depot/third_party/nixpkgs/pkgs/top-level/release-haskell.nix
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GitOrigin-RevId: c31898adf5a8ed202ce5bea9f347b1c6871f32d1
2024-10-04 18:56:33 +02:00

733 lines
21 KiB
Nix

/*
This is the Hydra jobset for the `haskell-updates` branch in Nixpkgs.
You can see the status of this jobset at
https://hydra.nixos.org/jobset/nixpkgs/haskell-updates.
To debug this expression you can use `hydra-eval-jobs` from
`pkgs.hydra` which prints the jobset description
to `stdout`:
$ hydra-eval-jobs -I . pkgs/top-level/release-haskell.nix
*/
{ supportedSystems ? [ "x86_64-linux" "x86_64-darwin" "aarch64-linux" "aarch64-darwin" ] }:
let
releaseLib = import ./release-lib.nix {
inherit supportedSystems;
};
inherit (releaseLib)
lib
mapTestOn
packagePlatforms
pkgs
;
# Helper function which traverses a (nested) set
# of derivations produced by mapTestOn and flattens
# it to a list of derivations suitable to be passed
# to `releaseTools.aggregate` as constituents.
# Removes all non derivations from the input jobList.
#
# accumulateDerivations :: [ Either Derivation AttrSet ] -> [ Derivation ]
#
# > accumulateDerivations [ drv1 "string" { foo = drv2; bar = { baz = drv3; }; } ]
# [ drv1 drv2 drv3 ]
accumulateDerivations = jobList:
lib.concatMap (
attrs:
if lib.isDerivation attrs
then [ attrs ]
else lib.optionals (lib.isAttrs attrs) (accumulateDerivations (lib.attrValues attrs))
) jobList;
# names of all subsets of `pkgs.haskell.packages`
#
# compilerNames looks like the following:
#
# ```
# {
# ghc810 = "ghc810";
# ghc8107Binary = "ghc8107Binary";
# ghc8107 = "ghc8107";
# ghc924 = "ghc924";
# ...
# }
# ```
compilerNames = lib.mapAttrs (name: _: name) pkgs.haskell.packages;
# list of all compilers to test specific packages on
released = with compilerNames; [
ghc8107
ghc902
ghc925
ghc926
ghc927
ghc928
ghc945
ghc946
ghc947
ghc948
ghc963
ghc964
ghc965
ghc966
ghc981
ghc982
ghc9101
];
# packagePlatforms applied to `haskell.packages.*`
#
# This returns an attr set that looks like the following, where each Haskell
# package in the compiler attr set has its list of supported platforms as its
# value.
#
# ```
# {
# ghc810 = {
# conduit = [ ... ];
# lens = [ "i686-cygwin" "x86_64-cygwin" ... "x86_64-windows" "i686-windows" ]
# ...
# };
# ghc902 = { ... };
# ...
# }
# ```
compilerPlatforms = lib.mapAttrs
(_: v: packagePlatforms v)
pkgs.haskell.packages;
