I usually make extensive use of type annotation to take advantage of type hinting in programming tools. For example:
data: dict[int, tuple[str, int, float]] = {}
# a few data handlings later
for k, val in data.items():
foo, bar, boo = valk would be annotated as int, val as tuple[str, int, int], and variables foo, bar, boo here would be annotated as str, int, float respectively. However, if I use SortedDict instead of dict here, it would only annotate data as SortedDict, and the other variables here would be annotated as Any.
It would be helpful to support annotation for classes such as SortedDict and SortedSet similar to builtins like dict and set.
I usually make extensive use of type annotation to take advantage of type hinting in programming tools. For example:
kwould be annotated asint,valastuple[str, int, int], and variablesfoo,bar,boohere would be annotated asstr,int,floatrespectively. However, if I useSortedDictinstead ofdicthere, it would only annotatedataasSortedDict, and the other variables here would be annotated asAny.It would be helpful to support annotation for classes such as
SortedDictandSortedSetsimilar to builtins likedictandset.