to back out as a unit as bugs are fixed upstream.
</para>
<para>
-Unfortunately, the packaging system as such currently doesn't provide for
-separating the patches into several files. Nevertheless, there are ways to
-separate patches: the patch files are shipped within the Debian patch file
-(<filename>.diff.gz</filename>), usually within the
-<filename>debian/</filename> directory. The only difference is that they
-aren't applied immediately by dpkg-source, but by the <literal>build</literal>
-rule of <filename>debian/rules</filename>. Conversely, they are reverted in
-the <literal>clean</literal> rule.
+Fortunately, with the source format “3.0 (quilt)” it is now possible to
+keep patches separate without having to modify <filename>debian/rules</filename>
+to setup a patch system. Patches are stored in <filename>debian/patches/</filename>
+and when the source package is unpacked patches listed in
+<filename>debian/patches/series</filename> are automatically applied.
+As the name implies, patches can be managed with <command>quilt</command>.
</para>
<para>
-<command>dbs</command> is one of the more popular approaches to this. It does
-all of the above, and provides a facility for creating new and updating old
-patches. See the package <systemitem role="package">dbs</systemitem> for more
-information and <systemitem role="package">hello-dbs</systemitem> for an
-example.
+When using the older source “1.0”, it's also possible to separate patches
+but a dedicated patch system must be used: the patch files are shipped
+within the Debian patch file (<filename>.diff.gz</filename>), usually
+within the <filename>debian/</filename> directory. The only difference is
+that they aren't applied immediately by <command>dpkg-source</command>,
+but by the <literal>build</literal> rule of
+<filename>debian/rules</filename>, through a dependency on the
+<literal>patch</literal> rule. Conversely, they are reverted in the
+<literal>clean</literal> rule, through a dependency on the
+<literal>unpatch</literal> rule.
</para>
<para>
-<command>dpatch</command> also provides these facilities, but it's intended to
-be even easier to use. See the package <systemitem
-role="package">dpatch</systemitem> for documentation and examples (in
-<filename>/usr/share/doc/dpatch</filename>).
+<command>quilt</command> is the recommended tool for this.
+It does all of the above, and also allows to manage patch series.
+See the
+<systemitem role="package">quilt</systemitem> package for more information.
+</para>
+<para>
+There are other tools to manage patches, like <command>dpatch</command>,
+and the patch system integrated with
+<systemitem role="package">cdbs</systemitem>.
</para>
</section>
role="package">doc-base</systemitem> package documentation for more
information.
</para>
+<para>
+Debian policy (section 12.1) directs that manual pages should accompany every
+program, utility, and function, and suggests them for other objects like
+configuration files. If the work you are packaging does not have such manual
+pages, consider writing them for inclusion in your package, and submitting them
+upstream.
+</para>
+<para>
+The manpages do not need to be written directly in the troff format. Popular
+source formats are Docbook, POD and reST, which can be converted using
+<command>xsltproc</command>, <command>pod2man</command> and
+<command>rst2man</command> respectively. To a lesser extent, the <command>
+help2man</command>program can also be used to write a stub.
+</para>
</section>
<section id="bpp-other">
<title>Pristine source</title>
<para>
The defining characteristic of a pristine source tarball is that the
-<literal>.orig.tar.gz</literal> file is byte-for-byte identical to a tarball officially
+<literal>.orig.tar.{gz,bz2}</literal> file is byte-for-byte identical to a tarball officially
distributed by the upstream author. <footnote><para> We cannot prevent
upstream authors from changing the tarball they distribute without also
incrementing the version number, so there can be no guarantee that a pristine
If a difference arises later (say, if upstream notices that he wasn't using
maximal compression in his original distribution and then
re-<command>gzip</command>s it), that's just too bad. Since there is no good
-way to upload a new <literal>.orig.tar.gz</literal> for the same version, there is not even any
+way to upload a new <literal>.orig.tar.{gz,bz2}</literal> for the same version, there is not even any
point in treating this situation as a bug. </para> </footnote> This makes it
possible to use checksums to easily verify that all changes between Debian's
version and upstream's are contained in the Debian diff. Also, if the original
that you must remove before uploading.
