def test_incremental_assembler_add_statement_duplicate():
ev3 = Evidence('eidos', text='3')
s3 = Influence(e1, e2, ev3)
s3h = s3.get_hash(matches_fun=location_matches_compositional)
ia = IncrementalAssembler([s1, s2])
delta = ia.add_statements([s3])
assert not delta.new_stmts, delta.new_stmts
assert delta.new_evidences == {s3h: [ev3]}, delta.new_evidences
assert not delta.new_refinements, delta.new_refinements
# TODO: test beliefs
assert set(ia.get_all_supporting_evidence(s1h)) == {ev1, ev2, ev3}
assert set(ia.get_all_supporting_evidence(s2h)) == {ev2}
def test_post_processing_new_stmts():
stmts = copy.deepcopy([s1, s2])
ia = IncrementalAssembler([stmts[0]])
delta = ia.add_statements([stmts[1]])
assert len(delta.new_stmts) == 1
stmt = list(delta.new_stmts.values())[0]
assert stmt.subj.concept.name == 'crop'
# Check that we added annotations
assert 'agents' in stmt.evidence[0].annotations
assert stmt.evidence[0].annotations['agents'] == {
'raw_text': ['some_text2', 'some_text2']
}, stmt.evidence[0].annotations['agents']
def test_incremental_assembler_add_statement_new_refinement():
ev4 = Evidence('eidos', text='4')
s4 = Influence(e2, e4, ev4)
s4h = s4.get_hash(matches_fun=location_matches_compositional)
ia = IncrementalAssembler([s1, s2])
delta = ia.add_statements([s4])
assert delta.new_stmts, {s4h: s4}
assert delta.new_evidences == {s4h: [ev4]}, delta.new_evidences
assert delta.new_refinements == {(s1h, s4h), (s2h, s4h)}, \
delta.new_refinements
# TODO: test beliefs
assert set(ia.get_all_supporting_evidence(s1h)) == {ev1, ev2, ev4}
assert set(ia.get_all_supporting_evidence(s2h)) == {ev2, ev4}
assert set(ia.get_all_supporting_evidence(s4h)) == {ev4}