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yum-repo-server Build Status

The yum-repo-server is a server that allows you to host and manage YUM repositories using a RESTful API.

Main features

  • RESTful api for repository management (including creation, metadata generation, RPM upload, RPM propagation,...)
  • Configurable scheduling system for periodic metadata generation on repositories with high activity
  • Repository cleanup routines
  • Graphical web interface to browse repositories and their contents
  • Link system to create virtual repositories that can dynamically point to other repositories
  • Easily extensible due to good test coverage
  • Propagation of RPMs from one staging repository to the next
  • Command line wrapper for more comfort
  • Simple scaling even across several data centers, by using mongodb as storage backend


The aim of this project is to provide a simple, straightforward and extensible implementation of a server that is able to manage YUM repositories. While creating a standalone YUM repository is easy, there was no easy way to manage many such repositories at the time of writing.


Our company is migrating towards a CLD-friendly deployment solution. Our solution involves release repositories that need to be dynamically referenceable in order to update hosts or entire host groups without changing the host's repositories. This is done like so :

Image of intended usage of the yum-repo-server


  • The yum-repo-server enables you to access repository management operations from other routines or automations, such as build servers or delivery chains.
    • For instance you can dynamically create a repository when needed (e.G. after compiling sources), upload RPMs into it, generate metadata and then use it right away!
  • The virtual repository system provides an additional layer of abstraction over repositories and allows you to create "fake" (virtual) repositories that forward any requests they obtain to a real repository.
    • Since consumers cannot differentiate between virtual and regular repositories, it is possible to change the repositories used by hosts dynamically in one simple operation (instead of fiddling on the file system level in /etc/yum/repos.d/ for instance).
      • As a consequence, the virtual repository system enables you to use one (virtual) repository for a group of hosts, and change the link as needed, e.G. when updating packages.
  • The yum-repo-server comes with built-in cleanup and metadata generation routines, meaning you do not need to use other tools (like CRON jobs) to manage repositories


The yum-repo-server is licensed under the GPLv3

Getting started using Vagrant

You can use Jan Collijs' Vagrant Yum Repo Server recipe to start a local server in a Vagrant box.

Getting started locally

  • Checkout the Repository:
git clone
cd yum-repo-server
  • Make sure you have Maven installed, a standard Java build tool.
  • Start a local and Yum Repo Server in development mode (using a temporary MongoDB):
mvn -Plocal-dev com.github.joelittlejohn.embedmongo:embedmongo-maven-plugin:start org.codehaus.cargo:cargo-maven2-plugin:run
  • Open [http://localhost:8080]

Production usage

For production usage we recommend to build a WAR and to deploy these WAR to your favorite Java application container (Tomcat, Jetty, etc.).

Build a WAR file

Build a standard Java WAR file:

mvn package

Now copy the WAR file to your application container e.g. Tomcat:

cp -v target/yum-repo-server.war <tomcat-dir>/webapps/ROOT.war

and start your application container.


Yum Repo Server can be configured by a configuration file called in the Java classpath, by providing Java system properties like -Dlog4j.configuration=file:///path/to/log4j.xml or a combination of both property file and system properties, where system properties have a higher priority.

Following properties are available:

  • mongodb.serverlist

    Required: Comma separated list of MongoDB server host names.


    Name of the database on the MongoDB instance.

    Default: rpm_db

  • mongodb.db.user

    MongoDB username for authentication. null means no authentication will be used.

    Default: null

  • mongodb.db.user

    MongoDB password for authentication.

    Default: null

  • mongodb.port

    Port used to connect to the MongoDB instances.

    Default: 27017


    Host name of a Graphite monitoring server. null means no Graphite monitoring.

    Default: null

  • graphite.port

    Port of a Graphite monitoring server.

    Default: 2003


    Host name of a Statsd aggregation server. null means no Statsd monitoring

    Default: null

  • statsd.port

    Port of a Statsd aggregation server.

    Default: 8125

  • typ

    Server type used as a monitoring prefix.

    Default: null

  • scheduler.poolSize

    Size of the thread pool used for scheduling tasks. Should be at least 2 or greater depending on your CPU resources.

