args: with args; with stringsWithDeps; with lib; let inherit (builtins) head tail trace; in (rec { inherit writeScript; src = attrByPath ["src"] "" args; addSbinPath = attrByPath ["addSbinPath"] false args; forceShare = if args ? forceShare then args.forceShare else ["man" "doc" "info"]; forceCopy = ["COPYING" "LICENSE" "DISTRIBUTION" "LEGAL" "README" "AUTHORS" "ChangeLog" "CHANGES" "LICENCE" "COPYRIGHT"] ++ (optional (attrByPath ["forceCopyDoc"] true args) "doc"); hasSuffixHack = a: b: hasSuffix (a+(substring 0 0 b)) ((substring 0 0 a)+b); archiveType = s: (if hasSuffixHack ".tar" s then "tar" else if (hasSuffixHack ".tar.gz" s) || (hasSuffixHack ".tgz" s) then "tgz" else if (hasSuffixHack ".tar.bz2" s) || (hasSuffixHack ".tbz2" s) || (hasSuffixHack ".tbz" s) then "tbz2" else if (hasSuffixHack ".tar.Z" s) then "tZ" else if (hasSuffixHack ".tar.lzma" s) then "tar.lzma" else if (hasSuffixHack ".tar.xz" s) then "tar.xz" else if (hasSuffixHack ".zip" s) || (hasSuffixHack ".ZIP" s) then "zip" else if (hasSuffixHack "-cvs-export" s) then "cvs-dir" else if (hasSuffixHack ".nar.bz2" s) then "narbz2" # Mostly for manually specified directories.. else if (hasSuffixHack "/" s) then "dir" # Last block - for single files!! It should be always after .tar.* else if (hasSuffixHack ".bz2" s) then "plain-bz2" else if (hasSuffixHack ".gz" s) then "plain-gz" # For bootstrap calls else if (s ==("" + (substring 0 0 s))) then "empty" else (abort "unknown archive type : ${s}")); # changing this ? see [1] defAddToSearchPath = fullDepEntry (" addToSearchPathWithCustomDelimiter() { local delimiter=\$1 local varName=\$2 local needDir=\$3 local addDir=\${4:-\$needDir} local prefix=\$5 if [ -d \$prefix\$needDir ]; then if [ -z \${!varName} ]; then eval export \${varName}=\${prefix}\$addDir else eval export \${varName}=\${!varName}\${delimiter}\${prefix}\$addDir fi fi } addToSearchPath() { addToSearchPathWithCustomDelimiter \"\${PATH_DELIMITER}\" \"\$@\" } ") ["defNest"]; # changing this ? see [1] defNest = noDepEntry (" nestingLevel=0 startNest() { nestingLevel=\$((\$nestingLevel + 1)) echo -en \"\\e[\$1p\" } stopNest() { nestingLevel=\$((\$nestingLevel - 1)) echo -en \"\\e[q\" } header() { startNest \"\$2\" echo \"\$1\" } # Make sure that even when we exit abnormally, the original nesting # level is properly restored. closeNest() { while test \$nestingLevel -gt 0; do stopNest done } trap \"closeNest\" EXIT "); # changing this ? see [1] minInit = fullDepEntry (" set -e NIX_GCC=${stdenv.gcc} export SHELL=${stdenv.shell} PATH_DELIMITER=':' " + (if stdenv ? preHook && stdenv.preHook != null && toString stdenv.preHook != "" then " param1=${stdenv.param1} param2=${stdenv.param2} param3=${stdenv.param3} param4=${stdenv.param4} param5=${stdenv.param5} source ${stdenv.preHook} " + " # Set up the initial path. PATH= for i in \$NIX_GCC ${toString stdenv.initialPath}; do PATH=\$PATH\${PATH:+\"\${PATH_DELIMITER}\"}\$i/bin done export TZ=UTC prefix=${if args ? prefix then (toString args.prefix) else "\$out"} " else "")) ["defNest" "defAddToSearchPath"]; # if you change this rewrite using '' instead of "" to get rid of indentation in builder scripts addInputs = fullDepEntry (" # Recursively find all build inputs. findInputs() { local pkg=\$1 case \$pkgs in *\\ \$pkg\\ *) return 0 ;; esac pkgs=\"\$pkgs \$pkg \" echo \$pkg if test -f \$pkg/nix-support/setup-hook; then source \$pkg/nix-support/setup-hook fi } pkgs=\"\" for i in \$NIX_GCC ${toString realBuildInputs}; do findInputs \$i done # Set the relevant environment variables to point to the build inputs # found above. addToEnv() { local pkg=\$1 "+ (if !