def agent_type_lod(request, agent_type_name):
ats = AgentType.objects.all()
agent_type = None
#import pdb; pdb.set_trace()
for at in ats:
if camelcase(at.name) == agent_type_name:
agent_type = at
if not agent_type:
return HttpResponse({}, mimetype='application/json')
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
if agent_type.name != "Person" and agent_type.name != "Group" and agent_type.name != "Individual":
class_name = camelcase(agent_type.name)
ref = URIRef(instance_abbrv + ":agent-type-lod/" + class_name)
store.add((ref, RDF.type, OWL.Class))
store.add((ref, SKOS.prefLabel, Literal(class_name, lang="en")))
if agent_type.party_type == "individual":
store.add((ref, RDFS.subClassOf, vf_ns.Person))
else:
store.add((ref, RDFS.subClassOf, vf_ns.Group))
ser = store.serialize(format='json-ld', context=context, indent=4)
return HttpResponse(ser, mimetype='application/json')
def agent_type_lod(request, agent_type_name):
ats = AgentType.objects.all()
agent_type = None
#import pdb; pdb.set_trace()
for at in ats:
if camelcase(at.name) == agent_type_name:
agent_type = at
if not agent_type:
return HttpResponse({}, mimetype='application/json')
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
if agent_type.name != "Person" and agent_type.name != "Group" and agent_type.name != "Individual":
class_name = camelcase(agent_type.name)
ref = URIRef(instance_abbrv + ":agent-type-lod/" +class_name)
store.add((ref, RDF.type, OWL.Class))
store.add((ref, SKOS.prefLabel, Literal(class_name, lang="en")))
if agent_type.party_type == "individual":
store.add((ref, RDFS.subClassOf, vf_ns.Person))
else:
store.add((ref, RDFS.subClassOf, vf_ns.Group))
ser = store.serialize(format='json-ld', context=context, indent=4)
return HttpResponse(ser, mimetype='application/json')
def agent_lod(request, agent_id):
agents = EconomicAgent.objects.filter(id=agent_id)
if not agents:
return HttpResponse({}, mimetype='application/json')
agent = agents[0]
subject_assocs = agent.all_is_associates()
object_assocs = agent.all_has_associates()
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
#Lynn: I made a change here for consistency. Please check and fix if needed.
ref = URIRef(instance_abbrv + ":agent-lod/" + str(agent.id) + "/")
if agent.agent_type.name == "Individual" or agent.agent_type.name == "Person":
store.add((ref, RDF.type, vf_ns.Person))
#elif agent.agent_type.name == "Organization":
# store.add((ref, RDF.type, vf_ns.Organization))
else:
at_class_name = camelcase(agent.agent_type.name)
ref_class = URIRef(instance_abbrv + ":agent-type-lod/" + at_class_name)
store.add((ref, RDF.type, ref_class))
store.add((ref, vf_ns["label"], Literal(agent.name, lang="en")))
#if agent.photo_url:
# store.add((ref, vf_ns["image"], agent.photo_url))
#if subject_assocs or object_assocs:
# store.add(( ))
if subject_assocs:
for a in subject_assocs:
obj_ref = URIRef(instance_abbrv + ":agent-relationship-lod/" +
str(a.id) + "/")
property_name = camelcase_lower(a.association_type.label)
ref_relationship = URIRef(instance_abbrv +
":agent-relationship-type-lod/" +
property_name)
store.add((ref, ref_relationship, obj_ref))
if object_assocs:
for a in object_assocs:
subj_ref = URIRef(instance_abbrv + ":agent-relationship-inv-lod/" +
str(a.id) + "/")
inv_property_name = camelcase_lower(
a.association_type.inverse_label)
inv_ref_relationship = URIRef(instance_abbrv +
":agent-relationship-type-lod/" +
inv_property_name)
store.add((ref, inv_ref_relationship, subj_ref))
ser = store.serialize(format='json-ld', context=context, indent=4)
return HttpResponse(ser, mimetype='application/json')
def agent_lod(request, agent_id):
agents = EconomicAgent.objects.filter(id=agent_id)
if not agents:
return HttpResponse({}, mimetype='application/json')
agent = agents[0]
subject_assocs = agent.all_is_associates()
object_assocs = agent.all_has_associates()
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
#Lynn: I made a change here for consistency. Please check and fix if needed.
