Initial nimPackages utilities

Add a nimPackages attrset with "buildNimPackage" and "fetchNimble".
main
Emery Hemingway 3 years ago
parent 584ea30475
commit 45398d7b54
  1. 252
      pkgs/development/compilers/nim/default.nix
  2. 43
      pkgs/development/nim-packages/build-nim-package/default.nix
  3. 12
      pkgs/development/nim-packages/fetch-nimble/builder.sh
  4. 20
      pkgs/development/nim-packages/fetch-nimble/default.nix
  5. 19
      pkgs/development/nim-packages/nim_builder/default.nix
  6. 166
      pkgs/development/nim-packages/nim_builder/nim_builder.nim
  7. 1
      pkgs/top-level/all-packages.nix
  8. 12
      pkgs/top-level/nim-packages.nix

@ -1,8 +1,9 @@
# https://nim-lang.github.io/Nim/packaging.html
# https://nim-lang.org/docs/nimc.html
{ lib, buildPackages, stdenv, fetchurl, fetchgit, fetchFromGitHub, makeWrapper
, openssl, pcre, readline, boehmgc, sqlite, nim-unwrapped }:
{ lib, callPackage, buildPackages, stdenv, fetchurl, fetchgit, fetchFromGitHub
, makeWrapper, openssl, pcre, readline, boehmgc, sqlite, nim-unwrapped
, nimble-unwrapped }:
let
parseCpu = platform:
@ -186,138 +187,141 @@ in {
nim' = buildPackages.nim-unwrapped;
nimble' = buildPackages.nimble-unwrapped;
inherit (stdenv) targetPlatform;
in stdenv.mkDerivation {
name = "${targetPlatform.config}-nim-wrapper-${nim'.version}";
inherit (nim') version;
preferLocalBuild = true;
strictDeps = true;
nativeBuildInputs = [ makeWrapper ];
patches = [
./nim.cfg.patch
# Remove configurations that clash with ours
];
unpackPhase = ''
runHook preUnpack
tar xf ${nim'.src} nim-$version/config
cd nim-$version
runHook postUnpack
'';
dontConfigure = true;
buildPhase =
# Configure the Nim compiler to use $CC and $CXX as backends
# The compiler is configured by two configuration files, each with
# a different DSL. The order of evaluation matters and that order
# is not documented, so duplicate the configuration across both files.
''
runHook preBuild
cat >> config/config.nims << WTF
switch("os", "${nimTarget.os}")
switch("cpu", "${nimTarget.cpu}")
switch("define", "nixbuild")
# Configure the compiler using the $CC set by Nix at build time
import strutils
let cc = getEnv"CC"
if cc.contains("gcc"):
switch("cc", "gcc")
elif cc.contains("clang"):
switch("cc", "clang")
WTF
mv config/nim.cfg config/nim.cfg.old
cat > config/nim.cfg << WTF
os = "${nimTarget.os}"
cpu = "${nimTarget.cpu}"
define:"nixbuild"
WTF
cat >> config/nim.cfg < config/nim.cfg.old
rm config/nim.cfg.old
cat >> config/nim.cfg << WTF
clang.cpp.exe %= "\$CXX"
clang.cpp.linkerexe %= "\$CXX"
clang.exe %= "\$CC"
clang.linkerexe %= "\$CC"
gcc.cpp.exe %= "\$CXX"
gcc.cpp.linkerexe %= "\$CXX"
gcc.exe %= "\$CC"
gcc.linkerexe %= "\$CC"
WTF
runHook postBuild
self = stdenv.mkDerivation {
name = "${targetPlatform.config}-nim-wrapper-${nim'.version}";
inherit (nim') version;
preferLocalBuild = true;
strictDeps = true;
nativeBuildInputs = [ makeWrapper ];
patches = [
./nim.cfg.patch
# Remove configurations that clash with ours
];
unpackPhase = ''
runHook preUnpack
tar xf ${nim'.src} nim-$version/config
cd nim-$version
runHook postUnpack
'';
wrapperArgs = [
"--prefix PATH : ${lib.makeBinPath [ buildPackages.gdb ]}:${
placeholder "out"
}/bin"
# Used by nim-gdb
"--prefix LD_LIBRARY_PATH : ${lib.makeLibraryPath [ openssl pcre ]}"
# These libraries may be referred to by the standard library.
# This is broken for cross-compilation because the package
# set will be shifted back by nativeBuildInputs.
"--set NIM_CONFIG_PATH ${placeholder "out"}/etc/nim"
# Use the custom configuration
''--set NIX_HARDENING_ENABLE "''${NIX_HARDENING_ENABLE/fortify}"''
# Fortify hardening appends -O2 to gcc flags which is unwanted for unoptimized nim builds.
];
installPhase = ''
runHook preInstall
mkdir -p $out/bin $out/etc
dontConfigure = true;
buildPhase =
