* Sync with the trunk.

svn path=/nixpkgs/branches/stdenv-updates/; revision=14057
This commit is contained in:
Eelco Dolstra 2009-02-12 21:16:55 +00:00
commit 390695e73f
74 changed files with 2775 additions and 1291 deletions

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@ -31,6 +31,7 @@
<xi:include href="introduction.xml" /> <xi:include href="introduction.xml" />
<xi:include href="quick-start.xml" /> <xi:include href="quick-start.xml" />
<xi:include href="stdenv.xml" /> <xi:include href="stdenv.xml" />
<xi:include href="meta.xml" />
<!-- outline --> <!-- outline -->

200
doc/meta.xml Normal file
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@ -0,0 +1,200 @@
<chapter xmlns="http://docbook.org/ns/docbook"
xmlns:xlink="http://www.w3.org/1999/xlink"
xml:id="chap-meta">
<title>Meta-attributes</title>
<para>Nix packages can declare <emphasis>meta-attributes</emphasis>
that contain information about a package such as a description, its
homepage, its license, and so on. For instance, the GNU Hello package
has a <varname>meta</varname> declaration like this:
<programlisting>
meta = {
description = "A program that produces a familiar, friendly greeting";
longDescription = ''
GNU Hello is a program that prints "Hello, world!" when you run it.
It is fully customizable.
'';
homepage = http://www.gnu.org/software/hello/manual/;
license = "GPLv3+";
};
</programlisting>
</para>
<para>Meta-attributes are not passed to the builder of the package.
Thus, a change to a meta-attribute doesnt trigger a recompilation of
the package. The value of a meta-attribute must a string.</para>
<para>The meta-attributes of a package can be queried from the
command-line using <command>nix-env</command>:
<screen>
$ nix-env -qa hello --meta --xml
&lt;?xml version='1.0' encoding='utf-8'?>
&lt;items>
&lt;item attrPath="hello" name="hello-2.3" system="i686-linux">
&lt;meta name="description" value="A program that produces a familiar, friendly greeting" />
&lt;meta name="homepage" value="http://www.gnu.org/software/hello/manual/" />
&lt;meta name="license" value="GPLv3+" />
&lt;meta name="longDescription" value="GNU Hello is a program that prints &amp;quot;Hello, world!&amp;quot; when you run it.&amp;#xA;It is fully customizable.&amp;#xA;" />
&lt;/item>
&lt;/items>
</screen>
<command>nix-env</command> knows about the
<varname>description</varname> field specifically:
<screen>
$ nix-env -qa hello --description
hello-2.3 A program that produces a familiar, friendly greeting
</screen>
</para>
<section><title>Standard meta-attributes</title>
<para>The following meta-attributes have a standard
interpretation:</para>
<variablelist>
<varlistentry>
<term><varname>description</varname></term>
<listitem><para>A short (one-line) description of the package.
Dont include a period at the end. This is shown by
<command>nix-env -q --description</command> and also on the
Nixpkgs release pages. Example: <literal>"A program that produces
a familiar, friendly greeting"</literal></para></listitem>
</varlistentry>
<varlistentry>
<term><varname>longDescription</varname></term>
<listitem><para>An arbitrarily long description of the
package.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>homepage</varname></term>
<listitem><para>The packages homepage. Example:
<literal>http://www.gnu.org/software/hello/manual/</literal></para></listitem>
</varlistentry>
<varlistentry>
<term><varname>license</varname></term>
<listitem><para>The license for the package. See below for the
allowed values.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>priority</varname></term>
<listitem><para>The <emphasis>priority</emphasis> of the package,
used by <command>nix-env</command> to resolve file name conflicts
between packages. See the Nix manual page for
<command>nix-env</command> for details. Example:
<literal>"10"</literal> (a low-priority
package).</para></listitem>
</varlistentry>
</variablelist>
</section>
<section><title>Licenses</title>
<note><para>This is just a first attempt at standardising the license
attribute.</para></note>
<para>The <varname>meta.license</varname> attribute must be one of the
following:
<variablelist>
<varlistentry>
<term><varname>GPL</varname></term>
<listitem><para>GNU General Public License; version not
specified.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>GPLv2</varname></term>
<listitem><para>GNU General Public License, version
2.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>GPLv2+</varname></term>
<listitem><para>GNU General Public License, version
2 or higher.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>GPLv3</varname></term>
<listitem><para>GNU General Public License, version
3.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>GPLv3+</varname></term>
<listitem><para>GNU General Public License, version
3 or higher.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>free</varname></term>
<listitem><para>Catch-all for free software licenses not listed
above.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>free-copyleft</varname></term>
<listitem><para>Catch-all for free, copyleft software licenses not
listed above.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>unfree-redistributable</varname></term>
<listitem><para>Unfree package that can be redistributed in binary
form. That is, its legal to redistribute the
<emphasis>output</emphasis> of the derivation. This means that
the package can be included in the Nixpkgs
channel.</para>
<para>Sometimes proprietary software can only be redistributed
unmodified. Make sure the builder doesnt actually modify the
original binaries; otherwise were breaking the license. For
instance, the NVIDIA X11 drivers can be redistributed unmodified,
but our builder applies <command>patchelf</command> to make them
work. Thus, its license is <varname>unfree</varname> and it
cannot be included in the Nixpkgs channel.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>unfree</varname></term>
<listitem><para>Unfree package that cannot be redistributed. You
can build it yourself, but you cannot redistribute the output of
the derivation. Thus it cannot be included in the Nixpkgs
channel.</para></listitem>
</varlistentry>
<varlistentry>
<term><varname>unfree-redistributable-firmware</varname></term>
<listitem><para>This package supplies unfree, redistributable
firmware. This is a separate value from
<varname>unfree-redistributable</varname> because not everybody
cares whether firmware is free.</para></listitem>
</varlistentry>
</variablelist>
</para>
</section>
</chapter>

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@ -1,19 +1,16 @@
args: with args; {stdenv, fetchurl, libogg}:
let
flacFun = version: hash:
stdenv.mkDerivation rec { stdenv.mkDerivation rec {
name = "flac-${version}"; name = "flac-1.2.1";
src = fetchurl ({
url = "http://downloads.xiph.org/releases/flac/${name}.tar.gz"; src = fetchurl {
} // hash); url = mirror://sourceforge/flac/flac-1.2.1.tar.gz;
sha256 = "1pry5lgzfg57pga1zbazzdd55fkgk3v5qy4axvrbny5lrr5s8dcn";
};
buildInputs = [libogg]; buildInputs = [libogg];
meta = { meta = {
homepage = http://flac.sourceforge.net; homepage = http://flac.sourceforge.net;
}; };
}; }
in
stdenv.lib.listOfListsToAttrs [
[ "default" (flacFun "1.2.1" { sha256 = "1pry5lgzfg57pga1zbazzdd55fkgk3v5qy4axvrbny5lrr5s8dcn"; }) ]
[ "1.2.1" (flacFun "1.2.1" { sha256 = "1pry5lgzfg57pga1zbazzdd55fkgk3v5qy4axvrbny5lrr5s8dcn"; }) ]
[ "1.1.2" (flacFun "1.1.2" { md5 = "2bfc127cdda02834d0491ab531a20960"; }) ]
]

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@ -0,0 +1,38 @@
{ fetchurl, stdenv, emacs }:
stdenv.mkDerivation rec {
name = "eieio-0.17";
src = fetchurl {
url = "mirror://sourceforge/cedet/${name}.tar.gz";
sha256 = "0n31z9d47ar10g9xrnzz3nl4pmixw1nkk0kpxaillls7xvjd1zy2";
};
buildInputs = [ emacs ];
doCheck = false;
checkPhase = "make test";
installPhase = ''
ensureDir "$out/share/emacs/site-lisp"
cp -v *.el *.elc "$out/share/emacs/site-lisp"
chmod a-x "$out/share/emacs/site-lisp/"*
ensureDir "$out/share/info"
cp -v *.info* "$out/share/info"
'';
meta = {
description = "EIEIO: Enhanced Implementation of Emacs Interpreted Objects";
longDescription = ''
EIEIO is a package which implements a CLOS subset for Emacs. It
includes examples which can draw simple tree graphs, and bar
charts.
'';
license = "GPLv2+";
homepage = http://cedet.sourceforge.net/;
};
}

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@ -0,0 +1,50 @@
{ fetchurl, stdenv, emacs, eieio }:
stdenv.mkDerivation rec {
name = "semantic-1.4.4";
src = fetchurl {
url = "mirror://sourceforge/cedet/${name}.tar.gz";
sha256 = "0j50dqdy5bl35vqfbgxp93grs11llg9i4398044br73lvvif9n5f";
};
buildInputs = [ emacs eieio ];
doCheck = true;
checkPhase = "make Tests";
preConfigure = ''
sed -i "Makefile" -es'|^LOADPATH[[:blank:]]*=.*$|LOADPATH = ${eieio}/share/emacs/site-lisp|g'
'';
installPhase = ''
ensureDir "$out/share/emacs/site-lisp"
cp -v *.el *.elc "$out/share/emacs/site-lisp"
chmod a-x "$out/share/emacs/site-lisp/"*
ensureDir "$out/share/info"
cp -v *.info* "$out/share/info"
'';
meta = {
description = "Semantic, infrastructure for parser based text analysis in Emacs";
longDescription = ''
Semantic is an infrastructure for parser based text analysis in
Emacs. It is a lexer, parser-generator, and parser. It is
written in Emacs Lisp and is customized to the way Emacs thinks
about language files, and is optimized to use Emacs' parsing
capabilities.
Semantic's goal is to provide an intermediate API for authors of
language agnostic tools who want to deal with languages in a
generic way. It also provides a simple way for Mode Authors who
are experts in their language, to provide a parser for those
tool authors, without knowing anything about those tools.
'';
license = "GPLv2+";
homepage = http://cedet.sourceforge.net/;
};
}

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@ -12,7 +12,7 @@ preConfigure() {
--replace /usr/lib/crtn.o $libc/lib/crtn.o --replace /usr/lib/crtn.o $libc/lib/crtn.o
done done
for i in Makefile.in ./src/Makefile.in ./lib-src/Makefile.in ./leim/Makefile.in ./admin/unidata/Makefile; do for i in Makefile.in ./src/Makefile.in ./lib-src/Makefile.in ./leim/Makefile.in; do
substituteInPlace $i --replace /bin/pwd pwd substituteInPlace $i --replace /bin/pwd pwd
done done
} }

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@ -5,7 +5,7 @@
, xftSupport ? false , xftSupport ? false
, stdenv, fetchurl, ncurses, x11, libXaw ? null, libXpm ? null, Xaw3d ? null , stdenv, fetchurl, ncurses, x11, libXaw ? null, libXpm ? null, Xaw3d ? null
, pkgconfig ? null, gtk ? null, libXft ? null , pkgconfig ? null, gtk ? null, libXft ? null
, libpng, libjpeg, libungif, libtiff , libpng, libjpeg, libungif, libtiff, texinfo
}: }:
assert xawSupport -> libXaw != null; assert xawSupport -> libXaw != null;
@ -14,14 +14,15 @@ assert xaw3dSupport -> Xaw3d != null;
assert gtkGUI -> pkgconfig != null && gtk != null; assert gtkGUI -> pkgconfig != null && gtk != null;
assert xftSupport -> libXft != null && libpng != null; # libpng = probably a bug assert xftSupport -> libXft != null && libpng != null; # libpng = probably a bug
let date = "20080228"; in
stdenv.mkDerivation { stdenv.mkDerivation {
name = "emacs-snapshot-23.0.0.1-pre20070705"; name = "emacs-snapshot-23-${date}";
builder = ./builder.sh; builder = ./builder.sh;
src = fetchurl { src = fetchurl {
url = http://debs.peadrop.com/pool/edgy/backports/emacs-snapshot_20070705.orig.tar.gz; url = "http://ppa.launchpad.net/avassalotti/ubuntu/pool/main/e/emacs-snapshot/emacs-snapshot_${date}.orig.tar.gz";
sha256 = "1blybacpsxha2v24kj482wl3g1z93rwddfc8rsqsk6dr6f5kdj5q"; sha256 = "1cix1qjrynidvdyww3g8fm1wyggc82qjxbfbv3rx630szm1v6bm7";
}; };
# patches = [ # patches = [
@ -29,7 +30,7 @@ stdenv.mkDerivation {
# ]; # ];
buildInputs = [ buildInputs = [
ncurses x11 ncurses x11 texinfo
(if xawSupport then libXaw else null) (if xawSupport then libXaw else null)
(if xpmSupport then libXpm else null) (if xpmSupport then libXpm else null)
(if xaw3dSupport then Xaw3d else null) (if xaw3dSupport then Xaw3d else null)
@ -39,12 +40,12 @@ stdenv.mkDerivation {
++ (if xftSupport then [libXft] else []); ++ (if xftSupport then [libXft] else []);
configureFlags = " configureFlags = "
${if gtkGUI then "--with-gtk --enable-font-backend --with-xft" else ""} ${if gtkGUI then "--with-x-toolkit=gtk --enable-font-backend --with-xft" else ""}
"; ";
meta = { meta = {
description = "Emacs with Unicode, GTK and Xft support (23.x alpha)"; description = "Emacs with Unicode, GTK and Xft support (23.x alpha)";
homepage = http://www.emacswiki.org/cgi-bin/wiki/XftGnuEmacs; homepage = http://www.emacswiki.org/cgi-bin/wiki/XftGnuEmacs;
license = "GPL"; license = "GPLv3+";
}; };
} }

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@ -12,10 +12,10 @@ composableDerivation {
sha256 = "11hxkb6r2550c4n13nwr0d8afvh30qjyr5c2hw16zgay43rb0kci"; sha256 = "11hxkb6r2550c4n13nwr0d8afvh30qjyr5c2hw16zgay43rb0kci";
}; };
cfgOption = "--enable-gui=auto --with-features=${args.features}"; configureFlags = ["--enable-gui=auto" "--with-features=${args.features}"];
buildInputs = [ncurses pkgconfig] buildInputs = [ncurses pkgconfig]
++ [ libX11 libXext libSM libXpm libXt libXaw libXau libXmu ]; ++ [ gtk libX11 libXext libSM libXpm libXt libXaw libXau libXmu ];
# most interpreters aren't tested yet.. (see python for example how to do it) # most interpreters aren't tested yet.. (see python for example how to do it)
flags = {} flags = {}
@ -23,10 +23,10 @@ composableDerivation {
// edf { name = "xsmp"; } #Disable XSMP session management // edf { name = "xsmp"; } #Disable XSMP session management
// edf { name = "xsmp_interact"; } #Disable XSMP interaction // edf { name = "xsmp_interact"; } #Disable XSMP interaction
// edf { name = "mzscheme"; } #Include MzScheme interpreter. // edf { name = "mzscheme"; } #Include MzScheme interpreter.
// edf { name = "perl"; } #Include Perl interpreter. // edf { name = "perl"; feat = "perlinterp"; enable = { buildInputs = [perl]; };} #Include Perl interpreter.
// edf { name = "python"; feat = "pythoninterp"; enable = { buildInputs = [python]; }; } #Include Python interpreter. // edf { name = "python"; feat = "pythoninterp"; enable = { buildInputs = [python]; }; } #Include Python interpreter.
// edf { name = "tcl"; } #Include Tcl interpreter. // edf { name = "tcl"; enable = { buildInputs = [tcl]; }; } #Include Tcl interpreter.
// edf { name = "ruby"; } #Include Ruby interpreter. // edf { name = "ruby"; feat = "rubyinterp"; enable = { buildInputs = [ruby]; };} #Include Ruby interpreter.
// edf { name = "cscope"; } #Include cscope interface. // edf { name = "cscope"; } #Include cscope interface.
// edf { name = "workshop"; } #Include Sun Visual Workshop support. // edf { name = "workshop"; } #Include Sun Visual Workshop support.
// edf { name = "netbeans"; } #Disable NetBeans integration support. // edf { name = "netbeans"; } #Disable NetBeans integration support.