ref = URIRef(instance_abbrv + ":agent-lod/" + str(agent.id) + "/")
if agent.agent_type.name == "Individual" or agent.agent_type.name == "Person":
store.add((ref, RDF.type, vf_ns.Person))
#elif agent.agent_type.name == "Organization":
# store.add((ref, RDF.type, vf_ns.Organization))
else:
at_class_name = camelcase(agent.agent_type.name)
ref_class = URIRef(instance_abbrv + ":agent-type-lod/" + at_class_name)
store.add((ref, RDF.type, ref_class))
store.add((ref, vf_ns["label"], Literal(agent.name, lang="en")))
#if agent.photo_url:
# store.add((ref, vf_ns["image"], agent.photo_url))
#if subject_assocs or object_assocs:
# store.add(( ))
if subject_assocs:
for a in subject_assocs:
obj_ref = URIRef(instance_abbrv + ":agent-relationship-lod/" + str(a.id) + "/")
property_name = camelcase_lower(a.association_type.label)
ref_relationship = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + property_name)
store.add((ref, ref_relationship, obj_ref))
if object_assocs:
for a in object_assocs:
subj_ref = URIRef(instance_abbrv + ":agent-relationship-inv-lod/" + str(a.id) + "/")
inv_property_name = camelcase_lower(a.association_type.inverse_label)
inv_ref_relationship = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + inv_property_name)
store.add((ref, inv_ref_relationship, subj_ref))
ser = store.serialize(format='json-ld', context=context, indent=4)
return HttpResponse(ser, mimetype='application/json')
def agent_jsonld(request):
#test = "{'@context': 'http://json-ld.org/contexts/person.jsonld', '@id': 'http://dbpedia.org/resource/John_Lennon', 'name': 'John Lennon', 'born': '1940-10-09', 'spouse': 'http://dbpedia.org/resource/Cynthia_Lennon' }"
#test = '{ "@id": "http://nrp.webfactional.com/accounting/agent-lod/1", "@type": "Person", "vf:label": { "@language": "en", "@value": "Bob Haugen" } }'
#return HttpResponse(test, mimetype='application/json')
#mport pdb; pdb.set_trace()
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
agent_types = AgentType.objects.all()
#import pdb; pdb.set_trace()
for at in agent_types:
#if at.name != "Person" and at.name != "Organization" and at.name != "Group" and at.name != "Individual":
if at.name != "Person" and at.name != "Group" and at.name != "Individual":
class_name = camelcase(at.name)
#ref = URIRef(at_ns[class_name])
ref = URIRef(instance_abbrv + ":agent-type-lod/" + class_name)
store.add((ref, RDF.type, OWL.Class))
store.add((ref, SKOS.prefLabel, Literal(class_name, lang="en")))
if at.party_type == "individual":
store.add((ref, RDFS.subClassOf, vf_ns.Person))
else:
store.add((ref, RDFS.subClassOf, vf_ns.Group))
aa_types = AgentAssociationType.objects.all()
#import pdb; pdb.set_trace()
for aat in aa_types:
property_name = camelcase_lower(aat.label)
inverse_property_name = camelcase_lower(aat.inverse_label)
ref = URIRef(instance_abbrv + ":agent-relationship-type-lod/" +
property_name)
store.add((ref, RDF.type, RDF.Property))
store.add((ref, SKOS.prefLabel, Literal(aat.label, lang="en")))
#inverse = BNode()
#store.add((ref, OWL.inverseOf, inverse))
#store.add((inverse, RDFS.label, Literal(aat.inverse_label, lang="en")))
if property_name != inverse_property_name:
inv_ref = URIRef(instance_abbrv + ":agent-relationship-type-lod/" +
inverse_property_name)
store.add((inv_ref, RDF.type, RDF.Property))
store.add(
(inv_ref, SKOS.prefLabel, Literal(aat.inverse_label,
lang="en")))
