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<h1>Git: Distributed Version Control for Code and Documents</h1>
<div class="details">
<span id="author" class="author">Valentin Haenel</span><br>
<span id="author2" class="author">Julius Plenz</span><br>
<span id="revnumber">version 3.0</span>
<br><span id="revremark">Beta Preview</span>
</div>
<div id="toc" class="toc2">
<div id="toctitle">Table of Contents</div>
<ul class="sectlevel1">
<li><a href="index.html">Title Page</a></li><li><a href="Git-Book_1.html">Preface</a>
<ul class="sectlevel2">
<li><a href="Git-Book_1.html#sec.reader">Who Is This Book Intended For?</a></li>
<li><a href="Git-Book_1.html#sec.structure">How to Read the Book?</a></li>
<li><a href="Git-Book_1.html#sec.conventions">Conventions</a></li>
<li><a href="Git-Book_1.html#sec.install-git-repo">Installation and “The Git-Repository”</a></li>
<li><a href="Git-Book_1.html#sec.docs">Documentation and Help</a></li>
<li><a href="Git-Book_1.html#sec.contact">Downloads and Contacts</a></li>
<li><a href="Git-Book_1.html#sec.acknowledgements">Acknowledgements</a></li>
<li><a href="Git-Book_1.html#sec.preface-2nd-edition">Preface to the 2nd Edition</a></li>
<li><a href="Git-Book_1.html#sec.preface-cc-edition">Preface to the Creative Commons Edition</a></li>
</ul>
</li>
<li><a href="Git-Book_2.html">1. Introduction and First Steps</a>
<ul class="sectlevel2">
<li><a href="Git-Book_2.html#sec.terminology">1.1. Basic Terminology</a></li>
<li><a href="Git-Book_2.html#sec.first-steps">1.2. First Steps with Git</a></li>
<li><a href="Git-Book_2.html#chap.git-config">1.3. Configuring Git</a></li>
</ul>
</li>
<li><a href="Git-Book_3.html">2. The Basics</a>
<ul class="sectlevel2">
<li><a href="Git-Book_3.html#sec.basics">2.1. Git Commands</a></li>
<li><a href="Git-Book_3.html#sec.object-model">2.2. The Object Model</a></li>
</ul>
</li>
<li><a href="Git-Book_4.html">3. Practical Version Control</a>
<ul class="sectlevel2">
<li><a href="Git-Book_4.html#sec.branches">3.1. References: Branches and Tags</a></li>
<li><a href="Git-Book_4.html#sec.undo">3.2. Restoring Versions</a></li>
<li><a href="Git-Book_4.html#sec.merge">3.3. Merging Branches</a></li>
<li><a href="Git-Book_4.html#sec.merge-conflicts">3.4. Resolving Merge Conflicts</a></li>
<li><a href="Git-Book_4.html#sec.cherry-pick">3.5. Taking over Individual Commits: Cherry Picking</a></li>
<li><a href="Git-Book_4.html#sec.visualization">3.6. Visualizing Repositories</a></li>
<li><a href="Git-Book_4.html#sec.reflog">3.7. Reflog</a></li>
</ul>
</li>
<li><a href="Git-Book_5.html">4. Advanced Concepts</a>
<ul class="sectlevel2">
<li><a href="Git-Book_5.html#sec.rebase">4.1. Moving commits — Rebase</a></li>
<li><a href="Git-Book_5.html#sec.rebase-i">4.2. Rewriting History — Interactive Rebase</a></li>
<li><a href="Git-Book_5.html#sec.blame">4.3. Who Made These Changes? — Git Blame</a></li>
<li><a href="Git-Book_5.html#sec.ignore">4.4. Ignoring Files</a></li>
<li><a href="Git-Book_5.html#sec.stash">4.5. Outsourcing Changes — Git Stash</a></li>
<li><a href="Git-Book_5.html#sec.notes">4.6. Annotating Commits — Git Notes</a></li>
<li><a href="Git-Book_5.html#sec.multi-root">4.7. Multiple Root Commits</a></li>
<li><a href="Git-Book_5.html#sec.bisect">4.8. Finding Regressions — Git Bisect</a></li>
</ul>
</li>
<li><a href="Git-Book_6.html">5. Distributed Git</a>
<ul class="sectlevel2">
<li><a href="Git-Book_6.html#sec.distributed-systems">5.1. How Does Distributed Version Control Work?</a></li>
<li><a href="Git-Book_6.html#sec.clone">5.2. Cloning Repositories</a></li>
<li><a href="Git-Book_6.html#sec.downloading-commits">5.3. Downloading Commits</a></li>
<li><a href="Git-Book_6.html#sec.uploading-commits">5.4. Uploading Commits: git push</a></li>
<li><a href="Git-Book_6.html#sec.remotes-check">5.5. Examining Remotes</a></li>
<li><a href="Git-Book_6.html#sec.multi-remote">5.6. Distributed Workflow with Multiple Remotes</a></li>
<li><a href="Git-Book_6.html#sec.managing-remotes">5.7. Managing Remotes</a></li>
<li><a href="Git-Book_6.html#sec.remote-tags">5.8. Exchanging Tags</a></li>
<li><a href="Git-Book_6.html#sec.patch-queue">5.9. Patches via E-mail</a></li>
<li><a href="Git-Book_6.html#sec.dictator">5.10. A Distributed, Hierarchical Workflow</a></li>
<li><a href="Git-Book_6.html#sec.subprojects">5.11. Managing Subprojects</a></li>
</ul>
</li>
<li><a href="Git-Book_7.html">6. Workflows</a>
<ul class="sectlevel2">
<li><a href="Git-Book_7.html#sec.workflows-user">6.1. User</a></li>
<li><a href="Git-Book_7.html#sec.branching-model">6.2. A Branching Model</a></li>
<li><a href="Git-Book_7.html#sec.releases-management">6.3. Release Management</a></li>
</ul>
</li>
<li><a href="Git-Book_8.html">7. Git Servers</a>
<ul class="sectlevel2">
<li><a href="Git-Book_8.html#sec.server">7.1. Hosting a Git Server</a></li>
<li><a href="Git-Book_8.html#sec.gitolite">7.2. Gitolite: Simple Git Hosting</a></li>
<li><a href="Git-Book_8.html#sec.git-daemon">7.3. Git Daemon: Anonymous Read-Only Access</a></li>
<li><a href="Git-Book_8.html#sec.gitweb">7.4. Gitweb: The Integrated Web Frontend</a></li>
<li><a href="Git-Book_8.html#sec.cgit">7.5. CGit — CGI for Git</a></li>
</ul>
</li>
<li><a href="Git-Book_9.html">8. Git Automation</a>
<ul class="sectlevel2">
<li><a href="Git-Book_9.html#sec.attributes">8.1. Git Attributes — Treating Files Separately</a></li>
<li><a href="Git-Book_9.html#sec.hooks">8.2. Hooks</a></li>
<li><a href="Git-Book_9.html#sec.scripting">8.3. Writing Your Own Git Commands</a></li>
<li><a href="Git-Book_9.html#sec.filter-branch">8.4. Rewriting Version History</a></li>
</ul>
</li>
<li class="current"><a href="Git-Book_10.html">9. Interacting with Other Version Control Systems</a>
<ul class="sectlevel2">
<li class="current"><a href="Git-Book_10.html#sec.subversion">9.1. Subversion</a></li>
<li class="current"><a href="Git-Book_10.html#sec.fast-import">9.2. Custom Importers</a></li>
</ul>
</li>
<li><a href="Git-Book_11.html">10. Shell Integration</a>
<ul class="sectlevel2">
<li><a href="Git-Book_11.html#sec.bash-integration">10.1. Git and the Bash</a></li>
<li><a href="Git-Book_11.html#sec.zsh-integration">10.2. Git and the Z-Shell</a></li>
</ul>
</li>
<li><a href="Git-Book_12.html">11. GitHub</a></li>
<li><a href="Git-Book_13.html">Appendix A: Installation</a>
<ul class="sectlevel2">
<li><a href="Git-Book_13.html#linux">A.1. Linux</a></li>
<li><a href="Git-Book_13.html#sec.osx">A.2. Mac OS X</a></li>
<li><a href="Git-Book_13.html#sec.windows">A.3. Windows</a></li>
</ul>
</li>
<li><a href="Git-Book_14.html">Appendix B: Repository Structure</a>
<ul class="sectlevel2">
<li><a href="Git-Book_14.html#sec.gc">B.1. Cleaning Up</a></li>
<li><a href="Git-Book_14.html#sec.gc-performance">B.2. Performance</a></li>
</ul>
</li>
</ul>
</div>
</div>
<div id="content"><div class="sect1">
<h2 id="sec.git-svn-cvs"><a class="anchor" href="Git-Book_10.html"></a>9. Interacting with Other Version Control Systems</h2>
<div class="sectionbody">
<div class="paragraph">
<p>Git has interfaces to other version control systems, which are important for two basic use cases:</p>
</div>
<div class="dlist">
<dl>
<dt class="hdlist1"><em>Bidirectional communication</em> </dt>
<dd>
<p>You want to develop locally in a Git repository, but also transfer the changes to an external repository or import changes from there to Git.</p>
</dd>
<dt class="hdlist1"><em>Migration</em> </dt>
<dd>
<p>You want to import the version history stored in an existing repository of another system into Git.</p>
</dd>
</dl>
</div>
<div class="paragraph">
<p>Git offers the following interfaces — all of which allow two-way communication and complete conversion:</p>
</div>
<div class="dlist">
<dl>
<dt class="hdlist1">Subversion (<code>svn</code>) </dt>
<dd>
<p>The <code>git-svn</code> tool provides all the essential subcommands for dealing with Subversion repositories and is discussed in detail in this chapter.
