def lookupVocabulary(context, field):
if IVocabulary.providedBy(field.vocabulary):
return field.vocabulary.getVocabularyDict(context)
else:
vocab = field.Vocabulary(context)
tree = OrderedDict()
for key in vocab:
tree[key] = vocab.getValue(key)
return tree
def lookupVocabulary(context, field):
if IVocabulary.providedBy(field.vocabulary):
return field.vocabulary.getVocabularyDict(context)
else:
vocab = field.Vocabulary(context)
tree = OrderedDict()
for key in vocab:
tree[key] = vocab.getValue(key)
return tree
def getVocabulary(self, instance):
""" return the vocabulary by name from atvocabularymanager
"""
vt = getToolByName(instance, TOOL_NAME)
vocab = vt.getVocabularyByName(self.vocab_name)
if vocab is None:
raise KeyError('Vocabulary id not found in ' + \
'portal_vocabularies : %s' % self.vocab_name)
assert(IVocabulary.providedBy(vocab))
return vocab
def getVocabulary(self, instance):
""" return the vocabulary by name from atvocabularymanager
"""
vt = getToolByName(instance, TOOL_NAME)
vocab = vt.getVocabularyByName(self.vocab_name)
if vocab is None:
raise KeyError('Vocabulary id not found in ' + \
'portal_vocabularies : %s' % self.vocab_name)
assert(IVocabulary.providedBy(vocab))
return vocab
def getVocabulary(self, instance):
""" Gets this column vocabulary for specific Archetypes instance
"""
if IVocabulary.providedBy(self.vocabulary):
return self.vocabulary.getDisplayList(instance)
try:
func = getattr(instance, self.vocabulary)
except AttributeError:
raise AttributeError, "Class %s is missing vocabulary function %s" % (str(instance), self.vocabulary)
return func()
def getVocabulary(self, instance):
""" Gets this column vocabulary for specific Archetypes instance
"""
if IVocabulary.providedBy(self.vocabulary):
return self.vocabulary.getDisplayList(instance)
try:
func = getattr(instance, self.vocabulary)
except AttributeError:
func = instance.restrictedTraverse(self.vocabulary, None)
if func is None:
raise AttributeError, "Class %s is missing vocabulary function %s" % (str(instance), self.vocabulary)
return func()
def __call__(self):
fieldname = self.request.get('fieldname')
field = self.context.Schema()[fieldname]
import pdb; pdb.set_trace()
if IVocabulary.providedBy(field.vocabulary):
tree = field.vocabulary.getVocabularyDict(self.context)
else:
vocab = field.Vocabulary(self.context)
tree = OrderedDict()
for key in vocab:
tree[key] = vocab.getValue(key)
tree = dict2dynatree(tree, lambda x: True, lambda x: True)
return JSONWriter().write(tree)
def __call__(self):
self.form = deepcopy(self.default_query)
self.form.update(deepcopy(self.request.form))
catalog = getToolByName(self.context, 'portal_catalog')
query = deepcopy(self.form)
self.results = catalog(query)
facet_counts = getattr(self.results, 'facet_counts', {})
voctool = getToolByName(self.context, 'portal_vocabularies', None)
self.vocDict = dict()
for field in self.facet_fields:
voc = {}
if voctool:
voc = voctool.getVocabularyByName(field)
if IVocabulary.providedBy(voc):
self.vocDict[field] = ( voc.Title(),
voc.getVocabularyDict(self.context))
elif facet_counts:
# we don't have a matching vocabulary, so we fake one
before = after = -1
if field in facet_counts['facet_fields']:
field_values = facet_counts['facet_fields'][field].keys()
elif field in facet_counts['facet_ranges']:
field_values= facet_counts['facet_ranges'][field]['counts'].keys()
before = facet_counts['facet_ranges'][field].get('before', -1)
after = facet_counts['facet_ranges'][field].get('after', -1)
else:
continue
content = dict()
if before >= 0:
content[DATE_LOWERBOUND] = ('Before', None)
if after >= 0:
content[DATE_UPPERBOUND] = ('After', None)
for value in field_values:
content[value] = (self.getFriendlyValue(field, value), None)
self.vocDict[field] = (self.getFriendlyFieldName(field), content)
