I noticed today that the is_dict and is_pair checks are not appearing to work properly. Here is an example that shows the issue:
[code] #!/usr/bin/python import pmt def print_pmt(dictVar): print 'isPair:%05s, isDict:%05s, isTuple:%05s => %s' % (pmt.is_pair(dictVar), pmt.is_dict(dictVar), pmt.is_tuple(dictVar), dictVar) print 'DICT' d = pmt.make_dict() print_pmt(d) d = pmt.dict_add(d, pmt.intern('a'), pmt.intern('b')) print_pmt(d) d = pmt.dict_add(d, pmt.intern('c'), pmt.intern('d')) print_pmt(d) d = pmt.dict_add(d, pmt.intern('e'), pmt.intern('f')) print_pmt(d) print '\nCONS' p = pmt.cons(pmt.make_dict(), pmt.make_u8vector(0,0)) print_pmt(p) [/code] Run that and you'll see what I consider strange behavior. The values of is_pair and is_dict to not match what is expected. Is that by design? If so, why? ((a . b)) is not a pair... It's a single element dictionary ((c . d) (a . b)) i can sorta see this being a pair, but it wasn't created that way ((e . f) (c . d) (a . b)) definitely not a pair as it's 3 elements (() . #[]) don't dictionaries have to be nested? Thanks!
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