The program is implemented in Perl and uses the Perl bindings for Git and Subversion.
It is managed together with the Git sources in the <code>git.git</code> repository (stored as <code>git-svn.perl</code>).
Note: The tool is called <code>git-svn</code>, but is called as usual with <code>git svn &lt;command&gt;</code>.
The technical documentation is available in the <code>git-svn(1)</code> man page.</p>
</dd>
<dt class="hdlist1">Concurrent Versioning System (<code>cvs</code>) </dt>
<dd>
<p>The <code>git cvsimport</code> command imports and synchronizes a CVS repository — its counterpart is <code>git cvsexportcommit</code>.</p>
</dd>
<dt class="hdlist1">Perforce (<code>p4</code>) </dt>
<dd>
<p>With <code>git p4</code> you address repositories of the proprietary Perforce system.</p>
</dd>
</dl>
</div>
<div class="paragraph">
<p>For the interaction with other VCS there are also a lot of additional tools and scripts that improve, extend and partly replace the mentioned commands.
But also interfaces to other version control systems, such as Mercurial, are offered.
If the commands and recipes described in this chapter are not sufficient, an internet research is worthwhile.
As a first starting point we recommend the Git-Wiki.⁠<sup class="footnote">[<a id="_footnoteref_117" class="footnote" href="#_footnotedef_117" title="View footnote.">117</a>]</sup></p>
</div>
<div class="paragraph">
<p>In addition to its immediate communication capabilities with other systems, Git has its own simple plain-text protocol that lets you translate the version history from any system in such a way that Git creates a repository from it.
For a detailed description including an example, see <a href="Git-Book_10.html#sec.fast-import">Sec. 9.2, “Custom Importers”</a> about <em>Fast Import</em>.</p>
</div>
<div class="sect2">
<h3 id="sec.subversion"><a class="anchor" href="Git-Book_10.html#sec.subversion"></a>9.1. Subversion</h3>
<div class="paragraph">
<p>The following is about how to use <code>git-svn</code>.
We’ll show you how to convert Subversion repositories and how to use it to exchange changes between a Subversion repository and Git.</p>
</div>
<div class="sect3">
<h4 id="sec.git-svn-convert"><a class="anchor" href="Git-Book_10.html#sec.git-svn-convert"></a>9.1.1. Conversion</h4>
<div class="paragraph">
<p>The goal is to transfer the version history from a Subversion repository to a Git repository.
Before you start, you will need to make preparations that may take some time, depending on the size of your project.
However, good preparation helps you to avoid mistakes from the start.</p>
</div>
<div class="sect4">
<h5 id="sec.git-svn-preparation"><a class="anchor" href="Git-Book_10.html#sec.git-svn-preparation"></a>9.1.1.1. Preparation</h5>
<div class="paragraph">
<p>You should have the following information at hand:</p>
</div>
<div class="olist arabic">
<ol class="arabic">
<li>
<p>Who are the authors? What are their e-mail addresses?</p>
</li>
<li>
<p>How is the repository structured? Are there branches and tags?</p>
</li>
<li>
<p>Should metadata about the Subversion revision be stored in the git commits?</p>
</li>
</ol>
</div>
<div class="paragraph">
<p>Later, you will run the command <code>git svn clone</code>.
The answers to the above questions will determine which options and arguments you use to do this.</p>
</div>
<div class="admonitionblock tip">
<table>
<tbody><tr>
<td class="icon">
<i class="fa icon-tip" title="Tip"></i>
</td>
<td class="content">
<div class="paragraph">
<p>Our experience has shown that rarely a single conversion attempt is sufficient.
If the Subversion repository is not already local, it’s definitely worth making a local copy of it — so you don’t have to download the revisions over the network on a second attempt.
You can use <code>rsvndump</code>, for example, to do this.⁠<sup class="footnote">[<a id="_footnoteref_118" class="footnote" href="#_footnotedef_118" title="View footnote.">118</a>]</sup></p>
</div>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>Subversion uses less extensive author metadata than Git; revisions are simply marked with a Subversion username, and there is no difference between the author and committer of a revision.
In order for <code>git-svn</code> to convert Subversion usernames to the full names with email addresses typical of Git, a so-called <em>authors file</em> is required:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>jplenz  = Julius Plenz &lt;julius@plenz.com&gt;
vhaenel = Valentin Haenel &lt;valentin.haenel@gmx.de&gt;</pre>
</div>
</div>
<div class="paragraph">
<p>The file, e.g.&nbsp;<code>authors.txt</code>, is later passed to <code>git-svn</code> via <code>--authors-file=</code> or <code>-A</code>.</p>
</div>
<div class="paragraph">
<p>The following one-liner determines all Subversion usernames and helps you to create the file:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>svn log --xml | grep author | sed 's_^.*&gt;\(.*\)&lt;.*$_\1_' | \</strong>
  <strong>sort --unique</strong></pre>
</div>
</div>
<div class="paragraph">
<p>If you do not specify an authors file when converting (or if an author is missing), <code>git-svn</code> will use the Subversion username as the author.
The e-mail address is composed of the Subversion username and the UUID of the Subversion repository.</p>
</div>
<div class="paragraph">
<p>Find out how the repository is structured in the next step.
The following questions will help:</p>
</div>
<div class="olist arabic">
<ol class="arabic">
<li>
<p>Does the repository have a so-called <em>trunk</em> (main development thread), branches and tags?</p>
<div class="olist loweralpha">
<ol class="loweralpha" type="a">
<li>
<p>If so, is the default Subversion layout (<code>trunk/</code>, <code>branches/</code>, <code>tags/</code>) used?</p>
</li>
<li>
<p>If not, in which directories are trunk, branches and tags then?</p>
</li>
</ol>
</div>
</li>
<li>
<p>Are only a single or multiple projects managed in the repository?</p>
</li>
</ol>
</div>
<div class="paragraph">
<p>If the project follows the Subversion standard layout (<a href="Git-Book_10.html#fig.svn-stdlayout">Figure 47, “Standard Subversion layout”</a>), use the argument <code>--stdlayout</code> or <code>-s</code> for short.</p>
</div>
<div id="fig.svn-stdlayout" class="imageblock text-center">
<div class="content">
<img 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" alt="svn stdlayout crop" width="17%">
</div>
<div class="title">Figure 47. Standard Subversion layout</div>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-metadata"><a class="anchor" href="Git-Book_10.html#sec.git-svn-metadata"></a>9.1.1.2. SVN Metadata</h5>
<div class="paragraph">
<p>The <code>--no-metadata</code> argument prevents additional metadata from being included in the commit message.
To what extent this makes sense for your use case is up to you to decide.
From a technical standpoint, metadata is only necessary if you want to continue to interact with the Subversion repository.
However, it may also be helpful to preserve the metadata, for example if you use the Subversion revision number in your bug tracking system.</p>
</div>
<div class="paragraph">
<p>The SVN metadata appears in the last line of each commit message and takes the following form:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>git-svn-id: &lt;URL&gt;@&lt;Revision&gt; &lt;UUID&gt;</pre>
</div>
</div>
<div class="paragraph">
<p><code>&lt;URL&gt;</code> ist die URL des Subversion-Repositorys, <code>&lt;Revision&gt;</code> die Subversion-Revision und <code>&lt;UUID&gt;</code> (<em>Universally Unique Identifier</em>) eine Art “Fingerabdruck” des Subversion-Repositorys.
Zum Beispiel:</p>
</div>
<div class="paragraph">
<p><code>&lt;URL&gt;</code> is the URL of the Subversion repository, <code>&lt;Revision&gt;</code> is the Subversion revision, and <code>&lt;UUID&gt;</code> (<em>Universally Unique Identifier</em>) is a sort of “fingerprint” of the Subversion repository.
For example:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>git-svn-id: file:///demo/trunk@8 2423f1c7-8de6-44f9-ab07-c0d4e8840b78</pre>
</div>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-username"><a class="anchor" href="Git-Book_10.html#sec.git-svn-username"></a>9.1.1.3. Specifying a Username</h5>
<div class="paragraph">
<p>How you specify the user name depends on the transport protocol.
For those where Subversion handles authentication (e.g. <code>http</code>, <code>https</code>, and <code>svn</code>), use the <code>--username</code> option.
