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bacula

A bacula module stolen from the Puppet Labs Operations team
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1,045 downloads

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5.0 quality score

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Version information

  • 8.0.0 (latest)
  • 7.0.0
  • 6.0.0
released Jul 17th 2024
This version is compatible with:
  • Puppet Enterprise 2023.8.x, 2023.7.x, 2023.6.x, 2023.5.x, 2023.4.x, 2023.3.x, 2023.2.x, 2023.1.x, 2023.0.x, 2021.7.x, 2021.6.x, 2021.5.x, 2021.4.x, 2021.3.x, 2021.2.x, 2021.1.x, 2021.0.x
  • Puppet >= 7.0.0 < 9.0.0
  • , , , , ,

Start using this module

  • r10k or Code Manager
  • Bolt
  • Manual installation
  • Direct download

Add this module to your Puppetfile:

mod 'puppet-bacula', '8.0.0'
Learn more about managing modules with a Puppetfile

Add this module to your Bolt project:

bolt module add puppet-bacula
Learn more about using this module with an existing project

Manually install this module globally with Puppet module tool:

puppet module install puppet-bacula --version 8.0.0

Direct download is not typically how you would use a Puppet module to manage your infrastructure, but you may want to download the module in order to inspect the code.

Download

Documentation

puppet/bacula — version 8.0.0 Jul 17th 2024

Bacula

Puppet Forge Build Status Donated by xaque208

A puppet module for the Bacula backup system.

Supported Platforms

  • OpenBSD
  • FreeBSD
  • Linux (Debian, Ubuntu, RedHat, Centos, Fedora, SLES)

Requirements

This module requires that exported resources have been setup (e.g. with PuppetDB). Including manifests on the Bacula client, assumes that it can export bits of data to the director to end up with fully functional configs. As such, to get the benefits of using this module, you should be using it on at least the director and client, and most likely the storage, though this might be gotten around, if one were so inclined.

Usage

To understand Bacula, the Component Overview in the Bacula documentation is a useful start to begin understanding the moving parts.

A Minimal Setup

What follows here is the bare minimum you would need to get a fully functional Bacula environment with Puppet. This setup assumes that the three components of Bacula (Director, Storage, and Client) all run on three separate nodes. If desired, there is no reason this setup can not be built on a single node, just updating the hostnames used below to all point to the same system.

Defaults

Bacula's functionality depends on connecting several components, together. Due to the number of moving pieces in this module, you will likely want to set some site defaults, and tune more specifically where desired.

As such, it is reasonable to use the following declaration in a profile used by all your nodes:

class bacula {
  storage_name  => 'mystorage.example.com',
  director_name => 'mydirector.example.com',
}

When using the default settings from this module, some resources get provisioned. The provisioning of these default resources can be disabled with the manage_defaults parameter.

class { 'bacula::director':
  manage_defaults => false,
}
Classification

This may be on the same host, or different hosts, but the name you put here should be the fqdn of the target system. The Director will require the classification of bacula::director, and the Storage node will require the classification of bacula::storage. All nodes will require classification of bacula::client, and all nodes will require the shared config by being classified bacula.

A common way of using the module in a simple setup is using a single node that act as a director and storage daemon for all other nodes of the fleet. In such a scenario, you can create two profiles: profile::bacula_client and profile::bacula_server:

class profile::bacula_client (
  Sensitive $password,
) {
  class { 'bacula':
    storage_name  => 'bacula.example.com',
    director_name => 'bacula.example.com',
    # Other common settings, see below
  }

  class { 'bacula::client':
    password => $password,
    # File daemon specific settings, see below
  }
}

class profile::bacula_server (
) {
  include profile::bacula_client

  class { 'bacula::director':
    password => 'director-password',
    # Director specific settings, see below
  }

  class { 'bacula::storage':
    password => 'storage-password',
    # File storage specific settings, see below
  }
}
Upgrading from an older version

Users of a previous version of this module should refer to the wiki for upgrading instructions.

Communication Encryption (TLS Setup)

Refer to the TLS Setup page on the wiki for instructions about configuring communication encryption.

Director Setup

The director component handles coordination of backups and databasing of transactions. In its simplest form, the director can be configured with a simple declaration:

class { 'bacula::director':
  storage => 'mystorage.example.com',
}

The storage parameter here defines which storage server should be used for all default jobs. If left empty, it will default to the $facts['fqdn'] of the director. This is not a problem for all in one installations, but in scenarios where directors to not have the necessary storage devices attached, default jobs can be pointed elsewhere.

Note that if you expect an SD to be located on the Director, you will also need to include the bacula::storage class as follows.

By default a 'Common' fileset is created.

Storage Setup

The storage component allocates disk storage for pools that can be used for holding backup data.

class { 'bacula::storage':
  director => 'mydirector.example.com',
}

You will also want a storage pool that defines the retention. You can define this in the Director catalog without exporting it, or you can use an exported resource.

  bacula::director::pool { 'Corp':
    volret      => '14 days',
    maxvolbytes => '5g',
    maxvols     => '200',
    label       => 'Corp-',
    storage     => 'mystorage.example.com',
  }

Client Setup

The client component is run on each system that needs something backed up.

class { 'bacula::client':
  director => 'mydirector.example.com',
}

To direct all jobs to a specific pool like the one defined above set the following data.

class { 'bacula::client':
  default_pool => 'Corp',
}

Data Encryption (PKI Setup)

Refer to the PKI Setup section of the wiki to configure data encryption on clients.

Creating Backup Jobs

In order for clients to be able to define jobs on the director, exported resources are used, thus there was a reliance on PuppetDB availability in the environment. In the client manifest the bacula::job exports a job definition to the director. If you deploy multiple directors that use the same PuppetDB and you don't want each director to collect every job, specify a job_tag to group them.

bacula::job { 'obsidian_logs':
  files => ['/var/log'],
}

This resource will create a new Job entry in /etc/bacula/conf.d/job.conf the next time the director applies it's catalog that will instruct the system to backup the files or directories at the paths specified in the files parameter.

If a group of jobs will contain the same files, a FileSet resource can be used to simplify the bacula::job resource. This can be exported from the node (ensuring the resource title will be unique when realized) or a simple resource specified on the director using the bacula::director::fileset defined type as follows:

bacula::director::fileset { 'Puppet':
  files   => ['/etc/puppet'],
  options => {'compression' => 'LZO' }
}

If you set a job_tag on your bacula::job, make sure to also set the tag of the bacula::director::fileset to the same value.