`multiPaths` is defined via invalid operation on `null` value for
non-multilib environments. Noticed on `notesnook` evan failure as:
nix-repl> notesnook.fhsenv.multiPaths
253| passthru = {
254| inherit args baseTargetPaths targetPaths baseMultiPaths multiPaths ldconfig;
| ^
255| };
error: attempt to call something which is not a function but null
The change makes `multiPaths` a private variable.
The unwrapped version doesn't know where to look for libraries, so
this is required to e.g. build anything that uses openssl-sys with
OPENSSL_NO_VENDOR. A randomly chosen example package that's fixed by
this change is pkgsStatic.gitoxide.
We're already using pkgsBuildBuild, and we'll soon be using
pkgsBuildTarget, so for consistency, change buildPackages and
targetPackages to their corresponding two-component names.
Pass the whole environment to the native-image build process by
generating a -E option for every environment variable.
This has the same effect as setting
NATIVE_IMAGE_DEPRECATED_BUILDER_SANITATION=true
but is compatible with packages providing -E options themselves
Packages that require access to environment variables in the build
should specify these using `-E` arguments in `nativeImageBuildArgs` or
using a `native-image.properties` as described here:
https://www.graalvm.org/22.1/reference-manual/native-image/BuildConfiguration/#embedding-a-configuration-file
Specifying NATIVE_IMAGE_DEPRECATED_BUILDER_SANITATION=true breaks with
packages that list their environment variables explicitly in `native-image.properties`.
this allows a compiler derivation to provide a
hardeningUnsupportedFlagsByTargetPlatform passthru attr
that will be called with the targetPlatform to determine
the unsupported hardening flags for that platform.
we can do this because even though a clang compiler is
multi-target by nature, cc-wrapper effectively fixes the
target platform at wrapping time. otherwise we'd have to
sniff the intended target at runtime, which wouldn't
be fun at all.
the advantage of using a new attribute instead of
allowing hardeningUnsupportedFlags to optionally be a
function is that hardeningUnsupportedFlags retains its
simple overriding pattern for simple cases (i.e.
`(prev.hardeningUnsupportedFlags or []) ++ [ "foo" ]`
) which will continue to work as long as the bottom-most
function of hardeningUnsupportedFlagsByTargetPlatform
falls back to hardeningUnsupportedFlags.
PR #275947, which was self-merged without approvals, inserted
functionality specific to a propriteary closed-source compiler
(CUDA) into cc-wrapper.
This commit relocates this CUDA-specific functionality into the
appropritate place: `cuda-modules`.
It is unclear to me exactly what this function is supposed to be
doing; much of it (like the `.kind` attributes) do not appear to be
used *anywhere* in nixpkgs. Making sure we don't insert unexplained
deadcode like this is one of the important functions of the review
process.
This commit deletes speculative comments which were self-merged with
no approvals in PR #275947.
If you think that "The above 'fix' may be incorrect" the correct
response is to submit a PR which removes the 'fix' and get it reviewed.
Likewise, if you think that "For clang it's not necessary" you
should submit a PR which wraps it in `if !isClang`.
`cc-wrapper` is full of too much junk as it is, let's not make
things worse.
The commit prior to this one, "gcc: fix c++ headers when same
triplet cross compiling" causes gcc's c++ headers to be in the same
outpath subdirectory regardless of whether the gcc build is a
host==target or host!=target compiler.
As a result of that change, the hack in cc-wrapper which adapted to
the different paths is no longer needed. And, in fact, it must be
removed, since if it is left in place builds such as
pkgsCross.aarch64-multiplatform.firefox will fail as shown below.
