def params(cls, datasource, context):
resource = datasource.talesEval(datasource.resource, context)
if not resource.startswith('\\') and \
datasource.strategy not in ('powershell MSSQL',
'powershell Cluster Services',
'powershell Cluster Resources',
'Custom Command',
'DCDiag'):
resource = '\\' + resource
if safe_hasattr(context, 'perfmonInstance') and context.perfmonInstance is not None:
resource = context.perfmonInstance + resource
if safe_hasattr(context, 'instancename'):
instancename = context.instancename
else:
instancename = ''
try:
contextURL = context.getPrimaryUrlPath()
deviceURL = urlparse(context.getParentDeviceUrl())
contextInstance = urllib.quote("/".join((context.getParentNode().id, context.id)))
contextcompname = contextURL[len(deviceURL.path) + 1:-len(contextInstance) - 1]
contextrelname = context.getParentNode().id
contextmodname = context.__module__
except(AttributeError):
contextmodname = ''
contextrelname = ''
contextcompname = ''
contexttitle = context.title
servername = context.device().title
if contexttitle == servername and resource == 'get-clustergroup':
contexttitle = ''
if len(servername) == 0:
servername = ''
parser = getParserLoader(context.dmd, datasource.parser)
try:
script = datasource.talesEval(datasource.script, context)
except:
script = ''
log.error('Invalid tales expression in custom command script')
return dict(resource=resource,
strategy=datasource.strategy,
instancename=instancename,
servername=servername,
script=script,
parser=parser,
usePowershell=datasource.usePowershell,
contextrelname=contextrelname,
contextcompname=contextcompname,
contextmodname=contextmodname,
contexttitle=contexttitle)
def params(cls, datasource, context):
resource = datasource.talesEval(datasource.resource, context)
if not resource.startswith('\\') and \
datasource.strategy not in ('powershell MSSQL',
'powershell Cluster Services',
'powershell Cluster Resources',
'Custom Command'):
resource = '\\' + resource
if safe_hasattr(
context,
'perfmonInstance') and context.perfmonInstance is not None:
resource = context.perfmonInstance + resource
if safe_hasattr(context, 'instancename'):
instancename = context.instancename
else:
instancename = ''
try:
contextURL = context.getPrimaryUrlPath()
deviceURL = urlparse(context.getParentDeviceUrl())
contextInstance = urllib.quote("/".join(
(context.getParentNode().id, context.id)))
contextcompname = contextURL[len(deviceURL.path) +
1:-len(contextInstance) - 1]
contextrelname = context.getParentNode().id
contextmodname = context.__module__
except (AttributeError):
contextmodname = ''
contextrelname = ''
contextcompname = ''
contexttitle = context.title
servername = context.device().title
if contexttitle == servername and resource == 'get-clustergroup':
contexttitle = ''
if len(servername) == 0:
servername = ''
parser = getParserLoader(context.dmd, datasource.parser)
return dict(resource=resource,
strategy=datasource.strategy,
instancename=instancename,
servername=servername,
script=datasource.talesEval(datasource.script, context),
parser=parser,
usePowershell=datasource.usePowershell,
contextrelname=contextrelname,
contextcompname=contextcompname,
contextmodname=contextmodname,
contexttitle=contexttitle)
def _search_super(obj, pattern, s, seen):
vars_ = vars(obj)
mro = tuple(reversed(obj.__class__.mro()))
def search_mro(dct, attr_name, attr=None):
for cls in mro:
if safe_hasattr(cls, attr_name):
dct[cls].append((attr_name, attr))
break
attrs = defaultdict(lambda: [])
methods = defaultdict(lambda: [])
for attr_name in dir(obj):
if '__' in attr_name:
continue
if attr_name in seen:
continue
if not safe_hasattr(obj, attr_name):
continue
if pattern is not None and not pattern.search(attr_name):
continue
attr = vars_[attr_name] if attr_name in vars_ \
else getattr(obj, attr_name)
if not inspect.ismethod(attr):
search_mro(attrs, attr_name, attr)
continue
search_mro(methods, attr_name, attr)
mro_slice = mro if s is None else mro[-s - 1:]
new_seen = set([])
for key, attr_infos in attrs.items() + methods.items():
for attr_name, attr in attr_infos:
new_seen.add(attr_name)
return new_seen, (mro_slice, attrs, methods)
def __init__(self, dmd):
self.dmd = dmd
if not safe_hasattr(dmd, 'callHome') or dmd.callHome is None:
dmd._p_jar.sync()
CallHome(dmd).callHome
transaction.commit()
self.callhome = dmd.callHome
self.gatherProtocol = None
def __init__(self, dmd):
self.dmd = dmd
if not safe_hasattr(dmd, 'callHome') or dmd.callHome is None:
dmd._p_jar.sync()
CallHome(dmd).callHome
transaction.commit()
self.callhome = dmd.callHome
self.gatherProtocol = None
def path(obj):
path_ = "/".join(x.id for x in reversed(aq_chain(obj)) if safe_hasattr(x, "id") and not inspect.ismethod(x.id))
if path_ == "":
return obj
if path_ == "zport":
return path_
if path_ == "zport/dmd":
return "dmd"
return path_[len("zport/dmd/") :]
def remove_mapping(path, instances):
try:
org = dmd.Events.getOrganizer(path)
results = ICatalogTool(org).search(EventClassInst, query=In('id', instances))
if results.total:
log.info('Removing deprecated Event Class Instances from {}'.format(path))
for instance in instances:
if safe_hasattr(org, instance):
org.removeInstances([instance])
except Exception:
pass
def path(obj):
path_ = '/'.join(x.id for x in reversed(aq_chain(obj)) \
if safe_hasattr(x, 'id') \
and not inspect.ismethod(x.id))
if path_ == '':
return obj
if path_ == 'zport':
return path_
if path_ == 'zport/dmd':
return 'dmd'
return path_[len('zport/dmd/'):]
def remove_mapping(path, instances):
try:
org = dmd.Events.getOrganizer(path)
results = ICatalogTool(org).search(EventClassInst,
query=In('id', instances))
if results.total:
log.info(
'Removing deprecated Event Class Instances from {}'.
