the Bug Tracking System (BTS).
</para>
<para>
-It is restricted; a mirror is available on <literal>merkel</literal>.
-</para>
-<para>
If you plan on doing some statistical analysis or processing of Debian bugs,
this would be the place to do it. Please describe your plans on
&email-debian-devel; before implementing anything, however, to
end up on this server, see <xref linkend="upload"/>.
</para>
<para>
-It is restricted; a mirror is available on <literal>merkel</literal>.
+It is restricted; a mirror is available on <literal>&ftp-master-mirror;</literal>.
</para>
<para>
Problems with the Debian FTP archive generally need to be reported as bugs
<title>The VCS servers</title>
<para>
If you need to use a Version Control System for any of your Debian work,
-you can use one the existing repositories hosted on Alioth or you can
+you can use one of the existing repositories hosted on Alioth or you can
request a new project and ask for the VCS repository of your choice.
Alioth supports CVS (cvs.alioth.debian.org/cvs.debian.org), Subversion
(svn.debian.org), Arch (tla/baz, both on arch.debian.org), Bazaar
architectures. Debian 2.1 shipped for the <literal>i386</literal>,
<literal>m68k</literal>, <literal>alpha</literal>, and
<literal>sparc</literal> architectures. Since then Debian has grown hugely.
-Debian 5 supports a total of twelve architectures: <literal>alpha</literal>,
-<literal>amd64</literal>, <literal>arm</literal>,
-<literal>armel</literal>, <literal>hppa</literal>,
-<literal>i386</literal>, <literal>ia64</literal>, <literal>mips</literal>,
+Debian 6 supports a total of nine Linux architectures (<literal>amd64</literal>,
+<literal>armel</literal>, <literal>i386</literal>,
+<literal>ia64</literal>, <literal>mips</literal>,
<literal>mipsel</literal>, <literal>powerpc</literal>,
-<literal>s390</literal>, <literal>sparc</literal>.
+<literal>s390</literal>, <literal>sparc</literal>) and two kFreeBSD architectures
+(<literal>kfreebsd-i386</literal> and <literal>kfreebsd-amd64</literal>).
</para>
<para>
Information for developers and users about the specific ports are available at
file or both an <filename>.orig.tar.gz</filename> and a
<filename>.diff.gz</filename> file;</para></listitem>
<listitem><para>with format “3.0 (quilt)”, it has a mandatory
-<filename>.orig.tar.{gz,bz2,lzma}</filename> upstream tarball,
-multiple optional <filename>.orig-<replaceable>component</replaceable>.tar.{gz,bz2,lzma}</filename>
+<filename>.orig.tar.{gz,bz2,xz}</filename> upstream tarball,
+multiple optional <filename>.orig-<replaceable>component</replaceable>.tar.{gz,bz2,xz}</filename>
additional upstream tarballs and a mandatory
-<filename>debian.tar.{gz,bz2,lzma}</filename> debian
+<filename>debian.tar.{gz,bz2,xz}</filename> debian
tarball;</para></listitem>
<listitem><para>with format “3.0 (native)”, it has only
-a single <filename>.tar.{gz,bz2,lzma}</filename> tarball.</para></listitem>
+a single <filename>.tar.{gz,bz2,xz}</filename> tarball.</para></listitem>
</itemizedlist>
</para>
<para>
If a package is developed specially for Debian and is not distributed
outside of Debian, there is just one
-<filename>.tar.{gz,bz2,lzma}</filename> file which contains the sources of
+<filename>.tar.{gz,bz2,xz}</filename> file which contains the sources of
the program, it's called a “native” source package. If a package is
distributed elsewhere too, the
-<filename>.orig.tar.{gz,bz2,lzma}</filename> file stores the so-called
+<filename>.orig.tar.{gz,bz2,xz}</filename> file stores the so-called
<literal>upstream source code</literal>, that is the source code that's
distributed by the <literal>upstream maintainer</literal> (often the
author of the software). In this case, the <filename>.diff.gz</filename>
-or the <filename>debian.tar.{gz,bz2,lzma}</filename> contains the changes
+or the <filename>debian.tar.{gz,bz2,xz}</filename> contains the changes
made by the Debian maintainer.
</para>
<para>
The <link linkend="testing">testing</link> distribution is generated
automatically by taking packages from <literal>unstable</literal> if they
satisfy certain criteria. Those criteria should ensure a good quality for
-packages within <literal>testing</literal>. The update to <literal>testing
-</literal> is launched twice each day, right after the new packages
-have been installed. See <xref linkend="testing"/>.
+packages within <literal>testing</literal>. The update to
+<literal>testing</literal> is launched twice each day, right after the new
+packages have been installed. See <xref linkend="testing"/>.
