def events(self):
context = aq_inner(self.context)
data = self.data
query = {}
if data.state:
query['review_state'] = data.state
events = []
query.update(self.request.get('contentFilter', {}))
search_base = self.search_base
if ICollection and ICollection.providedBy(search_base):
# Whatever sorting is defined, we're overriding it.
query = queryparser.parseFormquery(
search_base, search_base.query,
sort_on='start', sort_order=None
)
start = None
if 'start' in query:
start = query['start']
else:
start = localized_now(context)
end = None
if 'end' in query:
end = query['end']
start, end = _prepare_range(search_base, start, end)
query.update(start_end_query(start, end))
events = search_base.results(
batch=False, brains=True, custom_query=query,
limit=data.count
)
events = expand_events(
events, ret_mode=RET_MODE_ACCESSORS,
start=start, end=end,
sort='start', sort_reverse=False
)
events = events[:data.count] # limit expanded
else:
search_base_path = self.search_base_path
if search_base_path:
query['path'] = {'query': search_base_path}
events = get_events(
context, start=localized_now(context),
ret_mode=RET_MODE_ACCESSORS,
expand=True, limit=data.count, **query
)
eventlist=[]
for ev in events:
hasimage = bool(getattr(ev.context, 'image', None))
eventlist.append((ev, hasimage))
return eventlist
def events(self):
context = aq_inner(self.context)
data = self.data
query = {}
if data.state:
query['review_state'] = data.state
events = []
query.update(self.request.get('contentFilter', {}))
search_base = self.search_base
if ICollection and ICollection.providedBy(search_base):
# Whatever sorting is defined, we're overriding it.
query = queryparser.parseFormquery(search_base,
search_base.query,
sort_on='start',
sort_order=None)
start = None
if 'start' in query:
start = query['start']
else:
start = localized_now(context)
end = None
if 'end' in query:
end = query['end']
start, end = _prepare_range(search_base, start, end)
query.update(start_end_query(start, end))
events = search_base.results(batch=False,
brains=True,
custom_query=query,
limit=data.count)
events = expand_events(events,
ret_mode=RET_MODE_ACCESSORS,
start=start,
end=end,
sort='start',
sort_reverse=False)
events = events[:data.count] # limit expanded
else:
search_base_path = self.search_base_path
if search_base_path:
query['path'] = {'query': search_base_path}
events = get_events(context,
start=localized_now(context),
ret_mode=RET_MODE_ACCESSORS,
expand=True,
limit=data.count,
**query)
return events
def events(self, ret_mode=RET_MODE_ACCESSORS, expand=True, batch=True):
res = []
if self.is_collection:
ctx = self.default_context
# Whatever sorting is defined, we're overriding it.
sort_on = 'start'
sort_order = None
if self.mode in ('past', 'all'):
sort_order = 'reverse'
query = queryparser.parseFormquery(
ctx, ctx.query, sort_on=sort_on, sort_order=sort_order)
custom_query = self.request.get('contentFilter', {})
if 'start' not in query or 'end' not in query:
# ... else don't show the navigation bar
start, end = self._start_end
start, end = _prepare_range(ctx, start, end)
custom_query.update(start_end_query(start, end))
# BAM ... inject our filter viewlet values
fc_adapter = ICollectionFilter(ctx)
res = fc_adapter.filtered_result(pquery=query, batch=False,
custom_query=custom_query)
if res is None:
# ORIGINAL
res = ctx.results(batch=False, brains=True,
custom_query=custom_query)
if expand:
# get start and end values from the query to ensure limited
# listing for occurrences
_filter_start = self.request.get('_filter_start')
if _filter_start:
# check for pickadate day filtering
fs = DateTime(_filter_start).earliestTime()
fe = DateTime(_filter_start).latestTime()
start, end = self._expand_events_start_end(
dict(query=[fs, fe], range='minmax'), None)
else:
start, end = self._expand_events_start_end(
query.get('start') or custom_query.get('start'),
query.get('end') or custom_query.get('end'))
res = expand_events(
res, ret_mode,
start=start, end=end,
sort=sort_on, sort_reverse=True if sort_order else False)
else:
res = self._get_events(ret_mode, expand=expand)
if batch:
b_start = self.b_start
b_size = self.b_size
res = Batch(res, size=b_size, start=b_start, orphan=self.orphan)
return res
def results(self, custom_query, request_params):
# Support for the Event Listing view from plone.app.event
collection_layout = self.context.getLayout()
default_view = self.context.restrictedTraverse(collection_layout)
if isinstance(default_view, EventListing):
mode = request_params.get("mode", "future")
date = request_params.get("date", None)
date = guess_date_from(date) if date else None
start, end = start_end_from_mode(mode, date, self.collection)
start, end = _prepare_range(self.collection, start, end)
custom_query.update(start_end_query(start, end))
# TODO: expand events. better yet, let collection.results
# do that
return self.collection.results(
batch=False, brains=True, custom_query=custom_query
)
def events(self, ret_mode=RET_MODE_ACCESSORS, expand=False, batch=True):
res = []
if self.is_collection:
