs[0].Rescan(): " + str(ex.GetMessage()))
raise
# Create /dev/nodes. (This gets called again in partition.py.)
log.debug("Creating device nodes...")
partition.createDeviceNodes()
log.debug("LUNs after activating iSCSI:")
showLuns()
def probeDisks(self, diskList=None):
self.disks = {} # Need to reset in case of a reprobe.
if diskList:
for entry in diskList:
partedDev = parted.PedDevice.get(entry[1])
diskDev = DiskDev(name=entry[0], device=partedDev,
path=entry[1], model=partedDev.model,
size=partedDev.length, sectorSize=partedDev.sector_size)
self.disks[entry[0]] = diskDev
else:
log.debug("Querying disks")
storage = vmkctl.StorageInfoImpl()
luns = storage.GetDiskLuns()
for entry in luns:
path = entry.GetDevfsPath()
log.debug(" lun -- %s" % entry.GetName())
# skip anything which isn't a disk
# XXX - replace this with the correct constant from vmkctl
# if vmkctlpy gets fixed
if entry.GetLunType() != VMKCTL_SCSI_DISK:
log.warn("Lun at %s is not a proper disk. Skipping lun." %
(path))
continue
if entry.IsPseudoLun():
log.warn("Lun at %s is a pseudo lun. Skipping lun." %
(path))
continue
# XXX - Console Device paths are broken for some USB devices.
try:
consoleDevicePath = entry.GetConsoleDevice()
except vmkctl.HostCtlException, msg:
log.warn("No Console Path for %s. Skipping lun." % (path))
continue
if not consoleDevicePath.startswith("/dev"):
log.warn("Got bogus console path for %s. Skipping lun" %
(path))
continue
# XXX - check to see if the disk has been initialized
# we should probably be prompting the user to initialize it
if consoleDevicePath:
log.debug(" Trying %s" % (consoleDevicePath))
else:
# XXX work around bug 173969 in vmklinux26 that causes
# broken luns to be reported
log.warn("No Console Path for %s. Skipping lun." % (path))
continue
# XXX If the mkblkdevs happened in the middle of a scan some of
# the devices will have been missed so we double check here and
# run the mkblkdevs on-demand.
for attempt in range(0, 3):
if os.path.exists(consoleDevicePath):
break
log.debug("console device, '%s', does not exist. trying "
"mkblkdevs again (attempt %d)" %
(consoleDevicePath, attempt + 1))
time.sleep(3) # wait for things to settle
partition.createDeviceNodes()
if not os.path.exists(consoleDevicePath):
log.warn("console device is missing -- %s" %
consoleDevicePath)
continue
# XXX - this needs to be wrapped in a try/except
# and display a proper warning if the device can't be
# accessed
try:
partedDev = parted.PedDevice.get(consoleDevicePath)
except parted.error, msg:
log.warn("Parted couldn't open device %s. Skipping lun." %
(consoleDevicePath))
continue
driverName = None
supportsVmfs = False
# Set a default path with a large value so it's at the end of
# the sorted list.
pathIds = [ 'z' * 5 ]
paths = entry.GetPaths()
pathStrings = []
if paths:
for vmkctlPath in paths:
try:
transportMap = vmkctlPath.GetTransportMapping()
if transportMap:
targetString = transportMap.GetTargetString()
log.info("Target String: " + targetString)
if targetString not in pathStrings:
pathStrings.append(targetString)
except vmkctl.HostCtlException, ex:
log.warn("Could not get transport mapping -- %s " %
str(ex.GetMessage()))
try:
adapter = paths[0].GetAdapter()
driverName = adapter.GetDriver()
pathIds = [
util.splitInts(paths[0].GetAdapterName()),
paths[0].GetChannelNumber(),
paths[0].GetTargetNumber(),
paths[0].GetLun()]
supportsVmfs = self._adapterSupportsVmfs(adapter)
except vmkctl.HostCtlException, ex:
## Should be a problem only until iSCSI driver situation is stabilized.
log.warn("Could not get driver for path %s -- %s" %
(consoleDevicePath, str(ex.GetMessage())))
def hostActionLoadDrivers(context):
global DRIVERS_LOADED
if DRIVERS_LOADED:
return
uiHook = context.cb
# when in rome...
f = open('/tmp/initscripts.sh', 'w')
f.write(FIND_INIT_SCRIPTS)
f.close()
initScripts = util.execWithCapture('/bin/bash',
['/bin/bash', '/tmp/initscripts.sh'])
initScripts = initScripts.split()
units = len(initScripts)
uiHook.pushStatusGroup(units)
criticalFailure = False
scriptsFailed = []
log.info("Starting driver load ...")
