Files
quantenzitrone 18dc8a95fb various: switch buildPythonApplication packages to use finalAttrs
this shouldn't create any rebuilds

the following script was used to generate this:
```fish
#!/usr/bin/env fish

# nix shell .#nixfmt nixpkgs#{nixf-diagnose,ripgrep,sd}

set base (git rev-parse HEAD)

set scope pkgs/by-name
set builder buildPythonApplication

set files (rg --files-with-matches -F "$builder rec {" $scope | sort -u)

for file in $files
    echo $file
    sd -F "$builder rec {" "$builder (finalAttrs: {" $file
    # version
    sd -F 'version}' 'finalAttrs.version}' $file
    sd -F '${version' '${finalAttrs.version' $file
    sd -F '= version' '= finalAttrs.version' $file
    sd -F 'inherit version;' 'inherit (finalAttrs) version;' $file
    sd -F ' + version;' ' + finalAttrs.version;' $file
    sd 'replaceStrings (.*) version' 'replaceStrings $1 finalAttrs.version' $file
    sd -F 'splitVersion version' 'splitVersion finalAttrs.version' $file
    sd -F 'versionAtLeast version' 'versionAtLeast finalAttrs.version' $file
    sd 'versions\.([a-z]+) version' 'versions.$1 finalAttrs.version' $file
    # src
    sd -F 'src}' 'finalAttrs.src}' $file
    sd -F '${src' '${finalAttrs.src' $file
    sd -F '= src' '= finalAttrs.src' $file
    sd -F 'inherit src;' 'inherit (finalAttrs) src;' $file
    sd -F 'inherit (src' 'inherit (finalAttrs.src' $file
    # meta
    sd -F '${meta' '${finalAttrs.meta' $file
    sd -F '= meta' '= finalAttrs.meta' $file
    sd -F 'inherit (meta' 'inherit (finalAttrs.meta' $file
    # pname (restored afterwards)
    sd -F 'pname}' 'finalAttrs.pname}' $file
    sd -F '${pname' '${finalAttrs.pname' $file
    sd -F '= pname' '= finalAttrs.pname' $file
    # combinations
    sd -F 'inherit version src;' 'inherit (finalAttrs) version src;' $file
    sd -F 'inherit src version;' 'inherit (finalAttrs) src version;' $file
    sd -F 'inherit version pname;' 'inherit (finalAttrs) version pname;' $file
    sd -F 'inherit pname version;' 'inherit (finalAttrs) pname version;' $file
    sd -F 'inherit pname src version;' 'inherit (finalAttrs) pname src version;' $file
    sd -F 'inherit pname version src;' 'inherit (finalAttrs) pname version src;' $file
    sd -F 'inherit src pname version;' 'inherit (finalAttrs) src pname version;' $file
    sd -F 'inherit src version pname;' 'inherit (finalAttrs) src version pname;' $file
    sd -F 'inherit version pname src;' 'inherit (finalAttrs) version pname src;' $file
    sd -F 'inherit version src pname;' 'inherit (finalAttrs) version src pname;' $file
    # other
    sd -F 'makeLibraryPath buildInputs' 'makeLibraryPath finalAttrs.buildInputs' $file
    sd -F 'nativeBuildInputs}' 'finalAttrs.nativeBuildInputs}' $file
    sd -F 'buildInputs}' 'finalAttrs.buildInputs}' $file
    sd -F 'propagatedBuildInputs}' 'finalAttrs.propagatedBuildInputs}' $file
    sd -F 'desktopItem}' 'finalAttrs.desktopItem}' $file
    sd -F 'runtimeLibs}' 'finalAttrs.runtimeLibs}' $file
    sd -F 'makePythonPath dependencies' 'makePythonPath finalAttrs.dependencies' $file
    sd -F 'makePythonPath propagatedBuildInputs' 'makePythonPath finalAttrs.propagatedBuildInputs' $file
    sd -F 'libPath}' 'finalAttrs.libPath}' $file
    sd -F 'runtimeDependencies}' 'finalAttrs.runtimeDependencies}' $file
    sd -F 'runtimeDeps}' 'finalAttrs.runtimeDeps}' $file
    sd -F 'nativeRuntimeInputs}' 'finalAttrs.nativeRuntimeInputs}' $file
    sd -F '(!doCheck)' '(!finalAttrs.doCheck)' $file
    sd -F 'optional doCheck' 'optional finalAttrs.doCheck' $file
    sd -F 'optionals doCheck' 'optionals finalAttrs.doCheck' $file
    sd -F '++ runtimeDependencies' '++ finalAttrs.runtimeDependencies' $file
    # close finalAttrs lambda
    echo ')' >>$file
    # catch some errors early
    if ! nixfmt $file
        git restore $file
        continue
    end
    if ! nixf-diagnose -i sema-primop-overridden $file
        git restore $file
        continue
    end
end

set torestore (rg -F .finalAttrs --files-with-matches $scope)
if test (count $torestore) -gt 0
    git restore $torestore
end
set torestore (rg -F finalAttrs.pname --files-with-matches $scope)
if test (count $torestore) -gt 0
    git restore $torestore
end

# commit for faster eval times
git add pkgs
git commit --no-gpg-sign -m temp
set torestore

for file in $files
    # file hasn't changed
    if git diff --quiet $base $file
        continue
    end
    # try to eval the package to definitely catch all errors
    echo $file
    set pname (string split / $file -f 4)
    if ! nix eval .#$pname
        set torestore $torestore $file
    end
end

# restore files that don't eval
git reset --soft $base
git restore --staged .
if test (count $torestore) -gt 0
    git restore $torestore
end
```

after that some manual cleanup was done:
- restoring files that cause changes in the number of lines
- restoring files that cause rebuilds
- restoring files that cause merge conflicts with staging
2026-02-07 10:06:06 +01:00

66 lines
1.6 KiB
Nix

{
lib,
python3Packages,
fetchFromGitHub,
addBinToPathHook,
}:
python3Packages.buildPythonApplication (finalAttrs: {
pname = "deeptools";
version = "3.5.6";
pyproject = true;
src = fetchFromGitHub {
owner = "deeptools";
repo = "deepTools";
tag = finalAttrs.version;
hash = "sha256-dxXlOvOjF4KSc5YO+1A5hlp95sfeyPSbmp93tihm7Vo=";
};
build-system = with python3Packages; [
setuptools
];
dependencies = with python3Packages; [
numpy
scipy
matplotlib
pysam
numpydoc
pybigwig
py2bit
plotly
deeptoolsintervals
];
nativeCheckInputs = with python3Packages; [
pytestCheckHook
addBinToPathHook
];
disabledTestPaths = [
# tests trip on `len(sys.argv) == 1`
"deeptools/test/test_bigwigAverage.py"
"deeptools/test/test_bigwigCompare_and_multiBigwigSummary.py"
"deeptools/test/test_heatmapper.py"
"deeptools/test/test_multiBamSummary.py"
];
meta = {
homepage = "https://deeptools.readthedocs.io/en/develop";
description = "Tools for exploring deep DNA sequencing data";
longDescription = ''
deepTools contains useful modules to process the mapped reads data for multiple
quality checks, creating normalized coverage files in standard bedGraph and bigWig
file formats, that allow comparison between different files (for example, treatment and control).
Finally, using such normalized and standardized files, deepTools can create many
publication-ready visualizations to identify enrichments and for functional
annotations of the genome.
'';
license = with lib.licenses; [
mit
bsd3
];
};
})