megaparsec/default.nix
mrkkrp f8ef95c025 Re-organize error reporting functions
The methods ‘failure’ and ‘fancyFailure’ of ‘MonadParsec’ are now ordinary
functions and live in ‘Text.Megaparsec’. They are defined in terms of the
new ‘parseError’ method of ‘MonadParsec’. This method allows us to signal
parse errors at a given offset without manipulating parser state manually.
2019-11-05 14:18:55 +01:00

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{ pkgs ? (import ./nix/nixpkgs)
, ghc ? "ghc865"
}:
let
megaparsecSource = pkgs.lib.sourceByRegex ./. [
"^CHANGELOG\.md$"
"^LICENSE\.md$"
"^README\.md$"
"^Text.*$"
"^bench.*$"
"^megaparsec\.cabal$"
];
megaparsecTestsSource = pkgs.lib.sourceByRegex ./megaparsec-tests [
"^LICENSE\.md$"
"^README\.md$"
"^megaparsec-tests\.cabal$"
"^src.*$"
"^tests.*$"
];
parsersBenchSource = pkgs.lib.sourceByRegex ./parsers-bench [
"^README\.md$"
"^parsers-bench\.cabal$"
"^ParsersBench.*$"
"^bench.*$"
"^data.*$"
];
doBenchmark = p:
let targets = ["bench-speed" "bench-memory"];
copying = pkgs.lib.concatMapStrings
(t: "cp dist/build/${t}/${t} $out/bench/\n")
targets;
in pkgs.haskell.lib.doBenchmark
(p.overrideAttrs (drv: {
postInstall = ''
mkdir -p $out/bench
if test -d data/
then
mkdir -p $out/bench/data
cp data/* $out/bench/data/
fi
${copying}
'';
}));
megaparsecOverlay = self: super: {
"megaparsec" = doBenchmark
(super.callCabal2nix "megaparsec" megaparsecSource { });
"megaparsec-tests" =
super.callCabal2nix "megaparsec-tests" megaparsecTestsSource { };
# The parser-combinators-tests package is a bit special because it
# does not contain an executable nor a library, so its install phase
# normally fails. We want to build it and run the tests anyway, so we
# have to do these manipulations.
"parser-combinators-tests" = pkgs.haskell.lib.dontHaddock
(super.parser-combinators-tests.overrideAttrs (drv: {
installPhase = "mkdir $out";
broken = false;
}));
"modern-uri" = doBenchmark super.modern-uri;
"mmark" = doBenchmark super.mmark;
"parsers-bench" = doBenchmark
(super.callCabal2nix "parsers-bench" parsersBenchSource { });
};
updatedPkgs = pkgs // {
haskell = pkgs.haskell // {
packages = pkgs.haskell.packages // {
"${ghc}" = pkgs.haskell.packages.${ghc}.override {
overrides = megaparsecOverlay;
};
};
};
};
haskellPackages = updatedPkgs.haskell.packages.${ghc};
patch = p: patch:
pkgs.haskell.lib.appendPatch p patch;
in {
# Base: Megaparsec and its unit tests:
base = pkgs.recurseIntoAttrs {
inherit (haskellPackages)
hspec-megaparsec
megaparsec
megaparsec-tests
parser-combinators-tests;
};
# Dependent packages of interest:
deps = pkgs.recurseIntoAttrs {
inherit (haskellPackages)
cachix
cassava-megaparsec
cue-sheet
hledger
hnix
language-puppet
mmark
modern-uri
replace-megaparsec
stache
tomland;
dhall = patch haskellPackages.dhall ./nix/patches/dhall.patch;
idris = patch haskellPackages.idris ./nix/patches/idris.patch;
};
# Benchmarks:
benches = pkgs.recurseIntoAttrs {
inherit (haskellPackages)
megaparsec
mmark
modern-uri
parsers-bench;
};
# For development:
shell = haskellPackages.shellFor {
packages = ps: [
ps.megaparsec
ps.megaparsec-tests
];
buildInputs = with haskellPackages; [
cabal-install
ghcid
];
};
# Distribution tarballs:
dist = with pkgs.haskell.lib; pkgs.recurseIntoAttrs {
megaparsec = sdistTarball haskellPackages.megaparsec;
megaparsec-tests = sdistTarball haskellPackages.megaparsec-tests;
};
}