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@ -0,0 +1,23 @@
{stdenv, fetchurl, wxGTK, utillinux, zlib }:
stdenv.mkDerivation {
name = "comical-0.8";
src = fetchurl {
url = mirror://sourceforge/comical/comical-0.8.tar.gz;
sha256 = "0b6527cc06b25a937041f1eb248d0fd881cf055362097036b939817f785ab85e";
};
buildInputs = [ wxGTK utillinux zlib ];
patchPhase = ''
sed -i -e 's@"zlib\\.h"@<zlib.h>@' unzip/unzip.h
sed -i -e 's@/usr/local@'$out@ \
-e 's@-lminiunzip@-lminiunzip -lz@' Makefile
'';
installPhase = "mkdir -p $out/bin ; make install";
meta = {
description = "Viewer of CBR and CBZ files, often used to store scanned comics";
homepage = http://comical.sourceforge.net/;
license = "GPLv2+";
};
}

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@ -4,11 +4,11 @@
}: }:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "gimp-2.6.3"; name = "gimp-2.6.4";
src = fetchurl { src = fetchurl {
url = ftp://ftp.gtk.org/pub/gimp/v2.6/gimp-2.6.3.tar.bz2; url = ftp://ftp.gtk.org/pub/gimp/v2.6/gimp-2.6.4.tar.bz2;
sha256 = "1vvixi4336pjwjfx1p803jb3c12lk84adinaqvbpqdqx8xrd5r08"; sha256 = "1qlpszdaskh575xjibkxvvqxmgp8j7v1i1z2dnzz6gazni2pmll6";
}; };
buildInputs = [ buildInputs = [

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@ -0,0 +1,32 @@
a :
let
fetchurl = a.fetchurl;
version = a.lib.getAttr ["version"] "3.4" a;
buildInputs = with a; [
aalib gsl libpng libX11 xproto libXext xextproto
libXt zlib gettext intltool perl
];
in
rec {
src = fetchurl {
url = "http://prdownloads.sourceforge.net/xaos/XaoS-${version}.tar.gz";
sha256 = "004cdb0xv14shyixs79bf95s52s7aidr5bqfn9wb49gpasrsknrc";
};
inherit buildInputs;
configureFlags = [];
/* doConfigure should be removed if not needed */
phaseNames = ["preConfigure" "doConfigure" "doMakeInstall"];
preConfigure = a.FullDepEntry (''
sed -e s@/usr/@"$out/"@g -i configure $(find . -name 'Makefile*')
ensureDir $out/share/locale
'') ["doUnpack" "minInit" "defEnsureDir"];
name = "xaos-" + version;
meta = {
description = "XaoS - fractal viewer";
};
}

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@ -0,0 +1,38 @@
args:
args.stdenv.mkDerivation {
name = "thinkingrock-2.0.1-binary";
src = args.fetchurl {
url = mirror://sourceforge.net/thinkingrock/tr-2.0.1.tar.gz;
sha256 = "1fsanxh0li8yqsspagx1w1ykmvfnm6h44i6gd02v05abx8q25jk1";
};
/* it would be a really bad idea to put thinkingrock tr executable in PATH!
the tr.sh script does use the coreutils tr itself
That's why I've renamed the wrapper and called it thinkingrock
However you may not rename the bin/tr script cause it will notice and throw an
"java.lang.IllegalArgumentException: Malformed branding token: thinkingrock"
exception. I hope that's fine
*/
buildPhase = ''
# only keep /bin/tr
ls -1 bin/* | grep -ve 'bin/tr''$' | xargs rm
# don't keep the other .exe file either
find . -iname "*.exe" | xargs -n1 rm
ensureDir $out/{nix-support/tr-files,bin}
cp -r . $out/nix-support/tr-files
cat >> $out/bin/thinkingrock << EOF
#!/bin/sh
exec $out/nix-support/tr-files/bin/tr "$@"
EOF
chmod +x $out/bin/thinkingrock
'';
installPhase = ":";
meta = {
description = "task managing system";
homepage = http://www.thinkingrock.com.au/;
license = "CDDL"; # Common Development and Distribution License
};
}

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@ -11,12 +11,12 @@
}: }:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "firefox-3.0.5"; name = "firefox-3.0.6";
src = fetchurl { src = fetchurl {
# Don't forget to update xulrunner.nix as well! # Don't forget to update xulrunner.nix as well!
url = http://releases.mozilla.org/pub/mozilla.org/firefox/releases/3.0.5/source/firefox-3.0.5-source.tar.bz2; url = http://releases.mozilla.org/pub/mozilla.org/firefox/releases/3.0.6/source/firefox-3.0.6-source.tar.bz2;
sha1 = "f934e073efaad3d4dde847c8491fa9529564d5d2"; sha1 = "e2845c07b507308664f6f39086a050b2773382fb";
}; };
buildInputs = [ buildInputs = [

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@ -11,7 +11,7 @@
let let
version = "1.9.0.5"; # this attribute is used by other packages version = "1.9.0.6"; # this attribute is used by other packages
in in
@ -19,8 +19,8 @@ stdenv.mkDerivation {
name = "xulrunner-${version}"; name = "xulrunner-${version}";
src = fetchurl { src = fetchurl {
url = http://releases.mozilla.org/pub/mozilla.org/firefox/releases/3.0.5/source/firefox-3.0.5-source.tar.bz2; url = http://releases.mozilla.org/pub/mozilla.org/firefox/releases/3.0.6/source/firefox-3.0.6-source.tar.bz2;
sha1 = "f934e073efaad3d4dde847c8491fa9529564d5d2"; sha1 = "e2845c07b507308664f6f39086a050b2773382fb";
}; };
buildInputs = [ buildInputs = [

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@ -1,28 +1,25 @@
{ stdenv, fetchurl, lzma, pkgconfig, gtk, pango, perl, python, zip, libIDL { stdenv, fetchurl, pkgconfig, gtk, pango, perl, python, zip, libIDL
, libjpeg, libpng, zlib, cairo, dbus, dbus_glib, bzip2, xlibs , libjpeg, libpng, zlib, cairo, dbus, dbus_glib, bzip2, xlibs
, gnomevfs, libgnomeui , gnomevfs, libgnomeui
, freetype, fontconfig , freetype, fontconfig
, application ? "browser" }: , application ? "browser" }:
let version = "3.0.5-g1"; in let version = "3.0.6-g1"; in
stdenv.mkDerivation { stdenv.mkDerivation {
name = "icecat-${version}"; name = "icecat-${version}";
src = fetchurl { src = fetchurl {
url = "mirror://gnu/gnuzilla/${version}/icecat-${version}.tar.lzma"; url = "mirror://gnu/gnuzilla/${version}/icecat-${version}.tar.bz2";
sha256 = "15s71zjwiqpaqsmjzk5kxwamxzkb3p7172dbazqyxmgvca9yw8bs"; sha256 = "0lcxvlviwgaj9w6ywn0656a2y3qdxdlw0mf5f9ljdd9jpw4fxjih";
}; };
buildInputs = [ buildInputs = [
lzma
libgnomeui gnomevfs libgnomeui gnomevfs
pkgconfig gtk perl zip libIDL libjpeg libpng zlib cairo bzip2 pkgconfig gtk perl zip libIDL libjpeg libpng zlib cairo bzip2
python dbus dbus_glib pango freetype fontconfig python dbus dbus_glib pango freetype fontconfig
xlibs.libXi xlibs.libX11 xlibs.libXrender xlibs.libXft xlibs.libXt xlibs.libXi xlibs.libX11 xlibs.libXrender xlibs.libXft xlibs.libXt
]; ];
unpackCmd = "lzma -d < $src | tar xv";
patches = [ ./skip-gre-registration.patch ]; patches = [ ./skip-gre-registration.patch ];
configureFlags = [ configureFlags = [

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@ -0,0 +1,36 @@
a :
let
fetchurl = a.fetchurl;
version = a.lib.getAttr ["version"] "1.12.0" a;
buildInputs = with a; [
firefox libX11 xproto
];
in
rec {
src = fetchurl {
url = "http://mozplugger.mozdev.org/files/mozplugger-${version}.tar.gz";
sha256 = "1vpggfmbv4h3srk80rgidd020i03hrkpb7cfxkwagkcd0zcal4hk";
};
inherit buildInputs;
configureFlags = [];
makeFlags = ["linux" "prefix=" "root=$out"];
preBuild = a.FullDepEntry(''
sed -e s@/usr/@"$out/"@g -i mozplugger.c
'') ["doUnpack" "minInit"];
postInstall = a.FullDepEntry(''
ensureDir $out/share/${name}/plugin
ln -s $out/lib/mozilla/plugins/mozplugger.so $out/share/${name}/plugin
'') ["doMakeInstall" "minInit" "defEnsureDir"];
/* doConfigure should be removed if not needed */
phaseNames = ["preBuild" "doMakeInstall" "postInstall"];
name = "mozplugger-" + version;
meta = {
description = "Mozilla plugin for launching external program for handling in-page objects";
};
}

View File

@ -1,17 +1,30 @@
args: with args; { fetchurl, stdenv, gnutls, glib, pkgconfig }:
stdenv.mkDerivation rec { stdenv.mkDerivation rec {
name = "bitlbee-1.2.1"; name = "bitlbee-1.2.3";
src = fetchurl { src = fetchurl {
url = "mirror://bitlbee/src/" + name + ".tar.gz"; url = "mirror://bitlbee/src/" + name + ".tar.gz";
sha256 = "01ld349f5k89lk6j7xn4sdbbf1577kp845vmnj3sfaza9s1fhm26"; sha256 = "1qj5cx0lqhg6dy2gdjb05ap963r84rv1b96iz23c97c2ihc31fqc";
}; };
buildInputs = [ gnutls glib pkgconfig ]; buildInputs = [ gnutls glib pkgconfig ];
meta = { meta = {
description = ''BitlBee, an IRC to other chat networks gateway.''; description = "BitlBee, an IRC to other chat networks gateway";
longDescription = ''
BitlBee brings IM (instant messaging) to IRC clients. It's a
great solution for people who have an IRC client running all the
time and don't want to run an additional MSN/AIM/whatever
client.
BitlBee currently supports the following IM networks/protocols:
XMPP/Jabber (including Google Talk), MSN Messenger, Yahoo!
Messenger, AIM and ICQ.
'';
homepage = http://www.bitlbee.org/; homepage = http://www.bitlbee.org/;
license = "GPL"; license = "GPLv2+";
}; };
} }

View File

@ -0,0 +1,54 @@
args : with args;
/*
arguments: all buildInputs
optional: purple2Source: purple-2 source - place to copy libpurple from
(to use a fresher pidgin build)
*/
let
externalPurple2 = (lib.getAttr ["purple2Source"] null args) != null;
in
rec {
src = fetchurl {
url = http://downloads.sourceforge.net/funpidgin/carrier-2.5.0.tar.bz2;
sha256 = "0m80s7hnvz5vc2dy3xiy1zfb6incmb7p28zahzxdif2vz44riz28";
};
buildInputs = [gtkspell aspell
GStreamer startupnotification
libxml2 openssl nss
libXScrnSaver ncurses scrnsaverproto
libX11 xproto kbproto GConf avahi
dbus dbus_glib glib python
autoconf libtool automake];
propagatedBuildInputs = [
pkgconfig gtk perl perlXMLParser gettext
];
configureFlags="--with-nspr-includes=${nss}/include/nspr"
+ " --with-nspr-libs=${nss}/lib --with-nss-includes=${nss}/include/nss"
+ " --with-nss-libs=${nss}/lib --with-ncurses-headers=${ncurses}/include"
+ " --enable-screensaver --disable-meanwhile --disable-nm --disable-tcl";
preBuild = FullDepEntry (''
export echo=echo
'') [];
/* doConfigure should be specified separately */
phaseNames = ["doConfigure" "preBuild" "doMakeInstall"]
++ (lib.optional externalPurple2 "postInstall")
;
name = "carrier-" + version;
meta = {
description = "Carrier - PidginIM GUI fork with user-friendly development model";
homepage = http://funpidgin.sf.net;
};
} // (if externalPurple2 then {
postInstall = FullDepEntry (''
ensureDir $out/lib/purple-2
cp ${args.purple2Source}/lib/purple-2/* $out/lib/purple-2/
'') ["minInit" "defEnsureDir"]; }
else {})

View File

@ -1,10 +1,11 @@
{stdenv, fetchurl, perl, pkgconfig, gtk, libpcap, flex, bison}: {stdenv, fetchurl, perl, pkgconfig, gtk, libpcap, flex, bison}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "wireshark-1.0.3"; name = "wireshark-1.1.2";
src = fetchurl { src = fetchurl {
url = http://www.wireshark.org/download/src/wireshark-1.0.3.tar.bz2; url = http://www.wireshark.org/download/src/wireshark-1.1.2.tar.gz;
sha256 = "1wmkbq0rgy7rz8mqggyay98z4qd3s9bnv5lmvx1r55sndcq6z2bp"; sha256 = "0fsf84czzxg0gpyf525lx2c9i8la26fkhqv4visz5bz2r0911yd4";
}; };
configureFlags = "--with-pcap=${libpcap}";
buildInputs = [perl pkgconfig gtk libpcap flex bison]; buildInputs = [perl pkgconfig gtk libpcap flex bison];
} }

View File

@ -1,9 +1,21 @@
{stdenv, fetchurl}: { stdenv, fetchurl
, enableACLs ? true, acl ? null
}:
assert enableACLs -> acl != null;
stdenv.mkDerivation { stdenv.mkDerivation {
name = "rsync-3.0.5"; name = "rsync-3.0.5";
src = fetchurl { src = fetchurl {
url = http://rsync.samba.org/ftp/rsync/src/rsync-3.0.5.tar.gz; url = http://rsync.samba.org/ftp/rsync/src/rsync-3.0.5.tar.gz;
sha256 = "1js36yv5s9dic524s7jczqk5myzp67bp24rqhbnikg6lh6pj1b20"; sha256 = "1js36yv5s9dic524s7jczqk5myzp67bp24rqhbnikg6lh6pj1b20";
}; };
buildInputs = stdenv.lib.optional enableACLs acl;
meta = {
homepage = http://samba.anu.edu.au/rsync/;
description = "A fast incremental file transfer utility";
};
} }

View File

@ -0,0 +1,23 @@
{stdenv, fetchurl, xproto, motif, libX11, libXt, libXpm, bison, flex}:
stdenv.mkDerivation {
name = "alliance-5.0-20070718";
src = fetchurl {
url = http://www-asim.lip6.fr/pub/alliance/distribution/5.0/alliance-5.0-20070718.tar.gz;
sha256 = "4e17c8f9f4d344061166856d47e58527c6ae870fda0c73b5ba0200967d23af9f";
};
buildInputs = [ xproto motif xproto libX11 libXt libXpm bison flex];
patchPhase = ''
sed -i -e \
"s/private: static void operator delete/public: static void operator delete/" \
nero/src/ADefs.h
'';
meta = {
description = "Complete set of free CAD tools and portable libraries for VLSI design.";
homepage = http://www-asim.lip6.fr/recherche/alliance/;
};
}

View File

@ -0,0 +1,36 @@
{stdenv, fetchurl, cmake, qt4, xlibs, bzip2, libxml2, libxslt, perl, exiv2, aspell,
pthread_stubs, gst_all, xineLib, fam, log4cxx, cluceneCore, redland, avahi, jdk,
pcre, jasper, openexr, shared_mime_info, giflib}:
rec {
### SUPPORT
automoc4 = import ./support/automoc4 {
inherit stdenv fetchurl cmake;
inherit qt4;
};
phonon = import ./support/phonon {
inherit stdenv fetchurl cmake;
inherit qt4 pthread_stubs gst_all xineLib;
inherit (xlibs) libXau libXdmcp;
inherit automoc4;
};
strigi = import ./support/strigi {
inherit stdenv fetchurl cmake perl;
inherit bzip2 qt4 libxml2 exiv2 fam log4cxx cluceneCore;
};
soprano = import ./support/soprano {
inherit stdenv fetchurl cmake;
inherit qt4 jdk cluceneCore redland;
};
### LIBS
kdelibs = import ./libs {
inherit stdenv fetchurl cmake perl;
inherit qt4 bzip2 pcre fam libxml2 libxslt shared_mime_info giflib jasper;
inherit openexr aspell avahi;
inherit automoc4 phonon strigi soprano;
};
}

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@ -0,0 +1,15 @@
{stdenv, fetchurl, cmake, perl,
qt4, bzip2, pcre, fam, libxml2, libxslt, shared_mime_info, giflib, jasper,
openexr, aspell, avahi,
automoc4, phonon, strigi, soprano}:
stdenv.mkDerivation {
name = "kdelibs-4.2.0";
src = fetchurl {
url = mirror://kde/stable/4.2.0/src/kdelibs-4.2.0.tar.bz2;
md5 = "2d830a922195fefe6e073111850247ac";
};
buildInputs = [ cmake perl qt4 stdenv.gcc.libc bzip2 pcre fam libxml2 libxslt
shared_mime_info giflib jasper openexr aspell avahi
automoc4 phonon strigi soprano ];
}

View File

@ -0,0 +1,11 @@
{stdenv, fetchurl, cmake,
qt4}:
stdenv.mkDerivation {
name = "automoc4-0.9.88";
src = fetchurl {
url = mirror://kde/stable/automoc4/0.9.88/automoc4-0.9.88.tar.bz2;
md5 = "91bf517cb940109180ecd07bc90c69ec";
};
buildInputs = [ cmake qt4 ];
}

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@ -0,0 +1,17 @@
{stdenv, fetchurl, cmake,
libXau, libXdmcp,
qt4, pthread_stubs,
gst_all, xineLib,
automoc4}:
stdenv.mkDerivation {
name = "phonon-4.3.0";
src = fetchurl {
url = mirror://kde/stable/phonon/4.3.0/phonon-4.3.0.tar.bz2;
md5 = "f851219ec1fb4eadc7904f053b6b498d";
};
buildInputs = [ cmake
libXau libXdmcp
qt4 pthread_stubs gst_all.gstreamer gst_all.gstPluginsBase xineLib
automoc4 ];
}