((args ? ignoreFailedInputs) && (args.ignoreFailedInputs == 1)) then " if [ -e \$1/nix-support/failed ]; then echo \"failed input \$1\" >&2 fail fi " else "") +(if addSbinPath then " if test -d \$1/sbin; then export _PATH=\$_PATH\${_PATH:+\"\${PATH_DELIMITER}\"}\$1/sbin fi " else "") +" if test -d \$1/bin; then export _PATH=\$_PATH\${_PATH:+\"\${PATH_DELIMITER}\"}\$1/bin fi for i in \"\${envHooks[@]}\"; do \$i \$pkg done } for i in \$pkgs; do addToEnv \$i done # Add the output as an rpath. if test \"\$NIX_NO_SELF_RPATH\" != \"1\"; then export NIX_LDFLAGS=\"-rpath \$out/lib \$NIX_LDFLAGS\" fi PATH=\$_PATH\${_PATH:+\"\${PATH_DELIMITER}\"}\$PATH ") ["minInit"]; # changing this ? see [1] defEnsureDir = fullDepEntry (" # Ensure that the given directories exists. ensureDir() { local dir for dir in \"\$@\"; do if ! test -x \"\$dir\"; then mkdir -p \"\$dir\"; fi done } ") ["minInit"]; # changing this ? see [1] toSrcDir = s : fullDepEntry ((if (archiveType s) == "tar" then " tar xvf '${s}' cd \"\$(tar tf '${s}' | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "tgz" then " tar xvzf '${s}' cd \"\$(tar tzf '${s}' | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "tbz2" then " tar xvjf '${s}' cd \"\$(tar tjf '${s}' | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "tZ" then " uncompress < '${s}' | tar x cd \"\$(uncompress < '${s}' | tar t | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "tar.lzma" then " unlzma -d -c <'${s}' | tar xv cd \"\$(unlzma -d -c <'${s}' | tar t | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "tar.xz" then " xz -d -c <'${s}' | tar xv cd \"\$(xz -d -c <'${s}' | tar t | head -1 | sed -e 's@/.*@@' )\" " else if (archiveType s) == "zip" then " unzip '${s}' cd \"$( unzip -lqq '${s}' | tail -1 | sed -e 's@^\\(\\s\\+[-0-9:]\\+\\)\\{3,3\\}\\s\\+\\([^/]\\+\\)/.*@\\2@' )\" " else if (archiveType s) == "cvs-dir" then " cp -r '${s}' . cd \$(basename ${s}) chmod u+rwX -R . " else if (archiveType s) == "dir" then " cp -r '${s}' . cd \$(basename ${s}) chmod u+rwX -R . " else if (archiveType s) == "narbz2" then " bzip2 <${s} | nix-store --restore \$PWD/\$(basename ${s} .nar.bz2) cd \$(basename ${s} .nar.bz2) " else if (archiveType s) == "plain-bz2" then " mkdir \$PWD/\$(basename ${s} .bz2) NAME=\$(basename ${s} .bz2) bzip2 -d <${s} > \$PWD/\$(basename ${s} .bz2)/\${NAME#*-} cd \$(basename ${s} .bz2) " else if (archiveType s) == "plain-gz" then " mkdir \$PWD/\$(basename ${s} .gz) NAME=\$(basename ${s} .gz) gzip -d <${s} > \$PWD/\$(basename ${s} .gz)/\${NAME#*-} cd \$(basename ${s} .gz) " else if (archiveType s) == "empty" then " echo No source to unpack - doing nothing .. " else (abort "unknown archive type : ${s}"))+ # goSrcDir is typically something like "cd mysubdir" .. but can be anything else (if args ? goSrcDir then args.goSrcDir else "") ) ["minInit"]; configureCommand = attrByPath ["configureCommand"] "./configure" args; # changing this ? see [1] doConfigure = fullDepEntry (" ${configureCommand} --prefix=\"\$prefix\" ${toString configureFlags} ") ["minInit" "addInputs" "doUnpack"]; # changing this ? see [1] doIntltool = fullDepEntry (" mkdir -p config intltoolize --copy --force ") ["minInit" "addInputs" "doUnpack"]; # changing this ? see [1] doAutotools = fullDepEntry (" mkdir -p config libtoolize --copy --force aclocal --force #Some packages do not need this autoheader || true; automake --add-missing --copy autoconf ")["minInit" "addInputs" "doUnpack"]; # changing this ? see [1] doMake = fullDepEntry (" make ${toString makeFlags} ") ["minInit" "addInputs" "doUnpack"]; doUnpack = toSrcDir (toString src); # changing this ? see [1] installPythonPackage = fullDepEntry (" python setup.py install --prefix=\"\$prefix\" ") ["minInit" "addInputs" "doUnpack"]; doPythonConfigure = fullDepEntry ('' pythonVersion=$(toPythonPath "$prefix") pythonVersion=''${pythonVersion#*/lib/python} pythonVersion=''${pythonVersion%%/site-packages} ${if args ? extraPythonConfigureCommand then args.extraPythonConfigureCommand else ""} python configure.py -b "$prefix/bin" -d "$(toPythonPath "$prefix")" -v "$prefix/share/sip" ${toString configureFlags} '') ["minInit" "addInputs" "doUnpack"]; # changing this ? see [1] doMakeInstall = fullDepEntry (" make ${toString (attrByPath ["makeFlags"] "" args)} "+ "${toString (attrByPath ["installFlags"] "" args)} install") ["doMake"]; # changing this ? see [1] doForceShare = fullDepEntry (" ensureDir \"\$prefix/share\" for d in ${toString forceShare}; do if [ -d \"\$prefix/\$d\" -a ! -d \"\$prefix/share/\$d\" ]; then mv -v \"\$prefix/\$d\" \"\$prefix/share\" ln -sv share/\$d \"\$prefix\" fi; done; ") ["minInit" "defEnsureDir"]; doForceCopy = fullDepEntry ('' name="$(basename $out)" name="''${name#*-}" ensureDir "$prefix/share/$name" for f in ${toString forceCopy}; do cp -r "$f" "$prefix/share/$name/$f" || true done; '') ["minInit" "defEnsureDir"]; doDump = n: noDepEntry "echo Dump number ${n}; set"; doDumpBuildInputs = noDepEntry ('' echo "${toString realBuildInputs}" ''); patchFlags = if args ? patchFlags then args.patchFlags else "-p1"; patches = attrByPath ["patches"] [] args; toPatchCommand = s: "cat ${s} | patch ${toString patchFlags}"; doPatch = fullDepEntry (concatStringsSep ";" (map toPatchCommand patches) ) ["minInit" "doUnpack"]; envAdderInner = s: x: if x==null then s else y: a: envAdderInner (s+"echo export ${x}='\"'\"\$${x}:${y}\";'\"'\n") a; envAdder = envAdderInner ""; envAdderList = l: if l==[] then "" else "echo export ${head l}='\"'\"\\\$${head l}:${head (tail l)}\"'\"';\n" + envAdderList (tail (tail l)); # changing this ? see [1] wrapEnv = cmd: env: " mv \"${cmd}\" \"${cmd}-orig\"; touch \"${cmd}\"; chmod a+rx \"${cmd}\"; (${envAdderList env} echo '\"'\"${cmd}-orig\"'\"' '\"'\\\$@'\"' \n) > \"${cmd}\""; doWrap = cmd: fullDepEntry (wrapEnv cmd (attrByPath ["wrappedEnv"] [] args)) ["minInit"]; makeManyWrappers = wildcard : wrapperFlags : fullDepEntry ('' for i in ${wildcard}; do wrapProgram "$i" ${wrapperFlags} done '') ["minInit" "addInputs" "defEnsureDir"]; wrapBinContentsPython = (makeManyWrappers ''$out/bin/*'' pythonWrapperArguments ); pythonWrapperArguments = (''--prefix PYTHONPATH : $(toPythonPath $out)'' + ''''${PYTHONPATH:+ --prefix PYTHONPATH : $PYTHONPATH}''); preservePathWrapperArguments = ''''${PATH:+ --prefix PATH : $PATH }''; doPropagate = fullDepEntry (" ensureDir \$out/nix-support echo '${toString (attrByPath ["propagatedBuildInputs"] [] args)}' >\$out/nix-support/propagated-build-inputs ") ["minInit" "defEnsureDir"]; /*debug = x:(trace x x); debugX = x:(trace (toXML x) x);*/ makeNest = x: if x == defNest.text then x else "startNest\n" + x + "\nstopNest\n"; textClosure = a: steps: textClosureMap makeNest a (["defNest"] ++ steps); inherit noDepEntry fullDepEntry packEntry; defList = attrByPath ["defList"] [] args; getVal = getValue args defList; check = checkFlag args; reqsList = attrByPath ["reqsList"] [] args; buildInputsNames = filter (x: null != getVal x) (uniqList {inputList = (concatLists (map (x: if x==[] then [] else builtins.tail x) reqsList));}); configFlags = attrByPath ["configFlags"] [] args; buildFlags = attrByPath ["buildFlags"] [] args; nameSuffixes = attrByPath ["nameSuffixes"] [] args; autoBuildInputs = assert (checkReqs args defList reqsList); filter (x: x!=null) (map getVal buildInputsNames); autoConfigureFlags = condConcat "" configFlags check; autoMakeFlags = condConcat "" buildFlags check; useConfig = attrByPath ["useConfig"] false args; realBuildInputs = lib.closePropagation ((if useConfig then autoBuildInputs else attrByPath ["buildInputs"] [] args)++ (attrByPath ["propagatedBuildInputs"] [] args)); configureFlags = if useConfig then autoConfigureFlags else attrByPath ["configureFlags"] "" args; makeFlags = if useConfig then autoMakeFlags else attrByPath ["makeFlags"] "" args; inherit lib; surroundWithCommands = x : before : after : {deps=x.deps; text = before + "\n" + x.text + "\n" + after ;}; createDirs = fullDepEntry (concatStringsSep ";" (map (x: "ensureDir ${x}") (attrByPath ["neededDirs"] [] args)) ) ["minInit" "defEnsureDir"]; copyExtraDoc = fullDepEntry ('' name="$(basename $out)" name="''${name#*-}" ensureDir "$out/share/doc/$name" '' + (concatStringsSep ";" (map (x: ''cp "${x}" "$out/share/doc/$name" || true;'') (attrByPath ["extraDoc"] [] args)))) ["minInit" "defEnsureDir" "doUnpack"]; realPhaseNames = (optional ([] != attrByPath ["neededDirs"] [] args) "createDirs") ++ (attrByPath ["phaseNames"] [] args) ++ ["doForceShare" "doPropagate" "doForceCopy"] ++ (optional ([] != attrByPath ["extraDoc"] [] args) "copyExtraDoc") ++ (optional (attrByPath ["doCheck"] false args) "doMakeCheck") ++ (optional (attrByPath ["alwaysFail"] false args) "doFail") ; doFail = noDepEntry " echo 'Failing to keep builddir (and to invalidate result).' a() { return 127; } ; a ; "; doMakeCheck = fullDepEntry ('' make check '') ["minInit"]; extraDerivationAttrs = lib.attrByPath ["extraDerivationAttrs"] {} args; # for overrides.. builderDefsArgs = args; innerBuilderDefsPackage = bd: args: ( let localDefs = bd.passthru.function args; in stdenv.mkDerivation ((rec { inherit (localDefs) name; buildCommand = textClosure localDefs localDefs.realPhaseNames; meta = localDefs.meta; passthru = localDefs.passthru // {inherit (localDefs) src; }; }) // (if localDefs ? propagatedBuildInputs then { inherit (localDefs) propagatedBuildInputs; } else {}) // extraDerivationAttrs) ); builderDefsPackage = bd: func: if (builtins.isFunction func) then (foldArgs (x: y: ((func (bd // x // y)) // y)) (innerBuilderDefsPackage