# This function lets you specify specific packages
# which are to be tested on a list of specific GHC
# versions and returns a job set for all specified
# combinations.
#
# You can call versionedCompilerJobs like the following:
#
# ```
# versionedCompilerJobs {
# ghc-tags = ["ghc902" "ghc924"];
# }
# ```
#
# This would produce an output like the following:
#
# ```
# {
# haskell.packages = {
# ghc884 = {};
# ghc810 = {};
# ghc902 = {
# ghc-tags = {
# aarch64-darwin = <derivation...>;
# aarch64-linux = <derivation...>;
# ...
# };
# };
# ghc924 = {
# ghc-tags = { ... };
# };
# ...
# };
# }
# ```
versionedCompilerJobs = config: mapTestOn {
haskell.packages =
let
# Mapping function that takes an attrset of jobs, and
# removes all jobs that are not specified in config.
#
# For example, imagine a call to onlyConfigJobs like:
#
# ```
# onlyConfigJobs
# "ghc902"
# {
# conduit = [ ... ];
# lens = [ "i686-cygwin" "x86_64-cygwin" ... "x86_64-windows" "i686-windows" ];
# }
# ```
#
# onlyConfigJobs pulls out only those jobs that are specified in config.
#
# For instance, if config is `{ lens = [ "ghc902" ]; }`, then the above
# example call to onlyConfigJobs will return:
#
# ```
# { lens = [ "i686-cygwin" "x86_64-cygwin" ... "x86_64-windows" "i686-windows" ]; }
# ```
#
# If config is `{ lens = [ "ghc8107" ]; }`, then the above example call
# to onlyConfigJobs returns `{}`.
#
# onlyConfigJobs will also remove all platforms from a job that are not
# supported by the GHC it is compiled with.
onlyConfigJobs = ghc: jobs:
let
configFilteredJobset =
lib.filterAttrs
(jobName: platforms: lib.elem ghc (config."${jobName}" or []))
jobs;
# Remove platforms from each job that are not supported by GHC.
# This is important so that we don't build jobs for platforms
# where GHC can't be compiled.
jobsetWithGHCPlatforms =
lib.mapAttrs
(_: platforms: lib.intersectLists jobs.ghc platforms)
configFilteredJobset;
in
jobsetWithGHCPlatforms;
in
lib.mapAttrs onlyConfigJobs compilerPlatforms;
};
# hydra jobs for `pkgs` of which we import a subset of
pkgsPlatforms = packagePlatforms pkgs;
# names of packages in an attribute set that are maintained
maintainedPkgNames = set: builtins.attrNames
(lib.filterAttrs (
_: v: builtins.length (v.meta.maintainers or []) > 0
) set);
recursiveUpdateMany = builtins.foldl' lib.recursiveUpdate {};
# Remove multiple elements from a list at once.
#
# removeMany
# :: [a] -- list of elements to remove
# -> [a] -- list of elements from which to remove
# -> [a]
#
# > removeMany ["aarch64-linux" "x86_64-darwin"] ["aarch64-linux" "x86_64-darwin" "x86_64-linux"]
# ["x86_64-linux"]
removeMany = itemsToRemove: list: lib.foldr lib.remove list itemsToRemove;
# Recursively remove platforms from the values in an attribute set.
#
# removePlatforms
# :: [String]
# -> AttrSet
# -> AttrSet
#
# > attrSet = {
# foo = ["aarch64-linux" "x86_64-darwin" "x86_64-linux"];
# bar.baz = ["aarch64-linux" "x86_64-linux"];
# bar.quux = ["aarch64-linux" "x86_64-darwin"];
# }
# > removePlatforms ["aarch64-linux" "x86_64-darwin"] attrSet
# {
# foo = ["x86_64-linux"];
# bar = {
# baz = ["x86_64-linux"];
# quux = [];
# };
# }
removePlatforms = platformsToRemove: packageSet:
lib.mapAttrsRecursive
(_: val:
if lib.isList val
then removeMany platformsToRemove val
else val
)
packageSet;
jobs = recursiveUpdateMany [
(mapTestOn {
haskellPackages = packagePlatforms pkgs.haskellPackages;
haskell.compiler = packagePlatforms pkgs.haskell.compiler // (lib.genAttrs [
"ghcjs"
"ghcjs810"
