def add_filters_json(self, request_dict):
""" adds JSON describing search filters """
fl = FilterLinks()
fl.mem_cache_obj = self.mem_cache_obj
fl.base_search_link = self.base_search_link
filters = []
string_fields = [] # so we have an interface for string searches
i = 0
for param_key, param_vals in request_dict.items():
if param_key == 'path':
if param_vals is not False and param_vals is not None:
i += 1
f_entity = self.mem_cache_obj.get_entity(param_vals, True)
label = http.urlunquote_plus(param_vals)
act_filter = LastUpdatedOrderedDict()
act_filter['id'] = '#filter-' + str(i)
act_filter['oc-api:filter'] = 'Context'
act_filter['label'] = label.replace('||', ' OR ')
if f_entity is not False:
act_filter['rdfs:isDefinedBy'] = f_entity.uri
# generate a request dict without the context filter
rem_request = fl.make_request_sub(request_dict,
param_key,
param_vals)
act_filter['oc-api:remove'] = fl.make_request_url(rem_request)
act_filter['oc-api:remove-json'] = fl.make_request_url(rem_request, '.json')
filters.append(act_filter)
else:
for param_val in param_vals:
i += 1
remove_geodeep = False
act_filter = LastUpdatedOrderedDict()
act_filter['id'] = '#filter-' + str(i)
if self.hierarchy_delim in param_val:
all_vals = param_val.split(self.hierarchy_delim)
else:
all_vals = [param_val]
if param_key == 'proj':
# projects, only care about the last item in the parameter value
act_filter['oc-api:filter'] = 'Project'
label_dict = self.make_filter_label_dict(all_vals[-1])
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
elif param_key == 'prop':
# prop, the first item is the filter-label
# the last is the filter
act_filter['label'] = False
if len(all_vals) < 2:
act_filter['oc-api:filter'] = 'Description'
else:
filt_dict = self.make_filter_label_dict(all_vals[0])
act_filter['oc-api:filter'] = filt_dict['label']
if filt_dict['data-type'] == 'string':
act_filter['label'] = 'Search Term: \'' + all_vals[-1] + '\''
if act_filter['label'] is False:
label_dict = self.make_filter_label_dict(all_vals[-1])
act_filter['label'] = label_dict['label']
elif param_key == 'type':
act_filter['oc-api:filter'] = 'Open Context Type'
if all_vals[0] in QueryMaker.TYPE_MAPPINGS:
type_uri = QueryMaker.TYPE_MAPPINGS[all_vals[0]]
label_dict = self.make_filter_label_dict(type_uri)
act_filter['label'] = label_dict['label']
else:
act_filter['label'] = all_vals[0]
elif param_key == 'q':
act_filter['oc-api:filter'] = 'General Keyword Search'
act_filter['label'] = 'Search Term: \'' + all_vals[0] + '\''
elif param_key == 'form-chronotile':
act_filter['oc-api:filter'] = 'Time of formation, use, or life'
chrono = ChronoTile()
dates = chrono.decode_path_dates(all_vals[0])
if isinstance(dates, dict):
act_filter['label'] = 'Time range: ' + str(dates['earliest_bce'])
act_filter['label'] += ' to ' + str(dates['latest_bce'])
elif param_key == 'disc-geotile':
act_filter['oc-api:filter'] = 'Location of discovery or observation'
act_filter['label'] = self.make_geotile_filter_label(all_vals[0])
remove_geodeep = True
elif param_key == 'disc-bbox':
act_filter['oc-api:filter'] = 'Location of discovery or observation'
act_filter['label'] = self.make_bbox_filter_label(all_vals[0])
remove_geodeep = True
elif param_key == 'images':
act_filter['oc-api:filter'] = 'Has related media'
act_filter['label'] = 'Linked to images'
elif param_key == 'other-media':
act_filter['oc-api:filter'] = 'Has related media'
act_filter['label'] = 'Linked to media (other than images)'
elif param_key == 'documents':
act_filter['oc-api:filter'] = 'Has related media'
act_filter['label'] = 'Linked to documents'
elif param_key == 'dc-subject':
act_filter['oc-api:filter'] = 'Has subject metadata'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if 'tdar' == all_vals[-1] or 'tdar*' == all_vals[-1]:
act_filter['label'] = 'tDAR defined metadata record(s)'
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'dc-spatial':
act_filter['oc-api:filter'] = 'Has spatial metadata'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'dc-coverage':
act_filter['oc-api:filter'] = 'Has coverage / period metadata'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'dc-temporal':
act_filter['oc-api:filter'] = 'Has temporal coverage'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
if label_dict['entities'][0].entity_type == 'vocabulary':
act_filter['label'] = 'Concepts defined by: ' + label_dict['label']
elif 'periodo' in all_vals[-1]:
act_filter['label'] = 'PeriodO defined concepts'
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False\
and label_dict['entities'][0].vocabulary != label_dict['label']:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'obj':
act_filter['oc-api:filter'] = 'Links (in some manner) to object'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'dc-isReferencedBy':
act_filter['oc-api:filter'] = 'Is referenced by'
label_dict = self.make_filter_label_dict(all_vals[-1])
if len(label_dict['label']) > 0:
act_filter['label'] = label_dict['label']
if len(label_dict['entities']) == 1:
act_filter['rdfs:isDefinedBy'] = label_dict['entities'][0].uri
if label_dict['entities'][0].vocabulary is not False\
and label_dict['entities'][0].vocab_uri != label_dict['entities'][0].uri:
act_filter['label'] += ' in ' + label_dict['entities'][0].vocabulary
elif param_key == 'linked' and all_vals[-1] == 'dinaa-cross-ref':
act_filter['oc-api:filter'] = 'Has cross references'
act_filter['label'] = 'Links to, or with, DINAA curated site files'
else:
act_filter = False
if act_filter is not False:
rem_request = fl.make_request_sub(request_dict,
param_key,
param_val)
if 'geodeep' in rem_request and remove_geodeep:
rem_request.pop('geodeep', None)
act_filter['oc-api:remove'] = fl.make_request_url(rem_request)
act_filter['oc-api:remove-json'] = fl.make_request_url(rem_request, '.json')
filters.append(act_filter)
return filters
