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recursive revbump after patching lang/ghc910

Bump all Haskell packages after switching the default compiler.

Recursive revbump after changing the default Haskell compiler

Revbump all Haskell after updating lang/ghc96

Bump Haskell packages after updating lang/ghc94

revbump all the Haskell packages after modifying the runtime system of lang/ghc94

Bump all Haskell packages after enabling "split sections" in mk/haskell.mk

revbump after changing the default Haskell compiler

Bump packages that depends on GHC

*: Bump PKGREVISION for ghc-9.0.1

Bump PKGREVISION for
hs-primitive-0.6.1.0 || hs-vector-0.11.0.0 || hs-mwc-random-0.13.3.2 || hs-vector-algorithms-0.7.0.1

Because this error:
  ERROR: hs-primitive>=0.5.4 is not installed; can't buildlink files.
Bump PKGREVISION for hs-primitive-0.5.4.0

Bump PKGREVISION for hs-random-1.1

Bump PKGREVISION for hs-random-1.0.1.3

Import tf-random-0.5 as devel/hs-tf-random,
packaged for wip.

This package contains an implementation of a high-quality splittable
pseudorandom number generator. The generator is based on a cryptographic hash
function built on top of the ThreeFish block cipher. See the paper Splittable
Pseudorandom Number Generators Using Cryptographic Hashing by Claessen,
Pałka for details and the rationale of the design.

The package provides the following:

  A splittable PRNG that implements the standard System.Random.RandomGen class.

  The generator also implements an alternative version of the
  System.Random.TF.Gen.RandomGen class (exported from System.Random.TF.Gen),
  which requires the generator to return pseudorandom integers from the full
  32-bit range, and contains an n-way split function.

  An alternative version of the Random class is provided, which is linked to the
  new RandomGen class, together with Random instances for some integral types.

  Two functions for initialising the generator with a non-deterministic seed:
  one using the system time, and one using the /dev/urandom UNIX special file.

The package uses an adapted version of the reference C implementation of
ThreeFish from the reference package of the Skein hash function
(https://www.schneier.com/skein.html), originally written by Doug Whiting.