def test_testmigratelesionnames_correctly_migrated(self):
image = ImageFactory(modality=ImagingModalityFactory(modality="OCT"))
annotation_oct = PolygonAnnotationSetFactory(
name="amd_present::Drusen and drusen like structures::Hard Drusen",
image=image,
)
annotation_enface = PolygonAnnotationSetFactory(
name="drusen and drusen like structures::hard drusen")
result = migrate_annotations(PolygonAnnotationSet.objects.all())
assert result["translated"] == 2
annotation_enface.refresh_from_db()
assert (annotation_enface.name ==
"retina::enface::rf_present::Hard drusen")
annotation_oct.refresh_from_db()
assert annotation_oct.name == "retina::oct::macular::Drusen"
def test_testmigratelesionnames_correctly_migrated_case_insensitive(self):
image = ImageFactory(modality=ImagingModalityFactory(modality="OCT"))
annotation_oct = PolygonAnnotationSetFactory(
name="amd_present::DrUsEn AnD DrUsEn lIkE sTruCtUrEs::HARD dRuSeN",
image=image,
)
annotation_enface = PolygonAnnotationSetFactory(
name="DrUsEn AnD DrUsEn lIkE sTruCtUrEs::HARD dRuSeN")
result = migrate_annotations(PolygonAnnotationSet.objects.all())
assert result["translated"] == 2
annotation_enface.refresh_from_db()
assert (annotation_enface.name ==
"retina::enface::rf_present::Hard drusen")
annotation_oct.refresh_from_db()
assert annotation_oct.name == "retina::oct::macular::Drusen"
def test_testmigratelesionnames_combined(self):
image = ImageFactory(modality=ImagingModalityFactory(modality="OCT"))
annotation_oct = PolygonAnnotationSetFactory(
name="amd_present::Drusen and drusen like structures::Hard Drusen",
image=image,
)
annotation_enface = PolygonAnnotationSetFactory(
name="drusen and drusen like structures::hard drusen")
PolygonAnnotationSetFactory(name="retina::oct::macular::Drusen",
image=image)
PolygonAnnotationSetFactory(
name="retina::enface::rf_present::Hard drusen")
PolygonAnnotationSetFactory(
name="other_present::Vascular::Branch retinal artery occlusion", )
annotation_oct_no_match_boolean = PolygonAnnotationSetFactory(
name="other_present::Vascular::Branch retinal artery occlusion",
image=image,
)
annotation_oct_no_match = PolygonAnnotationSetFactory(
name=
"amd_present::Pigment changes & RPE degeneration::Increased pigmentation",
image=image,
)
annotation_enface_no_match = PolygonAnnotationSetFactory(
name=
"amd_present::Drusen and drusen like structures::Conical drusen")
annotation_no_match = PolygonAnnotationSetFactory(name="No match")
assert BooleanClassificationAnnotation.objects.count() == 0
result = migrate_annotations(PolygonAnnotationSet.objects.all())
assert result["translated"] == 3
assert BooleanClassificationAnnotation.objects.count() == 1
assert result["already_translated"] == 2
assert result["boolean_oct_no_match"] == [
annotation_oct_no_match_boolean.id
]
assert result["oct_no_match"] == [annotation_oct_no_match.id]
assert result["enface_no_match"] == [annotation_enface_no_match.id]
assert result["no_match"] == [annotation_no_match.id]
annotation_enface.refresh_from_db()
assert (annotation_enface.name ==
"retina::enface::rf_present::Hard drusen")
annotation_oct.refresh_from_db()
assert annotation_oct.name == "retina::oct::macular::Drusen"
def test_testmigratelesionnames_unique_violation_appends(self):
annotation = PolygonAnnotationSetFactory(
name="drusen and drusen like structures::hard drusen")
SinglePolygonAnnotationFactory(annotation_set=annotation),
SinglePolygonAnnotationFactory(annotation_set=annotation),
annotation_dup = PolygonAnnotationSetFactory(
name="retina::enface::rf_present::Hard drusen",
grader=annotation.grader,
image=annotation.image,
created=annotation.created,
)
SinglePolygonAnnotationFactory(annotation_set=annotation_dup),
SinglePolygonAnnotationFactory(annotation_set=annotation_dup),
assert annotation_dup.singlepolygonannotation_set.count() == 2
result = migrate_annotations(PolygonAnnotationSet.objects.all())
assert result["translated"] == 1
assert result["already_translated"] == 1
assert PolygonAnnotationSet.objects.count() == 1
annotation_dup.refresh_from_db()
assert annotation_dup.singlepolygonannotation_set.count() == 4