# Configure the Nim compiler to use $CC and $CXX as backends
# The compiler is configured by two configuration files, each with
# a different DSL. The order of evaluation matters and that order
# is not documented, so duplicate the configuration across both files.
''
runHook preBuild
cat >> config/config.nims << WTF
switch("os", "${nimTarget.os}")
switch("cpu", "${nimTarget.cpu}")
switch("define", "nixbuild")
# Configure the compiler using the $CC set by Nix at build time
import strutils
let cc = getEnv"CC"
if cc.contains("gcc"):
switch("cc", "gcc")
elif cc.contains("clang"):
switch("cc", "clang")
WTF
mv config/nim.cfg config/nim.cfg.old
cat > config/nim.cfg << WTF
os = "${nimTarget.os}"
cpu = "${nimTarget.cpu}"
define:"nixbuild"
WTF
cat >> config/nim.cfg < config/nim.cfg.old
rm config/nim.cfg.old
cat >> config/nim.cfg << WTF
clang.cpp.exe %= "\$CXX"
clang.cpp.linkerexe %= "\$CXX"
clang.exe %= "\$CC"
clang.linkerexe %= "\$CC"
gcc.cpp.exe %= "\$CXX"
gcc.cpp.linkerexe %= "\$CXX"
gcc.exe %= "\$CC"
gcc.linkerexe %= "\$CC"
WTF
runHook postBuild
'';
wrapperArgs = [
"--prefix PATH : ${lib.makeBinPath [ buildPackages.gdb ]}:${
placeholder "out"
}/bin"
# Used by nim-gdb
"--prefix LD_LIBRARY_PATH : ${lib.makeLibraryPath [ openssl pcre ]}"
# These libraries may be referred to by the standard library.
# This is broken for cross-compilation because the package
# set will be shifted back by nativeBuildInputs.
"--set NIM_CONFIG_PATH ${placeholder "out"}/etc/nim"
# Use the custom configuration
''--set NIX_HARDENING_ENABLE "''${NIX_HARDENING_ENABLE/fortify}"''
# Fortify hardening appends -O2 to gcc flags which is unwanted for unoptimized nim builds.
];
installPhase = ''
runHook preInstall
mkdir -p $out/bin $out/etc
cp -r config $out/etc/nim
for binpath in ${nim'}/bin/nim?*; do
local binname=`basename $binpath`
makeWrapper \
$binpath $out/bin/${targetPlatform.config}-$binname \
$wrapperArgs
ln -s $out/bin/${targetPlatform.config}-$binname $out/bin/$binname
done
cp -r config $out/etc/nim
makeWrapper \
${nim'}/nim/bin/nim $out/bin/${targetPlatform.config}-nim \
--set-default CC $(command -v $CC) \
--set-default CXX $(command -v $CXX) \
$wrapperArgs
ln -s $out/bin/${targetPlatform.config}-nim $out/bin/nim
for binpath in ${nim'}/bin/nim?*; do
local binname=`basename $binpath`
makeWrapper \
$binpath $out/bin/${targetPlatform.config}-$binname \
${nim'}/bin/testament $out/bin/${targetPlatform.config}-testament \
$wrapperArgs
ln -s $out/bin/${targetPlatform.config}-$binname $out/bin/$binname
done
makeWrapper \
${nim'}/nim/bin/nim $out/bin/${targetPlatform.config}-nim \
--set-default CC $(command -v $CC) \
--set-default CXX $(command -v $CXX) \
$wrapperArgs
ln -s $out/bin/${targetPlatform.config}-nim $out/bin/nim
makeWrapper \
${nim'}/bin/testament $out/bin/${targetPlatform.config}-testament \
$wrapperArgs
ln -s $out/bin/${targetPlatform.config}-testament $out/bin/testament
makeWrapper \
${nimble'}/bin/nimble $out/bin/${targetPlatform.config}-nimble \
--suffix PATH : $out/bin
ln -s $out/bin/${targetPlatform.config}-nimble $out/bin/nimble
ln -s $out/bin/${targetPlatform.config}-testament $out/bin/testament
runHook postInstall
'';
makeWrapper \
${nimble'}/bin/nimble $out/bin/${targetPlatform.config}-nimble \
--suffix PATH : $out/bin
ln -s $out/bin/${targetPlatform.config}-nimble $out/bin/nimble
passthru = {
nim = nim';
nimble = nimble';
};
runHook postInstall
'';
passthru = {
nim = nim';
nimble = nimble';
};
meta = nim'.meta // {
description = nim'.meta.description
+ " (${targetPlatform.config} wrapper)";
platforms = with lib.platforms; unix ++ genode;
meta = nim'.meta // {
description = nim'.meta.description
+ " (${targetPlatform.config} wrapper)";
platforms = with lib.platforms; unix ++ genode;
};
};
in self // {
pkgs = callPackage ../../../top-level/nim-packages.nix { nim = self; };
};
}

