def test_getNextUtility(self):
# test local site vs. global site
global_dummy = DummyUtility()
provideUtility(global_dummy, IDummyUtility)
local_dummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, local_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
# test local site vs. nested local site
manage_addDummySite(self.folder.site, 'subsite')
enableLocalSiteHook(self.folder.site.subsite)
setSite(self.folder.site.subsite)
sublocal_dummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, sublocal_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), sublocal_dummy)
self.assertEquals(
getNextUtility(self.folder.site.subsite, IDummyUtility),
local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
def test_nestedSitesDontConflictButStillAcquire(self):
# let's register a dummy utility in the dummy site
dummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, dummy)
# let's also create a subsite and make that our site
manage_addDummySite(self.folder.site, 'subsite')
enableLocalSiteHook(self.folder.site.subsite)
setSite(self.folder.site.subsite)
# we should still be able to lookup the original utility from
# the site one level above
self.assertEqual(zapi.getUtility(IDummyUtility), dummy)
# now we register a dummy utility in the subsite and see that
# its registration doesn't conflict
subdummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, subdummy)
# when we look it up we get the more local one now because the
# more local one shadows the less local one
self.assertEqual(zapi.getUtility(IDummyUtility), subdummy)
# getAllUtilitiesFor gives us both the more local and the less
# local utility (XXX not sure if this is the right semantics
# for getAllUtilitiesFor)
self.assertEqual(sets.Set(zapi.getAllUtilitiesRegisteredFor(IDummyUtility)),
sets.Set([subdummy, dummy]))
# getUtilitiesFor will only find one, because the more local
# one shadows the less local one
self.assertEqual(list(zapi.getUtilitiesFor(IDummyUtility)),
[('', subdummy)])
def test_getNextUtility(self):
# test local site vs. global site
global_dummy = DummyUtility()
provideUtility(global_dummy, IDummyUtility)
local_dummy = DummyUtility()
sm = getSiteManager()
sm.registerUtility(IDummyUtility, local_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
# test local site vs. nested local site
manage_addDummySite(self.folder.site, 'subsite')
import warnings
showwarning = warnings.showwarning
warnings.showwarning = lambda *a, **k: None
enableLocalSiteHook(self.folder.site.subsite)
warnings.showwarning = showwarning
sublocal_dummy = DummyUtility()
sm = getSiteManager()
sm.registerUtility(IDummyUtility, sublocal_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), sublocal_dummy)
self.assertEquals(getNextUtility(self.folder.site.subsite, IDummyUtility),
local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
def cities(self, context):
root = zapi.getUtility(Products.CMFPlone.interfaces.IPloneSiteRoot)
cat = root.portal_catalog
results = []
keys = []
## All cities
allcities_util = zapi.getUtility(ISwissCities)
allcities = allcities_util.cities()
#print allcities
allcities_dict = dict(allcities)
# Contextualize the list
brains = cat({'portal_type': ['JubinStationPartner','JubinRestaurantPartner','JubinCommercialPartner',],
'path': '/'.join(context.getPhysicalPath())
})
for brain in brains:
obj = brain.getObject()
city_key = obj.city
if city_key in keys:
continue
keys.append(city_key)
# Now build the list of key/value pairs
for k in keys:
v = allcities_dict.get(k, '')
if v:
results.append((k, v))
results = sorted(results,key=operator.itemgetter(0))
return results
def test_getNextUtility(self):
# test local site vs. global site
global_dummy = DummyUtility()
provideUtility(global_dummy, IDummyUtility)
local_dummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, local_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
# test local site vs. nested local site
manage_addDummySite(self.folder.site, 'subsite')
enableLocalSiteHook(self.folder.site.subsite)
setSite(self.folder.site.subsite)
sublocal_dummy = DummyUtility()
sm = zapi.getSiteManager()
sm.registerUtility(IDummyUtility, sublocal_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), sublocal_dummy)
self.assertEquals(getNextUtility(self.folder.site.subsite, IDummyUtility),
local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
def test_getNextUtility(self):
# test local site vs. global site
global_dummy = DummyUtility()
provideUtility(global_dummy, IDummyUtility)
local_dummy = DummyUtility()
sm = getSiteManager()
sm.registerUtility(IDummyUtility, local_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
# test local site vs. nested local site
manage_addDummySite(self.folder.site, 'subsite')
import warnings
showwarning = warnings.showwarning
warnings.showwarning = lambda *a, **k: None
enableLocalSiteHook(self.folder.site.subsite)
warnings.showwarning = showwarning
sublocal_dummy = DummyUtility()
sm = getSiteManager()
sm.registerUtility(IDummyUtility, sublocal_dummy)
self.assertEquals(zapi.getUtility(IDummyUtility), sublocal_dummy)
self.assertEquals(
getNextUtility(self.folder.site.subsite, IDummyUtility),
local_dummy)
self.assertEquals(getNextUtility(self.folder.site, IDummyUtility),
global_dummy)
def cmd(self):
"""
commnds for objmq
"""
#obj = removeAllProxies(self.context)
obj = self.context
print "cmd/objmq"
print "path: %s" % (zapi.getPath(obj))
action = self.request.get('cmd', default=None)
if action:
if action == 'start':
obj.status2Master = u"connecting"
#print "start"