store.add((ref, OWL.inverseOf, inv_ref))
store.add((inv_ref, OWL.inverseOf, ref))
#import pdb; pdb.set_trace()
associations = AgentAssociation.objects.filter(state="active")
agents = [assn.is_associate for assn in associations]
agents.extend([assn.has_associate for assn in associations])
agents = list(set(agents))
for agent in agents:
ref = URIRef(instance_abbrv + ":agent-lod/" + str(agent.id) + "/")
if agent.agent_type.name == "Individual" or agent.agent_type.name == "Person":
store.add((ref, RDF.type, vf_ns.Person))
#elif agent.agent_type.name == "Organization":
# store.add((ref, RDF.type, vf_ns.Organization))
else:
at_class_name = camelcase(agent.agent_type.name)
ref_class = URIRef(instance_abbrv + ":agent-type-lod/" +
at_class_name)
store.add((ref, RDF.type, ref_class))
store.add((ref, vf_ns["label"], Literal(agent.name, lang="en")))
#if agent.name != agent.nick:
# store.add((ref, FOAF.nick, Literal(agent.nick, lang="en")))
#if agent.photo_url:
# store.add((ref, vf_ns["image"], agent.photo_url))
for a in associations:
ref = URIRef(instance_abbrv + ":agent-relationship-lod/" + str(a.id) +
"/")
inv_ref = URIRef(instance_abbrv + ":agent-relationship-inv-lod/" +
str(a.id) + "/")
ref_subject = URIRef(instance_abbrv + ":agent-lod/" +
str(a.is_associate.id) + "/")
ref_object = URIRef(instance_abbrv + ":agent-lod/" +
str(a.has_associate.id) + "/")
property_name = camelcase_lower(a.association_type.label)
inv_property_name = camelcase_lower(a.association_type.inverse_label)
ref_relationship = URIRef(instance_abbrv +
":agent-relationship-type-lod/" +
property_name)
inv_ref_relationship = URIRef(instance_abbrv +
":agent-relationship-type-lod/" +
inv_property_name)
store.add((ref, RDF.type, vf_ns["Relationship"]))
store.add((ref, vf_ns["subject"], ref_subject))
store.add((ref, vf_ns["object"], ref_object))
store.add((ref, vf_ns["relationship"], ref_relationship))
store.add((inv_ref, RDF.type, vf_ns["Relationship"]))
store.add((inv_ref, vf_ns["object"], ref_subject))
store.add((inv_ref, vf_ns["subject"], ref_object))
store.add((inv_ref, vf_ns["relationship"], inv_ref_relationship))
ser = store.serialize(format='json-ld', context=context, indent=4)
#import pdb; pdb.set_trace()
#import json
#data = json.loads(ser)
#simplyframe(data)
#return HttpResponse(json.dumps(data, indent=4), mimetype='application/json')
return HttpResponse(ser, mimetype='application/json')
def agent_jsonld(request):
#test = "{'@context': 'http://json-ld.org/contexts/person.jsonld', '@id': 'http://dbpedia.org/resource/John_Lennon', 'name': 'John Lennon', 'born': '1940-10-09', 'spouse': 'http://dbpedia.org/resource/Cynthia_Lennon' }"
#test = '{ "@id": "http://nrp.webfactional.com/accounting/agent-lod/1", "@type": "Person", "vf:label": { "@language": "en", "@value": "Bob Haugen" } }'
#return HttpResponse(test, mimetype='application/json')
#mport pdb; pdb.set_trace()
path, instance_abbrv, context, store, vf_ns = get_lod_setup_items()
agent_types = AgentType.objects.all()
#import pdb; pdb.set_trace()
for at in agent_types:
#if at.name != "Person" and at.name != "Organization" and at.name != "Group" and at.name != "Individual":
if at.name != "Person" and at.name != "Group" and at.name != "Individual":
class_name = camelcase(at.name)
#ref = URIRef(at_ns[class_name])
ref = URIRef(instance_abbrv + ":agent-type-lod/" +class_name)
store.add((ref, RDF.type, OWL.Class))
