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<!DOCTYPE html><html lang="en"><head>
<meta charset="UTF-8">
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<meta name="author" content="Valentin Haenel, Julius Plenz">
<title>Git Book — Appendix B: Repository Structure</title>
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<body class="book toc2 toc-left">
<div id="header">
<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><a href="Git-Book_10.html">9. Interacting with Other Version Control Systems</a>
<ul class="sectlevel2">
<li><a href="Git-Book_10.html#sec.subversion">9.1. Subversion</a></li>
<li><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 class="current"><a href="Git-Book_14.html">Appendix B: Repository Structure</a>
<ul class="sectlevel2">
<li class="current"><a href="Git-Book_14.html#sec.gc">B.1. Cleaning Up</a></li>
<li class="current"><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="app.git-repository-layout"><a class="anchor" href="Git-Book_14.html"></a>Appendix B: Repository Structure</h2>
<div class="sectionbody">
<div class="paragraph">
<p>Git stores the object database, the associated references, etc. in the so-called <em>Git directory</em>, often referred to as <code>$GIT_DIR</code>.
By default, this is <code>.git/</code>.
It exists only once for each Git repository, i.e. no additional <code>.git/</code> directories are created in subdirectories.<sup class="footnote">[<a id="_footnoteref_154" class="footnote" href="#_footnotedef_154" title="View footnote.">154</a>]</sup>
Among other things, it contains the following entries:</p>
</div>
<div class="hdlist">
<table>
<tbody><tr>
<td class="hdlist1">
<code>HEAD</code>
</td>
<td class="hdlist2">
<p>The <code>HEAD</code>, see <a href="Git-Book_4.html#sec.branch-refs">Sec. 3.1.1, “HEAD and Other Symbolic References”</a>.
Besides <code>HEAD</code>, other important symbolic references may be stored on the top level, e.g. <code>ORIG_HEAD</code> or <code>FETCH_HEAD</code>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>config</code>
</td>
<td class="hdlist2">
<p>The repository configuration file, see <a href="Git-Book_2.html#chap.git-config">Sec. 1.3, “Configuring Git”</a>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>hooks/</code>
</td>
<td class="hdlist2">
<p>Contains the hooks set for this repository, see <a href="Git-Book_9.html#sec.hooks">Sec. 8.2, “Hooks”</a>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>index</code>
</td>
<td class="hdlist2">
<p>The index or stage, see <a href="Git-Book_3.html#sec.index">Sec. 2.1.1, “Index”</a>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>info/</code>
</td>
<td class="hdlist2">
<p>Additional repository information, such as patterns to be ignored (see <a href="Git-Book_5.html#sec.ignore">Sec. 4.4, “Ignoring Files”</a>) and also grafts (see <a href="Git-Book_9.html#sec.fb-grafts">Sec. 8.4.3, “Grafts: Subsequent Merges”</a>).
You can put your own information there if other tools can handle it (see e.g. the section on caching of CGit, <a href="Git-Book_8.html#sec.cgit-cache">Sec. 7.5.4, “Exploiting Caching”</a>).</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>logs/</code>
</td>
<td class="hdlist2">
<p>Log of changes to references; accessible via Reflog, see <a href="Git-Book_4.html#sec.reflog">Sec. 3.7, “Reflog”</a>.
Contains a log file for each reference under <code>refs/</code> and <code>HEAD</code>.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>objects/</code>
</td>
<td class="hdlist2">
<p>The object database, see <a href="Git-Book_3.html#sec.od">Sec. 2.2.3, “The Object Database”</a>.
For performance reasons, the objects are sorted into subdirectories that correspond to a two-character prefix of their SHA-1 sum (the commit <code>0a7ba55…</code> is stored below <code>0a/7ba55…</code>).
In the subdirectory <code>pack/</code> you will find the packfiles and associated indices, which are created by the garbage collection (see below).
In the <code>info/</code> subdirectory, Git will store a list of existing pack files if required.</p>
</td>
</tr>
<tr>
<td class="hdlist1">
<code>refs/</code>
</td>
<td class="hdlist2">
<p>All references, including branches in <code>refs/heads/</code>, see <a href="Git-Book_4.html#sec.branch-refs">Sec. 3.1.1, “HEAD and Other Symbolic References”</a>, tags in <code>refs/tags/</code>, see <a href="Git-Book_4.html#sec.tags">Sec. 3.1.3, “Tags — Marking Important Versions”</a>, and remote tracking branches under <code>refs/remotes/</code>, see <a href="Git-Book_6.html#sec.remote-tracking-branches">Sec. 5.2.2, “Remote-Tracking-Branches”</a>.</p>
</td>
</tr>
</tbody></table>
</div>
<div class="paragraph">
<p>A detailed technical description can be found in the man page <code>gitrepository-layout(5)</code>.</p>
</div>
<div id="fig.git-dir-listing" class="imageblock text-center">
<div class="content">
<img 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" alt="git dir crop" width="17%">
</div>
<div class="title">Figure 64. The most important entries in <code>.git/</code></div>
</div>
<div class="sect2">
<h3 id="sec.gc"><a class="anchor" href="Git-Book_14.html#sec.gc"></a>B.1. Cleaning Up</h3>
<div class="paragraph">
<p>As mentioned in <a href="Git-Book_4.html#sec.branch-management">Sec. 3.1.2, “Managing Branches”</a>, for example, commits that are no longer referenced (whether by branches or other commits) are no longer accessible.