View File

@ -0,0 +1,11 @@
{stdenv, fetchurl, cmake, qt4, jdk, cluceneCore, redland}:
stdenv.mkDerivation {
name = "soprano-2.2.1";
src = fetchurl {
url = mirror://sourceforge/soprano/soprano-2.2.1.tar.bz2;
md5 = "69688a71273e1e9389fc60e3085c695f";
};
JAVA_HOME=jdk;
buildInputs = [ cmake qt4 jdk cluceneCore redland ];
}

View File

@ -0,0 +1,13 @@
{stdenv, fetchurl, cmake, perl,
bzip2, qt4, libxml2, exiv2, fam, log4cxx, cluceneCore}:
stdenv.mkDerivation {
name = "strigi-0.6.4";
src = fetchurl {
url = mirror://sourceforge/strigi/strigi-0.6.4.tar.bz2;
md5 = "324fd9606ac77765501717ff92c04f9a";
};
CLUCENE_HOME=cluceneCore;
buildInputs = [ cmake perl
bzip2 stdenv.gcc.libc qt4 libxml2 exiv2 fam log4cxx cluceneCore ];
}

View File

@ -1,7 +1,8 @@
args: args:
args.stdenv.lib.listOfListsToAttrs [
[ "3.08.0" (import ./3.08.0.nix args) ] builtins.listToAttrs [
[ "3.09.1" (import ./3.09.1.nix args) ] { name = "3.08.0"; value = import ./3.08.0.nix args; }
[ "3.10.0" (import ./3.10.0.nix args) ] { name = "3.09.1"; value = import ./3.09.1.nix args; }
[ "default" (import ./3.09.1.nix args) ] { name = "3.10.0"; value = import ./3.10.0.nix args; }
{ name = "default"; value = import ./3.09.1.nix args; }
] ]

View File

@ -124,7 +124,7 @@ in
buildPhase = ''python setup.py $setupFlags build''; buildPhase = ''python setup.py $setupFlags build'';
installPhase = ''python setup.py $setupFlags install --prefix=$out''; installPhase = ''python setup.py $setupFlags install --prefix=$out'';
mergeAttrBy = { mergeAttrBy = {
setupFlags = lib.concatList; setupFlags = lib.concat;
}; };
}; };
@ -219,8 +219,8 @@ in
done done
''; '';
mergeAttrBy = { mergeAttrBy = {
phases = lib.concatList; phases = lib.concat;
pySrcs = lib.concatList; pySrcs = lib.concat;
pyCheck = x : y : "${x}\n${y}"; pyCheck = x : y : "${x}\n${y}";
}; };
} }

View File

@ -4,7 +4,9 @@ stdenv.mkDerivation {
name = "acl-2.2.47"; name = "acl-2.2.47";
src = fetchurl { src = fetchurl {
url = ftp://oss.sgi.com/projects/xfs/cmd_tars/acl_2.2.47-1.tar.gz; # The file cannot be downloaded from sgi.com.
#url = ftp://oss.sgi.com/projects/xfs/cmd_tars/acl_2.2.47-1.tar.gz;
url = "http://gentoo.chem.wisc.edu/gentoo/distfiles/acl_2.2.47-1.tar.gz";
sha256 = "1j39g62fki0iyji9s62slgwdfskpkqy7rmjlqcnmsvsnxbxhc294"; sha256 = "1j39g62fki0iyji9s62slgwdfskpkqy7rmjlqcnmsvsnxbxhc294";
}; };

View File

@ -4,7 +4,9 @@ stdenv.mkDerivation {
name = "attr-2.4.41"; name = "attr-2.4.41";
src = fetchurl { src = fetchurl {
url = ftp://oss.sgi.com/projects/xfs/cmd_tars/attr_2.4.41-1.tar.gz; # The file cannot be downloaded from sgi.com.
#url = ftp://oss.sgi.com/projects/xfs/cmd_tars/attr_2.4.41-1.tar.gz;
url = "http://gentoo.chem.wisc.edu/gentoo/distfiles/attr_2.4.41-1.tar.gz";
sha256 = "0dc286g8vr402aca6wg945sdm92bys8a142vrkwx6bkjz4bwz6gp"; sha256 = "0dc286g8vr402aca6wg945sdm92bys8a142vrkwx6bkjz4bwz6gp";
}; };

View File

@ -0,0 +1,20 @@
{ stdenv, fetchurl, icu, expat, zlib, bzip2, python, version }:
assert version == "1.38.0";
stdenv.mkDerivation {
name = "boost-1.38.0";
meta = {
homepage = "http://boost.org/";
description = "Boost C++ Library Collection";
license = "boost-license";
};
src = fetchurl {
url = "mirror://sourceforge/boost/boost_1_38_0.tar.bz2";
sha256 = "0rk044s4m7l4sma6anml34vxcd9w0fzcy1cy7csbzynjyida9qry";
};
buildInputs = [icu expat zlib bzip2 python];
preConfigure =
"sed -e 's@^BJAM_CONFIG=\"\"@BJAM_CONFIG=\"-sEXPAT_INCLUDE=${expat}/include -sEXPAT_LIBPATH=${expat}/lib --layout=system variant=debug,release threading=single,multi link=shared,static\"@g' -i configure";
configureFlags = "--with-icu=${icu} --with-python=${python}";
}

View File

@ -0,0 +1,15 @@
{ stdenv, fetchurl }:
stdenv.mkDerivation {
name = "eventlog-0.2.9";
src = fetchurl {
url = "http://www.balabit.com/downloads/files/eventlog/0.2/eventlog_0.2.9.tar.gz";
sha256 = "1cairmv47b66blrxwrgf4qwabfflak9b1dwkiyxnc9rj5svnq50m";
};
meta = {
description = "A new API to format and send structured log messages.";
homepage = "http://www.balabit.com/support/community/products/";
license = "BSD";
};
}

View File

@ -1,16 +1,23 @@
{stdenv, fetchurl, flex, bison}: {stdenv, fetchurl, flex, bison}:
stdenv.mkDerivation rec { stdenv.mkDerivation rec {
name = "libpcap-0.9.4"; name = "libpcap-1.0.0";
src = fetchurl { src = fetchurl {
url = [ url = [
"mirror://tcpdump/release/${name}.tar.gz" "mirror://tcpdump/release/${name}.tar.gz"
"http://www.sfr-fresh.com/unix/misc/${name}.tar.gz" "http://www.sfr-fresh.com/unix/misc/${name}.tar.gz"
]; ];
sha256 = "0q0cnn607kfa4y4rbz3glg5lfr8r08s8l08w8fwrr3d6njjzd71p"; sha256 = "1h3kmj485qz1i08xs4sc3a0bmhs1rvq0h7gycs7paap2szhw8552";
}; };
buildInputs = [flex bison]; buildInputs = [flex bison];
configureFlags = " configureFlags = [
${if stdenv.system == "i686-linux" then "--with-pcap=linux" else ""} "${if stdenv.system == "i686-linux" then "--with-pcap=linux" else ""}"
"; "--with-pcap=linux"
];
preInstall = ''ensureDir $out/bin'';
patches = if stdenv.system == "i686-linux"
then []
else [ ./libpcap_amd64.patch ];
} }

View File

@ -1,11 +1,11 @@
args: with args; {stdenv, fetchurl, autoconf, automake, libtool, libxml2, cppunit, boost,
apr, aprutil, db45, expat}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "log4cxx-0.9.7"; name = "log4cxx-0.10.0";
src = fetchurl { src = fetchurl {
url = http://archive.apache.org/dist/logging/log4cxx/log4cxx-0.9.7.tar.gz; url = http://apache.mirrors.hoobly.com/logging/log4cxx/0.10.0/apache-log4cxx-0.10.0.tar.gz;
sha256 = "1ikyxd8jgf7b2cqjk5lidl7cffs114iiblaczaqbv5bm4vyb4hav"; sha256 = "130cjafck1jlqv92mxbn47yhxd2ccwwnprk605c6lmm941i3kq0d";
}; };
buildInputs = [ autoconf automake libtool libxml2 cppunit boost ]; buildInputs = [ autoconf automake libtool libxml2 cppunit boost apr aprutil db45 expat];
patchPhase = "sh autogen.sh; sed -e 's/DOMConfigurator::subst/subst/' -i include/log4cxx/xml/domconfigurator.h";
} }

View File

@ -1,13 +1,15 @@
args: with args; args: with args;
stdenv.mkDerivation { stdenv.mkDerivation {
name = "qt-4.4.0"; name = "qt-4.4.3";
src = fetchurl { src = fetchurl {
url = ftp://ftp.trolltech.com/qt/source/qt-x11-opensource-src-4.4.0.tar.bz2; url = ftp://ftp.trolltech.com/qt/source/qt-x11-opensource-src-4.4.3.tar.bz2;
sha256 = "871dc71c6c905212f2fea7e6598362114a3b6097c220b0b251f8d159ee7d706e"; sha256 = "1nfdf1aj6vb7qyacsnjyjxrnaf44hz7vzykf6zra2znd87pglz51";
}; };
setupHook = ./setup-hook.sh; setupHook = ./setup-hook.sh;
propagatedBuildInputs = [ propagatedBuildInputs = [
libXft libXft
libXrender libXrender
@ -37,14 +39,32 @@ stdenv.mkDerivation {
glib glib
libtiff libtiff
]; ];
prefixKey = "-prefix "; prefixKey = "-prefix ";
configureFlags = "
configureFlags = ''
-v -no-separate-debug-info -release -v -no-separate-debug-info -release
-system-zlib -system-libpng -system-libjpeg -fast -system-zlib -system-libpng -system-libjpeg -fast
-qt-gif -confirm-license -qt-gif -confirm-license
-opengl -xrender -xrandr -xinerama -xcursor -qt-sql-mysql -opengl -xrender -xrandr -xinerama -xcursor -qt-sql-mysql
-qdbus -cups -glib -xfixes -qdbus -cups -glib -xfixes
-fontconfig -I${freetype}/include/freetype2"; -fontconfig -I${freetype}/include/freetype2
'';
patchPhase = "sed -e 's@/bin/pwd@pwd@' -i configure; sed -e 's@/usr@/FOO@' -i config.tests/*/*.test -i mkspecs/*/*.conf"; patchPhase = ''
substituteInPlace configure --replace /bin/pwd pwd
sed -e 's@/usr@/FOO@' -i config.tests/*/*.test -i mkspecs/*/*.conf
'';
# Remove the documentation: it takes up >= 130 MB, which is more
# than half of the installed size. Ideally we should put this in a
# separate package (as well as the Qt Designer).
postInstall = ''
rm -rf $out/share/doc
'';
meta = {
homepage = http://www.qtsoftware.com/downloads/opensource/appdev/linux-x11-cpp;
description = "A cross-platform application framework for C++";
};
} }

View File

@ -1,4 +1,5 @@
export QTDIR=@out@ export QTDIR=@out@
if [ -n $qt4BadIncludes ]; then if [ -n $qt4BadIncludes ]; then
for d in @out@/include/*; do for d in @out@/include/*; do
export NIX_CFLAGS_COMPILE="$NIX_CFLAGS_COMPILE -I$d"; export NIX_CFLAGS_COMPILE="$NIX_CFLAGS_COMPILE -I$d";

View File

@ -0,0 +1,16 @@
{stdenv, fetchurl, cmake, mesa, libX11, xproto, libXt }:
stdenv.mkDerivation {
name = "vtk-5.2.1";
src = fetchurl {
url = http://www.vtk.org/files/release/5.2/vtk-5.2.1.tar.gz;
sha256 = "c81521b3767a044745336212cbde500d6e97a1f8ba647bc590857e36f57003bb";
};
buildInputs = [ cmake mesa libX11 xproto libXt ];
meta = {
description = "Open source libraries for 3D computer graphics, image processing and visualization";
homepage = http://www.vtk.org/;
license = "BSD";
};
}

View File

@ -0,0 +1,20 @@
{fetchurl, buildPerlPackage, zlib}:
buildPerlPackage rec {
name = "Compress-Raw-Zlib-2.015";
src = fetchurl {
url = "mirror://cpan/authors/id/P/PM/PMQS/${name}.tar.gz";
sha256 = "0g6kz73jxqjfln2pi500y7rr96mhad16hrp5wy6542fapamv4xcd";
};
preConfigure = ''
cat > config.in <<EOF
BUILD_ZLIB = False
INCLUDE = ${zlib}/include
LIB = ${zlib}/lib
OLD_ZLIB = False
GZIP_OS_CODE = AUTO_DETECT
EOF
'';
}

View File

@ -2,14 +2,10 @@ source $stdenv/setup
PERL5LIB="$PERL5LIB${PERL5LIB:+:}$out/lib/site_perl" PERL5LIB="$PERL5LIB${PERL5LIB:+:}$out/lib/site_perl"
oldIFS=$IFS
IFS=:
perlFlags= perlFlags=
for i in $PERL5LIB; do for i in $(IFS=:; echo $PERL5LIB); do
perlFlags="$perlFlags -I$i" perlFlags="$perlFlags -I$i"
done done
IFS=$oldIFS
echo "Perl flags: $perlFlags"
oldPreConfigure="$preConfigure" oldPreConfigure="$preConfigure"
preConfigure=preConfigure preConfigure=preConfigure
@ -42,6 +38,15 @@ postFixup() {
if test -e $out/nix-support/propagated-build-inputs; then if test -e $out/nix-support/propagated-build-inputs; then
ln -s $out/nix-support/propagated-build-inputs $out/nix-support/propagated-user-env-packages ln -s $out/nix-support/propagated-build-inputs $out/nix-support/propagated-user-env-packages
fi fi
# Some (broken?) packages install in $out/lib/${perlVersion}
# instead of $out/lib/site_perl/${perlVersion}. Try to fix that
# automatically.
if ! test -e $out/lib/site_perl; then
echo "fixing wrong Perl installation path..."
ensureDir $out/lib/site_perl
mv $out/lib/5.* $out/lib/site_perl
fi
} }
if test -n "$perlPreHook"; then if test -n "$perlPreHook"; then

View File

@ -2,8 +2,17 @@ perl:
attrs: attrs:
perl.stdenv.mkDerivation (attrs // { perl.stdenv.mkDerivation (
{
doCheck = true;
checkTarget = "test";
}
//
attrs
//
{
name = "perl-" + attrs.name; name = "perl-" + attrs.name;
builder = ./builder.sh; builder = ./builder.sh;
buildInputs = [(if attrs ? buildInputs then attrs.buildInputs else []) perl]; buildInputs = [(if attrs ? buildInputs then attrs.buildInputs else []) perl];
}) }
)

View File

@ -1,14 +1,15 @@
{stdenv, fetchurl}: {stdenv, fetchurl}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "lsof-4.80"; name = "lsof-4.81";
src = fetchurl { src = fetchurl {
urls = [ urls = [
ftp://lsof.itap.purdue.edu/pub/tools/unix/lsof/lsof_4.80.tar.bz2 http://ftp.uni-bayreuth.de/packages/tools/lsof/lsof_4.81.tar.bz2
ftp://lsof.itap.purdue.edu/pub/tools/unix/lsof/OLD/lsof_4.80.tar.bz2 ftp://lsof.itap.purdue.edu/pub/tools/unix/lsof/lsof_4.81.tar.bz2
ftp://lsof.itap.purdue.edu/pub/tools/unix/lsof/OLD/lsof_4.81.tar.bz2
]; ];
sha256 = "1q0k3c9ajpdxkhqq793pl4fdfnrwl5hgwk9556gvcj96hllssgbr"; sha256 = "1fcamd8qpczgb3kz9b2rhflbq6lyd3lic4i7xl7n99fx76ha1n19";
}; };
unpackPhase = "tar xvjf $src; cd lsof_*; tar xvf lsof_*.tar; sourceRoot=$( echo lsof_*/); "; unpackPhase = "tar xvjf $src; cd lsof_*; tar xvf lsof_*.tar; sourceRoot=$( echo lsof_*/); ";

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@ -0,0 +1,23 @@
{stdenv, fetchurl, SDL, SDL_image, SDL_mixer, SDL_net} :
stdenv.mkDerivation {
name = "gav-0.9.0";
src = fetchurl {
url = "mirror://sourceforge/gav/gav-0.9.0.tar.gz";
sha256 = "8f0deb8b2cd775b339229054f4f282583a4cfbcba9d27a6213cf910bab944f3e";
};
patchPhase = ''
mkdir -p $out/bin
sed -e "s@/usr@$out@" -i Makefile
sed -e "s@/usr@$out@" -i Theme.h
'';
buildInputs = [SDL SDL_image SDL_mixer SDL_net];
meta = {
description = "Remake of AV Arcade Volleyball";
homepage = http://gav.sourceforge.net/;
license = "GPLv2+";
};
}

