|Version 34 (modified by 6 years ago) ( diff ),|
This page documents the 1.1 release. Documentation for other releases can be found here.
Trac Installation Guide for 1.0
Table of Contents
Since version 0.12, Trac can also be localized, and there is probably a translation available in your language. If you want to use the Trac interface in other languages, then make sure you have installed the optional package Babel. Pay attention to the extra steps for localization support in the Installing Trac section below. Lacking Babel, you will only get the default English version.
If you're interested in contributing new translations for other languages or enhancing the existing translations, then please have a look at TracL10N.
What follows are generic instructions for installing and setting up Trac. While you may find instructions for installing Trac on specific systems at TracInstallPlatforms, please first read through these general instructions to get a good understanding of the tasks involved.
- Installing Trac
- Creating a Project Environment
- Deploying Trac
- Configuring Authentication
- Granting admin rights to the admin user
- Finishing the install
To install Trac, the following software packages must be installed:
- Python, version ≥ 2.6 and < 3.0 (note that we dropped the support for Python 2.5 in this release)
- setuptools, version ≥ 0.6
- Genshi, version ≥ 0.6
You also need a database system and the corresponding python bindings. The database can be either SQLite, PostgreSQL or MySQL.
For the SQLite database
As you must be using Python 2.6 or 2.7, you already have the SQLite database bindings bundled with the standard distribution of Python (the
For the PostgreSQL database
You need to install the database and its Python bindings:
See DatabaseBackend for details.
For the MySQL database
Trac works well with MySQL, provided you follow the guidelines:
Given the caveats and known issues surrounding MySQL, read carefully the MySqlDb page before creating the database.
Subversion, 1.6.x or later and the corresponding Python bindings.
There are pre-compiled SWIG bindings available for various platforms. (Good luck finding precompiled SWIG bindings for any Windows package at that listing. TracSubversion points you to Alagazam, which works for me under Python 2.6.)
For troubleshooting information, see the TracSubversion page.
Other Version Control Systems
A web server is optional because Trac is shipped with a server included, see the Running the Standalone Server section below.
Alternatively you can configure Trac to run in any of the following environments:
- Apache with
- a FastCGI-capable web server (see TracFastCgi)
- an AJP-capable web server (see TracOnWindowsIisAjp)
- Microsoft IIS with FastCGI and a FastCGI-to-WSGI gateway (see IIS with FastCGI)
- a CGI-capable web server (see TracCgi), but usage of Trac as a cgi script is highly discouraged, better use one of the previous options.
Other Python Packages
- Babel, version 0.9.6 or ≥ 1.3, needed for localization support
- docutils, version ≥ 0.3.9 for WikiRestructuredText.
- Pygments for syntax highlighting.
- pytz to get a complete list of time zones, otherwise Trac will fall back on a shorter list from an internal time zone implementation.
Please refer to the documentation of these packages to find out how they are best installed. In addition, most of the platform-specific instructions also describe the installation of the dependencies. Keep in mind however that the information there probably concern older versions of Trac than the one you're installing.
The trac-admin command-line tool, used to create and maintain project environments, as well as the tracd standalone server are installed along with Trac. There are several methods for installing Trac.
Trac can be installed from PyPI or the Subversion repository using setuptools.
A few examples:
- Install Trac 1.0:
- Install latest development version:
Note that in this case you won't have the possibility to run a localized version of Trac; either use a released version or install from source
More information can be found on the setuptools page.
'pip' is an easy_install replacement that is very useful to quickly install python packages. To get a Trac installation up and running in less than 5 minutes:
Assuming you want to have your entire pip installation in
pip install trac psycopg2
pip install trac mysql-python
Make sure your OS specific headers are available for pip to automatically build PostgreSQL (
libpq-dev) or MySQL (
pip will automatically resolve all dependencies (like Genshi, pygments, etc.), download the latest packages from pypi.python.org and create a self contained installation in
All commands (
trac-admin) are available in
/opt/user/trac/bin. This can also be leveraged for
PythonHandler directive) and
Additionally, you can install several Trac plugins (listed here) through pip.
Using the python-typical setup at the top of the source directory also works. You can obtain the source for a .tar.gz or .zip file corresponding to a release (e.g.
Trac-1.0.tar.gz) from the TracDownload page, or you can get the source directly from the repository. See TracRepositories for details.
