def link_sites_from_filecache(self):
""" updates Open Context to save new sites
and annotations from the
file cache
"""
if self.filecache is not None:
# print('Cache update !: ' + self.cache_filekey)
self.filecache.working_dir = self.working_dir
json_obj = self.filecache.get_dict_from_file(self.cache_filekey)
if isinstance(json_obj, dict):
if 'trinomial_refs' in json_obj:
for tri_ref in json_obj['trinomial_refs']:
uri = tri_ref['rec_uri']
title = tri_ref['title']
if len(title) > 194:
title = title[0:190] + '... '
l_exists = LinkEntity.objects.filter(uri=uri)[:1]
if len(l_exists) < 1:
l_ent = LinkEntity()
l_ent.uri = uri
l_ent.label = title
l_ent.alt_label = title
l_ent.vocab_uri = tri_ref['source_uri']
l_ent.ent_type = 'class'
l_ent.save()
for trinomial in tri_ref['trinomials']:
man_objs = Manifest.objects.filter(
label=trinomial, class_uri='oc-gen:cat-site')
if len(man_objs) > 0:
man_obj = man_objs[0]
la = LinkAnnotation()
la.subject = uri # the subordinate is the subject
la.subject_type = 'uri'
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = "skos:broader"
la.object_uri = tri_ref['source_uri']
la.save()
try:
la.save()
except:
pass
links = LinkAnnotation.objects\
.filter(subject=man_obj.uuid,
object_uri=uri)[:1]
if len(links) < 1:
print('Link ' + man_obj.label + ' (' +
man_obj.uuid + ') to ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = 'dc-terms:isReferencedBy'
la.object_uri = uri
la.save()
try:
la.save()
except:
pass
def link_sites_from_filecache(self):
""" updates Open Context to save new sites
and annotations from the
file cache
"""
if self.filecache is not None:
# print('Cache update !: ' + self.cache_filekey)
self.filecache.working_dir = self.working_dir
json_obj = self.filecache.get_dict_from_file(self.cache_filekey)
if isinstance(json_obj, dict):
if 'trinomial_refs' in json_obj:
for tri_ref in json_obj['trinomial_refs']:
uri = tri_ref['rec_uri']
title = tri_ref['title']
if len(title) > 194:
title = title[0:190] + '... '
l_exists = LinkEntity.objects.filter(uri=uri)[:1]
if len(l_exists) < 1:
l_ent = LinkEntity()
l_ent.uri = uri
l_ent.label = title
l_ent.alt_label = title
l_ent.vocab_uri = tri_ref['source_uri']
l_ent.ent_type = 'class'
l_ent.save()
for trinomial in tri_ref['trinomials']:
man_objs = Manifest.objects.filter(label=trinomial,
class_uri='oc-gen:cat-site')
if len(man_objs) > 0:
man_obj = man_objs[0]
la = LinkAnnotation()
la.subject = uri # the subordinate is the subject
la.subject_type = 'uri'
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = "skos:broader"
la.object_uri = tri_ref['source_uri']
la.save()
try:
la.save()
except:
pass
links = LinkAnnotation.objects\
.filter(subject=man_obj.uuid,
object_uri=uri)[:1]
if len(links) < 1:
print('Link ' + man_obj.label + ' (' + man_obj.uuid + ') to ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = 'dc-terms:isReferencedBy'
la.object_uri = uri
la.save()
try:
la.save()
except:
pass
def save_icons(self, predicate_uri='oc-gen:hasIcon'):
""" Saves icons in the general Open Context namespace """
data = False
if(self.graph is not False and self.vocabulary_uri is not False):
data = []
if(self.replace_old):
# delete old relations from this vocabulary using this predicate
LinkAnnotation.objects.filter(source_id=self.vocabulary_uri,
predicate_uri=predicate_uri).delete()
if(predicate_uri == 'oc-gen:hasIcon'):
# for subClassOf predicates
full_pred_uri = URImanagement.convert_prefix_to_full_uri(predicate_uri)
icon_pred = URIRef(full_pred_uri)
for s, p, o in self.graph.triples((None,
icon_pred,
None)):
subject_uri = s.__str__() # get the URI of the subject as a string
object_uri = o.__str__() # get the URI of the object as a string
act_t = {'s': subject_uri,
'o': object_uri}
if(subject_uri != object_uri):
data.append(act_t)
if(len(data) > 0):
for act_t in data:
newr = LinkAnnotation()
# make the subject a prefixed URI if common
newr.subject = URImanagement.prefix_common_uri(act_t['s'])
newr.subject_type = 'uri'
newr.project_uuid = '0'
newr.source_id = self.vocabulary_uri
newr.predicate_uri = predicate_uri
newr.object_uri = act_t['o']
newr.save()
return data
def add_missing_containing_regions(project_uuid='0', source_id=SOURCE_ID):
"""Adds missing containing regions that have site counts"""
for state, state_uuid, new_region, new_uuid, geonames_uri in ADD_REGIONS:
row = {
'parent_uuid': state_uuid,
'context_uuid': new_uuid,
'label': new_region,
'class_uri': 'oc-gen:cat-region',
}
load_context_row(project_uuid=project_uuid,
source_id=source_id,
row=row)
ent_exists = LinkEntity.objects.filter(uri=geonames_uri).first()
if not ent_exists:
ent = LinkEntity()
ent.uri = geonames_uri
ent.label = new_region
ent.alt_label = new_region
ent.vocab_uri = GeonamesAPI().VOCAB_URI
ent.ent_type = 'class'
ent.save()
la_exists = LinkAnnotation.objects.filter(
subject=new_uuid, object_uri=geonames_uri).first()
if not la_exists:
new_la = LinkAnnotation()
new_la.subject = new_uuid
new_la.subject_type = 'subjects'
new_la.project_uuid = project_uuid
new_la.source_id = source_id
new_la.predicate_uri = 'skos:closeMatch'
new_la.object_uri = geonames_uri
new_la.creator_uuid = ''
new_la.save()
def save_icons(self, predicate_uri='oc-gen:hasIcon'):
""" Saves icons in the general Open Context namespace """
data = False
if (self.graph is not False and self.vocabulary_uri is not False):
data = []
if (self.replace_old):
# delete old relations from this vocabulary using this predicate
LinkAnnotation.objects.filter(
source_id=self.vocabulary_uri,
predicate_uri=predicate_uri).delete()
if (predicate_uri == 'oc-gen:hasIcon'):
# for subClassOf predicates
full_pred_uri = URImanagement.convert_prefix_to_full_uri(
predicate_uri)
icon_pred = URIRef(full_pred_uri)
for s, p, o in self.graph.triples((None, icon_pred, None)):
subject_uri = s.__str__(
) # get the URI of the subject as a string
object_uri = o.__str__(
) # get the URI of the object as a string
act_t = {'s': subject_uri, 'o': object_uri}
if (subject_uri != object_uri):
data.append(act_t)
if (len(data) > 0):
for act_t in data:
newr = LinkAnnotation()
# make the subject a prefixed URI if common
newr.subject = URImanagement.prefix_common_uri(act_t['s'])
newr.subject_type = 'uri'
newr.project_uuid = '0'
newr.source_id = self.vocabulary_uri
newr.predicate_uri = predicate_uri
newr.object_uri = act_t['o']
newr.save()
return data
def add_table_file_download(self, table_id, file_uri):
""" adds a file_uri for a pre-cached table download """
ex_tabs = ExpTable.objects.filter(table_id=table_id)[:1]
for ex_tab in ex_tabs:
if ExpTable.PREDICATE_DUMP in ex_tab.meta_json:
dump_list = ex_tab.meta_json[ExpTable.PREDICATE_DUMP]
else:
# no predicate for a data dump, so look for it
dump_list = []
mm = ManageMediafiles()
ok = mm.get_head_info(file_uri)
if ok:
dump_item = LastUpdatedOrderedDict()
dump_item['id'] = file_uri
dump_item['dc-terms:hasFormat'] = mm.mime_type_uri
dump_item['dcat:size'] = float(mm.filesize)
print('Found: ' + str(dump_item))
dump_list.append(dump_item)
ex_tab.meta_json[ExpTable.PREDICATE_DUMP] = dump_list
ex_tab.save()
man_items = Manifest.objects.filter(uuid=table_id)[:1]
if len(man_items) > 0:
man_obj = man_items[0]
new_anno = LinkAnnotation()
new_anno.subject = man_obj.uuid
new_anno.subject_type = man_obj.item_type
new_anno.project_uuid = man_obj.project_uuid
new_anno.source_id = 'download-file-relate'
new_anno.predicate_uri = ExpTable.PREDICATE_DUMP
new_anno.object_uri = file_uri
new_anno.sort = len(dump_list)
new_anno.obj_extra = dump_item
new_anno.save()
def add_table_file_download(self, table_id, file_uri):
""" adds a file_uri for a pre-cached table download """
ex_tabs = ExpTable.objects.filter(table_id=table_id)[:1]
for ex_tab in ex_tabs:
if ExpTable.PREDICATE_DUMP in ex_tab.meta_json:
dump_list = ex_tab.meta_json[ExpTable.PREDICATE_DUMP]
else:
# no predicate for a data dump, so look for it
dump_list = []
mm = ManageMediafiles()
ok = mm.get_head_info(file_uri)
if ok:
dump_item = LastUpdatedOrderedDict()
dump_item['id'] = file_uri
dump_item['dc-terms:hasFormat'] = mm.mime_type_uri
dump_item['dcat:size'] = float(mm.filesize)
print('Found: ' + str(dump_item))
dump_list.append(dump_item)
ex_tab.meta_json[ExpTable.PREDICATE_DUMP] = dump_list
ex_tab.save()
man_items = Manifest.objects.filter(uuid=table_id)[:1]
if len(man_items) > 0:
man_obj = man_items[0]
new_anno = LinkAnnotation()
new_anno.subject = man_obj.uuid
new_anno.subject_type = man_obj.item_type
new_anno.project_uuid = man_obj.project_uuid
new_anno.source_id = 'download-file-relate'