```
firefox-unwrapped> 0:02.01(B checking the host C compiler works... yes(B(B
firefox-unwrapped> 0:02.01(B checking for the host C++ compiler... /nix/store/1asqji9djmdlapzs70q7jw2j308ry7cn-clang-wrapper-16.0.6/bin/c++(B(B
firefox-unwrapped> 0:02.14(B checking whether the host C++ compiler can be used... yes(B(B
firefox-unwrapped> 0:02.14(B checking the host C++ compiler version... 16.0.6(B(B
firefox-unwrapped> 0:02.21(B checking the host C++ compiler works... yes(B(B
firefox-unwrapped> 0:02.40(B checking for target linker... lld(B(B
firefox-unwrapped> 0:02.51(B checking for host linker... lld(B(B
firefox-unwrapped> 0:02.60(B checking for 64-bit OS... yes(B(B
firefox-unwrapped> 0:02.67(B checking for new enough STL headers from libstdc++...(B(B
firefox-unwrapped> 0:02.67(B DEBUG: <truncated - see config.log for full output>(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | #if defined(__GLIBCXX__) && !defined(_GLIBCXX_RELEASE)(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | # error libstdc++ not new enough(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | #endif(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | #if defined(_GLIBCXX_RELEASE)(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | # if _GLIBCXX_RELEASE < 8(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | # error libstdc++ not new enough(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | # else(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | (void) 0(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | # endif(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | #endif(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | ;(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | return 0;(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | }(B(B
firefox-unwrapped> 0:02.67(B DEBUG: Executing: `/nix/store/7v4bi4q334yircaznwm353h1l5i7k98f-aarch64-unknown-linux-gnu-clang-wrapper-16.0.6/bin/aarch64-unknown-linux-gnu-clang++ /build/conftest.qvbo58dv.cpp -c`(B(B
firefox-unwrapped> 0:02.67(B DEBUG: The command returned non-zero exit status 1.(B(B
firefox-unwrapped> 0:02.67(B DEBUG: Its error output was:(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | /build/conftest.qvbo58dv.cpp:1:10: fatal error: 'cstddef' file not found(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | #include <cstddef>(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | ^~~~~~~~~(B(B
firefox-unwrapped> 0:02.67(B DEBUG: | 1 error generated.(B(B
firefox-unwrapped> 0:02.67(B ERROR: The libstdc++ in use is not new enough. Please run ./mach bootstrap to update your compiler, or update your system libstdc++ installation.(B(B
firefox-unwrapped> *** Fix above errors and then restart with "./mach build"
error: build of '/nix/store/5in7xkji5hzqkl14ygwq3vxnni54lykk-firefox-unwrapped-aarch64-unknown-linux-gnu-119.0.1.drv' on 'ssh://root@192.168.22.103' failed: builder for '/nix/store/5in7xkji5hzqkl14ygwq3vxnni54lykk-firefox-unwrapped-aarch64-unknown-linux-gnu-119.0.1.drv' failed with exit code 1
error: builder for '/nix/store/5in7xkji5hzqkl14ygwq3vxnni54lykk-firefox-unwrapped-aarch64-unknown-linux-gnu-119.0.1.drv' failed with exit code 1;
```
* doc: improve documentation for trivial text writing functions
Co-authored-by: Brian Merchant <bzm3r@proton.me>
Co-authored-by: Robert Hensing <robert@roberthensing.nl>
Co-authored-by: Alexander Groleau <alex@proof.construction>
Co-authored-by: Valentin Gagarin <valentin.gagarin@tweag.io>
Add some minor improvements of the package, and use temp files for the
source difference patch, such that it is more reliable. This follows
from the suggestions of @infinisil.
Co-authored-by: Robert Hensing <roberth@users.noreply.github.com>
All other functions are in the form of `*{c,C}heckpointBuild*`, so we
deprecate the `mkCheckpointedBuild` function in favor of `mkCheckpointBuild`.
Also address some inconsistencies in the docs: some `buildOutput` should
actually be `incrementalBuildArtifacts`.
The build log of the following won't output `foo` as one might expect, but the
`$PATH` set by stdenv.
```nix
with import <nixpkgs> {};
runCommand "foo" { PATH = "foo"; } "echo $PATH; touch $out"
```
- It's useless. The correct attribute name would be `license` and not
`licenses`. Meaning setting this never did anything useful.
- It used IFD in its implementation, meaning to know what the licenses
of a nuget source are, you first had to build that nuget source. This
defeats the point of having license checks in the first place.
- IFD is not allowed by the nixpkgs CI and build farm anyway.
Without the change metadata evaluation fails on package like
`zammad.src` where no fields are defined in `.nix `files:
src = fetchFromGitHub (lib.importJSON ./source.json);
There evaluation fails as:
$ nix-instantiate --strict --eval --expr 'with import ./. {}; zammad.src.meta'
error:
23| # to indicate where derivation originates, similar to make-derivation.nix's mkDerivation
24| position = "${position.file}:${toString position.line}";
| ^
25| };
error: value is null while a set was expected
After the change evaluation succeeds as:
$ nix-instantiate --strict --eval --expr 'with import ./. {}; zammad.src.meta'
{ homepage = "https://github.com/zammad/zammad"; }
Before the change there was no way to poll for presence of
`vendorSha256` attribute:
$ nix-instantiate --strict --eval --expr 'with import ./. {}; _3mux.vendorSha256 or "no hash"'
error: attribute 'vendorSha256' missing
292| passthru = passthru // { inherit go goModules vendorHash; } // { inherit (args') vendorSha256; };
| ^
After the change the poll happens as expected:
$ nix-instantiate --strict --eval --expr 'with import ./. {}; _3mux.vendorSha256 or "no hash"'
"no hash"
- Remove superflous `let` with `defaultMeta`
These can just be assigned to meta directly instead.