#print "obj.oidSlave: %s" % (obj.oidSlave)
#obj.appendSlaveUid(u"bc6ae87821e43509dc3a5152a030951b0")
#print "dir(obj.oidSlave): %s" % dir(obj.oidSlave)
#print "obj.oidSlave: %s" % (obj.oidSlave)
mq_utility = zapi.getUtility(IAdmUtilObjMQ)
my_data = {
'cmd': 'connect',
'nodename': unicode(obj.getNodeName())
}
my_data['header'] = {'from_oid': obj.objectID,
'from_ip': obj.ipv4My,
'from_path': getPath(obj),
'to_oid': obj.oidMaster,
'to_ip': obj.ipv4Master,
'to_path': u"/++etc++site/default"+\
"/AdmUtilSupervisor"
}
mq_utility.sendPerMq(my_data)
#python_pickle = pickle.dumps(my_data)
##print "toxml: %s" % toxml(python_pickle)
#mq_utility.sendPerMq(toxml(python_pickle))
#mq_utility = zapi.getUtility(IMailDelivery, 'ikObjTransportQueue')
#from_adr = u"http://%s@%s:8080%s" % \
#(obj.objectID, obj.ipv4My, zapi.getPath(obj))
#to_adr = u"http://%s@%s:8080/++etc++site/default/AdmUtilSupervisor" % \
#(str(obj.oidMaster), str(obj.ipv4Master))
#mq_utility.send(from_adr, [to_adr], "msg_start")
elif action == 'stop':
print "stop"
mq_utility = zapi.getUtility(IMailDelivery,
'ikObjTransportQueue')
from_adr = u"http://%s@%s:8080%s" % \
(obj.objectID, obj.ipv4My, zapi.getPath(obj))
to_adr = u"http://%s@%s:8080/++etc++site/"+\
"default/AdmUtilSupervisor" % \
(str(obj.oidMaster), str(obj.ipv4Master))
mq_utility.send(from_adr, [to_adr], "msg_stop")
elif action == 'ping':
obj.sendPing()
else:
pass
return self.request.response.redirect('./@@objmq')
def reindex_db(self):
"""
will reindex the catalogs of all tables in database
"""
iid = zapi.getUtility(IIntIds, '')
my_catalog = zapi.getUtility(ICatalog)
my_catalog.updateIndexes()
self.appendEventHistory(\
u"reindex the catalogs of all tables in database")
def __init__(self, context, request):
super(SiteManagementView, self).__init__(context, request)
if 'activeTool' in request:
request.response.setCookie('SetActiveTool', request['activeTool'],
path="/")
self.activeTool = zapi.getUtility(IToolConfiguration,
request['activeTool'])
elif 'SetActiveTool' in request:
self.activeTool = zapi.getUtility(IToolConfiguration,
request['SetActiveTool'])
def applyChanges(self, data):
content = self.getContent()
changes = applyChanges(self, content, data)
# ``changes`` is a dictionary; if empty, there were no changes
if changes:
#import pdb;pdb.set_trace()
# Construct change-descriptions for the object-modified event
descriptions = []
for interface, attrs in changes.items():
if interface == IAdmUtilEvent:
print "##### Event 2 #######"
elif IEventIfSuperclass.isEqualOrExtendedBy(interface):
print "##### Superclass 2 #######"
names = attrs.keys()
for attr in attrs:
if attr.find("eventInpObjs_"
) == 0: # attribute name starts with ...
functionName = attr[len('eventInpObjs_'):]
print "attr: %s (I:%s)" % (attr, interface)
print " old: ", attrs[attr]['oldval']
print " new: ", attrs[attr]['newval']
newSet = attrs[attr]['newval']
oldSet = attrs[attr]['oldval']
if type(newSet) == type(set()) and \
type(oldSet) == type(set()):
newEntries = newSet.difference(oldSet)
oldEntries = oldSet.difference(newSet)
for oldOid in oldEntries:
my_catalog = zapi.getUtility(ICatalog)
for resObj in my_catalog.searchResults(
oid_index=oldOid):
if IAdmUtilEvent.providedBy(resObj):
resObj.removeOidFromOutObjects(
content.objectID + "." +
functionName)
resObj.removeInvalidOidFromInpOutObjects(
)
resObj._p_changed = True
for newOid in newEntries:
my_catalog = zapi.getUtility(ICatalog)
for resObj in my_catalog.searchResults(
oid_index=newOid):
if IAdmUtilEvent.providedBy(resObj):
resObj.addOidToOutObjects(
content.objectID + "." +
functionName)
resObj.removeInvalidOidFromInpOutObjects(
)
resObj._p_changed = True
descriptions.append(Attributes(interface, *names))
# Send out a detailed object-modified event
zope.event.notify(ObjectModifiedEvent(content, *descriptions))
return changes
def test_registerTwoUtilitiesWithSameNameDifferentInterface(self):
sm = zapi.getSiteManager()
self.failUnless(IRegisterUtilitySimply.providedBy(sm))
dummy = DummyUtility()
superdummy = DummyUtility()
directlyProvides(superdummy, ISuperDummyUtility)
sm.registerUtility(IDummyUtility, dummy, 'dummy')
sm.registerUtility(ISuperDummyUtility, superdummy, 'dummy')
self.assertEquals(zapi.getUtility(IDummyUtility, 'dummy'), dummy)
self.assertEquals(zapi.getUtility(ISuperDummyUtility, 'dummy'),
superdummy)
def test_registerTwoUtilitiesWithSameNameDifferentInterface(self):
sm = zapi.getSiteManager()
self.failUnless(IRegisterUtilitySimply.providedBy(sm))
dummy = DummyUtility()
superdummy = DummyUtility()
directlyProvides(superdummy, ISuperDummyUtility)
sm.registerUtility(IDummyUtility, dummy, 'dummy')
sm.registerUtility(ISuperDummyUtility, superdummy, 'dummy')
self.assertEquals(zapi.getUtility(IDummyUtility, 'dummy'), dummy)
self.assertEquals(zapi.getUtility(ISuperDummyUtility, 'dummy'),
superdummy)
def testRegister(self):
context = xmlconfig.file("perm.zcml", zope.app.security.tests)
perm = zapi.getUtility(IPermission, "Can.Do.It")
self.failUnless(perm.id.endswith('Can.Do.It'))
self.assertEqual(perm.title, 'A Permissive Permission')
self.assertEqual(perm.description,
'This permission lets you do anything')
def translate(self, msgid, mapping=None, context=None,
target_language=None, default=None):
"""See interface `ITranslationDomain`"""
if target_language is None and context is not None:
avail_langs = self.getAvailableLanguages()
# Let's negotiate the language to translate to. :)
negotiator = zapi.getUtility(INegotiator, context=self)
target_language = negotiator.getLanguage(avail_langs, context)