For others (<code>svn+ssh</code>), you must specify the username as part of the URL, for example, <code>svn+ssh://USER@svn.example.com</code>.</p>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-convert-command"><a class="anchor" href="Git-Book_10.html#sec.git-svn-convert-command"></a>9.1.1.4. Converting Standard Layouts</h5>
<div class="paragraph">
<p>You can convert an SVN repository in standard layout with the following call (after you have created an Authors file):</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn clone &lt;http://svn.example.com/&gt; -s -A &lt;authors.txt&gt; \</strong>
    <strong>--no-metadata &lt;projekt-konvertiert&gt;</strong></pre>
</div>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-nonstdlayout"><a class="anchor" href="Git-Book_10.html#sec.git-svn-nonstdlayout"></a>9.1.1.5. Non-Standard Layouts</h5>
<div class="paragraph">
<p>If the repository is not laid out according to the Subversion standard layout, adjust the call to <code>git svn</code> accordingly: Instead of <code>--stdlayout</code>, explicitly specify the trunk with <code>--trunk</code> or <code>-T</code>, the branches with <code>--branches</code> or <code>-b</code>, and the tags with <code>--tags</code> or <code>-t</code> — if, for example, several projects are managed in one Subversion repository (<a href="Git-Book_10.html#fig.svn-nonstdlayout">Figure 48, “Non-Standard Layout”</a>).</p>
</div>
<div id="fig.svn-nonstdlayout" class="imageblock text-center">
<div class="content">
<img 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" alt="svn nonstdlayout crop" width="20%">
</div>
<div class="title">Figure 48. Non-Standard Layout</div>
</div>
<div class="paragraph">
<p>To convert <code>project1</code>, the call would be as follows:⁠<sup class="footnote">[<a id="_footnoteref_119" class="footnote" href="#_footnotedef_119" title="View footnote.">119</a>]</sup></p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn clone &lt;http://svn.example.com/&gt; -T trunk/projekt1 \</strong>
  <strong>-b branches/projekt1 -t tags/projekt1 \</strong>
  <strong>-A &lt;authors.txt&gt; &lt;projekt1-konvertiert&gt;</strong></pre>
</div>
</div>
<div class="paragraph">
<p>An SVN repository without branches or tags can simply be cloned by using the URL of the project directory and omit <code>--stdlayout</code> entirely:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn clone &lt;http://svn.example.com/projekt&gt; -A authors.txt \</strong>
    <strong>--no-metadata &lt;projekt-konvertiert&gt;</strong></pre>
</div>
</div>
<div class="paragraph">
<p>If several independent projects are managed in one repository, we recommend that you create a separate Git repository for each project.
Unlike Subversion, Git is not suitable for managing multiple projects in one repository.
The object model means that the development histories (commit graphs) would become inextricably linked.
How to “link” projects from different Git repositories is described in <a href="Git-Book_6.html#sec.subprojects">Sec. 5.11, “Managing Subprojects”</a>.</p>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-postprocessing"><a class="anchor" href="Git-Book_10.html#sec.git-svn-postprocessing"></a>9.1.1.6. Postprocessing</h5>
<div class="paragraph">
<p>Once <code>git svn clone</code> has run, you’ll usually need to do a bit of rework on the repository.</p>
</div>
<div class="admonitionblock tip">
<table>
<tbody><tr>
<td class="icon">
<i class="fa icon-tip" title="Tip"></i>
</td>
<td class="content">
<div class="paragraph">
<p>During conversion, <code>git-svn</code> ignores all Subversion properties except <code>svn:execute</code>.
If the Subversion repository uses the <code>svn:ignore</code> properties to exclude files, you can translate them into one (or recursively for multiple) <code>.gitignore</code> file(s):</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn create-ignore</strong></pre>
</div>
</div>
<div class="paragraph">
<p>The <code>.gitignore</code> files are only created and added to the index — you still have to check them in.</p>
</div>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>Git creates special git branches under <code>remotes/origin</code> for the Subversion trunk and the Subversion branches and tags.
They are very similar to the remote tracking branches, in that they reflect the state of the Subversion repository-that is, they are <em>Subversion tracking branches</em>, so to speak.
They are mainly used for bidirectional communication and are updated when synchronized with the Subversion repository.
However, if you only want to convert the repository, these branches are of no use anymore and should be rewritten to “real” Git repositories (see below).</p>
</div>
<div class="paragraph">
<p>A Subversion tracking branch is created for the trunk and for each Subversion branch,⁠<sup class="footnote">[<a id="_footnoteref_120" class="footnote" href="#_footnotedef_120" title="View footnote.">120</a>]</sup> and for each Subversion tag a Subversion tracking branch is also created (<em>no</em> git tag, see below), but under <code>remotes/origin/tags</code>.</p>
</div>
<div class="paragraph">
<p>Assume that the Subversion repository has the following Subversion branches and tags:</p>
</div>
<div id="fig.svn-branches" class="imageblock text-center">
<div class="content">
<img 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" alt="svn branches crop" width="20%">
</div>
<div class="title">Figure 49. Example Subversion branches and tags</div>
</div>
<div class="paragraph">
<p>In this case <code>git svn</code> creates the following git branches:</p>
</div>
<div id="fig.git-converted-branches" class="imageblock text-center">
<div class="content">
<img 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" alt="git branches crop" width="35%">
</div>
<div class="title">Figure 50. Converted Git Branches</div>
</div>
<div class="paragraph">
<p>You can adjust the prefix with the option <code>--prefix=</code>.
For example, with the <code>--prefix=svn/</code> statement, all converted references are stored under <code>remotes/svn/</code> instead of <code>remotes/origin</code>.</p>
</div>
<div class="paragraph">
<p>As already mentioned, <code>git-svn</code> <em>does not</em> create git tags for Subversion tags.
This is because from a technical point of view, Subversion tags are hardly different from Subversion branches.
They are also created with <code>git svn copy</code> and — unlike git tags — can be changed afterwards.
To be able to track such updates, Subversion tags are therefore also displayed as Subversion tracking branches.
Like the Subversion branches, they are of no use (but rather cause confusion) in a converted repository, and should be converted to real Git tags.</p>
</div>
<div class="paragraph">
<p>If you want to keep the Subversion branches and tags, you should translate the Subversion tracking branches into local Git branches or lightweight Git tags.
The following shell script git-convert-refs will help you in the first step:⁠<sup class="footnote">[<a id="_footnoteref_121" class="footnote" href="#_footnotedef_121" title="View footnote.">121</a>]</sup></p>
</div>
<div id="code.git-convert-refs" class="listingblock">
<div class="content">
<pre class="rouge highlight"><code data-lang="shell"><span class="c">#!/bin/sh</span>

<span class="nb">.</span> <span class="si">$(</span>git <span class="nt">--exec-path</span><span class="si">)</span>/git-sh-setup
<span class="nv">svn_prefix</span><span class="o">=</span><span class="s1">'svn/'</span>

convert_ref<span class="o">(){</span>
  <span class="nb">echo</span> <span class="nt">-n</span> <span class="s2">"converting: </span><span class="nv">$1</span><span class="s2"> to: </span><span class="nv">$2</span><span class="s2"> ..."</span>
  git update-ref <span class="nv">$2</span> <span class="nv">$1</span>
  git update-ref <span class="nt">-d</span> <span class="nv">$1</span>
  <span class="nb">echo</span> <span class="s2">"done"</span>
<span class="o">}</span>

get_refs<span class="o">(){</span>
  git <span class="k">for</span><span class="nt">-each-ref</span> <span class="nv">$1</span> <span class="nt">--format</span><span class="o">=</span><span class="s1">'%(refname)'</span>
<span class="o">}</span>

<span class="nb">echo</span> <span class="s1">'Converting svn tags'</span>
get_refs refs/remotes/<span class="k">${</span><span class="nv">svn_prefix</span><span class="k">}</span>tags | <span class="k">while </span><span class="nb">read </span>svn_tag
<span class="k">do
  </span><span class="nv">new_ref</span><span class="o">=</span><span class="si">$(</span><span class="nb">echo</span> <span class="nv">$svn_tag</span> | <span class="nb">sed</span> <span class="nt">-e</span> <span class="s2">"s|remotes/</span><span class="nv">$svn_prefix</span><span class="s2">||"</span><span class="si">)</span>
  convert_ref <span class="nv">$svn_tag</span> <span class="nv">$new_ref</span>
<span class="k">done

</span><span class="nb">echo</span> <span class="s2">"Converting svn branches"</span>
get_refs refs/remotes/<span class="k">${</span><span class="nv">svn_prefix</span><span class="k">}</span> | <span class="k">while </span><span class="nb">read </span>svn_branch
<span class="k">do
  </span><span class="nv">new_ref</span><span class="o">=</span><span class="si">$(</span><span class="nb">echo</span> <span class="nv">$svn_branch</span> | <span class="nb">sed</span> <span class="nt">-e</span> <span class="s2">"s|remotes/</span><span class="nv">$svn_prefix</span><span class="s2">|heads/|"</span><span class="si">)</span>
  convert_ref <span class="nv">$svn_branch</span> <span class="nv">$new_ref</span>
<span class="k">done</span></code></pre>
</div>
</div>
<div class="paragraph">
<p>The script assumes that the repository was converted with the <code>--prefix=svn/</code> option.
The two <code>while</code> loops do the following:</p>
</div>
<div class="ulist">
<ul>
<li>
<p>A git tag is created for each Subversion tracking branch that corresponds to a Subversion <em>tag</em> (e.g. <code>refs/remotes/svn/tags/v1.0</code> → <code>refs/tags/v1.0</code>).</p>
</li>
<li>
<p>For each Subversion tracking branch that corresponds to a Subversion <em>branch</em>, a “real” local Git branch is created (e.g. <code>refs/remotes/svn/bugfix</code> → <code>refs/heads/bugfix</code>)</p>
</li>
</ul>
</div>
<div class="paragraph">
<p>The script uses the plumbing commands <code>git for-each-ref</code>, which prints references matching the given expression line by line, and <code>git update-ref</code>, which rewrites and deletes references.⁠<sup class="footnote">[<a id="_footnoteref_122" class="footnote" href="#_footnotedef_122" title="View footnote.">122</a>]</sup></p>
</div>
<div class="paragraph">
<p>See <a href="Git-Book_10.html#fig.git-convert-refs-before">Figure 51, “Converted branches and tags before translation”</a> and <a href="Git-Book_10.html#fig.git-convert-refs-after">Figure 52, “Converted branches and tags after translation”</a> to see how the script works.
