I noticed that we don't run build and test configuration with checks enabled on
CI. We should exercise it and it may save us at some point.

# Changes in version 0.13.2.0
 * Strict boxed vector `Data.Vector.Strict` and `Data.Vector.Strict.Mutable` is
   added (#488). it ensures that all values in the vector are evaluated to WHNF.
 * `DoNotUnboxStrict`, `DoNotUnboxLazy`, and `DoNotUnboxNormalForm` wrapper are
   added for defining unbox instances for types that contain not unboxable fields.
   [#503](haskell/vector#506),
   [#508](haskell/vector#508)
 * `spanR` and `breakR` were added [#476](haskell/vector#476).
   They allow parsing vector from the right.
 * We had some improvements on `*.Mutable.{next,prev}Permutation{,By}`
   [#498](haskell/vector#498):
   * Add `*.Mutable.prevPermutation{,By}` and `*.Mutable.nextPermutationBy`
   * Improve time performance. We may now expect good specialization supported by inlining.
     The implementation has also been algorithmically updated: in the previous implementation
     the full enumeration of all the permutations of `[1..n]` took Omega(n*n!), but it now takes O(n!).
   * Add tests for `{next,prev}Permutation`
   * Add benchmarks for `{next,prev}Permutation`
 * Cabal >= 3.0 is now required for building package (#481).
 * `vector:benchmarks-O2` public sublibrary containing benchmarks is added (#481).
 * Type family `Mutable` provides instances for arrays from `primitive`.
 * Various documentation improvements.

# Changes in version 0.13.2.0
 * Strict boxed vector `Data.Vector.Strict` and `Data.Vector.Strict.Mutable` is
   added (#488). it ensures that all values in the vector are evaluated to WHNF.
 * `DoNotUnboxStrict`, `DoNotUnboxLazy`, and `DoNotUnboxNormalForm` wrapper are
   added for defining unbox instances for types that contain not unboxable fields.
   [#503](haskell/vector#506),
   [#508](haskell/vector#508)
 * `spanR` and `breakR` were added [#476](haskell/vector#476).
   They allow parsing vector from the right.
 * We had some improvements on `*.Mutable.{next,prev}Permutation{,By}`
   [#498](haskell/vector#498):
   * Add `*.Mutable.prevPermutation{,By}` and `*.Mutable.nextPermutationBy`
   * Improve time performance. We may now expect good specialization supported by inlining.
     The implementation has also been algorithmically updated: in the previous implementation
     the full enumeration of all the permutations of `[1..n]` took Omega(n*n!), but it now takes O(n!).
   * Add tests for `{next,prev}Permutation`
   * Add benchmarks for `{next,prev}Permutation`
 * Cabal >= 3.0 is now required for building package (#481).
 * `vector:benchmarks-O2` public sublibrary containing benchmarks is added (#481).
 * Type family `Mutable` provides instances for arrays from `primitive`.
 * Various documentation improvements.

# Changes in version 0.13.2.0
 * Strict boxed vector `Data.Vector.Strict` and `Data.Vector.Strict.Mutable` is
   added (#488). it ensures that all values in the vector are evaluated to WHNF.
 * `DoNotUnboxStrict`, `DoNotUnboxLazy`, and `DoNotUnboxNormalForm` wrapper are
   added for defining unbox instances for types that contain not unboxable fields.
   [#503](haskell/vector#506),
   [#508](haskell/vector#508)
 * `spanR` and `breakR` were added [#476](haskell/vector#476).
   They allow parsing vector from the right.
 * We had some improvements on `*.Mutable.{next,prev}Permutation{,By}`
   [#498](haskell/vector#498):
   * Add `*.Mutable.prevPermutation{,By}` and `*.Mutable.nextPermutationBy`
   * Improve time performance. We may now expect good specialization supported by inlining.
     The implementation has also been algorithmically updated: in the previous implementation
     the full enumeration of all the permutations of `[1..n]` took Omega(n*n!), but it now takes O(n!).
   * Add tests for `{next,prev}Permutation`
   * Add benchmarks for `{next,prev}Permutation`
 * Cabal >= 3.0 is now required for building package (#481).
 * `vector:benchmarks-O2` public sublibrary containing benchmarks is added (#481).
 * Type family `Mutable` provides instances for arrays from `primitive`.
 * Various documentation improvements.