+<?xml version="1.0" encoding="UTF-8"?>\r
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"\r
"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">\r
<html xmlns="http://www.w3.org/1999/xhtml" xml:lang="en">\r
<head>\r
<meta http-equiv="Content-Type" content="application/xhtml+xml; charset=UTF-8" />\r
-<meta name="generator" content="AsciiDoc 8.6.9" />\r
+<meta name="generator" content="AsciiDoc 8.6.10" />\r
<title>grml-live(8)</title>\r
<style type="text/css">\r
/* Shared CSS for AsciiDoc xhtml11 and html5 backends */\r
-e <extract_iso_name>] [-g <grml_name>] [-i <iso_name>] [\r
-o <output_directory>] [-r <release_name>] [-s <suite>] [\r
-t <template_directory>] [-v <version_number>] [-U <username>] [\r
--AbBFnNqQuVz]</p></div>\r
+-w <date>] [-AbBFnNqQuVz]</p></div>\r
</div>\r
</div>\r
<div class="sect1">\r
<td class="content">Please notice that you should have a fast network connection as all the Debian\r
packages will be downloaded and installed via network. If you want to use a\r
local mirror (strongly recommended if you plan to use grml-live more than once)\r
-checkout mkdebmirror (see /usr/share/doc/grml-live/examples/mkdebmirror),\r
-debmirror(1), reprepro(1) (see /usr/share/doc/grml-live/examples/reprepro/ for a\r
+checkout debmirror(1), reprepro(1) (see /usr/share/doc/grml-live/examples/reprepro/ for a\r
sample configuration), apt-cacher(1) and approx(8). To avoid downloading the\r
base system again and again check out <a href="#create-a-base-tgz">the base tar.gz feature</a>.</td>\r
</tr></table>\r
<p>\r
Specify the CLASSES to be used for building the ISO via FAI. By default only\r
the classes GRMLBASE, GRML_FULL and I386/AMD64 (depending on system\r
-architecture) are assumed, resulting in a base system of about 350MB\r
-total ISO size. If using a non-I386 system (like AMD64) you should specify the\r
-appropriate architecture as well. Additionally you can specify a class providing\r
-a grml-kernel (see <a href="#classes">the <em>CLASSES</em> section in this document</a> for\r
-details about available classes). So instead of GRML_FULL you can also use\r
-GRML_SMALL and GRML_FULL.\r
+architecture) are assumed. Additionally you can specify a class providing a\r
+(grml-)kernel (see <a href="#classes">the <em>CLASSES</em> section in this document</a> for\r
+details about available classes). So instead of GRML_FULL you can also use e.g.\r
+GRML_SMALL.\r
</p>\r
</dd>\r
</dl></div>\r
<p>\r
Specify the Debian suite you want to use for your live-system. If unset defaults\r
to "testing". Supported values are: stable, testing, unstable (or their\r
-corresponding release names like "wheezy"). Please be aware that recent Debian\r
+corresponding release names like "stretch"). Please be aware that recent Debian\r
suites might require a recent base.tgz\r
debootstrap.\r
</p>\r
</p>\r
</dd>\r
<dt class="hdlist1">\r
+-w <strong>DATE</strong>\r
+</dt>\r
+<dd>\r
+<p>\r
+The wayback machine. Build the system using Debian archives from the specified\r
+date. Valid date formats are yyyymmddThhmmssZ or simply yyyymmdd. To learn\r
+which snapshots exist, i.e. which date strings are valid, simply browse the\r
+lists on <a href="http://snapshot.debian.org/">http://snapshot.debian.org/</a>. If there is no import at the exact time\r
+you specified you will get the latest available timestamp which is before the\r
+time you specified.\r
+This option is useful especially for release and debugging builds - for example\r
+if you know that the Debian archive was in a good state on a specific date but\r
+you want to build it on another day in the future, where the archive might not\r
+be as needed anymore. Please be aware that this is restricted to the plain\r
+Debian repositories only, as referred to in /etc/apt/sources.list.d/debian.list\r
+(so neither the Grml repositories nor any further custom ones are affected by\r
