def _processRefs(self, refs, sort_on, reverse):
"""util method to run the refs through LazyFilter
"""
filtered_refs = []
if refs and refs is not None:
if not isinstance(refs, list):
refs = [refs]
filtered_refs = list(LazyFilter(refs, skip='View'))
if sort_on is not None:
filtered_refs.sort(lambda x, y: cmp(
x.getField(sort_on).get(x),
y.getField(sort_on).get(y)))
if reverse:
filtered_refs.reverse()
return filtered_refs
def items(self):
"""Return items according to policy"""
syndtool = getUtility(ISyndicationTool)
key, reverse = self.context.getDefaultSorting()
items = syndtool.getSyndicatableContent(self.context)
items = sort(items, ((key, 'cmp', reverse and 'desc' or 'asc'),))
items = LazyFilter(items, skip='View')
items = ({'title': o.Title(), 'description': o.Description(),
'creators': o.listCreators(), 'subjects': o.Subject(),
'rights': o.Rights, 'publisher': o.Publisher(),
'url': o.absolute_url(), 'date': o.modified().rfc822(),
'uid': None}
for idx, o in enumerate(items)
if idx < self.synd_info['max_items'])
return items
def __call__(self):
res = ""
for talk in self.getTalks():
res += talk.country + "\n"
return res
# XXX: not sure what this is about
cats = {}
authors = []
for talk in self.getTalks():
if talk.keywords:
for keyword in talk.keywords:
keyword = keyword.strip()
cats[keyword] = cats.get(keyword, 0) + 1
talks = list(LazyFilter(self.context.contentValues(), skip=''))
authors = set([t.name for t in talks])
return (len(authors), cats)
def getCurrencyItemList(include_empty=1, validation_state=validation_state):
result = []
if include_empty:
result = [
['', ''],
]
currency_module = portal.restrictedTraverse(
'currency_module', portal.restrictedTraverse('currency', None))
if currency_module is not None:
for currency in LazyFilter(currency_module.contentValues(),
skip=AccessContentsInformation):
if currency.getProperty('validation_state',
'validated') in validation_state:
# for currency, we intentionaly use reference (EUR) not title (Euros).
result.append(
(currency.getReference()
or currency.getTitleOrId(), currency.getRelativeUrl()))
result.sort(key=lambda x: x[0])
return result
options = {}
options['channel_info'] = {
'base': stool.getHTML4UpdateBase(context),
'description': context.Description(),
'frequency': stool.getUpdateFrequency(context),
'period': stool.getUpdatePeriod(context),
'title': context.Title(),
'url': context.absolute_url()
}
key, reverse = context.getDefaultSorting()
items = stool.getSyndicatableContent(context)
items = sequence.sort(items, ((key, 'cmp', reverse and 'desc' or 'asc'), ))
items = LazyFilter(items, skip='View')
b_size = stool.getMaxItems(context)
batch_obj = Batch(items, b_size, 0, orphan=0)
items = []
for item in batch_obj:
items.append({
'date': item.modified().HTML4(),
'description': item.Description(),
'listCreators': item.listCreators(),
'listSubjects': item.Subject(),
'publisher': item.Publisher(),
'rights': item.Rights(),
'title': item.Title(),
'url': item.absolute_url()
})
options['listItemInfos'] = tuple(items)
def _getItems(self):
(key, reverse) = self.context.getDefaultSorting()
items = self.context.contentValues()
items = sequence.sort(items,
((key, 'cmp', reverse and 'desc' or 'asc'), ))
return LazyFilter(items, skip='View')
return
options = {}
options['channel_info'] = { 'base': stool.getHTML4UpdateBase(context),
'description': context.Description(),
'frequency': stool.getUpdateFrequency(context),
'period': stool.getUpdatePeriod(context),
'title': context.Title(),
'url': context.absolute_url() }
key, reverse = context.getDefaultSorting()
items = stool.getSyndicatableContent(context)
items = sequence.sort( items, ((key, 'cmp', reverse and 'desc' or 'asc'),) )
items = LazyFilter(items, skip='View')
b_size = stool.getMaxItems(context)
batch_obj = Batch(items, b_size, 0, orphan=0)
items = []
for item in batch_obj:
items.append( { 'date': item.modified().HTML4(),
'description': item.Description(),
'listCreators': item.listCreators(),
'listSubjects': item.Subject(),
'publisher': item.Publisher(),
'rights': item.Rights(),
'title': item.Title(),
'url': item.absolute_url() } )
options['listItemInfos'] = tuple(items)
return context.RSS_template(**decode(options, script))
options = {}
options["channel_info"] = {
"base": stool.getHTML4UpdateBase(context),
"description": context.Description(),
"frequency": stool.getUpdateFrequency(context),
"period": stool.getUpdatePeriod(context),
"title": context.Title(),
"url": context.absolute_url(),
}
key, reverse = context.getDefaultSorting()
items = stool.getSyndicatableContent(context)
items = sequence.sort(items, ((key, "cmp", reverse and "desc" or "asc"),))
items = LazyFilter(items, skip="View")
b_size = stool.getMaxItems(context)
batch_obj = Batch(items, b_size, 0, orphan=0)
items = []
for item in batch_obj:
items.append(
{
"date": item.modified().HTML4(),
"description": item.Description(),
"listCreators": item.listCreators(),
"listSubjects": item.Subject(),
"publisher": item.Publisher(),
"rights": item.Rights(),
"title": item.Title(),
"url": item.absolute_url(),
}
##parameters=b_start=0
##
from ZTUtils import Batch
from ZTUtils import LazyFilter
options = {}
options['has_local'] = 'local_pt' in context.objectIds()
key, reverse = context.getDefaultSorting()
items = context.contentValues()
items = sequence.sort(items, ((key, 'cmp', reverse and 'desc' or 'asc'), ))
items = LazyFilter(items, skip='View')
batch_obj = Batch(items, 25, b_start, orphan=0)
listItemInfos = context.getBatchItemInfos(batch_obj)
target = context.getActionInfo('object/view')['url']
navigation = context.getBatchNavigation(batch_obj, target)
options['batch'] = {'listItemInfos': listItemInfos, 'navigation': navigation}
return context.index_html_template(**options)
def _makequery(self,
query=None,
batch=False,
b_start=0,
b_size=30,
sort_on=None,
sort_order=None,
limit=0,
brains=False,
custom_query=None):
"""Parse the (form)query and return using multi-adapter"""
query_modifiers = getUtilitiesFor(IQueryModifier)
for name, modifier in sorted(query_modifiers, key=itemgetter(0)):
query = modifier(query)
parsedquery = queryparser.parseFormquery(self.context, query, sort_on,
sort_order)
index_modifiers = getUtilitiesFor(IParsedQueryIndexModifier)
for name, modifier in index_modifiers:
if name in parsedquery:
new_name, query = modifier(parsedquery[name])
parsedquery[name] = query
# if a new index name has been returned, we need to replace
# the native ones
if name != new_name:
del parsedquery[name]
parsedquery[new_name] = query
# Check for valid indexes
catalog = getToolByName(self.context, 'portal_catalog')
valid_indexes = [
index for index in parsedquery if index in catalog.indexes()
]