This is usually the case if you wanted to delete a commit (or have rebuilt commits with Rebase).
Git does not delete them from the object database immediately, but leaves them there for two weeks by default, even if they are no longer accessible.</p>
</div>
<div class="paragraph">
<p>Internally, Git uses the commands <code>prune</code>, <code>prune-packed</code>, <code>fsck</code>, <code>repack</code>, etc.
However, the tools are automatically executed by the <em>garbage collection</em> with appropriate options: <code>git gc</code>.
The tool performs the following tasks:</p>
</div>
<div class="ulist">
<ul>
<li>
<p>Delete <em>Dangling</em> and <em>Unreachable Objects</em>.
These occur during various operations and can usually be deleted after some time to save space (default: after two weeks).</p>
</li>
</ul>
</div>
<div class="ulist">
<ul>
<li>
<p>Re-pack <em>Loose Objects</em>.
Git uses so-called <em>packfiles</em> to pack several Git objects together.
(Then there is no longer one file under <code>.git/objects/</code> per blob, tree and commit — these are combined into one large, <em>zlib</em>-compressed file).</p>
</li>
</ul>
</div>
<div class="ulist">
<ul>
<li>
<p>Search existing packfiles for old (unreachable) objects and “thin out” the packfiles accordingly.
If necessary, several small packfiles are combined to large ones.</p>
</li>
</ul>
</div>
<div class="ulist">
<ul>
<li>
<p>Packing references.
This results in so-called <em>Packed Refs</em>, see also <a href="Git-Book_4.html#sec.branches">Sec. 3.1, “References: Branches and Tags”</a>.</p>
</li>
</ul>
</div>
<div class="ulist">
<ul>
<li>
<p>Delete old Reflog entries.
By default this happens after 90 days.</p>
</li>
</ul>
</div>
<div class="ulist">
<ul>
<li>
<p>Old conflict resolutions (see Rerere, <a href="Git-Book_4.html#sec.rerere">Sec. 3.4.2, “Rerere: Reuse Recorded Resolution”</a>) are discarded (15/60 days hold time for unresolved/solved).</p>
</li>
</ul>
</div>
<div class="paragraph">
<p>The garbage collection has three modes: automatic, normal and aggressive.
You call the automatic mode via <code>git gc --auto</code> — the mode checks if there are really blatant flaws in the Git repository.
What “blatant” means is configurable.
The following configuration settings allow you to determine (globally or per repository) when, i.e. how many “small” files the automatic mode will clean up, i.e. how many files will be grouped into large archives.</p>
</div>
<div class="dlist">
<dl>
<dt class="hdlist1"><code>gc.auto</code> (Default: 6700 objects) </dt>
<dd>
<p>Combine objects into a packfile.</p>
</dd>
<dt class="hdlist1"><code>gc.autopacklimit</code> (Default: 50 packs) </dt>
<dd>
<p>Combine packs into one large pack file.</p>
</dd>
</dl>
</div>
<div class="paragraph">
<p>The automatic mode is often called, among others by <code>receive-pack</code> and <code>rebase</code> (interactive).
In most cases the automatic mode does nothing, because the defaults are very conservative.
If it does, it looks like this:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git gc --auto</strong>
Auto packing the repository for optimum performance. You may also
run "git gc" manually. See "git help gc" for more information.
...</pre>
</div>
</div>
</div>
<div class="sect2">
<h3 id="sec.gc-performance"><a class="anchor" href="Git-Book_14.html#sec.gc-performance"></a>B.2. Performance</h3>
<div class="paragraph">
<p>You should either significantly lower the thresholds above which the automatic garbage collection takes effect, or call <code>git gc</code> from time to time.
This has one obvious advantage, namely that disk space is saved:</p>
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<div class="listingblock">
<div class="content">
<pre>$ <strong>du -sh .git</strong>
20M .git
$ <strong>git gc</strong>
Counting objects: 3726, done.
Compressing objects: 100% (1639/1639), done.
Writing objects: 100% (3726/3726), done.
Total 3726 (delta 1961), reused 2341 (delta 1279)
Removing duplicate objects: 100% (256/256), done.