22
pkgs/lib/attrsets.nix Normal file
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@ -0,0 +1,22 @@
# Operations on attribute sets.
with { inherit (builtins) head tail; };
rec {
inherit (builtins) attrNames listToAttrs hasAttr isAttrs;
# Return an attribute from nested attribute sets. For instance ["x"
# "y"] applied to some set e returns e.x.y, if it exists. The
# default value is returned otherwise. !!! there is also
# builtins.getAttr (is there a better name for this function?)
getAttr = attrPath: default: e:
let attr = head attrPath;
in
if attrPath == [] then e
else if builtins ? hasAttr && hasAttr attr e
then getAttr (tail attrPath) default (builtins.getAttr attr e)
else default;
}

15
pkgs/lib/debug.nix Normal file
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@ -0,0 +1,15 @@
rec {
# Wrapper aroung the primop `addErrorContext', which shouldn't used
# directly. It evaluates and returns `val', but if an evaluation
# error occurs, the text in `msg' is added to the error context
# (stack trace) printed by Nix.
addErrorContext =
if builtins ? addErrorContext
then builtins.addErrorContext
else msg: val: val;
}

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@ -1,871 +1,17 @@
# Utility functions.
let let
inherit (builtins) trivial = import ./trivial.nix;
head tail isList stringLength substring lessThan sub lists = import ./lists.nix;
listToAttrs attrNames hasAttr; strings = import ./strings.nix;
attrsets = import ./attrsets.nix;
sources = import ./sources.nix;
options = import ./options.nix;
debug = import ./debug.nix;
misc = import ./misc.nix;
in in
{ inherit trivial lists strings attrsets sources options debug; }
rec { # !!! don't include everything at top-level; perhaps only the most
listOfListsToAttrs = ll : builtins.listToAttrs (map (l : { name = (head l); value = (head (tail l)); }) ll); # commonly used functions.
// trivial // lists // strings // attrsets // sources // options
// debug // misc
# Identity function.
id = x: x;
# accumulates / merges all attr sets until null is fed.
# example: sumArgs id { a = 'a'; x = 'x'; } { y = 'y'; x = 'X'; } null
# result : { a = 'a'; x = 'X'; y = 'Y'; }
innerSumArgs = f : x : y : (if y == null then (f x)
else (innerSumArgs f (x // y)));
sumArgs = f : innerSumArgs f {};
# Advanced sumArgs version. Hm, twice as slow, I'm afraid.
# composedArgs id (x:x//{a="b";}) (x:x//{b=x.a + "c";}) null;
# {a="b" ; b="bc";};
innerComposedArgs = f : x : y : (if y==null then (f x)
else (if (builtins.isAttrs y) then
(innerComposedArgs f (x//y))
else (innerComposedArgs f (y x))));
composedArgs = f: innerComposedArgs f {};
defaultMergeArg = x : y: if builtins.isAttrs y then
y
else
(y x);
defaultMerge = x: y: x // (defaultMergeArg x y);
sumTwoArgs = f: x: y:
f (defaultMerge x y);
foldArgs = merger: f: init: x:
let arg=(merger init (defaultMergeArg init x)); in
# now add the function with composed args already applied to the final attrs
setAttrMerge "passthru" {} (f arg) ( x : x // { function = foldArgs merger f arg; } );
# returns f x // { passthru.fun = y : f (merge x y); } while preserving other passthru names.
# example: let ex = applyAndFun (x : removeAttrs x ["fixed"]) (mergeOrApply mergeAttr) {name = 6;};
# usage1 = ex.passthru.fun { name = 7; }; # result: { name = 7;}
# usage2 = ex.passthru.fun (a: a // {name = __add a.name 1; }); # result: { a = 7; }
# fix usage:
# usage3a = ex.passthru.fun (a: a // {name2 = a.fixed.toBePassed; }); # usage3a will fail because toBePassed is not yet given
# usage3b usage3a.passthru.fun { toBePassed = "foo";}; # result { name = 7; name2 = "foo"; toBePassed = "foo"; fixed = <this attrs>; }
applyAndFun = f : merge : x : assert (__isAttrs x || __isFunction x);
let takeFix = if (__isFunction x) then x else (attr: merge attr x); in
setAttrMerge "passthru" {} (fix (fixed : f (takeFix {inherit fixed;})))
( y : y //
{
fun = z : applyAndFun f merge (fixed: merge (takeFix fixed) z);
funMerge = z : applyAndFun f merge (fixed: let e = takeFix fixed; in merge e (merge e z));
} );
mergeOrApply = merge : x : y : if (__isFunction y) then y x else merge x y;
# rec { # an example of how composedArgsAndFun can be used
# a = composedArgsAndFun (x : x) { a = ["2"]; meta = { d = "bar";}; };
# # meta.d will be lost ! It's your task to preserve it (eg using a merge function)
# b = a.passthru.function { a = [ "3" ]; meta = { d2 = "bar2";}; };
# # instead of passing/ overriding values you can use a merge function:
# c = b.passthru.function ( x: { a = x.a ++ ["4"]; }); # consider using (maybeAttr "a" [] x)
# }
# result:
# {
# a = { a = ["2"]; meta = { d = "bar"; }; passthru = { function = .. }; };
# b = { a = ["3"]; meta = { d2 = "bar2"; }; passthru = { function = .. }; };
# c = { a = ["3" "4"]; meta = { d2 = "bar2"; }; passthru = { function = .. }; };
# # c2 is equal to c
# }
composedArgsAndFun = f: foldArgs defaultMerge f {};
# example a = pairMap (x : y : x + y) ["a" "b" "c" "d"];
# result: ["ab" "cd"]
innerPairMap = acc: f: l:
if l == [] then acc else
innerPairMap (acc ++ [(f (head l)(head (tail l)))])
f (tail (tail l));
pairMap = innerPairMap [];
# "Fold" a binary function `op' between successive elements of
# `list' with `nul' as the starting value, i.e., `fold op nul [x_1
# x_2 ... x_n] == op x_1 (op x_2 ... (op x_n nul))'. (This is
# Haskell's foldr).
fold = op: nul: list:
if list == []
then nul
else op (head list) (fold op nul (tail list));
# Haskell's fold
foldl = op: nul: list:
if list == []
then nul
else fold op (op nul (head list)) (tail list);
# Concatenate a list of lists.
concatList = x : y : x ++ y;
concatLists = fold concatList [];
# Concatenate a list of strings.
concatStrings =
fold (x: y: x + y) "";
# Map and concatenate the result.
concatMap = f: list: concatLists (map f list);
concatMapStrings = f: list: concatStrings (map f list);
# Place an element between each element of a list, e.g.,
# `intersperse "," ["a" "b" "c"]' returns ["a" "," "b" "," "c"].
intersperse = separator: list:
if list == [] || tail list == []
then list
else [(head list) separator]
++ (intersperse separator (tail list));
toList = x : if (__isList x) then x else [x];
concatStringsSep = separator: list:
concatStrings (intersperse separator list);
makeLibraryPath = paths: concatStringsSep ":" (map (path: path + "/lib") paths);
# Flatten the argument into a single list; that is, nested lists are
# spliced into the top-level lists. E.g., `flatten [1 [2 [3] 4] 5]
# == [1 2 3 4 5]' and `flatten 1 == [1]'.
flatten = x:
if isList x
then fold (x: y: (flatten x) ++ y) [] x
else [x];
# Return an attribute from nested attribute sets. For instance ["x"
# "y"] applied to some set e returns e.x.y, if it exists. The
# default value is returned otherwise.
# comment: there is also builtins.getAttr ? (is there a better name for this function?)
getAttr = attrPath: default: e:
let attr = head attrPath;
in
if attrPath == [] then e
else if builtins ? hasAttr && builtins.hasAttr attr e
then getAttr (tail attrPath) default (builtins.getAttr attr e)
else default;
# shortcut for getAttr ["name"] default attrs
maybeAttr = name: default: attrs:
if (__hasAttr name attrs) then (__getAttr name attrs) else default;
# Filter a list using a predicate; that is, return a list containing
# every element from `list' for which `pred' returns true.
filter = pred: list:
fold (x: y: if pred x then [x] ++ y else y) [] list;
# Return true if `list' has an element `x':
elem = x: list: fold (a: bs: x == a || bs) false list;
# Find the sole element in the list matching the specified
# predicate, returns `default' if no such element exists, or
# `multiple' if there are multiple matching elements.
findSingle = pred: default: multiple: list:
let found = filter pred list;
in if found == [] then default
else if tail found != [] then multiple
else head found;
# Return true iff function `pred' returns true for at least element
# of `list'.
any = pred: list:
if list == [] then false
else if pred (head list) then true
else any pred (tail list);
# Return true iff function `pred' returns true for all elements of
# `list'.
all = pred: list:
if list == [] then true
else if pred (head list) then all pred (tail list)
else false;
# much shorter implementations using map and fold (are lazy as well)
# which ones are better?
# true if all/ at least one element(s) satisfy f
# all = f : l : fold logicalAND true (map f l);
# any = f : l : fold logicalOR false (map f l);
# Return true if each element of a list is equal, false otherwise.
eqLists = xs: ys:
if xs == [] && ys == [] then true
else if xs == [] || ys == [] then false
else head xs == head ys && eqLists (tail xs) (tail ys);
# Workaround, but works in stable Nix now.
eqStrings = a: b: (a+(substring 0 0 b)) == ((substring 0 0 a)+b);
# Determine whether a filename ends in the given suffix.
hasSuffix = ext: fileName:
let lenFileName = stringLength fileName;
lenExt = stringLength ext;
in !(lessThan lenFileName lenExt) &&
substring (sub lenFileName lenExt) lenFileName fileName == ext;
hasSuffixHack = a: b: hasSuffix (a+(substring 0 0 b)) ((substring 0 0 a)+b);
# Bring in a path as a source, filtering out all Subversion and CVS
# directories, as well as backup files (*~).
cleanSource =
let filter = name: type: let baseName = baseNameOf (toString name); in ! (
# Filter out Subversion and CVS directories.
(type == "directory" && (baseName == ".svn" || baseName == "CVS")) ||
# Filter out backup files.
(hasSuffix "~" baseName)
);
in src: builtins.filterSource filter src;
# Get all files ending with the specified suffices from the given
# directory. E.g. `sourceFilesBySuffices ./dir [".xml" ".c"]'.
sourceFilesBySuffices = path: exts:
let filter = name: type:
let base = baseNameOf (toString name);
in type != "directory" && any (ext: hasSuffix ext base) exts;
in builtins.filterSource filter path;
# Return a singleton list or an empty list, depending on a boolean
# value. Useful when building lists with optional elements
# (e.g. `++ optional (system == "i686-linux") flashplayer').
optional = cond: elem: if cond then [elem] else [];
# Return a list or an empty list, dependening on a boolean value.
optionals = cond: elems: if cond then elems else [];
optionalString = cond: string: if cond then string else "";
# Return the second argument if the first one is true or the empty version
# of the second argument.
ifEnable = cond: val:
if cond then val
else if builtins.isList val then []
else if builtins.isAttrs val then {}
# else if builtins.isString val then ""
else if (val == true || val == false) then false
else null;
# Return a list of integers from `first' up to and including `last'.
range = first: last:
if builtins.lessThan last first
then []
else [first] ++ range (builtins.add first 1) last;
# Return true only if there is an attribute and it is true.
checkFlag = attrSet: name:
if (name == "true") then true else
if (name == "false") then false else
if (isInList (getAttr ["flags"] [] attrSet) name) then true else
getAttr [name] false attrSet ;
logicalOR = x: y: x || y;
logicalAND = x: y: x && y;
# Input : attrSet, [ [name default] ... ], name
# Output : its value or default.
getValue = attrSet: argList: name:
( getAttr [name] (if checkFlag attrSet name then true else
if argList == [] then null else
let x = builtins.head argList; in
if (head x) == name then
(head (tail x))
else (getValue attrSet
(tail argList) name)) attrSet );
# Input : attrSet, [[name default] ...], [ [flagname reqs..] ... ]
# Output : are reqs satisfied? It's asserted.
checkReqs = attrSet : argList : condList :
(
fold logicalAND true
(map (x: let name = (head x) ; in
((checkFlag attrSet name) ->
(fold logicalAND true
(map (y: let val=(getValue attrSet argList y); in
(val!=null) && (val!=false))
(tail x))))) condList)) ;
isInList = list: x:
if (list == []) then false else
if (x == (head list)) then true else
isInList (tail list) x;
uniqList = {inputList, outputList ? []}:
if (inputList == []) then outputList else
let x=head inputList;
newOutputList = outputList ++
(if (isInList outputList x) then [] else [x]);
in uniqList {outputList=newOutputList;
inputList = (tail inputList);};
uniqListExt = {inputList, outputList ? [],
getter ? (x : x), compare ? (x: y: x==y)}:
if (inputList == []) then outputList else
let x=head inputList;
isX = y: (compare (getter y) (getter x));
newOutputList = outputList ++
(if any isX outputList then [] else [x]);
in uniqListExt {outputList=newOutputList;
inputList = (tail inputList);
inherit getter compare;
};
condConcat = name: list: checker:
if list == [] then name else
if checker (head list) then
condConcat
(name + (head (tail list)))
(tail (tail list))
checker
else condConcat
name (tail (tail list)) checker;
# Merge sets of attributes and use the function f to merge
# attributes values.
zip = f: sets:
builtins.listToAttrs (map (name: {
inherit name;
value =
f name
(map (__getAttr name)
(filter (__hasAttr name) sets));
}) (concatMap builtins.attrNames sets));
# divide a list in two depending on the evaluation of a predicate.
partition = pred:
fold (h: t:
if pred h
then { right = [h] ++ t.right; wrong = t.wrong; }
else { right = t.right; wrong = [h] ++ t.wrong; }
) { right = []; wrong = []; };
# Take a function and evaluate it with its own returned value.
fix = f:
(rec { result = f result; }).result;
# flatten a list of elements by following the properties of the elements.
# next : return the list of following elements.
# seen : lists of elements already visited.
# default: result if 'x' is empty.
# x : list of values that have to be processed.
uniqFlatten = next: seen: default: x:
if x == []
then default
else
let h = head x; t = tail x; n = next h; in
if elem h seen
then uniqFlatten next seen default t
else uniqFlatten next (seen ++ [h]) (default ++ [h]) (n ++ t)
;
/* If. ThenElse. Always. */
# create "if" statement that can be dealyed on sets until a "then-else" or
# "always" set is reached. When an always set is reached the condition
# is ignore.
isIf = attrs: (typeOf attrs) == "if";
mkIf = condition: thenelse:
if isIf thenelse then
mkIf (condition && thenelse.condition) thenelse.thenelse
else {
_type = "if";
inherit condition thenelse;
};
isNotdef = attrs: (typeOf attrs) == "notdef";
mkNotdef = {_type = "notdef";};
isThenElse = attrs: (typeOf attrs) == "then-else";
mkThenElse = attrs:
assert attrs ? thenPart && attrs ? elsePart;
attrs // { _type = "then-else"; };
isAlways = attrs: (typeOf attrs) == "always";
mkAlways = value: { inherit value; _type = "always"; };
pushIf = f: attrs:
if isIf attrs then pushIf f (
let val = attrs.thenelse; in
# evaluate the condition.
if isThenElse val then
if attrs.condition then
val.thenPart
else
val.elsePart
# ignore the condition.
else if isAlways val then
val.value
# otherwise
else
f attrs.condition val)
else
attrs;
# take care otherwise you will have to handle this by hand.
rmIf = pushIf (condition: val: val);
evalIf = pushIf (condition: val:
if condition then val else mkNotdef
);
delayIf = pushIf (condition: val:
# rewrite the condition on sub-attributes.
mapAttrs (name: mkIf condition) val
);
/* Options. */
mkOption = attrs: attrs // {_type = "option";};
typeOf = x: if (__isAttrs x && x ? _type) then x._type else "";
isOption = attrs: (typeOf attrs) == "option";
addDefaultOptionValues = defs: opts: opts //
builtins.listToAttrs (map (defName:
{ name = defName;
value =
let
defValue = builtins.getAttr defName defs;
optValue = builtins.getAttr defName opts;
in
if typeOf defValue == "option"
then
# `defValue' is an option.
if builtins.hasAttr defName opts
then builtins.getAttr defName opts
else defValue.default
else
# `defValue' is an attribute set containing options.
# So recurse.
if builtins.hasAttr defName opts && builtins.isAttrs optValue
then addDefaultOptionValues defValue optValue
else addDefaultOptionValues defValue {};
}
) (builtins.attrNames defs));
mergeDefaultOption = list:
if list != [] && tail list == [] then head list
else if all __isFunction list then x: mergeDefaultOption (map (f: f x) list)
else if all __isList list then concatLists list
else if all __isAttrs list then mergeAttrs list
else if all (x: true == x || false == x) list then fold logicalOR false list
else if all (x: x == toString x) list then concatStrings list
else throw "Cannot merge values.";
mergeTypedOption = typeName: predicate: merge: list:
if all predicate list then merge list
else throw "Expect a ${typeName}.";
mergeEnableOption = mergeTypedOption "boolean"
(x: true == x || false == x) (fold logicalOR false);
mergeListOption = mergeTypedOption "list"
__isList concatLists;
mergeStringOption = mergeTypedOption "string"
(x: if builtins ? isString then builtins.isString x else x + "")
concatStrings;
mergeOneOption = list:
if list == [] then abort "This case should never happens."
else if tail list != [] then throw "Multiple definitions. Only one is allowed for this option."
else head list;
# Handle the traversal of option sets. All sets inside 'opts' are zipped
# and options declaration and definition are separated. If no option are
# declared at a specific depth, then the function recurse into the values.
# Other cases are handled by the optionHandler which contains two
# functions that are used to defined your goal.
# - export is a function which takes two arguments which are the option
# and the list of values.
# - notHandle is a function which takes the list of values are not handle
# by this function.
handleOptionSets = optionHandler@{export, notHandle, ...}: path: opts:
if all __isAttrs opts then
zip (attr: opts:
let
# Compute the path to reach the attribute.
name = if path == "" then attr else path + "." + attr;
# Divide the definitions of the attribute "attr" between
# declaration (isOption) and definitions (!isOption).
test = partition isOption opts;
decls = test.right; defs = test.wrong;
# Return the option declaration and add missing default
# attributes.
opt = {
inherit name;
merge = mergeDefaultOption;
apply = id;
} // (head decls);
# Return the list of option sets.
optAttrs = map delayIf defs;
# return the list of option values.
# Remove undefined values that are coming from evalIf.
optValues = filter (x: !isNotdef x) (map evalIf defs);
in
if decls == [] then handleOptionSets optionHandler name optAttrs
else addErrorContext "while evaluating the option ${name}:" (
if tail decls != [] then throw "Multiple options."
else export opt optValues
)
) opts
else addErrorContext "while evaluating ${path}:" (notHandle opts);
# Merge option sets and produce a set of values which is the merging of
# all options declare and defined. If no values are defined for an
# option, then the default value is used otherwise it use the merge
# function of each option to get the result.
mergeOptionSets = noOption: newMergeOptionSets; # ignore argument
newMergeOptionSets =
handleOptionSets {
export = opt: values:
opt.apply (
if values == [] then
if opt ? default then opt.default
else throw "Not defined."
else opt.merge values
);
notHandle = opts: throw "Used without option declaration.";
};
# Keep all option declarations.
filterOptionSets =
handleOptionSets {
export = opt: values: opt;
notHandle = opts: {};
};
# Evaluate a list of option sets that would be merged with the
# function "merge" which expects two arguments. The attribute named
# "require" is used to imports option declarations and bindings.
#
# * cfg[0-9]: configuration
# * cfgSet[0-9]: configuration set
#
# merge: the function used to merge options sets.
# pkgs: is the set of packages available. (nixpkgs)
# opts: list of option sets or option set functions.
# config: result of this evaluation.
fixOptionSetsFun = merge: pkgs: opts: config:
let
# remove possible mkIf to access the require attribute.
noImportConditions = cfgSet0:
let cfgSet1 = delayIf cfgSet0; in
if cfgSet1 ? require then
cfgSet1 // { require = rmIf cfgSet1.require; }
else
cfgSet1;
# call configuration "files" with one of the existing convention.
argumentHandler = cfg:
let
# {..}
cfg0 = cfg;
# {pkgs, config, ...}: {..}
cfg1 = cfg { inherit pkgs config merge; };
# pkgs: config: {..}
cfg2 = cfg {} {};
in
if __isFunction cfg0 then
if builtins.isAttrs cfg1 then cfg1
else builtins.trace "Use '{pkgs, config, ...}:'." cfg2
else cfg0;
preprocess = cfg0:
let cfg1 = argumentHandler cfg0;
cfg2 = noImportConditions cfg1;
in cfg2;
getRequire = x: toList (getAttr ["require"] [] (preprocess x));
rmRequire = x: removeAttrs (preprocess x) ["require"];
in
merge "" (
map rmRequire (
uniqFlatten getRequire [] [] (toList opts)
)
);
fixOptionSets = merge: pkgs: opts:
fix (fixOptionSetsFun merge pkgs opts);
optionAttrSetToDocList = (l: attrs:
(if (getAttr ["_type"] "" attrs) == "option" then
[({
#inherit (attrs) description;
description = if attrs ? description then attrs.description else
throw ("No description ${toString l} : ${whatis attrs}");
}
//(if attrs ? example then {inherit(attrs) example;} else {} )
//(if attrs ? default then {inherit(attrs) default;} else {} )
//{name = l;}
)]
else (concatLists (map (s: (optionAttrSetToDocList
(l + (if l=="" then "" else ".") + s) (builtins.getAttr s attrs)))
(builtins.attrNames attrs)))));
innerModifySumArgs = f: x: a: b: if b == null then (f a b) // x else
innerModifySumArgs f x (a // b);
modifySumArgs = f: x: innerModifySumArgs f x {};
# Wrapper aroung addErrorContext. The builtin should not be used
# directly.
addErrorContext =
if builtins ? addErrorContext
then builtins.addErrorContext
else msg: val: val;
debugVal = if builtins ? trace then x: (builtins.trace x x) else x: x;
debugXMLVal = if builtins ? trace then x: (builtins.trace (builtins.toXML x) x) else x: x;
# this can help debug your code as well - designed to not produce thousands of lines
traceWhatis = x : __trace (whatis x) x;
traceMarked = str: x: __trace (str + (whatis x)) x;
attrNamesToStr = a : concatStringsSep "; " (map (x : "${x}=") (__attrNames a));
whatis = x :
if (__isAttrs x) then
if (x ? outPath) then "x is a derivation, name ${if x ? name then x.name else "<no name>"}, { ${attrNamesToStr x} }"
else "x is attr set { ${attrNamesToStr x} }"
else if (__isFunction x) then "x is a function"
else if (x == []) then "x is an empty list"
else if (__isList x) then "x is a list, first item is : ${whatis (__head x)}"
else if (x == true) then "x is boolean true"
else if (x == false) then "x is boolean false"
else if (x == null) then "x is null"
else "x is probably a string starting, starting characters: ${__substring 0 50 x}..";
# trace the arguments passed to function and its result
traceCall = n : f : a : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a));
traceCall2 = n : f : a : b : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a) (t "arg 2" b));
traceCall3 = n : f : a : b : c : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a) (t "arg 2" b) (t "arg 3" c));
innerClosePropagation = ready: list: if list == [] then ready else
if (head list) ? propagatedBuildInputs then
innerClosePropagation (ready ++ [(head list)])
((head list).propagatedBuildInputs ++ (tail list)) else
innerClosePropagation (ready ++ [(head list)]) (tail list);
closePropagation = list: (uniqList {inputList = (innerClosePropagation [] list);});
stringToCharacters = s : let l = __stringLength s; in
if (__lessThan l 1) then [""] else [(__substring 0 1 s)] ++ stringToCharacters (__substring 1 (__sub l 1) s);
# should this be implemented as primop ? Yes it should..
escapeShellArg = s :
let escapeChar = x : if ( x == "'" ) then "'\"'\"'" else x;
in "'" + concatStrings (map escapeChar (stringToCharacters s) ) +"'";
defineShList = name : list : "\n${name}=(${concatStringsSep " " (map escapeShellArg list)})\n";
# this as well :-) arg: http://foo/bar/bz.ext returns bz.ext
dropPath = s :
if s == "" then "" else
let takeTillSlash = left : c : s :
if left == 0 then s
else if (__substring left 1 s == "/") then
(__substring (__add left 1) (__sub c 1) s)
else takeTillSlash (__sub left 1) (__add c 1) s; in
takeTillSlash (__sub (__stringLength s) 1) 1 s;
# calls a function (f attr value ) for each record item. returns a list
# should be renamed to mapAttrsFlatten
mapRecordFlatten = f : r : map (attr: f attr (builtins.getAttr attr r) ) (attrNames r);
# maps a function on each attr value
# f = attr : value : ..
mapAttrs = f : r : listToAttrs ( mapRecordFlatten (a : v : nv a ( f a v ) ) r);
# to be used with listToAttrs (_a_ttribute _v_alue)
nv = name : value : { inherit name value; };
# attribute set containing one attribute
nvs = name : value : listToAttrs [ (nv name value) ];
# adds / replaces an attribute of an attribute set
setAttr = set : name : v : set // (nvs name v);
# setAttrMerge (similar to mergeAttrsWithFunc but only merges the values of a particular name)
# setAttrMerge "a" [] { a = [2];} (x : x ++ [3]) -> { a = [2 3]; }
# setAttrMerge "a" [] { } (x : x ++ [3]) -> { a = [ 3]; }
setAttrMerge = name : default : attrs : f :
setAttr attrs name (f (maybeAttr name default attrs));
# iterates over a list of attributes collecting the attribute attr if it exists
catAttrs = attr : l : fold ( s : l : if (hasAttr attr s) then [(builtins.getAttr attr s)] ++ l else l) [] l;
mergeAttr = x : y : x // y;
mergeAttrs = fold mergeAttr {};
attrVals = nameList : attrSet :
map (x: builtins.getAttr x attrSet) nameList;
# Using f = a : b = b the result is similar to //
# merge attributes with custom function handling the case that the attribute
# exists in both sets
mergeAttrsWithFunc = f : set1 : set2 :
fold (n: set : if (__hasAttr n set)
then setAttr set n (f (__getAttr n set) (__getAttr n set2))
else set )
set1 (__attrNames set2);
# merging two attribute set concatenating the values of same attribute names
# eg { a = 7; } { a = [ 2 3 ]; } becomes { a = [ 7 2 3 ]; }
mergeAttrsConcatenateValues = mergeAttrsWithFunc ( a : b : (toList a) ++ (toList b) );
# merges attributes using //, if a name exisits in both attributes
# an error will be triggered unless its listed in mergeLists
# so you can mergeAttrsNoOverride { buildInputs = [a]; } { buildInputs = [a]; } {} to get
# { buildInputs = [a b]; }
# merging buildPhase does'nt really make sense. The cases will be rare where appending /prefixing will fit your needs?
# in these cases the first buildPhase will override the second one
# ! depreceated, use mergeAttrByFunc instead
mergeAttrsNoOverride = { mergeLists ? ["buildInputs" "propagatedBuildInputs"],
overrideSnd ? [ "buildPhase" ]
} : attrs1 : attrs2 :
fold (n: set :
setAttr set n ( if (__hasAttr n set)
then # merge
if elem n mergeLists # attribute contains list, merge them by concatenating
then (__getAttr n attrs2) ++ (__getAttr n attrs1)
else if elem n overrideSnd
then __getAttr n attrs1
else throw "error mergeAttrsNoOverride, attribute ${n} given in both attributes - no merge func defined"
else __getAttr n attrs2 # add attribute not existing in attr1
)) attrs1 (__attrNames attrs2);
# example usage:
# mergeAttrByFunc {
# inherit mergeAttrBy; # defined below
# buildInputs = [ a b ];
# } {
# buildInputs = [ c d ];
# };
# will result in
# { mergeAttrsBy = [...]; buildInputs = [ a b c d ]; }
# is used by prepareDerivationArgs and can be used when composing using
# foldArgs, composedArgsAndFun or applyAndFun. Example: composableDerivation in all-packages.nix
mergeAttrByFunc = x : y :
let
mergeAttrBy2 = { mergeAttrBy=mergeAttr; }
// (maybeAttr "mergeAttrBy" {} x)
// (maybeAttr "mergeAttrBy" {} y); in
mergeAttrs [
x y
(mapAttrs ( a : v : # merge special names using given functions
if (__hasAttr a x)
then if (__hasAttr a y)
then v (__getAttr a x) (__getAttr a y) # both have attr, use merge func
else (__getAttr a x) # only x has attr
else (__getAttr a y) # only y has attr)
) (removeAttrs mergeAttrBy2
# don't merge attrs which are neither in x nor y
(filter (a : (! __hasAttr a x) && (! __hasAttr a y) )
(__attrNames mergeAttrBy2))
)
)
];
mergeAttrsByFuncDefaults = foldl mergeAttrByFunc { inherit mergeAttrBy; };
# sane defaults (same name as attr name so that inherit can be used)
mergeAttrBy = # { buildInputs = concatList; [...]; passthru = mergeAttr; [..]; }
listToAttrs (map (n : nv n concatList) [ "buildInputs" "propagatedBuildInputs" "configureFlags" "prePhases" "postAll" ])
// listToAttrs (map (n : nv n mergeAttr) [ "passthru" "meta" "cfg" "flags" ]);
# returns atribute values as a list
flattenAttrs = set : map ( attr : builtins.getAttr attr set) (attrNames set);
mapIf = cond : f : fold ( x : l : if (cond x) then [(f x)] ++ l else l) [];
# pick attrs subset_attr_names and apply f
subsetmap = f : attrs : subset_attr_names :
listToAttrs (fold ( attr : r : if __hasAttr attr attrs
then r ++ [ ( nv attr ( f (__getAttr attr attrs) ) ) ] else r ) []
subset_attr_names );
# prepareDerivationArgs tries to make writing configurable derivations easier
# example:
# prepareDerivationArgs {
# mergeAttrBy = {
# myScript = x : y : x ++ "\n" ++ y;
# };
# cfg = {
# readlineSupport = true;
# };
# flags = {
# readline = {
# set = {
# configureFlags = [ "--with-compiler=${compiler}" ];
# buildInputs = [ compiler ];
# pass = { inherit compiler; READLINE=1; };
# assertion = compiler.dllSupport;
# myScript = "foo";
# };
# unset = { configureFlags = ["--without-compiler"]; };
# };
# };
# src = ...
# buildPhase = '' ... '';
# name = ...
# myScript = "bar";
# };
# if you don't have need for unset you can omit the surrounding set = { .. } attr
# all attrs except flags cfg and mergeAttrBy will be merged with the
# additional data from flags depending on config settings
# It's used in composableDerivation in all-packages.nix. It's also used
# heavily in the new python and libs implementation
#
# should we check for misspelled cfg options?
prepareDerivationArgs = args:
let args2 = { cfg = {}; flags = {}; } // args;
flagName = name : "${name}Support";
cfgWithDefaults = (listToAttrs (map (n : nv (flagName n) false) (attrNames args2.flags)))
// args2.cfg;
opts = flattenAttrs (mapAttrs (a : v :
let v2 = if (v ? set || v ? unset) then v else { set = v; };
n = if (__getAttr (flagName a) cfgWithDefaults) then "set" else "unset";
attr = maybeAttr n {} v2; in
if (maybeAttr "assertion" true attr)
then attr
else throw "assertion of flag ${a} of derivation ${args.name} failed"
) args2.flags );
in removeAttrs
(mergeAttrsByFuncDefaults ([args] ++ opts ++ [{ passthru = cfgWithDefaults; }]))
["flags" "cfg" "mergeAttrBy" "fixed" ]; # fixed may be passed as fix argument or such
}

