def manageEvaluations(self, obj, request=None):
retList = []
if hasattr(obj, "getEvaluationsDone"):
evals = obj.getEvaluationsDone()
if len(evals) > 0:
eval_name = _("Evaluation")
eval_evaluator = _("Evaluator")
longest_eval_name = len(eval_name)
longest_eval_evaluator = len(eval_evaluator)
for eval in evals:
if longest_eval_name < len(str(eval.ikName)):
longest_eval_name = len(str(eval.ikName))
if longest_eval_evaluator < len(str(eval.evaluator.title)):
longest_eval_evaluator = len(str(eval.evaluator.title))
for i in range(0, longest_eval_name - len(eval_name)):
eval_name += " "
for i in range(0,
longest_eval_evaluator - len(eval_evaluator)):
eval_evaluator += " "
name_str = "<html>%s\t%s\t%s\n" % (eval_name, eval_evaluator,
_("Value"))
for eval in evals:
eval_name = str(eval.ikName)
eval_evaluator = str(eval.evaluator.title)
for i in range(0, longest_eval_name - len(eval.ikName)):
eval_name += " "
for i in range(
0, longest_eval_evaluator - len(eval_evaluator)):
eval_evaluator += " "
if str(eval.value) == "Pass":
eval_value = str(eval.value) + "\t v"
elif str(eval.value) == "Fail":
eval_value = str(eval.value) + "\t X"
name_str += '%s\t%s\t%s\n' % (eval_name, eval_evaluator,
eval_value)
name_str += "</html>"
name_str = name_str.replace("\t", "	").replace(
"\n", "
").replace(" ", " ").replace(
"<", "<").replace(">",
">").replace('"', """)
node = MMNode("tmp%s" % generateOid(), name_str,
{"node_type": "bubble"})
retList.append(node)
if hasattr(obj, "getEvaluationsTodo"):
reqs = obj.getEvaluationsTodo()
if len(reqs) > 0:
name_str = _("Evaluations Todo") + u"\n"
for req in reqs:
name_str += str(req.title) + "\n"
name_str = name_str.replace("\t", "	").replace(
"\n", "
").replace(" ", " ")
node = MMNode("tmp%s" % generateOid(), name_str,
{"node_type": "bubble"})
node.append_builtin_icon("messagebox_warning")
retList.append(node)
return retList
def chooseName(self, name=None, arg_object=None):
"""
return a good name for the generation of the object
"""
if name:
self.checkName(name, arg_object)
return name
try:
retVal = arg_object.getObjectId()
if not retVal:
retVal = unicode(generateOid(self, name, arg_object))
except Exception, err:
retVal = unicode(generateOid(self, name, arg_object))
def __init__(self, **data):
"""
constructor of Superclass
"""
Persistent.__init__(self)
ISuperclass['objectID'].readonly = False
self.objectID = generateOid(self)
self.ikName = self.objectID
for (name, value) in data.items():
if name in ISuperclass.names():
setattr(self, name, value)
ISuperclass['objectID'].readonly = True
self.ikAuthor = u""
self.dbgLevel = NOTSET
self.history = RingBuffer(20)
self.inpEQueue = Queue()
self.outEQueue = Queue()
self.outEReceiver = None
self.workflows = {}
self.wf_worklist = []
interaction = queryInteraction()
if interaction is not None:
for participation in interaction.participations:
#principalid = participation.principal.id
principal_title = participation.principal.title
self.ikAuthor += unicode(principal_title)
self.myFactory = str(self.__class__).split("'")[1]
self.ikRevision = __version__
def manageEvaluations(self, obj, cfgFile, level, request=None):
if hasattr(obj, "getEvaluationsDone"):
evals = obj.getEvaluationsDone()
if len(evals) > 0:
table_list = [(_("Evaluation"), _("Evaluator"), _("Value"))]
for eval in evals:
#table_list.append((eval.ikName, eval.evaluator.title, eval.value+' <img src="%s/lib/python/org/ict_ok/skin/pics/mini/tick.gif">' % os.getcwd()))
table_list.append(
(eval.ikName, eval.evaluator.title, eval.value))
tmpID = "tmp%s" % generateOid()
dot_str = '%s"%s" [' % ("\t" * level, tmpID)
dot_str += 'shape="note", '
dot_str += 'label=<%s>, ' % self.__htmlTable(table_list)
dot_str += 'fontsize=10.0'
if request:
dot_str += ', \nURL="%s/evaluations_done.html"' % zapi.absoluteURL(
obj, request)
dot_str += '];\n'
dot_str += '%s"%s" -- "%s";' % ("\t" * level, tmpID,
obj.objectID)
print >> cfgFile, dot_str
if hasattr(obj, "getEvaluationsTodo"):
reqs = obj.getEvaluationsTodo()
if len(reqs) > 0:
pass
def __init__(self):
Contained.__init__(self)
self.objectID = generateOid(self)
self.name = None
self.overallStatus = None
self.localEsxUtil = None
self.perlEsxObjRef = None
def __init__(self):
Contained.__init__(self)
self.objectID = generateOid(self)
self.name = None
def recursiveHelper(self, tupleList, contextdepth, request=None, alreadySeenDict={}):
if contextdepth > 0:
contextdepth -= 1
nodelist = []
my_catalog = zapi.getUtility(ICatalog)
for (attrName, viewTitle, contextObj) in tupleList:
if attrName is not None and viewTitle is not None:
if type(attrName) is not type("str"):
raise TypeError("Nav_tuple_wrong: %s" % type(attrName))
objList = getattr(contextObj, attrName)
if type(objList) is not list:
objList = [objList]
for obj in objList:
node = None
if obj not in alreadySeenDict.keys():
if type(obj) is type("str") or type(obj) is type(u'ustr'):
continue
#try:
#maybe_obj = my_catalog.searchResults(oid_index=obj)
#if len(maybe_obj)>0:
#maybe_obj = iter(maybe_obj).next()
##hope thats only one ...
#except:
#pass
#if ischooltool.IRequirement.providedBy(maybe_obj):
##oh its a requiremnt
##objList.append(maybe_obj)
#continue
if not hasattr(obj, "objectID"):
Oid = "tmp%s" % generateOid()
node = MMNode(Oid, obj)
alreadySeenDict[obj] = node
print "reursiveHelper %s" % obj
else:
try:
node = MMNode(obj.objectID, obj.ikName, {"link": zapi.absoluteURL(obj, request), "node_type":"bubble"})
except:
import pdb
pdb.set_trace()
self.style_health(obj, node)
alreadySeenDict[obj] = node
#print "obj: %s" % obj.ikName
itemNav = INavigation(obj)
sublist = itemNav.getContextObjList()
from copy import copy
subnodes = self.recursiveHelper(sublist, copy(contextdepth), request, alreadySeenDict)
subnodes.extend(self.manageEvaluations(obj))
if len(subnodes) > 0:
if self.cloudDisplay:
node.change_style({"cloud_color":"#EFEFEF"})
node.add_nodes(subnodes)
else:
#arrorw
#if not hasattr(obj, "objectID"):
#Oid = "tmp%s" % generateOid()
#alreadySeenDict[obj].connect_with_node_id(contextObj.objectID, {"COLOR": "#CBCBCB"})
#else:
alreadySeenDict[obj].connect_with_node_id(contextObj.objectID, {"COLOR": "#CBCBCB"})
if node is not None:
nodelist.append(node)
return nodelist
else:
return []
