mirror of
https://github.com/NixOS/nixpkgs.git
synced 2024-11-22 21:50:55 +00:00
0fa5cdc251
svn path=/nixpkgs/trunk/; revision=16705
245 lines
6 KiB
Nix
245 lines
6 KiB
Nix
pkgs:
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rec {
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runLaTeX =
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{ rootFile
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, generatePDF ? true # generate PDF, not DVI
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, generatePS ? false # generate PS in addition to DVI
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, extraFiles ? []
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, compressBlanksInIndex ? true
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, packages ? []
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, copySources ? false
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}:
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assert generatePDF -> !generatePS;
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pkgs.stdenv.mkDerivation {
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name = "doc";
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builder = ./run-latex.sh;
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copyIncludes = ./copy-includes.pl;
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inherit rootFile generatePDF generatePS extraFiles
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compressBlanksInIndex copySources;
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includes = map (x: [x.key (baseNameOf (toString x.key))])
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(findLaTeXIncludes {inherit rootFile;});
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buildInputs = [ pkgs.tetex pkgs.perl ] ++ packages;
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};
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# Returns the closure of the "dependencies" of a LaTeX source file.
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# Dependencies are other LaTeX source files (e.g. included using
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# \input{}), images (e.g. \includegraphics{}), bibliographies, and
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# so on.
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findLaTeXIncludes =
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{ rootFile
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}:
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builtins.genericClosure {
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startSet = [{key = rootFile;}];
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operator =
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{key, ...}:
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let
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# `find-includes.pl' returns the dependencies of the current
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# source file (`key') as a list, e.g. [{type = "tex"; name =
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# "introduction.tex";} {type = "img"; name = "example"}].
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# The type denotes the kind of dependency, which determines
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# what extensions we use to look for it.
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deps = import (pkgs.runCommand "latex-includes"
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{ src = key; }
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"${pkgs.perl}/bin/perl ${./find-includes.pl}");
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# Look for the dependencies of `key', trying various
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# extensions determined by the type of each dependency.
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# TODO: support a search path.
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foundDeps = dep: xs:
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let
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exts =
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if dep.type == "img" then [".pdf" ".png" ".ps" ".jpg"]
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else if dep.type == "tex" then [".tex" ""]
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else [""];
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fn = pkgs.lib.findFirst (fn: builtins.pathExists fn) null
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(map (ext: "${dirOf key}/${dep.name}${ext}") exts);
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in if fn != null then [{key = fn;}] ++ xs
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else xs;
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in pkgs.lib.fold foundDeps [] deps;
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};
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findLhs2TeXIncludes =
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{ rootFile
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}:
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builtins.genericClosure {
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startSet = [{key = rootFile;}];
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operator =
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{key, ...}:
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let
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deps = import (pkgs.runCommand "lhs2tex-includes"
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{ src = key; }
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"${pkgs.stdenv.bash}/bin/bash ${./find-lhs2tex-includes.sh}");
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in pkgs.lib.concatMap (x : if builtins.pathExists x then [{key = x;}] else [])
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(map (x : "${dirOf key}/${x}") deps);
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};
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dot2pdf =
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{ dotGraph
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}:
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pkgs.stdenv.mkDerivation {
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name = "pdf";
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builder = ./dot2pdf.sh;
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inherit dotGraph fontsConf;
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buildInputs = [
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pkgs.perl pkgs.tetex pkgs.graphviz
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];
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};
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dot2ps =
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{ dotGraph
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}:
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pkgs.stdenv.mkDerivation {
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name = "ps";
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builder = ./dot2ps.sh;
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inherit dotGraph;
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buildInputs = [
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pkgs.perl pkgs.tetex pkgs.graphviz pkgs.ghostscript
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];
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};
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lhs2tex =
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{ source, flags ? null } :
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pkgs.stdenv.mkDerivation {
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name = "tex";
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builder = ./lhs2tex.sh;
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inherit source flags;
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buildInputs = [ pkgs.lhs2tex pkgs.perl ];
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copyIncludes = ./copy-includes.pl;
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includes = map (x: [x.key (baseNameOf (toString x.key))])
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(findLhs2TeXIncludes {rootFile = source;});
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};
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animateDot = dotGraph: nrFrames: pkgs.stdenv.mkDerivation {
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name = "dot-frames";
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builder = ./animatedot.sh;
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inherit dotGraph nrFrames;
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};
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# Wrap a piece of TeX code in a document. Useful when generating
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# inline images from TeX code.
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wrapSimpleTeX =
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{ preamble ? null
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, body
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, name ? baseNameOf (toString body)
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}:
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pkgs.stdenv.mkDerivation {
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inherit name preamble body;
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buildCommand = ''
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touch $out
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echo '\documentclass{article}' >> $out
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echo '\pagestyle{empty}' >> $out
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if test -n "$preamble"; then cat $preamble >> $out; fi
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echo '\begin{document}' >> $out
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cat $body >> $out
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echo '\end{document}' >> $out
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'';
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};
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# Convert a Postscript file to a PNG image, trimming it so that
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# there is no unnecessary surrounding whitespace.
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postscriptToPNG =
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{ postscript
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}:
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pkgs.stdenv.mkDerivation {
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name = "png";
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inherit postscript;
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buildInputs = [pkgs.imagemagick pkgs.ghostscript];
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buildCommand = ''
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if test -d $postscript; then
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input=$(ls $postscript/*.ps)
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else
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input=$(stripHash $postscript; echo $strippedName)
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ln -s $postscript $input
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fi
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ensureDir $out
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convert -units PixelsPerInch \
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-density 600 \
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-trim \
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-matte \
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-transparent '#ffffff' \
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-type PaletteMatte \
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+repage \
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$input \
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"$out/$(basename $input .ps).png"
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''; # */
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};
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# Convert a piece of TeX code to a PNG image.
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simpleTeXToPNG =
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{ preamble ? null
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, body
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, name ? baseNameOf (toString body)
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, packages ? []
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}:
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postscriptToPNG {
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postscript = runLaTeX {
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rootFile = wrapSimpleTeX {
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inherit body preamble;
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};
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inherit packages;
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generatePDF = false;
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generatePS = true;
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};
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};
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# Convert a piece of TeX code to a PDF.
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simpleTeXToPDF =
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{ preamble ? null
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, body
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, name ? baseNameOf (toString body)
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, packages ? []
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}:
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runLaTeX {
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rootFile = wrapSimpleTeX {
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inherit body preamble;
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};
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inherit packages;
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};
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# Some tools (like dot) need a fontconfig configuration file.
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# This should be extended to allow the called to add additional
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# fonts.
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fontsConf = pkgs.makeFontsConf {
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fontDirectories = [
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"${pkgs.ghostscript}/share/ghostscript/fonts"
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];
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};
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}
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