Python, len, and size of ints -


Then, cipher (2.4) has some interesting behavior when some of the length is near 1; & Lt; Lena (R) == 1

  r = xrange (1  30) with an emphasis of 32 (size of an int) < & Lt; 30  

OK, but:

  r = xrange (1 << lt; 32) lens (r) == 1; & Lt; 32 value error: xrange object size can not be reported '__len __ () 0 & lt; = Return  

Alex also has this behavior of Wurrenz (1 <32). L OK, but lane (warez (1 <32)) is poor. I'm guessing that some floating point behaviors (read as negative The action is happening) the action is taking place.

  1. What's really happening here? (It has been sorted out very well!)
  2. How can I go around it? Long?

    (my specific application random.sample (xrange (1 <32), ABUNCH)) If people want to deal with that question directly CPython considers that lists are fit in memory, it is extending to such an index that lists the lists Behaves like, for example, the xrange essentially expects the lane function to return to the __lane __ method something that is size_t Children will not if the number of logical elements is too large, even if they do not exist in the memory of those elements.


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