def get_all_filtered(self, filters):
tag, start, end, simple = radicale_filter.simplify_prefilters(
filters, collection_tag=self.get_meta("tag"))
if not tag:
# no filter
yield from ((item, simple) for item in self.get_all())
return
for item in (self.get(h, verify_href=False) for h in self.list()):
istart, iend = item.time_range
if tag == item.component_name and istart < end and iend > start:
yield item, simple and (start <= istart or iend <= end)
def get_filtered(self, filters):
"""Fetch all items with optional filtering.
This can largely improve performance of reports depending on
the filters and this implementation.
Returns tuples in the form ``(item, filters_matched)``.
``filters_matched`` is a bool that indicates if ``filters`` are fully
matched.
"""
tag, start, end, simple = radicale_filter.simplify_prefilters(
filters, collection_tag=self.get_meta("tag"))
for item in self.get_all():
if tag:
if tag != item.component_name:
continue
istart, iend = item.time_range
if istart >= end or iend <= start:
continue
item_simple = simple and (start <= istart or iend <= end)
else:
item_simple = simple
yield item, item_simple
def get_filtered(self, filters):
"""Fetch all items with optional filtering.
This can largely improve performance of reports depending on
the filters and this implementation.
Returns tuples in the form ``(item, filters_matched)``.
``filters_matched`` is a bool that indicates if ``filters`` are fully
matched.
"""
tag, start, end, simple = radicale_filter.simplify_prefilters(
filters, collection_tag=self.get_meta("tag"))
for item in self.get_all():
if tag:
if tag != item.component_name:
continue
istart, iend = item.time_range
if istart >= end or iend <= start:
continue
item_simple = simple and (start <= istart or iend <= end)
else:
item_simple = simple
yield item, item_simple