new_anno.predicate_uri = ExpTable.PREDICATE_DUMP
new_anno.object_uri = file_uri
new_anno.sort = len(dump_list)
new_anno.obj_extra = dump_item
new_anno.save()
def add_skos_hierarachy(self, parent_uri, child_uri):
""" Add a hiearchy assertion for
linked entities
"""
try:
parent = LinkEntity.objects.get(uri=parent_uri)
except LinkEntity.DoesNotExist:
parent = False
try:
child = LinkEntity.objects.get(uri=child_uri)
except LinkEntity.DoesNotExist:
child = False
if parent is not False and child is not False:
lr = LinkRecursion()
exiting_parents = lr.get_entity_parents(child_uri)
if len(exiting_parents) >= 1:
print('Child has parents: ' + str(exiting_parents))
else:
# child is not already in a hieararchy, ok to put it in one
la = LinkAnnotation()
la.subject = child.uri # the subordinate is the subject
la.subject_type = 'uri'
la.project_uuid = self.project_uuid
la.source_id = self.source_id + '-hierarchy'
la.predicate_uri = self.PRED_SBJ_IS_SUB_OF_OBJ
la.object_uri = parent.uri # the parent is the object
la.save()
print('Made: ' + child.uri + ' child of: ' + parent.uri)
else:
print('Cannot find parent or child')
def add_skos_hierarachy(self, parent_uri, child_uri):
""" Add a hiearchy assertion for
linked entities
"""
try:
parent = LinkEntity.objects.get(uri=parent_uri)
except LinkEntity.DoesNotExist:
parent = False
try:
child = LinkEntity.objects.get(uri=child_uri)
except LinkEntity.DoesNotExist:
child = False
if parent is not False and child is not False:
lr = LinkRecursion()
exiting_parents = lr.get_entity_parents(child_uri)
if len(exiting_parents) >= 1:
print('Child has parents: ' + str(exiting_parents))
else:
# child is not already in a hieararchy, ok to put it in one
la = LinkAnnotation()
la.subject = child.uri # the subordinate is the subject
la.subject_type = 'uri'
la.project_uuid = self.project_uuid
la.source_id = self.source_id + '-hierarchy'
la.predicate_uri = self.PRED_SBJ_IS_SUB_OF_OBJ
la.object_uri = parent.uri # the parent is the object
la.save()
print('Made: ' + child.uri + ' child of: ' + parent.uri)
else:
print('Cannot find parent or child')
def find_related_geonames(self, username='******'):
""" Adds geonames spatial data for items with geonames annotations """
man_objs = Manifest.objects\
.filter(project_uuid='0',
class_uri='oc-gen:cat-region',
item_type='subjects')
for man_obj in man_objs:
print('Checking slug: ' + man_obj.slug)
subj_obj = Subject.objects.get(uuid=man_obj.uuid)
context = subj_obj.context
if '/' in context:
cont_ex = context.split('/')
admin_level = len(cont_ex) - 1
if admin_level < 0:
admin_level = 0
else:
admin_level = 0
q_str = context.replace('/', ' ')
geo_api = GeonamesAPI()
json_r = geo_api.search_admin_entity(q_str, admin_level, username)
if isinstance(json_r, dict):
# we found a result from GeoNames!
print('Geonames result found.')
if 'geonames' in json_r:
if len(json_r['geonames']) > 0:
# we've got a result
geo_id = json_r['geonames'][0]['geonameId']
label = json_r['geonames'][0]['name']
alt_label = json_r['geonames'][0]['toponymName']
geonames_uri = 'http://www.geonames.org/' + str(geo_id)
l_ents = LinkEntity.objects\
.filter(uri=geonames_uri)[:1]
if len(l_ents) < 1:
# we need to create this entity
ent = LinkEntity()
ent.uri = geonames_uri
ent.label = label
ent.alt_label = alt_label
ent.vocab_uri = GeonamesAPI().VOCAB_URI
ent.ent_type = 'class'
ent.save()
print(geonames_uri)
annos = LinkAnnotation.objects\
.filter(subject=man_obj.uuid,
object_uri=geonames_uri)[:1]
if len(annos) < 1:
# we need to add the annotation linking this item
print('Adding new annotation!')
new_la = LinkAnnotation()
new_la.subject = man_obj.uuid
new_la.subject_type = man_obj.item_type
new_la.project_uuid = man_obj.project_uuid
new_la.source_id = man_obj.source_id
new_la.predicate_uri = 'skos:closeMatch'
new_la.object_uri = geonames_uri
new_la.creator_uuid = ''
new_la.save()
else:
print('Relation already known.')
def make_type_ld_annotations(self,
sub_type_pred_uuid,
sub_type_f_num,
rel_pred,
obj_le_f_num):
""" Makes linked data annotations
for a type in an import
"""
rels = []
sub_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=sub_type_f_num)
if len(sub_type_list) > 0:
distinct_records = {}
for cell in sub_type_list:
if cell.rec_hash not in distinct_records:
distinct_records[cell.rec_hash] = {}
distinct_records[cell.rec_hash]['rows'] = []
distinct_records[cell.rec_hash]['imp_cell_obj'] = cell
distinct_records[cell.rec_hash]['rows'].append(cell.row_num)
for rec_hash_key, distinct_type in distinct_records.items():
# iterate through the distinct types and get associated linked data
type_label = distinct_type['imp_cell_obj'].record
rows = distinct_type['rows']
if len(type_label) > 0:
# the type isn't blank, so we can use it
pc = ProcessCells(self.source_id, 0)
ld_entities = pc.get_field_records(obj_le_f_num, rows)
for ld_hash_key, distinct_ld in ld_entities.items():
obj_uri = distinct_ld['imp_cell_obj'].record
if len(obj_uri) > 8:
if obj_uri[:7] == 'http://'\
or obj_uri[:8] == 'https://':
# we have a valid linked data entity
#
# now get the UUID for the type
tm = TypeManagement()
tm.project_uuid = self.project_uuid
tm.source_id = self.source_id
sub_type = tm.get_make_type_within_pred_uuid(sub_type_pred_uuid,
type_label)
rel = {'subject_label': type_label,
'subject': sub_type.uuid,
'object_uri': obj_uri}
rels.append(rel)
if len(rels) > 0:
for rel in rels:
new_la = LinkAnnotation()
new_la.subject = rel['subject']
new_la.subject_type = 'types'
new_la.project_uuid = self.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = rel_pred
new_la.object_uri = rel['object_uri']
new_la.creator_uuid = ''
new_la.save()
web_le = WebLinkEntity()
web_le.check_add_link_entity(rel['object_uri'])
def make_type_ld_annotations(self,
sub_type_pred_uuid,
sub_type_f_num,
rel_pred,
obj_le_f_num):
""" Makes linked data annotations
for a type in an import
"""
rels = []
sub_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=sub_type_f_num)
if len(sub_type_list) > 0:
distinct_records = {}
for cell in sub_type_list:
if cell.rec_hash not in distinct_records:
distinct_records[cell.rec_hash] = {}
distinct_records[cell.rec_hash]['rows'] = []
distinct_records[cell.rec_hash]['imp_cell_obj'] = cell
distinct_records[cell.rec_hash]['rows'].append(cell.row_num)
for rec_hash_key, distinct_type in distinct_records.items():
# iterate through the distinct types and get associated linked data
type_label = distinct_type['imp_cell_obj'].record
rows = distinct_type['rows']
if len(type_label) > 0:
# the type isn't blank, so we can use it
pc = ProcessCells(self.source_id, 0)
ld_entities = pc.get_field_records(obj_le_f_num, rows)
for ld_hash_key, distinct_ld in ld_entities.items():
obj_uri = distinct_ld['imp_cell_obj'].record
if len(obj_uri) > 8:
if obj_uri[:7] == 'http://'\
or obj_uri[:8] == 'https://':
# we have a valid linked data entity
#
# now get the UUID for the type
tm = TypeManagement()
tm.project_uuid = self.project_uuid
tm.source_id = self.source_id
sub_type = tm.get_make_type_within_pred_uuid(sub_type_pred_uuid,
type_label)
rel = {'subject_label': type_label,
'subject': sub_type.uuid,
'object_uri': obj_uri}
rels.append(rel)
if len(rels) > 0:
for rel in rels:
new_la = LinkAnnotation()
new_la.subject = rel['subject']
new_la.subject_type = 'types'
new_la.project_uuid = self.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = rel_pred
new_la.object_uri = rel['object_uri']
new_la.creator_uuid = ''
new_la.save()
web_le = WebLinkEntity()
web_le.check_add_link_entity(rel['object_uri'])
def make_dinaa_link_assertions(self):
""" makes assertions to relate DINAA URIs with federal
registry documents
"""
self.make_fed_reg_vocab_entity()
fed_api = FederalRegistryAPI()
search_key_list = fed_api.get_list_cached_keyword_searches()
dinaa_matches = fed_api.get_dict_from_file(self.dinaa_matches_key)
for s_key in search_key_list:
s_json = fed_api.get_dict_from_file(s_key)
if 'results' in s_json:
for match in dinaa_matches:
for s_result in s_json['results']:
if s_result['document_number'] == match['doc']:
print('Found match for ' + match['doc'])
man_obj = False
try:
man_obj = Manifest.objects.get(
uuid=match['uuid'])
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
fed_uri = s_result['html_url']
le_check = False
try:
le_check = LinkEntity.objects.get(
uri=fed_uri)
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
print('Saving entity: ' +
s_result['title'])
title = s_result['title']
if len(title) > 175:
title = title[0:175] + '...'
