b12f/nixpkgs
1
0
Fork 0
Code Issues Pull requests Packages Projects Releases Wiki Activity

Merge pull request #190403 from IvarWithoutBones/dotnetmodule-fixes

Browse source 
buildDotnetModule: several usability improvements
This commit is contained in:
Ivv 2022-09-26 15:04:31 +02:00 committed by GitHub
parent a53100d1ce 4a8eb528be
commit 2650d450a7
No known key found for this signature in database
GPG key ID: 4AEE18F83AFDEB23
7 changed files with 258 additions and 190 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

4
doc/languages-frameworks/dotnet.section.md
View file

@ -71,7 +71,7 @@ The `dotnetCorePackages.sdk` contains both a runtime and the full sdk of a given
To package Dotnet applications, you can use `buildDotnetModule`. This has similar arguments to `stdenv.mkDerivation`, with the following additions:
* `projectFile` has to be used for specifying the dotnet project file relative to the source root. These usually have `.sln` or `.csproj` file extensions. This can be an array of multiple projects as well.
* `projectFile` is used for specifying the dotnet project file, relative to the source root. These usually have `.sln` or `.csproj` file extensions. This can be a list of multiple projects as well. Most of the time dotnet can figure this location out by itself, so this should only be set if necessary.
* `nugetDeps` takes either a path to a `deps.nix` file, or a derivation. The `deps.nix` file can be generated using the script attached to `passthru.fetch-deps`. This file can also be generated manually using `nuget-to-nix` tool, which is available in nixpkgs. If the argument is a derivation, it will be used directly and assume it has the same output as `mkNugetDeps`.
* `packNupkg` is used to pack project as a `nupkg`, and installs it to `$out/share`. If set to `true`, the derivation can be used as a dependency for another dotnet project by adding it to `projectReferences`.
* `projectReferences` can be used to resolve `ProjectReference` project items. Referenced projects can be packed with `buildDotnetModule` by setting the `packNupkg = true` attribute and passing a list of derivations to `projectReferences`. Since we are sharing referenced projects as NuGets they must be added to csproj/fsproj files as `PackageReference` as well.
@ -100,7 +100,7 @@ To package Dotnet applications, you can use `buildDotnetModule`. This has simila
* `dotnetPackFlags` can be used to pass flags to `dotnet pack`. Used only if `packNupkg` is set to `true`.
* `dotnetFlags` can be used to pass flags to all of the above phases.
When packaging a new application, you need to fetch it's dependencies. You can set `nugetDeps` to an empty string to make the derivation temporarily evaluate, and then run `nix-build -A package.passthru.fetch-deps` to generate it's dependency fetching script. After running the script, you should have the location of the generated lockfile printed to the console. This can be copied to a stable directory. Note that if either `projectFile` or `nugetDeps` are unset, this script cannot be generated!
When packaging a new application, you need to fetch its dependencies. You can run `nix-build -A package.fetch-deps` to generate a script that will build a lockfile for you. After running the script you should have the location of the generated lockfile printed to the console, which can be copied to a stable directory. Then set `nugetDeps = ./deps.nix` and you're ready to build the derivation.
Here is an example `default.nix`, using some of the previously discussed arguments:
```nix

279
pkgs/build-support/dotnet/build-dotnet-module/default.nix
View file

@ -1,18 +1,18 @@
{ lib
, stdenvNoCC
, callPackage
, writeShellScript
, writeText
, srcOnly
, linkFarmFromDrvs
, symlinkJoin
, makeWrapper
, dotnetCorePackages
, dotnetPackages
, mkNugetSource
, mkNugetDeps
, srcOnly
, writeShellScript
, writeText
, makeWrapper
, nuget-to-nix
, cacert
, symlinkJoin
, coreutils
}:
@ -20,88 +20,87 @@
, pname ? name
, enableParallelBuilding ? true
, doCheck ? false
# Flags to pass to `makeWrapper`. This is done to avoid double wrapping.
, makeWrapperArgs ? []