+the wayback machine).\r
+</p>\r
+</dd>\r
+<dt class="hdlist1">\r
-z\r
</dt>\r
<dd>\r
<div class="sect1">\r
<h2 id="usage-examples">5. Usage examples</h2>\r
<div class="sectionbody">\r
-<div class="paragraph"><p>To get a Debian-stable and Grml-based Live-CD using /grml/grml-live\r
+<div class="paragraph"><p>To get a Debian-stable and Grml-based Live-CD using ./grml\r
as build and output directory just run:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
recommended to <strong>always</strong> use the class GRMLBASE when building an ISO using\r
grml-live, as well as the architecture dependent class which provides the kernel\r
(being <em>I386</em> for x86_32 and <em>AMD64</em> for x86_64) and a GRML_* class (like\r
-GRML_SMALL, GRML_MEDIUM or GRML_FULL). The following files and directories are\r
+GRML_SMALL or GRML_FULL). The following files and directories are\r
relevant for class GRMLBASE by default:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
</li>\r
<li>\r
<p>\r
+FILE_RC: instead of using systemd as init system use file-rc instead. file-rc\r
+was the init system used by Grml until and including stable release 2014.11,\r
+starting with beginning of 2016 Grml switched to systemd instead. If you want to\r
+build a live system in the old style using file-rc instead of systemd then enable\r
+this class. Please notice that support for file-rc is no longer being actively\r
+maintained (the Grml team happily accepts patches though) and file-rc (upstream\r
+wise) might disappear too.\r
+</p>\r
+</li>\r
+<li>\r
+<p>\r
FRESHCLAM: execute freshclam (if it’s present) to update clamav definitions\r
(increases resulting ISO size ~70MB). By default it’s skipped to avoid bigger\r
ISO size.\r
GRMLBASE: the main class responsible for getting a minimal subset of what’s\r
defining a Grml system. Important parts of the buildprocess are specified in\r
this class as well, so unless you have a really good reason you should always\r
-use this class.\r
+use this class. Please be aware that using <strong>just</strong> the GRMLBASE class won’t be\r
+enough, because the kernel packages (e.g. linux-image-i386-grml<br />\r
+linux-image-amd64-grml) are chosen in further GRML_* classes (to provide maximum\r
+flexibility with kernel selection). If you don’t want to use the existing\r
+GRML_FULL or GRML_SMALL classes, define your own CLASS file choosing the kernel\r
+package you want to use (and don’t forget to include your CLASS in the arguments\r
+of grml-live’s -c… command line option).\r
</p>\r
</li>\r
<li>\r
<p>\r
GRML_FULL: full featured Grml, also known as the "normal", full grml as\r
-introduced in December 2011 (~350MB ISO size).\r
-</p>\r
-</li>\r
-<li>\r
-<p>\r
-GRML_MEDIUM: medium sized Grml version, used to be known as grml-medium\r
-until December 2011 (~220MB ISO size).\r
+introduced in December 2011 (~600MB ISO size).\r
</p>\r
</li>\r
<li>\r
<p>\r
-GRML_SMALL: minimum sized Grml version, known as grml-small (~110MB ISO\r
+GRML_SMALL: minimum sized Grml version, known as grml-small (~300MB ISO\r
size).\r
</p>\r
</li>\r
<li>\r
<p>\r
-GRML_XL: large size Grml version, used to be known as "full grml" until\r
-December 2011 (~700MB ISO size).\r
-</p>\r
-</li>\r
-<li>\r
-<p>\r
LATEX: LaTeX(-related) packages like auctex, texlive,…\r
(which used to be shipped by grml before the LaTeX removal)\r
</p>\r
<div class="paragraph"><p>Directory with lists of software packages to be installed or removed. The\r
different classes describe what should find its way to your ISO. When running\r
"grml-live -c GRMLBASE,GRML_SMALL,AMD64 …" only the configuration of GRMLBASE,\r
-GRML_SMALL and and AMD64 will be taken. If you use <em>grml-live -c\r
+GRML_SMALL and AMD64 will be taken. If you use <em>grml-live -c\r
GRMLBASE,GRML_SMALL,AMD64,FOOBAR …</em> then the files of GRMLBASE, GRML_SMALL,\r