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# General list operations.
rec {
inherit (builtins) head tail isList;
# "Fold" a binary function `op' between successive elements of
# `list' with `nul' as the starting value, i.e., `fold op nul [x_1
# x_2 ... x_n] == op x_1 (op x_2 ... (op x_n nul))'. (This is
# Haskell's foldr).
fold = op: nul: list:
if list == []
then nul
else op (head list) (fold op nul (tail list));
# Left fold: `fold op nul [x_1 x_2 ... x_n] == op (... (op (op nul
# x_1) x_2) ... x_n)'.
foldl = op: nul: list:
if list == []
then nul
else foldl op (op nul (head list)) (tail list);
# Concatenate a list of lists.
concatLists = fold (x: y: x ++ y) [];
# Map and concatenate the result.
concatMap = f: list: concatLists (map f list);
# Flatten the argument into a single list; that is, nested lists are
# spliced into the top-level lists. E.g., `flatten [1 [2 [3] 4] 5]
# == [1 2 3 4 5]' and `flatten 1 == [1]'.
flatten = x:
if isList x
then fold (x: y: (flatten x) ++ y) [] x
else [x];
# Filter a list using a predicate; that is, return a list containing
# every element from `list' for which `pred' returns true.
filter = pred: list:
fold (x: y: if pred x then [x] ++ y else y) [] list;
# Return true if `list' has an element `x':
elem = x: list: fold (a: bs: x == a || bs) false list;
# Find the sole element in the list matching the specified
# predicate, returns `default' if no such element exists, or
# `multiple' if there are multiple matching elements.
findSingle = pred: default: multiple: list:
let found = filter pred list;
in if found == [] then default
else if tail found != [] then multiple
else head found;
# Return true iff function `pred' returns true for at least element
# of `list'.
any = pred: list:
if list == [] then false
else if pred (head list) then true
else any pred (tail list);
# Return true iff function `pred' returns true for all elements of
# `list'.
all = pred: list:
if list == [] then true
else if pred (head list) then all pred (tail list)
else false;
# Return true if each element of a list is equal, false otherwise.
eqLists = xs: ys:
if xs == [] && ys == [] then true
else if xs == [] || ys == [] then false
else head xs == head ys && eqLists (tail xs) (tail ys);
# Return a singleton list or an empty list, depending on a boolean
# value. Useful when building lists with optional elements
# (e.g. `++ optional (system == "i686-linux") flashplayer').
optional = cond: elem: if cond then [elem] else [];
# Return a list or an empty list, dependening on a boolean value.
optionals = cond: elems: if cond then elems else [];
# If argument is a list, return it; else, wrap it in a singleton
# list. If you're using this, you should almost certainly
# reconsider if there isn't a more "well-typed" approach.
toList = x: if builtins.isList x then x else [x];
# Return a list of integers from `first' up to and including `last'.
range = first: last:
if builtins.lessThan last first
then []
else [first] ++ range (builtins.add first 1) last;
# Partition the elements of a list in two lists, `right' and
# `wrong', depending on the evaluation of a predicate.
partition = pred:
fold (h: t:
if pred h
then { right = [h] ++ t.right; wrong = t.wrong; }
else { right = t.right; wrong = [h] ++ t.wrong; }
) { right = []; wrong = []; };
}