$ python ./setup.py install
You will need root permissions or equivalent for this step.
This will byte-compile the Python source code and install it as an .egg file or folder in the
of your Python installation. The .egg will also contain all other resources needed by standard Trac, such as
If you install from source and want to make Trac available in other languages, make sure Babel is installed. Only then, perform the
install (or simply redo the
install once again afterwards if you realize Babel was not yet installed):
$ python ./setup.py install
Alternatively, you can run
bdist_egg and copy the .egg from
dist/ to the place of your choice, or you can create a Windows installer (
On Windows, Trac can be installed using the exe installers available on the TracDownload page. Installers are available for the 32-bit and 64-bit versions of Python. Make sure to use the installer that matches the architecture of your Python installation.
Using package manager
Trac may be available in your platform's package repository. Note however, that the version provided by your package manager may not be the latest release.
To install Trac to a custom location, or find out about other advanced installation options, run:
Also see Installing Python Modules for detailed information.
Specifically, you might be interested in:
or, if installing Trac on a Mac OS X system:
easy_install --prefix=/usr/local --install-dir=/Library/Python/2.6/site-packages
Creating a Project Environment
A Trac environment is the backend where Trac stores information like wiki pages, tickets, reports, settings, etc. An environment is a directory that contains a human-readable configuration file, and other files and directories.
A new environment is created using trac-admin:
$ trac-admin /path/to/myproject initenv
trac-admin will prompt you for the information it needs to create the environment: the name of the project and the database connection string. If you're not sure what to specify for any of these options, just press
<Enter> to use the default value.
Using the default database connection string will always work as long as you have SQLite installed. For the other database backends you should plan ahead and already have a database ready to use at this point.
Finally, make sure the user account under which the web front-end runs will have write permissions to the environment directory and all the files inside. This will be the case if you run
trac-admin ... initenv as this user. If not, you should set the correct user afterwards. For example on Linux, with the web server running as user
apache and group
$ chown -R apache:apache /path/to/myproject
The actual username and groupname of the apache server may not be exactly
apache, and are specified in the Apache configuration file by the directives
Group (if Apache
httpd is what you use).
Warning: Please only use ASCII-characters for account name and project path, unicode characters are not supported there.
Running the Standalone Server
After having created a Trac environment, you can easily try the web interface by running the standalone server tracd:
$ tracd --port 8000 /path/to/myproject
Then, fire up a browser and visit
http://localhost:8000/. You should get a simple listing of all environments that
tracd knows about. Follow the link to the environment you just created, and you should see Trac in action. If you only plan on managing a single project with Trac you can have the standalone server skip the environment list by starting it like this:
$ tracd -s --port 8000 /path/to/myproject
Running Trac on a Web Server
Trac provides various options for connecting to a "real" web server:
Generating the Trac cgi-bin directory
In order for Trac to function properly with FastCGI you need to have a
trac.fcgi file and for mod_wsgi a
trac.wsgi file. These are Python scripts which load the appropriate Python code. They can be generated using the
deploy option of trac-admin.
There is, however, a bit of a chicken-and-egg problem. The trac-admin command requires an existing environment to function, but complains if the deploy directory already exists. This is a problem, because environments are often stored in a subdirectory of the deploy. The solution is to do something like this:
mkdir -p /usr/share/trac/projects/my-project trac-admin /usr/share/trac/projects/my-project initenv trac-admin /usr/share/trac/projects/my-project deploy /tmp/deploy mv /tmp/deploy/* /usr/share/trac
Don't forget to check that the web server has the execution right on scripts in the
Mapping Static Resources
Out of the box, Trac will pass static resources such as style sheets or images through itself. For anything but a tracd only based deployment, this is far from optimal as the web server could be set up to directly serve those static resources (for CGI setup, this is highly undesirable and will cause abysmal performance).
Web servers such as Apache allow you to create “Aliases” to resources, giving them a virtual URL that doesn't necessarily reflect the layout of the servers file system. We also can map requests for static resources directly to the directory on the file system, avoiding processing these requests by Trac itself.
There are two primary URL paths for static resources -
/chrome/site. Plugins can add their own resources, usually accessible by
/chrome/<plugin> path, so its important to override only known paths and not try to make universal
/chrome alias for everything.
