A syntactic construct which provides a concise way to create lists in a style similar to the mathematical set-builder notation.
I'm playing with some loops in python. I am quite familiar with using the "for" loop: for x in y: …
python for-loop list-comprehension dictionary-comprehensionConsider the following Python code with which I add in a new list2 all the items with indices from 1 to 3 …
python list list-comprehensionIf I had two strings, 'abc' and 'def', I could get all combinations of them using two for loops: for …
python for-loop list-comprehensionI have a list that will always contain only ones and zeroes. I need to get a list of the …
list python list-comprehensionI use a lot of N dimensional arrays and it gets a pain to have to write such indented code …
python inline list-comprehensionI have some a list comprehension in Python in which each iteration can throw an exception. For instance, if I …
python exception list-comprehensionI have a list of integers and I need to count how many of them are > 0. I'm currently doing …
python list sum integer list-comprehensionWe all know python's [f(x) for x in y if g(x)] syntax. However the AST representation of list …
python if-statement list-comprehensionI have a tuple of tuples - for example: tupleOfTuples = ((1, 2), (3, 4), (5,)) I want to convert this into a flat, one-dimensional list …
python tuples list-comprehension iterable-unpackingWhat is the fastest way to get the last element of a list in Haskell. Also in next iteration, I …
haskell list-comprehension