In the Subversion repository there is a trunk, a branch feature and the <code>v1.0</code> tag.
<code>git-svn</code> creates three branches under <code>remotes/svn</code> during the conversion process, as described above.
The script <code>git-convert-refs</code> finally translates <code>remotes/svn/trunk</code> → <code>trunk</code>, <code>remotes/svn/feature</code> → <code>feature</code> and <code>remotes/svn/tags/v1.0</code> becomes a lightweight tag.</p>
</div>
<div id="fig.git-convert-refs-before" class="imageblock text-center">
<div class="content">
<img src="data:image/png;base64,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" alt="git convert refs before" width="60%">
</div>
<div class="title">Figure 51. Converted branches and tags before translation</div>
</div>
<div id="fig.git-convert-refs-after" class="imageblock text-center">
<div class="content">
<img src="data:image/png;base64,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" alt="git convert refs after" width="60%">
</div>
<div class="title">Figure 52. Converted branches and tags after translation</div>
</div>
<div class="paragraph">
<p>After rewriting Subversion branches and tags, you will notice that all Git tags “sit” on very short branches (see tag <code>v1.0</code> in <a href="Git-Book_10.html#fig.git-convert-refs-after">Figure 52, “Converted branches and tags after translation”</a> and <a href="Git-Book_10.html#fig.git-svn-tag-fix-before">Figure 53, “Converted Git tags on branches”</a>).
This is because each Subversion tag is stored with a Subversion commit.
So the conversion behavior of <code>git-svn</code> is correct in principle, because one Git commit is created per Subversion revision — but a bit unwieldy for a Git repository: you cannot use <code>git describe --tags</code>, for example.</p>
</div>
<div class="paragraph">
<p>However, unless the Subversion tag has been modified afterwards, the tagged commit references the same tree as its ancestor, so you can move the tags to the ancestors.
The following shell script <code>git-fix-tags</code>⁠<sup class="footnote">[<a id="_footnoteref_123" class="footnote" href="#_footnotedef_123" title="View footnote.">123</a>]</sup> will help here:</p>
</div>
<div class="listingblock">
<div class="content">
<pre class="rouge highlight"><code data-lang="shell"><span class="c">#!/bin/sh</span>

<span class="nb">.</span> <span class="si">$(</span>git <span class="nt">--exec-path</span><span class="si">)</span>/git-sh-setup
get_tree<span class="o">(){</span> git rev-parse <span class="nv">$1</span>^<span class="o">{</span>tree<span class="o">}</span><span class="p">;</span> <span class="o">}</span>

git <span class="k">for</span><span class="nt">-each-ref</span> refs/tags <span class="nt">--format</span><span class="o">=</span><span class="s1">'%(refname)'</span> <span class="se">\</span>
| <span class="k">while </span><span class="nb">read </span>tag
<span class="k">do
    </span><span class="nv">sha1</span><span class="o">=</span><span class="si">$(</span>git rev-parse <span class="nv">$tag</span><span class="si">)</span>
    <span class="nv">tree</span><span class="o">=</span><span class="si">$(</span>get_tree <span class="nv">$tag</span> <span class="si">)</span>
    <span class="nv">new</span><span class="o">=</span><span class="nv">$sha1</span>
    <span class="k">while </span><span class="nb">true
    </span><span class="k">do
        </span><span class="nv">parent</span><span class="o">=</span><span class="si">$(</span>git rev-parse <span class="nv">$new</span>^<span class="si">)</span>
        git rev-parse <span class="nv">$new</span>^2 <span class="o">&gt;</span> /dev/null 2&gt;&amp;1 <span class="o">&amp;&amp;</span> <span class="nb">break
        </span><span class="nv">parent_tree</span><span class="o">=</span><span class="si">$(</span>get_tree <span class="nv">$parent</span><span class="si">)</span>
        <span class="o">[</span> <span class="s2">"</span><span class="nv">$parent_tree</span><span class="s2">"</span> <span class="o">!=</span> <span class="s2">"</span><span class="nv">$tree</span><span class="s2">"</span> <span class="o">]</span> <span class="o">&amp;&amp;</span> <span class="nb">break
        </span><span class="nv">new</span><span class="o">=</span><span class="nv">$parent</span>
    <span class="k">done</span>
    <span class="o">[</span> <span class="s2">"</span><span class="nv">$sha1</span><span class="s2">"</span> <span class="o">=</span> <span class="s2">"</span><span class="nv">$new</span><span class="s2">"</span> <span class="o">]</span> <span class="o">&amp;&amp;</span> <span class="nb">break
    echo</span> <span class="nt">-n</span> <span class="s2">"Found new commit for tag </span><span class="k">${</span><span class="nv">tag</span><span class="p">#refs/tags/</span><span class="k">}</span><span class="s2">: "</span> <span class="se">\</span>
        <span class="si">$(</span>git rev-parse <span class="nt">--short</span> <span class="nv">$new</span><span class="si">)</span><span class="s2">", resetting..."</span>
    git update-ref <span class="nv">$tag</span> <span class="nv">$new</span>
    <span class="nb">echo</span> <span class="s1">'done'</span>
<span class="k">done</span></code></pre>
</div>
</div>
<div class="paragraph">
<p>The script examines every tagged commit.
If there is a commit among the ancestors that references the same tree, the tag is renewed.
If the commit or one of its ancestors itself has multiple ancestors (after a merge), the search is aborted.
In <a href="Git-Book_10.html#fig.git-svn-tag-fix-before">Figure 53, “Converted Git tags on branches”</a>, you can see two tags that come into consideration: <code>v1.0</code> and <code>v2.0</code>.
The <code>v1.0</code> tag was created from commit <code>C1</code> and does not contain any subsequent changes.
The <code>v2.0</code> tag, on the other hand, was modified again after it was created from Commit <code>C2</code>.</p>
</div>
<div id="fig.git-svn-tag-fix-before" class="imageblock text-center">
<div class="content">
<img src="data:image/png;base64,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" alt="git svn tag fix before" width="50%">
</div>
<div class="title">Figure 53. Converted Git tags on branches</div>
</div>
<div class="paragraph">
<p>In <a href="Git-Book_10.html#fig.git-svn-tag-fix-after">Figure 54, “Tag <code>v1.0</code> was rewritten”</a> you can see how tag <code>v1.0</code> was moved from the above script to the ancestor (because the trees are the same).
However, tag <code>v2.0</code> remains in place (because the trees are different due to subsequent changes).</p>
</div>
<div id="fig.git-svn-tag-fix-after" class="imageblock text-center">
<div class="content">
<img src="data:image/png;base64,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" alt="git svn tag fix after" width="50%">
</div>
<div class="title">Figure 54. Tag <code>v1.0</code> was rewritten</div>
</div>
<div class="admonitionblock tip">
<table>
<tbody><tr>
<td class="icon">
<i class="fa icon-tip" title="Tip"></i>
</td>
<td class="content">
<div class="paragraph">
<p>The tool <code>git-svn-abandon</code>⁠<sup class="footnote">[<a id="_footnoteref_124" class="footnote" href="#_footnotedef_124" title="View footnote.">124</a>]</sup> takes a similar approach to the two scripts presented, i.e. it converts Subversion tracking branches and moves tags.
Instead of lightweight tags, however, it creates annotated tags and does some additional cleanup work, similar to the ones we’ll cover next.
Another alternative for moving tags is the script <code>git-move-tags-up</code>.⁠<sup class="footnote">[<a id="_footnoteref_125" class="footnote" href="#_footnotedef_125" title="View footnote.">125</a>]</sup></p>
</div>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>You should still decide how to handle the trunk reference (<code>trunk</code> or <code>git-svn</code>).
After conversion, it will point to the same commit as <code>master</code>, so you can actually delete it:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git branch -d trunk</strong></pre>
</div>
</div>
<div class="paragraph">
<p>There may still be Git branches in the repository after the conversion that have already been merged into <code>master</code>.
Remove them with the following command:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git checkout master</strong>
$ <strong>git branch --merged | grep -v '^*' | xargs git branch -d</strong></pre>
</div>
</div>
<div class="paragraph">
<p>You can also dispose of the remaining legacy files that are both in the repository configuration and in <code>.git/</code>:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>rm -r .git/svn</strong>
$ <strong>git config --remove-section svn</strong>
$ <strong>git config --remove-section svn-remote.svn</strong></pre>
</div>
</div>
<div class="paragraph">
<p>You are then ready to upload the converted history to a remote repository to share it with other developers.</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git remote add &lt;example&gt; &lt;git@git.example.com:projekt1.git&gt;</strong>
$ <strong>git push &lt;example&gt; --mirror</strong></pre>
</div>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-merges"><a class="anchor" href="Git-Book_10.html#sec.git-svn-merges"></a>9.1.1.7. Subversion Merges</h5>
<div class="paragraph">
<p>Subversion merges are detected by <code>git-svn</code> using the <code>svn:mergeinfo</code> properties and translated as git merges — although not always.
It depends on which Subversion revisions were merged and how.
If all revisions affecting a branch have been merged (<code>svn merge -r &lt;N:M&gt;</code>), this is represented by a Git merge commit.
However, if only individual revisions have been merged (via <code>svn merge -c &lt;N&gt;</code>), then they are simply committed with <code>git cherry-pick</code> instead.</p>
</div>
<div class="paragraph">
<p>For the following example, we have created a Subversion repository with a branch feature that is merged twice: once as a Subversion merge, which is considered a Git merge commit, and once as a Subversion merge, which is translated as cherry-pick.