- Hoist internal intermediate derivation
- Remove top-level `with lib`
- Inherit `lib`/`builtins` into scopes
We now use a newer version of package-build, since
previously-necessary functions have been moved/removed from package.el
Emacs 30. See https://github.com/melpa/package-build/pull/87
Consequently, some changes are necessary to the corresponding patch
and to melpa2nix.el, which this commit also contains.
We get a dependency list with pub2nix now. We can no longer easily distinguish between development dependency dependencies and regular dependency dependencies, but we weren't doing this anyway.
Conflicts:
- pkgs/development/python-modules/boto3-stubs/default.nix
- pkgs/development/python-modules/openllm-core/default.nix
Between 0.4.22 → 0.4.34 (a82245bd3d)
and 0.4.22 -> 0.4.41 (72c55ce6a6)
Does not build, not pre-merge either.
Prior to this change, the `importCargoLock` git dependency builder
assumed that the workspace root that needed to be passed to
`replace-workspace-values` will always be the root directory of the git
repository.
This is not always the case as independent workspace roots may be used
from subdirectories, and packages be referenced via paths. An example of
this is [1], where the `iced` subdirectory is its own independent
workspace, and workspace values for packages within it should be pulled
from the `iced` subdirectory as the workspace root, not from the
top-level of the fetched repository.
[1]: b8f1a366dd/Cargo.toml
With `cargoRoot` set to a subdirectory of the source, where the
Cargo.{lock,toml} are found, the final mv would previously fail, since
the build results appear relative to cargoRoot, not to the original
build directory.
It turns out that unlike a normal Unix program, if the --sysroot
option is given more than once, rustc will error rather than using the
last value given. Therefore, we need to ensure we only add our
default --sysroot argument if one hasn't been given explicitly on the
wrapper's command line.
This fixes cross compilation of rustc.
Closes: https://github.com/NixOS/nixpkgs/issues/271736
Fixes: 8b51cdd3be ("rustc: add a compiler wrapper")
Rust 1.74 added support for configuring lints with cargo in a new
"lints" table. This also adds a new possible position to reference the
host workspace.
Fixes#273835
This function is not, and never have been, used anywhere inside nixpkgs, outside of bootstrapping setupcfg2nix itself.
It was added in https://github.com/NixOS/nixpkgs/pull/38778 by @shlevy.
It has no out-of-tree users on Github either. External breakage is not expected.
this makes it a lot easier to create a modified stdenv with a
different set of defaultHardeningFlags and as a bonus allows us
to inject the correct defaultHardeningFlags into toolchain wrapper
scripts, reducing repetition.
while most hardening flags are arguably more of a compiler thing,
it works better to put them in bintools-wrapper because cc-wrapper
can easily refer to bintools but not vice-versa.
mkDerivation can still easily refer to either when it is constructed.
this also switches fortran-hook.sh to use the same defaults for
NIX_HARDENING_ENABLE as for C. previously NIX_HARDENING_ENABLE
defaults were apparently used to avoid passing problematic flags
to a fortran compiler, but this falls apart as soon as mkDerivation
sets its own NIX_HARDENING_ENABLE - cc.hardeningUnsupportedFlags
is a more appropriate mechanism for this as it actively filters
out flags from being used by the wrapper, so switch to using that
instead.
this is still an imperfect mechanism because it doesn't handle a
compiler which has both langFortran *and* langC very well - applying
the superset of the two's hardeningUnsupportedFlags to either
compiler's invocation. however this is nothing new - cc-wrapper
already poorly handles a langFortran+langC compiler, applying two
setup hooks that have contradictory options.
Please Nix CI (OfBorg) with empty set instead of null on non-linux platforms,
where NixOS tests are not supported.
Co-authored-by: Robert Hensing <roberth@users.noreply.github.com>
Define package `testScriptBin` that contains the substituted test script.
* Add an `installCheckPhase` to check the result script with ShellCheck.
* Passthru as `references.testScriptBin` to run the
(substituted) test script directly (without VM).
* Drop the logic in build script that detects if
it is run in the Nix sandbox.
* Inline sample application; drop invoke-*.nix.
Format expressions.
* Format with `nixpkgs-fmt`.
* Use multi-line style of set patterns.
Call the samples with `callPackage`.
* Rename `sample` -> `samples`.
* Take individual packages / build helpers directly from the
set pattern.
* Define `cleanSamples` to filter out overriders such as `<pkg>.override`.
added by `callPackage`.
Passthru samples and invocation results for easier debugging.
* Passthru samples, references, directReferences
* Provide tests.trivial-builders.writeStringReferencesToFile with such
samples argument.