    Default: 10

  • metadata.tmp.dir

    Directory for temporary files during metadata generation. null means use Java standard temp dir.

    Default: null

  • metdata.outdated.survival.time

    Time in minutes that indicates how long old Yum metadata should be keep to serve client that have already downloaded an old repomd.xml with references to old database files.

    Default: 5

  • scheduler.delay

    Time in seconds of the interval between two repository updates for scheduled repositories.

    Default: 10

  • scheduler.delete.files.delay.minuets

    Time in minuets to wait until files are actually removed, when there are marked as deleted

    Default: 10

  • scheduler.delete.files.cron

    Cron expression to check for files to delete

    Default: every 15min


    Name of the PAM service used for local authentication.

    Default: password-auth

  • security.whitelist.hosts

    Comma separated host list of hosts that are allowed to perform write operations via REST API without authentication. Wildcards are possible like : devxyz*.bla.blu.

  • loadbalancer.ips

    Comma separated list of proxy server IPs (e.g. load balancers) that sets the X-Forwarded-For http header. If the requests comes from such an IP the application will try to determine the source IP by the header field and check if this is an white listed IP (see security.whitelist.hosts).

How it works

Repository usage

In a nutshell, when yum checks for updates it sends HTTP GET requests to repositories it is aware of (usually through repository files in /etc/yum/repos.d/) and queries repository metadata. If it decides a package has to be updated (or installed) it will then directly download the RPM package through a HTTP request.

Virtual repositories

A virtual repository does look exactly like a regular repository for consumers, but it is actually an empty repository that contains a YAML file named repo.yaml. The file contains an entry with a relative path to a regular repository, and requests to the virtual repository are rerouted to the regular one.

Periodic metadata generation


API requests

API requests are handled by Yum Repo Server and use a REST like format. For maximal comfort, use the yum-repo-client. The examples below should give you a good understanding of how the requests look like.

Repository creation

Creating a new repository involves sending a POST request with the name of the repository in the body to $host/$repo_base. This will create a new resource (the new repository) underneath the repository base, which means you can access your new repository at $host/$repo_base/$new_repo_name

Repository deletion

A static repository can be deleted when sending a DELETE request to the repository (/repo/repo-to-delete). It can be protected from deletion when its name is listed within the /etc/yum-repo-server/non-deletable-repositories file. Virtual repositories that were linked to the deleted static repository, will not be deleted or changed. The virtual repositories will deliver HTTP 404 sites as long as the static repository does not exist again or the link is changed manually.

Upload to an existing repository

As a consequence, uploading a RPM to an existing repository involves sending a POST request containing the RPM file in a form element called rpmFile. The request is send to $host/$repo_base/$repo_name It creates a new resource underneath $repo_name. The RPM can then be retrieved with a GET request sent to $host/$repo_base/$repo_name/$rpm_architecture/$rpm_filename.

Generating repository metadata

Generating metadata involves a POST request to $host/$repo_base/$repo_name/repodata since it creates a new resource (the actual metadata files) underneath repodata/.

Propagate a RPM from one repository to another

You can propagate a RPM from a source repository to a destination repository on the same host by sending a POST request to $host/propagation/ with parameter source and destination. source must be $source-repo-name/$architecture/artifact-name.rpm. destination is just name of the target repository. Propagation does not work with virtual repositories. For example: curl -F "source=test-repo/noarch/ test-artifact&destination=test-repo2" http://myyum-repo-server/propagation/ will search for the latest test-artifact-XX-X.noarch.rpm and propagate the rpm from test-repo repository to test-repo2.

List static or virtual repositories

You can retrieve a list of static or virtual repositories for static repos via http://myyum-repo-server/repo.txt for virtual repos: http://myyum-repo-server/repo/virtual.txt Optionally you can get the destination for virtual repositories with the showDestination parameter. If set to true the list will contain entries with the following pattern: repo_name:destination. The destination is the path to the static repository or it could also be a url to an external repository.

To filter the list you have several url parameters:

All filters are concatable and are combined via and, so http://myyum-repo-server/repo.txt?older=10&newer=30 will retrieve all repositories older then 10 days and newer then 30 days.



Server to host and manage yum repositories via REST API




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