le = LinkEntity()
le.uri = fed_uri
le.label = title
le.alt_label = s_result['document_number']
le.vocab_uri = self.FEDERAL_REG_URI
le.ent_type = 'instance'
le.slug = 'fed-reg-docs-' + s_result[
'document_number']
le.save()
# Now save the link annotation
print('Adding ref link to ' + man_obj.label)
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = self.DC_TERMS_REF_BY
la.object_uri = fed_uri
try:
la.save()
except:
pass
def make_von_den_driesch_equiv(self,
project_uuid,
equiv_pred='skos:closeMatch'):
""" makes a skos:closeMatch equivalence relation
between entities in the zooarch measurement
ontology and predicates in a project
"""
preds = Predicate.objects\
.filter(project_uuid=project_uuid,
data_type='xsd:double')
for pred in preds:
man_obj = False
try:
# try to find the manifest item
man_obj = Manifest.objects.get(uuid=pred.uuid)
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
l_ents = LinkEntity.objects\
.filter(label=man_obj.label,
vocab_uri='http://opencontext.org/vocabularies/open-context-zooarch/')[:1]
if len(l_ents) > 0:
# a Match! Now let's make a close match assertion
uri = l_ents[0].uri
print(str(man_obj.label) + ' matches ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = equiv_pred
la.object_uri = uri
la.save()
# save also that the unit of measurement is in MM
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = 'http://www.w3.org/2000/01/rdf-schema#range'
la.object_uri = 'http://www.wikidata.org/wiki/Q174789'
la.save()
def make_von_den_driesch_equiv(self,
project_uuid,
equiv_pred='skos:closeMatch'):
""" makes a skos:closeMatch equivalence relation
between entities in the zooarch measurement
ontology and predicates in a project
"""
preds = Predicate.objects\
.filter(project_uuid=project_uuid,
data_type='xsd:double')
for pred in preds:
man_obj = False
try:
# try to find the manifest item
man_obj = Manifest.objects.get(uuid=pred.uuid)
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
l_ents = LinkEntity.objects\
.filter(label=man_obj.label,
vocab_uri='http://opencontext.org/vocabularies/open-context-zooarch/')[:1]
if len(l_ents) > 0:
# a Match! Now let's make a close match assertion
uri = l_ents[0].uri
print(str(man_obj.label) + ' matches ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = equiv_pred
la.object_uri = uri
la.save()
# save also that the unit of measurement is in MM
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = 'http://www.w3.org/2000/01/rdf-schema#range'
la.object_uri = 'http://www.wikidata.org/wiki/Q174789'
la.save()
def make_dinaa_link_assertions(self):
""" makes assertions to relate DINAA URIs with federal
registry documents
"""
self.make_fed_reg_vocab_entity()
fed_api = FederalRegistryAPI()
search_key_list = fed_api.get_list_cached_keyword_searches()
dinaa_matches = fed_api.get_dict_from_file(self.dinaa_matches_key)
for s_key in search_key_list:
s_json = fed_api.get_dict_from_file(s_key)
if 'results' in s_json:
for match in dinaa_matches:
for s_result in s_json['results']:
if s_result['document_number'] == match['doc']:
print('Found match for ' + match['doc'])
man_obj = False
try:
man_obj = Manifest.objects.get(uuid=match['uuid'])
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
fed_uri = s_result['html_url']
le_check = False
try:
le_check = LinkEntity.objects.get(uri=fed_uri)
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
print('Saving entity: ' + s_result['title'])
title = s_result['title']
if len(title) > 175:
title = title[0:175] + '...'
le = LinkEntity()
le.uri = fed_uri
le.label = title
le.alt_label = s_result['document_number']
le.vocab_uri = self.FEDERAL_REG_URI
le.ent_type = 'instance'
le.slug = 'fed-reg-docs-' + s_result['document_number']
le.save()
# Now save the link annotation
print('Adding ref link to ' + man_obj.label)
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = self.source_id
la.predicate_uri = self.DC_TERMS_REF_BY
la.object_uri = fed_uri
try:
la.save()
except:
pass
def make_type_relations(self, sub_type_pred_uuid, sub_type_f_num, rel_pred,
obj_type_pred_uuid, obj_type_f_num):
""" Makes semantic relationships between
different types in an import
"""
rels = {}
sub_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=sub_type_f_num)
for sub_type_obj in sub_type_list:
sub_type_text = sub_type_obj.record
row = sub_type_obj.row_num
if len(sub_type_text) > 0:
tm = TypeManagement()
tm.project_uuid = self.project_uuid
tm.source_id = self.source_id
sub_type = tm.get_make_type_within_pred_uuid(
sub_type_pred_uuid, sub_type_text)
obj_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=obj_type_f_num,
row_num=row)[:1]
if len(obj_type_list) > 0:
obj_type_text = obj_type_list[0].record
if len(obj_type_text) > 0 \
and sub_type_text != obj_type_text:
tmo = TypeManagement()
tmo.project_uuid = self.project_uuid
tmo.source_id = self.source_id
obj_type = tmo.get_make_type_within_pred_uuid(
obj_type_pred_uuid, obj_type_text)
# make a uri for this, since we're making a link assertion
obj_uri = URImanagement.make_oc_uri(
obj_type.uuid, 'types')
# the following bit is so we don't make the
# same link assertions over and over.
rel_id = str(sub_type.uuid) + ' ' + str(obj_type.uuid)
if rel_id not in rels:
rels[rel_id] = {
'subject': sub_type.uuid,
'object_uri': obj_uri
}
# now make the link data annotation relating these types.
for rel_id, rel in rels.items():
new_la = LinkAnnotation()
new_la.subject = rel['subject']
new_la.subject_type = 'types'
new_la.project_uuid = self.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = rel_pred
new_la.object_uri = rel['object_uri']
new_la.creator_uuid = ''
new_la.save()
def make_type_relations(self, sub_type_pred_uuid,
sub_type_f_num,
rel_pred,
obj_type_pred_uuid,
obj_type_f_num):
""" Makes semantic relationships between
different types in an import
"""
rels = {}
sub_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=sub_type_f_num)
for sub_type_obj in sub_type_list:
sub_type_text = sub_type_obj.record
row = sub_type_obj.row_num
if len(sub_type_text) > 0:
tm = TypeManagement()
tm.project_uuid = self.project_uuid
tm.source_id = self.source_id
sub_type = tm.get_make_type_within_pred_uuid(sub_type_pred_uuid,
sub_type_text)
obj_type_list = ImportCell.objects\
.filter(source_id=self.source_id,
field_num=obj_type_f_num,
row_num=row)[:1]
if len(obj_type_list) > 0:
obj_type_text = obj_type_list[0].record
if len(obj_type_text) > 0 \
and sub_type_text != obj_type_text:
tmo = TypeManagement()
tmo.project_uuid = self.project_uuid
tmo.source_id = self.source_id
obj_type = tmo.get_make_type_within_pred_uuid(obj_type_pred_uuid,
obj_type_text)
# make a uri for this, since we're making a link assertion
obj_uri = URImanagement.make_oc_uri(obj_type.uuid, 'types')
# the following bit is so we don't make the
# same link assertions over and over.
rel_id = str(sub_type.uuid) + ' ' + str(obj_type.uuid)
if rel_id not in rels:
rels[rel_id] = {'subject': sub_type.uuid,
'object_uri': obj_uri}
# now make the link data annotation relating these types.
for rel_id, rel in rels.items():
new_la = LinkAnnotation()
new_la.subject = rel['subject']
new_la.subject_type = 'types'
new_la.project_uuid = self.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = rel_pred
new_la.object_uri = rel['object_uri']
new_la.creator_uuid = ''
new_la.save()
def create_pred_parents(self, new_hierachic_list):
""" Creates new types for
superior (more general) types from a list
of types that have hiearchies implicit in their labels
once the superior types are created,
linked data annotations noting hierarchy are stored
"""
parent_children_pairs = []
for manifest in new_hierachic_list:
try:
oc_pred = Predicate.objects.get(uuid=manifest.uuid)
except Predicate.DoesNotExist:
oc_pred = False
if (oc_pred is not False):
child_parts = manifest.label.split(self.HIERARCHY_DELIM)
act_delim = ''
act_new_label = ''
current_parent = False
for label_part in child_parts:
act_new_label = act_new_label + act_delim + label_part
act_delim = self.HIERARCHY_DELIM
pred_manage = PredicateManagement()
pred_manage.project_uuid = manifest.project_uuid
pred_manage.source_id = self.source_id
pred_manage.sort = oc_pred.sort
pred_manage.data_type = oc_pred.data_type
ppred = pred_manage.get_make_predicate(
act_new_label, manifest.class_uri)
if (ppred is not False and current_parent is not False):
parent_child = {
'parent': current_parent,
'child': ppred.uuid
}
parent_children_pairs.append(parent_child)
current_parent = ppred.uuid
if (len(parent_children_pairs) > 0):
# now make some linked data annotations
for parent_child in parent_children_pairs:
if (parent_child['parent'] is not False):
new_la = LinkAnnotation()
new_la.subject = parent_child['child']
new_la.subject_type = 'predicates'
new_la.project_uuid = manifest.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = self.p_for_superobjs
new_la.object_uri = URImanagement.make_oc_uri(
parent_child['parent'], 'predicates')
new_la.creator_uuid = ''
new_la.save()
return parent_children_pairs
def add_period_coverage(self, uuid, period_uri):
""" Adds an periodo uri annotation to an item
"""
ok = False
po_api = PeriodoAPI()
if not isinstance(self.periodo_data, dict):
self.check_add_period_pred()
po_api.get_periodo_data()
self.periodo_data = po_api.periodo_data
else:
po_api.periodo_data = self.periodo_data
if isinstance(po_api.periodo_data, dict):
period = po_api.get_period_by_uri(period_uri)
if isinstance(period, dict):
# we found the period, now check the UUID
# is found
entity = Entity()
found = entity.dereference(uuid)
if found:
# save the period collection entity to database, if needed
self.check_add_period_collection(period)
# save the period entity to the database, if needed
self.check_add_period(period)
# check to make sure the annotation does not yet exist
# do so by checking all possible varients in expressing
# this annotation
lequiv = LinkEquivalence()
subjects = lequiv.get_identifier_list_variants(uuid)
predicates = lequiv.get_identifier_list_variants(
self.DC_PERIOD_PRED)
objects = lequiv.get_identifier_list_variants(
period['period-meta']['uri'])
la_exists = LinkAnnotation.objects\
.filter(subject__in=subjects,
predicate_uri__in=predicates,
object_uri__in=objects)[:1]
if len(la_exists) < 1:
# OK save to make the annotation
new_la = LinkAnnotation()
new_la.subject = entity.uuid
new_la.subject_type = entity.item_type
new_la.project_uuid = entity.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = self.DC_PERIOD_PRED
new_la.object_uri = period['period-meta']['uri']
new_la.creator_uuid = ''
new_la.save()
ok = True
return ok
def add_period_annoation(self, p_ref):
""" adds a period annotation """
entity = Entity()
found = entity.dereference(p_ref['oc-uri'])
if found:
new_la = LinkAnnotation()
new_la.subject = entity.uuid
new_la.subject_type = entity.item_type
new_la.project_uuid = entity.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = 'dc-terms:isReferencedBy'
new_la.object_uri = p_ref['period-meta']['uri']
new_la.creator_uuid = ''
new_la.save()
return found
def save_new_ref_by_annotation(self, oc_item):
""" saves a refferenced by annotation if it is new """
is_new = self.check_new_annotation(oc_item.uuid, self.referrer.uri)
if is_new:
self.new_annotations += 1
la = LinkAnnotation()
la.subject = oc_item.uuid
la.subject_type = oc_item.item_type
la.project_uuid = oc_item.project_uuid
la.source_id = self.source_id
la.predicate_uri = self.DC_TERMS_REFERENCED_BY
la.object_uri = self.referrer.uri
la.creator_uuid = ''
la.save()
print('[' + str(self.new_annotations) + '] annotated: ' + oc_item.uuid)
def save_new_ref_by_annotation(self, oc_item):
""" saves a refferenced by annotation if it is new """
is_new = self.check_new_annotation(oc_item.uuid, self.referrer.uri)
if is_new:
self.new_annotations += 1
la = LinkAnnotation()
la.subject = oc_item.uuid
la.subject_type = oc_item.item_type
la.project_uuid = oc_item.project_uuid
la.source_id = self.source_id
la.predicate_uri = self.DC_TERMS_REFERENCED_BY
la.object_uri = self.referrer.uri
la.creator_uuid = ''
la.save()
print('[' + str(self.new_annotations) + '] annotated: ' +
oc_item.uuid)
def create_pred_parents(self, new_hierachic_list):
""" Creates new types for
superior (more general) types from a list
of types that have hiearchies implicit in their labels
once the superior types are created,
linked data annotations noting hierarchy are stored
"""
parent_children_pairs = []
for manifest in new_hierachic_list:
try:
oc_pred = Predicate.objects.get(uuid=manifest.uuid)
except Predicate.DoesNotExist:
oc_pred = False
if oc_pred is not False:
child_parts = manifest.label.split(self.HIERARCHY_DELIM)
act_delim = ""
act_new_label = ""
current_parent = False
for label_part in child_parts:
act_new_label = act_new_label + act_delim + label_part
act_delim = self.HIERARCHY_DELIM
pred_manage = PredicateManagement()
pred_manage.project_uuid = manifest.project_uuid
pred_manage.source_id = self.source_id
pred_manage.sort = oc_pred.sort
pred_manage.data_type = oc_pred.data_type
ppred = pred_manage.get_make_predicate(act_new_label, manifest.class_uri)
if ppred is not False and current_parent is not False:
parent_child = {"parent": current_parent, "child": ppred.uuid}
parent_children_pairs.append(parent_child)
current_parent = ppred.uuid
if len(parent_children_pairs) > 0:
# now make some linked data annotations
for parent_child in parent_children_pairs:
if parent_child["parent"] is not False:
new_la = LinkAnnotation()
new_la.subject = parent_child["child"]
new_la.subject_type = "predicates"
new_la.project_uuid = manifest.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = self.p_for_superobjs
new_la.object_uri = URImanagement.make_oc_uri(parent_child["parent"], "predicates")
new_la.creator_uuid = ""
new_la.save()
return parent_children_pairs
def create_concept_parents(self, new_hierachic_list):
""" Creates new types for
superior (more general) types from a list
of types that have hiearchies implicit in their labels
once the superior types are created,
linked data annotations noting hierarchy are stored
"""
parent_children_pairs = []
for manifest in new_hierachic_list:
try:
oc_type = OCtype.objects.get(uuid=manifest.uuid)
except OCtype.DoesNotExist:
oc_type = False
if(oc_type is not False):
child_parts = manifest.label.split(self.HIERARCHY_DELIM)
act_delim = ''
act_new_label = ''
current_parent = False
for label_part in child_parts:
act_new_label = act_new_label + act_delim + label_part
act_delim = self.HIERARCHY_DELIM
type_manage = TypeManagement()
type_manage.project_uuid = oc_type.project_uuid
type_manage.source_id = self.source_id
ptype = type_manage.get_make_type_within_pred_uuid(oc_type.predicate_uuid,
act_new_label)
if(current_parent is not False):
parent_child = {'parent': current_parent,
'child': ptype.uuid}
parent_children_pairs.append(parent_child)
current_parent = ptype.uuid
if(len(parent_children_pairs) > 0):
# now make some linked data annotations
for parent_child in parent_children_pairs:
if(parent_child['parent'] is not False):
new_la = LinkAnnotation()
new_la.subject = parent_child['child']
new_la.subject_type = 'types'
new_la.project_uuid = oc_type.project_uuid
new_la.source_id = self.source_id
new_la.predicate_uri = self.p_for_superobjs
new_la.object_uri = URImanagement.make_oc_uri(parent_child['parent'], 'types')
new_la.creator_uuid = ''
new_la.save()
return parent_children_pairs
def save_hierarchy(self, predicate_uri='rdfs:subClassOf'):
""" Saves hierarchic relations from a vocabulary,
defaulting to subClassOf predicates """
data = False
if (self.graph is not False and self.vocabulary_uri is not False):
data = []
if (self.replace_old):
# delete old relations from this vocabulary using this predicate
LinkAnnotation.objects.filter(
source_id=self.vocabulary_uri,
predicate_uri=predicate_uri).delete()
if (predicate_uri == 'rdfs:subClassOf'):
# for subClassOf predicates
for s, p, o in self.graph.triples(
(None, RDFS.subClassOf, None)):
subject_uri = s.__str__(
) # get the URI of the subject as a string
object_uri = o.__str__(
) # get the URI of the object as a string
act_t = {'s': subject_uri, 'o': object_uri}
if (subject_uri != object_uri):
data.append(act_t)
elif (predicate_uri == 'rdfs:subPropertyOf'):
# for subPropertyOf predicates
for s, p, o in self.graph.triples(
(None, RDFS.subPropertyOf, None)):
subject_uri = s.__str__(
) # get the URI of the subject as a string
object_uri = o.__str__(
) # get the URI of the object as a string
act_t = {'s': subject_uri, 'o': object_uri}
if (subject_uri != object_uri):
data.append(act_t)
if (len(data) > 0):
for act_t in data:
newr = LinkAnnotation()
# make the subject a prefixed URI if common
newr.subject = URImanagement.prefix_common_uri(act_t['s'])
newr.subject_type = 'uri'
newr.project_uuid = '0'
newr.source_id = self.vocabulary_uri
newr.predicate_uri = predicate_uri
newr.object_uri = act_t['o']
newr.save()
return data
def skos_relate_old_new_predicates(self, project_uuid, source_id,
predicate_uuid, new_pred_uuid):
""" Makes a new Link Annotation to relate a new predicate_uuid with an
existing predicate
"""
la = LinkAnnotation()
la.subject = new_pred_uuid
la.subject_type = 'predicates'
la.project_uuid = project_uuid
la.source_id = source_id
la.predicate_uri = 'skos:related'
la.object_uri = URImanagement.make_oc_uri(predicate_uuid, 'predicates')
try:
la.save()
output = True
except:
output = False
return output
def save_hierarchy(self, predicate_uri='rdfs:subClassOf'):
""" Saves hierarchic relations from a vocabulary,
defaulting to subClassOf predicates """
data = False
if(self.graph is not False and self.vocabulary_uri is not False):
data = []
if(self.replace_old):
# delete old relations from this vocabulary using this predicate
LinkAnnotation.objects.filter(source_id=self.vocabulary_uri,
predicate_uri=predicate_uri).delete()
if(predicate_uri == 'rdfs:subClassOf'):
# for subClassOf predicates
for s, p, o in self.graph.triples((None,
RDFS.subClassOf,
None)):
subject_uri = s.__str__() # get the URI of the subject as a string
object_uri = o.__str__() # get the URI of the object as a string
act_t = {'s': subject_uri,
'o': object_uri}
if(subject_uri != object_uri):
data.append(act_t)
elif(predicate_uri == 'rdfs:subPropertyOf'):
# for subPropertyOf predicates
for s, p, o in self.graph.triples((None,
RDFS.subPropertyOf,
None)):
subject_uri = s.__str__() # get the URI of the subject as a string
object_uri = o.__str__() # get the URI of the object as a string
act_t = {'s': subject_uri,
'o': object_uri}
if(subject_uri != object_uri):
data.append(act_t)
if(len(data) > 0):
for act_t in data:
newr = LinkAnnotation()
# make the subject a prefixed URI if common
newr.subject = URImanagement.prefix_common_uri(act_t['s'])
newr.subject_type = 'uri'
newr.project_uuid = '0'
newr.source_id = self.vocabulary_uri
newr.predicate_uri = predicate_uri
newr.object_uri = act_t['o']
newr.save()
return data
def get_add_gbif_parent(child_uri, child_le=None):
"""Checks to add a parent relation to a GBIF entity
Returns a tuple:
parent_link_enity, Is_new_relationship
"""
if not child_le:
child_le = add_get_gbif_link_entity(child_uri)
la_exist = LinkAnnotation.objects.filter(
subject=child_le.uri,
predicate_uri=SKOS_BROADER,
).first()
if la_exist:
