This is intended to be a re-usable Puppet module that you can include in your own tree.
puppet module install rtyler/jenkins
node 'hostname.example.com' {
include jenkins
}
Then the service should be running at http://hostname.example.com:8080/.
Build jobs can be managed using the jenkins::job
define
jenkins::job { 'test-build-job':
config => template("${templates}/test-build-job.xml.erb"),
}
jenkins::job { 'test-build-job':
enabled => 0,
config => template("${templates}/test-build-job.xml.erb"),
}
jenkins::job { 'test-build-job':
ensure => 'absent',
}
The Jenkins puppet module defines the jenkins::plugin
resource which
will download and install the plugin "by
hand"
The names of the plugins can be found on the update site
By default, the resource will install the latest plugin, i.e.:
jenkins::plugin { 'git': }
If you specify version => 'latest'
in current releases of the module, the
plugin will be downloaded and installed with every run of Puppet. This is a
known issue and will be addressed in future releases. For now it is recommended
that you pin plugin versions when using the jenkins::plugin
type.
If you need to peg a specific version, simply specify that as a string, i.e.:
jenkins::plugin { 'git':
version => '1.1.11',
}
Dependencies are not automatically installed. You need to manually determine the plugin dependencies and include those as well. The Jenkins wiki is a good place to do this. For example: The Git plugin page is at https://wiki.jenkins-ci.org/display/JENKINS/Git+Plugin.
You can automatically add slaves to jenkins, and have them auto register themselves. Most options are actually optional, as nodes will autodiscover the master, and connect.
Full documention for the slave code is in jenkins::slave.
It requires the swarm plugin on the master & the class jenkins::slave on the slaves, as below:
node /jenkins-slave.*/ {
class { 'jenkins::slave':
masterurl => 'http://jenkins-master1.domain.com:8080',
ui_user => 'adminuser',
ui_pass => 'adminpass',
}
}
node /jenkins-master.*/ {
include jenkins
include jenkins::master
}
The dependencies for this module currently are:
- stdlib module
- apt module (for Debian/Ubuntu users)
- java module
- zypprepo (for Suse users)
- staging module
If you have any resource in Puppet that depends on Jenkins being present, add
the following require
statement:
exec { 'some-exec':
require => Class['jenkins::package'],
# ... etc
}
- Plugin Hash - jenkins::plugins
- Config Hash - jennkins::config
- Configure Firewall - jenkins (init.pp)
- Outbound Jenkins Proxy Config - jenkins (init.pp)
- Jenkins Users
- Credentials
- Simple security model configuration
This module includes a groovy-based helper script that uses the Jenkins CLI to interact with the Jenkins API. Users, Credentials, and security model configuration are all driven through this script.
When an API-based resource is defined, the Jenkins CLI is installed and run against the local system (127.0.0.1). Jenkins is assumed to be listening on port 8080, but the module is smart enough to notice if you've configured an alternate port using jenkins::config_hash['HTTP_PORT'].
Users and credentials are Puppet-managed, meaning that changes made to them from outside Puppet will be reset at the next puppet run. In this way, you can ensure that certain accounts are present and have the appropriate login credentials.
