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zabbix

Installing and maintaining Zabbix. Will install server, proxy, java-gateway and agent on RedHat/Debian/Ubuntu (Incl. exported resources).
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Version information

  • 9.1.0 (latest)
  • 9.0.0
  • 8.0.0
  • 7.0.0
  • 6.7.0
  • 6.6.0
  • 6.5.0
  • 6.4.2
  • 6.4.1
  • 6.4.0
  • 6.3.2
  • 6.3.1
  • 6.3.0
  • 6.2.0
  • 6.1.0
  • 6.0.0
  • 5.0.1
  • 5.0.0
  • 4.1.3
  • 4.1.2
  • 4.1.1
  • 4.1.0
  • 4.0.0
  • 3.0.0
  • 2.6.2
  • 2.6.1
  • 2.6.0
  • 2.5.1
  • 2.5.0
  • 2.4.0
  • 2.3.2
  • 2.3.1
  • 2.3.0
released Aug 5th 2021
This version is compatible with:
  • Puppet Enterprise 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, 2019.8.x, 2019.7.x, 2019.5.x, 2019.4.x, 2019.3.x, 2019.2.x, 2019.1.x
  • Puppet >= 6.1.0 < 8.0.0
  • , , , , , , , , , , Archlinux, Gentoo, , , AIX

Start using this module

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

Add this module to your Puppetfile:

mod 'puppet-zabbix', '9.1.0'
Learn more about managing modules with a Puppetfile

Add this module to your Bolt project:

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

Manually install this module globally with Puppet module tool:

puppet module install puppet-zabbix --version 9.1.0

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
Tags: zabbix, zabbix-server, zabbix-proxy, zabbix-agent, zabbix-javagateway, monitoring

Documentation

puppet/zabbix — version 9.1.0 Aug 5th 2021

puppet-zabbix

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Table of Contents

  1. Overview
  2. Upgrade
  3. Module Description - What the module does and why it is useful
  4. Setup - The basics of getting started with the zabbix module
  5. Usage - Configuration options and additional functionality
  6. Reference - An under-the-hood peek at what the module is doing and how
  7. Limitations - OS compatibility, etc.
  8. Development - Contributors
  9. Notes

Overview

This module contains the classes for installing and configuring the following zabbix components:

  • zabbix-server
  • zabbix-agent
  • zabbix-proxy
  • zabbix-javagateway
  • zabbix-sender

This readme will contain all basic information to get you started. Some more information can be found on the github wiki, location: https://github.com/voxpupuli/puppet-zabbix/wiki

Module Description

When using this module, you can monitor your whole environment with zabbix. It can install the various zabbix components like the server and agent, but you will also be able to install specific "userparameter" file which zabbix can use for monitoring.

With the 0.4.0 release, you can - when you have configured exported resources - configure agents and proxies in the webinterface. So when you add an zabbix::agent to an host, it first install the agent onto the host. It will send some data to the puppetdb and when puppet runs on the zabbix-server it will create this new host via the zabbix-api.

Be aware when you have a lot of hosts, it will increase the puppet runtime on the zabbix-server host. It will check via the zabbix-api if hosts exits and costs time.

This module make uses of this gem: https://github.com/express42/zabbixapi With this gem it is possible to create/update hosts/proxy in ruby easy.

Upgrade

1.0.0

With release 1.0.0 the zabbix::server class is split into 3 classes:

  • zabbix::web
  • zabbix::server
  • zabbix::database

Now you can use 3 machines for each purpose. This is something for the bigger environments to spread the load.