# A linking relation to a parent already
# exists, so skip out.
parent_le = add_get_gbif_link_entity(la_exist.object_uri)
return parent_le, False
api = gbifAPI()
child_id = get_gbif_species_id_from_uri(child_le.uri)
parent_id = api.get_gbif_parent_key(child_id)
if not parent_id:
# We're at the top of the hierarchy.
return None, False
parent_le = add_get_gbif_link_entity((GBIF_BASE_URI + str(parent_id)))
print('Make {} ({}) a child of: {} ({})'.format(
child_le.uri,
child_le.label,
parent_le.uri,
parent_le.label,
))
la = LinkAnnotation()
la.subject = child_le.uri
la.subject_type = 'uri'
la.project_uuid = '0'
la.source_id = HIERARCHY_SOURCE
la.predicate_uri = SKOS_BROADER
la.object_uri = parent_le.uri
la.creator_uuid = ''
la.save()
return parent_le, True
def skos_relate_old_new_predicates(self,
project_uuid,
source_id,
predicate_uuid,
new_pred_uuid):
""" Makes a new Link Annotation to relate a new predicate_uuid with an
existing predicate
"""
la = LinkAnnotation()
la.subject = new_pred_uuid
la.subject_type = 'predicates'
la.project_uuid = project_uuid
la.source_id = source_id
la.predicate_uri = 'skos:related'
la.object_uri = URImanagement.make_oc_uri(predicate_uuid, 'predicates')
try:
la.save()
output = True
except:
output = False
return output
def validate_make_eol_hierarchy(self, child_uri, parent_uri):
""" Validated hierarchy relations for EOL entities.
If a child already has a parent, this will not do anything
otherwise it will create a hierachy relation
"""
ok_create = False
le_gen = LinkEntityGeneration()
child_uri = le_gen.make_clean_uri(
child_uri) # strip off any cruft in the URI
parent_uri = le_gen.make_clean_uri(parent_uri)
ent = Entity()
found = ent.dereference(child_uri)
if found:
lr = LinkRecursion()
parents = lr.get_jsonldish_entity_parents(child_uri, False)
if parents is False:
# no parents, so OK to make an assertion
ok_create = True
else:
if len(parents) == 0:
# no parents, so OK to make an assertion
ok_create = True
else:
ok_create = True # the child does not yet exist, so OK to make the relation
print('Getting missing data for: ' + child_uri)
self.get_save_entity_label(child_uri)
if ok_create:
print('OK, make rel for: ' + child_uri + ' in ' + parent_uri)
la = LinkAnnotation()
la.subject = child_uri
la.subject_type = 'uri'
la.project_uuid = '0'
la.source_id = 'manual-eol-manage'
la.predicate_uri = self.CHILD_PARENT_REL
la.object_uri = parent_uri
la.sort = 1
la.save()
else:
print('Already in hierarchy: ' + child_uri)
def validate_make_eol_hierarchy(self, child_uri, parent_uri):
""" Validated hierarchy relations for EOL entities.
If a child already has a parent, this will not do anything
otherwise it will create a hierachy relation
"""
ok_create = False
le_gen = LinkEntityGeneration()
child_uri = le_gen.make_clean_uri(child_uri) # strip off any cruft in the URI
parent_uri = le_gen.make_clean_uri(parent_uri)
ent = Entity()
found = ent.dereference(child_uri)
if found:
lr = LinkRecursion()
parents = lr.get_jsonldish_entity_parents(child_uri, False)
if parents is False:
# no parents, so OK to make an assertion
ok_create = True
else:
if len(parents) == 0:
# no parents, so OK to make an assertion
ok_create = True
else:
ok_create = True # the child does not yet exist, so OK to make the relation
print('Getting missing data for: ' + child_uri)
self.get_save_entity_label(child_uri)
if ok_create:
print('OK, make rel for: ' + child_uri + ' in ' + parent_uri)
la = LinkAnnotation()
la.subject = child_uri
la.subject_type = 'uri'
la.project_uuid = '0'
la.source_id = 'manual-eol-manage'
la.predicate_uri = self.CHILD_PARENT_REL
la.object_uri = parent_uri
la.sort = 1
la.save()
else:
print('Already in hierarchy: ' + child_uri)
def link_table_to_projects(self, table_id):
""" links a table to a project """
ex_id = ExpTableIdentifiers()
ex_id.make_all_identifiers(table_id)
proj_uuid_counts = self.get_table_project_uuid_counts(ex_id.table_id)
for proj_uuid_count in proj_uuid_counts:
project_uuid = proj_uuid_count['project_uuid']
la_recs = LinkAnnotation.objects\
.filter(subject=project_uuid,
object_uri=ex_id.uri)[:1]
if len(la_recs) < 1:
# we don't have a relationship between this project and this
# table yet, so OK to create it.
la = LinkAnnotation()
la.subject = project_uuid
la.subject_type = 'projects'
la.project_uuid = project_uuid
la.source_id = 'exp-tables-management'
la.predicate_uri = self.project_to_table_predicate
la.object_uri = ex_id.uri
la.creator_uuid = ''
la.save()
print('Linked project: ' + project_uuid + ' to ' + ex_id.uri)
def link_table_to_projects(self, table_id):
""" links a table to a project """
ex_id = ExpTableIdentifiers()
ex_id.make_all_identifiers(table_id)
proj_uuid_counts = self.get_table_project_uuid_counts(ex_id.table_id)
for proj_uuid_count in proj_uuid_counts:
project_uuid = proj_uuid_count['project_uuid']
la_recs = LinkAnnotation.objects\
.filter(subject=project_uuid,
object_uri=ex_id.uri)[:1]
if len(la_recs) < 1:
# we don't have a relationship between this project and this
# table yet, so OK to create it.
la = LinkAnnotation()
la.subject = project_uuid
la.subject_type = 'projects'
la.project_uuid = project_uuid
la.source_id = 'exp-tables-management'
la.predicate_uri = self.project_to_table_predicate
la.object_uri = ex_id.uri
la.creator_uuid = ''
la.save()
print('Linked project: ' + project_uuid + ' to ' + ex_id.uri)
def add_item_annotation(self, post_data):
""" Adds a linked data annotation to an item
"""
note = ''
ok_predicates = ['dc-terms:creator',
'dc-terms:contributor',
'dc-terms:subject',
'dc-terms:coverage',
'dc-terms:temporal',
'dc-terms:references',
'dc-terms:isReferencedBy',
'dc-terms:license',
'skos:closeMatch',
'skos:exactMatch',
'owl:sameAs',
'skos:broader',
'skos:related',
'skos:example',
'rdfs:isDefinedBy',
'http://www.w3.org/2000/01/rdf-schema#range']
ok = True
predicate_uri = self.request_param_val(post_data,
'predicate_uri')
object_uri = self.request_param_val(post_data,
'object_uri')
if predicate_uri is not False \
and object_uri is not False:
p_entity = Entity()
found_p = p_entity.dereference(predicate_uri)
if found_p is False \
and predicate_uri in ok_predicates:
found_p = True
o_entity = Entity()
found_o = o_entity.dereference(object_uri)
if found_p and found_o:
lequiv = LinkEquivalence()
pred_list = lequiv.get_identifier_list_variants(predicate_uri)
obj_list = lequiv.get_identifier_list_variants(object_uri)
la_exist = LinkAnnotation.objects\
.filter(subject=self.uuid,
predicate_uri__in=pred_list,
object_uri__in=obj_list)[:1]
if len(la_exist) < 1:
# we don't have an annotation like this yet
object_uri = o_entity.uri
new_la = LinkAnnotation()
new_la.subject = self.manifest.uuid
new_la.subject_type = self.manifest.item_type
new_la.project_uuid = self.manifest.project_uuid
new_la.source_id = self.request_param_val(post_data,
'source_id',
'manual-web-form',
False)
new_la.sort = self.request_param_val(post_data,
'sort',
0,
False)
new_la.predicate_uri = predicate_uri
new_la.object_uri = object_uri
new_la.creator_uuid = self.creator_uuid
new_la.save()
# now clear the cache a change was made
self.clear_caches()
else:
ok = False
note = 'This annotation already exists.'