# We'll ignore any invalid index, but will return an empty set if none
# of the indexes are valid.
if not valid_indexes:
logger.warning(
"Using empty query because there are no valid indexes used.")
parsedquery = {}
empty_query = not parsedquery # store emptiness
if batch:
parsedquery['b_start'] = b_start
parsedquery['b_size'] = b_size
elif limit:
parsedquery['sort_limit'] = limit
if 'path' not in parsedquery:
parsedquery['path'] = {'query': ''}
if isinstance(custom_query, dict) and custom_query:
# Update the parsed query with an extra query dictionary. This may
# override the parsed query. The custom_query is a dictonary of
# index names and their associated query values.
parsedquery.update(custom_query)
empty_query = False
# filter bad term and operator in query
parsedquery = self.filter_query(parsedquery)
results = []
if not empty_query:
results = catalog(**parsedquery)
if getattr(results, 'actual_result_count', False) and limit\
and results.actual_result_count > limit:
results.actual_result_count = limit
collapse_on = self.request.get(
'collapse_on', getattr(self.context, 'collapse_on', None))
if collapse_on is not None:
fc = FieldCollapser(query={'collapse_on': collapse_on})
results = LazyMap(lambda x: x,
LazyFilter(results, test=fc.collapse),
length=results._len,
actual_result_count=results.actual_result_count)
if not brains:
results = IContentListing(results)
if batch:
results = Batch(results, b_size, start=b_start)
return results
def _get_items(self):
(key, reverse) = self.context.getDefaultSorting()
items = self.mtool().getRoster()
items = sort(items, ((key, 'cmp', reverse and 'desc' or 'asc'),))
return LazyFilter(items, skip='View')
}
for node in getInventoryList(omit_asset_decrease=1, **local_inventory_params):
markNodeUsed(node)
total_price = getTotalPrice(node)
getAccountProps(node, payment=node['payment_uid'])['debit'] = total_price
total_debit += round(total_price, precision)
for node in getInventoryList(omit_asset_increase=1, **local_inventory_params):
markNodeUsed(node)
total_price = getTotalPrice(node)
getAccountProps(node, payment=node['payment_uid'])['credit'] = - total_price
total_credit -= round(total_price, precision)
# }}}
# include all accounts, even those not selected before (no movements in the
# period)
for node in LazyFilter(portal.account_module.contentValues(), skip=''): # XXX: context should already be account_module
if node.getRelativeUrl() not in account_used:
getAccountProps(
{
'node_relative_url': node.getRelativeUrl(),
},
all_empty=True,
)
initial_balance_date = (from_date - 1).latestTime()
# Initial Balance
# standards accounts {{{
# balance at period start date
local_inventory_params = {
total_price = getTotalPrice(node)
getAccountProps(node,
payment=node['payment_uid'])['debit'] = total_price
total_debit += round(total_price, precision)
for node in getInventoryList(omit_asset_increase=1,
**local_inventory_params):
markNodeUsed(node)
total_price = getTotalPrice(node)
getAccountProps(node,
payment=node['payment_uid'])['credit'] = -total_price
total_credit -= round(total_price, precision)
# }}}
# include all accounts, even those not selected before (no movements in the
# period)
for node in LazyFilter(portal.account_module.contentValues(), skip=''):
if node.getRelativeUrl() not in account_used:
getAccountProps(
{
'node_relative_url': node.getRelativeUrl(),
},
all_empty=True,
)
initial_balance_date = (from_date - 1).latestTime()
# Initial Balance
# standards accounts {{{
# balance at period start date
local_inventory_params = {
## Script (Python) "filterObjectValues"
##bind container=container
##bind context=context
##bind namespace=
##bind script=script
##bind subpath=traverse_subpath
##parameters=values=None
##title=
##
from ZTUtils import LazyFilter
from AccessControl import getSecurityManager
checkPermission=getSecurityManager().checkPermission
items = []
raw_items = context.objectValues(values)
secure_items = LazyFilter(raw_items, skip='')
for item in secure_items:
if checkPermission('Access contents information', item):
items.append(item)
return items
