def getHealth(item, formatter):
"""State Icon of Object"""
if IComponent.providedBy(item):
try:
return u"%3.0f %%" % (100.0 * item.get_health())
except TypeError:
return u"-"
def objs(self):
"""List of Content objects"""
retList = []
uidutil = getUtility(IIntIds)
for (myid, myobj) in uidutil.items():
if IComponent.providedBy(myobj.object):
tmp_health = myobj.object.get_health()
if tmp_health is not None and \
tmp_health < 0.9:
retList.append(myobj.object)
return retList
def __init__(self, **data):
"""
constructor of the object
"""
Supernode.__init__(self, **data)
#self.myFactory = str(self.__class__).split("'")[1]
for (name, value) in data.items():
if name in IComponent.names():
setattr(self, name, value)
if not hasattr(self, 'isTemplate'):
self.isTemplate = False
self.ikRevision = __version__
def __init__(self, **data):
"""
constructor of the object
"""
Supernode.__init__(self, **data)
self.requirements = []
refAttributeNames = getRefAttributeNames(Component)
for (name, value) in data.items():
if name in IComponent.names() and \
name not in refAttributeNames:
setattr(self, name, value)
self.ikRevision = __version__
def objs(self):
#import pdb
#pdb.set_trace()
retList = []
uidutil = getUtility(IIntIds)
for (myid, myobj) in uidutil.items():
if IComponent.providedBy(myobj.object):
base_reqs = getEvaluationsTodo(myobj.object)
for req in base_reqs:
retList.append({'obj': req, 'component': myobj.object})
#retList.append((req, myobj.object))
return retList
def _getAllExportData_Step2(self):
"""return a list of relation-tuples by lovely.relation
in form of
[ (('obj1Id'. 'obj1AttrName'), ('obj2Id'. 'obj2AttrName')),
]
"""
retList = []
refAttributeNames = self.getRefAttributeNames()
for attr_name in refAttributeNames:
if hasattr(self, attr_name):
objList = getattr(self, attr_name)
if type(objList) != type([]):
objList = [objList]
for obj in objList:
if IComponent.providedBy(obj):
rel_manager = getattr(self.__class__,
attr_name)._manager
retList.append(((self.objectID, attr_name),
(obj.objectID, rel_manager.relType)))
return retList
def fillDotFile(self, dotFile, mode=None):
"""generate the dot file
"""
my_catalog = zapi.getUtility(ICatalog)
objIdSet = set()
objSet = set()
eventSet = set()
for (oid, oobj) in self.items():
objIdSet.add(oid)
for objId in self.inpEQueues:
objIdSet.add(objId)
for objId in self.outEQueues:
objIdSet.add(objId)
for objId in objIdSet:
for result in my_catalog.searchResults(oid_index=objId):
if IAdmUtilEvent.providedBy(result):
eventSet.add(result)
elif IEventLogic.providedBy(result):
objSet.add(result)
elif IEventLogic.providedBy(result):
objSet.add(result)
elif IComponent.providedBy(result):
if result.isConnectedToEvent():
objSet.add(result)
else:
pass
print >> dotFile, '// GraphViz DOT-File'
print >> dotFile, 'digraph "%s" {' % (zapi.getRoot(self).__name__)
if mode and mode.lower() == "fview":
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", dpi="100.0"];'
else:
print >> dotFile, '\tgraph [bgcolor="#E5FFF9", size="6.2,5.2",' +\
' splines="true", ratio = "auto", dpi="100.0"];'
print >> dotFile, '\tnode [fontname = "Helvetica",fontsize = 10];'
print >> dotFile, '\tedge [style = "setlinewidth(2)", color = black];'
print >> dotFile, '\trankdir = LR;'
print >> dotFile, '\t// objects ----------------------------------'
for obj in objSet:
objGraphvizDot = IGenGraphvizDot(obj)
objGraphvizDot.traverse4DotGenerator(dotFile,
level=1,
comments=True,
signalsOutput=True,
recursive=False)
#print "-" * 80
#uidutil = zapi.getUtility(IIntIds)
#print >> dotFile, '\t// locations ----------------------------------'
#for (oid, oobj) in uidutil.items():
#if ILocation.providedBy(oobj.object):
#print "Location: ", oobj.object.ikName
#print >> dotFile, \
#'\tsubgraph "cluster_location" { color=blue; label="location"};'
##elif IRoom.providedBy(oobj.object):
##print "Room: ", oobj.object.ikName
##elif ILocation.providedBy(oobj.object):
##print "Location: ", oobj.object.ikName
#print "-" * 80
print >> dotFile, '\t// events ----------------------------------'
for event in eventSet:
eventGraphvizDot = IGenGraphvizDot(event)
eventGraphvizDot.traverse4DotGenerator(dotFile,
level=1,
comments=True)
for obj in objSet:
allInpNamesDict = obj.getAllInpEventNames()
allOutNamesDict = obj.getAllOutEventNames()
for inpName in allInpNamesDict.keys():
for iObj in allInpNamesDict[inpName]:
print >> dotFile, '\t "%s"-> "%s":"%s"' % (
iObj, obj.objectID, inpName)
for outName in allOutNamesDict.keys():
for iObj in allOutNamesDict[outName]:
print >> dotFile, '\t "%s":"%s"-> "%s"' % (obj.objectID,
outName, iObj)
print >> dotFile, '}'
dotFile.flush()