Here is a semi clear way to perform this function. There is probably a more elegant way to do this or even some snazzy library method, but this shows some of the guts of how this might be done. I am confident this can be rewritten to perform this is linear time or better. Again this is quick and dirty, like "Ah crap, I need this now and I can optimize later" type of thing:
def sortResults(self, unsort_rs, orderby, desc, subsortkey=None):
list_rs = list(unsort_rs)
result_rs = sorted(list_rs, key=itemgetter(orderby))
if subsortkey:
sub_list, complete_list = [], []
for i in xrange(len(result_rs)):
sub_list.append(result_rs[i])
try:
if result_rs[i+1][orderby] != result_rs[i][orderby]:
complete_list += sorted(sub_list, key=itemgetter(subsortkey))
sub_list = []
except IndexError:
complete_list += sorted(sub_list, key=itemgetter(subsortkey))
result_rs = complete_list
if desc == 1:
result_rs.reverse()
sorted_rs = tuple(result_rs)
return sorted_rs
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