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let lib = import ./default.nix; in
with import ./lists.nix;
with import ./attrsets.nix;
with import ./strings.nix;
rec {
# accumulates / merges all attr sets until null is fed.
# example: sumArgs id { a = 'a'; x = 'x'; } { y = 'y'; x = 'X'; } null
# result : { a = 'a'; x = 'X'; y = 'Y'; }
innerSumArgs = f : x : y : (if y == null then (f x)
else (innerSumArgs f (x // y)));
sumArgs = f : innerSumArgs f {};
# Advanced sumArgs version. Hm, twice as slow, I'm afraid.
# composedArgs id (x:x//{a="b";}) (x:x//{b=x.a + "c";}) null;
# {a="b" ; b="bc";};
innerComposedArgs = f : x : y : (if y==null then (f x)
else (if (builtins.isAttrs y) then
(innerComposedArgs f (x//y))
else (innerComposedArgs f (y x))));
composedArgs = f: innerComposedArgs f {};
defaultMergeArg = x : y: if builtins.isAttrs y then
y
else
(y x);
defaultMerge = x: y: x // (defaultMergeArg x y);
sumTwoArgs = f: x: y:
f (defaultMerge x y);
foldArgs = merger: f: init: x:
let arg=(merger init (defaultMergeArg init x)); in
# now add the function with composed args already applied to the final attrs
setAttrMerge "passthru" {} (f arg) ( x : x // { function = foldArgs merger f arg; } );
# returns f x // { passthru.fun = y : f (merge x y); } while preserving other passthru names.
# example: let ex = applyAndFun (x : removeAttrs x ["fixed"]) (mergeOrApply mergeAttr) {name = 6;};
# usage1 = ex.passthru.fun { name = 7; }; # result: { name = 7;}
# usage2 = ex.passthru.fun (a: a // {name = __add a.name 1; }); # result: { a = 7; }
# fix usage:
# usage3a = ex.passthru.fun (a: a // {name2 = a.fixed.toBePassed; }); # usage3a will fail because toBePassed is not yet given
# usage3b usage3a.passthru.fun { toBePassed = "foo";}; # result { name = 7; name2 = "foo"; toBePassed = "foo"; fixed = <this attrs>; }
applyAndFun = f : merge : x : assert (__isAttrs x || __isFunction x);
let takeFix = if (__isFunction x) then x else (attr: merge attr x); in
setAttrMerge "passthru" {} (lib.fix (fixed : f (takeFix {inherit fixed;})))
( y : y //
{
fun = z : applyAndFun f merge (fixed: merge (takeFix fixed) z);
funMerge = z : applyAndFun f merge (fixed: let e = takeFix fixed; in merge e (merge e z));
} );
mergeOrApply = merge : x : y : if (__isFunction y) then y x else merge x y;
# rec { # an example of how composedArgsAndFun can be used
# a = composedArgsAndFun (x : x) { a = ["2"]; meta = { d = "bar";}; };
# # meta.d will be lost ! It's your task to preserve it (eg using a merge function)
# b = a.passthru.function { a = [ "3" ]; meta = { d2 = "bar2";}; };
# # instead of passing/ overriding values you can use a merge function:
# c = b.passthru.function ( x: { a = x.a ++ ["4"]; }); # consider using (maybeAttr "a" [] x)
# }
# result:
# {
# a = { a = ["2"]; meta = { d = "bar"; }; passthru = { function = .. }; };
# b = { a = ["3"]; meta = { d2 = "bar2"; }; passthru = { function = .. }; };
# c = { a = ["3" "4"]; meta = { d2 = "bar2"; }; passthru = { function = .. }; };
# # c2 is equal to c
# }
composedArgsAndFun = f: foldArgs defaultMerge f {};
# example a = pairMap (x : y : x + y) ["a" "b" "c" "d"];
# result: ["ab" "cd"]
innerPairMap = acc: f: l:
if l == [] then acc else
innerPairMap (acc ++ [(f (head l)(head (tail l)))])
f (tail (tail l));
pairMap = innerPairMap [];
# shortcut for getAttr ["name"] default attrs
maybeAttr = name: default: attrs:
if (__hasAttr name attrs) then (__getAttr name attrs) else default;
# Return the second argument if the first one is true or the empty version
# of the second argument.
ifEnable = cond: val:
if cond then val
else if builtins.isList val then []
else if builtins.isAttrs val then {}
# else if builtins.isString val then ""
else if (val == true || val == false) then false
else null;
# Return true only if there is an attribute and it is true.
checkFlag = attrSet: name:
if (name == "true") then true else
if (name == "false") then false else
if (elem name (getAttr ["flags"] [] attrSet)) then true else
getAttr [name] false attrSet ;
# Input : attrSet, [ [name default] ... ], name
# Output : its value or default.
getValue = attrSet: argList: name:
( getAttr [name] (if checkFlag attrSet name then true else
if argList == [] then null else
let x = builtins.head argList; in
if (head x) == name then
(head (tail x))
else (getValue attrSet
(tail argList) name)) attrSet );
# Input : attrSet, [[name default] ...], [ [flagname reqs..] ... ]
# Output : are reqs satisfied? It's asserted.
checkReqs = attrSet : argList : condList :
(
fold lib.and true
(map (x: let name = (head x) ; in
((checkFlag attrSet name) ->
(fold lib.and true
(map (y: let val=(getValue attrSet argList y); in
(val!=null) && (val!=false))
(tail x))))) condList)) ;
uniqList = {inputList, outputList ? []}:
if (inputList == []) then outputList else
let x=head inputList;
newOutputList = outputList ++
(if elem x outputList then [] else [x]);
in uniqList {outputList=newOutputList;
inputList = (tail inputList);};
uniqListExt = {inputList, outputList ? [],
getter ? (x : x), compare ? (x: y: x==y)}:
if (inputList == []) then outputList else
let x=head inputList;
isX = y: (compare (getter y) (getter x));
newOutputList = outputList ++
(if any isX outputList then [] else [x]);
in uniqListExt {outputList=newOutputList;
inputList = (tail inputList);
inherit getter compare;
};
condConcat = name: list: checker:
if list == [] then name else
if checker (head list) then
condConcat
(name + (head (tail list)))
(tail (tail list))
checker
else condConcat
name (tail (tail list)) checker;
# Merge sets of attributes and use the function f to merge
# attributes values.
zip = f: sets:
builtins.listToAttrs (map (name: {
inherit name;
value =
f name
(map (__getAttr name)
(filter (__hasAttr name) sets));
}) (concatMap builtins.attrNames sets));
# flatten a list of elements by following the properties of the elements.
# next : return the list of following elements.
# seen : lists of elements already visited.
# default: result if 'x' is empty.
# x : list of values that have to be processed.
uniqFlatten = next: seen: default: x:
if x == []
then default
else
let h = head x; t = tail x; n = next h; in
if elem h seen
then uniqFlatten next seen default t
else uniqFlatten next (seen ++ [h]) (default ++ [h]) (n ++ t)
;
innerModifySumArgs = f: x: a: b: if b == null then (f a b) // x else
innerModifySumArgs f x (a // b);
modifySumArgs = f: x: innerModifySumArgs f x {};
debugVal = if builtins ? trace then x: (builtins.trace x x) else x: x;
debugXMLVal = if builtins ? trace then x: (builtins.trace (builtins.toXML x) x) else x: x;
# this can help debug your code as well - designed to not produce thousands of lines
traceWhatis = x : __trace (whatis x) x;
traceMarked = str: x: __trace (str + (whatis x)) x;
attrNamesToStr = a : concatStringsSep "; " (map (x : "${x}=") (__attrNames a));
whatis = x :
if (__isAttrs x) then
if (x ? outPath) then "x is a derivation, name ${if x ? name then x.name else "<no name>"}, { ${attrNamesToStr x} }"
else "x is attr set { ${attrNamesToStr x} }"
else if (__isFunction x) then "x is a function"
else if (x == []) then "x is an empty list"
else if (__isList x) then "x is a list, first item is : ${whatis (__head x)}"
else if (x == true) then "x is boolean true"
else if (x == false) then "x is boolean false"
else if (x == null) then "x is null"
else "x is probably a string starting, starting characters: ${__substring 0 50 x}..";
# trace the arguments passed to function and its result
traceCall = n : f : a : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a));
traceCall2 = n : f : a : b : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a) (t "arg 2" b));
traceCall3 = n : f : a : b : c : let t = n2 : x : traceMarked "${n} ${n2}:" x; in t "result" (f (t "arg 1" a) (t "arg 2" b) (t "arg 3" c));
innerClosePropagation = ready: list: if list == [] then ready else
if (head list) ? propagatedBuildInputs then
innerClosePropagation (ready ++ [(head list)])
((head list).propagatedBuildInputs ++ (tail list)) else
innerClosePropagation (ready ++ [(head list)]) (tail list);
closePropagation = list: (uniqList {inputList = (innerClosePropagation [] list);});
# calls a function (f attr value ) for each record item. returns a list
# should be renamed to mapAttrsFlatten
mapRecordFlatten = f : r : map (attr: f attr (builtins.getAttr attr r) ) (attrNames r);
# maps a function on each attr value
# f = attr : value : ..
mapAttrs = f : r : listToAttrs ( mapRecordFlatten (a : v : nv a ( f a v ) ) r);
# to be used with listToAttrs (_a_ttribute _v_alue)
nv = name : value : { inherit name value; };
# attribute set containing one attribute
nvs = name : value : listToAttrs [ (nv name value) ];
# adds / replaces an attribute of an attribute set
setAttr = set : name : v : set // (nvs name v);
# setAttrMerge (similar to mergeAttrsWithFunc but only merges the values of a particular name)
# setAttrMerge "a" [] { a = [2];} (x : x ++ [3]) -> { a = [2 3]; }
# setAttrMerge "a" [] { } (x : x ++ [3]) -> { a = [ 3]; }
setAttrMerge = name : default : attrs : f :
setAttr attrs name (f (maybeAttr name default attrs));
# iterates over a list of attributes collecting the attribute attr if it exists
catAttrs = attr : l : fold ( s : l : if (hasAttr attr s) then [(builtins.getAttr attr s)] ++ l else l) [] l;
attrVals = nameList : attrSet :
map (x: builtins.getAttr x attrSet) nameList;
# Using f = a : b = b the result is similar to //
# merge attributes with custom function handling the case that the attribute
# exists in both sets
mergeAttrsWithFunc = f : set1 : set2 :
fold (n: set : if (__hasAttr n set)
then setAttr set n (f (__getAttr n set) (__getAttr n set2))
else set )
set1 (__attrNames set2);
# merging two attribute set concatenating the values of same attribute names
# eg { a = 7; } { a = [ 2 3 ]; } becomes { a = [ 7 2 3 ]; }
mergeAttrsConcatenateValues = mergeAttrsWithFunc ( a : b : (toList a) ++ (toList b) );
# merges attributes using //, if a name exisits in both attributes
# an error will be triggered unless its listed in mergeLists
# so you can mergeAttrsNoOverride { buildInputs = [a]; } { buildInputs = [a]; } {} to get
# { buildInputs = [a b]; }
# merging buildPhase does'nt really make sense. The cases will be rare where appending /prefixing will fit your needs?
# in these cases the first buildPhase will override the second one
# ! depreceated, use mergeAttrByFunc instead
mergeAttrsNoOverride = { mergeLists ? ["buildInputs" "propagatedBuildInputs"],
overrideSnd ? [ "buildPhase" ]
} : attrs1 : attrs2 :
fold (n: set :
setAttr set n ( if (__hasAttr n set)
then # merge
if elem n mergeLists # attribute contains list, merge them by concatenating
then (__getAttr n attrs2) ++ (__getAttr n attrs1)
else if elem n overrideSnd
then __getAttr n attrs1
else throw "error mergeAttrsNoOverride, attribute ${n} given in both attributes - no merge func defined"
else __getAttr n attrs2 # add attribute not existing in attr1
)) attrs1 (__attrNames attrs2);
# example usage:
# mergeAttrByFunc {
# inherit mergeAttrBy; # defined below
# buildInputs = [ a b ];
# } {
# buildInputs = [ c d ];
# };
# will result in
# { mergeAttrsBy = [...]; buildInputs = [ a b c d ]; }
# is used by prepareDerivationArgs and can be used when composing using
# foldArgs, composedArgsAndFun or applyAndFun. Example: composableDerivation in all-packages.nix
mergeAttrByFunc = x : y :
let
mergeAttrBy2 = { mergeAttrBy=lib.mergeAttrs; }
// (maybeAttr "mergeAttrBy" {} x)
// (maybeAttr "mergeAttrBy" {} y); in
fold lib.mergeAttrs {} [
x y
(mapAttrs ( a : v : # merge special names using given functions
if (__hasAttr a x)
then if (__hasAttr a y)
then v (__getAttr a x) (__getAttr a y) # both have attr, use merge func
else (__getAttr a x) # only x has attr
else (__getAttr a y) # only y has attr)
) (removeAttrs mergeAttrBy2
# don't merge attrs which are neither in x nor y
(filter (a : (! __hasAttr a x) && (! __hasAttr a y) )
(__attrNames mergeAttrBy2))
)
)
];
mergeAttrsByFuncDefaults = foldl mergeAttrByFunc { inherit mergeAttrBy; };
# sane defaults (same name as attr name so that inherit can be used)
mergeAttrBy = # { buildInputs = concatList; [...]; passthru = mergeAttr; [..]; }
listToAttrs (map (n : nv n lib.concat) [ "buildInputs" "propagatedBuildInputs" "configureFlags" "prePhases" "postAll" ])
// listToAttrs (map (n : nv n lib.mergeAttrs) [ "passthru" "meta" "cfg" "flags" ]);
# returns atribute values as a list
flattenAttrs = set : map ( attr : builtins.getAttr attr set) (attrNames set);
mapIf = cond : f : fold ( x : l : if (cond x) then [(f x)] ++ l else l) [];
# pick attrs subset_attr_names and apply f
subsetmap = f : attrs : subset_attr_names :
listToAttrs (fold ( attr : r : if __hasAttr attr attrs
then r ++ [ ( nv attr ( f (__getAttr attr attrs) ) ) ] else r ) []
subset_attr_names );
# prepareDerivationArgs tries to make writing configurable derivations easier
# example:
# prepareDerivationArgs {
# mergeAttrBy = {
# myScript = x : y : x ++ "\n" ++ y;
# };
# cfg = {
# readlineSupport = true;
# };
# flags = {
# readline = {
# set = {
# configureFlags = [ "--with-compiler=${compiler}" ];
# buildInputs = [ compiler ];
# pass = { inherit compiler; READLINE=1; };
# assertion = compiler.dllSupport;
# myScript = "foo";
# };
# unset = { configureFlags = ["--without-compiler"]; };
# };
# };
# src = ...
# buildPhase = '' ... '';
# name = ...
# myScript = "bar";
# };
# if you don't have need for unset you can omit the surrounding set = { .. } attr
# all attrs except flags cfg and mergeAttrBy will be merged with the
# additional data from flags depending on config settings
# It's used in composableDerivation in all-packages.nix. It's also used
# heavily in the new python and libs implementation
#
# should we check for misspelled cfg options?
prepareDerivationArgs = args:
let args2 = { cfg = {}; flags = {}; } // args;
flagName = name : "${name}Support";
cfgWithDefaults = (listToAttrs (map (n : nv (flagName n) false) (attrNames args2.flags)))
// args2.cfg;
opts = flattenAttrs (mapAttrs (a : v :
let v2 = if (v ? set || v ? unset) then v else { set = v; };
n = if (__getAttr (flagName a) cfgWithDefaults) then "set" else "unset";
attr = maybeAttr n {} v2; in
if (maybeAttr "assertion" true attr)
then attr
else throw "assertion of flag ${a} of derivation ${args.name} failed"
) args2.flags );
in removeAttrs
(mergeAttrsByFuncDefaults ([args] ++ opts ++ [{ passthru = cfgWithDefaults; }]))
["flags" "cfg" "mergeAttrBy" "fixed" ]; # fixed may be passed as fix argument or such
}