# Get the translation. Default is the source text itself.
catalog_names = self._catalogs.get(target_language, [])
for name in catalog_names:
catalog = super(TranslationDomain, self).__getitem__(name)
text = catalog.queryMessage(msgid)
if text is not None:
break
else:
# If nothing found, delegate to a translation server higher up the
# tree.
domain = queryNextUtility(ITranslationDomain, self.domain)
if domain is not None:
return domain.translate(msgid, mapping, context,
target_language, default=default)
if default is None:
default = msgid
text = default
# Now we need to do the interpolation
return interpolate(text, mapping)
def testAbortTransactionWithErrorReportingUtility(self):
# provide our fake error reporting utility
sm = zapi.getGlobalSiteManager()
sm.provideUtility(IErrorReportingUtility, ErrorReportingUtility())
class FooError(Exception):
pass
last_txn_info = self.db.undoInfo()[0]
try:
raise FooError
except FooError:
pass
self.publication.handleException(
self.object, self.request, sys.exc_info(), retry_allowed=False)
# assert that the last transaction is NOT our transaction
new_txn_info = self.db.undoInfo()[0]
self.assertEqual(last_txn_info, new_txn_info)
# instead, we expect a message in our logging utility
error_log = zapi.getUtility(IErrorReportingUtility)
self.assertEqual(len(error_log.exceptions), 1)
error_info, request = error_log.exceptions[0]
self.assertEqual(error_info[0], FooError)
self.assert_(isinstance(error_info[1], FooError))
self.assert_(request is self.request)
def _logErrorWithErrorReportingUtility(self, object, request, exc_info):
# Record the error with the ErrorReportingUtility
self.beginErrorHandlingTransaction(request, object,
'error reporting utility')
try:
errUtility = zapi.getUtility(IErrorReportingUtility)
# It is important that an error in errUtility.raising
# does not propagate outside of here. Otherwise, nothing
# meaningful will be returned to the user.
#
# The error reporting utility should not be doing database
# stuff, so we shouldn't get a conflict error.
# Even if we do, it is more important that we log this
# error, and proceed with the normal course of events.
# We should probably (somehow!) append to the standard
# error handling that this error occurred while using
# the ErrorReportingUtility, and that it will be in
# the zope log.
errUtility.raising(exc_info, request)
transaction.commit()
except:
tryToLogException(
'Error while reporting an error to the Error Reporting utility'
)
transaction.abort()
def execute_query(context, query):
from zope.app import zapi
from zope.app.rdb import queryForResults
from zope.app.rdb.interfaces import IZopeDatabaseAdapter
conn = zapi.getUtility(IZopeDatabaseAdapter, config.db_connection,
context=context)()
return queryForResults(conn, query)
def getEvaluationsTodo(context):
"""List of Content objects"""
retSet = set([])
my_catalog = zapi.getUtility(ICatalog)
if hasattr(context, "requirements"):
requirements = removeAllProxies(context.requirements)
if requirements is not None:
for requirement in requirements:
if type(requirement) is unicode:
res = my_catalog.searchResults(oid_index=requirement)
else:
res = my_catalog.searchResults(
oid_index=requirement.objectID)
if len(res) > 0:
startReq = iter(res).next()
allObjReqs = []
allTmpObjReqs = getRequirementList(startReq)
for req in allTmpObjReqs:
# if req.validAsFirst and len(req) > 0:
if len(req) > 0:
pass
else:
allObjReqs.append(req)
allObjEvaluations = getEvaluationsDone(context)
alreadyCheckedReqs = [
ev[0] for ev in allObjEvaluations.items()
]
retSet = retSet.union(
set(allObjReqs).difference(alreadyCheckedReqs))
retList = list(retSet)
retList.sort()
return retList
def getDefaultPreferenceGroup(self, id=''):
group = zapi.getUtility(interfaces.IPreferenceGroup, name=id)
group = group.__bind__(self)
default = DefaultPreferenceGroup(group, self)
zope.interface.alsoProvides(default, IContainmentRoot)
locate(default, self, 'preferences')
return default
def getFlatDicts(self, maxdepth=0, row_state=None):
"""See zope.app.tree.interfaces.INode"""
nodes = []
if row_state is None:
row_state = []
encoder = zapi.getUtility(ITreeStateEncoder)
if self.hasChildren() and len(row_state) > maxdepth:
maxdepth = len(row_state)
childNodes = self.getChildNodes()
for node in childNodes:
id = node.getId()
expanded_nodes = self._expanded_nodes[:]
if id in self._expanded_nodes:
# if the node is already expanded, the toggle would
# collapse it
expanded_nodes.remove(id)
row_state.append(not node is childNodes[-1])
else:
# if it isn't expanded, the toggle would expand it
expanded_nodes += [id]
row_state.append(False)
flatdict = {
'node': node,
'tree-state': encoder.encodeTreeState(expanded_nodes),
'row-state': row_state[:-1],
'last-level-node': node is childNodes[-1],
}
nodes.append(flatdict)
child_nodes, maxdepth = node.getFlatDicts(maxdepth, row_state)
nodes += child_nodes
row_state.pop()
return nodes, maxdepth
def addingInfo(self):
"""Return menu data.