The result converted with <code>git-svn</code> is shown below.</p>
</div>
<div id="fig.git-svn-merge-demo" class="imageblock text-center">
<div class="content">
<img src="data:image/png;base64,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" alt="git svn merge demo" width="60%">
</div>
<div class="title">Figure 55. Converted Subversion repository</div>
</div>
<div class="paragraph">
<p>The commits in the Subversion repository were made in the following order:</p>
</div>
<div class="olist arabic">
<ol class="arabic">
<li>
<p>Standardlayout</p>
</li>
<li>
<p><code>C1</code> on <code>trunk</code></p>
</li>
<li>
<p>Branch <code>feature</code></p>
</li>
<li>
<p><code>C1</code> on <code>feature</code></p>
</li>
<li>
<p><code>C2</code> on <code>feature</code></p>
</li>
<li>
<p><code>C2</code> on <code>trunk</code></p>
</li>
<li>
<p><code>svn merge branches/feature trunk -c 5</code> (commit <code>C2</code> on <code>feature</code>)</p>
</li>
<li>
<p><code>svn merge branches/feature trunk -r 3:5</code> (commit <code>C1</code>&amp;`C2` on <code>feature</code>)</p>
</li>
</ol>
</div>
<div class="paragraph">
<p>Finally, it should be mentioned that <code>git-svn</code> is by far not the only tool for conversion.
<code>git-svn</code> often suffers from speed problems with very large repositories.
In this context, two tools are mentioned very often that work faster: on the one hand <code>svn2git</code>⁠<sup class="footnote">[<a id="_footnoteref_126" class="footnote" href="#_footnotedef_126" title="View footnote.">126</a>]</sup> and also <code>svn-fe</code>⁠<sup class="footnote">[<a id="_footnoteref_127" class="footnote" href="#_footnotedef_127" title="View footnote.">127</a>]</sup> (svn-fast-export).
If you encounter problems during the conversion (e.g. if the conversion has been running for several days and there is no end in sight), it is worth taking a look at the alternatives.</p>
</div>
</div>
</div>
<div class="sect3">
<h4 id="sec.git-svn-conduit"><a class="anchor" href="Git-Book_10.html#sec.git-svn-conduit"></a>9.1.2. Bidirectional Communication</h4>
<div class="paragraph">
<p>The <code>git-svn</code> tool can not only convert a Subversion repository, it is also a better Subversion client.
This means you have all the benefits of Git locally (easy and flexible branching, local commits and history) — but you can upload your Git commits from your local Git repository as Subversion commits to a Subversion repository.
Additionally, <code>git-svn</code> allows you to download new commits from other developers in the Subversion repository to your local Git repository.
You should use <code>git-svn</code> if a complete conversion to Git is not feasible, but you’d like to take advantage of the local benefits of Git.
Note that <code>git-svn</code> is a somewhat limited version of Subversion, and not all features are fully available.
There are some subtleties to consider, especially when uploading.</p>
</div>
<div class="paragraph">
<p>First, a summary of the most important <code>git-svn</code> commands:</p>
</div>
<div class="hdlist">
<table>
<tbody><tr>
<td class="hdlist1">
<code>git svn init</code> 
</td>
<td class="hdlist2">
<p>Create a Git repository to track a Subversion repository.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git svn fetch</code> 
</td>
<td class="hdlist2">
<p>Download new revisions from the Subversion repository.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git svn clone</code> 
</td>
<td class="hdlist2">
<p>Combination of 'git svn init` and <code>git svn fetch</code>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git svn dcommit</code> 
</td>
<td class="hdlist2">
<p>Upload Git commits as Subversion revisions to the Subversion repository (<em>diff commit</em>)</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git svn rebase</code> 
</td>
<td class="hdlist2">
<p>Combination of <code>git svn fetch</code> and <code>git rebase</code>, usually executed before a <code>git svn dcommit</code>.</p>
</td>
</tr>
</tbody></table>
</div>
<div class="sect4">
<h5 id="sec.git-svn-clone"><a class="anchor" href="Git-Book_10.html#sec.git-svn-clone"></a>9.1.2.1. Cloning a Subversion Repository</h5>
<div class="paragraph">
<p>To retrieve the repository, first follow the same procedure as in the Subversion conversion section — create an authors file and determine the repository layout.
Then you can use <code>git svn clone</code> to clone the Subversion repository, for example:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn clone http://svn.example.com/ -s \</strong>
  <strong>-A &lt;authors.txt&gt; &lt;projekt-git&gt;</strong></pre>
</div>
</div>
<div class="paragraph">
<p>The call downloads all Subversion revisions and creates a Git repository from the history under <code>&lt;project-git&gt;</code>.</p>
</div>
<div class="admonitionblock tip">
<table>
<tbody><tr>
<td class="icon">
<i class="fa icon-tip" title="Tip"></i>
</td>
<td class="content">
<div class="paragraph">
<p>Cloning an entire Subversion history can be extremely time consuming under certain circumstances.
From a Subversion point of view, a long history is not a problem because the <code>svn checkout</code> command usually only downloads the current revision.
Something similar can be done with <code>git-svn</code>.
To do this, you first have to initialize the local Git repository and then only download the current revision (<code>HEAD</code>) from the trunk or branch.
The advantage here is certainly the speed, the disadvantage is that there is no local history:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn init http://svn.example.com/trunk projekt-git</strong>
$ <strong>cd projekt-git</strong>
$ <strong>git svn fetch -r HEAD</strong></pre>
</div>
</div>
<div class="paragraph">
<p>As an alternative to <code>HEAD</code>, you could specify any revision and then use <code>git svn fetch</code> to download the missing revisions up to <code>HEAD</code>, thus cloning only part of the history.</p>
</div>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>As part of the conversion, we described how to post-process the repository.
Since you want to continue interacting with the Subversion repository in the future, this is not necessary here.
Also, the <code>--no-metadata</code> option must not be used, because otherwise the metadata of the form <code>git-svn-id:</code> will disappear from the commit message, and Git will no longer be able to map the commits and revisions.</p>
</div>
<div class="paragraph">
<p>The call to <code>git-svn</code> creates several entries in the configuration file <code>.git/config</code>.
First, an entry <code>svn-remote.svn</code>, which, similar to a remote entry for a Git repository, contains information about the URL and the Subversion branches and tags to track.
For example, if you cloned a repository with a standard layout, it might look like this:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>[svn-remote "svn"]
    url = http://svn.example.com/
    fetch = trunk:refs/remotes/origin/trunk
    branches = branches/*:refs/remotes/origin/*
    tags = tags/*:refs/remotes/origin/tags/*</pre>
</div>
</div>
<div class="paragraph">
<p>In contrast to a regular <code>remote</code> entry this one additionally contains the values <code>branches</code> and <code>tags</code>.
These in turn each contain a refspec describing how Subversion branches and tags are stored locally as Subversion tracking branches.
The <code>fetch</code> entry only handles the Subversion trunk and must not contain any glob expressions.</p>
</div>
<div class="paragraph">
<p>If you do not have any Subversion branches and tags, the corresponding entries are omitted:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>[svn-remote "svn"]
    url = http://svn.example.com/
    fetch = :refs/remotes/git-svn</pre>
</div>
</div>
<div class="paragraph">
<p>If you clone the repository with the prefix option, for example with <code>--prefix=svn/</code>, <code>git svn</code> will adjust the refspecs:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>[svn-remote "svn"]
    url = http://svn.example.com/
    fetch = trunk:refs/remotes/svn/trunk
    branches = branches/*:refs/remotes/svn/*
    tags = tags/*:refs/remotes/svn/tags/*</pre>
</div>
</div>
<div class="paragraph">
<p>If you specify an authors file, a separate entry is created for it.
The file will still be needed in the future when you download new commits from the Subversion repository.</p>
</div>
<div class="listingblock">
<div class="content">
<pre>[svn]
    authorsfile = /home/valentin/svn-testing/authors.txt</pre>
</div>
</div>
<div class="admonitionblock tip">
<table>
<tbody><tr>
<td class="icon">
<i class="fa icon-tip" title="Tip"></i>
</td>
<td class="content">
<div class="paragraph">
<p>In the section on conversion we described how to use <code>create-ignore</code> to create <code>.gitignore</code> files.
However, if you want to continue working with the Subversion repository, there is little point in checking in the <code>.gitignore</code> files there.
They have no effect on Subversion and only confuse other developers who continue to work with the native Subversion client (<code>svn</code>).
Instead, there is an option to store the patterns to ignore in the <code>.git/info/excludes</code> file (see <a href="Git-Book_5.html#sec.ignore">Sec. 4.4, “Ignoring Files”</a>), which is not part of the repository.
The <code>git svn show-ignore</code> command, which searches for and outputs all <code>svn-ignore</code> properties, can help here:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn show-ignore &gt; .git/info/excludes</strong></pre>
</div>
</div>
</td>
</tr>
</tbody></table>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-examine"><a class="anchor" href="Git-Book_10.html#sec.git-svn-examine"></a>9.1.2.2. Examining a Repository</h5>
<div class="paragraph">
<p>In addition, <code>git-svn</code> provides some commands for examining the history and other properties of the repository:</p>
</div>
<div class="hdlist">
<table>
<tbody><tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;log</code> 
</td>
<td class="hdlist2">
<p>A hybrid of <code>svn log</code> and <code>git log</code>.
The subcommand produces output similar to <code>svn log</code>, but uses the local repository to create it.