The CLI helper assumes unauthenticated access unless configured otherwise. You can configure jenkins::cli_helper to use an SSH key on the managed system:
class {'jenkins::cli_helper':
ssh_keyfile => '/path/to/id_rsa',
}
There's an open bug in Jenkins (JENKINS-22346) that causes authentication to fail when a key is used but authentication is disabled. Until the bug is fixed, you may need to bootstrap jenkins out-of-band to ensure that resources and security policy are configured in the correct order. For example:
# In puppet:
anchor {'jenkins-bootstrap-start': } ->
Class['jenkins::cli_helper'] ->
Exec[$bootstrap_script] ->
anchor {'jenkins-bootstrap-complete': }
# Code for $bootstrap_script
#!/bin/bash -e
# Generate an SSH key for the admin user
ADMIN_USER='<%= admin_user_name %>'
ADMIN_EMAIL='<%= admin_user_email %>'
ADMIN_PASSWORD='<%= admin_user_password %>'
ADMIN_FULLNAME='<%= admin_user_full_name %>'
ADMIN_SSH_KEY='<%= admin_ssh_keyfile %>'
JENKINS_CLI='<%= jenkins_libdir %>/jenkins-cli.jar'
PUPPET_HELPER='<%= jenkins_libdir %>/puppet_helper.groovy'
HELPER="java -jar $JENKINS_CLI -s http://127.0.0.1:8080 groovy $PUPPET_HELPER"
DONEFILE='<%= jenkins_libdir %>/jenkins-bootstrap.done'
ADMIN_PUBKEY="$(cat ${ADMIN_SSH_KEY}.pub)"
# Create the admin user, passing no credentials
$HELPER create_or_update_user "$ADMIN_USER" "$ADMIN_EMAIL" "$ADMIN_PASSWORD" "$ADMIN_FULLNAME" "$ADMIN_PUBKEY"
# Enable security. After this, credentials will be required.
$HELPER set_security full_control
touch $DONEFILE
Email and password are required.
Create a johndoe
user account whose full name is "Managed by Puppet":
jenkins::user { 'johndoe':
email => '[email protected]',
password => 'changeme',
}
Password is required. For ssh credentials, password
is the key passphrase (or
'' if there is none). private_key_or_path
is the text of key itself or an
absolute path to a key file on the managed system.
Create ssh credentials named 'github-deploy-key', providing an unencrypted private key:
jenkins::credentials { 'github-deploy-key':
password => '',
private_key_or_path => hiera('::github_deploy_key'),
}
The Jenkins security model can be set to one of two modes:
full_control
- Users have full control after login. Authentication uses Jenkins' built-in user database.unsecured
- Authentication is not required.
Jenkins security is not managed by puppet unless jenkins::security is defined.
If you use librarian-puppet, add
the following to your Puppetfile
:
mod "rtyler/jenkins"
This module is compatible with the puppet module tool. Appropriately this module has been released to the Puppet Forge, allowing you to easily install the released version of the module
To quickly try this module with the puppet module tool:
% sudo puppet module install rtyler/jenkins
% sudo puppet apply -v -e 'include jenkins'
info: Loading facts in facter_dot_d
info: Loading facts in facter_dot_d
info: Applying configuration version '1323459431'
notice: /Stage[main]/Jenkins::Repo::El/Yumrepo[jenkins]/descr: descr changed '' to 'Jenkins'
notice: /Stage[main]/Jenkins::Repo::El/Yumrepo[jenkins]/baseurl: baseurl changed '' to 'http://pkg.jenkins-ci.org/redhat/'
notice: /Stage[main]/Jenkins::Repo::El/Yumrepo[jenkins]/gpgcheck: gpgcheck changed '' to '1'
notice: /Stage[main]/Jenkins::Repo::El/File[/etc/yum/jenkins-ci.org.key]/ensure: defined content as '{md5}9fa06089848262c5a6383ec27fdd2575'
notice: /Stage[main]/Jenkins::Repo::El/Exec[rpm --import /etc/yum/jenkins-ci.org.key]/returns: executed successfully
notice: /Stage[main]/Jenkins::Package/Package[jenkins]/ensure: created
notice: /Stage[main]/Jenkins::Service/Service[jenkins]/ensure: ensure changed 'stopped' to 'running'
notice: Finished catalog run in 27.46 seconds
It's possible to specify a different package name to the default jenkins
if you wish:
class { 'jenkins':
package_name => 'jenkins_custom',
}
Sometimes you don't have an RPM repository available and are not allowed to directly install from repositories on the Internet. In this case, you can still install Jenkins with this module by hosting the jenkins RPM file somewhere accessible (http server, S3 bucket, etc.) and tell
class { 'jenkins':
direct_download => 'http://myserver/rpms/jenkins-x.xxx-1-1.rpm',
}