ctx = self.default_context
# Whatever sorting is defined, we're overriding it.
sort_on = 'start'
sort_order = None
if self.mode in ('past', 'all'):
sort_order = 'reverse'
query = queryparser.parseFormquery(ctx,
ctx.query,
sort_on=sort_on,
sort_order=sort_order)
custom_query = self.request.get('contentFilter', {})
if 'start' not in query or 'end' not in query:
# ... else don't show the navigation bar
start, end = self._start_end
start, end = _prepare_range(ctx, start, end)
custom_query.update(start_end_query(start, end))
res = ctx.results(batch=False,
brains=True,
custom_query=custom_query)
if expand:
# get start and end values from the query to ensure limited
# listing for occurrences
start, end = self._expand_events_start_end(
query.get('start') or custom_query.get('start'),
query.get('end') or custom_query.get('end'))
# import pdb; pdb.set_trace()
res = expand_events(res,
ret_mode,
start=start,
end=end,
sort=sort_on,
sort_reverse=True if sort_order else False)
else:
res = self._get_events(ret_mode, expand=expand)
if batch:
b_start = self.b_start
b_size = self.b_size
res = Batch(res, size=b_size, start=b_start, orphan=self.orphan)
return res
def events(self, ret_mode=RET_MODE_ACCESSORS, expand=False, batch=True):
res = []
if self.is_collection:
ctx = self.default_context
# Whatever sorting is defined, we're overriding it.
sort_on = 'start'
sort_order = None
if self.mode in ('past', 'all'):
sort_order = 'reverse'
query = queryparser.parseFormquery(
ctx, ctx.query, sort_on=sort_on, sort_order=sort_order
)
custom_query = self.request.get('contentFilter', {})
if 'start' not in query or 'end' not in query:
# ... else don't show the navigation bar
start, end = self._start_end
start, end = _prepare_range(ctx, start, end)
custom_query.update(start_end_query(start, end))
res = ctx.results(
batch=False, brains=True, custom_query=custom_query
)
if expand:
# get start and end values from the query to ensure limited
# listing for occurrences
start, end = self._expand_events_start_end(
query.get('start') or custom_query.get('start'),
query.get('end') or custom_query.get('end')
)
# import pdb; pdb.set_trace()
res = expand_events(
res, ret_mode,
start=start, end=end,
sort=sort_on, sort_reverse=True if sort_order else False
)
else:
res = self._get_events(ret_mode, expand=expand)
if batch:
b_start = self.b_start
b_size = self.b_size
res = Batch(res, size=b_size, start=b_start, orphan=self.orphan)
return res
def cal_data(self):
"""Calendar iterator over weeks and days of the month to display.
"""
context = aq_inner(self.context)
today = localized_today(context)
year, month = self.year_month_display()
monthdates = [dat for dat in self.cal.itermonthdates(year, month)]
start = monthdates[0]
end = monthdates[-1]
data = self.data
query = {}
if data.state:
query['review_state'] = data.state
events = []
query.update(self.request.get('contentFilter', {}))
search_base = self.search_base
if ICollection and ICollection.providedBy(search_base):
# Whatever sorting is defined, we're overriding it.
query = queryparser.parseFormquery(
search_base, search_base.query,
sort_on='start', sort_order=None
)
# restrict start/end with those from query, if given.
if 'start' in query and query['start'] > start:
start = query['start']
if 'end' in query and query['end'] < end:
end = query['end']
start, end = _prepare_range(search_base, start, end)
query.update(start_end_query(start, end))
events = search_base.results(
batch=False, brains=True, custom_query=query
)
events = expand_events(
events, ret_mode=RET_MODE_OBJECTS,
start=start, end=end,
sort='start', sort_reverse=False
)
else:
search_base_path = self.search_base_path
if search_base_path:
query['path'] = {'query': search_base_path}
events = get_events(context, start=start, end=end,
ret_mode=RET_MODE_OBJECTS,
expand=True, **query)
#today += datetime.timedelta(days=1)
cal_dict = construct_calendar(events, start=today, end=end)