This is sorted by title.
"""
container = self.context
menu_service = zapi.getService("BrowserMenu")
result = []
for menu_id in (self.menu_id, 'zope.app.container.add'):
if not menu_id:
continue
for item in menu_service.getMenu(menu_id, self, self.request):
extra = item.get('extra')
if extra:
factory = extra.get('factory')
if factory:
factory = zapi.getUtility(IFactory, factory)
if not checkFactory(container, None, factory):
continue
elif item['extra']['factory'] != item['action']:
item['has_custom_add_view']=True
result.append(item)
result.sort(lambda a, b: cmp(a['title'], b['title']))
return result
def ensureMyIpNotAlreadyUsed(intfc):
if intfc.netType == 'ethernet' and \
intfc.__context__ is not None and \
intfc.ipv4List is not None:
my_catalog = zapi.getUtility(ICatalog)
alreadyFound = []
# new Object
if IHost.providedBy(intfc.__context__):
for obj in my_catalog.searchResults(\
interface_ip_index=convertIpV4(intfc.ipv4List)):
ifHost = obj.__parent__
ifString = u"%s/%s" % (ifHost.ikName, obj.ikName)
alreadyFound.append(ifString)
# edit Object
if IInterface.providedBy(intfc.__context__):
for obj in my_catalog.searchResults(\
interface_ip_index=convertIpV4(intfc.ipv4List)):
# don't check object itself
if obj.objectID != intfc.__context__.objectID:
ifHost = obj.__parent__
ifString = u"%s/%s" % (ifHost.ikName, obj.ikName)
alreadyFound.append(ifString)
if len(alreadyFound) > 0:
raise Invalid("The IP address already used in interface %s" % \
" ".join(alreadyFound))
def install(self):
tool_names = self.request['selected']
for tool_name in tool_names:
self.activeTool = zapi.getUtility(IToolConfiguration, tool_name)
type_name = list(self.addingInfo())[0]['extra']['factory']
self.action(type_name)
self.activeTool = None
def fileOpen(self):
"""will open a filehandle to the specific object
"""
objId = self.context.getObjectId()
utilSmokePing = zapi.getUtility(IAdmUtilGeneratorSmokePing, '')
self.fileName = utilSmokePing.pathConfigData + u'/Hosts/%s.cfg' % objId
ParentGenSmokePing.fileOpen(self)
def processInpEQueues(self):
my_catalog = zapi.getUtility(ICatalog)
for senderOid in self.inpEQueues:
inpQueue = self.inpEQueues[senderOid]
while len(inpQueue) > 0:
inpEvent = inpQueue.pull()
processed = False
for eventObj in self.values():
if IAdmUtilEvent.providedBy(eventObj):
if (senderOid in eventObj.inpObjects) and \
(eventObj.objectID == inpEvent.oidEventObject):
for receiverOid in eventObj.outObjects:
for receiverObj in my_catalog.searchResults(\
oid_index=receiverOid):
processed = True
receiverObj.injectInpEQueue(inpEvent)
if not processed:
for oid in self.outEQueues:
for receiverObj in my_catalog.searchResults(\
oid_index=oid):
if (inpEvent.oidEventObject in \
receiverObj.getAllInpEventObjs()):
processed = True
receiverObj.injectInpEQueue(inpEvent)
if not processed:
inpEvent.stopit(self)
def testSkinPage(self):
self.assertEqual(zapi.queryMultiAdapter((ob, request), name='test'),
None)
xmlconfig(StringIO(template % (
'''
<browser:layer name="zmi" />
<browser:skin name="zmi" layers="zmi" />
<browser:page name="test"
class="zope.app.component.tests.views.VZMI"
layer="zmi"
for="zope.app.component.tests.views.IC"
permission="zope.Public"
attribute="index"
/>
<browser:page name="test"
class="zope.app.component.tests.views.V1"
for="zope.app.component.tests.views.IC"
permission="zope.Public"
attribute="index"
/>
'''
)))
v = zapi.queryMultiAdapter((ob, request), name='test')
self.assert_(issubclass(v.__class__, V1))
zmi = zapi.getUtility(ISkin, 'zmi')
v = zapi.queryMultiAdapter((ob, TestRequest(skin=zmi)), name='test')
self.assert_(issubclass(v.__class__, VZMI))
def getPrincipalTransactions(self, first=0, last=-20, showall=False):
context = None
if not showall:
context = self.context
undo = zapi.getUtility(IUndoManager)
return undo.getPrincipalTransactions(self.request.principal, context,
first, last)
def allRequirementVocab(dummy_context):
"""Which locations are there
"""
terms = []
my_catalog = zapi.getUtility(ICatalog)
try:
reqOidList = []