store.add((ref, SKOS.prefLabel, Literal(class_name, lang="en")))
if at.party_type == "individual":
store.add((ref, RDFS.subClassOf, vf_ns.Person))
else:
store.add((ref, RDFS.subClassOf, vf_ns.Group))
aa_types = AgentAssociationType.objects.all()
#import pdb; pdb.set_trace()
for aat in aa_types:
property_name = camelcase_lower(aat.label)
inverse_property_name = camelcase_lower(aat.inverse_label)
ref = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + property_name)
store.add((ref, RDF.type, RDF.Property))
store.add((ref, SKOS.prefLabel, Literal(aat.label, lang="en")))
#inverse = BNode()
#store.add((ref, OWL.inverseOf, inverse))
#store.add((inverse, RDFS.label, Literal(aat.inverse_label, lang="en")))
if property_name != inverse_property_name:
inv_ref = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + inverse_property_name)
store.add((inv_ref, RDF.type, RDF.Property))
store.add((inv_ref, SKOS.prefLabel, Literal(aat.inverse_label, lang="en")))
store.add((ref, OWL.inverseOf, inv_ref))
store.add((inv_ref, OWL.inverseOf, ref))
#import pdb; pdb.set_trace()
associations = AgentAssociation.objects.filter(state="active")
agents = [assn.is_associate for assn in associations]
agents.extend([assn.has_associate for assn in associations])
agents = list(set(agents))
for agent in agents:
ref = URIRef(instance_abbrv + ":agent-lod/" + str(agent.id) + "/")
if agent.agent_type.name == "Individual" or agent.agent_type.name == "Person":
store.add((ref, RDF.type, vf_ns.Person))
#elif agent.agent_type.name == "Organization":
# store.add((ref, RDF.type, vf_ns.Organization))
else:
at_class_name = camelcase(agent.agent_type.name)
ref_class = URIRef(instance_abbrv + ":agent-type-lod/" + at_class_name)
store.add((ref, RDF.type, ref_class))
store.add((ref, vf_ns["label"], Literal(agent.name, lang="en")))
#if agent.name != agent.nick:
# store.add((ref, FOAF.nick, Literal(agent.nick, lang="en")))
#if agent.photo_url:
# store.add((ref, vf_ns["image"], agent.photo_url))
for a in associations:
ref = URIRef(instance_abbrv + ":agent-relationship-lod/" + str(a.id) + "/")
inv_ref = URIRef(instance_abbrv + ":agent-relationship-inv-lod/" + str(a.id) + "/")
ref_subject = URIRef(instance_abbrv + ":agent-lod/" + str(a.is_associate.id) + "/")
ref_object = URIRef(instance_abbrv + ":agent-lod/" + str(a.has_associate.id) + "/")
property_name = camelcase_lower(a.association_type.label)
inv_property_name = camelcase_lower(a.association_type.inverse_label)
ref_relationship = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + property_name)
inv_ref_relationship = URIRef(instance_abbrv + ":agent-relationship-type-lod/" + inv_property_name)
store.add((ref, RDF.type, vf_ns["Relationship"]))
store.add((ref, vf_ns["subject"], ref_subject))
store.add((ref, vf_ns["object"], ref_object))
store.add((ref, vf_ns["relationship"], ref_relationship))
store.add((inv_ref, RDF.type, vf_ns["Relationship"]))
store.add((inv_ref, vf_ns["object"], ref_subject))
store.add((inv_ref, vf_ns["subject"], ref_object))
store.add((inv_ref, vf_ns["relationship"], inv_ref_relationship))
ser = store.serialize(format='json-ld', context=context, indent=4)
#import pdb; pdb.set_trace()
#import json
#data = json.loads(ser)
#simplyframe(data)
#return HttpResponse(json.dumps(data, indent=4), mimetype='application/json')
return HttpResponse(ser, mimetype='application/json')