else:
ok = False
note = 'Missing a predicate or object entity'
else:
note = self.errors['params']
ok = False
self.response = {'action': 'add-item-annotation',
'ok': ok,
'change': {'note': note}}
return self.response
def find_related_geonames(self, username='******'):
""" Adds geonames spatial data for items with geonames annotations """
man_objs = Manifest.objects\
.filter(project_uuid='0',
class_uri='oc-gen:cat-region',
item_type='subjects')
for man_obj in man_objs:
print('Checking slug: ' + man_obj.slug)
subj_obj = Subject.objects.get(uuid=man_obj.uuid)
context = subj_obj.context
if '/' in context:
cont_ex = context.split('/')
admin_level = len(cont_ex) - 1
if admin_level < 0:
admin_level = 0
else:
admin_level = 0
q_str = context.replace('/', ' ')
geo_api = GeonamesAPI()
json_r = geo_api.search_admin_entity(q_str,
admin_level,
username)
if isinstance(json_r, dict):
# we found a result from GeoNames!
print('Geonames result found.')
if 'geonames' in json_r:
if len(json_r['geonames']) > 0:
# we've got a result
geo_id = json_r['geonames'][0]['geonameId']
label = json_r['geonames'][0]['name']
alt_label = json_r['geonames'][0]['toponymName']
geonames_uri = 'http://www.geonames.org/' + str(geo_id)
l_ents = LinkEntity.objects\
.filter(uri=geonames_uri)[:1]
if len(l_ents) < 1:
# we need to create this entity
ent = LinkEntity()
ent.uri = geonames_uri
ent.label = label
ent.alt_label = alt_label
ent.vocab_uri = GeonamesAPI().VOCAB_URI
ent.ent_type = 'class'
ent.save()
print(geonames_uri)
annos = LinkAnnotation.objects\
.filter(subject=man_obj.uuid,
object_uri=geonames_uri)[:1]
if len(annos) < 1:
# we need to add the annotation linking this item
print('Adding new annotation!')
new_la = LinkAnnotation()
new_la.subject = man_obj.uuid
new_la.subject_type = man_obj.item_type
new_la.project_uuid = man_obj.project_uuid
new_la.source_id = man_obj.source_id
new_la.predicate_uri = 'skos:closeMatch'
new_la.object_uri = geonames_uri
new_la.creator_uuid = ''
new_la.save()
else:
print('Relation already known.')
def match_california_site(self, site_uuid):
""" Attempts to match California site name with a tDAR
site key word
"""
found_matches = 0
oc_item = OCitem()
exists = oc_item.check_exists(site_uuid)
if exists:
la_check = LinkAnnotation.objects\
.filter(subject=site_uuid,
predicate_uri='dc-terms:subject',
object_uri__contains=self.TDAR_VOCAB)[:1]
if exists and len(la_check) < 1:
# we don't already have a tDAR id for this item, continue with matches
# first, generate the item's JSON-LD
oc_item.generate_json_ld()
request_keywords = []
if 'oc-gen:has-obs' in oc_item.json_ld:
if isinstance(oc_item.json_ld['oc-gen:has-obs'], list):
for obs in oc_item.json_ld['oc-gen:has-obs']:
if 'oc-pred:52-alternate-site-or-place-name' in obs:
if isinstance(
obs['oc-pred:52-alternate-site-or-place-name'],
list):
for name_obj in obs[
'oc-pred:52-alternate-site-or-place-name']:
if 'xsd:string' in name_obj:
if isinstance(name_obj['xsd:string'],
str):
name_str = name_obj['xsd:string']
request_keywords.append(name_str)
print('Checking names in tDAR: ' + '; '.join(request_keywords))
for keyword in request_keywords:
tdar_api = tdarAPI()
results = tdar_api.get_site_keyword(keyword)
if isinstance(results, list):
for result in results[:self.max_results]:
# assume it is a spurious match
match_real = False
lw_result = result['label'].lower()
lw_keyword = keyword.lower()
if lw_result == lw_keyword:
# the trinomial and the tDAR result exactly match
match_real = True
if match_real:
print('FOUND ' + result['label'])
found_matches += 1
# OK! Found a match, first save the linked entity in the link entity table
le_check = False
try:
le_check = LinkEntity.objects.get(
uri=result['id'])
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
le = LinkEntity()
le.uri = result['id']
le.label = result['label']
le.alt_label = result['label']
le.vocab_uri = self.TDAR_VOCAB
le.ent_type = 'type'
le.save()
# Now save the link annotation
la = LinkAnnotation()
la.subject = oc_item.manifest.uuid
la.subject_type = oc_item.manifest.item_type
la.project_uuid = oc_item.manifest.project_uuid
la.source_id = 'tdar-api-lookup'
la.predicate_uri = self.DC_TERMS_SUBJECT
la.object_uri = result['id']
la.save()
else:
print('Almost! ' + result['label'] +
' is not exactly: ' + keyword)
if tdar_api.request_error:
self.request_error = True
print('HTTP request to tDAR failed!')
self.error_wait += self.base_wait
if self.error_wait > self.max_wait:
print('Too many failures, quiting...')
sys.exit('Quitting process')
else:
# sleep some minutes before trying again
print('Will try again in ' + str(self.error_wait) +
' seconds...')
sleep(self.error_wait)
else:
self.request_error = False
if self.error_wait >= self.base_wait:
print('HTTP requests resumed OK, will continue.')
self.error_wait = 0
return found_matches
def make_naa_annotations(self,
project_uuid,
naa_annotated_proj_uuid):
""" makes annotations to describe NAA
(Neutron Activation Analysis) attributes by
copying annoations from another project
with NAA attributes.