] (ghcjsName: {
# We can't build ghcjs itself, since it exceeds 3GB (Hydra's output limit) due
# to the size of its bundled libs. We can however save users a bit of compile
# time by building the bootstrap ghcjs on Hydra. For this reason, we overwrite
# the ghcjs attributes in haskell.compiler with a reference to the bootstrap
# ghcjs attribute in their bootstrap package set (exposed via passthru) which
# would otherwise be ignored by Hydra.
bootGhcjs = (packagePlatforms pkgs.haskell.compiler.${ghcjsName}.passthru).bootGhcjs;
}));
tests.haskell = packagePlatforms pkgs.tests.haskell;
nixosTests = {
inherit (packagePlatforms pkgs.nixosTests)
agda
xmonad
xmonad-xdg-autostart
;
};
agdaPackages = packagePlatforms pkgs.agdaPackages;
# top-level packages that depend on haskellPackages
inherit (pkgsPlatforms)
agda
alex
arion
bench
blucontrol
cabal-install
cabal2nix
cachix
# carp broken on 2024-04-09
changelog-d
cornelis
cedille
client-ip-echo
darcs
dconf2nix
dhall
dhall-bash
dhall-docs
dhall-lsp-server
dhall-json
dhall-nix
dhall-nixpkgs
dhall-yaml
diagrams-builder
echidna
elm2nix
emanote
fffuu
futhark
ghcid
git-annex
git-brunch
gitit
glirc
hadolint
happy
haskell-ci
haskell-language-server
hasura-graphql-engine
hci
hercules-ci-agent
hinit
hedgewars
hledger
hledger-check-fancyassertions
hledger-iadd
hledger-interest
hledger-ui
hledger-web
hlint
hpack
hscolour
icepeak
ihaskell
jacinda
jl
json2yaml
koka
krank
lambdabot
lhs2tex
madlang
matterhorn
mkjson
mueval
naproche
niv
nix-delegate
nix-deploy
nix-diff
nix-linter
nix-output-monitor
nix-script
nix-tree
nixfmt
nixfmt-classic
nixfmt-rfc-style
nota
nvfetcher
oama
ormolu
pakcs
pandoc
place-cursor-at
pinboard-notes-backup
pretty-simple
purenix
shake
shellcheck
shellcheck-minimal
sourceAndTags
spacecookie
spago
specup
splot
stack
stack2nix
stutter
stylish-haskell
taffybar
tamarin-prover
taskell
termonad
tldr-hs
tweet-hs
update-nix-fetchgit
uusi
uqm
uuagc
# vaultenv: broken by connection on 2024-03-16
wstunnel
xmobar
xmonadctl
xmonad-with-packages
zsh-git-prompt
;
# Members of the elmPackages set that are Haskell derivations
elmPackages = {
inherit (pkgsPlatforms.elmPackages)
elm
elm-format
elm-instrument
elmi-to-json
;
};
# GHCs linked to musl.
pkgsMusl =
removePlatforms
[
# pkgsMusl is compiled natively with musl. It is not
# cross-compiled (unlike pkgsStatic). We can only
# natively bootstrap GHC with musl on x86_64-linux because
# upstream doesn't provide a musl bindist for aarch64.
"aarch64-linux"
# musl only supports linux, not darwin.
"x86_64-darwin"
"aarch64-darwin"
]
{
haskell.compiler = lib.recursiveUpdate
(packagePlatforms pkgs.pkgsMusl.haskell.compiler)
{
# remove musl ghc865Binary since it is known to be broken and
# causes an evaluation error on darwin.
ghc865Binary = {};
ghcjs = {};
ghcjs810 = {};
};
# Get some cache going for MUSL-enabled GHC.
haskellPackages =
{
inherit (packagePlatforms pkgs.pkgsMusl.haskellPackages)
hello
lens
random
;
};
};
