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let
sources = import nix/sources.nix;
in
{
pkgs ? import sources.release2015 { },
pypiData ? sources.pypi-deps-db,
mach-nix ? import sources.mach-nix { inherit pkgs pypiData; },
zkapauthorizer ? import ./new.nix { inherit pkgs pypiData mach-nix; },
ci-reports ? false,
hypothesisProfile ? null,
collectCoverage ? false,
testSuite ? null,
trialArgs ? null,
}:
let
lib = pkgs.lib;
hypothesisProfile' = if hypothesisProfile == null then "default" else hypothesisProfile;
defaultTrialArgs = [ "--rterrors" ] ++ ( lib.optional ( ! collectCoverage ) "--jobs=$NIX_BUILD_CORES" );
trialArgs' = if trialArgs == null then defaultTrialArgs else trialArgs;
extraTrialArgs = builtins.concatStringsSep " " trialArgs';
testSuite' = if testSuite == null then "_zkapauthorizer" else testSuite;
python = mach-nix.mkPython {
inherit (zkapauthorizer.meta.mach-nix) python providers;
requirements =
builtins.readFile ./requirements/test.txt;
packagesExtra = [ zkapauthorizer ];
};
in
pkgs.runCommand "zkapauthorizer-tests" {
# When running in CI, we want `nix build` to succeed and create the `result` symlink
# even if the tests fail. `succeedOnFailure` will create a `nix-support/failed` file
# with the exit code, which is read by the CI command to propogate the exit status.
succeedOnFailure = ci-reports;
} ''
${if ci-reports then
''
mkdir -p $out/codeclimate
flake8_args+="--format=gl-codeclimate --output-file $out/codeclimate/flake8.json"
''
else
''
mkdir -p $out
flake8_args+="--tee --output-file $out/flake8.txt"
''
}
pushd ${zkapauthorizer.src}
${python}/bin/flake8 $flake8_args
popd
ZKAPAUTHORIZER_HYPOTHESIS_PROFILE=${hypothesisProfile'} ${python}/bin/python -m ${if collectCoverage
then "coverage run --debug=config --module"
else ""
} twisted.trial ${extraTrialArgs} ${testSuite'}
''