complianceUtil = getUtility(IAdmUtilCompliance,
name='AdmUtilCompliance')
for (oid, oobj) in complianceUtil.items():
for req in getRequirementList(oobj):
reqOidList.append(req.objectID)
reqOidSet = set(reqOidList)
for reqOid in reqOidSet:
resultList = my_catalog.searchResults(oid_index=reqOid)
if len(resultList) > 0:
req = iter(resultList).next()
if IRequirement.providedBy(req):
parentReq = req.getParent()
if parentReq is not None and \
IRequirement.providedBy(parentReq):
newString = u"%s (%s)" % \
(req.ikName, parentReq.ikName)
else:
newString = req.ikName
terms.append(\
SimpleTerm(req.objectID,
str(req.objectID),
newString))
return SimpleVocabulary(terms)
except ComponentLookupError:
return SimpleVocabulary([])
def change_eval_no(self):
""" trigger an evaluation process
"""
requirementId = self.request.get('req_id', default=None)
objectId = self.request.get('obj_id', default=None)
my_catalog = zapi.getUtility(ICatalog)
if objectId != None:
obj = my_catalog.searchResults(oid_index=objectId)
obj = iter(obj).next()
else:
obj = self.context
evaluations = getEvaluationsDone(obj)
if requirementId is not None \
and evaluations is not None:
res = my_catalog.searchResults(oid_index=requirementId)
if len(res) > 0:
requirementObj = iter(res).next()
principalId = self.request.principal.id.split('.')[1]
pau_utility = queryUtility(IAuthentication)
internalPrincipal = pau_utility['principals'][principalId]
pfSystem = queryUtility(IScoreSystem, name="Comp_Pass/Fail")
inpVal = 'Fail'
evaluation = Evaluation(requirementObj, pfSystem, inpVal,
internalPrincipal)
evaluations.addEvaluation(evaluation)
nextURL = self.request.get('nextURL', default=None)
if nextURL is not None:
return self.request.response.redirect(nextURL)
else:
return self.request.response.redirect('./@@details.html')
def sendPing(self):
"""
send ping request
"""
mq_utility = zapi.getUtility(IAdmUtilObjMQ)
my_data = {'cmd': 'ping',
'nodename': unicode(self.getNodeName())}
if self.isMaster() and not self.isSlave():
my_data['header'] = {'from_oid': self.objectID,
'from_ip': self.ipv4My,
'from_path': getPath(self),
'to_oid': self.oidSlave,
'to_ip': self.ipv4Slave,
'to_path': u"/++etc++site/default"+\
"/AdmUtilSupervisor"
}
print "sendPing: %s" % my_data
mq_utility.sendPerMq(my_data)
if self.isSlave() and not self.isMaster():
my_data['header'] = {'from_oid': self.objectID,
'from_ip': self.ipv4My,
'from_path': getPath(self),
'to_oid': self.oidMaster,
'to_ip': self.ipv4Master,
'to_path': u"/++etc++site/default"+\
"/AdmUtilSupervisor"
}
print "sendPing: %s" % my_data
mq_utility.sendPerMq(my_data)
def action(self, type_name='', id=''):
if not type_name:
raise UserError("You must select the type of object to add.")
if type_name.startswith('@@'):
type_name = type_name[2:]
if '/' in type_name:
view_name = type_name.split('/', 1)[0]
else:
view_name = type_name
if zapi.queryView(self, view_name, self.request) is not None:
url = "%s/%s=%s" % (zapi.getView(self, "absolute_url",
self.request), type_name, id)
self.request.response.redirect(url)
return
if not self.contentName:
self.contentName = id
factory = zapi.getUtility(IFactory, type_name)
content = factory()
notify(ObjectCreatedEvent(content))
self.add(content)
self.request.response.redirect(self.nextURL())
def addingInfo(self):
"""Return menu data.
This is sorted by title.
"""
container = self.context
menu_service = zapi.getService("BrowserMenu")
result = []
for menu_id in (self.menu_id, 'zope.app.container.add'):
if not menu_id:
continue
for item in menu_service.getMenu(menu_id, self, self.request):
extra = item.get('extra')
if extra:
factory = extra.get('factory')
if factory:
factory = zapi.getUtility(IFactory, factory)
if not checkFactory(container, None, factory):
continue
elif item['extra']['factory'] != item['action']:
item['has_custom_add_view'] = True
result.append(item)
result.sort(lambda a, b: cmp(a['title'], b['title']))
return result
def action(self, type_name='', id=''):
if not type_name:
raise UserError("You must select the type of object to add.")