Note that in order to get those static resources on the filesystem, you need first to extract the relevant resources from Trac using the TracAdmin
deploy <directory> Extract static resources from Trac and all plugins
<directory> will then contain an
htdocs directory with:
site/- a copy of the environment's directory
common/- the static resources of Trac itself
<plugins>/- one directory for each resource directory managed by the plugins enabled for this environment
Example: Apache and
Assuming the deployment has been done this way:
$ trac-admin /var/trac/env deploy /path/to/shared/trac
Add the following snippet to Apache configuration before the
WSGIScriptAlias (which map all the other requests to the Trac application), changing paths to match your deployment:
Alias /trac/chrome/common /path/to/trac/htdocs/common Alias /trac/chrome/site /path/to/trac/htdocs/site <Directory "/path/to/www/trac/htdocs"> Order allow,deny Allow from all </Directory>
If using mod_python, you might want to add this too (otherwise, the alias will be ignored):
<Location "/trac/chrome/common/"> SetHandler None </Location>
Note that we mapped the
/trac part of the URL to the
trac.*cgi script, and the path
/trac/chrome/common is the path you have to append to that location to intercept requests to the static resources.
Similarly, if you have static resources in a project's
htdocs directory (which is referenced by
/trac/chrome/site URL in themes), you can configure Apache to serve those resources (again, put this before the
WSGIScriptAlias for the .*cgi scripts, and adjust names and locations to match your installation):
Alias /trac/chrome/site /path/to/projectenv/htdocs <Directory "/path/to/projectenv/htdocs"> Order allow,deny Allow from all </Directory>
Alternatively to aliasing
/trac/chrome/common, you can tell Trac to generate direct links for those static resources (and only those), using the [trac] htdocs_location configuration setting:
[trac] htdocs_location = http://static.example.org/trac-common/
Note that this makes it easy to have a dedicated domain serve those static resources (preferentially cookie-less).
Of course, you still need to make the Trac
htdocs/common directory available through the web server at the specified URL, for example by copying (or linking) the directory into the document root of the web server:
$ ln -s /path/to/trac/htdocs/common /var/www/static.example.org/trac-common
Setting up the Plugin Cache
Some Python plugins need to be extracted to a cache directory. By default the cache resides in the home directory of the current user. When running Trac on a Web Server as a dedicated user (which is highly recommended) who has no home directory, this might prevent the plugins from starting. To override the cache location you can set the
PYTHON_EGG_CACHE environment variable. Refer to your server documentation for detailed instructions on how to set environment variables.
Trac uses HTTP authentication. You'll need to configure your webserver to request authentication when the
.../login URL is hit (the virtual path of the "login" button). Trac will automatically pick the
REMOTE_USER variable up after you provide your credentials. Therefore, all user management goes through your web server configuration. Please consult the documentation of your web server for more info.
The process of adding, removing, and configuring user accounts for authentication depends on the specific way you run Trac.
Please refer to one of the following sections:
- TracStandalone#UsingAuthentication if you use the standalone server,
- TracModWSGI#ConfiguringAuthentication if you use the Apache web server, with any of its front end:
- TracFastCgi if you're using another web server with FCGI support (Cherokee, Lighttpd, LiteSpeed, nginx)
TracAuthenticationIntroduction also contains some useful information for beginners.
Granting admin rights to the admin user
Grant admin rights to user admin:
$ trac-admin /path/to/myproject permission add admin TRAC_ADMIN
This user will have an Admin navigation item that directs to pages for administering your Trac project.
Finishing the install
Enable version control components
Support for version control systems is provided by optional components in Trac and the components are disabled by default (since 1.0). Subversion and Git must be explicitly enabled if you wish to use them. See TracRepositoryAdmin for more details.
The version control systems are enabled by adding the following to the
[components] section of your trac.ini, or enabling the components in the "Plugins" admin panel.
tracopt.versioncontrol.svn.* = enabled
tracopt.versioncontrol.git.* = enabled
After enabling the components, repositories can be configured through the Repositories admin panel or by editing trac.ini. Automatic changeset references can be inserted as ticket comments by configuring CommitTicketUpdater.
Once you have your Trac site up and running, you should be able to create tickets, view the timeline, browse your version control repository if configured, etc.
Keep in mind that anonymous (not logged in) users can by default access only a few of the features, in particular they will have a read-only access to the resources. You will need to configure authentication and grant additional permissions to authenticated users to see the full set of features.