Several options of <code>git svn</code> have been recreated, such as <code>-r &lt;N&gt;:&lt;M&gt;</code>.
Unknown options, e.g. <code>-p</code>, are passed directly to <code>git log</code> so that options from both commands can be mixed:</p>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn log -r 3:16 -p</strong></pre>
</div>
</div>
<div class="paragraph">
<p>It would now show the revisions 3–16, including a patch of the changes.</p>
</div>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;blame</code> 
</td>
<td class="hdlist2">
<p>Similar to <code>svn blame</code>.
With the <code>--git-format</code> option, the output has the same format as <code>git&nbsp;blame</code>, but with Subversion revisions instead of the SHA-1 IDs.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;find⁠-⁠rev</code> 
</td>
<td class="hdlist2">
<p>Shows the SHA-1 ID of the Git commit, which is the changeset of a particular Subversion revision.
The revision is passed with the syntax <code>r&lt;N&gt;</code>, where <code>&lt;N&gt;</code> is the revision number:</p>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn find-rev r6</strong>
c56506a535f9d41b64850a757a9f6b15480b2c07</pre>
</div>
</div>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;info</code> 
</td>
<td class="hdlist2">
<p>Like <code>svn info</code>.
Returns various information about the Subversion repository.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;proplist</code> 
</td>
<td class="hdlist2">
<p>Like <code>svn proplist</code>, prints a list of existing Subversion properties.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>git&nbsp;svn&nbsp;propget</code> 
</td>
<td class="hdlist2">
<p>Like <code>svn propget</code>, outputs the value of a single Subversion property.</p>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>Unfortunately, currently <code>git-svn</code> can only query Subversion properties, but cannot create, modify or delete them.</p>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-exchange"><a class="anchor" href="Git-Book_10.html#sec.git-svn-exchange"></a>9.1.2.3. Exchanging Commits</h5>
<div class="paragraph">
<p>Similar to <code>git fetch</code>, <code>git svn fetch</code> downloads new commits from the Subversion repository.
In the process, <code>git-svn</code> fetches all new Subversion revisions, translates them into Git commits, and finally updates the Subversion tracking branches.
The output is a list of downloaded Subversion revisions, the files changed by the revision, the SHA-1 sum, and the Subversion tracking branch of the resulting Git commit, e.g:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn fetch</strong>
        A   COPYING
        M   README
r21 = 8d707316e1854afbc1b728af9f834e6954273425 (refs/remotes/trunk)</pre>
</div>
</div>
<div class="paragraph">
<p>You can work locally in the Git repository as usual, but there is an important restriction when uploading commits to the Subversion repository: While <code>git-svn</code> is capable of rendering Subversion merges to some degree (see above), it can’t map local Git merges to Subversion merges, so only linear histories should be uploaded via <code>git svn dcommit</code>.</p>
</div>
<div class="paragraph">
<p>To make this linearization easier, there is the command <code>git svn rebase</code>.
It first downloads all new commits from the Subversion repository and then rebuilds the current Git branch to the appropriate Subversion tracking branch via <code>git rebase</code>.</p>
</div>
<div class="paragraph">
<p>Essentially, the workflow consists of the following commands:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git add/commit ...</strong>
$ <strong>git svn rebase</strong>
$ <strong>git svn dcommit</strong></pre>
</div>
</div>
<div class="paragraph">
<p><a href="Git-Book_10.html#fig.git-svn-rebase">Figure 56</a> shows what <code>git svn rebase</code> does.
First, new revisions are downloaded from the Subversion repository, in this case <code>C</code>.
Then the <code>remote/origin/trunk</code> tracking branch is “advanced” so to speak, and then corresponds to the current status in the Subversion repository.
Finally, the current branch (in this case <code>master</code>) is rebuilt using <code>git rebase</code>.
The commit <code>D'</code> can now be uploaded.</p>
</div>
<div id="fig.git-svn-rebase" class="imageblock text-center">
<div class="content">
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style="fill:#000;fill-opacity:1"><use xlink:href="#p" x="1803.828" y="84.648"/><use xlink:href="#m" x="1829.219" y="84.648"/><use xlink:href="#a" x="1854.609" y="84.648"/><use xlink:href="#k" x="1880" y="84.648"/><use xlink:href="#e" x="1905.391" y="84.648"/><use xlink:href="#f" x="1930.781" y="84.648"/></g></svg>" alt="svn rebase" width="100%">
</div>
<div class="title">Figure 56. <code>git svn rebase</code> integrates the newly added Subversion revision as commit <code>C</code> — before <code>D</code>, which becomes <code>D'</code>.</div>
</div>
<div class="paragraph">
<p>With <code>git svn dcommit</code>, you upload a Git commit changeset as a revision to the Subversion repository.
As part of the operation, the revision is again committed to the local Git repository as a Git commit, but this time with Subversion metadata in the commit message.
This, of course, changes the SHA-1 sum of the commit, as shown in <a href="Git-Book_10.html#fig.git-svn-dcommit">Figure 57</a> by the different commits <code>D'</code> and <code>D''</code>.</p>
</div>
<div id="fig.git-svn-dcommit" class="imageblock text-center">
<div class="content">
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style="fill:#000;fill-opacity:1"><use xlink:href="#f" x="2223.594" y="164.648"/><use xlink:href="#e" x="2248.984" y="164.648"/><use xlink:href="#o" x="2274.375" y="164.648"/><use xlink:href="#h" x="2299.766" y="164.648"/><use xlink:href="#k" x="2325.156" y="164.648"/><use xlink:href="#e" x="2350.547" y="164.648"/><use xlink:href="#a" x="2375.938" y="164.648"/><use xlink:href="#s" x="2401.328" y="164.648"/><use xlink:href="#h" x="2426.719" y="164.648"/><use xlink:href="#f" x="2452.109" y="164.648"/><use xlink:href="#g" x="2477.5" y="164.648"/><use xlink:href="#j" x="2502.891" y="164.648"/><use xlink:href="#g" x="2528.281" y="164.648"/><use xlink:href="#i" x="2553.672" y="164.648"/><use xlink:href="#s" x="2579.063" y="164.648"/><use xlink:href="#k" x="2604.453" y="164.648"/><use xlink:href="#f" x="2629.844" y="164.648"/><use xlink:href="#b" x="2655.234" y="164.648"/><use xlink:href="#i" x="2680.625" y="164.648"/><use xlink:href="#t" x="2706.016" y="164.648"/></g></svg>" alt="svn dcommit" width="100%">
</div>
<div class="title">Figure 57. After a <code>git svn dcommit</code>, the commit <code>D'</code> has a new SHA-1 ID and becomes <code>D''</code> because its commit description has been changed to store meta information.</div>
</div>
<div class="paragraph">
<p>Similar to <code>git push</code>, you may not use <code>git rebase</code> or <code>git commit --amend</code> to modify commits that you have already uploaded with <code>git svn dcommit</code>.</p>
</div>
</div>
<div class="sect4">
<h5 id="sec.git-svn-branches-tags"><a class="anchor" href="Git-Book_10.html#sec.git-svn-branches-tags"></a>9.1.2.4. Subversion Branches and Tags</h5>
<div class="paragraph">
<p>The subcommands <code>git svn branch</code> and <code>git svn tag</code> are used to create Subversion branches and tags.
For example:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn tag -m "Tag Version 2.0" v2.0</strong></pre>
</div>
</div>
<div class="paragraph">
<p>In the Subversion repository, this creates the <code>tags/v2.0</code> directory, the contents of which is a copy of the current <code>HEAD</code>.⁠<sup class="footnote">[<a id="_footnoteref_128" class="footnote" href="#_footnotedef_128" title="View footnote.">128</a>]</sup>
In the Git repository, a new Subversion tracking branch (<code>remotes/origin/tags/v2.0</code>) is created for this.
The <code>-m</code> option optionally passes a message.
If not, <code>git-svn</code> sets the message <code>Create tag &lt;tag&gt;</code>.</p>
</div>
<div class="paragraph">
<p>Git version 1.7.4 introduced a feature that allows you to perform Subversion merges.
The feature is available to <code>git svn dcommit</code> via the <code>--mergeinfo</code> option and causes the Subversion property <code>svn:mergeinfo</code> to be set.
The documentation for this option in the <code>git-svn(1)</code> man page is new in version 1.7.4.5 and later.</p>
</div>
<div class="paragraph">
<p>The following is an example of a procedure for creating a branch with <code>git-svn</code>, committing it in it and merging it again later, in the sense of Subversion.</p>
</div>
<div class="paragraph">
<p>First create the Subversion branch — the command works basically like <code>git svn tag</code>:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn branch &lt;feature&gt;</strong></pre>
</div>
</div>
<div class="paragraph">
<p>Then you create a local branch to work with and commit to it.
The branch must be based on the Subversion tracking branch <code>&lt;feature&gt;</code>:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git checkout -b &lt;feature&gt; origin/&lt;feature&gt;</strong>
$ <strong>git commit ...</strong></pre>
</div>
</div>
<div class="paragraph">
<p>Then upload the commits to the Subversion repository.
The <code>git svn rebase</code> call is only necessary if another user has made commits to the Subversion <code>feature</code> branch in the meantime.</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn rebase</strong>
$ <strong>git svn dcommit</strong></pre>
</div>
</div>
<div class="paragraph">
<p>Now you have to transfer the merge information separately.
To do this, proceed as follows: First you merge the branch locally in the Git repository and then upload the resulting merge commit using <code>--mergeinfo</code>.