format(path))
for instance in instances:
if safe_hasattr(org, instance):
org.removeInstances([instance])
except Exception:
pass
def manage_addRRDDataPoint(self, id, REQUEST=None):
"""Add a new RRDDataPoint object to this datasource."""
if not id:
return self.callZenScreen(REQUEST)
# TODO: refactor core to use some sort of factory for this junk.
# This is all cut & paste code from the base class with
# the exception of the object creation.
dp = AggregatingDataPoint(id)
if safe_hasattr(operations, id):
dp.operation = id
self.datapoints._setObject(dp.id, dp)
dp = self.datapoints._getOb(dp.id)
if REQUEST:
if dp:
url = '%s/datapoints/%s' % (self.getPrimaryUrlPath(), dp.id)
REQUEST['RESPONSE'].redirect(url)
return self.callZenScreen(REQUEST)
return dp
def search(obj, p=None, s=None, a=None):
"""Search obj for matching attribute and method names.
p: pattern to match
s: super depth (how many inheritance levels to search)
a: acquisition depth
(ignores any attribute with '__' in its name)
"""
pattern = None if p is None else re.compile(p, re.IGNORECASE)
aq_end = None if a is None else a + 1
seen = set([])
all_print_args = {}
chain = [x for x in aq_chain(obj)[:aq_end] if safe_hasattr(x, "id") and not inspect.ismethod(x.id)]
for obj_ in chain:
new_seen, print_args = _search_super(aq_base(obj_), pattern, s, seen)
seen |= new_seen
all_print_args[obj_.id] = print_args
for obj_ in reversed(chain):
mro_slice, attrs, methods = all_print_args[obj_.id]
for cls in mro_slice:
if attrs[cls] or methods[cls]:
print "\n", "=" * 79, "\n", path(obj_)
_search_print(mro_slice, attrs, methods)
break
def search(obj, p=None, s=None, a=None):
"""Search obj for matching attribute and method names.
p: pattern to match
s: super depth (how many inheritance levels to search)
a: acquisition depth
(ignores any attribute with '__' in its name)
"""
pattern = None if p is None else re.compile(p, re.IGNORECASE)
aq_end = None if a is None else a + 1
seen = set([])
all_print_args = {}
chain = [x for x in aq_chain(obj)[:aq_end] if safe_hasattr(x, 'id') \
and not inspect.ismethod(x.id)]
for obj_ in chain:
new_seen, print_args = _search_super(aq_base(obj_), pattern, s, seen)
seen |= new_seen
all_print_args[obj_.id] = print_args
for obj_ in reversed(chain):
mro_slice, attrs, methods = all_print_args[obj_.id]
for cls in mro_slice:
if attrs[cls] or methods[cls]:
print '\n', '=' * 79, '\n', path(obj_)
_search_print(mro_slice, attrs, methods)
break
def getMonitoredStartModes(self, uid):
ob = self._getObject(uid)
if safe_hasattr(ob, 'monitoredStartModes'):
for startMode in ob.monitoredStartModes:
yield [startMode]
def getMonitoredStartModes(self, uid):
ob = self._getObject(uid)
if safe_hasattr(ob, 'monitoredStartModes'):
for startMode in ob.monitoredStartModes:
yield [startMode]
def params(cls, datasource, context):
resource = datasource.talesEval(datasource.resource, context)
if not resource.startswith('\\') and \
datasource.strategy not in ('powershell MSSQL',
'Custom Command',
'DCDiag',
'powershell MSSQL Instance',
'powershell MSSQL Job'):
resource = '\\' + resource
if safe_hasattr(
context,
'perfmonInstance') and context.perfmonInstance is not None:
resource = context.perfmonInstance + resource
instancename = getattr(context, 'instancename', '')
instanceid = getattr(context, 'id', '')
version = getattr(context, 'sql_server_version', 0)
if version:
# ensure version is a string
match = re.match('(\d+)\..*', str(version))
if match:
version = match.groups()[0]
else:
version = 0
owner_node_ip = None
if hasattr(context, 'cluster_node_server'):
owner_node, _ = context.cluster_node_server.split('//')
owner_node_ip = getattr(context, 'owner_node_ip', None)
if not owner_node_ip:
try:
owner_node_ip = context.device(