# Test some statically linked packages to catch regressions
# and get some cache going for static compilation with GHC.
# Use native-bignum to avoid GMP linking problems (LGPL)
pkgsStatic =
removePlatforms
[
"aarch64-linux" # times out on Hydra
# Static doesn't work on darwin
"x86_64-darwin"
"aarch64-darwin"
] {
haskellPackages = {
inherit (packagePlatforms pkgs.pkgsStatic.haskellPackages)
hello
lens
random
QuickCheck
cabal2nix
terminfo # isn't bundled for cross
xhtml # isn't bundled for cross
;
};
haskell.packages.native-bignum.ghc948 = {
inherit (packagePlatforms pkgs.pkgsStatic.haskell.packages.native-bignum.ghc948)
hello
lens
random
QuickCheck
cabal2nix
terminfo # isn't bundled for cross
xhtml # isn't bundled for cross
;
};
haskell.packages.native-bignum.ghc982 = {
inherit (packagePlatforms pkgs.pkgsStatic.haskell.packages.native-bignum.ghc982)
hello
random
QuickCheck
terminfo # isn't bundled for cross
;
};
};
pkgsCross = {
ghcjs =
removePlatforms
[
# Hydra output size of 3GB is exceeded
"aarch64-linux"
]
{
haskellPackages = {
inherit (packagePlatforms pkgs.pkgsCross.ghcjs.haskellPackages)
ghc
hello
microlens
;
};
haskell.packages.ghc98 = {
inherit (packagePlatforms pkgs.pkgsCross.ghcjs.haskell.packages.ghc98)
ghc
hello
microlens
;
};
haskell.packages.ghcHEAD = {
inherit (packagePlatforms pkgs.pkgsCross.ghcjs.haskell.packages.ghcHEAD)
ghc
hello
microlens
;
};
};
riscv64 = {
# Cross compilation of GHC
haskell.compiler = {
inherit (packagePlatforms pkgs.pkgsCross.riscv64.haskell.compiler)
# Our oldest GHC which still uses its own expression. 8.10.7 can
# theoretically be used to chain bootstrap all GHCs on riscv64
# which doesn't have official bindists.
ghc8107
# Latest GHC we are able to cross-compile.
ghc948
;
};
};
aarch64-multiplatform = {
# Cross compilation of GHC
haskell.compiler = {
inherit (packagePlatforms pkgs.pkgsCross.aarch64-multiplatform.haskell.compiler)
# Uses a separate expression and LLVM backend for aarch64.
ghc8107
# Latest GHC we are able to cross-compile. Uses NCG backend.
ghc948
;
};
};
};
})
(versionedCompilerJobs {
# Packages which should be checked on more than the
# default GHC version. This list can be used to test
# the state of the package set with newer compilers
# and to confirm that critical packages for the
# package sets (like Cabal, jailbreak-cabal) are
# working as expected.
cabal-install = lib.subtractLists [
# It is recommended to use pkgs.cabal-install instead of cabal-install
# from the package sets. Due to (transitively) requiring recent versions
# of core packages, it is not always reasonable to get cabal-install to
# work with older compilers.
compilerNames.ghc8107
compilerNames.ghc902
compilerNames.ghc925
compilerNames.ghc926
compilerNames.ghc927
compilerNames.ghc928
compilerNames.ghc945
compilerNames.ghc946
compilerNames.ghc947
compilerNames.ghc948
compilerNames.ghc9101
] released;
Cabal_3_10_3_0 = released;
Cabal-syntax_3_10_3_0 = released;
Cabal_3_12_1_0 = released;
Cabal-syntax_3_12_1_0 = released;
cabal2nix = lib.subtractLists [
compilerNames.ghc9101
] released;
cabal2nix-unstable = lib.subtractLists [
compilerNames.ghc9101
] released;
funcmp = released;
haskell-language-server = lib.subtractLists [
# Support ceased as of 2.3.0.0
compilerNames.ghc8107
# Support ceased as of 2.5.0.0
compilerNames.ghc902
] released;
hoogle = lib.subtractLists [
] released;
hlint = lib.subtractLists [
compilerNames.ghc902
compilerNames.ghc9101
] released;
hpack = lib.subtractLists [
compilerNames.ghc9101
] released;
hsdns = released;
jailbreak-cabal = released;