$ <strong>du -sh .git</strong>
6.3M .git</pre>
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<div class="paragraph">
<p>Individual objects under <code>.git/objects/</code> have been combined into a packfile:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>ls -lh .git/objects/pack/pack-a97624dd23<...>.pack</strong>
-r-------- 1 feh feh 4.6M Jun 1 10:20 .git/objects/pack/pack-a97624dd23<...>.pack
$ <strong>file .git/objects/pack/pack-a97624dd23<...>.pack</strong>
.git/objects/pack/pack-a97624dd23<...>.pack: Git pack, version 2, 3726 objects</pre>
</div>
</div>
<div class="paragraph">
<p>You can use <code>git count-objects</code> to output how many files the object database consists of.
Here side by side before and after the above packing process:</p>
</div>
<div class="listingblock">
<div class="content">
<pre>$ <strong>git count-objects -v</strong>
count: 1905 count: 58
size: 12700 size: 456
in-pack: 3550 in-pack: 3726
packs: 7 packs: 1
size-pack: 4842 size-pack: 4716
prune-packable: 97 prune-packable: 0
garbage: 0 garbage: 0</pre>
</div>
</div>
<div class="paragraph">
<p>Nowadays disk space is cheap, so a repository compressed to 30% is not a big gain.
But the performance gain is not to be scoffed at.
Usually one object (e.g. a commit) will result in further objects (blobs, trees).
So if Git has to open one file per object (i.e. at least <em>n</em> blob objects for <em>n</em> managed files), this means <em>n</em> read operations on the file system.</p>
</div>
<div class="paragraph">
<p>Packfiles have two major advantages: First, Git creates an index for each pack file, which indicates which object is found in which offset of the file.
In addition, the packing routine has a certain heuristic to optimize object placement within the file (so that, for example, a tree object and the blob objects it references are stored “close” to each other).
This allows Git to simply map the packfile into memory (keyword: “sliding mmap”).
The “search object X” operation is then nothing more than a lookup operation in the pack index and a corresponding readout of the location in the pack file, i.e. in memory.
This relieves the file and operating system considerably.</p>
</div>
<div class="paragraph">
<p>The second advantage of packfiles is the delta compression.
This way, objects are stored as <em>deltas</em> (changes) of other objects, if possible.<sup class="footnote">[<a id="_footnoteref_155" class="footnote" href="#_footnotedef_155" title="View footnote.">155</a>]</sup>
This saves memory space, but on the other hand also enables commands like <code>git blame</code> to detect copies of code pieces between files “inexpensively”, i.e. without much computing effort.</p>
</div>
<div class="paragraph">
<p>The aggressive mode should only be used in justified exceptional cases.<sup class="footnote">[<a id="_footnoteref_156" class="footnote" href="#_footnotedef_156" title="View footnote.">156</a>]</sup></p>
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<div class="paragraph">
<p>Run a <code>git gc</code> on your publicly accessible repositories on a regular basis, e.g. via cron.
Commits are always transmitted via the git protocol as packfiles, which are generated <em>on demand</em>, i.e. at the time of retrieval.
If the entire repository is already available as one large packfile, parts of it can be extracted more quickly, and a complete clone of the repository does not require any additional computational operations (no huge packfile has to be packed).
A regular garbage collection can therefore reduce the load on your server, and the user cloning process is also accelerated.</p>
</div>
<div class="paragraph">
<p>If the repository is particularly large, it can take a long time for the server to count all objects in a <code>git clone</code>.
You can speed this up by regularly calling <code>git repack -A -d -b</code> from the cron-job: Git will then create a bitmap file in addition to the pack files, speeding up this process by one or two orders of magnitude.</p>
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<div id="footnotes">
<hr>
<div class="footnote" id="_footnotedef_154">
<a href="#_footnoteref_154">154</a>. Since a bare repository (see <a href="Git-Book_8.html#sec.bare-repos">Sec. 7.1.3, “Bare Repositories: Repositories Without Working Tree”</a>) does not have a working tree, the contents normally located in <code>.git</code> form the top level in the directory structure, and there is no additional <code>.git</code> directory.
</div>
<div class="footnote" id="_footnotedef_155">
<a href="#_footnoteref_155">155</a>. This is not to be confused with version control systems that store incremental versions of a file. Within packfiles, objects are packed independently of their semantic context, i.e. especially their temporal sequence.
</div>
<div class="footnote" id="_footnotedef_156">
<a href="#_footnoteref_156">156</a>. A detailed discussion of the topic can be found at <a href="https://metalinguist.wordpress.com/2007/12/06/the-woes-of-git-gc-aggressive-and-how-git-deltas-work/" class="bare" target="_blank" rel="noopener">https://metalinguist.wordpress.com/2007/12/06/the-woes-of-git-gc-aggressive-and-how-git-deltas-work/</a>
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