# Flags to pass to `makeWrapper`. This is done to avoid double wrapping.
, makeWrapperArgs ? [ ]
# Flags to pass to `dotnet restore`.
, dotnetRestoreFlags ? []
# Flags to pass to `dotnet build`.
, dotnetBuildFlags ? []
# Flags to pass to `dotnet test`, if running tests is enabled.
, dotnetTestFlags ? []
# Flags to pass to `dotnet install`.
, dotnetInstallFlags ? []
# Flags to pass to `dotnet pack`.
, dotnetPackFlags ? []
# Flags to pass to dotnet in all phases.
, dotnetFlags ? []
# Flags to pass to `dotnet restore`.
, dotnetRestoreFlags ? [ ]
# Flags to pass to `dotnet build`.
, dotnetBuildFlags ? [ ]
# Flags to pass to `dotnet test`, if running tests is enabled.
, dotnetTestFlags ? [ ]
# Flags to pass to `dotnet install`.
, dotnetInstallFlags ? [ ]
# Flags to pass to `dotnet pack`.
, dotnetPackFlags ? [ ]
# Flags to pass to dotnet in all phases.
, dotnetFlags ? [ ]
# The path to publish the project to. When unset, the directory "$out/lib/$pname" is used.
# The path to publish the project to. When unset, the directory "$out/lib/$pname" is used.
, installPath ? null
# The binaries that should get installed to `$out/bin`, relative to `$out/lib/$pname/`. These get wrapped accordingly.
# Unfortunately, dotnet has no method for doing this automatically.
# If unset, all executables in the projects root will get installed. This may cause bloat!
# The binaries that should get installed to `$out/bin`, relative to `$out/lib/$pname/`. These get wrapped accordingly.
# Unfortunately, dotnet has no method for doing this automatically.
# If unset, all executables in the projects root will get installed. This may cause bloat!
, executables ? null
# Packs a project as a `nupkg`, and installs it to `$out/share`. If set to `true`, the derivation can be used as a dependency for another dotnet project by adding it to `projectReferences`.
# Packs a project as a `nupkg`, and installs it to `$out/share`. If set to `true`, the derivation can be used as a dependency for another dotnet project by adding it to `projectReferences`.
, packNupkg ? false
# The packages project file, which contains instructions on how to compile it. This can be an array of multiple project files as well.
# The packages project file, which contains instructions on how to compile it. This can be an array of multiple project files as well.
, projectFile ? null
# The NuGet dependency file. This locks all NuGet dependency versions, as otherwise they cannot be deterministically fetched.
# This can be generated by running the `passthru.fetch-deps` script.
# The NuGet dependency file. This locks all NuGet dependency versions, as otherwise they cannot be deterministically fetched.
# This can be generated by running the `passthru.fetch-deps` script.
, nugetDeps ? null
# A list of derivations containing nupkg packages for local project references.
# Referenced derivations can be built with `buildDotnetModule` with `packNupkg=true` flag.
# Since we are sharing them as nugets they must be added to csproj/fsproj files as `PackageReference` as well.
# For example, your project has a local dependency:
# <ProjectReference Include="../foo/bar.fsproj" />
# To enable discovery through `projectReferences` you would need to add a line:
# <ProjectReference Include="../foo/bar.fsproj" />
# <PackageReference Include="bar" Version="*" Condition=" '$(ContinuousIntegrationBuild)'=='true' "/>
, projectReferences ? []
# Libraries that need to be available at runtime should be passed through this.
# These get wrapped into `LD_LIBRARY_PATH`.
, runtimeDeps ? []
# A list of derivations containing nupkg packages for local project references.
# Referenced derivations can be built with `buildDotnetModule` with `packNupkg=true` flag.
# Since we are sharing them as nugets they must be added to csproj/fsproj files as `PackageReference` as well.
# For example, your project has a local dependency:
# <ProjectReference Include="../foo/bar.fsproj" />
# To enable discovery through `projectReferences` you would need to add a line:
# <ProjectReference Include="../foo/bar.fsproj" />
# <PackageReference Include="bar" Version="*" Condition=" '$(ContinuousIntegrationBuild)'=='true' "/>
, projectReferences ? [ ]
# Libraries that need to be available at runtime should be passed through this.
# These get wrapped into `LD_LIBRARY_PATH`.
, runtimeDeps ? [ ]
# Tests to disable. This gets passed to `dotnet test --filter "FullyQualifiedName!={}"`, to ensure compatibility with all frameworks.