language-nix = lib.subtractLists [
compilerNames.ghc9101
] released;
large-hashable = [
compilerNames.ghc928
];
nix-paths = released;
titlecase = lib.subtractLists [
compilerNames.ghc9101
] released;
ghc-api-compat = [
compilerNames.ghc8107
compilerNames.ghc902
];
ghc-bignum = [
compilerNames.ghc8107
];
ghc-lib = lib.subtractLists [
compilerNames.ghc9101
] released;
ghc-lib-parser = lib.subtractLists [
compilerNames.ghc9101
] released;
ghc-lib-parser-ex = lib.subtractLists [
compilerNames.ghc9101
] released;
ghc-source-gen = [
# Feel free to remove these as they break,
compilerNames.ghc8107
compilerNames.ghc902
compilerNames.ghc928
];
ghc-tags = lib.subtractLists [
compilerNames.ghc9101
] released;
hashable = lib.subtractLists [
compilerNames.ghc9101
] released;
primitive = lib.subtractLists [
compilerNames.ghc9101
] released;
weeder = lib.subtractLists [
compilerNames.ghc9101
] released;
})
{
mergeable = pkgs.releaseTools.aggregate {
name = "haskell-updates-mergeable";
meta = {
description = ''
Critical haskell packages that should work at all times,
serves as minimum requirement for an update merge
'';
maintainers = lib.teams.haskell.members;
};
constituents =
accumulateDerivations [
# haskell specific tests
jobs.tests.haskell
# important top-level packages
jobs.cabal-install
jobs.cabal2nix
jobs.cachix
jobs.darcs
jobs.haskell-language-server
jobs.hledger
jobs.hledger-ui
jobs.hpack
jobs.niv
jobs.pandoc
jobs.stack
jobs.stylish-haskell
jobs.shellcheck
# important haskell (library) packages
jobs.haskellPackages.cabal-plan
jobs.haskellPackages.distribution-nixpkgs
jobs.haskellPackages.hackage-db
jobs.haskellPackages.xmonad
jobs.haskellPackages.xmonad-contrib
# haskell packages maintained by @peti
# imported from the old hydra jobset
jobs.haskellPackages.hopenssl
jobs.haskellPackages.hsemail
jobs.haskellPackages.hsyslog
];
};
maintained = pkgs.releaseTools.aggregate {
name = "maintained-haskell-packages";
meta = {
description = "Aggregate jobset of all haskell packages with a maintainer";
maintainers = lib.teams.haskell.members;
};
constituents = accumulateDerivations
(builtins.map
(name: jobs.haskellPackages."${name}")
(maintainedPkgNames pkgs.haskellPackages));
};
muslGHCs = pkgs.releaseTools.aggregate {
name = "haskell-pkgsMusl-ghcs";
meta = {
description = "GHCs built with musl";
maintainers = with lib.maintainers; [
nh2
];
};
constituents = accumulateDerivations [
jobs.pkgsMusl.haskell.compiler.ghc8107Binary
jobs.pkgsMusl.haskell.compiler.ghc8107
jobs.pkgsMusl.haskell.compiler.ghc902
jobs.pkgsMusl.haskell.compiler.ghc925
jobs.pkgsMusl.haskell.compiler.ghc926
jobs.pkgsMusl.haskell.compiler.ghc927
jobs.pkgsMusl.haskell.compiler.ghc928
jobs.pkgsMusl.haskell.compiler.ghcHEAD
jobs.pkgsMusl.haskell.compiler.integer-simple.ghc8107
jobs.pkgsMusl.haskell.compiler.native-bignum.ghc902
jobs.pkgsMusl.haskell.compiler.native-bignum.ghc925
jobs.pkgsMusl.haskell.compiler.native-bignum.ghc926
jobs.pkgsMusl.haskell.compiler.native-bignum.ghc927
jobs.pkgsMusl.haskell.compiler.native-bignum.ghc928
jobs.pkgsMusl.haskell.compiler.native-bignum.ghcHEAD
];
};
staticHaskellPackages = pkgs.releaseTools.aggregate {
name = "static-haskell-packages";
meta = {
description = "Static haskell builds using the pkgsStatic infrastructure";
maintainers = [
lib.maintainers.sternenseemann
lib.maintainers.rnhmjoj
];
};
constituents = accumulateDerivations [
jobs.pkgsStatic.haskell.packages.native-bignum.ghc948 # non-hadrian
jobs.pkgsStatic.haskellPackages
jobs.pkgsStatic.haskell.packages.native-bignum.ghc982
];
};
}
];
in jobs