.order_by("-created_at")
qn_target_ids = []
for annotation in computational_result_annotations:
organism = Organism.objects.get(id=annotation.data.organism_id)
if not organism_can_have_qn_target(organism, min_samples):
// remove the referenced QN Target because it shouldn"t have a qn target
logger.debug("Removing QN Target because it does not have enough samples on its biggest microarray platform",
computational_result=annotation.result,
After Change
def remove_invalid_qn_targets(min_samples, dry_run):
qn_target_ids = []
for organism in Organism.object.filter(qn_target__isnull=False):
if not organism_can_have_qn_target(organism, min_samples):
// Remove all qn targets associated with this object
qn_target_ids += ComputationalResultAnnotation.objects\
.filter(data__is_qn=True, organism_id=organism.id)\
.values_list("result__id", flat=True)
logger.debug("Remove all QN targets for organism", organism=organism)
if not dry_run:
// delete all invalid qn targets
qn_targets = ComputationalResult.objects.filter(id__in=qn_target_ids)
for qn_target in qn_targets:
qn_target.remove_from_s3()
ComputationalResult.objects.filter(id__in=qn_target_ids).delete()