"""
old_pred_uuids = []
old_preds = Predicate.objects\
.filter(project_uuid=naa_annotated_proj_uuid,
data_type='xsd:double')
for old_pred in old_preds:
old_pred_uuids.append(old_pred.uuid)
old_pred_mans = Manifest.objects\
.filter(uuid__in=old_pred_uuids,
project_uuid=naa_annotated_proj_uuid)\
.order_by('label')
for old_pred_man in old_pred_mans:
new_man_pred = None
if len(old_pred_man.label) < 4:
# this has a short label, so more likely about a chemical
# element
new_man_preds = Manifest.objects\
.filter(item_type='predicates',
project_uuid=project_uuid,
label=old_pred_man.label)[:1]
if len(new_man_preds) > 0:
# the new project has a predicate with a matching label
new_man_pred = new_man_preds[0]
if new_man_pred is not None:
# we have a match between a predicate label in the old NAA project
# and the new project
print('-----------------------------')
print('Copy annotations from: ' + old_pred_man.label + ' (' + old_pred_man.uuid + ')')
print('To: ' + new_man_pred.uuid)
print('-----------------------------')
old_link_annos = LinkAnnotation.objects\
.filter(subject=old_pred_man.uuid)
for old_link_anno in old_link_annos:
new_link_anno = old_link_anno
new_link_anno.hash_id = None
new_link_anno.subject = new_man_pred.uuid
new_link_anno.subject_type = new_man_pred.item_type
new_link_anno.project_uuid = new_man_pred.project_uuid
new_link_anno.source_id = 'naa-link-annotations-method'
try:
new_link_anno.save()
except:
pass
preds = Predicate.objects\
.filter(project_uuid=project_uuid,
data_type='xsd:double')
for pred in preds:
man_obj = False
try:
# try to find the manifest item
man_obj = Manifest.objects.get(uuid=pred.uuid)
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
l_ents = LinkEntity.objects\
.filter(label=man_obj.label,
vocab_uri='http://opencontext.org/vocabularies/open-context-zooarch/')[:1]
if len(l_ents) > 0:
# a Match! Now let's make a close match assertion
uri = l_ents[0].uri
print(str(man_obj.label) + ' matches ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = equiv_pred
la.object_uri = uri
la.save()
# save also that the unit of measurement is in MM
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = 'http://www.w3.org/2000/01/rdf-schema#range'
la.object_uri = 'http://www.wikidata.org/wiki/Q174789'
la.save()
def match_california_site(self, site_uuid):
""" Attempts to match California site name with a tDAR
site key word
"""
found_matches = 0
oc_item = OCitem()
exists = oc_item.check_exists(site_uuid)
if exists:
la_check = LinkAnnotation.objects\
.filter(subject=site_uuid,
predicate_uri='dc-terms:subject',
object_uri__contains=self.TDAR_VOCAB)[:1]
if exists and len(la_check) < 1:
# we don't already have a tDAR id for this item, continue with matches
# first, generate the item's JSON-LD
oc_item.generate_json_ld()
request_keywords = []
if 'oc-gen:has-obs' in oc_item.json_ld:
if isinstance(oc_item.json_ld['oc-gen:has-obs'], list):
for obs in oc_item.json_ld['oc-gen:has-obs']:
if 'oc-pred:52-alternate-site-or-place-name' in obs:
if isinstance(obs['oc-pred:52-alternate-site-or-place-name'], list):
for name_obj in obs['oc-pred:52-alternate-site-or-place-name']:
if 'xsd:string' in name_obj:
if isinstance(name_obj['xsd:string'], str):
name_str = name_obj['xsd:string']
request_keywords.append(name_str)
print('Checking names in tDAR: ' + '; '.join(request_keywords))
for keyword in request_keywords:
tdar_api = tdarAPI()
results = tdar_api.get_site_keyword(keyword)
if isinstance(results, list):
for result in results[:self.max_results]:
# assume it is a spurious match
match_real = False
lw_result = result['label'].lower()
lw_keyword = keyword.lower()
if lw_result == lw_keyword:
# the trinomial and the tDAR result exactly match
match_real = True
if match_real:
print('FOUND ' + result['label'])
found_matches += 1
# OK! Found a match, first save the linked entity in the link entity table
le_check = False
try:
le_check = LinkEntity.objects.get(uri=result['id'])
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
le = LinkEntity()
le.uri = result['id']
le.label = result['label']
le.alt_label = result['label']
le.vocab_uri = self.TDAR_VOCAB
le.ent_type = 'type'
le.save()
# Now save the link annotation
la = LinkAnnotation()
la.subject = oc_item.manifest.uuid
la.subject_type = oc_item.manifest.item_type
la.project_uuid = oc_item.manifest.project_uuid
la.source_id = 'tdar-api-lookup'
la.predicate_uri = self.DC_TERMS_SUBJECT
la.object_uri = result['id']
la.save()
else:
print('Almost! ' + result['label'] + ' is not exactly: ' + keyword)
if tdar_api.request_error:
self.request_error = True
print('HTTP request to tDAR failed!')
self.error_wait += self.base_wait
if self.error_wait > self.max_wait:
print('Too many failures, quiting...')
sys.exit('Quitting process')
else:
# sleep some minutes before trying again
print('Will try again in ' + str(self.error_wait) + ' seconds...')
sleep(self.error_wait)
else:
self.request_error = False
if self.error_wait >= self.base_wait:
print('HTTP requests resumed OK, will continue.')
self.error_wait = 0
return found_matches
def match_trinomial_obj(self, tri):
""" Attempts to match a trinomial object 'tri'
against tDAR, if it hasn't yet been matched
"""
found_matches = 0
manifest = False
try:
manifest = Manifest.objects.get(uuid=tri.uuid)
except Manifest.DoesNotExist:
manifest = False
la_check = LinkAnnotation.objects\
.filter(subject=tri.uuid,
predicate_uri='dc-terms:subject',
object_uri__contains=self.TDAR_VOCAB)[:1]
if len(la_check) < 1 and manifest is not False:
# we don't already have a tDAR id for this item, continue with matches
tri_man = TrinomialManage()
request_keywords = [tri.trinomial]
if self.lead_zero_check:
# check multiple leading zeros
tri_parts = tri_man.parse_trinomial(tri.trinomial)
site = tri_parts['site']
site_part_len = len(site)
while len(site) < 4:
site = '0' + site
new_trinomial = tri_parts['state'] + tri_parts['county'] + site
request_keywords.append(new_trinomial)
for keyword in request_keywords:
tdar_api = tdarAPI()
results = tdar_api.get_site_keyword(keyword)
if isinstance(results, list):
for result in results[:self.max_results]:
# assume it is a spurious match
match_real = False
if result['label'] == tri.trinomial:
# the trinomial and the tDAR result exactly match
match_real = True
else:
# check if the only difference is in leading zeros
tri_parts = tri_man.parse_trinomial(tri.trinomial)
site = tri_parts['site']
site_part_len = len(site)
while len(site) < 5:
site = '0' + site
new_trinomial = tri_parts['state'] + tri_parts['county'] + site
if new_trinomial == result['label']:
# A good match, the tDAR result and the trinomial
# match (but with different leading zeros)
match_real = True
if match_real:
found_matches += 1
# OK! Found a match, first save the linked entity in the link entity table
le_check = False
try:
le_check = LinkEntity.objects.get(uri=result['id'])
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
le = LinkEntity()
le.uri = result['id']
le.label = result['label']
le.alt_label = result['label']
le.vocab_uri = self.TDAR_VOCAB
le.ent_type = 'type'
le.save()
# Now save the link annotation
la = LinkAnnotation()
la.subject = tri.uuid
la.subject_type = manifest.item_type
la.project_uuid = manifest.project_uuid
la.source_id = 'tdar-api-lookup'
la.predicate_uri = self.DC_TERMS_SUBJECT
la.object_uri = result['id']
la.save()
else:
print('Almost! ' + result['label'] + ' is not exactly: ' + tri.trinomial)
if tdar_api.request_error:
self.request_error = True
print('HTTP request to tDAR failed!')
self.error_wait += self.base_wait
if self.error_wait > self.max_wait:
print('Too many failures, quiting...')
sys.exit('Quitting process')
else:
# sleep some minutes before trying again
print('Will try again in ' + str(self.error_wait) + ' seconds...')
sleep(self.error_wait)
else:
self.request_error = False
if self.error_wait >= self.base_wait:
print('HTTP requests resumed OK, will continue.')
self.error_wait = 0
return found_matches
def generate_table_metadata(self, table_id, overwrite=False):
""" makes metadata for a specific table """
ex_id = ExpTableIdentifiers()
ex_id.make_all_identifiers(table_id)
table_ids = [ex_id.table_id,
ex_id.public_table_id]
try:
ex_tab = ExpTable.objects.get(table_id=table_id)
except ExpTable.DoesNotExist:
print('No ExpTable object for: ' + ex_id.public_table_id)
ex_tab = None
try:
man_obj = Manifest.objects.get(uuid=ex_id.public_table_id)
except Manifest.DoesNotExist:
print('No manifest object for: ' + ex_id.public_table_id)
man_obj = None
if ex_tab is not None and man_obj is not None:
proj_uuid_counts = None
for meta_pred in self.metadata_predicates:
if overwrite:
num_old_delete = LinkAnnotation.objects\
.filter(subject__in=table_ids,
predicate_uri=meta_pred)\
.delete()
print('Deleted annoations ' + str(num_old_delete) + ' for ' + meta_pred)
add_meta_for_pred = True
else:
num_exists = LinkAnnotation.objects\
.filter(subject__in=table_ids,
predicate_uri=meta_pred)[:1]
if len(num_exists) < 1:
add_meta_for_pred = True
else:
add_meta_for_pred = False
if add_meta_for_pred:
if meta_pred == 'dc-terms:contributor':
print('Getting contributors for ' + table_id)
sorted_author_list = self.get_table_author_counts(table_id)
contrib_sort = 0
for s_author in sorted_author_list:
contrib_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = s_author['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = URImanagement.make_oc_uri(s_author['uuid'], 'persons')
la.creator_uuid = '0'
la.sort = contrib_sort
la.obj_extra = obj_extra
la.save()
if meta_pred in ['dc-terms:creator',
'dc-terms:source']:
# need to get projects for this
if proj_uuid_counts is None:
# only get this if not gotten yet
print('Getting projects for ' + table_id)
proj_uuid_counts = self.get_table_project_uuid_counts(table_id)
if meta_pred == 'dc-terms:creator':
print('Getting creators for ' + table_id)
dc_creator_list = self.make_table_dc_creator_list(proj_uuid_counts)
create_sort = 0
for dc_creator in dc_creator_list:
create_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = dc_creator['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = dc_creator['id']
la.creator_uuid = '0'
la.sort = create_sort
la.obj_extra = obj_extra
la.save()
if meta_pred == 'dc-terms:source':
print('Getting sources for ' + table_id)
proj_sort = 0
for proj_uuid_count in proj_uuid_counts:
proj_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = proj_uuid_count['num_uuids']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = URImanagement.make_oc_uri(proj_uuid_count['project_uuid'],
'projects')
la.creator_uuid = '0'
la.sort = proj_sort
la.obj_extra = obj_extra
la.save()
if meta_pred == 'dc-terms:subject':
print('Getting subjects for ' + table_id)
dc_subject_list = self.make_table_dc_subject_category_list(table_id)
subj_sort = 0
for dc_subject in dc_subject_list:
subj_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = dc_subject['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = dc_subject['id']
la.creator_uuid = '0'
la.sort = subj_sort
la.obj_extra = obj_extra
la.save()
def make_naa_annotations(self, project_uuid, naa_annotated_proj_uuid):
""" makes annotations to describe NAA
(Neutron Activation Analysis) attributes by
copying annoations from another project
with NAA attributes.
