Ok, puzzle solved, I tested something else I thought I did.
(basically, I tested that #{'a'->1.'b'->2},#{'a'->1} equals #{'a'->1.'b'->2} - whole joined with part equals whole, but not that #{'b'->2},#{'a'->1} equals #{'a'->1.'b'->2} (distinct parts joined make the whole).
I'll leave the former as well, but should add the latter, too.
Closing.
Ok, puzzle solved, I tested something else I thought I did.
(basically, I tested that `#{'a'->1.'b'->2},#{'a'->1}` equals `#{'a'->1.'b'->2}` - whole joined with part equals whole, but not that `#{'b'->2},#{'a'->1}` equals `#{'a'->1.'b'->2}` (distinct parts joined make the whole).
I'll leave the former as well, but should add the latter, too.
Closing.
See #1247. It seems
AssociativeCollectionTest >> testComma
should be failing, but when tests are run, they are all green.Ok, puzzle solved, I tested something else I thought I did.
(basically, I tested that
#{'a'->1.'b'->2},#{'a'->1}
equals#{'a'->1.'b'->2}
- whole joined with part equals whole, but not that#{'b'->2},#{'a'->1}
equals#{'a'->1.'b'->2}
(distinct parts joined make the whole).I'll leave the former as well, but should add the latter, too.
Closing.