def _findResults(self):
"""Put all matching links into self._results.
"""
# TODO: hier geht's weiter... :)
context = utils.context(self)
portal_catalog = getToolByName(context, 'portal_catalog')
path = '/'.join(context.getPhysicalPath())
contentType = 'AzPage'
query = {'sort_on': 'sortable_title'}
query['path'] = path
query['portal_type'] = contentType
if self.startLetter:
query['getFirstLetter'] = self.startLetter
if self.searchText:
query['SearchableText'] = self.searchText
if self.category and self.category != ['Alle Kategorien']:
query['getSelectedCategory'] = self.category
if self.zipcategory and self.zipcategory != ['Alle Bereiche']:
query['getSelectedZipCategory'] = self.zipcategory
try:
results = portal_catalog.searchResults(query)
except ParseTree.ParseError:
results = []
if results is None: # fix in case results is `None`
results = []
self._results = results
def results(self):
"""Return results ordered by a..z.
The results will be a list of dictionaries with keys 'letter'
and 'lines'.
Each result item will be a dictionary with a title and a link
key.
"""
context = utils.context(self)
membership = getToolByName(context, 'portal_membership')
# check the necessary permissions on the folder not the object itself
can_edit = membership.checkPermission(cmfperms.ModifyPortalContent, context)
resultlist = []
for item in self._results:
# Grab the things we want from the item:
dictItem = {}
dictItem['title'] = item.Title
dictItem['desc'] = item.Description
dictItem['link'] = item.getURL
dictItem['types'] = item.getObject().getSelectedEventtype
dictItem['providers'] = item.getObject().getSelectedEventprovider
dictItem['fee'] = item.getObject().getWekaeventFee
dictItem['city'] = item.getWekaeventCity
dictItem['startdate'] = item.getObject().getWekaEventStartDate
dictItem['zipcode'] = item.getObject().getWekaeventZIP
resultlist.append(dictItem)
return resultlist
def _findResults(self):
"""Put all matching links into self._results.
"""
context = utils.context(self)
portal_catalog = getToolByName(context, 'portal_catalog')
path = '/'.join(context.getPhysicalPath())
contentType = 'WekaEvent'
reviewState =['published',]
datefilter={'query':DateTime(), 'range': 'min'}
query = {'sort_on': 'sortable_title'}
query['path'] = path
query['portal_type'] = contentType
query['review_state'] = reviewState
query['getWekaEventStartDate'] = datefilter
if self.startLetter:
query['getFirstLetter'] = self.startLetter
if self.searchText:
query['SearchableText'] = self.searchText
if self.eventtype and self.eventtype != ['Alle Veranstaltungen']:
query['getSelectedEventtype'] = self.eventtype
if self.eventzip and self.eventzip != ['Alle Bereiche']:
query['getSelectedEventzip'] = self.eventzip
if self.eventprovider and self.eventprovider != ['Alle Anbieter']:
query['getSelectedEventprovider'] = self.eventprovider
try:
results = portal_catalog.searchResults(query)
except ParseTree.ParseError:
results = []
if results is None: # fix in case results is `None`
results = []
self._results = results
def __init__(self, *args, **kwargs):
utils.BrowserView.__init__(self, *args, **kwargs)
self._results = []
self.startLetter = self.request.get("startLetter", None)
self.category = self.request.get("category", None)
self.searchText = self.request.get("searchText", None)
if self.startLetter or self.category or self.searchText:
self._findResults()
context = utils.context(self)
self.context_url = context.absolute_url()
def results(self):
""" """
context = utils.context(self)
putils = getToolByName(context, 'plone_utils')
portal_catalog = getToolByName(context, 'portal_catalog')
typesToShow = ['Publication']
return self.request.get(
'items',
portal_catalog.searchResults(sort_on='modified',
portal_type=typesToShow,
sort_order='reverse',
sort_limit=5)[:5])
def __init__(self, *args, **kwargs):
utils.BrowserView.__init__(self, *args, **kwargs)
self._results = []
self.startLetter = self.request.get('startLetter', None)
self.eventtype = self.request.get('eventtype', None)
self.eventprovider = self.request.get('eventprovider', None)
self.eventzip = self.request.get('eventzip', None)
self.searchText = self.request.get('searchText', None)
if self.startLetter or self.eventtype or self.eventprovider or self.eventzip or self.searchText:
self._findResults()
context = utils.context(self)
self.context_url = context.absolute_url()
def zipcategories(self):
"""Return a list of zip code categories.