"""
old_pred_uuids = []
old_preds = Predicate.objects\
.filter(project_uuid=naa_annotated_proj_uuid,
data_type='xsd:double')
for old_pred in old_preds:
old_pred_uuids.append(old_pred.uuid)
old_pred_mans = Manifest.objects\
.filter(uuid__in=old_pred_uuids,
project_uuid=naa_annotated_proj_uuid)\
.order_by('label')
for old_pred_man in old_pred_mans:
new_man_pred = None
if len(old_pred_man.label) < 4:
# this has a short label, so more likely about a chemical
# element
new_man_preds = Manifest.objects\
.filter(item_type='predicates',
project_uuid=project_uuid,
label=old_pred_man.label)[:1]
if len(new_man_preds) > 0:
# the new project has a predicate with a matching label
new_man_pred = new_man_preds[0]
if new_man_pred is not None:
# we have a match between a predicate label in the old NAA project
# and the new project
print('-----------------------------')
print('Copy annotations from: ' + old_pred_man.label + ' (' +
old_pred_man.uuid + ')')
print('To: ' + new_man_pred.uuid)
print('-----------------------------')
old_link_annos = LinkAnnotation.objects\
.filter(subject=old_pred_man.uuid)
for old_link_anno in old_link_annos:
new_link_anno = old_link_anno
new_link_anno.hash_id = None
new_link_anno.subject = new_man_pred.uuid
new_link_anno.subject_type = new_man_pred.item_type
new_link_anno.project_uuid = new_man_pred.project_uuid
new_link_anno.source_id = 'naa-link-annotations-method'
try:
new_link_anno.save()
except:
pass
preds = Predicate.objects\
.filter(project_uuid=project_uuid,
data_type='xsd:double')
for pred in preds:
man_obj = False
try:
# try to find the manifest item
man_obj = Manifest.objects.get(uuid=pred.uuid)
except Manifest.DoesNotExist:
man_obj = False
if man_obj is not False:
l_ents = LinkEntity.objects\
.filter(label=man_obj.label,
vocab_uri='http://opencontext.org/vocabularies/open-context-zooarch/')[:1]
if len(l_ents) > 0:
# a Match! Now let's make a close match assertion
uri = l_ents[0].uri
print(str(man_obj.label) + ' matches ' + uri)
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = equiv_pred
la.object_uri = uri
la.save()
# save also that the unit of measurement is in MM
la = LinkAnnotation()
la.subject = man_obj.uuid # the subordinate is the subject
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'label-match'
la.predicate_uri = 'http://www.w3.org/2000/01/rdf-schema#range'
la.object_uri = 'http://www.wikidata.org/wiki/Q174789'
la.save()
def match_trinomial_obj(self, tri):
""" Attempts to match a trinomial object 'tri'
against tDAR, if it hasn't yet been matched
"""
found_matches = 0
manifest = False
try:
manifest = Manifest.objects.get(uuid=tri.uuid)
except Manifest.DoesNotExist:
manifest = False
la_check = LinkAnnotation.objects\
.filter(subject=tri.uuid,
predicate_uri='dc-terms:subject',
object_uri__contains=self.TDAR_VOCAB)[:1]
if len(la_check) < 1 and manifest is not False:
# we don't already have a tDAR id for this item, continue with matches
tri_man = TrinomialManage()
request_keywords = [tri.trinomial]
if self.lead_zero_check:
# check multiple leading zeros
tri_parts = tri_man.parse_trinomial(tri.trinomial)
site = tri_parts['site']
site_part_len = len(site)
while len(site) < 4:
site = '0' + site
new_trinomial = tri_parts['state'] + tri_parts[
'county'] + site
request_keywords.append(new_trinomial)
for keyword in request_keywords:
tdar_api = tdarAPI()
results = tdar_api.get_site_keyword(keyword)
if isinstance(results, list):
for result in results[:self.max_results]:
# assume it is a spurious match
match_real = False
if result['label'] == tri.trinomial:
# the trinomial and the tDAR result exactly match
match_real = True
else:
# check if the only difference is in leading zeros
tri_parts = tri_man.parse_trinomial(tri.trinomial)
site = tri_parts['site']
site_part_len = len(site)
while len(site) < 5:
site = '0' + site
new_trinomial = tri_parts['state'] + tri_parts[
'county'] + site
if new_trinomial == result['label']:
# A good match, the tDAR result and the trinomial
# match (but with different leading zeros)
match_real = True
if match_real:
found_matches += 1
# OK! Found a match, first save the linked entity in the link entity table
le_check = False
try:
le_check = LinkEntity.objects.get(
uri=result['id'])
except LinkEntity.DoesNotExist:
le_check = False
if le_check is False:
le = LinkEntity()
le.uri = result['id']
le.label = result['label']
le.alt_label = result['label']
le.vocab_uri = self.TDAR_VOCAB
le.ent_type = 'type'
le.save()
# Now save the link annotation
la = LinkAnnotation()
la.subject = tri.uuid
la.subject_type = manifest.item_type
la.project_uuid = manifest.project_uuid
la.source_id = 'tdar-api-lookup'
la.predicate_uri = self.DC_TERMS_SUBJECT
la.object_uri = result['id']
la.save()
else:
print('Almost! ' + result['label'] +
' is not exactly: ' + tri.trinomial)
if tdar_api.request_error:
self.request_error = True
print('HTTP request to tDAR failed!')
self.error_wait += self.base_wait
if self.error_wait > self.max_wait:
print('Too many failures, quiting...')
sys.exit('Quitting process')
else:
# sleep some minutes before trying again
print('Will try again in ' + str(self.error_wait) +
' seconds...')
sleep(self.error_wait)
else:
self.request_error = False
if self.error_wait >= self.base_wait:
print('HTTP requests resumed OK, will continue.')
self.error_wait = 0
return found_matches
def generate_table_metadata(self, table_id, overwrite=False):
""" makes metadata for a specific table """
ex_id = ExpTableIdentifiers()
ex_id.make_all_identifiers(table_id)
table_ids = [ex_id.table_id, ex_id.public_table_id]
try:
ex_tab = ExpTable.objects.get(table_id=table_id)
except ExpTable.DoesNotExist:
print('No ExpTable object for: ' + ex_id.public_table_id)
ex_tab = None
try:
man_obj = Manifest.objects.get(uuid=ex_id.public_table_id)
except Manifest.DoesNotExist:
print('No manifest object for: ' + ex_id.public_table_id)
man_obj = None
if ex_tab is not None and man_obj is not None:
proj_uuid_counts = None
for meta_pred in self.metadata_predicates:
if overwrite:
num_old_delete = LinkAnnotation.objects\
.filter(subject__in=table_ids,
predicate_uri=meta_pred)\
.delete()
print('Deleted annoations ' + str(num_old_delete) +
' for ' + meta_pred)
add_meta_for_pred = True
else:
num_exists = LinkAnnotation.objects\
.filter(subject__in=table_ids,
predicate_uri=meta_pred)[:1]
if len(num_exists) < 1:
add_meta_for_pred = True
else:
add_meta_for_pred = False
if add_meta_for_pred:
if meta_pred == 'dc-terms:contributor':
print('Getting contributors for ' + table_id)
sorted_author_list = self.get_table_author_counts(
table_id)
contrib_sort = 0
for s_author in sorted_author_list:
contrib_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = s_author['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = URImanagement.make_oc_uri(
s_author['uuid'], 'persons')
la.creator_uuid = '0'
la.sort = contrib_sort
la.obj_extra = obj_extra
la.save()
if meta_pred in ['dc-terms:creator', 'dc-terms:source']:
# need to get projects for this
if proj_uuid_counts is None:
# only get this if not gotten yet
print('Getting projects for ' + table_id)
proj_uuid_counts = self.get_table_project_uuid_counts(
table_id)
if meta_pred == 'dc-terms:creator':
print('Getting creators for ' + table_id)
dc_creator_list = self.make_table_dc_creator_list(
proj_uuid_counts)
create_sort = 0
for dc_creator in dc_creator_list:
create_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = dc_creator['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = dc_creator['id']
la.creator_uuid = '0'
la.sort = create_sort
la.obj_extra = obj_extra
la.save()
if meta_pred == 'dc-terms:source':
print('Getting sources for ' + table_id)
proj_sort = 0
for proj_uuid_count in proj_uuid_counts:
proj_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = proj_uuid_count[
'num_uuids']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = URImanagement.make_oc_uri(
proj_uuid_count['project_uuid'],
'projects')
la.creator_uuid = '0'
la.sort = proj_sort
la.obj_extra = obj_extra
la.save()
if meta_pred == 'dc-terms:subject':
print('Getting subjects for ' + table_id)
dc_subject_list = self.make_table_dc_subject_category_list(
table_id)
subj_sort = 0
for dc_subject in dc_subject_list:
subj_sort += 1
obj_extra = LastUpdatedOrderedDict()
obj_extra['count'] = dc_subject['count']
la = LinkAnnotation()
la.subject = man_obj.uuid
la.subject_type = man_obj.item_type
la.project_uuid = man_obj.project_uuid
la.source_id = 'exp-table-manage'
la.predicate_uri = meta_pred
la.object_uri = dc_subject['id']
la.creator_uuid = '0'
la.sort = subj_sort
la.obj_extra = obj_extra
la.save()