</para>
<para>
After a period of development, once the release manager deems fit, the
new copy is created for the new <literal>testing</literal>, and the previous
<literal>stable</literal> is renamed to <literal>oldstable</literal> and
stays there until it is finally archived. On archiving, the contents are moved
-to <literal>&archive-host;</literal>).
+to <literal>&archive-host;</literal>.
</para>
<para>
This development cycle is based on the assumption that the
<filename>proposed-updates</filename> directory. Those packages in
<filename>proposed-updates</filename> that pass muster are periodically moved
as a batch into the stable distribution and the revision level of the stable
-distribution is incremented (e.g., ‘3.0’ becomes ‘3.0r1’, ‘2.2r4’
-becomes ‘2.2r5’, and so forth). Please refer to
+distribution is incremented (e.g., ‘6.0’ becomes ‘6.0.1’, ‘5.0.7’
+becomes ‘5.0.8’, and so forth). Please refer to
<link linkend="upload-stable">uploads to the <literal>stable</literal>
distribution</link> for details.
</para>
packages from <literal>unstable</literal> are expected to propagate to
<literal>testing</literal> and thus to <literal>stable</literal>. You
should not be afraid to use <literal>experimental</literal> since it does not
-cause any pain to the ftpmasters, the experimental packages are automatically
+cause any pain to the ftpmasters, the experimental packages are periodically
removed once you upload the package in <literal>unstable</literal> with a
higher version number.
</para>
An alternative to <literal>experimental</literal> is to use your personal web
space on <literal>people.debian.org</literal>.
</para>
-<para>
-When uploading to <literal>unstable</literal> a package which had bugs fixed
-in <literal>experimental</literal>, please consider using the option
-<literal>-v</literal> to <command>dpkg-buildpackage</command> to finally get
-them closed.
-</para>
</section>
</section>
Debian 2.1, <literal>slink</literal>; Debian 2.2, <literal>potato</literal>;
Debian 3.0, <literal>woody</literal>; Debian 3.1, <literal>sarge</literal>;
Debian 4.0, <literal>etch</literal>; Debian 5.0, <literal>lenny</literal>
-and the next release will be called <literal>squeeze</literal>.
+and the next release will be called <literal>wheezy</literal>.
There is also a ``pseudo-distribution'', called
<literal>sid</literal>, which is the current <literal>unstable</literal>
distribution; since packages are moved from <literal>unstable</literal> to
signed <filename>*.changes</filename>-files are moved together with their
corresponding files to the <filename>unchecked</filename> directory. This
directory is not visible for most Developers, as ftp-master is restricted; it
-is scanned every 15 minutes by the <command>katie</command> script, which
-verifies the integrity of the uploaded packages and their cryptographic
+is scanned every 15 minutes by the <command>dak process-upload</command> script,
+which verifies the integrity of the uploaded packages and their cryptographic
signatures. If the package is considered ready to be installed, it is moved
-into the <filename>accepted</filename> directory. If this is the first upload
+into the <filename>done</filename> directory. If this is the first upload
of the package (or it has new binary packages), it is moved to the
<filename>new</filename> directory, where it waits for approval by the
ftpmasters. If the package contains files to be installed by hand it is moved
maintainer and closes all the bugs marked as fixed by the upload, and the
auto-builders may start recompiling it. The package is now publicly accessible
at <ulink url="&url-incoming;"></ulink> until it is really
-installed in the Debian archive. This happens only once a day (and is also
+installed in the Debian archive. This happens four times a day (and is also
called the `dinstall run' for historical reasons); the package is then removed
from incoming and installed in the pool along with all the other packages.
Once all the other updates (generating new <filename>Packages</filename> and
<para>
<command>dak ls</command> is part of the dak suite of tools, listing
available package versions for all known distributions and architectures.
-The <command>dak</command> tool is available on <literal>&ftp-master-host;
-</literal>, and on the mirror on <literal>&ftp-master-mirror;</literal>.
-It uses a single argument corresponding to a package name. An example will
-explain it better:
+The <command>dak</command> tool is available on
+<literal>&ftp-master-host;</literal>, and on the mirror on
+<literal>&ftp-master-mirror;</literal>. It uses a single argument
+corresponding to a package name. An example will explain it better:
</para>
<screen>
$ dak ls evince
<term><literal>upload-source</literal></term>
<listitem>
<para>
-The email notification from <command>katie</command> when an uploaded source
+The email notification from <command>dak</command> when an uploaded source
package is accepted.
</para>
</listitem>
<term><literal>katie-other</literal></term>
<listitem>
<para>
-Other warning and error emails from <command>katie</command> (such as an
+Other warning and error emails from <command>dak</command> (such as an
override disparity for the section and/or the priority field).
</para>
</listitem>
~ianmdlvl / developers-reference.git / blobdiff