{ lib, stdenv, system ? builtins.currentSystem, ovftoolBundles ? {} , requireFile, buildFHSUserEnv, autoPatchelfHook, makeWrapper, unzip , glibc, c-ares, libressl, curl, expat, icu60, xercesc, zlib }: let version = "4.4.1-16812187"; # FHS environment required to unpack ovftool on x86. ovftoolX86Unpacker = buildFHSUserEnv rec { name = "ovftool-unpacker"; targetPkgs = pkgs: [ pkgs.bash ]; multiPkgs = targetPkgs; runScript = "bash"; }; # unpackPhase for i686 and x86_64 ovftool self-extracting bundles. ovftoolX86UnpackPhase = '' runHook preUnpack # This is a self-extracting shell script and needs a FHS environment to run. # In reality, it could be doing anything, which is bad for reproducibility. # Our postUnpack uses nix-hash to verify the hash to prevent problems. # # Note that the Arch PKGBUILD at # https://aur.archlinux.org/cgit/aur.git/tree/PKGBUILD?h=vmware-ovftool # appears to use xvfb-run - this hasn't been proven necessary so far. # cp ${ovftoolSource} ./ovftool.bundle chmod +x ./ovftool.bundle ${ovftoolX86Unpacker}/bin/ovftool-unpacker ./ovftool.bundle -x ovftool rm ovftool.bundle extracted=ovftool/vmware-ovftool/ if [ -d "$extracted" ]; then # Move the directory we care about to ovftool/ mv "$extracted" . rm -r ovftool mv "$(basename -- "$extracted")" ovftool echo "ovftool extracted successfully" >&2 else echo "Could not find $extracted - are you sure this is ovftool?" >&2 rm -r ovftool exit 1 fi runHook postUnpack ''; # unpackPhase for aarch64 .zip. ovftoolAarch64UnpackPhase = '' runHook preUnpack unzip ${ovftoolSource} extracted=ovftool/ if [ -d "$extracted" ]; then echo "ovftool extracted successfully" >&2 else echo "Could not find $extracted - are you sure this is ovftool?" >&2 exit 1 fi runHook postUnpack ''; # When the version is bumped, postUnpackHash will change # for all these supported systems. Update it from the printed error on build. # # This is just a sanity check, since ovftool is a self-extracting bundle # that could be doing absolutely anything on 2/3 of the supported platforms. ovftoolSystems = { "i686-linux" = { filename = "VMware-ovftool-${version}-lin.i386.bundle"; sha256 = "0gx78g3s77mmpir7jbiskna10i6262ihal1ywivlb6xxxxbhqzwj"; unpackPhase = ovftoolX86UnpackPhase; postUnpackHash = "1k8rp8ywhs0cl9aad37v1p0493bdvkxrsvwg5pgv2bhvjs4hqk7n"; }; "x86_64-linux" = { filename = "VMware-ovftool-${version}-lin.x86_64.bundle"; sha256 = "1kp2bp4d9i8y7q25yqff2bn62mh292lws7b66lyn8ka9b35kvnzc"; unpackPhase = ovftoolX86UnpackPhase; postUnpackHash = "0zvyakwi4iishqxxisihgh91bmdsfvj5vchm2c192hia03a143py"; }; "aarch64-linux" = { filename = "VMware-ovftool-${version}-lin.aarch64.zip"; sha256 = "0all8bwv5p5adnzqvrly6nzmxmfpywvlbfr0finr4n100yv0v1xy"; unpackPhase = ovftoolAarch64UnpackPhase; postUnpackHash = "16vyyzrmryi8b7mrd6nxnhywvvj2pw0ban4qfiqfahw763fn6971"; }; }; ovftoolSystem = if builtins.hasAttr system ovftoolSystems then ovftoolSystems.${system} else throw "System '${system}' is unsupported by ovftool"; ovftoolSource = if builtins.hasAttr system ovftoolBundles then ovftoolBundles.${system} else requireFile { name = ovftoolSystem.filename; url = "https://my.vmware.com/group/vmware/downloads/get-download?downloadGroup=OVFTOOL441"; sha256 = ovftoolSystem.sha256; }; in stdenv.mkDerivation rec { pname = "ovftool"; inherit version; src = ovftoolSource; buildInputs = [ glibc libressl c-ares (curl.override { openssl = libressl; }) expat icu60 xercesc zlib ]; nativeBuildInputs = [ autoPatchelfHook makeWrapper unzip ]; sourceRoot = "."; unpackPhase = ovftoolSystem.unpackPhase; postUnpackHash = ovftoolSystem.postUnpackHash; # Expects a directory named 'ovftool' containing the ovftool install. # Based on https://aur.archlinux.org/packages/vmware-ovftool/ # with the addition of a libexec directory and a Nix-style binary wrapper. installPhase = '' runHook preInstall if [ -d ovftool ]; then # Ensure we're in the staging directory cd ovftool fi # libraries install -m 755 -d "$out/lib/${pname}" # These all appear to be VMWare proprietary except for libgoogleurl. # The rest of the libraries that the installer extracts are omitted here, # and provided in buildInputs. # # FIXME: can we replace libgoogleurl? Possibly from Chromium? # install -m 644 -t "$out/lib/${pname}" \ libgoogleurl.so.59 \ libssoclient.so \ libvim-types.so libvmacore.so libvmomi.so # ovftool specifically wants 1.0.2 but our libcrypto is named 1.0.0 ln -s "${lib.getLib libressl}/lib/libcrypto.so" \ "$out/lib/${pname}/libcrypto.so.1.0.2" ln -s "${lib.getLib libressl}/lib/libssl.so" \ "$out/lib/${pname}/libssl.so.1.0.2" # libexec install -m 755 -d "$out/libexec/${pname}" install -m 755 -t "$out/libexec/${pname}" ovftool.bin install -m 644 -t "$out/libexec/${pname}" icudt44l.dat # libexec resources for subdir in "certs" "env" "env/en" "schemas/DMTF" "schemas/vmware"; do install -m 755 -d "$out/libexec/${pname}/$subdir" install -m 644 -t "$out/libexec/${pname}/$subdir" "$subdir"/*.* done # EULA/OSS files install -m 755 -d "$out/share/licenses/${pname}" install -m 644 -t "$out/share/licenses/${pname}" \ "vmware.eula" "vmware-eula.rtf" "open_source_licenses.txt" # documentation files install -m 755 -d "$out/share/doc/${pname}" install -m 644 -t "$out/share/doc/${pname}" "README.txt" # binary wrapper; note that LC_CTYPE is defaulted to en_US.UTF-8 by # VMWare's wrapper script. We use C.UTF-8 instead. install -m 755 -d "$out/bin" makeWrapper "$out/libexec/${pname}/ovftool.bin" "$out/bin/ovftool" \ --set-default LC_CTYPE C.UTF-8 \ --prefix LD_LIBRARY_PATH : "$out/lib" runHook postInstall ''; preFixup = '' addAutoPatchelfSearchPath "$out/lib" ''; meta = with lib; { description = "VMWare tools for working with OVF, OVA, and VMX images"; sourceProvenance = with sourceTypes; [ binaryNativeCode ]; license = licenses.unfree; maintainers = with maintainers; [ numinit wolfangaukang ]; platforms = builtins.attrNames ovftoolSystems; }; }