267
pkgs/lib/options.nix Normal file
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@ -0,0 +1,267 @@
# Nixpkgs/NixOS option handling.
let lib = import ./default.nix; in
with { inherit (builtins) head tail; };
with import ./lists.nix;
with import ./attrsets.nix;
rec {
mkOption = attrs: attrs // {_type = "option";};
typeOf = x: if (__isAttrs x && x ? _type) then x._type else "";
isOption = attrs: (typeOf attrs) == "option";
addDefaultOptionValues = defs: opts: opts //
builtins.listToAttrs (map (defName:
{ name = defName;
value =
let
defValue = builtins.getAttr defName defs;
optValue = builtins.getAttr defName opts;
in
if typeOf defValue == "option"
then
# `defValue' is an option.
if builtins.hasAttr defName opts
then builtins.getAttr defName opts
else defValue.default
else
# `defValue' is an attribute set containing options.
# So recurse.
if builtins.hasAttr defName opts && builtins.isAttrs optValue
then addDefaultOptionValues defValue optValue
else addDefaultOptionValues defValue {};
}
) (builtins.attrNames defs));
mergeDefaultOption = list:
if list != [] && tail list == [] then head list
else if all __isFunction list then x: mergeDefaultOption (map (f: f x) list)
else if all __isList list then concatLists list
else if all __isAttrs list then fold lib.mergeAttrs {} list
else if all (x: true == x || false == x) list then fold lib.or false list
else if all (x: x == toString x) list then lib.concatStrings list
else throw "Cannot merge values.";
mergeTypedOption = typeName: predicate: merge: list:
if all predicate list then merge list
else throw "Expect a ${typeName}.";
mergeEnableOption = mergeTypedOption "boolean"
(x: true == x || false == x) (fold lib.or false);
mergeListOption = mergeTypedOption "list"
__isList concatLists;
mergeStringOption = mergeTypedOption "string"
(x: if builtins ? isString then builtins.isString x else x + "")
lib.concatStrings;
mergeOneOption = list:
if list == [] then abort "This case should never happens."
else if tail list != [] then throw "Multiple definitions. Only one is allowed for this option."
else head list;
# Handle the traversal of option sets. All sets inside 'opts' are zipped
# and options declaration and definition are separated. If no option are
# declared at a specific depth, then the function recurse into the values.
# Other cases are handled by the optionHandler which contains two
# functions that are used to defined your goal.
# - export is a function which takes two arguments which are the option
# and the list of values.
# - notHandle is a function which takes the list of values are not handle
# by this function.
handleOptionSets = optionHandler@{export, notHandle, ...}: path: opts:
if all __isAttrs opts then
lib.zip (attr: opts:
let
# Compute the path to reach the attribute.
name = if path == "" then attr else path + "." + attr;
# Divide the definitions of the attribute "attr" between
# declaration (isOption) and definitions (!isOption).
test = partition isOption opts;
decls = test.right; defs = test.wrong;
# Return the option declaration and add missing default
# attributes.
opt = {
inherit name;
merge = mergeDefaultOption;
apply = lib.id;
} // (head decls);
# Return the list of option sets.
optAttrs = map delayIf defs;
# return the list of option values.
# Remove undefined values that are coming from evalIf.
optValues = filter (x: !isNotdef x) (map evalIf defs);
in
if decls == [] then handleOptionSets optionHandler name optAttrs
else lib.addErrorContext "while evaluating the option ${name}:" (
if tail decls != [] then throw "Multiple options."
else export opt optValues
)
) opts
else lib.addErrorContext "while evaluating ${path}:" (notHandle opts);
# Merge option sets and produce a set of values which is the merging of
# all options declare and defined. If no values are defined for an
# option, then the default value is used otherwise it use the merge
# function of each option to get the result.
mergeOptionSets = noOption: newMergeOptionSets; # ignore argument
newMergeOptionSets =
handleOptionSets {
export = opt: values:
opt.apply (
if values == [] then
if opt ? default then opt.default
else throw "Not defined."
else opt.merge values
);
notHandle = opts: throw "Used without option declaration.";
};
# Keep all option declarations.
filterOptionSets =
handleOptionSets {
export = opt: values: opt;
notHandle = opts: {};
};
# Evaluate a list of option sets that would be merged with the
# function "merge" which expects two arguments. The attribute named
# "require" is used to imports option declarations and bindings.
#
# * cfg[0-9]: configuration
# * cfgSet[0-9]: configuration set
#
# merge: the function used to merge options sets.
# pkgs: is the set of packages available. (nixpkgs)
# opts: list of option sets or option set functions.
# config: result of this evaluation.
fixOptionSetsFun = merge: pkgs: opts: config:
let
# remove possible mkIf to access the require attribute.
noImportConditions = cfgSet0:
let cfgSet1 = delayIf cfgSet0; in
if cfgSet1 ? require then
cfgSet1 // { require = rmIf cfgSet1.require; }
else
cfgSet1;
# call configuration "files" with one of the existing convention.
argumentHandler = cfg:
let
# {..}
cfg0 = cfg;
# {pkgs, config, ...}: {..}
cfg1 = cfg { inherit pkgs config merge; };
# pkgs: config: {..}
cfg2 = cfg {} {};
in
if __isFunction cfg0 then
if builtins.isAttrs cfg1 then cfg1
else builtins.trace "Use '{pkgs, config, ...}:'." cfg2
else cfg0;
preprocess = cfg0:
let cfg1 = argumentHandler cfg0;
cfg2 = noImportConditions cfg1;
in cfg2;
getRequire = x: toList (getAttr ["require"] [] (preprocess x));
rmRequire = x: removeAttrs (preprocess x) ["require"];
in
merge "" (
map rmRequire (
lib.uniqFlatten getRequire [] [] (toList opts)
)
);
fixOptionSets = merge: pkgs: opts:
lib.fix (fixOptionSetsFun merge pkgs opts);
optionAttrSetToDocList = l: attrs:
if (getAttr ["_type"] "" attrs) == "option" then
[({
#inherit (attrs) description;
description = if attrs ? description then attrs.description else
throw ("No description ${toString l} : ${lib.whatis attrs}");
}
// (if attrs ? example then {inherit(attrs) example;} else {} )
// (if attrs ? default then {inherit(attrs) default;} else {} )
// {name = l;}
)]
else (concatLists (map (s: (optionAttrSetToDocList
(l + (if l=="" then "" else ".") + s) (builtins.getAttr s attrs)))
(builtins.attrNames attrs)));
/* If. ThenElse. Always. */
# !!! cleanup needed
# create "if" statement that can be dealyed on sets until a "then-else" or
# "always" set is reached. When an always set is reached the condition
# is ignore.
isIf = attrs: (typeOf attrs) == "if";
mkIf = condition: thenelse:
if isIf thenelse then
mkIf (condition && thenelse.condition) thenelse.thenelse
else {
_type = "if";
inherit condition thenelse;
};
isNotdef = attrs: (typeOf attrs) == "notdef";
mkNotdef = {_type = "notdef";};
isThenElse = attrs: (typeOf attrs) == "then-else";
mkThenElse = attrs:
assert attrs ? thenPart && attrs ? elsePart;
attrs // { _type = "then-else"; };
isAlways = attrs: (typeOf attrs) == "always";
mkAlways = value: { inherit value; _type = "always"; };
pushIf = f: attrs:
if isIf attrs then pushIf f (
let val = attrs.thenelse; in
# evaluate the condition.
if isThenElse val then
if attrs.condition then
val.thenPart
else
val.elsePart
# ignore the condition.
else if isAlways val then
val.value
# otherwise
else
f attrs.condition val)
else
attrs;
# take care otherwise you will have to handle this by hand.
rmIf = pushIf (condition: val: val);
evalIf = pushIf (condition: val:
if condition then val else mkNotdef
);
delayIf = pushIf (condition: val:
# rewrite the condition on sub-attributes.
lib.mapAttrs (name: mkIf condition) val
);
}

29
pkgs/lib/sources.nix Normal file
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@ -0,0 +1,29 @@
# Functions for copying sources to the Nix store.
let lib = import ./default.nix; in
rec {
# Bring in a path as a source, filtering out all Subversion and CVS
# directories, as well as backup files (*~).
cleanSource =
let filter = name: type: let baseName = baseNameOf (toString name); in ! (
# Filter out Subversion and CVS directories.
(type == "directory" && (baseName == ".svn" || baseName == "CVS")) ||
# Filter out backup files.
(lib.hasSuffix "~" baseName)
);
in src: builtins.filterSource filter src;
# Get all files ending with the specified suffices from the given
# directory. E.g. `sourceFilesBySuffices ./dir [".xml" ".c"]'.
sourceFilesBySuffices = path: exts:
let filter = name: type:
let base = baseNameOf (toString name);
in type != "directory" && lib.any (ext: lib.hasSuffix ext base) exts;
in builtins.filterSource filter path;
}

85
pkgs/lib/strings.nix Normal file
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@ -0,0 +1,85 @@
/* String manipulation functions. */
let lib = import ./default.nix; in
rec {
inherit (builtins) stringLength substring head tail lessThan sub;
# Concatenate a list of strings.
concatStrings = lib.fold (x: y: x + y) "";
# Map a function over a list and concatenate the resulting strings.
concatMapStrings = f: list: concatStrings (map f list);
# Place an element between each element of a list, e.g.,
# `intersperse "," ["a" "b" "c"]' returns ["a" "," "b" "," "c"].
intersperse = separator: list:
if list == [] || tail list == []
then list
else [(head list) separator]
++ (intersperse separator (tail list));
# Concatenate a list of strings with a separator between each element, e.g.
# concatStringsSep " " ["foo" "bar" "xyzzy"] == "foo bar xyzzy"
concatStringsSep = separator: list:
concatStrings (intersperse separator list);
# Construct an RPATH containing the libraries for a set of packages,
# e.g. "${pkg1}/lib:${pkg2}/lib:...".
makeLibraryPath = paths: concatStringsSep ":" (map (path: path + "/lib") paths);
# Dependening on the boolean `cond', return either the given string
# or the empty string.
optionalString = cond: string: if cond then string else "";
# Determine whether a filename ends in the given suffix.
hasSuffix = ext: fileName:
let lenFileName = stringLength fileName;
lenExt = stringLength ext;
in !(lessThan lenFileName lenExt) &&
substring (sub lenFileName lenExt) lenFileName fileName == ext;
# Convert a string to a list of characters (i.e. singleton strings).
# For instance, "abc" becomes ["a" "b" "c"]. This allows you to,
# e.g., map a function over each character. However, note that this
# will likely be horribly inefficient; Nix is not a general purpose
# programming language. Complex string manipulations should, if
# appropriate, be done in a derivation.
stringToCharacters = s: let l = stringLength s; in
if l == 0
then []
else [(substring 0 1 s)] ++ stringToCharacters (substring 1 (builtins.sub l 1) s);
# !!! this function seems broken - it doesn't escape all special
# characters, and in any case this should be done in a builder.
escapeShellArg = s:
let escapeChar = x: if x == "'" then "'\"'\"'" else x;
in "'" + concatStrings (map escapeChar (stringToCharacters s)) + "'";
# !!! what is this for?
defineShList = name: list: "\n${name}=(${concatStringsSep " " (map escapeShellArg list)})\n";
# arg: http://foo/bar/bz.ext returns bz.ext
# !!! isn't this what the `baseNameOf' primop does?
dropPath = s :
if s == "" then "" else
let takeTillSlash = left : c : s :
if left == 0 then s
else if (__substring left 1 s == "/") then
(__substring (__add left 1) (__sub c 1) s)
else takeTillSlash (__sub left 1) (__add c 1) s; in
takeTillSlash (__sub (__stringLength s) 1) 1 s;
}

18
pkgs/lib/trivial.nix Normal file
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@ -0,0 +1,18 @@
rec {
# Identity function.
id = x: x;
# Constant function.
const = x: y: x;
# Named versions corresponding to some builtin operators.
concat = x: y: x ++ y;
or = x: y: x || y;
and = x: y: x && y;
mergeAttrs = x : y : x // y;
# Take a function and evaluate it with its own returned value.
fix = f: let result = f result; in result;
}

View File

@ -24,9 +24,6 @@ stdenv.mkDerivation {
installFlagsArray=(BUILDROOT=$out/destdir) installFlagsArray=(BUILDROOT=$out/destdir)
''; '';
# !!! Ideally, we wouldn't have Samba as a dependency of CUPS.
# Rather, the backend directory should be treated as configuration
# data generated in some other Nix expression in NixOS.
postInstall = '' postInstall = ''
mv $out/destdir/$out/* $out mv $out/destdir/$out/* $out
rm -rf $out/destdir rm -rf $out/destdir

View File

@ -69,7 +69,40 @@ mkDerivation {
phases= phases=
# only do all the setup stuff in nix-support/* # only do all the setup stuff in nix-support/*
set +e set +e
if [[ -z "\$ZSH_VERSION" ]]; then
source "$s" source "$s"
else
setopt interactivecomments
# fix bash indirection
# let's hope the bash arrays aren't used
# substitute is using bash array, so skip it
echo '
setopt NO_BAD_PATTERN
setopt NO_BANG_HIST
setopt NO_BG_NICE
setopt NO_EQUALS
setopt NO_FUNCTION_ARGZERO
setopt GLOB_SUBST
setopt NO_HUP
setopt INTERACTIVE_COMMENTS
setopt KSH_ARRAYS
setopt NO_MULTIOS
setopt NO_NOMATCH
setopt RM_STAR_SILENT
setopt POSIX_BUILTINS
setopt SH_FILE_EXPANSION
setopt SH_GLOB
setopt SH_OPTION_LETTERS
setopt SH_WORD_SPLIT
' >> "\$tmp/script"
sed -e 's/\''${!\([^}]*\)}/\''${(P)\1}/g' \
-e 's/[[]\*\]//' \
-e 's/substitute() {/ substitute() { return; /' \
-e 's@PATH=\$@PATH=${pkgs.coreutils}/bin@' \
"$s" >> "\$tmp/script"
echo "\$tmp/script";
source "\$tmp/script";
fi
rm -fr "\$tmp" rm -fr "\$tmp"
${extraCmds} ${extraCmds}
export PATH export PATH

View File

@ -2,12 +2,12 @@
stdenv.mkDerivation rec { stdenv.mkDerivation rec {
pname = "ntfs-3g"; pname = "ntfs-3g";
version = "1.5012"; version = "2009.1.1";
name = "${pname}-${version}"; name = "${pname}-${version}";
src = fetchurl { src = fetchurl {
url = "${meta.homepage}/${name}.tgz"; url = "${meta.homepage}/${name}.tgz";
sha256 = "e79102fdb5948f209d25432f8f5127965877fe47bed68b9270b23fc1d187735a"; sha256 = "0e02ff891645658c1801ba7d665c0ff3a4231e5570b974a803ffc2974ef68e45";
}; };
preConfigure = '' preConfigure = ''

View File

@ -82,7 +82,7 @@ while (scalar @workset > 0) {
} elsif (/\\includegraphics(\[.*\])?\{(.*)\}/) { } elsif (/\\includegraphics(\[.*\])?\{(.*)\}/) {
my $fn2 = $2; my $fn2 = $2;
die "absolute path! $fn2" if substr($fn2, 0, 1) eq "/"; die "absolute path! $fn2" if substr($fn2, 0, 1) eq "/";
addToWorkSetExts("$path/$fn2", ".pdf", ".png", ".ps"); addToWorkSetExts("$path/$fn2", ".pdf", ".png", ".ps", ".jpg");
} elsif (/\\pgfdeclareimage(\[.*\])?\{.*\}\{(.*)\}/) { } elsif (/\\pgfdeclareimage(\[.*\])?\{.*\}\{(.*)\}/) {
my $fn2 = $2; my $fn2 = $2;
die "absolute path! $fn2" if substr($fn2, 0, 1) eq "/"; die "absolute path! $fn2" if substr($fn2, 0, 1) eq "/";

View File

@ -0,0 +1,20 @@
{stdenv, fetchurl}:
stdenv.mkDerivation {
name = "acpid-1.0.8";
src = fetchurl {
url = mirror://sourceforge/acpid/acpid-1.0.8.tar.gz;
sha256 = "1cdp4vql8ya073b42mjpzpzzn1py00baazq91837vhrq5hqfaynm";
};
preBuild = ''
makeFlagsArray=(BINDIR=$out/bin SBINDIR=$out/sbin MAN8DIR=$out/share/man/man8)
'';
meta = {
homepage = http://acpid.sourceforge.net/;
description = "A daemon for delivering ACPI events to userspace programs";
license = "GPLv2+";
};
}

View File

@ -1,11 +1,11 @@
{stdenv, fetchurl}: {stdenv, fetchurl}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "e2fsprogs-1.41.3"; name = "e2fsprogs-1.41.4";
src = fetchurl { src = fetchurl {
url = mirror://sourceforge/e2fsprogs/e2fsprogs-1.41.3.tar.gz; url = mirror://sourceforge/e2fsprogs/e2fsprogs-1.41.4.tar.gz;
sha256 = "0yldax5z1d1gfxpvzmr8y2z5zg5xhbi9pjjy4yw0q28dd2pfsxyf"; sha256 = "1p10j04gwr286qc2pjpp72k38nqk2d2n7sslwhvxgb995gp0zh9c";
}; };
configureFlags = configureFlags =