# [[day1week1, day2week1, ... day7week1], [day1week2, ...]]
caldata = [[]]
for dat in monthdates:
if len(caldata[-1]) == 7:
caldata.append([])
date_events = None
isodat = dat.isoformat()
if isodat in cal_dict:
date_events = cal_dict[isodat]
events_string_list = []
if date_events:
for occ in date_events:
accessor = IEventAccessor(occ)
location = accessor.location
whole_day = accessor.whole_day
time = accessor.start.time().strftime('%H:%M')
# TODO: make 24/12 hr format configurable
events_string_list.append(
u'{0}{1}{2}{3}'.format(
accessor.title,
u' {0}'.format(time) if not whole_day else u'',
u', ' if not whole_day and location else u'',
u' {0}'.format(location) if location else u''
)
)
caldata[-1].append(
{'date': dat,
'day': dat.day,
'prev_month': dat.month < month,
'next_month': dat.month > month,
'today':
dat.year == today.year and
dat.month == today.month and
dat.day == today.day,
'date_string': u"%s-%s-%s" % (dat.year, dat.month, dat.day),
'events_string': u' | '.join(events_string_list),
'events': date_events})
return caldata
def cal_data(self):
"""Calendar iterator over weeks and days of the month to display.
"""
context = aq_inner(self.context)
today = localized_today(context)
year, month = self.year_month_display()
monthdates = [dat for dat in self.cal.itermonthdates(year, month)]
start = monthdates[0]
end = monthdates[-1]
data = self.data
query = {}
if data.state:
query['review_state'] = data.state
events = []
query.update(self.request.get('contentFilter', {}))
search_base = self.search_base
if ICollection and ICollection.providedBy(search_base):
# Whatever sorting is defined, we're overriding it.
query = queryparser.parseFormquery(
search_base, search_base.query,
sort_on='start', sort_order=None
)
# restrict start/end with those from query, if given.
if 'start' in query and query['start'] > start:
start = query['start']
if 'end' in query and query['end'] < end:
end = query['end']
start, end = _prepare_range(search_base, start, end)
query.update(start_end_query(start, end))
events = search_base.results(
batch=False, brains=True, custom_query=query
)
events = expand_events(
events, ret_mode=RET_MODE_OBJECTS,
start=start, end=end,
sort='start', sort_reverse=False
)
else:
search_base_path = self.search_base_path
if search_base_path:
query['path'] = {'query': search_base_path}
events = get_events(context, start=start, end=end,
ret_mode=RET_MODE_OBJECTS,
expand=True, **query)
cal_dict = construct_calendar(events, start=start, end=end)
# [[day1week1, day2week1, ... day7week1], [day1week2, ...]]
caldata = [[]]
for dat in monthdates:
if len(caldata[-1]) == 7:
caldata.append([])
date_events = None
isodat = dat.isoformat()
if isodat in cal_dict:
date_events = cal_dict[isodat]
events_string = u""
events_title = u""
if date_events:
for occ in date_events:
accessor = IEventAccessor(occ)
location = accessor.location
whole_day = accessor.whole_day
time = accessor.start.time().strftime('%H:%M')
# TODO: make 24/12 hr format configurable
base = u'<a href="%s"><span class="title">%s</span>'\
u'%s%s%s</a>'
events_title += accessor.title
events_string += base % (
accessor.url,
accessor.title,
u' %s' % time if not whole_day else u'',
u', ' if not whole_day and location else u'',
u' %s' % location if location else u'')
caldata[-1].append(
{'date': dat,
'day': dat.day,
'prev_month': dat.month < month,
'next_month': dat.month > month,
'today':
dat.year == today.year and
dat.month == today.month and
dat.day == today.day,
'date_string': u"%s-%s-%s" % (dat.year, dat.month, dat.day),
'events_string': events_string,
'events_title': events_title,
'events': date_events})
return caldata
def get_filter_items(target_collection,
group_by,
filter_type=DEFAULT_FILTER_TYPE,
narrow_down=False,
show_count=False,
view_name='',
cache_enabled=True,
request_params=None):
request_params = request_params or {}
custom_query = {} # Additional query to filter the collection
collection = uuidToObject(target_collection)
if not collection or not group_by:
return None
collection_url = collection.absolute_url()
# Recursively transform all to unicode
request_params = safe_decode(request_params)
# Support for the Event Listing view from plone.app.event
collection_layout = collection.getLayout()
default_view = collection.restrictedTraverse(collection_layout)
if isinstance(default_view, EventListing):
mode = request_params.get('mode', 'future')
date = request_params.get('date', None)
date = guess_date_from(date) if date else None
start, end = start_end_from_mode(mode, date, collection)
start, end = _prepare_range(collection, start, end)
custom_query.update(start_end_query(start, end))