Each category will be a dictinary with a title and a
searchLink key
"""
context = utils.context(self)
cats = list(context.getZipcategories())
# Add 'all'
cats.append('Alle Bereiche')
cats.sort()
return cats
def categories(self):
"""Return a list of categories.
Each category will be a dictionary with a title and a
searchLink key.
"""
context = utils.context(self)
cats = list(context.getCategories())
# Add 'all'
cats.append('Alle Kategorien')
cats.sort()
return cats
def eventproviders(self):
"""Return a list of categories.
Each category will be a dictionary with a title and a
searchLink key.
"""
context = utils.context(self)
cats = list(context.getEventproviders())
# Add 'all'
cats.append('Alle Anbieter')
cats.sort()
return cats
def results(self):
"""Return results ordered by a..z.
The results will be a list of dictionaries with keys 'letter'
and 'lines'.
Each result item will be a dictionary with a title and a link
key.
"""
context = utils.context(self)
membership = getToolByName(context, 'portal_membership')
# check the necessary permissions on the folder not the object itself
can_edit = membership.checkPermission(cmfperms.ModifyPortalContent, context)
letterCollectionMap = {}
for item in self._results:
firstLetter = item.getFirstLetter
if not firstLetter:
continue
letterCollection = letterCollectionMap.get(
firstLetter, [])
# Grab the things we want from the item:
dictItem = {}
dictItem['title'] = item.Title
dictItem['desc'] = item.Description
dictItem['link'] = item.getURL
dictItem['premium'] =item.getObject().getIsPremiumEntry
dictItem['city'] = item.getObject().getOrgCity
dictItem['zipcode'] = item.getObject().getOrgZIP
dictItem['logo'] = item.getObject().getOrgLogo
if can_edit:
dictItem['edit_link'] = item.getURL() + '/edit'
letterCollection.append(dictItem)
letterCollectionMap[firstLetter] = letterCollection
lettersFound = letterCollectionMap.keys()
lettersFound.sort()
output = []
for letter in lettersFound:
uppercaseLetter = letter.upper()
lines = letterCollectionMap[letter]
output.append({'letter': uppercaseLetter,
'lines': lines})
return output
def categories(self):
"""Return a list of categories.
Each category will be a dictionary with a title and a
searchLink key.
"""
context = utils.context(self)
cats = list(context.getGlossaryCategories())
# Add 'all'
cats.append("Alle Kategorien")
cats.sort()
results = []
for cat in cats:
item = {}
item["title"] = cat
item["searchLink"] = generateLink(self.context_url, "category", cat)
results.append(item)
return results
def _findResults(self):
"""Put all matching links into self._results.
"""
context = utils.context(self)
portal_catalog = getToolByName(context, "portal_catalog")
path = "/".join(context.getPhysicalPath())
contentType = "glossaryItem"
query = {"sort_on": "sortable_title"}
query["path"] = path
query["portal_type"] = contentType
if self.startLetter:
query["getDefFirstLetter"] = self.startLetter
if self.searchText:
query["SearchableText"] = self.searchText
try:
results = portal_catalog.searchResults(query)
except ParseTree.Error:
results = []
if self.category and self.category != "Alle Kategorien":
results = [r for r in results if self.category in r.getDefSelectedCategory]
self._results = results
def results(self):
"""Return results ordered by a..z.
The results will be a list of dictionaries with keys 'letter'
and 'lines'.