bd) {}) else (builderDefsPackage bd (import (toString func))) ; generateFontsFromSFD = fullDepEntry ('' for i in *.sfd; do fontforge -c \ 'Open($1); ${optionalString (args ? extraFontForgeCommands) args.extraFontForgeCommands }Reencode("unicode"); ${optionalString (attrByPath ["createTTF"] true args) ''Generate($1:r + ".ttf");''} ${optionalString (attrByPath ["createOTF"] true args) ''Generate($1:r + ".otf");''} Reencode("TeX-Base-Encoding"); ${optionalString (attrByPath ["createAFM"] true args) ''Generate($1:r + ".afm");''} ${optionalString (attrByPath ["createPFM"] true args) ''Generate($1:r + ".pfm");''} ${optionalString (attrByPath ["createPFB"] true args) ''Generate($1:r + ".pfb");''} ${optionalString (attrByPath ["createMAP"] true args) ''Generate($1:r + ".map");''} ${optionalString (attrByPath ["createENC"] true args) ''Generate($1:r + ".enc");''} ' $i; done '') ["minInit" "addInputs" "doUnpack"]; installFonts = let retrievedName = (if args ? name then args.name else ""); in fullDepEntry ('' ensureDir $out/share/fonts/truetype/public/${retrievedName} ensureDir $out/share/fonts/opentype/public/${retrievedName} ensureDir $out/share/fonts/type1/public/${retrievedName} ensureDir $out/share/texmf/fonts/enc/${retrievedName} ensureDir $out/share/texmf/fonts/map/${retrievedName} cp *.ttf $out/share/fonts/truetype/public/${retrievedName} || echo No TrueType fonts cp *.otf $out/share/fonts/opentype/public/${retrievedName} || echo No OpenType fonts cp *.{pfm,afm,pfb} $out/share/fonts/type1/public/${retrievedName} || echo No Type1 Fonts cp *.enc $out/share/texmf/fonts/enc/${retrievedName} || echo No fontenc data cp *.map $out/share/texmf/fonts/map/${retrievedName} || echo No fontmap data '') ["minInit" "defEnsureDir"]; simplyShare = shareName: fullDepEntry ('' ensureDir $out/share cp -r . $out/share/${shareName} '') ["doUnpack" "defEnsureDir"]; doPatchShebangs = dir: fullDepEntry ('' patchShebangFun() { # Rewrite all script interpreter file names (`#! /path') under the # specified directory tree to paths found in $PATH. E.g., # /bin/sh will be rewritten to /nix/store/-some-bash/bin/sh. # Interpreters that are already in the store are left untouched. echo "patching script interpreter paths" local f for f in $(find "${dir}" -type f -perm +0100); do local oldPath=$(sed -ne '1 s,^#![ ]*\([^ ]*\).*$,\1,p' "$f") if test -n "$oldPath" -a "''${oldPath:0:''${#NIX_STORE}}" != "$NIX_STORE"; then local newPath=$(type -P $(basename $oldPath) || true) if test -n "$newPath" -a "$newPath" != "$oldPath"; then echo "$f: interpreter changed from $oldPath to $newPath" sed -i "1 s,$oldPath,$newPath," "$f" fi fi done } patchShebangFun; '') ["minInit"]; createPythonInstallationTarget = fullDepEntry ('' ensureDir $(toPythonPath $out) export PYTHONPATH=$PYTHONPATH''${PYTHONPATH:+:}$(toPythonPath $out) '') ["minInit" "addInputs" "defEnsureDir"]; fetchUrlFromSrcInfo = srcInfo: fetchurl ({ url = srcInfo.url; sha256 = srcInfo.hash; } // (if (srcInfo ? downloadName) then {name = srcInfo.downloadName;} else {})); fetchGitFromSrcInfo = srcInfo: fetchgit { url = srcInfo.url; rev = srcInfo.rev; sha256 = srcInfo.hash; }; }) // args # [1]: rewrite using '' instead of " so that indentation gets stripped. It's # only about some spaces but in the end they will sum up