def __new__(cls, *args, **kwargs):
"""
:param args:
:param kwargs:
:return:
"""
if VERBOSE:
util.SMlog("RBDSR.RBDSR_GC.__new__: args = %s, kwargs = %s" %
(str(args), str(kwargs)))
sr_uuid = args[0]
xapi = args[1]
sr_ref = xapi.session.xenapi.SR.get_by_uuid(sr_uuid)
host_ref = util.get_localhost_uuid(xapi.session)
_PBD = xapi.session.xenapi.PBD
pbds = _PBD.get_all_records_where('field "SR" = "%s" and' % sr_ref +
'field "host" = "%s"' % host_ref)
pbd_ref, pbd = pbds.popitem()
assert not pbds
device_config = _PBD.get_device_config(pbd_ref)
if 'driver-type' in device_config:
DRIVER_TYPE = device_config['driver-type']
else:
DRIVER_TYPE = DRIVER_TYPE_DEFAULT
subtypeclass = "%sSR_GC" % DRIVER_CLASS_PREFIX[DRIVER_TYPE]
return object.__new__(
type('RBDSR_GC',
(RBDSR_GC, globals()[subtypeclass]) + RBDSR_GC.__bases__,
dict(RBDSR_GC.__dict__)), *args, **kwargs)
def GetHBAInformation(session, storage_conf):
try:
retVal = True
list = []
scsiIdList = []
device_config = {}
HBAFilter = {}
# Generate a map of the HBAs that the user want to test against.
if storage_conf['adapters'] != None:
for hba in storage_conf['adapters'].split(','):
HBAFilter[hba] = 1
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmohba')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the HBA information from this data.
try:
# the target may not return any IQNs
# so prepare for it
xmlstr = extract_xml_from_exception(e)
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("Adapter")
for tgt in TgtList:
map = {}
for node in tgt.childNodes:
map[node.nodeName] = node.firstChild.nodeValue
if len(HBAFilter) != 0:
if HBAFilter.has_key(map['host']):
list.append(map)
else:
list.append(map)
bdList = dom.getElementsByTagName("BlockDevice")
for bd in bdList:
for node in bd.childNodes:
if node.nodeName == 'SCSIid':
SCSIid = node.firstChild.nodeValue
elif node.nodeName == 'adapter':
adapter = ''.join(["host",node.firstChild.nodeValue])
if len(HBAFilter) != 0:
if HBAFilter.has_key(adapter):
scsiIdList.append(SCSIid)
else:
scsiIdList.append(SCSIid)
XenCertPrint("The HBA information list being returned is: %s" % list)
except Exception, e:
XenCertPrint("Failed to parse lvmohba probe xml. Exception: %s" % str(e))
def GetListPortalScsiIdForIqn(session, server, targetIqn, chapUser = None, chapPassword = None):
try:
listPortal = []
listSCSIId= []
device_config = {}
device_config['target'] = server
if chapUser != None and chapPassword != None:
device_config['chapuser'] = chapUser
device_config['chappassword'] = chapPassword
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmoiscsi')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the IQN list from this data.
try:
# the target may not return any IQNs
# so prepare for it
items = str(e).split(',')
xmlstr = ''
for i in range(3,len(items)):
xmlstr += items[i]
xmlstr += ','
#xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.strip(',')
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("TGT")
for tgt in TgtList:
iqn = None
portal = None
for node in tgt.childNodes:
if node.nodeName == 'TargetIQN':
iqn = node.firstChild.nodeValue
if node.nodeName == 'IPAddress':
portal = node.firstChild.nodeValue
XenCertPrint("Got iqn: %s, portal: %s" % (iqn, portal))
XenCertPrint("The target IQN is: %s" % targetIqn)
if iqn == '*':
continue
for targetiqn in targetIqn.split(','):
if iqn == targetiqn:
listPortal.append(portal)
break
XenCertPrint("The portal list at the end of the iteration is: %s" % listPortal)
except Exception, e:
raise Exception("The target %s did not return any IQNs on probe. Exception: %s" % (server, str(e)))
def GetHBAInformation(session, storage_conf):
try:
retVal = True
list = []
scsiIdList = []
device_config = {}
HBAFilter = {}
# Generate a map of the HBAs that the user want to test against.
if storage_conf['adapters'] != None:
for hba in storage_conf['adapters'].split(','):
HBAFilter[hba] = 1
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmohba')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the HBA information from this data.