When upgrading from 0.x.x to 1.x.x, be aware of the following changes:

  • Choose the correct zabbix setup for your environment *:
    • Single node
    • Multi node
  • Path changes for the database ".done" file. Create the following files in /etc/zabbix/:
    • /etc/zabbix/.schema.done
    • /etc/zabbix/.images.done
    • /etc/zabbix/.data.done
  • Rename of the following parameters:
    • dbtype --> database_type
    • dbhost --> database_host
    • dbuser --> database_user
    • dbpass --> database_password
    • dbschema --> database_schema
    • dbname --> database_name
    • dbsocket --> database_socket
    • dbport --> database_port

* check this document/paragraph how to setup your environment. There were multiple changes to make this work (Like moving parameters to other (new) classes).

In case I missed something, please let me know and will update this document.

2.0.0

Altough this is an major update, there is only one small change that we need to discuss and is specifically for the Zabbix Proxy.

The following properties for the zabbix::proxy needs to have the sizes:

  • vmwarecachesize
  • cachesize
  • historycachesize
  • historytextcachesize

Before 2.0.0 these could be used with an single integer, as in the template was hardcoded the 'M'. With release 2.0.0 you'll have to use the correct full size like: 8M, 16M or 2G.

Setup

As this puppet module contains specific components for zabbix, you'll need to specify which you want to install. Every zabbix component has his own zabbix:: class. Here you'll find each component.

Setup zabbix-server

This will install an basic zabbix-server instance. You'll have to decide if you want to run everything on a single host or multiple hosts. When installing on a single host, the 'zabbix' class can be used. When you want to use more than 1 host, you'll need the following classes:

  • zabbix::web
  • zabbix::server
  • zabbix::database

You can see at "usage" in this documentation how all of this can be achieved.

You will need to supply one parameter: zabbix_url. This is the url on which the zabbix instance will be available. With the example at "setup", the zabbix webinterface will be: http://zabbix.example.com.

When installed succesfully, zabbix web interface will be accessable and you can login with the default credentials:

Username: Admin Password: zabbix

Usage

The following will provide an basic usage of the zabbix components.

Usage zabbix-server

The zabbix-server can be used in 2 ways:

  • one node setup
  • multiple node setup.

The following is an example for using the PostgreSQL as database:

node 'zabbix.example.com' {
  class { 'apache':
    mpm_module => 'prefork',
  }
  include apache::mod::php

  class { 'postgresql::server': }

  class { 'zabbix':
    zabbix_url    => 'zabbix.example.com',
  }
}

When you want to make use of an MySQL database as backend:

node 'zabbix.example.com' {
  class { 'apache':
    mpm_module => 'prefork',
  }
  include apache::mod::php

  class { 'mysql::server': }

  class { 'zabbix':
    zabbix_url    => 'zabbix.example.com',
    database_type => 'mysql',
  }
}

Everything will be installed on the same server. There is also an possibility to seperate the components, please check the following wiki: https://github.com/voxpupuli/puppet-zabbix/wiki/Multi-node-Zabbix-Server-setup

Please note that if you use apache as the frontend (which is the default) and SELinux is enabled, you need to set these SEBooleans (preferably in a profile) to allow apache to connect to the database:

if $facts['selinux'] {
  selboolean { ['httpd_can_network_connect', 'httpd_can_network_connect_db']:
    persistent => true,
    value      => 'on',
  }
}

Usage zabbix-agent

Basic one way of setup, wheter it is monitored by zabbix-server or zabbix-proxy:

class { 'zabbix::agent':
  server => '192.168.20.11',
}

Usage zabbix-proxy

Like the zabbix-server, the zabbix-proxy can also be used in 2 ways:

  • single node
  • multiple node

The following is an example for using the PostgreSQL as database:

node 'proxy.example.com' {
  class { 'postgresql::server': }

  class { 'zabbix::database':
    database_type => 'postgresql',
  }

  class { 'zabbix::proxy':
    zabbix_server_host => '192.168.20.11',
    database_type      => 'postgresql',
  }
}

When you want to make use of an MySQL database as backend:

node 'proxy.example.com' {
  class { 'mysql::server': }

  class { 'zabbix::database':
    database_type => 'mysql',
  }

  class { 'zabbix::proxy':
    zabbix_server_host => '192.168.20.11',
    database_type      => 'mysql',
  }
}

When you want to make use of an sqlite database as backend:

class { 'zabbix::proxy':
  zabbix_server_host => 'zabbix.example.com',
  database_type      => 'sqlite',
  database_name      => '/tmp/database',
}

You'll have to specify the location to the file in the database_name parameter. Zabbix should have write access to the file/directory.

