def _get_nucleotideType_choices(request):
nucleotideType_tuple = SampleSetItem.get_nucleotideType_choices()
nucleotideType_choices = OrderedDict()
for i, (internalValue, displayedValue) in enumerate(nucleotideType_tuple):
nucleotideType_choices[internalValue] = displayedValue
return nucleotideType_choices
def _get_nucleotideType_choices(request):
nucleotideType_tuple = SampleSetItem.get_nucleotideType_choices()
nucleotideType_choices = OrderedDict()
for i, (internalValue, displayedValue) in enumerate(nucleotideType_tuple):
nucleotideType_choices[internalValue] = displayedValue
return nucleotideType_choices
def _get_nucleotideType_choices(sampleGroupType=""):
nucleotideType_choices = []
for internalValue, displayedValue in SampleSetItem.get_nucleotideType_choices():
if internalValue == "rna" and "fusions" in sampleGroupType.lower():
continue
else:
nucleotideType_choices.append((internalValue, displayedValue))
if "fusions" in sampleGroupType.lower() or not sampleGroupType:
nucleotideType_choices.append(('fusions', 'Fusions'))
return nucleotideType_choices
def _get_nucleotideType_choices(sampleGroupType=""):
nucleotideType_choices = []
for internalValue, displayedValue in SampleSetItem.get_nucleotideType_choices():
if internalValue == "rna" and "fusions" in sampleGroupType.lower():
continue
else:
nucleotideType_choices.append((internalValue, displayedValue))
if "fusions" in sampleGroupType.lower() or not sampleGroupType:
nucleotideType_choices.append(("fusions", "Fusions"))
return nucleotideType_choices