AMD64 <strong>plus</strong> the files from FOOBAR will be taken. So just create a new class to\r
adjust the package selection according to your needs. Please notice that the\r
</li>\r
<li>\r
<p>\r
-enough free disk space; at least 800MB are required for a minimal grml-live\r
-run (~400MB for the chroot [$CHROOT_OUTPUT], ~150MB for the build target\r
-[$BUILD_OUTPUT] and \~150MB for the resulting ISO [$ISO_OUTPUT] plus some\r
-temporary files), if you plan to use GRML_FULL you should have at least 4GB of\r
-total free disk space\r
+enough free disk space; at least 1.5GB are required for a minimal grml-live\r
+run (~850MB for the chroot [$CHROOT_OUTPUT], ~300MB for the build target\r
+[$BUILD_OUTPUT], ~30MB for the netboot files and \~300MB for the resulting ISO\r
+[$ISO_OUTPUT] plus some temporary files), if you plan to use GRML_FULL you\r
+should have at least 4GB of total free disk space\r
</p>\r
</li>\r
<li>\r
<div class="sect1">\r
<h2 id="current_state">12. Current state of grml-live with squashfs-tools and kernel</h2>\r
<div class="sectionbody">\r
-<div class="paragraph"><p>Use squashfs-tools >=4.2-1 (available from Grml repositories as well as from\r
-Debian) to build Grml (based) ISOs featuring kernel version 2.6.38-grml[64] or\r
-newer.</p></div>\r
+<div class="paragraph"><p>Use squashfs-tools >=4.2-1 to build Grml (based) ISOs featuring kernel version\r
+2.6.38-grml[64] or newer.</p></div>\r
</div>\r
</div>\r
<div class="sect1">\r
<div class="paragraph"><p>The easiest way to get a running grml-live setup is to just use Grml.\r
Of course using grml-live on a plain, original Debian installation is supported\r
as well. So there we go.</p></div>\r
-<div class="paragraph"><p>What we have: plain, original Debian wheezy (7.x).</p></div>\r
-<div class="paragraph"><p>What we want: build a Grml ISO based on Debian/wheezy for the amd64 architecture\r
+<div class="paragraph"><p>What we have: plain, original Debian stretch (9.x).</p></div>\r
+<div class="paragraph"><p>What we want: build a Grml ISO based on Debian/stretch for the amd64 architecture\r
using grml-live.</p></div>\r
<div class="sect3">\r
<h4 id="_instructions">13.1.1. Instructions</h4>\r
# SQUASHFS_BINARY='/usr/bin/mksquashfs'\r
## install local files into the chroot\r
# CHROOT_INSTALL="/etc/grml/fai/chroot_install"\r
-## adjust if necessary (defaults to /grml/grml-live):\r
+## adjust if necessary (defaults to ./grml/):\r
## OUTPUT="/srv/grml-live"\r
-FAI_DEBOOTSTRAP="wheezy http://http.debian.net/debian/"\r
+FAI_DEBOOTSTRAP="stretch http://ftp.debian.org/debian/"\r
# ARCH="amd64"\r
CLASSES="GRMLBASE,GRML_FULL,AMD64"\r
EOF</code></pre>\r
<div class="literalblock">\r
<div class="content">\r
<pre><code># cat > /etc/grml/fai/config/package_config/MIKA << EOF\r
-PACKAGES aptitude</code></pre>\r
+PACKAGES install</code></pre>\r
</div></div>\r
<div class="literalblock">\r
<div class="content">\r
</div></div>\r
</div>\r
<div class="sect2">\r
-<h3 id="create-a-base-tgz">13.8. How do I create a base.tgz?</h3>\r
-<div class="paragraph"><p>First of all create the chroot using debootstrap:</p></div>\r
+<h3 id="apt-cacher">13.8. Set up apt-cacher-ng for use with grml-live</h3>\r
+<div class="paragraph"><p>Make sure /etc/grml/grml-live.local provides according APT_PROXY and\r
+FAI_DEBOOTSTRAP:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
-<pre><code>BASECHROOT='/tmp/basefile'\r
-debootstrap wheezy "$BASECHROOT" http://http.debian.net/debian\r
-tar -C "$BASECHROOT" --exclude='var/cache/apt/archives/*.deb' -zcf base.tar.gz ./</code></pre>\r
+<pre><code># cat /etc/grml/grml-live.local\r
+[...]\r
+APT_PROXY="http://localhost:3142/"\r
+[...]\r
+FAI_DEBOOTSTRAP="stretch http://localhost:3142/ftp.debian.org/debian stretch main contrib non-free"</code></pre>\r
+</div></div>\r
+<div class="paragraph"><p>Make sure apt-cacher-ng is running (<em>/etc/init.d/apt-cacher-ng restart</em>).\r