Everything will be installed on the same server. There is also an possibility to seperate the components, please check the following wiki: https://github.com/voxpupuli/puppet-zabbix/wiki/Multi-node-Zabbix-Proxy-setup

Usage zabbix-javagateway

The zabbix-javagateway can be used with an zabbix-server or zabbix-proxy. You'll need to install it on an server. (Can be together with zabbix-server or zabbix-proxy, you can even install it on a sperate machine.). The following example shows you to use it on a seperate machine.

node 'server05.example.com' {
# My ip: 192.168.20.15
  class { 'zabbix::javagateway': }
}

When installed on seperate machine, the zabbix::server configuration should be updated by adding the javagateway parameter.

node 'server01.example.com' {
  class { 'zabbix::server':
    zabbix_url  => 'zabbix.example.com',
    javagateway => '192.168.20.15',
  }
}

Or when using with an zabbix-proxy:

node 'server11.example.com' {
  class { 'zabbix::proxy':
    zabbix_server_host => '192.168.20.11',
    javagateway        => '192.168.20.15',
  }
}

Usage zabbix-sender

The zabbix-sender installation is quite simple and straightforward:

include zabbix::sender

Usage zabbix-userparameters

Using an 'source' file:

zabbix::userparameters { 'mysql':
  source => 'puppet:///modules/zabbix/mysqld.conf',
}

Or for example when you have just one entry:

zabbix::userparameters { 'mysql':
  content => 'UserParameter=mysql.ping,mysqladmin -uroot ping | grep -c alive',
}

Using an LLD 'script' file:

zabbix::userparameters { 'lld_snort.sh':
  script => 'puppet:///modules/zabbix/lld_snort.sh',
}

When you are using Hiera or The Foreman, you can use it like this:

---
classes:
  zabbix::userparameter:
    data:
      mongo:
        source: puppet:///modules/zabbix/mongo.conf

Content of the mongo.conf:

UserParameter=mongo.coll.count[*],echo "db.setSlaveOk();db.getCollection('$1').count()" | /opt/mongo/bin/mongo processor | sed -n 3p
UserParameter=mongo.db.queries,echo "db.currentOp().inprog.length" | /opt/mongo/bin/mongo processor | sed -n 3p

Screenshot from The Foreman (With thanks to "inspired-geek" ) image

When running the puppet-agent command, it will install the mongo.conf file on the host.

Usage zabbix-template

With the 'zabbix::template' define, you can install Zabbix templates via the API. You'll have to make sure you store the XML file somewere on your puppet server or in your module.

Please be aware that you can only make use of this feature when you have configured the module to make use of exported resources.

You can install the MySQL template xml via the next example:

zabbix::template { 'Template App MySQL':
  templ_source => 'puppet:///modules/zabbix/MySQL.xml'
}

zabbix::template class accepts zabbix_version parameter, by default is set to module's default Zabbix version. Please override if you are using a different version.

zabbix::template { 'Template App MySQL':
  templ_source   => 'puppet:///modules/zabbix/MySQL.xml',
  zabbix_version => '5.2'
}

Zabbix Upgrades

It is possible to do upgrades via this module. An example for the zabbix agent:

class{'zabbix::agent':
  zabbix_version => '2.4',
  manage_repo    => true,
}

This will install the latest zabbix 2.4 agent for you. The module won't to any upgrades nor install patch releases. If you want to get patch releases automatically:

class{'zabbix::agent':
  zabbix_version       => '2.4',
  manage_repo          => true,
  zabbix_package_state => 'latest',
}

