{ lib, stdenv , python , qt , gtk , removeReferencesTo , featuresInfo , features , versionAttr , sourceSha256 # If overriden. No need to set default values, as they are given defaults in # the main expressions , overrideSrc , fetchFromGitHub , fetchSubmodules }: rec { version = builtins.concatStringsSep "." ( lib.attrVals [ "major" "minor" "patch" ] versionAttr ); src = if overrideSrc != {} then overrideSrc else fetchFromGitHub { repo = "gnuradio"; owner = "gnuradio"; rev = "v${version}"; sha256 = sourceSha256; inherit fetchSubmodules; } ; # Check if a feature is enabled, while defaulting to true if feat is not # specified. hasFeature = feat: features: ( if builtins.hasAttr feat features then features.${feat} else true ); nativeBuildInputs = lib.flatten (lib.mapAttrsToList ( feat: info: ( if hasFeature feat features then (if builtins.hasAttr "native" info then info.native else []) ++ (if builtins.hasAttr "pythonNative" info then info.pythonNative else []) else [] ) ) featuresInfo); buildInputs = lib.flatten (lib.mapAttrsToList ( feat: info: ( if hasFeature feat features then (if builtins.hasAttr "runtime" info then info.runtime else []) ++ (if builtins.hasAttr "pythonRuntime" info then info.pythonRuntime else []) else [] ) ) featuresInfo); cmakeFlags = lib.mapAttrsToList ( feat: info: ( if feat == "basic" then # Abuse this unavoidable "iteration" to set this flag which we want as # well - it means: Don't turn on features just because their deps are # satisfied, let only our cmakeFlags decide. "-DENABLE_DEFAULT=OFF" else if hasFeature feat features then "-DENABLE_${info.cmakeEnableFlag}=ON" else "-DENABLE_${info.cmakeEnableFlag}=OFF" )) featuresInfo ; disallowedReferences = [ # TODO: Should this be conditional? stdenv.cc stdenv.cc.cc ] # If python-support is disabled, we probably don't want it referenced ++ lib.optionals (!hasFeature "python-support" features) [ python ] ; # Gcc references from examples stripDebugList = [ "lib" "bin" ] ++ lib.optionals (hasFeature "gr-audio" features) [ "share/gnuradio/examples/audio" ] ++ lib.optionals (hasFeature "gr-uhd" features) [ "share/gnuradio/examples/uhd" ] ++ lib.optionals (hasFeature "gr-qtgui" features) [ "share/gnuradio/examples/qt-gui" ] ; postInstall = '' '' # Gcc references + lib.optionalString (hasFeature "volk" features) '' ${removeReferencesTo}/bin/remove-references-to -t ${stdenv.cc} $(readlink -f $out/lib/libvolk.so) '' + lib.optionalString (hasFeature "gnuradio-runtime" features) '' ${removeReferencesTo}/bin/remove-references-to -t ${stdenv.cc} $(readlink -f $out/lib/libgnuradio-runtime.so) '' ; # NOTE: Outputs are disabled due to upstream not using GNU InstallDIrs cmake # module. It's not that bad since it's a development package for most # purposes. If closure size needs to be reduced, features should be disabled # via an override. passthru = { inherit hasFeature versionAttr features featuresInfo python qt gtk ; }; # Wrapping is done with an external wrapper dontWrapPythonPrograms = true; # Tests should succeed, but it's hard to get LD_LIBRARY_PATH right in order # for it to happen. doCheck = false; meta = with lib; { description = "Software Defined Radio (SDR) software"; longDescription = '' GNU Radio is a free & open-source software development toolkit that provides signal processing blocks to implement software radios. It can be used with readily-available low-cost external RF hardware to create software-defined radios, or without hardware in a simulation-like environment. It is widely used in hobbyist, academic and commercial environments to support both wireless communications research and real-world radio systems. ''; homepage = "https://www.gnuradio.org"; license = licenses.gpl3; platforms = platforms.unix; maintainers = with maintainers; [ doronbehar bjornfor fpletz ]; }; }