try:
# the target may not return any IQNs
# so prepare for it
xmlstr = extract_xml_from_exception(e)
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("Adapter")
for tgt in TgtList:
map = {}
for node in tgt.childNodes:
map[node.nodeName] = node.firstChild.nodeValue
if len(HBAFilter) != 0:
if HBAFilter.has_key(map['host']):
list.append(map)
else:
list.append(map)
bdList = dom.getElementsByTagName("BlockDevice")
for bd in bdList:
for node in bd.childNodes:
if node.nodeName == 'SCSIid':
SCSIid = node.firstChild.nodeValue
elif node.nodeName == 'adapter':
adapter = ''.join(["host",node.firstChild.nodeValue])
if len(HBAFilter) != 0:
if HBAFilter.has_key(adapter):
scsiIdList.append(SCSIid)
else:
scsiIdList.append(SCSIid)
XenCertPrint("The HBA information list being returned is: %s" % list)
except Exception, e:
XenCertPrint("Failed to parse lvmohba probe xml. Exception: %s" % str(e))
def GetListPortalScsiIdForIqn(session, server, targetIqn, chapUser = None, chapPassword = None):
try:
listPortal = []
listSCSIId= []
device_config = {}
device_config['target'] = server
if chapUser != None and chapPassword != None:
device_config['chapuser'] = chapUser
device_config['chappassword'] = chapPassword
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmoiscsi')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the IQN list from this data.
try:
# the target may not return any IQNs
# so prepare for it
items = str(e).split(',')
xmlstr = ''
for i in range(3,len(items)):
xmlstr += items[i]
xmlstr += ','
#xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.strip(',')
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("TGT")
for tgt in TgtList:
iqn = None
portal = None
for node in tgt.childNodes:
if node.nodeName == 'TargetIQN':
iqn = node.firstChild.nodeValue
if node.nodeName == 'IPAddress':
portal = node.firstChild.nodeValue
XenCertPrint("Got iqn: %s, portal: %s" % (iqn, portal))
XenCertPrint("The target IQN is: %s" % targetIqn)
if iqn == '*':
continue
for targetiqn in targetIqn.split(','):
if iqn == targetiqn:
listPortal.append(portal)
break
XenCertPrint("The portal list at the end of the iteration is: %s" % listPortal)
except Exception, e:
raise Exception("The target %s did not return any IQNs on probe. Exception: %s" % (server, str(e)))
def from_uuid(session, sr_uuid):
import imp
_SR = session.xenapi.SR
sr_ref = _SR.get_by_uuid(sr_uuid)
sm_type = _SR.get_type(sr_ref)
# NB. load the SM driver module
_SM = session.xenapi.SM
sms = _SM.get_all_records_where('field "type" = "%s"' % sm_type)
sm_ref, sm = sms.popitem()
assert not sms
driver_path = _SM.get_driver_filename(sm_ref)
driver_real = os.path.realpath(driver_path)
module_name = os.path.basename(driver_path)
module = imp.load_source(module_name, driver_real)
target = driver(sm_type)
# NB. get the host pbd's device_config
host_ref = util.get_localhost_uuid(session)
_PBD = session.xenapi.PBD
pbds = _PBD.get_all_records_where('field "SR" = "%s" and' % sr_ref +
'field "host" = "%s"' % host_ref)
pbd_ref, pbd = pbds.popitem()
assert not pbds
device_config = _PBD.get_device_config(pbd_ref)
# NB. make srcmd, to please our supersized SR constructor.
# FIXME
from SRCommand import SRCommand
cmd = SRCommand(module.DRIVER_INFO)
cmd.dconf = device_config
cmd.params = {
'session_ref': session._session,
'host_ref': host_ref,
'device_config': device_config,
'sr_ref': sr_ref,
'sr_uuid': sr_uuid,
'command': 'nop'
}
return target(cmd, sr_uuid)
def from_uuid(session, sr_uuid):
import imp
_SR = session.xenapi.SR
sr_ref = _SR.get_by_uuid(sr_uuid)
sm_type = _SR.get_type(sr_ref)
# NB. load the SM driver module
_SM = session.xenapi.SM
sms = _SM.get_all_records_where('field "type" = "%s"' % sm_type)
sm_ref, sm = sms.popitem()
assert not sms
driver_path = _SM.get_driver_filename(sm_ref)
driver_real = os.path.realpath(driver_path)
module_name = os.path.basename(driver_path)
module = imp.load_source(module_name, driver_real)
target = driver(sm_type)
# NB. get the host pbd's device_config
host_ref = util.get_localhost_uuid(session)
_PBD = session.xenapi.PBD
pbds = _PBD.get_all_records_where('field "SR" = "%s" and' % sr_ref +
'field "host" = "%s"' % host_ref)
pbd_ref, pbd = pbds.popitem()
assert not pbds
device_config = _PBD.get_device_config(pbd_ref)
