forked from mirrors/nixpkgs
238 lines
8.7 KiB
Nix
238 lines
8.7 KiB
Nix
let maybePkgs = import ../../../../../. {}; in
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{ stdenv ? maybePkgs.stdenv
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, runCommand ? maybePkgs.runCommand
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, fetchurl ? maybePkgs.fetchurl
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, writeText ? maybePkgs.writeText
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, curl ? maybePkgs.curl
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, cacert ? maybePkgs.cacert
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, nix ? maybePkgs.nix
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}:
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let
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inherit (stdenv) lib;
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sources = if builtins.pathExists ./upstream-info.nix
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then import ./upstream-info.nix
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else {};
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bucketURL = "https://commondatastorage.googleapis.com/"
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+ "chromium-browser-official";
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mkVerURL = version: "${bucketURL}/chromium-${version}.tar.xz";
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debURL = "https://dl.google.com/linux/chrome/deb/pool/main/g";
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getDebURL = channelName: version: arch: mirror: let
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packageSuffix = if channelName == "dev" then "unstable" else channelName;
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packageName = "google-chrome-${packageSuffix}";
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in "${mirror}/${packageName}/${packageName}_${version}-1_${arch}.deb";
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# Untrusted mirrors, don't try to update from them!
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debMirrors = [
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"http://95.31.35.30/chrome/pool/main/g"
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"http://mirror.pcbeta.com/google/chrome/deb/pool/main/g"
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"http://repo.fdzh.org/chrome/deb/pool/main/g"
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];
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in rec {
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getChannel = channel: let
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chanAttrs = builtins.getAttr channel sources;
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in {
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inherit channel;
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inherit (chanAttrs) version;
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main = fetchurl {
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url = mkVerURL chanAttrs.version;
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inherit (chanAttrs) sha256;
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};
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binary = fetchurl (let
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mkUrls = arch: let
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mkURLForMirror = getDebURL channel chanAttrs.version arch;
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in map mkURLForMirror ([ debURL ] ++ debMirrors);
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in if stdenv.is64bit && chanAttrs ? sha256bin64 then {
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urls = mkUrls "amd64";
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sha256 = chanAttrs.sha256bin64;
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} else if !stdenv.is64bit && chanAttrs ? sha256bin32 then {
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urls = mkUrls "i386";
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sha256 = chanAttrs.sha256bin32;
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} else throw "No Chrome plugins are available for your architecture.");
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};
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update = let
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csv2nix = name: src: import (runCommand "${name}.nix" {
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src = builtins.fetchurl src;
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} ''
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esc() { echo "\"$(echo "$1" | sed -e 's/"\\$/\\&/')\""; } # ohai emacs "
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IFS=, read -r -a headings <<< "$(head -n1 "$src")"
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echo "[" > "$out"
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tail -n +2 "$src" | while IFS=, read -r -a line; do
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echo " {"
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for idx in "''${!headings[@]}"; do
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echo " $(esc "''${headings[idx]}") = $(esc ''${line[$idx]});"
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done
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echo " }"
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done >> "$out"
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echo "]" >> "$out"
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'');
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channels = lib.fold lib.recursiveUpdate {} (map (attrs: {
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${attrs.os}.${attrs.channel} = attrs // {
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history = let
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drvName = "omahaproxy-${attrs.os}.${attrs.channel}-info";
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history = csv2nix drvName "http://omahaproxy.appspot.com/history";
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cond = h: attrs.os == h.os && attrs.channel == h.channel
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&& lib.versionOlder h.version attrs.current_version;
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# Note that this is a *reverse* sort!
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sorter = a: b: lib.versionOlder b.version a.version;
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sorted = builtins.sort sorter (lib.filter cond history);
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in map (lib.flip removeAttrs ["os" "channel"]) sorted;
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version = attrs.current_version;
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};
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}) (csv2nix "omahaproxy-info" "http://omahaproxy.appspot.com/all?csv=1"));
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/*
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XXX: This is essentially the same as:
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builtins.tryEval (builtins.fetchurl url)
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... except that tryEval on fetchurl isn't working and doesn't catch errors
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for fetchurl, so we go for a different approach.
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We only have fixed-output derivations that can have networking access, so
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we abuse MD5 and its weaknesses to forge a fixed-output derivation which
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is not so fixed, because it emits different contents that have the same
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MD5 hash.
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Using this method, we can distinguish whether the URL is available or
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whether it's not based on the actual content.
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So let's use tryEval as soon as it's working with fetchurl in Nix.