if type_name.startswith('@@'):
type_name = type_name[2:]
if '/' in type_name:
view_name = type_name.split('/', 1)[0]
else:
view_name = type_name
if zapi.queryView(self, view_name, self.request) is not None:
url = "%s/%s=%s" % (
zapi.getMultiAdapter((self, self.request), name=u"absolute_url"),
type_name, id)
self.request.response.redirect(url)
return
if not self.contentName:
self.contentName = id
factory = zapi.getUtility(IFactory, type_name)
content = factory()
notify(ObjectCreatedEvent(content))
self.add(content)
self.request.response.redirect(self.nextURL())
def _registerClass(class_, meta_type, permission, addview, icon, global_):
setattr(class_, 'meta_type', meta_type)
permission_obj = zapi.getUtility(IPermission, permission)
if icon:
setattr(class_, 'icon', '++resource++%s' % icon)
interfaces = tuple(implementedBy(class_))
info = {
'name': meta_type,
'action': addview and ('+/%s' % addview) or '',
'product': 'Five',
'permission': str(permission_obj.title),
'visibility': global_ and 'Global' or None,
'interfaces': interfaces,
'instance': class_,
'container_filter': None
}
Products.meta_types += (info, )
_register_monkies.append(class_)
_meta_type_regs.append(meta_type)
def AllObjectInstances(dummy_context):
"""Which objects are there
"""
iid = zapi.getUtility(IIntIds, '')
terms = []
for (oid, oobj) in iid.items():
if ISite.providedBy(oobj.object) or \
IIpNet.providedBy(oobj.object) or \
IHost.providedBy(oobj.object) or \
IInterface.providedBy(oobj.object) or \
IService.providedBy(oobj.object) or \
ISnmpValue.providedBy(oobj.object) or \
IEventLogic.providedBy(oobj.object):
terms.append(\
SimpleTerm(oobj.object.objectID,
str(oobj.object.objectID),
oobj.object.getDcTitle()))
for iface in [INotifierEmail]:
my_util = queryUtility(iface)
if my_util is not None:
terms.append(\
SimpleTerm(my_util.objectID,
str(my_util.objectID),
my_util.getDcTitle()))
return SimpleVocabulary(terms)
def AllObjectInstancesWithEventInputs(dummy_context):
"""Which objects are there
"""
iid = zapi.getUtility(IIntIds, '')
terms = []
for (oid, oobj) in iid.items():
if ISite.providedBy(oobj.object) or \
IIpNet.providedBy(oobj.object) or \
IHost.providedBy(oobj.object) or \
IInterface.providedBy(oobj.object) or \
IService.providedBy(oobj.object) or \
ISnmpValue.providedBy(oobj.object) or \
IEventLogic.providedBy(oobj.object):
inpEventNames = oobj.object.getAllInpEventNames().keys()
if len(inpEventNames) > 0:
for inpEventName in inpEventNames:
myId = oobj.object.objectID + u'.' + inpEventName
terms.append(\
SimpleTerm(myId,
str(myId),
oobj.object.getDcTitle() + \
u'->' + inpEventName))
for iface in [INotifierEmail]:
my_util = queryUtility(iface)
if my_util is not None:
inpEventNames = my_util.getAllInpEventNames().keys()
if len(inpEventNames) > 0:
for inpEventName in inpEventNames:
myId = my_util.objectID + u'.' + inpEventName
terms.append(\
SimpleTerm(myId,
str(myId),
my_util.getDcTitle()+ u'->' + inpEventName))
return SimpleVocabulary(terms)
def testSkinnedPageView(self):
self.assertEqual(zapi.queryMultiAdapter((ob, request), name='test'),
None)
xmlconfig(StringIO(template %
'''
<browser:layer name="layer" />
<browser:skin name="skinny" layers="layer" />
<browser:pages
for="*"
class="zope.app.component.tests.views.V1"
permission="zope.Public"
>
<browser:page name="index.html" attribute="index" />
</browser:pages>
<browser:pages
for="*"
class="zope.app.component.tests.views.V1"
layer="layer"
permission="zope.Public"
>
<browser:page name="index.html" attribute="action" />
</browser:pages>
'''
))
v = zapi.getMultiAdapter((ob, request), name='index.html')
self.assertEqual(v(), 'V1 here')
skinny = zapi.getUtility(ISkin, 'skinny')
v = zapi.getMultiAdapter((ob, TestRequest(skin=skinny)),
name='index.html')
self.assertEqual(v(), 'done')
def moveObject(self, msgHeader, msgOldparent,
msgNewparent, msgObjectOid):
"""
an object should be moved
"""
print "moveObject"
print "msgHeader: %s" % msgHeader
print "msgOldparent: %s" % msgOldparent
print "msgNewparent: %s" % msgNewparent
print "msgObjectOid: %s" % msgObjectOid
my_catalog = zapi.getUtility(ICatalog)
newParentObj = None
if not msgNewparent: # in root-folder of slave
res = my_catalog.searchResults(oid_index=msgHeader['from_oid'])
if len(res) > 0:
newParentObj = iter(res).next()
else:
res = my_catalog.searchResults(oid_index=msgNewparent)
if len(res) > 0:
newParentObj = iter(res).next()
objToMove = None
res = my_catalog.searchResults(oid_index=msgObjectOid)
if len(res) > 0:
objToMove = iter(res).next()
if objToMove and newParentObj:
mover = IObjectMover(objToMove)
if mover.moveableTo(newParentObj):
mover.moveTo(newParentObj)
else:
raise Exception, "object not movable to new parent"
