tests for verifying this claim, I'd like to
run my code through actual set and frozenset unit tests. Does any such
code exist? Is it in pure Python? If so, where can it be obtained?
Oh, and again, I'd really appreciate additional feedback on the module,
especially related to design,
discrete values.
>
> Though I have my own unit tests for verifying this claim, I'd like to
> run my code through actual set and frozenset unit tests. Does any such
> code exist? Is it in pure Python? If so, where can it be obtained?
>
> Oh, and again, I'd really a
Reinhold Birkenfeld wrote:
> Jacob Page wrote:
>
>>I'd like to
>>run my code through actual set and frozenset unit tests. Does any such
>>code exist? Is it in pure Python? If so, where can it be obtained?
>
> Look at /usr/lib/python2.x/test/ (on unix platf
Jacob Page wrote:
> Oye, there's quite a number of set and frozenset features that aren't
> well-documented that I now need to implement. What a fun chore!
It would be a great help if you could submit appropriate documentation
patches for the areas you don't think are well-documented:
http://s
Steven Bethard wrote:
> Jacob Page wrote:
>
>> Oye, there's quite a number of set and frozenset features that aren't
>> well-documented that I now need to implement. What a fun chore!
>
> It would be a great help if you could submit appropriate documentation
> patches for the areas you don't t
[Jacob Page]
> there are two minor things I
> don't see documented that caught me by surprise:
>
> * Since the <=, <, >, and >= operators raise an exception if the
> right-hand operand is not a set or frozenset, it seemed reasonable to
> me to assume that == and != should, too. However, the test