# NB. make srcmd, to please our supersized SR constructor.
# FIXME
from SRCommand import SRCommand
cmd = SRCommand(module.DRIVER_INFO)
cmd.dconf = device_config
cmd.params = { 'session_ref' : session._session,
'host_ref' : host_ref,
'device_config' : device_config,
'sr_ref' : sr_ref,
'sr_uuid' : sr_uuid,
'command' : 'nop' }
return target(cmd, sr_uuid)
def GetHBAInformation(session):
try:
retVal = True
list = []
scsiIdList = []
device_config = {}
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session),
device_config, 'lvmohba')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the HBA information from this data.
try:
# the target may not return any IQNs
# so prepare for it
xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("Adapter")
for tgt in TgtList:
map = {}
for node in tgt.childNodes:
map[node.nodeName] = node.firstChild.nodeValue
list.append(map)
bdList = dom.getElementsByTagName("BlockDevice")
for bd in bdList:
for node in bd.childNodes:
if node.nodeName == 'SCSIid':
scsiIdList.append(node.firstChild.nodeValue)
XenCertPrint("The HBA information list being returned is: %s" %
list)
except Exception, e:
XenCertPrint(
"Failed to parse lvmohba probe xml. Exception: %s" %
str(e))
def GetHBAInformation(session):
try:
retVal = True
list = []
scsiIdList = []
device_config = {}
try:
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmohba')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the HBA information from this data.
try:
# the target may not return any IQNs
# so prepare for it
xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.lstrip()
xmlstr = xmlstr.lstrip('\'')
xmlstr = xmlstr.rstrip()
xmlstr = xmlstr.rstrip('\]')
xmlstr = xmlstr.rstrip('\'')
xmlstr = xmlstr.replace('\\n', '')
xmlstr = xmlstr.replace('\\t', '')
XenCertPrint("Got the probe xml as: %s" % xmlstr)
dom = xml.dom.minidom.parseString(xmlstr)
TgtList = dom.getElementsByTagName("Adapter")
for tgt in TgtList:
map = {}
for node in tgt.childNodes:
map[node.nodeName] = node.firstChild.nodeValue
list.append(map)
bdList = dom.getElementsByTagName("BlockDevice")
for bd in bdList:
for node in bd.childNodes:
if node.nodeName == 'SCSIid':
scsiIdList.append(node.firstChild.nodeValue)
XenCertPrint("The HBA information list being returned is: %s" % list)
except Exception, e:
XenCertPrint("Failed to parse lvmohba probe xml. Exception: %s" % str(e))
def __init__(self, sr_uuid, xapi, createLock, force):
"""
:param uuid:
:param xapi:
:param createLock:
:param force:
"""
if VERBOSE:
util.SMlog("RBDSR.RBDSR_GC.__init__: sr_uuid = %s" % sr_uuid)
host_ref = util.get_localhost_uuid(self.xapi.session)
_PBD = xapi.session.xenapi.PBD
pbds = _PBD.get_all_records_where('field "SR" = "%s" and' % self.ref +
'field "host" = "%s"' % host_ref)
pbd_ref, pbd = pbds.popitem()
assert not pbds
device_config = _PBD.get_device_config(pbd_ref)
if 'driver-type' in device_config:
self.DRIVER_TYPE = device_config['driver-type']
else:
self.DRIVER_TYPE = DRIVER_TYPE_DEFAULT
if 'use-rbd-meta' in self.sm_config:
self.USE_RBD_META = self.sm_config['use-rbd-meta']
if 'disable-caching' in self.sm_config:
self.disable_caching = self.sm_config['disable-caching']
if 'rbd-pool-suffix' in self.sm_config:
self.rbd_pool_suffix = self.sm_config['rbd-pool-suffix']
if 'cephx-id' in self.sm_config:
self.CEPH_USER = "******" % self.sm_config['cephx-id']
if VERBOSE:
util.SMlog("RBDSR.RBDSR_GC.__init__: Using cephx id %s" %
self.CEPH_USER)
super(RBDSR_GC, self).__init__(sr_uuid, xapi, createLock, force)
def from_session(cls, session):
import util
import SR as sm
host_ref = util.get_localhost_uuid(session)
_host = session.xenapi.host
sr_ref = _host.get_local_cache_sr(host_ref)
if not sr_ref:
raise util.SMException("Local cache SR not specified")
if sr_ref == 'OpaqueRef:NULL':
raise util.SMException("Local caching not enabled.")