def isOidInCatalog(arg_oid):
"""can arg_oid be found in Catalog"""
if oidIsValid(arg_oid):
my_catalog = zapi.getUtility(ICatalog)
if len(my_catalog.searchResults(oid_index=arg_oid)) > 0:
return True
return False
def cbFun(self, transportDispatcher, transportDomain, transportAddress, wholeMsg):
""" this callback function which will handle the snmptrap message from pysnmp stack """
while wholeMsg:
msgVer = int(api.decodeMessageVersion(wholeMsg))
if api.protoModules.has_key(msgVer):
pMod = api.protoModules[msgVer]
else:
print 'Unsupported SNMP version %s' % msgVer
return
reqMsg, wholeMsg = decoder.decode(
wholeMsg, asn1Spec=pMod.Message(),
)
print 'Notification message from %s:%s: ' % (
transportDomain, transportAddress
)
reqPDU = pMod.apiMessage.getPDU(reqMsg)
if reqPDU.isSameTypeWith(pMod.TrapPDU()):
if SnmpdThread.database:
conn = SnmpdThread.database.open()
root = conn.root()
root_folder = root['Application']
old_site = getSite()
setSite(root_folder)
my_catalog = zapi.getUtility(ICatalog)
search_ip = pMod.apiTrapPDU.getAgentAddr(reqPDU).prettyPrint()
search_ip_conv = convertIpV4(search_ip)
for result in my_catalog.searchResults(\
interface_ip_index=search_ip_conv):
parentObj = result.__parent__
snmpAdapter = ISnmptrapd(parentObj)
snmpAdapter.triggered(reqPDU, msgVer, pMod)
setSite(old_site)
transaction.commit()
conn.close()
return wholeMsg
def testClearContents(self):
user = PrincipalStub('srichter')
annotationutil = zapi.getUtility(IPrincipalAnnotationUtility)
annotations = annotationutil.getAnnotations(user)
clipboard = IPrincipalClipboard(annotations)
clipboard.clearContents()
self.failUnless(clipboard.getContents() == ())
def _getFactory(self):
# get factory or factory id
factory = self.__dict__.get('_factory_or_id', self._factory_or_id)
if type(factory) is str: # factory id
return zapi.getUtility(IFactory, factory, self.context)
else:
return factory
def setCacheId(self, id):
# Remove object from old cache
old_cache_id = self.getCacheId()
if old_cache_id and old_cache_id != id:
cache = zapi.getUtility(ICache, old_cache_id)
cache.invalidate(self._context)
annotations = IAnnotations(removeAllProxies(self._context))
annotations[annotation_key] = id
def fileOpen(self):
"""will open a filehandle to the specific object
"""
#import pdb;pdb.set_trace()
objId = self.context.getObjectId()
utilNagios = zapi.getUtility(IAdmUtilGeneratorNagios, '')
self.fileName = utilNagios.pathConfigData + u'/Hosts/%s.cfg' % objId
ParentGenNagios.fileOpen(self)
def notifyAddedEvent(instance, event):
logger.info(u"superclass.objcollect.notifyAddedEvent: event: %s" % event)
raw_instance = removeSecurityProxy(instance)
iid = zapi.getUtility(IIntIds, '')
iid.register(raw_instance)
connection = IConnection(raw_instance)
oc = connection.root()['_oq_collection']
oc.index(raw_instance)
def eventInp_inward_relaying_shutdown(self, eventMsg=None):
"""
forward the event to all objects in this container through the signal filter
"""
if self.inEventMask(eventMsg, testHostGroup=False):
print "HostVMwareEsx.eventInp_inward_relaying_shutdown() [%s]" % self.ikName
esx_utility = zapi.getUtility(IAdmUtilEsxVim)
if esx_utility and len(self.esxUuid) > 0:
self.appendHistoryEntry("inward relaying shutdown")
#esx_utility.getFilteredList(self.esxUuid)
myParams = {\
'cmd': 'find_entity_views',
'view_type': 'HostSystem',
'admUtilEsxVim': esx_utility,
'filter': {'name':self.esxUuid},
}
myEsxDict = esx_utility.get_EsxVimObject_Dict(myParams, None)
if not myEsxDict.has_key(self.esxUuid):
print "dont find"
return None
myEsxObj = myEsxDict[self.esxUuid]
myParams = {\
'cmd': 'find_entity_views',
'view_type': 'VirtualMachine',
'admUtilEsxVim': esx_utility,
'begin_entity': myEsxObj.perlEsxObjRef,
'filter': {'runtime.powerState':'poweredOn'},
}
myVmDict = esx_utility.get_EsxVimObject_Dict(myParams, None)
my_catalog = zapi.getUtility(ICatalog)
if myVmDict is not None and len(myVmDict) > 0:
for vmName, vmObj in myVmDict.items():
#print "----->", vmObj.uuid
res = my_catalog.searchResults(
host_vmuuid_index=str(vmObj.uuid))
#import pdb
#pdb.set_trace()
if len(res) > 0:
internalVmObj = list(res)[0]
#print "ref-->", internalVmObj
inst_event = MsgEvent(senderObj = self,
oidEventObject = eventMsg.oidEventObject,
logText = u"inward relaying by esx host '%s'"\
% self.ikName,
targetFunctionName = 'shutdown')
internalVmObj.injectInpEQueue(inst_event)
def getQueriables(self):
"""Returns an iteratable of queriables.
Queriables are responsible for providing interfaces to search for
principals by a set of given parameters (can be different for the
various queriables). This method will walk up through all of the
authentication utilities to look for queriables.