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*/
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tryFetch = url: let
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mkBin = b: runCommand "binary-blurb" { inherit b; } ''
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h="$(echo "$b" | sed -e ':r;N;$!br;s/[^ \n][^ \n]/\\x&/g;s/[ \n]//g')"
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echo -ne "$h" > "$out"
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'';
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# Both MD5 hash collision examples are from:
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# https://en.wikipedia.org/wiki/MD5#Collision_vulnerabilities
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hashCollTrue = mkBin ''
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d131dd02c5e6eec4 693d9a0698aff95c 2fcab58712467eab 4004583eb8fb7f89
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55ad340609f4b302 83e488832571415a 085125e8f7cdc99f d91dbdf280373c5b
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d8823e3156348f5b ae6dacd436c919c6 dd53e2b487da03fd 02396306d248cda0
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e99f33420f577ee8 ce54b67080a80d1e c69821bcb6a88393 96f9652b6ff72a70
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'';
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hashCollFalse = mkBin ''
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d131dd02c5e6eec4 693d9a0698aff95c 2fcab50712467eab 4004583eb8fb7f89
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55ad340609f4b302 83e4888325f1415a 085125e8f7cdc99f d91dbd7280373c5b
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d8823e3156348f5b ae6dacd436c919c6 dd53e23487da03fd 02396306d248cda0
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e99f33420f577ee8 ce54b67080280d1e c69821bcb6a88393 96f965ab6ff72a70
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'';
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cacheVal = let
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urlHash = builtins.hashString "sha256" url;
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timeSlice = builtins.currentTime / 600;
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in "${urlHash}-${toString timeSlice}";
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successBin = stdenv.mkDerivation {
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name = "tryfetch-${cacheVal}";
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inherit url;
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outputHash = "79054025255fb1a26e4bc422aef54eb4";
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outputHashMode = "flat";
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outputHashAlgo = "md5";
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buildInputs = [ curl ];
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preferLocalBuild = true;
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buildCommand = ''
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if SSL_CERT_FILE="${cacert}/etc/ssl/certs/ca-bundle.crt" \
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curl -s -L -f -I "$url" > /dev/null; then
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cat "${hashCollTrue}" > "$out"
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else
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cat "${hashCollFalse}" > "$out"
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fi
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'';
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impureEnvVars = lib.fetchers.proxyImpureEnvVars;
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};
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in {
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success = builtins.readFile successBin == builtins.readFile hashCollTrue;
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value = builtins.fetchurl url;
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};
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fetchLatest = channel: let
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result = tryFetch (mkVerURL channel.version);
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in if result.success then result.value else fetchLatest (channel // {
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version = if channel.history != []
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then (lib.head channel.history).version
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else throw "Unfortunately there's no older version than " +
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"${channel.version} available for channel " +
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"${channel.channel} on ${channel.os}.";
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history = lib.tail channel.history;
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});
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getHash = path: import (runCommand "gethash.nix" {
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inherit path;
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buildInputs = [ nix ];
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} ''
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sha256="$(nix-hash --flat --base32 --type sha256 "$path")"
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echo "\"$sha256\"" > "$out"
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'');
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isLatest = channel: version: let
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ourVersion = sources.${channel}.version or null;
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in if ourVersion == null then false
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else lib.versionOlder version sources.${channel}.version
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|| version == sources.${channel}.version;
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# We only support GNU/Linux right now.
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linuxChannels = let
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genLatest = channelName: channel: let
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newUpstream = {
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inherit (channel) version;
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sha256 = getHash (fetchLatest channel);
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};
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keepOld = let
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oldChannel = sources.${channelName};
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in {
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inherit (oldChannel) version sha256;
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} // lib.optionalAttrs (oldChannel ? sha256bin32) {
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inherit (oldChannel) sha256bin32;
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} // lib.optionalAttrs (oldChannel ? sha256bin64) {
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inherit (oldChannel) sha256bin64;
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};
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in if isLatest channelName channel.version then keepOld else newUpstream;
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in lib.mapAttrs genLatest channels.linux;
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getLinuxFlash = channelName: channel: let
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inherit (channel) version;
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fetchArch = arch: tryFetch (getDebURL channelName version arch debURL);
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packages = lib.genAttrs ["i386" "amd64"] fetchArch;
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isNew = arch: attr: !(builtins.hasAttr attr channel)
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&& packages.${arch}.success;
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in channel // lib.optionalAttrs (isNew "i386" "sha256bin32") {
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sha256bin32 = getHash (packages.i386.value);
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} // lib.optionalAttrs (isNew "amd64" "sha256bin64") {
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sha256bin64 = getHash (packages.amd64.value);
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};
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newChannels = lib.mapAttrs getLinuxFlash linuxChannels;
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dumpAttrs = indent: attrs: let
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mkVal = val: if lib.isAttrs val then dumpAttrs (indent + 1) val
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else "\"${lib.escape ["$" "\\" "\""] (toString val)}\"";
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mkIndent = level: lib.concatStrings (builtins.genList (_: " ") level);
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mkAttr = key: val: "${mkIndent (indent + 1)}${key} = ${mkVal val};\n";
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attrLines = lib.mapAttrsToList mkAttr attrs;
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in "{\n" + (lib.concatStrings attrLines) + (mkIndent indent) + "}";
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in writeText "chromium-new-upstream-info.nix" ''
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# This file is autogenerated from update.sh in the same directory.
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${dumpAttrs 0 newChannels}
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'';
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}
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