# TODO: expand events. better yet, let collection.results
# do that
# Get index in question and the current filter value of this index, if set.
groupby_criteria = getUtility(IGroupByCriteria).groupby
idx = groupby_criteria[group_by]['index']
current_idx_value = safe_iterable(request_params.get(idx))
extra_ignores = []
if not narrow_down:
# Additive filtering is about adding other filter values of the same
# index.
extra_ignores = [idx, idx + '_op']
urlquery = base_query(request_params, extra_ignores)
# Get all collection results with additional filter defined by urlquery
custom_query.update(urlquery)
custom_query = make_query(custom_query)
catalog_results = ICollection(collection).results(
batch=False, brains=True, custom_query=custom_query)
if narrow_down and show_count:
# we need the extra_ignores to get a true count
# even when narrow_down filters the display of indexed values
# count_query allows us to do that true count
count_query = {}
count_urlquery = base_query(request_params, [idx, idx + '_op'])
count_query.update(count_urlquery)
catalog_results_fullcount = ICollection(collection).results(
batch=False, brains=True, custom_query=count_query)
if not catalog_results:
return None
# Attribute name for getting filter value from brain
metadata_attr = groupby_criteria[group_by]['metadata']
# Optional modifier to set title from filter value
display_modifier = groupby_criteria[group_by].get('display_modifier', None)
# CSS modifier to set class on filter item
css_modifier = groupby_criteria[group_by].get('css_modifier', None)
# Value blacklist
value_blacklist = groupby_criteria[group_by].get('value_blacklist', None)
# Allow value_blacklist to be callables for runtime-evaluation
value_blacklist = value_blacklist() if callable(
value_blacklist) else value_blacklist # noqa
# fallback to title sorted values
sort_key_function = groupby_criteria[group_by].get(
'sort_key_function', lambda it: it['title'].lower())
grouped_results = {}
for brain in catalog_results:
# Get filter value
val = getattr(brain, metadata_attr, None)
if callable(val):
val = val()
# decode it to unicode
val = safe_decode(val)
# Make sure it's iterable, as it's the case for e.g. the subject index.
val = safe_iterable(val)
for filter_value in val:
if filter_value is None or isinstance(filter_value, Missing):
continue
if value_blacklist and filter_value in value_blacklist:
# Do not include blacklisted
continue
if filter_value in grouped_results:
# Add counter, if filter value is already present
grouped_results[filter_value]['count'] += 1
continue
# Set title from filter value with modifications,
# e.g. uuid to title
title = filter_value
if filter_value is not EMPTY_MARKER and callable(display_modifier):
title = safe_decode(display_modifier(filter_value))
# Build filter url query
_urlquery = urlquery.copy()
# Allow deselection
if filter_value in current_idx_value:
_urlquery[idx] = [
it for it in current_idx_value if it != filter_value
]
elif filter_type != 'single':
# additive filter behavior
_urlquery[idx] = current_idx_value + [filter_value]
_urlquery[idx + '_op'] = filter_type # additive operator
else:
_urlquery[idx] = filter_value
query_param = urlencode(safe_encode(_urlquery), doseq=True)
url = '/'.join([
it for it in [
collection_url, view_name, '?' +
query_param if query_param else None
] if it
])
# Set selected state
selected = filter_value in current_idx_value
css_class = 'filterItem {0}{1} {2}'.format(
'filter-' + idnormalizer.normalize(filter_value),
' selected' if selected else '',
css_modifier(filter_value) if css_modifier else '',
)
grouped_results[filter_value] = {
'title': title,
'url': url,
'value': filter_value,
'css_class': css_class,
'count': 1,
'selected': selected
}
# Entry to clear all filters
urlquery_all = {
k: v
for k, v in list(urlquery.items()) if k not in (idx, idx + '_op')
}
if narrow_down and show_count:
catalog_results = catalog_results_fullcount
ret = [{
'title':
translate(_('subject_all', default=u'All'), context=getRequest()),
'url':
u'{0}/?{1}'.format(collection_url,
urlencode(safe_encode(urlquery_all), doseq=True)),
'value':
'all',
'css_class':
'filterItem filter-all',
'count':
len(catalog_results),
'selected':
idx not in request_params
}]
grouped_results = list(grouped_results.values())
if callable(sort_key_function):
grouped_results = sorted(grouped_results, key=sort_key_function)
ret += grouped_results
return ret
def get_events(context, start=None, end=None, limit=None,
ret_mode=RET_MODE_BRAINS, expand=False,
sort='start', sort_reverse=False, **kw):
"""Return all events as catalog brains, possibly within a given
timeframe.