+That’s it. All downloaded files will be cached in /var/cache/apt-cacher-ng then.</p></div>\r
+</div>\r
+<div class="sect2">\r
+<h3 id="revert_manifold">13.9. How do I revert the manifold feature from an ISO?</h3>\r
+<div class="paragraph"><p>The so called manifold feature Grml ISOs use by default allows one to use the same\r
+ISO for CD boot and USB boot. If you notice any problems when booting just\r
+revert the manifold feature running:</p></div>\r
+<div class="literalblock">\r
+<div class="content">\r
+<pre><code>% dd if=/dev/zero of=grml.iso bs=512 count=1 conv=notrunc</code></pre>\r
+</div></div>\r
+<div class="paragraph"><p>To switch from manifold to isohybrid mode (an alternative approach provided by\r
+syslinux) then just execute:</p></div>\r
+<div class="literalblock">\r
+<div class="content">\r
+<pre><code>% isohybrid grml.iso</code></pre>\r
+</div></div>\r
+</div>\r
+<div class="sect2">\r
+<h3 id="create-a-base-tgz">13.10. How do I create a base tar.gz (I386.tar.gz or AMD64.tar.gz)</h3>\r
+<div class="paragraph" id="basetgz"><p>First of all create the chroot using debootstrap (requires root):</p></div>\r
+<div class="literalblock">\r
+<div class="content">\r
+<pre><code>BASECHROOT='/tmp/basefile' # path where the chroot gets generated\r
+SUITE='stretch' # using the current stable release should always work\r
+debootstrap --exclude=info,tasksel,tasksel-data "$SUITE" "$BASECHROOT" http://ftp.debian.org/debian\r
+tar -C "$BASECHROOT" --exclude='var/cache/apt/archives/*.deb' -zcf "${SUITE}".tar.gz ./</code></pre>\r
</div></div>\r
<div class="admonitionblock">\r
<table><tr>\r
AMD64 base.tgz won’t work if you are using a 32bit kernel system of course.</td>\r
</tr></table>\r
</div>\r
-<div class="paragraph"><p>Then move the base.tar.gz to /etc/grml/fai/config/basefiles/$CLASSNAME.tar.gz.\r
-Use e.g. I386 as $CLASSNAME for i386 chroots and AMD64 for amd64 chroots.</p></div>\r
-<div class="paragraph"><p>Now executing grml-live should use this file as base system instead of executing\r
+<div class="paragraph"><p>Finally place the generated tarball in /etc/grml/fai/config/basefiles/ (note\r
+that it needs to be uppercase letters matching the class names, so: e.g.\r
+AMD64.tar.gz for amd64 and I386.tar.gz for i386).</p></div>\r
+<div class="paragraph"><p>Then executing grml-live should use this file as base system instead of executing\r
debootstrap. Check out the output for something like:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
ftar: extracting //etc/grml/fai/config/basefiles///AMD64.tar.gz to /srv/grml64_testing/grml_chroot//\r
[...]</code></pre>\r
</div></div>\r
-<div class="admonitionblock">\r
-<table><tr>\r
-<td class="icon">\r
-<img src="./images/icons/tip.png" alt="Tip" />\r
-</td>\r
-<td class="content">Existing base.tgz can be found at <a href="http://daily.grml.org/">http://daily.grml.org/</a></td>\r
-</tr></table>\r
-</div>\r
</div>\r
<div class="sect2">\r
-<h3 id="apt-cacher">13.9. Set up apt-cacher-ng for use with grml-live</h3>\r
-<div class="paragraph"><p>Make sure /etc/grml/grml-live.local provides according APT_PROXY and\r
-FAI_DEBOOTSTRAP:</p></div>\r
+<h3 id="localrepos">13.11. How to use your own local repository</h3>\r
+<div class="paragraph"><p>Let’s assume you have Debian package(s) in your filesystem inside\r
+<code>/home/foobar/local-packages</code> and want to provide them to your grml-live build.\r
+This can be achieved either 1) through a bind mount (using the MIRROR_DIRECTORY\r
+configuration) or 2) by serving a repository via HTTP.</p></div>\r
+<div class="sect3">\r
+<h4 id="_serving_via_bind_mount_mirror_directory">13.11.1. Serving via bind mount / MIRROR_DIRECTORY</h4>\r
+<div class="paragraph"><p>Make sure to create an according sources.list configuration file, e.g. using\r
+your own class name <code>CUSTOM</code>:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