Let's asume zabbix just released version 3.4. Than you can do upgrades as follow:

class{'zabbix::agent':
  zabbix_version       => '3.4',
  manage_repo          => true,
  zabbix_package_state => 'latest',
}

You can also tell the module to only create the new repository, but not to update the existing agent:

class{'zabbix::agent':
  zabbix_version       => '3.4',
  manage_repo          => true,
  zabbix_package_state => 'installed',
}

Last but not least you can disable the repo management completely, which will than install zabbix from the present system repos:

class{'zabbix::agent':
  manage_repo          => false,
  zabbix_package_state => 'present',
}

Even in this scenario you can do automatic upgrades via the module (it is the job of the user to somehow bring updates into the repo, for example by managing the repo on their own):

class{'zabbix::agent':
  manage_repo          => false,
  zabbix_package_state => 'latest',
}

Reference

There are some overall parameters which exists on all of the classes:

  • zabbix_version: You can specify which zabbix release needs to be installed. Default is '3.0'.
  • manage_firewall: Wheter you want to manage the firewall. If true, iptables will be configured to allow communications to zabbix ports. (Default: False)
  • manage_repo: If zabbix needs to be installed from the zabbix repositories (Default is true). When you have your own repositories, you'll set this to false. But you'll have to make sure that your repository is installed on the host.

The following is only availabe for the following classes: zabbix::web, zabbix::proxy & zabbix::agent

  • manage_resources: As of release 0.4.0, when this parameter is set to true (Default is false) it make use of exported resources. You'll have an puppetdb configured before you can use this option. Information from the zabbix::agent, zabbix::proxy and zabbix::userparameters are able to export resources, which will be loaded on the zabbix::server.
  • database_type: Which database is used for zabbix. Default is postgresql.
  • manage_database: When the parameter 'manage_database' is set to true (Which is default), it will create the database and loads the sql files. Default the postgresql will be used as backend, mentioned in the params.pp file. You'll have to include the postgresql (or mysql) module yourself, as this module will require it.

Reference zabbix (init.pp)

This is the class for installing everything on a single host and thus all parameters described earlier and those below can be used with this class.

Reference zabbix-web

  • zabbix_url: This is the url on which Zabbix should be available. Please make sure that the entry exists in the DNS configuration.
  • zabbix_timezone: On which timezone the machine is placed. This information is needed for the apache virtual host.
  • manage_vhost: Will create an apache virtual host. Default is true.
  • apache_use_ssl: Will create an ssl vhost. Also nonssl vhost will be created for redirect nonssl to ssl vhost.
  • apache_ssl_cert: The location of the ssl certificate file. You'll need to make sure this file is present on the system, this module will not install this file.
  • apache_ssl_key: The location of the ssl key file. You'll need to make sure this file is present on the system, this module will not install this file.
  • apache_ssl_cipher: The ssl cipher used. Cipher is used from: https://wiki.mozilla.org/Security/Server_Side_TLS.
  • apache_ssl_chain: The ssl_chain file. You'll need to make sure this file is present on the system, this module will not install this file.
  • apache_php_max_execution_time: Max execution time for php.
  • apache_php_memory_limit: PHP memory size limit.
  • apache_php_upload_max_filesize: HP maximum upload filesize.
  • apache_php_max_input_time: Max input time for php.
  • apache_php_always_populate_raw_post_data: Default: -1
  • zabbix_api_user: Username of user in Zabbix which is able to create hosts and edit hosts via the zabbix-api. Default: Admin
  • zabbix_api_pass: Password for the user in Zabbix for zabbix-api usage. Default: zabbix
  • zabbix_template_dir: The directory where all templates are stored before uploading via API
  • web_config_owner: Which user should own the web interface configuration file.
  • web_config_group: Which group should own the web interface configuration file.
  • ldap_cacert: The location of the CA Cert to be used for Zabbix LDAP authentication. The module will not install this file so it must be present on the system.
  • ldap_clientcrt: The location of the Client Cert to be used for Zabbix LDAP authentication. The module will not install this file so it must be present on the system.
  • ldap_clientkey: The location of the Client Key to be used for Zabbix LDAP authentication. The module will not install this file so it must be present on the system.
  • saml_sp_key: The location of the SAML Service Provider Key file. The module will not install this file so it must be present on the system.
  • saml_sp_cert: The location of the SAML Service Provider Certificate. The module will not install this file so it must be present on the system.
  • saml_idp_cert: The location of the SAML Identity Provider Certificate. The module will not install this file so it must be present on the system.
  • saml_settings: A hash (ruby style) of additional SAML SSO settings as described in the Zabbix Documentation