:param context: [required] A context object.
:type context: Content object
:param start: Date, from which on events should be searched.
:type start: Python datetime.
:param end: Date, until which events should be searched.
:type end: Python datetime
:param limit: Number of items to be returned.
:type limit: integer
:param ret_mode: Return type of search results. These options are
available:
* 1 (brains): Return results as catalog brains.
* 2 (objects): Return results as IEvent and/or
IOccurrence objects.
* 3 (accessors): Return results as IEventAccessor
wrapper objects.
:type ret_mode: integer [1|2|3]
:param expand: Expand the results to all occurrences (within a timeframe,
if given). With this option set to True, the resultset also
includes the event's recurrence occurrences and is sorted by
the start date.
Only available in ret_mode 2 (objects) and 3 (accessors).
:type expand: boolean
:param sort: Catalog index id to sort on.
:type sort: string
:param sort_reverse: Change the order of the sorting.
:type sort_reverse: boolean
:returns: Portal events, matching the search criteria.
:rtype: catalog brains, event objects or IEventAccessor object wrapper,
depending on ret_mode.
"""
start, end = _prepare_range(context, start, end)
query = {}
query['object_provides'] = IEvent.__identifier__
query['object_provides'] = 'Products.ATContentTypes.interfaces.event.IATEvent'
query.update(start_end_query(start, end))
if 'path' not in kw:
# limit to the current navigation root, usually (not always) site
portal = getSite()
navroot = getNavigationRootObject(context, portal)
query['path'] = '/'.join(navroot.getPhysicalPath())
else:
query['path'] = kw['path']
# Sorting
# In expand mode we sort after calculation of recurrences again. But we
# need to leave this sorting here in place, since no sort definition could
# lead to arbitrary results when limiting with sort_limit.
query['sort_on'] = sort
if sort_reverse:
query['sort_order'] = 'reverse'
# cannot limit before resorting or expansion, see below
query.update(kw)
cat = getToolByName(context, 'portal_catalog')
result = cat(**query)
# unfiltered catalog results are already sorted correctly on brain.start
# filtering on start/end requires a resort, see docstring below and
# p.a.event.tests.test_base_module.TestGetEventsDX.test_get_event_sort
if sort in ('start', 'end'):
result = filter_and_resort(context, result,
start, end,
sort, sort_reverse)
# Limiting a start/end-sorted result set is possible here
# and provides an important optimization BEFORE costly expansion
if limit:
result = result[:limit]
if ret_mode in (RET_MODE_OBJECTS, RET_MODE_ACCESSORS):
if expand is False:
result = [_obj_or_acc(it.getObject(), ret_mode) for it in result]
else:
result = expand_events(result, ret_mode, start, end, sort,
sort_reverse)
# Limiting a non-start-sorted result set can only happen here
if limit:
result = result[:limit]
return result
def _results(self, collection, request_params):
ret = []
if collection:
collection_layout = collection.getLayout()
default_view = collection.restrictedTraverse(collection_layout)
results = []
custom_query = {}
if isinstance(default_view, EventListing):
mode = request_params.get('mode', 'future')
date = request_params.get('date', None)
date = guess_date_from(date) if date else None
start, end = start_end_from_mode(mode, date, collection)
start, end = _prepare_range(collection, start, end)
custom_query.update(start_end_query(start, end))
# TODO: expand events. better yet, let collection.results
# do that
idx = GROUPBY_CRITERIA[self.data.group_by]['index']
urlquery = {}
urlquery.update(request_params)
for it in (idx, 'b_start', 'b_size', 'batch', 'sort_on', 'limit'):
# Remove problematic url parameters
# And make sure to not filter by previously selected terms from
# this index. This narrows down too much (except for dedicated
# facetted searches - TODO)
if it in urlquery:
del urlquery[it]
custom_query.update(urlquery)
results = collection.results(
batch=False, custom_query=custom_query
)
if results:
ret.append(dict(
title=_('subject_all', default=u'All'),
url=u'{0}/?{1}'.format(
self.collection.absolute_url(),
urlencode(urlquery)
),
count=len(results),
selected=idx not in request_params
))
attr = GROUPBY_CRITERIA[self.data.group_by]['metadata']
mod = GROUPBY_CRITERIA[self.data.group_by]['display_modifier']
grouped_results = {}
for item in results:
val = getattr(item, attr, None)
if callable(val):
val = val()
if not getattr(val, '__iter__', False):
val = [val]
for crit in val:
if crit not in grouped_results:
urlquery[idx] = crit
title = _(safe_decode(
mod(crit)
if mod and crit is not EMPTY_MARKER
else crit
)) # mod modifies for displaying (e.g. uuid to title) # noqa
url = u'{0}/?{1}'.format(
self.collection.absolute_url(),
urlencode(safe_encode(urlquery)) # need to be utf-8 encoded # noqa
)
selected = safe_decode(request_params.get(idx)) == safe_decode(crit) # noqa
sort_key = crit if crit else 'zzzzzz'
crit_dict = {
'sort_key': sort_key.lower(),
'count': 1,
'title': title,
'url': url,
'selected': selected
}
grouped_results[crit] = crit_dict
else:
grouped_results[crit]['count'] += 1
ret += sorted(
grouped_results.values(),
key=lambda it: it['sort_key']
)
return ret
def cal_data(self):
"""Calendar iterator over weeks and days of the month to display.
"""
context = aq_inner(self.context)
today = localized_today(context)
year, month = self.year_month_display()
monthdates = [dat for dat in self.cal.itermonthdates(year, month)]
start = monthdates[0]
end = monthdates[-1]
data = self.data
query = {}
if data.state:
query["review_state"] = data.state
events = []
query.update(self.request.get("contentFilter", {}))
search_base = self.search_base
if ICollection and ICollection.providedBy(search_base):
# Whatever sorting is defined, we're overriding it.
query = queryparser.parseFormquery(search_base, search_base.query, sort_on="start", sort_order=None)
# restrict start/end with those from query, if given.
if "start" in query and query["start"] > start:
start = query["start"]
if "end" in query and query["end"] < end:
end = query["end"]
start, end = _prepare_range(search_base, start, end)
query.update(start_end_query(start, end))
events = search_base.results(batch=False, brains=True, custom_query=query)
events = expand_events(
events, ret_mode=RET_MODE_OBJECTS, start=start, end=end, sort="start", sort_reverse=False
)
else:
search_base_path = self.search_base_path
if search_base_path:
query["path"] = {"query": search_base_path}
events = get_events(context, start=start, end=end, ret_mode=RET_MODE_OBJECTS, expand=True, **query)
cal_dict = construct_calendar(events, start=start, end=end)
# [[day1week1, day2week1, ... day7week1], [day1week2, ...]]
caldata = [[]]
for dat in monthdates:
if len(caldata[-1]) == 7:
caldata.append([])
date_events = None
isodat = dat.isoformat()
if isodat in cal_dict:
date_events = cal_dict[isodat]
events_string_list = []
if date_events:
for occ in date_events:
accessor = IEventAccessor(occ)
location = accessor.location
whole_day = accessor.whole_day
time = accessor.start.time().strftime("%H:%M")
# TODO: make 24/12 hr format configurable
events_string_list.append(
u"{0}{1}{2}{3}".format(
accessor.title,
u" {0}".format(time) if not whole_day else u"",
u", " if not whole_day and location else u"",
u" {0}".format(location) if location else u"",
)
)
caldata[-1].append(
{
"date": dat,
"day": dat.day,
"prev_month": dat.month < month,
"next_month": dat.month > month,
"today": dat.year == today.year and dat.month == today.month and dat.day == today.day,
"date_string": u"%s-%s-%s" % (dat.year, dat.month, dat.day),
"events_string": u" | ".join(events_string_list),
"events": date_events,
}
)
return caldata