>>> class DummyUtility1:
... implements(IAuthentication)
... __parent__ = None
... def __repr__(self): return 'dummy1'
>>> dummy1 = DummyUtility1()
>>> class DummyUtility2:
... implements(ISourceQueriables, IAuthentication)
... __parent__ = None
... def getQueriables(self):
... return ('1', 1), ('2', 2), ('3', 3)
>>> dummy2 = DummyUtility2()
>>> class DummyUtility3(DummyUtility2):
... implements(IAuthentication)
... def getQueriables(self):
... return ('4', 4),
>>> dummy3 = DummyUtility3()
>>> from zope.app.component.testing import testingNextUtility
>>> testingNextUtility(dummy1, dummy2, IAuthentication)
>>> testingNextUtility(dummy2, dummy3, IAuthentication)
>>> temp = zapi.getUtility
>>> zapi.getUtility = lambda iface: dummy1
>>> source = PrincipalSource()
>>> list(source.getQueriables())
[(u'0', dummy1), (u'1.1', 1), (u'1.2', 2), (u'1.3', 3), (u'2.4', 4)]
>>> zapi.getUtility = temp
"""
i = 0
auth = zapi.getUtility(IAuthentication)
yielded = []
while True:
queriables = ISourceQueriables(auth, None)
if queriables is None:
yield unicode(i), auth
else:
for qid, queriable in queriables.getQueriables():
# ensure that we dont return same yielded utility more
# then once
if queriable not in yielded:
yield unicode(i)+'.'+unicode(qid), queriable
yielded.append(queriable)
auth = queryNextUtility(auth, IAuthentication)
if auth is None:
break
i += 1
def __init__(self, context, interface, nameOnly=False):
if nameOnly is not False:
nameOnly = True
if isinstance(interface, (str, unicode)):
interface = zapi.getUtility(IInterface, interface)
self.interface = interface
utils = zapi.getUtilitiesFor(interface, context)
self._terms = dict([(name, UtilityTerm(nameOnly and name or util, name))
for name, util in utils])
def add(self, obj, arg_request=None):
""" add a dashboard item to the dashboard set """
if hasattr(obj, 'objectID'):
my_catalog = zapi.getUtility(ICatalog)
if len(my_catalog.searchResults(oid_index=obj.objectID)):
return set.add(self, AdmUtilUserDashboardItem(obj, 'oid'))
else: # object not in Catalog
return set.add(self, AdmUtilUserDashboardItem(obj, 'path'))
raise Exception, "wrong type for AdmUtilUserDashboardSet"
def get_thesaurus(self):
""" return the content for a particular thesurus """
from zopyx.txng3.core.interfaces import IThesaurus
try:
from zope.app import zapi
return zapi.getUtility(IThesaurus, self.request['id'])
except ImportError:
from zope.component import getUtility
return getUtility(IThesaurus, self.request['id'])
def UserPreferences(context=None):
"""Adapts an ``ILocation`` object to the ``IUserPreferences`` interface."""
if context is None:
context = zapi.getSiteManager()
rootGroup = zapi.getUtility(IPreferenceGroup)
rootGroup = rootGroup.__bind__(context)
rootGroup.__name__ = '++preferences++'
zope.interface.alsoProvides(rootGroup, IContainmentRoot)
return rootGroup
def testLayer(self):
self.assertEqual(zapi.queryMultiAdapter((ob, request), name='test'),
None)
xmlconfig(StringIO(
template % '<browser:layer name="testlayer" />'
))
testlayer = zapi.getUtility(ILayer, "testlayer")
import zope.app.layers
self.assert_(zope.app.layers.testlayer is testlayer)
def getCacheForObject(obj):
"""Returns the cache associated with `obj` or ``None``."""
adapter = ICacheable(obj, None)
if adapter is None:
return None
cache_id = adapter.getCacheId()
if not cache_id:
return None
return zapi.getUtility(ICache, cache_id)
def debugEventHistory(self, eventObject=None):
if eventObject is not None:
my_catalog = zapi.getUtility(ICatalog)
print "debugEventHistory:"
print "-" * 40
for entry in eventObject.transmissionHistory:
for obj in my_catalog.searchResults(oid_index=entry):
print " -> ", obj.getDcTitle()
print "-" * 40
def get_thesaurus(self):
""" return the content for a particular thesurus """
from zopyx.txng3.core.interfaces import IThesaurus
try:
from zope.app import zapi
return zapi.getUtility(IThesaurus, self.request['id'])
except ImportError:
from zope.component import getUtility
return getUtility(IThesaurus, self.request['id'])
def __call__(self, *args):
site = getObject(self.context)
#sm = site.getSiteManager()
setSite(site)
# blogger product
blogger = getUtility(IBloggerProduct)
if not blogger.__installed__:
blogger.install()
# set wysiwyg editor
configlet = getUtility(IContentEditorConfiglet)
configlet.default_editor = 'tinymce'
notify(ObjectModifiedEvent(configlet))
# set skin
skintool = getUtility(ISkinTool)
skintool.skin = 'quick.theme.sample'
notify(ObjectModifiedEvent(skintool))
def test_registerUtilityOnUtilityRegistry(self):
utils = zapi.getSiteManager().utilities
dummy = DummyUtility()
utils.registerUtility(IDummyUtility, dummy, 'dummy')
self.assertEquals(zapi.getUtility(IDummyUtility, name='dummy'), dummy)
self.assertEquals(list(zapi.getUtilitiesFor(IDummyUtility)),
[('dummy', dummy)])
self.assertEquals(list(zapi.getAllUtilitiesRegisteredFor(
IDummyUtility)), [dummy])
def test_bootstrapSusbcriber(self):
bootStrapSubscriber(EventStub(self.db))
sessionBootstrapSubscriber(EventStub(self.db))
from zope.app.publication.zopepublication import ZopePublication
from zope.app.component.hooks import setSite
from zope.app import zapi
cx = self.db.open()
root = cx.root()
root_folder = root[ZopePublication.root_name]
setSite(root_folder)
zapi.getUtility(IClientIdManager)
zapi.getUtility(ISessionDataContainer)
cx.close()
def test_registerUtilityOnUtilityRegistry(self):
utils = zapi.getSiteManager().utilities
dummy = DummyUtility()
utils.registerUtility(IDummyUtility, dummy, 'dummy')
self.assertEquals(zapi.getUtility(IDummyUtility, name='dummy'), dummy)
self.assertEquals(list(zapi.getUtilitiesFor(IDummyUtility)),
[('dummy', dummy)])
self.assertEquals(
list(zapi.getAllUtilitiesRegisteredFor(IDummyUtility)), [dummy])