Each result item will be a dictionary with a title and a link
key.
"""
context = utils.context(self)
membership = getToolByName(context, "portal_membership")
# acquire permissions from the parent folder
# to avoid performance issues
can_edit = membership.checkPermission(cmfperms.ModifyPortalContent, context)
letterCollectionMap = {}
for item in self._results:
firstLetter = item.getDefFirstLetter
if not firstLetter:
continue
letterCollection = letterCollectionMap.get(firstLetter, [])
# Grab the things we want from the item:
dictItem = {}
dictItem["title"] = item.Title
dictItem["link"] = item.getURL
if can_edit:
dictItem["edit_link"] = item.getURL() + "/edit"
letterCollection.append(dictItem)
letterCollectionMap[firstLetter] = letterCollection
lettersFound = letterCollectionMap.keys()
lettersFound.sort()
output = []
for letter in lettersFound:
uppercaseLetter = letter.upper()
lines = letterCollectionMap[letter]
output.append({"letter": uppercaseLetter, "lines": lines})
return output
def getNavRoot(self):
""" Override
"""
if not utils.base_hasattr(self, '_root'):
self._root = [getApplicationRoot(utils.context(self))]
return self._root[0]
def getAd(self, object=False, slot=None, template=None, ad_types=['Ad']):
"""Retrieve an ad from the ad manager
"""
context = utils.context(self)
catalog_tool = getToolByName(context, 'ad_catalog')
prop_tool = getToolByName(context, 'portal_properties')
ad_states = prop_tool.promo_engine_properties.ad_states
ads = []
unique_objects = []
unique_slots = []
# get the ads based on the object's references
if object:
# try and except in case the object doesn't support references
try:
raw_object_ads = object.getBRefs('AdLocation')
object_ads = LazyFilter(raw_object_ads, skip='View')
# ads of a given type
filtered_ads = [obj for obj in object_ads \
if obj.portal_type in ad_types]
wf_tool = getToolByName(context, 'portal_workflow')
# get ads of workflow states defined in the properties
published_object_ads = [obj for obj in filtered_ads \
if wf_tool.getInfoFor(obj,'review_state',None) in ad_states]
unique_objects = [item.UID() for item in published_object_ads]
except AttributeError:
# if the object doesn't support refs then set object to none
# so we can still use slots on that object
object = None
# get the ads based the slot wanted
if slot:
query = {'portal_type':ad_types,
'getAdSlot':slot,
'review_state':ad_states}
slot_ads = catalog_tool.searchResults(query)
unique_slots = [item.UID for item in slot_ads]
# see if there is a call for a slot and an object and get the
# unique results. Otherwise get the unique_slots or unique_objects
if object is not False and slot:
# Check to see if the context given is None
if object is not None:
ads = [item for item in unique_objects if item in unique_slots]
else:
# we had no context. return empty.
ads = []
elif slot:
ads = unique_slots
elif object:
ads = unique_objects
# if there are ads then choose one and then get the object
if ads:
uidtool = getToolByName(context, 'uid_catalog')
# TODO: could optionaly use some 80/20 type functionality here
ad_uid = random.choice(ads)
query = {'UID':ad_uid}
ad_brains = uidtool(query)
for brain in ad_brains:
ad_obj = brain.getObject()
# otherwise return and empty macro
else:
ad_obj = None
macro = template.pt_macros()['empty']
return macro
# look for the context in the stack
frame = sys._getframe()
try:
econtext = _marker
while econtext is _marker and frame is not None:
econtext = frame.f_locals.get('econtext', _marker)
frame = frame.f_back
if econtext is _marker:
raise RuntimeError, 'Context not found'
finally:
del frame
econtext.setLocal('ad', ad_obj)
macro = template.pt_macros()['view']
return macro
def getNavRoot(self):
""" Override
"""
if not utils.base_hasattr(self, '_root'):
self._root = [getApplicationRoot(utils.context(self))]
return self._root[0]