# See https://docs.microsoft.com/en-us/dotnet/core/tools/dotnet-test#filter-option-details for more details.
, disabledTests ? []
# The project file to run unit tests against. This is usually referenced in the regular project file, but sometimes it needs to be manually set.
# It gets restored and build, but not installed. You may need to regenerate your nuget lockfile after setting this.
# Tests to disable. This gets passed to `dotnet test --filter "FullyQualifiedName!={}"`, to ensure compatibility with all frameworks.
# See https://docs.microsoft.com/en-us/dotnet/core/tools/dotnet-test#filter-option-details for more details.
, disabledTests ? [ ]
# The project file to run unit tests against. This is usually referenced in the regular project file, but sometimes it needs to be manually set.
# It gets restored and build, but not installed. You may need to regenerate your nuget lockfile after setting this.
, testProjectFile ? ""
# The type of build to perform. This is passed to `dotnet` with the `--configuration` flag. Possible values are `Release`, `Debug`, etc.
# The type of build to perform. This is passed to `dotnet` with the `--configuration` flag. Possible values are `Release`, `Debug`, etc.
, buildType ? "Release"
# If set to true, builds the application as a self-contained - removing the runtime dependency on dotnet
# If set to true, builds the application as a self-contained - removing the runtime dependency on dotnet
, selfContainedBuild ? false
# The dotnet SDK to use.
# The dotnet SDK to use.
, dotnet-sdk ? dotnetCorePackages.sdk_6_0
# The dotnet runtime to use.
# The dotnet runtime to use.
, dotnet-runtime ? dotnetCorePackages.runtime_6_0
# The dotnet SDK to run tests against. This can differentiate from the SDK compiled against.
# The dotnet SDK to run tests against. This can differentiate from the SDK compiled against.
, dotnet-test-sdk ? dotnet-sdk
, ... } @ args:
assert projectFile == null -> throw "Defining the `projectFile` attribute is required. This is usually an `.csproj`, or `.sln` file.";
# TODO: Automatically generate a dependency file when a lockfile is present.
# This file is unfortunately almost never present, as Microsoft recommands not to push this in upstream repositories.
assert nugetDeps == null -> throw "Defining the `nugetDeps` attribute is required, as to lock the NuGet dependencies. This file can be generated by running the `passthru.fetch-deps` script.";
, ...
} @ args:
let
inherit (callPackage ./hooks {
inherit dotnet-sdk dotnet-test-sdk disabledTests nuget-source dotnet-runtime runtimeDeps buildType;
}) dotnetConfigureHook dotnetBuildHook dotnetCheckHook dotnetInstallHook dotnetFixupHook;
localDeps = if (projectReferences != [])
localDeps =
if (projectReferences != [ ])
then linkFarmFromDrvs "${name}-project-references" projectReferences
else null;
_nugetDeps = if lib.isDerivation nugetDeps
then nugetDeps
else mkNugetDeps { inherit name; nugetDeps = import nugetDeps; };
_nugetDeps =
if (nugetDeps != null) then
if lib.isDerivation nugetDeps
then nugetDeps
else mkNugetDeps { inherit name; nugetDeps = import nugetDeps; }
else throw "Defining the `nugetDeps` attribute is required, as to lock the NuGet dependencies. This file can be generated by running the `passthru.fetch-deps` script.";