-<pre><code># cat /etc/grml/grml-live.local\r
-[...]\r
-APT_PROXY="http://localhost:3142/"\r
-[...]\r
-FAI_DEBOOTSTRAP="wheezy http://localhost:3142/http.debian.net/debian wheezy main contrib non-free"</code></pre>\r
+<pre><code># cat > /etc/grml/fai/config/files/etc/apt/sources.list.d/local-packages.list/CUSTOM << EOF\r
+deb file:///home/foobar/local-packages ./\r
+EOF</code></pre>\r
</div></div>\r
-<div class="paragraph"><p>Make sure apt-cacher-ng is running (<em>/etc/init.d/apt-cacher-ng restart</em>).\r
-That’s it. All downloaded files will be cached in /var/cache/apt-cacher-ng then.</p></div>\r
-</div>\r
-<div class="sect2">\r
-<h3 id="revert_manifold">13.10. How do I revert the manifold feature from an ISO?</h3>\r
-<div class="paragraph"><p>The so called manifold feature Grml ISOs use by default allows one to use the same\r
-ISO for CD boot and USB boot. If you notice any problems when booting just\r
-revert the manifold feature running:</p></div>\r
+<div class="paragraph"><p>Add the according MIRROR_DIRECTORY configuration to your grml-live configuration:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
-<pre><code>% dd if=/dev/zero of=grml.iso bs=512 count=1 conv=notrunc</code></pre>\r
+<pre><code># echo "MIRROR_DIRECTORY='/home/foobar/packages'" >> /etc/grml/grml-live.local</code></pre>\r
</div></div>\r
-<div class="paragraph"><p>To switch from manifold to isohybrid mode (an alternative approach provided by\r
-syslinux) then just execute:</p></div>\r
+<div class="paragraph"><p>Make sure the local directory looks like a mirror:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
-<pre><code>% isohybrid grml.iso</code></pre>\r
+<pre><code>% cd /home/foobar/packages\r
+% dpkg-scanpackages . /dev/null | gzip > Packages.gz</code></pre>\r
</div></div>\r
+<div class="paragraph"><p>Finally invoke grml-live with your class name (<code>CUSTOM</code> in this example) added\r
+to the list of classes on the command line (see grml-live option <code>-c</code>).</p></div>\r
</div>\r
-<div class="sect2">\r
-<h3 id="basetgz">13.11. How do I create a base tar.gz (I386.tar.gz or AMD64.tar.gz)</h3>\r
-<div class="paragraph"><p>Execute the following commands (requires root):</p></div>\r
+<div class="sect3">\r
+<h4 id="_serving_a_repository_via_http">13.11.2. Serving a repository via HTTP</h4>\r
+<div class="paragraph"><p>Make sure to create an according sources.list configuration file, e.g. using\r
+your own class name <code>CUSTOM</code>:</p></div>\r
+<div class="literalblock">\r
+<div class="content">\r
+<pre><code># cat > /etc/grml/fai/config/files/etc/apt/sources.list.d/local-packages.list/CUSTOM << EOF\r
+deb http://127.0.0.1:8000/ ./\r
+EOF</code></pre>\r
+</div></div>\r
+<div class="paragraph"><p>Make sure the local directory is served via HTTP on the according IP address and\r
+port. For the <code>http://127.0.0.1:8000/</code> example from above it should be enough to\r
+just invoke:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
-<pre><code>ARCH='amd64' # replace with i386 if necessary\r
-SUITE='wheezy' # using the current stable release should always work\r
-debootstrap --arch "$ARCH" --exclude=info,tasksel,tasksel-data "$SUITE" "$ARCH" http://debian.netcologne.de/debian\r
-cd "$ARCH"\r
-rm var/cache/apt/archives/*.deb\r
-tar zcf ../"${ARCH}".tar.gz *</code></pre>\r
+<pre><code>% cd /home/foobar/packages\r
+% dpkg-scanpackages . /dev/null | gzip > Packages.gz\r
+% python -m SimpleHTTPServer 8000</code></pre>\r
</div></div>\r
-<div class="paragraph"><p>And finally place the generated tarball in /etc/grml/fai/config/basefiles/ (note\r
-that it needs to be uppercase letters matching the class names, so: AMD64.tar.gz\r
-for amd64 and I386.tar.gz for i386).</p></div>\r
+<div class="admonitionblock">\r
+<table><tr>\r
+<td class="icon">\r
+<img src="./images/icons/tip.png" alt="Tip" />\r