@ -0,0 +1,43 @@
{ lib, stdenv, nim, nim_builder }:
{ strictDeps ? true, nativeBuildInputs ? [ ], configurePhase ? null
, buildPhase ? null, checkPhase ? null, installPhase ? null, meta ? { }, ...
}@attrs:
stdenv.mkDerivation (attrs // {
inherit strictDeps;
nativeBuildInputs = [ nim nim_builder ] ++ nativeBuildInputs;
configurePhase = if isNull configurePhase then ''
runHook preConfigure
find $NIX_BUILD_TOP -name .attrs.json
nim_builder --phase:configure
runHook postConfigure
'' else
buildPhase;
buildPhase = if isNull buildPhase then ''
runHook preBuild
nim_builder --phase:build
runHook postBuild
'' else
buildPhase;
checkPhase = if isNull checkPhase then ''
runHook preCheck
nim_builder --phase:check
runHook postCheck
'' else
checkPhase;
installPhase = if isNull installPhase then ''
runHook preInstall
nim_builder --phase:install
runHook postInstall
'' else
installPhase;
meta = meta // {
maintainers = (meta.maintainers or [ ]) ++ [ lib.maintainers.ehmry ];
};
})

@ -0,0 +1,12 @@
source $stdenv/setup
export HOME=$NIX_BUILD_TOP
nimble --accept --noSSLCheck develop "${pkgname}@${version}"
# TODO: bring in the certificates for Nimble to verify the fetch of
# the package list.
pkgdir=${NIX_BUILD_TOP}/${pkgname}
find "$pkgdir" -name .git -print0 | xargs -0 rm -rf
cp -a "$pkgdir" "$out"

@ -0,0 +1,20 @@
{ lib, makeOverridable, stdenv, gitMinimal, nim, cacert }:
makeOverridable (
{ pname, version, hash ? lib.fakeHash,
meta ? { }, passthru ? { }, preferLocalBuild ? true }:
stdenv.mkDerivation {
inherit version meta passthru preferLocalBuild;
pname = pname + "-src";
pkgname = pname;
builder = ./builder.sh;
nativeBuildInputs = [ gitMinimal nim ];
outputHash = hash;
outputHashAlgo = null;
outputHashMode = "recursive";
impureEnvVars = lib.fetchers.proxyImpureEnvVars
++ [ "GIT_PROXY_COMMAND" "SOCKS_SERVER" ];
GIT_SSL_CAINFO = "${cacert}/etc/ssl/certs/ca-bundle.crt";
})

@ -0,0 +1,19 @@
{ lib, stdenv, nim }:
stdenv.mkDerivation {
pname = "nim_builder";
inherit (nim) version;
dontUnpack = true;
nativeBuildInputs = [ nim ];
buildPhase = ''
cp ${./nim_builder.nim} nim_builder.nim
nim c --nimcache:$TMPDIR nim_builder
'';
installPhase = ''
install -Dt $out/bin nim_builder
'';
meta = {
description = "Internal Nixpkgs utility for buildNimPackage.";
maintainers = [ lib.maintainers.ehmry ];
};
}