# contains the actual package dependencies
_dependenciesSource = mkNugetSource {
dependenciesSource = mkNugetSource {
name = "${name}-dependencies-source";
description = "A Nuget source with the dependencies for ${name}";
deps = [ _nugetDeps ] ++ lib.optional (localDeps != null) localDeps;
@ -110,22 +109,23 @@ let
# this contains all the nuget packages that are implictly referenced by the dotnet
# build system. having them as separate deps allows us to avoid having to regenerate
# a packages dependencies when the dotnet-sdk version changes
_sdkDeps = mkNugetDeps {
sdkDeps = mkNugetDeps {
name = "dotnet-sdk-${dotnet-sdk.version}-deps";
nugetDeps = dotnet-sdk.passthru.packages;
};
_sdkSource = mkNugetSource {
sdkSource = mkNugetSource {
name = "dotnet-sdk-${dotnet-sdk.version}-source";
deps = [ _sdkDeps ];
deps = [ sdkDeps ];
};
nuget-source = symlinkJoin {
name = "${name}-nuget-source";
paths = [ _dependenciesSource _sdkSource ];
paths = [ dependenciesSource sdkSource ];
};
in stdenvNoCC.mkDerivation (args // {
nativeBuildInputs = args.nativeBuildInputs or [] ++ [
in
stdenvNoCC.mkDerivation (args // {
nativeBuildInputs = args.nativeBuildInputs or [ ] ++ [
dotnetConfigureHook
dotnetBuildHook
dotnetCheckHook
@ -150,74 +150,109 @@ in stdenvNoCC.mkDerivation (args // {
passthru = {
inherit nuget-source;
fetch-deps = let
# Because this list is rather long its put in its own store path to maintain readability of the generated script
exclusions = writeText "nuget-package-exclusions" (lib.concatStringsSep "\n" (dotnet-sdk.passthru.packages { fetchNuGet = attrs: attrs.pname; }));
fetch-deps =
let
# Because this list is rather long its put in its own store path to maintain readability of the generated script
exclusions = writeText "nuget-package-exclusions" (lib.concatStringsSep "\n" (dotnet-sdk.passthru.packages { fetchNuGet = attrs: attrs.pname; }));
runtimeIds = map (system: dotnet-sdk.systemToDotnetRid system) (args.meta.platforms or dotnet-sdk.meta.platforms);
# Derivations may set flags such as `--runtime <rid>` based on the host platform to avoid restoring/building nuget dependencies they dont have or dont need.
# This introduces an issue; In this script we loop over all platforms from `meta` and add the RID flag for it, as to fetch all required dependencies.
# The script would inherit the RID flag from the derivation based on the platform building the script, and set the flag for any iteration we do over the RIDs.
# That causes conflicts. To circumvent it we remove all occurances of the flag.
flags =
let
hasRid = flag: lib.any (v: v) (map (rid: lib.hasInfix rid flag) (lib.attrValues dotnet-sdk.runtimeIdentifierMap));
in
builtins.filter (flag: !(hasRid flag)) (dotnetFlags ++ dotnetRestoreFlags);
# Derivations may set flags such as `--runtime <rid>` based on the host platform to avoid restoring/building nuget dependencies they dont have or dont need.
# This introduces an issue; In this script we loop over all platforms from `meta` and add the RID flag for it, as to fetch all required dependencies.
# The script would inherit the RID flag from the derivation based on the platform building the script, and set the flag for any iteration we do over the RIDs.
