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(* Test/exercise version: "1.0.0" *) open Core open OUnit2 open Prime_factors (* Assert Equals *) let ae exp got _test_ctxt = let printer = List.to_string ~f:Int64.to_string in assert_equal exp got ~printer let to_int64s = List.map ~f:Int64.of_int (* 64 bits integers are needed for the last number. * * If you happen to use a 64 bits machine normal ints would do as well, but this * works for everybody. *) let tests = [ "no factors" >:: ae (to_int64s []) (factors_of 1L); "prime number" >:: ae (to_int64s [2]) (factors_of 2L); "square of a prime" >:: ae (to_int64s [3; 3]) (factors_of 9L); "cube of a prime" >:: ae (to_int64s [2; 2; 2]) (factors_of 8L); "product of primes and non-primes" >:: ae (to_int64s [2; 2; 3]) (factors_of 12L); "product of primes" >:: ae (to_int64s [5; 17; 23; 461]) (factors_of 901255L); "factors include a large prime" >:: ae (to_int64s [11; 9539; 894119]) (factors_of 93819012551L); ] let () = run_test_tt_main ("prime-factors tests" >::: tests)
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150 entries across 150 versions & 1 rubygems