def attach_statements_to_record(self, g, new_uris, var_bindings):
# Attach each data element (med, problem, lab, etc), to the
# base record URI with the sp:Statement predicate.
recordURI = URIRef(
smart_path("/records/%s" % var_bindings['record_id']))
for n in new_uris:
node_type = get_property(g, n, rdf.type)
# Filter for top-level medical record "Statement" types
t = ontology[node_type]
if (not t.is_statement):
continue
if (not t.base_path.startswith("/records")):
continue
if (n == recordURI):
continue # don't assert that the record has itself as an element
# There's no need to include belongsTo in a POSTed graph.
# ... but if belongsTo is present, it must be identical
# to the current recordURI
existing_record = list(g.triples((n, sp.belongsTo, None)))
if len(existing_record) > 1:
raise Exception("Can't have multiple belongsTo statements")
if len(existing_record) > 0 \
and existing_record[0][2] != recordURI:
raise Exception("Conflicting belongsTo statements")
g.add((n, sp.belongsTo, recordURI))
g.add((recordURI, sp.hasStatement, n))
g.add((recordURI, rdf.type, sp.MedicalRecord))
def attach_statements_to_record(self, g, new_uris, var_bindings):
# Attach each data element (med, problem, lab, etc), to the
# base record URI with the sp:Statement predicate.
recordURI = URIRef(smart_path("/records/%s"%var_bindings['record_id']))
for n in new_uris:
node_type = get_property(g, n, rdf.type)
# Filter for top-level medical record "Statement" types
t = ontology[node_type]
if (not t.is_statement): continue
if (not t.base_path.startswith("/records")): continue
if (n == recordURI): continue # don't assert that the record has itself as an element
g.add((n, sp.belongsTo, recordURI))
g.add((recordURI, sp.hasStatement, n))
g.add((recordURI, rdf.type, sp.MedicalRecord))