# That causes conflicts. To circumvent it we remove all occurances of the flag.
flags =
let
hasRid = flag: lib.any (v: v) (map (rid: lib.hasInfix rid flag) (lib.attrValues dotnet-sdk.runtimeIdentifierMap));
in
builtins.filter (flag: !(hasRid flag)) (dotnetFlags ++ dotnetRestoreFlags);
runtimeIds = map (system: dotnet-sdk.systemToDotnetRid system) (args.meta.platforms or dotnet-sdk.meta.platforms);
in
writeShellScript "fetch-${pname}-deps" ''
set -euo pipefail
in writeShellScript "fetch-${pname}-deps" ''
set -euo pipefail
export PATH="${lib.makeBinPath [ coreutils dotnet-sdk nuget-to-nix ]}"
export PATH="${lib.makeBinPath [ coreutils dotnet-sdk nuget-to-nix ]}"
for arg in "$@"; do
case "$arg" in
--keep-sources|-k)
keepSources=1
shift
;;
--help|-h)
echo "usage: $0 <output path> [--keep-sources] [--help]"
echo " <output path> The path to write the lockfile to. A temporary file is used if this is not set"
echo " --keep-sources Dont remove temporary directories upon exit, useful for debugging"
echo " --help Show this help message"
exit
;;
esac
done
case "''${1-}" in
--help|-h)
echo "usage: $0 <output path> [--help]"
echo " <output path> The path to write the lockfile to"
echo " --help Show this help message"
exit
;;
esac
exitTrap() {
test -n "''${ranTrap-}" && return
ranTrap=1
deps_file="$(realpath "''${1:-$(mktemp -t "${pname}-deps-XXXXXX.nix")}")"
export HOME=$(mktemp -td "${pname}-home-XXXXXX")
mkdir -p "$HOME/nuget_pkgs"
if test -n "''${keepSources-}"; then
echo -e "Path to the source: $src\nPath to the fake home: $HOME"
else
rm -rf "$src" "$HOME"
fi
store_src="${srcOnly args}"
src="$(mktemp -td "${pname}-src-XXXXXX")"
cp -rT "$store_src" "$src"
chmod -R +w "$src"
trap "rm -rf $src $HOME" EXIT
# Since mktemp is used this will be empty if the script didnt succesfully complete
! test -s "$depsFile" && rm -rf "$depsFile"
}
cd "$src"
echo "Restoring project..."
trap exitTrap EXIT INT TERM
export DOTNET_NOLOGO=1
export DOTNET_CLI_TELEMETRY_OPTOUT=1
dotnetRestore() {
local -r project="''${1-}"
local -r rid="$2"
for rid in "${lib.concatStringsSep "\" \"" runtimeIds}"; do
for project in "${lib.concatStringsSep "\" \"" ((lib.toList projectFile) ++ lib.optionals (testProjectFile != "") (lib.toList testProjectFile))}"; do
dotnet restore "$project" \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--packages "$HOME/nuget_pkgs" \
--runtime "$rid" \
${lib.optionalString (!enableParallelBuilding) "--disable-parallel"} \
${lib.optionalString (flags != []) (toString flags)}
done
done
dotnet restore ''${project-} \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--packages "$HOME/nuget_pkgs" \
--runtime "$rid" \
${lib.optionalString (!enableParallelBuilding) "--disable-parallel"} \
${lib.optionalString (flags != []) (toString flags)}
}
echo "Succesfully restored project"
declare -a projectFiles=( ${toString (lib.toList projectFile)} )
declare -a testProjectFiles=( ${toString (lib.toList testProjectFile)} )
echo "Writing lockfile..."
echo -e "# This file was automatically generated by passthru.fetch-deps.\n# Please dont edit it manually, your changes might get overwritten!\n" > "$deps_file"
nuget-to-nix "$HOME/nuget_pkgs" "${exclusions}" >> "$deps_file"
echo "Succesfully wrote lockfile to: $deps_file"
'';
} // args.passthru or {};
export HOME=$(mktemp -td "${pname}-home-XXXXXX")
export DOTNET_NOLOGO=1
export DOTNET_CLI_TELEMETRY_OPTOUT=1
depsFile="$(realpath "''${1:-$(mktemp -t "${pname}-deps-XXXXXX.nix")}")"
mkdir -p "$HOME/nuget_pkgs"
storeSrc="${srcOnly args}"
src="$(mktemp -td "${pname}-src-XXXXXX")"
cp -rT "$storeSrc" "$src"
chmod -R +w "$src"
cd "$src"
echo "Restoring project..."
for rid in "${lib.concatStringsSep "\" \"" runtimeIds}"; do
(( ''${#projectFiles[@]} == 0 )) && dotnetRestore "" "$rid"
for project in ''${projectFiles[@]-} ''${testProjectFiles[@]-}; do
dotnetRestore "$project" "$rid"
done
done
echo "Succesfully restored project"
echo "Writing lockfile..."
