def _create_formatted_entries(self, bib_entries):
# create the formatted entries
autocomplete_format = get_setting("cite_autocomplete_format")
panel_format = get_setting("cite_panel_format")
meta_data = frozendict(
cache_time=long(time.time()),
version=_VERSION,
autocomplete_format=autocomplete_format,
panel_format=panel_format
)
formatted_entries = tuple(
frozendict(**{
"keyword": entry["keyword"],
"<prefix_match>": bibformat.create_prefix_match_str(entry),
"<panel_formatted>": tuple(
bibformat.format_entry(s, entry) for s in panel_format
),
"<autocomplete_formatted>":
bibformat.format_entry(autocomplete_format, entry)
})
for entry in bib_entries
)
return meta_data, formatted_entries
def _create_formatted_entries(self, bib_entries):
# create the formatted entries
autocomplete_format = get_setting("cite_autocomplete_format")
panel_format = get_setting("cite_panel_format")
meta_data = frozendict(cache_time=long(time.time()),
version=_VERSION,
autocomplete_format=autocomplete_format,
panel_format=panel_format)
formatted_entries = tuple(
frozendict(
**{
"keyword":
entry["keyword"],
"<prefix_match>":
bibformat.create_prefix_match_str(entry),
"<panel_formatted>":
tuple(
bibformat.format_entry(s, entry)
for s in panel_format),
"<autocomplete_formatted>":
bibformat.format_entry(autocomplete_format, entry)
}) for entry in bib_entries)
return meta_data, formatted_entries
def _create_formatted_entries(formatted_cache_name, bib_entries, cache_time):
# create the formatted entries
autocomplete_format = get_setting("cite_autocomplete_format")
panel_format = get_setting("cite_panel_format")
meta_data = {
"cache_time": cache_time,
"version": _VERSION,
"autocomplete_format": autocomplete_format,
"panel_format": panel_format
}
formatted_entries = [
{
"keyword": entry["keyword"],
"<prefix_match>": bibformat.create_prefix_match_str(entry),
"<panel_formatted>": [
bibformat.format_entry(s, entry) for s in panel_format
],
"<autocomplete_formatted>":
bibformat.format_entry(autocomplete_format, entry)
}
for entry in bib_entries
]
cache.write_global(formatted_cache_name, (meta_data, formatted_entries))
return formatted_entries
def _is_prefix(lower_prefix, entry):
try:
return lower_prefix in entry["<prefix_match>"]
except:
return lower_prefix in bibformat.create_prefix_match_str(entry)
def _is_prefix(lower_prefix, entry):
try:
return lower_prefix in entry["<prefix_match>"]
except:
return lower_prefix in bibformat.create_prefix_match_str(entry)