The syntax for this option is:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git svn dcommit --mergeinfo=&lt;branch-name&gt;:&lt;N&gt;-&lt;M&gt;</strong></pre>
</div>
</div>
<div class="paragraph">
<p>Where <code>&lt;branch-name&gt;</code> is the Subversion name of the branch, e.g. <code>/branches/&lt;name&gt;</code>, <code>&lt;N&gt;</code> the first Subversion revision that changes the branch, and <code>&lt;M&gt;</code> the last.⁠<sup class="footnote">[<a id="_footnoteref_129" class="footnote" href="#_footnotedef_129" title="View footnote.">129</a>]</sup>
Assuming you created the branch with revision 23 and now, after two commits, want to merge the branch again, the command would be:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git checkout master</strong>
$ <strong>git merge --no-ff &lt;feature&gt;</strong>
$ <strong>git svn dcommit --mergeinfo=/branches/feature:23-25</strong></pre>
</div>
</div>
</div>
</div>
</div>
<div class="sect2">
<h3 id="sec.fast-import"><a class="anchor" href="Git-Book_10.html#sec.fast-import"></a>9.2. Custom Importers</h3>
<div class="paragraph">
<p>Git offers an easy and convenient way to turn any version history into a Git repository using the <code>fast-import</code> subcommand.
The fast-import protocol is text-based and very flexible.⁠<sup class="footnote">[<a id="_footnoteref_130" class="footnote" href="#_footnotedef_130" title="View footnote.">130</a>]</sup></p>
</div>
<div class="paragraph">
<p>Any kind of data can be used as a basis: be it backups, tarballs, repositories of other version control systems, or, or, or, or…​
An import program that you can write in any language must translate the existing history into the so-called Fast Import Protocol and output it to Standard Out.
This output is then processed by <code>git fast-import</code>, which uses it to create a full-featured Git repository.</p>
</div>
<div class="paragraph">
<p>For simple importers who need to import a linear version history, three building blocks are important:</p>
</div>
<div class="hdlist">
<table>
<tbody><tr>
<td class="hdlist1">
<em>Data&nbsp;block</em> 
</td>
<td class="hdlist2">
<p>A data block begins with the keyword <code>data</code>, followed by a space, followed by the data length in bytes and a line break.
This is immediately followed by the data, followed by another line break.
The data block does not have to be ended explicitly, since its length is specified in bytes.
It looks like this, for example:</p>
<div class="listingblock">
<div class="content">
<pre>data 4
test</pre>
</div>
</div>
</td>
</tr>
<tr>
<td class="hdlist1">
<em>File</em> 
</td>
<td class="hdlist2">
<p>To pass the contents of a file, use the following format in the simplest case: <code>M &lt;mode&gt; inline &lt;path&gt;</code> followed by a data block on the next line.</p>
<div class="paragraph">
<p>So to import a file <code>README</code> with the content <code>test</code> (without a final newline!) the following construct is necessary:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>M 644 inline README
data 4
test</pre>
</div>
</div>
</td>
</tr>
<tr>
<td class="hdlist1">
<em>Commit</em> 
</td>
<td class="hdlist2">
<p>For a commit, you must specify the appropriate metadata (at least the committer and date, and a commit message), followed by the changed files.
This is done in the following format:</p>
<div class="listingblock">
<div class="content">
<pre>commit &lt;branch&gt;
committer &lt;who&gt; &lt;email&gt; &lt;when&gt;
&lt;Data block for commit message&gt;
deleteall</pre>
</div>
</div>
<div class="paragraph">
<p>For <code>&lt;branch&gt;</code> use a corresponding branch on which the commit should be made, e.g. <code>refs/heads/master</code>.
The name of the committer (<code>&lt;who&gt;</code>) is optional, but the email address is not.
The format of <code>&lt;when&gt;</code> must be a Unix timestamp with timezone, e.g. <code>1303329307 +0200</code>.⁠<sup class="footnote">[<a id="_footnoteref_131" class="footnote" href="#_footnotedef_131" title="View footnote.">131</a>]</sup>
Analogous to the <code>committer</code> line, you can add an <code>author</code> line.</p>
</div>
<div class="paragraph">
<p>The data block forms the commit message.
The final <code>deleteall</code> tells Git to forget everything about files from previous commits.
So for each commit, you add all the data completely new.⁠<sup class="footnote">[<a id="_footnoteref_132" class="footnote" href="#_footnotedef_132" title="View footnote.">132</a>]</sup>
Then follow one or more file definitions.
This could look like this, for example:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>commit refs/heads/master
committer Julius Plenz &lt;julius@plenz.com&gt; 1303329307 +0200
data 23
Import the README File
deleteall
M 644 inline README
data 4
test</pre>
</div>
</div>
<div class="paragraph">
<p>Unless otherwise specified, commits are built upon each other in the order in which they are read (if they are on the same branch).</p>
</div>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>With these simple components we want to demonstrate how to turn old release tar balls into a Git archive using a small shell script.</p>
</div>
<div class="paragraph">
<p>First we download old releases of the editor <em>Vim</em>:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>wget -q --mirror -nd ftp://ftp.home.vim.org/pub/vim/old/</strong></pre>
</div>
</div>
<div class="paragraph">
<p>For each tarball we now want to create a commit.
For this we proceed as follows:</p>
</div>
<div class="olist arabic">
<ol class="arabic">
<li>
<p>Read in archives line by line on Standard In and convert them into absolute path names (because the directory will be changed later).</p>
</li>
<li>
<p>For each of these archives, perform the following steps:</p>
<div class="olist loweralpha">
<ol class="loweralpha" type="a">
<li>
<p>“version”, last change, current time and commit message in the appropriate variables.
The time zone is hard coded for simplicity.</p>
</li>
<li>
<p>Create a temporary directory and unpack the archive there.</p>
</li>
<li>
<p>Output the corresponding lines <code>commit</code>, <code>author</code>, <code>committer</code>.
Then the prepared commit message, whose length is counted by <code>wc -c</code> (<em>byte count</em>).
Finally the keyword <code>deleteall</code>.</p>
</li>
<li>
<p>Output a corresponding file block for each file.
The first component of the file name is discarded (e.g. <code>./vim-1.14/</code>).
The length of the following file is again counted using <code>wc -c</code>.</p>
</li>
<li>
<p>Delete the temporary directory.</p>
</li>
</ol>
</div>
</li>
</ol>
</div>
<div class="paragraph">
<p>All output of the script is set to Standard Out, so it can be easily piped to <code>git fast-import</code>.
The beginning of the output looks like this:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>commit refs/heads/master
author Bram Moolenaar &lt;bram@vim.org&gt; 1033077600 +0200
committer Julius Plenz &lt;julius@plenz.com&gt; 1303330792 +0200
data 15
import vim-1.14
deleteall
M 644 inline src/vim.h
data 7494
/* vi:ts=4:sw=4
 *
 * VIM - Vi IMitation
...</pre>
</div>
</div>
<div class="paragraph">
<p>To create a Git repository from this output, let’s proceed as follows:</p>
</div>
<div class="literalblock">
<div class="content">
<pre>$ <strong>git init vimgit</strong>
Initialized empty Git repository in /dev/shm/vimgit/.git/
$ <strong>cd vimgit</strong>
$ <strong>ls ../vim/*.tar.gz | &lt;import-tarballs.sh&gt; | git fast-import</strong>
git-fast-import statistics:
---------------------------------------------------------------------
Alloc'd objects:       5000
Total objects:         1350 (      1206 duplicates                  )
      blobs  :         1249 (      1177 duplicates        523 deltas)
      trees  :           87 (        29 duplicates          0 deltas)
      commits:           14 (         0 duplicates          0 deltas)
      tags   :            0 (         0 duplicates          0 deltas)
Total branches:           1 (         1 loads     )
      marks:           1024 (         0 unique    )
      atoms:            354
Memory total:          2294 KiB
       pools:          2098 KiB
     objects:           195 KiB
---------------------------------------------------------------------
pack_report: getpagesize()            =       4096
pack_report: core.packedGitWindowSize =   33554432
pack_report: core.packedGitLimit      =  268435456
pack_report: pack_used_ctr            =          1
pack_report: pack_mmap_calls          =          1
pack_report: pack_open_windows        =          1 /          1
pack_report: pack_mapped              =    7668864 /    7668864
---------------------------------------------------------------------</pre>
</div>
</div>
<div class="paragraph">
<p>The command outputs a lot of statistical data about the import process (and aborts with a corresponding error message if the input is not understood).