echo -e "# This file was automatically generated by passthru.fetch-deps.\n# Please dont edit it manually, your changes might get overwritten!\n" > "$depsFile"
nuget-to-nix "$HOME/nuget_pkgs" "${exclusions}" >> "$depsFile"
echo "Succesfully wrote lockfile to $depsFile"
'';
} // args.passthru or { };
meta = {
platforms = dotnet-sdk.meta.platforms;
} // args.meta or {};
} // args.meta or { };
})

42
pkgs/build-support/dotnet/build-dotnet-module/hooks/dotnet-build-hook.sh
View file

@ -7,11 +7,11 @@ dotnetBuildHook() {
runHook preBuild
if [ "${enableParallelBuilding-}" ]; then
maxCpuFlag="$NIX_BUILD_CORES"
parallelBuildFlag="true"
local -r maxCpuFlag="$NIX_BUILD_CORES"
local -r parallelBuildFlag="true"
else
maxCpuFlag="1"
parallelBuildFlag="false"
local -r maxCpuFlag="1"
local -r parallelBuildFlag="false"
fi
if [ "${selfContainedBuild-}" ]; then
@ -21,22 +21,28 @@ dotnetBuildHook() {
fi
if [ "${version-}" ]; then
versionFlag="-p:Version=${version-}"
local -r versionFlag="-p:Version=${version-}"
fi
for project in ${projectFile[@]} ${testProjectFile[@]}; do
env \
dotnet build "$project" \
-maxcpucount:$maxCpuFlag \
-p:BuildInParallel=$parallelBuildFlag \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
-p:UseAppHost=true \
--configuration "@buildType@" \
--no-restore \
${versionFlag-} \
${dotnetBuildFlags[@]} \
${dotnetFlags[@]}
dotnetBuild() {
local -r project="${1-}"
env dotnet build ${project-} \
-maxcpucount:$maxCpuFlag \
-p:BuildInParallel=$parallelBuildFlag \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
-p:UseAppHost=true \
--configuration "@buildType@" \
--no-restore \
${versionFlag-} \
${dotnetBuildFlags[@]} \
${dotnetFlags[@]}
}
(( "${#projectFile[@]}" == 0 )) && dotnetBuild
for project in ${projectFile[@]} ${testProjectFile[@]-}; do
dotnetBuild "$project"
done
runHook postBuild

10
pkgs/build-support/dotnet/build-dotnet-module/hooks/dotnet-check-hook.sh
View file

@ -7,10 +7,16 @@ dotnetCheckHook() {
runHook preCheck
if [ "${disabledTests-}" ]; then
disabledTestsFlag="--filter FullyQualifiedName!=@disabledTests@"
local -r disabledTestsFlag="--filter FullyQualifiedName!=@disabledTests@"
fi
for project in ${testProjectFile[@]}; do
if [ "${enableParallelBuilding-}" ]; then
local -r maxCpuFlag="$NIX_BUILD_CORES"
else
local -r maxCpuFlag="1"
fi
for project in ${testProjectFile[@]-}; do
env "LD_LIBRARY_PATH=@libraryPath@" \
dotnet test "$project" \
-maxcpucount:$maxCpuFlag \

26
pkgs/build-support/dotnet/build-dotnet-module/hooks/dotnet-configure-hook.sh
View file

@ -10,18 +10,24 @@ dotnetConfigureHook() {
runHook preConfigure
if [ -z "${enableParallelBuilding-}" ]; then
parallelFlag="--disable-parallel"
local -r parallelFlag="--disable-parallel"
fi
for project in ${projectFile[@]} ${testProjectFile[@]}; do
env \
dotnet restore "$project" \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--source "@nugetSource@/lib" \
${parallelFlag-} \
${dotnetRestoreFlags[@]} \
${dotnetFlags[@]}
dotnetRestore() {
local -r project="${1-}"
env dotnet restore ${project-} \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--source "@nugetSource@/lib" \
${parallelFlag-} \
${dotnetRestoreFlags[@]} \
${dotnetFlags[@]}
}
(( "${#projectFile[@]}" == 0 )) && dotnetRestore
for project in ${projectFile[@]} ${testProjectFile[@]-}; do
dotnetRestore "$project"
done
runHook postConfigure

25
pkgs/build-support/dotnet/build-dotnet-module/hooks/dotnet-fixup-hook.sh
View file

@ -5,38 +5,37 @@ makeWrapperArgs=( ${makeWrapperArgs-} )