View File

@ -5,11 +5,11 @@ assert !userModeLinux;
import ./generic.nix ( import ./generic.nix (
rec { rec {
version = "2.6.27.13"; version = "2.6.27.15";
src = fetchurl { src = fetchurl {
url = "mirror://kernel/linux/kernel/v2.6/linux-${version}.tar.bz2"; url = "mirror://kernel/linux/kernel/v2.6/linux-${version}.tar.bz2";
sha256 = "1zxyid70nlzxmx08mrg6a2vafqvs6q1szlcix417d1qq52c88l9i"; sha256 = "17n8q425q5xix2fd1ig5gbpfjhy18wggd27pyaxi7vvxa9ihm969";
}; };
features = { features = {

View File

@ -5,11 +5,11 @@ assert !userModeLinux;
import ./generic.nix ( import ./generic.nix (
rec { rec {
version = "2.6.28.2"; version = "2.6.28.4";
src = fetchurl { src = fetchurl {
url = "mirror://kernel/linux/kernel/v2.6/linux-${version}.tar.bz2"; url = "mirror://kernel/linux/kernel/v2.6/linux-${version}.tar.bz2";
sha256 = "0fw4wv9xnajsw3prp2p79470wsflpnigflyyg21s2lfy0xn66ay8"; sha256 = "1k45azdjv4i9hh76nbi442vsfpwz31736aq3la2pn5avmkwiz2mm";
}; };
features = { features = {

View File

@ -16,6 +16,7 @@ rec {
sed -e '/kernel_path=/akernel_path=$out$kernel_path' -i install.sh sed -e '/kernel_path=/akernel_path=$out$kernel_path' -i install.sh
sed -e '/depmod/d' -i install.sh sed -e '/depmod/d' -i install.sh
cat install.sh cat install.sh
sed -e '/linux\/ioctl.h/a#include <linux\/sched.h>' -i kqemu-linux.c
'') ["minInit" "doUnpack"]; '') ["minInit" "doUnpack"];
phaseNames = ["preConfigure" "doConfigure" "debugStep" "doMakeInstall"]; phaseNames = ["preConfigure" "doConfigure" "debugStep" "doMakeInstall"];

View File

@ -2,7 +2,7 @@
let let
versionNumber = "180.22"; versionNumber = "180.29";
in in
@ -14,13 +14,13 @@ stdenv.mkDerivation {
src = src =
if stdenv.system == "i686-linux" then if stdenv.system == "i686-linux" then
fetchurl { fetchurl {
url = "http://us.download.nvidia.com/XFree86/Linux-x86/${versionNumber}/NVIDIA-Linux-x86-${versionNumber}-pkg1.run"; url = "ftp://download.nvidia.com/XFree86/Linux-x86/${versionNumber}/NVIDIA-Linux-x86-${versionNumber}-pkg0.run";
sha256 = "0cp6ii14pm8kzy1fy1qx2id2fp0lmb02akddid8wwdca7xpczqg7"; sha256 = "17wgg5rf5384bxng9ygwarf4imvvg069zihfvvvmahg1b0fsipvq";
} }
else if stdenv.system == "x86_64-linux" then else if stdenv.system == "x86_64-linux" then
fetchurl { fetchurl {
url = "http://us.download.nvidia.com/XFree86/Linux-x86_64/${versionNumber}/NVIDIA-Linux-x86_64-${versionNumber}-pkg2.run"; url = "ftp://download.nvidia.com/XFree86/Linux-x86_64/${versionNumber}/NVIDIA-Linux-x86_64-${versionNumber}-pkg0.run";
sha256 = "0yycsr8i5cc8bnqwvfrk0v9d7gxxv42zqdpz9ki8vxil7lvjfdxv"; sha256 = "1w7a67s5df8i5lbr2r980l674wvrqzzys1zdwcla267zy109rp5d";
} }
else throw "nvidia-x11 does not support platform ${stdenv.system}"; else throw "nvidia-x11 does not support platform ${stdenv.system}";

111
pkgs/stdenv/adapters.nix Normal file
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@ -0,0 +1,111 @@
/* This file contains various functions that take a stdenv and return
a new stdenv with different behaviour, e.g. using a different C
compiler. */
{dietlibc, fetchurl, runCommand}:
rec {
# Override the compiler in stdenv for specific packages.
overrideGCC = stdenv: gcc: stdenv //
{ mkDerivation = args: stdenv.mkDerivation (args // { NIX_GCC = gcc; });
};
# Add some arbitrary packages to buildInputs for specific packages.
# Used to override packages in stenv like Make. Should not be used
# for other dependencies.
overrideInStdenv = stdenv: pkgs: stdenv //
{ mkDerivation = args: stdenv.mkDerivation (args //
{ buildInputs = (if args ? buildInputs then args.buildInputs else []) ++ pkgs; }
);
};
# Override the setup script of stdenv. Useful for testing new
# versions of the setup script without causing a rebuild of
# everything.
#
# Example:
# randomPkg = import ../bla { ...
# stdenv = overrideSetup stdenv ../stdenv/generic/setup-latest.sh;
# };
overrideSetup = stdenv: setup: stdenv.regenerate setup;
# Return a modified stdenv that uses dietlibc to create small
# statically linked binaries.
useDietLibC = stdenv: stdenv //
{ mkDerivation = args: stdenv.mkDerivation (args // {
NIX_CFLAGS_LINK = "-static";
# libcompat.a contains some commonly used functions.
NIX_LDFLAGS = "-lcompat";
# These are added *after* the command-line flags, so we'll
# always optimise for size.
NIX_CFLAGS_COMPILE =
(if args ? NIX_CFLAGS_COMPILE then args.NIX_CFLAGS_COMPILE else "")
+ " -Os -s -D_BSD_SOURCE=1";
configureFlags =
(if args ? configureFlags then args.configureFlags else "")
+ " --disable-shared"; # brrr...
NIX_GCC = import ../build-support/gcc-wrapper {
inherit stdenv;
libc = dietlibc;
inherit (stdenv.gcc) gcc binutils name nativeTools nativePrefix;
nativeLibc = false;
};
});
isDietLibC = true;
} // {inherit fetchurl;};
# Return a modified stdenv that uses klibc to create small
# statically linked binaries.
useKlibc = stdenv: klibc: stdenv //
{ mkDerivation = args: stdenv.mkDerivation (args // {
NIX_CFLAGS_LINK = "-static";
# These are added *after* the command-line flags, so we'll
# always optimise for size.
NIX_CFLAGS_COMPILE =
(if args ? NIX_CFLAGS_COMPILE then args.NIX_CFLAGS_COMPILE else "")
+ " -Os -s";
configureFlags =
(if args ? configureFlags then args.configureFlags else "")
+ " --disable-shared"; # brrr...
NIX_GCC = runCommand "klibc-wrapper" {} ''
ensureDir $out/bin
ln -s ${klibc}/bin/klcc $out/bin/gcc
ln -s ${klibc}/bin/klcc $out/bin/cc
ensureDir $out/nix-support
echo 'PATH=$PATH:${stdenv.gcc.binutils}/bin' > $out/nix-support/setup-hook
'';
});
isKlibc = true;
isStatic = true;
} // {inherit fetchurl;};
# Return a modified stdenv that tries to build statically linked
# binaries.
makeStaticBinaries = stdenv: stdenv //
{ mkDerivation = args: stdenv.mkDerivation (args // {
NIX_CFLAGS_LINK = "-static";
configureFlags =
(if args ? configureFlags then args.configureFlags else "")
+ " --disable-shared"; # brrr...
});
isStatic = true;
} // {inherit fetchurl;};
}

View File

@ -1,10 +1,10 @@
{stdenv, fetchurl, pkgconfig, fuse, perl}: {stdenv, fetchurl, pkgconfig, fuse, perl}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "cromfs-1.5.6.2"; name = "cromfs-1.5.7";
src = fetchurl { src = fetchurl {
url = http://bisqwit.iki.fi/src/arch/cromfs-1.5.6.2.tar.bz2; url = http://bisqwit.iki.fi/src/arch/cromfs-1.5.7.tar.bz2;
sha256 = "bbe5db623d3c0d2b92fe877d8c8e22a8f8d84210739313bf691d42c05406464d"; sha256 = "7df900cd5d2656e0d2a9cdfb6da7dd194eef2e2a34537f7f69a56dc08a0c0deb";
}; };
patchPhase = ''sed -i 's@/bin/bash@/bin/sh@g' configure; set -x''; patchPhase = ''sed -i 's@/bin/bash@/bin/sh@g' configure; set -x'';

View File

@ -0,0 +1,39 @@
a :
let
fetchurl = a.fetchurl;
version = a.lib.getAttr ["version"] "0.6" a;
buildInputs = with a; [
cmake imagemagick patchelf
];
in
rec {
src = fetchurl {
url = "http://launchpad.net/cuneiform-linux/${version}/${version}/+download/cuneiform-${version}.tar.bz2";
sha256 = "0jgiccimwv1aqp9gzl9937gdlh9zl5qpaygf0n1xcbfd5aqz14ig";
};
inherit buildInputs;
configureFlags = [];
/* doConfigure should be removed if not needed */
phaseNames = ["doCmake" "doMakeInstall" "postInstall"];
libc = if a.stdenv ? glibc then a.stdenv.glibc else "";
doCmake = a.FullDepEntry(''
ensureDir $PWD/builddir
cd builddir
export NIX_LDFLAGS="$NIX_LDFLAGS -ldl -L$out/lib"
cmake .. -DCMAKE_BUILD_TYPE=debug -DCMAKE_INSTALL_PREFIX=$out -DDL_LIB=${libc}/lib
'') ["minInit" "addInputs" "doUnpack" "defEnsureDir"];
postInstall = a.FullDepEntry(''
patchelf --set-rpath $out/lib${if a.stdenv.gcc.gcc != null then ":${a.stdenv.gcc.gcc}/lib" else ""} $out/bin/cuneiform
'') ["minInit" "addInputs" "doMakeInstall"];
name = "cuneiform-" + version;
meta = {
description = "Cuneiform OCR";
};
}

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@ -0,0 +1,17 @@
args:
args.stdenv.mkDerivation {
name = "cgdb-0.6.4";
src = args.fetchurl {
url = http://prdownloads.sourceforge.net/cgdb/cgdb-0.6.4.tar.gz;
sha256 = "10c03p3bbr1glyw7j2i2sv97riiksw972pdamcqdqrzzfdcly54w";
};
buildInputs =(with args; [readline ncurses]);
meta = {
description = "curses interface to gdb";
homepage = http://cgdb.sourceforge.net/;
license ="GPLv2";
};
}

View File

@ -1,34 +0,0 @@
args : with args; with builderDefs;
let patch =
fetchurl {
url = http://ftp.de.debian.org/debian/pool/main/d/dosfstools/dosfstools_3.0.0-1.diff.gz;
sha256 = "5ecab7e9cf213b0cc7406649ca59edb9ec6daad2fa454bce423ccb1744fc1336";
};
localDefs = builderDefs.passthru.function (rec {
src = /* put a fetchurl here */
fetchurl {
url = http://ftp.de.debian.org/debian/pool/main/d/dosfstools/dosfstools_3.0.0.orig.tar.gz;
sha256 = "46125aafff40e8215e6aa30087c6c72a82654c8f5fca4878adc1fa26342eab58";
};
preBuild = FullDepEntry (''
gunzip < ${patch} | patch -Np1
'')["minInit" "doUnpack"];
buildInputs = [];
configureFlags = [];
makeFlags = " PREFIX=$out ";
});
in with localDefs;
stdenv.mkDerivation rec {
name = "dosfstools-"+version;
builder = writeScript (name + "-builder")
(textClosure localDefs
[preBuild "doMakeInstall" doForceShare doPropagate]);
meta = {
description = "
Dosfstools - utilities for vfat file system.
";
homepage = "http://sixpak.org/dosfstools/dosfstools-2.8vb2.tar.gz";
inherit src;
};
}

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@ -0,0 +1,24 @@
args : with args; with builderDefs;
let localDefs = builderDefs.passthru.function (rec {
src = /* put a fetchurl here */
fetchurl {
url = http://www.daniel-baumann.ch/software/dosfstools/dosfstools-3.0.1.tar.bz2;
sha256 = "7fab0de42391277028071d01ff4da83ff9a399408ccf29958cdee62ffe746d45";
};
buildInputs = [];
configureFlags = [];
makeFlags = " PREFIX=$out ";
});
in with localDefs;
stdenv.mkDerivation rec {
name = "dosfstools-3.01";
builder = writeScript (name + "-builder")
(textClosure localDefs
["doMakeInstall" doForceShare doPropagate]);
meta = {
description = "Dosfstools - utilities for vfat file system.";
homepage = "http://www.daniel-baumann.ch/software/dosfstools/";
inherit src;
};
}

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@ -0,0 +1,16 @@
{stdenv, fetchurl, eventlog, pkgconfig, glib}:
stdenv.mkDerivation rec {
name = "syslog-ng-2.1.3";
meta = {
homepage = "http://www.balabit.com/network-security/syslog-ng/";
description = "Next-generation syslogd with advanced networking and filtering capabilities.";
license = "GPLv2";
};
src = fetchurl {
url = "http://www.balabit.com/downloads/files/syslog-ng/sources/2.1/src/${name}.tar.gz";
sha256 = "1m6djxhmihmg09a90gg6mp1ghgk2zm8rcp04shh458433rbzfjb0";
};
buildInputs = [eventlog pkgconfig glib];
configureFlags = "--enable-dynamic-linking";
}

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@ -1,17 +0,0 @@
diff --git a/src/osdep/linux.c b/src/osdep/linux.c
index 9f3b1ef..ba7e584 100644
--- a/src/osdep/linux.c
+++ b/src/osdep/linux.c
@@ -235,7 +235,11 @@ static char * wiToolsPath(const char * tool)
"/bin",
"/usr/bin",
"/usr/local/bin",
- "/tmp"
+ "/tmp",
+ "/var/run/current-system/sw/bin",
+ "/var/run/current-system/sw/sbin",
+ "/root/.nix-profile/bin",
+ "/root/.nix-profile/sbin"
};
nbelems = sizeof(paths) / sizeof(char *);

View File

@ -1,4 +1,4 @@
{stdenv, fetchurl, libpcap, openssl, zlib}: {stdenv, fetchurl, libpcap, openssl, zlib, wirelesstools}:
stdenv.mkDerivation { stdenv.mkDerivation {
name = "aircrack-ng-1.0-rc2"; name = "aircrack-ng-1.0-rc2";
@ -10,9 +10,10 @@ stdenv.mkDerivation {
buildInputs = [libpcap openssl zlib]; buildInputs = [libpcap openssl zlib];
patches = [ ./add-paths.patch ]; patchPhase = ''
sed -e 's@^prefix.*@prefix = '$out@ -i common.mak
postPatch = "sed -e 's@^prefix.*@prefix = '$out@ -i common.mak"; sed -e 's@/usr/local/bin@'${wirelesstools}@ -i src/osdep/linux.c
'';
meta = { meta = {
description = "Wireless encryption crackign tools"; description = "Wireless encryption crackign tools";

View File

@ -1,12 +1,16 @@
{stdenv, fetchurl, readline}: stdenv.mkDerivation { {stdenv, fetchurl, readline}:
stdenv.mkDerivation {
name = "which-2.20"; name = "which-2.20";
src = fetchurl { src = fetchurl {
url = mirror://gnu/which/which-2.20.tar.gz; url = mirror://gnu/which/which-2.20.tar.gz;
sha256 = "1y2p50zadb36izzh2zw4dm5hvdiydqf3qa88l8kav20dcmfbc5yl"; sha256 = "1y2p50zadb36izzh2zw4dm5hvdiydqf3qa88l8kav20dcmfbc5yl";
}; };
buildInputs = [readline]; buildInputs = [readline];
meta = {
homepage = http://ftp.gnu.org/gnu/which/;
};
} }

File diff suppressed because it is too large Load Diff

View File

@ -12,6 +12,8 @@ args: with args; with stringsWithDeps; with lib;
"README" "AUTHORS" "ChangeLog" "CHANGES" "LICENCE" "COPYRIGHT"] ++ "README" "AUTHORS" "ChangeLog" "CHANGES" "LICENCE" "COPYRIGHT"] ++
(optional (getAttr ["forceCopyDoc"] true args) "doc"); (optional (getAttr ["forceCopyDoc"] true args) "doc");
hasSuffixHack = a: b: hasSuffix (a+(substring 0 0 b)) ((substring 0 0 a)+b);
archiveType = s: archiveType = s:
(if hasSuffixHack ".tar" s then "tar" (if hasSuffixHack ".tar" s then "tar"
else if (hasSuffixHack ".tar.gz" s) || (hasSuffixHack ".tgz" s) then "tgz" else if (hasSuffixHack ".tar.gz" s) || (hasSuffixHack ".tgz" s) then "tgz"