for script in initScripts:
script = os.path.basename(script)
if _findBaseInitLevel(script) < INIT_START_LEVEL:
continue
log.info("Loading %s" % script)
uiHook.pushStatus("Loading %s" % script)
rc, stdout, stderr = \
execCommand("cd / && INSTALLER=1 %s %s" % (INIT_WRAPPER, script))
if rc == 1:
warningMessage = "The script %s returned status 1" % script
log.warning(warningMessage)
elif rc == 2:
errorMessage = "A non-critical error has happened in the " + \
"script %s. The installation can continue " % script + \
"but you may experience reduced functionality."
log.error(errorMessage)
scriptsFailed.append(script)
elif rc == 3:
errorMessage = "The script %s failed to execute " % (script) + \
"and the installation can not continue."
criticalFailure = True
break
elif rc:
errorMessage = "An unexpected error occurred in the " + \
"script %s." % script
criticalFailure = True
break
uiHook.popStatus()
if criticalFailure:
log.error(errorMessage)
uiHook.popStatus()
uiHook.popStatusGroup()
raise CriticalScriptLoadError(errorMessage)
# XXX should be done by the init scripts... the device nodes will get
# created implicitly by devices.DiskSet() but not everything that needs
# a device node goes through there.
import partition
partition.createDeviceNodes()
DRIVERS_LOADED = True
uiHook.popStatusGroup()
if scriptsFailed:
messageText = SCRIPT_ERROR_MSG % ", ".join(scriptsFailed)
raise ScriptLoadError(messageText)
def hostActionLoadDrivers(context):
global DRIVERS_LOADED
if DRIVERS_LOADED:
return
uiHook = context.cb
# when in rome...
f = open("/tmp/initscripts.sh", "w")
f.write(FIND_INIT_SCRIPTS)
f.close()
initScripts = util.execWithCapture("/bin/bash", ["/bin/bash", "/tmp/initscripts.sh"])
initScripts = initScripts.split()
units = len(initScripts)
uiHook.pushStatusGroup(units)
criticalFailure = False
scriptsFailed = []
log.info("Starting driver load ...")
for script in initScripts:
script = os.path.basename(script)
if _findBaseInitLevel(script) < INIT_START_LEVEL:
continue
log.info("Loading %s" % script)
uiHook.pushStatus("Loading %s" % script)
rc, stdout, stderr = execCommand("cd / && INSTALLER=1 %s %s" % (INIT_WRAPPER, script))
if rc == 1:
warningMessage = "The script %s returned status 1" % script
log.warning(warningMessage)
elif rc == 2:
errorMessage = (
"A non-critical error has happened in the "
+ "script %s. The installation can continue " % script
+ "but you may experience reduced functionality."
)
log.error(errorMessage)
scriptsFailed.append(script)
elif rc == 3:
errorMessage = "The script %s failed to execute " % (script) + "and the installation can not continue."
criticalFailure = True
break
elif rc:
errorMessage = "An unexpected error occurred in the " + "script %s." % script
criticalFailure = True
break
uiHook.popStatus()
if criticalFailure:
log.error(errorMessage)
uiHook.popStatus()
uiHook.popStatusGroup()
raise CriticalScriptLoadError(errorMessage)
# XXX should be done by the init scripts... the device nodes will get
# created implicitly by devices.DiskSet() but not everything that needs
# a device node goes through there.
import partition
partition.createDeviceNodes()
DRIVERS_LOADED = True
uiHook.popStatusGroup()
if scriptsFailed:
messageText = SCRIPT_ERROR_MSG % ", ".join(scriptsFailed)
raise ScriptLoadError(messageText)