# the second is the destination for the wrapper.
wrapDotnetProgram() {
if [ ! "${selfContainedBuild-}" ]; then
dotnetRootFlag=("--set" "DOTNET_ROOT" "@dotnetRuntime@")
local -r dotnetRootFlag=("--set" "DOTNET_ROOT" "@dotnetRuntime@")
fi
makeWrapper "$1" "$2" \
"${dotnetRootFlag[@]}" \
--suffix "LD_LIBRARY_PATH" : "@runtimeDeps@" \
"${dotnetRootFlag[@]}" \
"${gappsWrapperArgs[@]}" \
"${makeWrapperArgs[@]}"
echo "Installed wrapper to: "$2""
echo "installed wrapper to "$2""
}
dotnetFixupHook() {
echo "Executing dotnetFixupPhase"
if [ "${executables}" ]; then
if [ "${executables-}" ]; then
for executable in ${executables[@]}; do
execPath="$out/lib/${pname}/$executable"
path="$out/lib/$pname/$executable"
if [[ -f "$execPath" && -x "$execPath" ]]; then
wrapDotnetProgram "$execPath" "$out/bin/$(basename "$executable")"
if test -x "$path"; then
wrapDotnetProgram "$path" "$out/bin/$(basename "$executable")"
else
echo "Specified binary \"$executable\" is either not an executable, or does not exist!"
echo "Specified binary \"$executable\" is either not an executable or does not exist!"
echo "Looked in $path"
exit 1
fi
done
else
for executable in $out/lib/${pname}/*; do
if [[ -f "$executable" && -x "$executable" && "$executable" != *"dll"* ]]; then
wrapDotnetProgram "$executable" "$out/bin/$(basename "$executable")"
fi
done
while IFS= read -d '' executable; do
wrapDotnetProgram "$executable" "$out/bin/$(basename "$executable")" \;
done < <(find "$out/lib/$pname" ! -name "*.dll" -executable -type f -print0)
fi
echo "Finished dotnetFixupPhase"

62
pkgs/build-support/dotnet/build-dotnet-module/hooks/dotnet-install-hook.sh
View file

@ -12,31 +12,47 @@ dotnetInstallHook() {
dotnetInstallFlags+=("--no-self-contained")
fi
for project in ${projectFile[@]}; do
env \
dotnet publish "$project" \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
-p:UseAppHost=true \
--output "$out/lib/${pname}" \
--configuration "@buildType@" \
--no-build \
${dotnetInstallFlags[@]} \
${dotnetFlags[@]}
done
dotnetPublish() {
local -r project="${1-}"
env dotnet publish ${project-} \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
-p:UseAppHost=true \
--output "$out/lib/${pname}" \
--configuration "@buildType@" \
--no-build \
${dotnetInstallFlags[@]} \
${dotnetFlags[@]}
}
dotnetPack() {
local -r project="${1-}"
env dotnet pack ${project-} \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--output "$out/share" \
--configuration "@buildType@" \
--no-build \
${dotnetPackFlags[@]} \
${dotnetFlags[@]}
}
if (( "${#projectFile[@]}" == 0 )); then
dotnetPublish
else
for project in ${projectFile[@]}; do
dotnetPublish "$project"
done
fi
if [[ "${packNupkg-}" ]]; then
for project in ${projectFile[@]}; do
env \
dotnet pack "$project" \
-p:ContinuousIntegrationBuild=true \
-p:Deterministic=true \
--output "$out/share" \
--configuration "@buildType@" \
--no-build \
${dotnetPackFlags[@]} \
${dotnetFlags[@]}
done
if (( "${#projectFile[@]}" == 0 )); then
dotnetPack
else
for project in ${projectFile[@]}; do
dotnetPack "$project"
done
fi
fi
runHook postInstall