).clusterhostdevicesdict.get(owner_node, None)
except Exception:
pass
try:
contextURL = context.getPrimaryUrlPath()
deviceURL = urlparse(context.getParentDeviceUrl())
contextInstance = urllib.quote("/".join(
(context.getParentNode().id, context.id)))
contextcompname = contextURL[len(deviceURL.path) +
1:-len(contextInstance) - 1]
contextrelname = context.getParentNode().id
contextmodname = context.__module__
except (AttributeError):
contextmodname = ''
contextrelname = ''
contextcompname = ''
contexttitle = context.title
servername = context.device().title
if len(servername) == 0:
servername = ''
parser = getParserLoader(context.dmd, datasource.parser)
script = get_script(datasource, context)
return dict(resource=resource,
strategy=datasource.strategy,
instancename=instancename,
instanceid=instanceid,
servername=servername,
script=script,
parser=parser,
usePowershell=datasource.usePowershell,
contextrelname=contextrelname,
contextcompname=contextcompname,
contextmodname=contextmodname,
contexttitle=contexttitle,
version=version,
owner_node_ip=owner_node_ip)
def _isRunningFromUI(context):
if not safe_hasattr(context, "REQUEST"):
return False
return safe_hasattr(context.REQUEST, "SESSION")
def usesMonitorAttribute(self):
return (not safe_hasattr(self._object, "startMode") \
or self._object.startMode != "Disabled")
def params(cls, datasource, context):
resource = datasource.talesEval(datasource.resource, context)
if not resource.startswith('\\') and \
datasource.strategy not in ('powershell MSSQL',
'Custom Command',
'DCDiag',
'powershell MSSQL Instance',
'powershell MSSQL Job'):
resource = '\\' + resource
if safe_hasattr(context, 'perfmonInstance') and context.perfmonInstance is not None:
resource = context.perfmonInstance + resource
instancename = getattr(context, 'instancename', '')
instanceid = getattr(context, 'id', '')
version = getattr(context, 'sql_server_version', 0)
if version:
# ensure version is a string
match = re.match('(\d+)\..*', str(version))
if match:
version = match.groups()[0]
else:
version = 0
owner_node_ip = None
if hasattr(context, 'cluster_node_server'):
owner_node, _ = context.cluster_node_server.split('//')
owner_node_ip = getattr(context, 'owner_node_ip', None)
if not owner_node_ip:
try:
owner_node_ip = context.device().clusterhostdevicesdict.get(owner_node, None)
except Exception:
pass
try:
contextURL = context.getPrimaryUrlPath()
deviceURL = urlparse(context.getParentDeviceUrl())
contextInstance = urllib.quote("/".join((context.getParentNode().id, context.id)))
contextcompname = contextURL[len(deviceURL.path) + 1:-len(contextInstance) - 1]
contextrelname = context.getParentNode().id
contextmodname = context.__module__
except(AttributeError):
contextmodname = ''
contextrelname = ''
contextcompname = ''
contexttitle = context.title
servername = context.device().title
if len(servername) == 0:
servername = ''
parser = getParserLoader(context.dmd, datasource.parser)
script = get_script(datasource, context)
return dict(resource=resource,
strategy=datasource.strategy,
instancename=instancename,
instanceid=instanceid,
servername=servername,
script=script,
parser=parser,
usePowershell=datasource.usePowershell,
contextrelname=contextrelname,
contextcompname=contextcompname,
contextmodname=contextmodname,
contexttitle=contexttitle,
version=version,
owner_node_ip=owner_node_ip)
def _isRunningFromUI( context):
if not safe_hasattr( context, 'REQUEST'):
return False
return safe_hasattr( context.REQUEST, 'SESSION')
def _isRunningFromUI(context):
if not safe_hasattr(context, 'REQUEST'):
return False
return safe_hasattr(context.REQUEST, 'SESSION')
def search_mro(dct, attr_name, attr=None):
for cls in mro:
if safe_hasattr(cls, attr_name):
dct[cls].append((attr_name, attr))
break