@ -0,0 +1,166 @@
# SPDX-FileCopyrightText: 2021 Nixpkgs/NixOS contributors
## Custom Nim builder for Nixpkgs.
import std/[os, osproc, parseutils, sequtils, streams, strutils]
proc findNimbleFile(): string =
## Copied from Nimble.
## Copyright (c) 2015, Dominik Picheta
## BSD3
let dir = getCurrentDir()
result = ""
var hits = 0
for kind, path in walkDir(dir):
if kind in {pcFile, pcLinkToFile}:
let ext = path.splitFile.ext
if ext == ".nimble":
result = path
inc hits
if hits >= 2:
quit("Only one .nimble file should be present in " & dir)
elif hits == 0:
quit("Could not find a file with a .nimble extension in " & dir)
proc getEnvBool(key: string; default = false): bool =
## Parse a boolean environmental variable.
let val = getEnv(key)
if val == "": default
else: parseBool(val)
proc getNimbleFilePath(): string =
## Get the Nimble file for the current package.
if existsEnv"nimbleFile":
getEnv"nimbleFile"
else:
findNimbleFile()
proc getNimbleValue(filePath, key: string; default = ""): string =
## Extract a string value from the Nimble file at ``filePath``.
var
fs = newFileStream(filePath, fmRead)
line: string
if fs.isNil:
quit("could not open " & filePath)
while fs.readline(line):
if line.startsWith(key):
var i = key.len
i.inc skipWhile(line, Whitespace, i)
if line[i] == '=':
inc i
i.inc skipWhile(line, Whitespace, i)
discard parseUntil(line, result, Newlines, i)
if result.len > 0 and result[0] == '"':
result = result.unescape
return
default
proc getNimbleValues(filePath, key: string): seq[string] =
## Extract a string sequence from the Nimble file at ``filePath``.
var gunk = getNimbleValue(filePath, key)
result = gunk.strip(chars = {'@', '[', ']'}).split(',')
if result == @[""]: reset result
apply(result) do (s: var string):
s = s.strip()
if s.len > 0 and s[0] == '"':
s = s.unescape()
proc configurePhase*() =
## Generate "config.nims" which will be read by the Nim
## compiler during later phases.
const configFilePath = "config.nims"
echo "generating ", configFilePath
let
nf = getNimbleFilePath()
mode =
if fileExists configFilePath: fmAppend
else: fmWrite
var cfg = newFileStream(configFilePath, mode)
proc switch(key, val: string) =
cfg.writeLine("switch(", key.escape, ",", val.escape, ")")
switch("backend", nf.getNimbleValue("backend", "c"))
switch("nimcache", getEnv("NIX_BUILD_TOP", ".") / "nimcache")
if getEnvBool("nimRelease", true):
switch("define", "release")
for def in getEnv("nimDefines").split:
if def != "":
switch("define", def)
for input in getEnv("buildInputs").split:
if input != "":
for nimbleFile in walkFiles(input / "*.nimble"):
let inputSrc = normalizedPath(
input / nimbleFile.getNimbleValue("srcDir", "."))
echo "found nimble input ", inputSrc
switch("path", inputSrc)
close(cfg)
proc buildPhase*() =
## Build the programs listed in the Nimble file and
## optionally some documentation.
var cmds: seq[string]
proc before(idx: int) =
echo "build job ", idx, ": ", cmds[idx]
let
nf = getNimbleFilePath()
bins = nf.getNimbleValues("bin")
srcDir = nf.getNimbleValue("srcDir", ".")
binDir = getenv("outputBin", getenv("out", "/dev/null")) / "bin"
if bins != @[]:
for bin in bins:
cmds.add("nim compile $# --outdir:$# $#" %
[getenv"nimFlags", binDir, normalizedPath(srcDir / bin)])
if getEnvBool"nimDoc":
echo "generating documentation"
let docDir = getenv("outputDoc", (getenv("out", "/dev/null") / "doc"))
for path in walkFiles(srcDir / "*.nim"):
cmds.add("nim doc --outdir:$# $#" % [docDir, path])
if cmds.len > 0:
let err = execProcesses(
cmds, n = 1,
beforeRunEvent = before)
if err != 0: quit("build phase failed", err)
proc installPhase*() =
## Install the Nim sources if ``nimBinOnly`` is not
## set in the environment.
if not getEnvBool"nimBinOnly":
let
nf = getNimbleFilePath()
srcDir = nf.getNimbleValue("srcDir", ".")
devDir = getenv("outputDev", getenv("out", "/dev/null"))
echo "Install ", srcDir, " to ", devDir
copyDir(normalizedPath(srcDir), normalizedPath(devDir / srcDir))
copyFile(nf, devDir / nf.extractFilename)
proc checkPhase*() =
## Build and run the tests in ``tests``.
var cmds: seq[string]
proc before(idx: int) =
echo "check job ", idx, ": ", cmds[idx]
for path in walkPattern("tests/t*.nim"):
cmds.add("nim r $#" % [path])
let err = execProcesses(
cmds, n = 1,
beforeRunEvent = before)
if err != 0: quit("check phase failed", err)
when isMainModule:
import std/parseopt
var phase: string
for kind, key, val in getopt():
case kind
of cmdLongOption:
case key.toLowerAscii
of "phase":
if phase != "": quit("only a single phase may be specified")
phase = val
else: quit("unhandled argument " & key)
of cmdEnd: discard
else: quit("unhandled argument " & key)
case phase
of "configure": configurePhase()
of "build": buildPhase()
of "install": installPhase()
of "check": checkPhase()
else: quit("unhandled phase " & phase)

@ -12064,6 +12064,7 @@ with pkgs;
inherit (callPackages ../development/compilers/nim { })
nim-unwrapped nimble-unwrapped nim;
nimPackages = recurseIntoAttrs nim.pkgs;
nrpl = callPackage ../development/tools/nrpl { };

@ -0,0 +1,12 @@
{ lib, pkgs, stdenv, newScope, nim, fetchFromGitHub }:
lib.makeScope newScope (self:
let callPackage = self.callPackage;
in {
inherit nim;
nim_builder = callPackage ../development/nim-packages/nim_builder { };
buildNimPackage =
callPackage ../development/nim-packages/build-nim-package { };
fetchNimble = callPackage ../development/nim-packages/fetch-nimble { };
})
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