</para>
<para>
-In these cases the developer must construct a suitable <literal>.orig.tar.gz
+In these cases the developer must construct a suitable <literal>.orig.tar.{gz,bz2}
</literal> file himself. We refer to such a tarball as a repackaged upstream
source. Note that a repackaged upstream source is different from a
Debian-native package. A repackaged source still comes with Debian-specific
-changes in a separate <literal>.diff.gz</literal> and still has a version
+changes in a separate <literal>.diff.gz</literal> or <literal>.debian.tar.{gz,bz2}</literal> and still has a version
number composed of <literal><upstream-version></literal> and
<literal><debian-revision></literal>.
</para>
if you repackage source that could have been pristine.
</para>
<para>
-A repackaged <literal>.orig.tar.gz</literal>
+A repackaged <literal>.orig.tar.{gz,bz2}</literal>
</para>
<orderedlist numeration="arabic">
<listitem>
<para>
-<emphasis role="strong">must</emphasis> be documented in the resulting source package.
+should be documented in the resulting source package.
Detailed information on how the repackaged source was obtained,
-and on how this can be reproduced must be provided in
+and on how this can be reproduced should be provided in
<filename>debian/copyright</filename>. It is also a good idea to provide a
<literal>get-orig-source</literal> target in your
<filename>debian/rules</filename> file that repeats the process, as described
<footnote><para> As a special exception, if the omission of non-free files
would lead to the source failing to build without assistance from the Debian
diff, it might be appropriate to instead edit the files, omitting only the
-non-free parts of them, and/or explain the situation in a README.Debian-source
-<!-- or similarly named -->
+non-free parts of them, and/or explain the situation in a README.source
file in the root of the source tree. But in that case please also urge the
upstream author to make the non-free components easier seperable from the rest
of the source. </para> </footnote>
</listitem>
<listitem>
<para>
-<emphasis role="strong">should</emphasis> be gzipped with maximal compression.
+<emphasis role="strong">should</emphasis> be gzipped or bzipped with maximal compression.
</para>
</listitem>
</orderedlist>
-<para>
-The canonical way to meet the latter two points is to let <literal>dpkg-source
--b</literal> construct the repackaged tarball from an unpacked directory.
-</para>
</section>
<section id="changed-binfiles">
-<title>Changing binary files in <literal>diff.gz</literal></title>
+<title>Changing binary files</title>
<para>
Sometimes it is necessary to change binary files contained in the original
-tarball, or to add binary files that are not in it. If this is done by simply
-copying the files into the debianized source tree,
-<command>dpkg-source</command> will not be able to handle this. On the other
-hand, according to the guidelines given above, you cannot include such a
-changed binary file in a repackaged <filename>orig.tar.gz</filename>. Instead,
-include the file in the <filename>debian</filename> directory in
-<command>uuencode</command>d (or similar) form <footnote><para> The file should
-have a name that makes it clear which binary file it encodes. Usually, some
-postfix indicating the encoding should be appended to the original filename.
-Note that you don't need to depend on <systemitem
-role="package">sharutils</systemitem> to get the <command>uudecode</command>
-program if you use <command>perl</command>'s <literal>pack</literal> function.
-The code could look like
-</para>
-&example-uu;
-</footnote>. The file would then be
-decoded and copied to its place during the build process. Thus the change will
-be visible quite easy.
-</para>
-<para>
-Some packages use <command>dbs</command> to manage patches to their upstream
-source, and always create a new <literal>orig.tar.gz</literal> file that
-contains the real <literal>orig.tar.gz</literal> in its toplevel directory.
-This is questionable with respect to the preference for pristine source. On
-the other hand, it is easy to modify or add binary files in this case: Just put
-them into the newly created <literal>orig.tar.gz</literal> file, besides the
-real one, and copy them to the right place during the build process.
+tarball, or to add binary files that are not in it. This is fully supported
+when using source packages in “3.0 (quilt)” format, see the
+<citerefentry><refentrytitle>dpkg-source</refentrytitle><manvolnum>1</manvolnum></citerefentry>
+manual page for details. When using the older format “1.0”, binary files
+can't be stored in the <filename>.diff.gz</filename> so you must store
+an <command>uuencode</command>d (or similar) version of the file(s)
+and decode it at build time in <filename>debian/rules</filename> (and move
+it in its official location).
</para>
</section>
~ianmdlvl / developers-reference.git / blobdiff