+</td>\r
+<td class="content">Of course you can also use a real Debian repository setup using tools like\r
+reprepro(1) and/or using a real web server, though for quick debugging sessions\r
+python’s SimpleHTTPServer in combination with dpkg-scanpackages from package\r
+dpkg-dev is a simple and easy approach.</td>\r
+</tr></table>\r
+</div>\r
+<div class="paragraph"><p>Finally invoke grml-live with your class name (<code>CUSTOM</code> in this example) added\r
+to the list of classes on the command line (see grml-live option <code>-c</code>).</p></div>\r
+</div>\r
</div>\r
</div>\r
</div>\r
<div class="sect1">\r
<h2 id="download">14. Download / install grml-live as a Debian package</h2>\r
<div class="sectionbody">\r
-<div class="paragraph"><p>Debian packages are available through the grml-repository at\r
-<a href="http://deb.grml.org/pool/main/g/grml-live/">deb.grml.org</a>. If you want to\r
-build a Debian package on your own (using for example a specific version or the\r
-current development tree), just execute:</p></div>\r
+<div class="paragraph"><p>Stable Debian packages are available through the grml-repository at\r
+<a href="http://deb.grml.org/pool/main/g/grml-live/">deb.grml.org</a> and the latest\r
+Git commits are available as Debian packages from\r
+<a href="http://jenkins.grml.org/job/grml-live-binaries/">jenkins.grml.org</a>.\r
+If you want to build a Debian package on your own (using for example a specific\r
+version or the current development tree), just execute:</p></div>\r
<div class="literalblock">\r
<div class="content">\r
<pre><code>git clone git://git.grml.org/grml-live\r
</div>\r
</div>\r
<div class="sect1">\r
-<h2 id="source">15. Source</h2>\r
+<h2 id="run-from-git">15. Run grml-live directly from git</h2>\r
+<div class="sectionbody">\r
+<div class="paragraph"><p>In case you want to run grml-live directly from the git repository checkout\r
+(after making sure all dependencies are installed), you should set\r
+<code>GRML_FAI_CONFIG</code> so that a) it finds the according FAI configuration files and\r
+b) does not use the config files of an possibly installed <code>grml-live</code> package.\r
+Usage example:</p></div>\r
+<div class="literalblock">\r
+<div class="content">\r
+<pre><code># export GRML_FAI_CONFIG=$(pwd)/etc/grml/fai\r
+# export SCRIPTS_DIRECTORY=$(pwd)/scripts\r
+# ./grml-live -s sid -a amd64 -c GRMLBASE,GRML_FULL,AMD64</code></pre>\r
+</div></div>\r
+</div>\r
+</div>\r
+<div class="sect1">\r
+<h2 id="source">16. Source</h2>\r
<div class="sectionbody">\r
<div class="paragraph"><p>The source of grml-live is available at\r
<a href="https://github.com/grml/grml-live/">https://github.com/grml/grml-live/</a></p></div>\r
</div>\r
</div>\r
<div class="sect1">\r
-<h2 id="bugs">16. Bugs</h2>\r
+<h2 id="bugs">17. Bugs</h2>\r
<div class="sectionbody">\r
<div class="paragraph"><p>Please report feedback, <a href="http://grml.org/bugs/">bugreports</a> and wishes\r
<a href="http://grml.org/contact/">to the Grml team</a>!</p></div>\r
</div>\r
</div>\r
<div class="sect1">\r
-<h2 id="documentation">17. Documentation</h2>\r
+<h2 id="documentation">18. Documentation</h2>\r
<div class="sectionbody">\r
<div class="paragraph"><p>The most recent grml-live documentation is available online at\r
<a href="http://grml.org/grml-live/">http://grml.org/grml-live/</a> and for offline reading also available\r
</div>\r
</div>\r
<div class="sect1">\r
-<h2 id="authors">18. Authors</h2>\r
+<h2 id="authors">19. Authors</h2>\r
<div class="sectionbody">\r
<div class="paragraph"><p>Michael Prokop <<a href="mailto:mika@grml.org">mika@grml.org</a>></p></div>\r
</div>\r
<div id="footnotes"><hr /></div>\r
<div id="footer">\r
<div id="footer-text">\r
-Last updated 2013-12-11 11:53:34 CET\r
+Last updated\r
+ 2018-10-25 14:47:41 UTC\r
</div>\r
</div>\r
</body>\r
projects / grml.org.git / blobdiff