A subsequent <code>reset</code> synchronizes index, working tree and repository, and the tar-balls are successfully imported:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git reset --hard</strong>
HEAD is now at ddb8ffe import vim-4.5
$ <strong>git log --oneline</strong>
ddb8ffe import vim-4.5
4151b0c import vim-4.4
dbbdf3d import vim-4.3
6d5aa08 import vim-4.2
bde105d import vim-4.1
332228b import vim-4.0
...</pre>
</div>
</div>
<div class="paragraph">
<p>For reference the complete script:⁠<sup class="footnote">[<a id="_footnoteref_133" class="footnote" href="#_footnotedef_133" title="View footnote.">133</a>]</sup></p>
</div>
<div class="listingblock">
<div class="content">
<pre class="rouge highlight"><code data-lang="shell"><span class="c">#!/bin/sh</span>

<span class="k">while </span><span class="nb">read </span>ar<span class="p">;</span> <span class="k">do</span>
    <span class="o">[</span> <span class="nt">-f</span> <span class="s2">"</span><span class="nv">$ar</span><span class="s2">"</span> <span class="o">]</span> <span class="o">||</span> <span class="o">{</span> <span class="nb">echo</span> <span class="s2">"not a file: </span><span class="nv">$ar</span><span class="s2">"</span> <span class="o">&gt;</span>&amp;2<span class="p">;</span> <span class="nb">exit </span>1<span class="p">;</span> <span class="o">}</span>
    <span class="nb">readlink</span> <span class="nt">-f</span> <span class="s2">"</span><span class="nv">$ar</span><span class="s2">"</span>
<span class="k">done</span> |
<span class="k">while </span><span class="nb">read </span>archive<span class="p">;</span> <span class="k">do
    </span><span class="nb">dir</span><span class="o">=</span><span class="s2">"</span><span class="si">$(</span><span class="nb">mktemp</span> <span class="nt">-d</span> /dev/shm/fi.XXXXXXXX<span class="si">)</span><span class="s2">"</span>
    <span class="nv">version</span><span class="o">=</span><span class="s2">"</span><span class="si">$(</span><span class="nb">basename</span> <span class="nv">$archive</span> | <span class="nb">sed </span>_s/<span class="se">\.</span><span class="nb">tar</span><span class="se">\.</span>gz<span class="nv">$/</span>/_<span class="si">)</span><span class="s2">"</span>
    <span class="nv">mod</span><span class="o">=</span><span class="s2">"</span><span class="si">$(</span><span class="nb">stat</span> <span class="nt">-c</span> %Y <span class="nv">$archive</span><span class="si">)</span><span class="s2"> +0200"</span>
    <span class="nv">now</span><span class="o">=</span><span class="s2">"</span><span class="si">$(</span><span class="nb">date</span> +%s<span class="si">)</span><span class="s2"> +0200"</span>
    <span class="nv">msg</span><span class="o">=</span><span class="s2">"import </span><span class="nv">$version</span><span class="s2">"</span>

    <span class="nb">cd</span> <span class="s2">"</span><span class="nv">$dir</span><span class="s2">"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">tar </span>xfz <span class="s2">"</span><span class="nv">$archive</span><span class="s2">"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo</span> <span class="s2">"commit refs/heads/master"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo</span> <span class="s2">"author Bram Moolenaar &lt;bram@vim.org&gt; </span><span class="nv">$mod</span><span class="s2">"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo</span> <span class="s2">"committer Julius Plenz &lt;julius@plenz.com&gt; </span><span class="nv">$now</span><span class="s2">"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo</span> <span class="nt">-n</span> <span class="s2">"data "</span> <span class="o">&amp;&amp;</span> <span class="nb">echo</span> <span class="nt">-n</span> <span class="s2">"</span><span class="nv">$msg</span><span class="s2">"</span> | <span class="nb">wc</span> <span class="nt">-c</span> <span class="o">&amp;&amp;</span> <span class="nb">echo</span> <span class="s2">"</span><span class="nv">$msg</span><span class="s2">"</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo</span> <span class="s2">"deleteall"</span> <span class="o">&amp;&amp;</span>
    find <span class="nb">.</span> <span class="nt">-type</span> f |
    <span class="k">while </span><span class="nb">read </span>f<span class="p">;</span> <span class="k">do
        </span><span class="nb">echo</span> <span class="nt">-n</span> <span class="s2">"M 644 inline "</span>
        <span class="nb">echo</span> <span class="s2">"</span><span class="nv">$f</span><span class="s2">"</span> | <span class="nb">sed</span> <span class="nt">-e</span> _s,^<span class="se">\.</span>/[^/]<span class="k">*</span>/,,_
        <span class="nb">echo</span> <span class="nt">-n</span> <span class="s2">"data "</span> <span class="o">&amp;&amp;</span> <span class="nb">wc</span> <span class="nt">-c</span> &lt; <span class="s2">"</span><span class="nv">$f</span><span class="s2">"</span> <span class="o">&amp;&amp;</span> <span class="nb">cat</span> <span class="s2">"</span><span class="nv">$f</span><span class="s2">"</span>
    <span class="k">done</span> <span class="o">&amp;&amp;</span>
    <span class="nb">echo
    rm</span> <span class="nt">-fr</span> <span class="s2">"</span><span class="nv">$dir</span><span class="s2">"</span>
<span class="k">done</span></code></pre>
</div>
</div>
<div class="paragraph">
<p>As soon as the version history is a bit more complicated, the commands <code>mark</code>, <code>from</code> and <code>merge</code> become particularly interesting.
By using <code>mark</code> you can assign an ID to any objects (commits or blobs) in order to access them as “named objects” and not always have to specify the data <code>inline</code>.
The commands <code>from</code> and <code>merge</code> define the predecessor(s) of a commit, so that even complicated interdependencies between branches can be displayed.
For more details see the man page.</p>
</div>
</div>
</div>
</div></div>
<div id="footnotes">
<hr>


<div class="footnote" id="_footnotedef_117">
<a href="#_footnoteref_117">117</a>. <a href="https://git.wiki.kernel.org/index.php/Interfaces,_frontends,_and_tools#Interaction_with_other_Revision_Control_Systems" class="bare" target="_blank" rel="noopener">https://git.wiki.kernel.org/index.php/Interfaces,_frontends,_and_tools#Interaction_with_other_Revision_Control_Systems</a>
</div>
<div class="footnote" id="_footnotedef_118">
<a href="#_footnoteref_118">118</a>. <a href="http://rsvndump.sourceforge.net/" class="bare" target="_blank" rel="noopener">http://rsvndump.sourceforge.net/</a>
</div>
<div class="footnote" id="_footnotedef_119">
<a href="#_footnoteref_119">119</a>. If there exist several directories, which contain branches and/or tags, you specify them by several arguments <code>-t</code> or <code>-b</code>.
</div>
<div class="footnote" id="_footnotedef_120">
<a href="#_footnoteref_120">120</a>. If you did not specify a trunk per <code>-T</code> or <code>--stdlayout</code> during conversion, a single branch called <code>remote/git-svn</code> will be generated.
</div>
<div class="footnote" id="_footnotedef_121">
<a href="#_footnoteref_121">121</a>. The script is included in the script collection for this book. See: <a href="https://github.com/gitbuch/buch-scripte" class="bare" target="_blank" rel="noopener">https://github.com/gitbuch/buch-scripte</a>.
</div>
<div class="footnote" id="_footnotedef_122">
<a href="#_footnoteref_122">122</a>. Basically you can also perform these operations directly with the command <code>mv</code> below <code>.git/refs/</code>. However, the plumbing commands make it possible to handle “exotic” cases like “Packed Refs” or references that are symlinks correctly. In addition, <code>git update-ref</code> writes corresponding entries in the reflog and issues error messages if something goes wrong. See also <a href="Git-Book_9.html#sec.scripting">Sec. 8.3, “Writing Your Own Git Commands”</a>.
</div>
<div class="footnote" id="_footnotedef_123">
<a href="#_footnoteref_123">123</a>. You can also find this script in the script collection: <a href="https://github.com/gitbuch/buch-scripte" class="bare" target="_blank" rel="noopener">https://github.com/gitbuch/buch-scripte</a>.
</div>
<div class="footnote" id="_footnotedef_124">
<a href="#_footnoteref_124">124</a>. <a href="https://github.com/nothingmuch/git-svn-abandon" class="bare" target="_blank" rel="noopener">https://github.com/nothingmuch/git-svn-abandon</a>
</div>
<div class="footnote" id="_footnotedef_125">
<a href="#_footnoteref_125">125</a>. <a href="https://gist.github.com/hartwork/fa275bedf8c2addeeb57" class="bare" target="_blank" rel="noopener">https://gist.github.com/hartwork/fa275bedf8c2addeeb57</a>
</div>
<div class="footnote" id="_footnotedef_126">
<a href="#_footnoteref_126">126</a>. <a href="https://web.archive.org/web/20160118021532/http://gitorious.org/svn2git/svn2git" class="bare" target="_blank" rel="noopener">https://web.archive.org/web/20160118021532/http://gitorious.org/svn2git/svn2git</a>
</div>
<div class="footnote" id="_footnotedef_127">
<a href="#_footnoteref_127">127</a>. In the Git-via-Git repository under <code>contrib/svn-fe</code>
</div>
<div class="footnote" id="_footnotedef_128">
<a href="#_footnoteref_128">128</a>. Compare the command: <code>svn copy trunk tags/v2.0</code>
</div>
<div class="footnote" id="_footnotedef_129">
<a href="#_footnoteref_129">129</a>. Compare the Subversion command: <code>svn merge -r 23:25 branches/feature trunk</code>
</div>
<div class="footnote" id="_footnotedef_130">
<a href="#_footnoteref_130">130</a>. For detailed technical documentation, see the <code>git-fast-import(1)</code> man page.
</div>
<div class="footnote" id="_footnotedef_131">
<a href="#_footnoteref_131">131</a>. You can use the <code>--date-format</code> option to allow other date formats if required.
</div>
<div class="footnote" id="_footnotedef_132">
<a href="#_footnoteref_132">132</a>. Although this leads to a little more computing effort, it simplifies the structure of the import program considerably. From the point of view that import software is usually rarely executed and time does not play a critical role, this approach makes sense.
</div>
<div class="footnote" id="_footnotedef_133">
<a href="#_footnoteref_133">133</a>. The script is available as part of our script collection at <a href="https://github.com/gitbuch/buch-scripte" class="bare" target="_blank" rel="noopener">https://github.com/gitbuch/buch-scripte</a>.
</div>


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