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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; }
# mach-nix doesn't provide a good way to depend on mach-nix packages,
# so we get it as a nixpkgs dependency from an overlay. See below for
# details.
# not packaged in nixpkgs at all, we can use the binary wheel from
# pypi though.
python-challenge-bypass-ristretto = "wheel";
# Pure python packages that don't build correctly from sdists
# - patches in nixpkgs that don't apply
boltons = "wheel";
chardet = "wheel";
urllib3 = "wheel";
# - incorrectly detected dependencies due to pbr
fixtures = "wheel";
testtools = "wheel";
traceback2 = "wheel";
tahoe-lafs = mach-nix.buildPythonPackage {
python = "python27";
inherit providers;
# See https://github.com/DavHau/mach-nix/issues/190
requirementsExtra = ''
postPatch = ''
cat > src/allmydata/_version.py <<EOF
# This _version.py is generated by nix.
mach-nix.buildPythonApplication rec {
python = "python27";
name = "zero-knowledge-access-pass-authorizer";
src = ./.;
inherit providers;
# mach-nix does not provide a way to specify dependencies on other
# mach-nix packages, that incorporates the requirements and overlays
# of that package.
# See https://github.com/DavHau/mach-nix/issues/123
# In particular, we explicitly include the requirements of tahoe-lafs
# here, and include it in a python package overlay.
overridesPre = [
(
self: super: {
inherit tahoe-lafs;
}
)
];
format = "setuptools";
# Record some settings here, so downstream nix files can consume them.
meta.mach-nix = { inherit python providers; };
}