_SR = session.xenapi.SR
sr_uuid = _SR.get_uuid(sr_ref)
target = sm.SR.from_uuid(session, sr_uuid)
return cls(target.path)
def from_session(cls, session):
import util
import SR as sm
host_ref = util.get_localhost_uuid(session)
_host = session.xenapi.host
sr_ref = _host.get_local_cache_sr(host_ref)
if not sr_ref:
raise util.SMException("Local cache SR not specified")
if sr_ref == 'OpaqueRef:NULL':
raise util.SMException("Local caching not enabled.")
_SR = session.xenapi.SR
sr_uuid = _SR.get_uuid(sr_ref)
target = sm.SR.from_uuid(session, sr_uuid)
return cls(target.path)
continue
for targetiqn in targetIqn.split(','):
if iqn == targetiqn:
listPortal.append(portal)
break
XenCertPrint("The portal list at the end of the iteration is: %s" % listPortal)
except Exception, e:
raise Exception("The target %s did not return any IQNs on probe. Exception: %s" % (server, str(e)))
# Now probe again with each IQN in turn.
for iqn in targetIqn.split(','):
try:
device_config['targetIQN'] = iqn
XenCertPrint("Probing with device config: %s" % device_config)
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmoiscsi')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the SCSI ID list from this data.
try:
# If there are no LUNs exposed, the probe data can be an empty xml
# so be prepared for it
items = str(e).split(',')
xmlstr = ''
for i in range(3,len(items)):
xmlstr += items[i]
xmlstr += ','
#xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.strip(',')
xmlstr = xmlstr.lstrip()
listPortal.append(portal)
break
XenCertPrint("The portal list at the end of the iteration is: %s" %
listPortal)
except Exception, e:
raise Exception(
"The target %s did not return any IQNs on probe. Exception: %s"
% (server, str(e)))
# Now probe again with each IQN in turn.
for iqn in targetIqn.split(','):
try:
device_config['targetIQN'] = iqn
XenCertPrint("Probing with device config: %s" % device_config)
session.xenapi.SR.probe(util.get_localhost_uuid(session),
device_config, 'lvmoiscsi')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the SCSI ID list from this data.
try:
# If there are no LUNs exposed, the probe data can be an empty xml
# so be prepared for it
items = str(e).split(',')
xmlstr = ''
for i in range(3, len(items)):
xmlstr += items[i]
xmlstr += ','
#xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.strip(',')
def get_dom0_vm(session):
host_ref = util.get_localhost_uuid(session)
expr = 'field "is_control_domain" = "true" and field "resident_on" = "%s"'
expr = expr % host_ref
return session.xenapi.VM.get_all_records_where(expr).keys()[0]
continue
for targetiqn in targetIqn.split(','):
if iqn == targetiqn:
listPortal.append(portal)
break
XenCertPrint("The portal list at the end of the iteration is: %s" % listPortal)
except Exception, e:
raise Exception("The target %s did not return any IQNs on probe. Exception: %s" % (server, str(e)))
# Now probe again with each IQN in turn.
for iqn in targetIqn.split(','):
try:
device_config['targetIQN'] = iqn
XenCertPrint("Probing with device config: %s" % device_config)
session.xenapi.SR.probe(util.get_localhost_uuid(session), device_config, 'lvmoiscsi')
except Exception, e:
XenCertPrint("Got the probe data as: %s" % str(e))
# Now extract the SCSI ID list from this data.
try:
# If there are no LUNs exposed, the probe data can be an empty xml
# so be prepared for it
items = str(e).split(',')
xmlstr = ''
for i in range(3,len(items)):
xmlstr += items[i]
xmlstr += ','
#xmlstr = str(e).split(',')[3]
xmlstr = xmlstr.strip(',')
xmlstr = xmlstr.lstrip()
def get_dom0_vm(session):
host_ref = util.get_localhost_uuid(session)
expr = 'field "is_control_domain" = "true" and field "resident_on" = "%s"'
expr = expr % host_ref
return session.xenapi.VM.get_all_records_where(expr).keys()[0]
