def main():
#InterLexSneechenator()
test()
return
# testing
index_graph.bind('ILX', ILX)
#[index_graph.add((npokb[str(i)], rdf.type, owl.Class)) for i in range(1, 11)]
#[index_graph.add((npokb[str(i)], ilxtr.hasTemporaryId, TEMP[str(i)])) for i in range(1, 11)]
ios = []
for eff in ('phenotype-core.ttl', 'phenotypes.ttl'):
path = auth.get_path('ontology-local-repo') / eff
input_graph = OntGraph(path=path)
input_graph.parse()
output_graph = input_graph.mapTempToIndex(index_graph, ILX, ilxtr)
ios.append((input_graph, output_graph))
input_graph, output_graph = ios[0]
a, r, c = output_graph.subjectsChanged(input_graph)
index_graph.write()
# [o.write() for i, o, in ios] # when ready
#from sparcur.paths import Path
#Path(index_graph.path).xopen()
breakpoint()
def npokb():
index_graph = OntGraph(path=auth.get_path('ontology-local-repo') /
'ttl/generated/neurons/npokb-index.ttl')
if index_graph.path.exists():
index_graph.parse()
# testing
index_graph.bind('npokb', npokb)
#[index_graph.add((npokb[str(i)], rdf.type, owl.Class)) for i in range(1, 11)]
#[index_graph.add((npokb[str(i)], ilxtr.hasTemporaryId, TEMP[str(i)])) for i in range(1, 11)]
ios = []
for eff in ('common-usage-types', 'huang-2017', 'markram-2015',
'allen-cell-types'):
path = auth.get_path(
'ontology-local-repo') / f'ttl/generated/neurons/{eff}.ttl'
input_graph = OntGraph(path=path)
input_graph.parse()
output_graph = input_graph.mapTempToIndex(index_graph, npokb, TEMP)
ios.append((input_graph, output_graph))
input_graph, output_graph = ios[0]
a, r, c = output_graph.subjectsChanged(input_graph)
index_graph.write()
# [o.write() for i, o, in ios] # when ready
#from sparcur.paths import Path
#Path(index_graph.path).xopen()
breakpoint()