There are some more zabbix specific parameters, please check them by opening the manifest file.

Reference zabbix-server

  • database_path: When database binaries are not in $PATH, you can use this parameter to append database_path to $PATH
  • tlscafile: Full pathname of a file containing the top-level CA(s) certificates for peer certificate verification.
  • tlscertfile: Full pathname of a file containing the server certificate or certificate chain.
  • tlscrlfile: Full pathname of a file containing revoked certificates.
  • tlskeyfile: Full pathname of a file containing the server private key.

There are some more zabbix specific parameters, please check them by opening the manifest file.

Reference zabbix-agent

  • server: This is the ipaddress of the zabbix-server or zabbix-proxy.
  • allowkey: Allows execution of item keys matching pattern.
  • denykey: Deny execution of items keys matching pattern.
  • tlsaccept: What incoming connections to accept from Zabbix server. Used for a passive proxy, ignored on an active proxy.
  • tlscafile: Full pathname of a file containing the top-level CA(s) certificates for peer certificate verification.
  • tlscertfile: Full pathname of a file containing the proxy certificate or certificate chain.
  • tlsconnect: How the proxy should connect to Zabbix server. Used for an active proxy, ignored on a passive proxy.
  • tlscrlfile: Full pathname of a file containing revoked certificates.
  • tlskeyfile: Full pathname of a file containing the proxy private key.
  • tlspskfile: Full pathname of a file containing the pre-shared key.
  • tlspskidentity: Unique, case sensitive string used to identify the pre-shared key.
  • tlsservercertissuer: Allowed server certificate issuer.
  • tlsservercertsubject: Allowed server certificate subject.

The following parameters is only needed when manage_resources is set to true:

  • monitored_by_proxy: When an agent is monitored via an proxy, enter the name of the proxy. The name is found in the webinterface via: Administration -> DM. If it isn't monitored by an proxy or manage_resources is false, this parameter can be empty.
  • agent_use_ip: Default is set to true. Zabbix server (or proxy) will connect to this host via ip instead of fqdn. When set to false, it will connect via fqdn.
  • zbx_groups: An array of hostgroups where this host needs to be added. Default (Array): 'Linux servers'
  • zbx_group_create: Default is set to true. Creates the Host Groups in Zabbix when they do not exist yet. When set to false you have to make sure the Host Group exists in Zabbix
  • zbx_templates: Name of the templates which will be assigned when agent is installed. Default (Array): 'Template OS Linux', 'Template App SSH Service'

There are some more zabbix specific parameters, please check them by opening the manifest file.

Reference zabbix-proxy

  • zabbix_server_host: The ipaddress or fqdn of the zabbix server.
  • database_path: When database binaries are not in $PATH, you can use this parameter to append database_path to $PATH
  • tlsaccept: What incoming connections to accept from Zabbix server. Used for a passive proxy, ignored on an active proxy.
  • tlscafile: Full pathname of a file containing the top-level CA(s) certificates for peer certificate verification.
  • tlscertfile: Full pathname of a file containing the proxy certificate or certificate chain.
  • tlsconnect: How the proxy should connect to Zabbix server. Used for an active proxy, ignored on a passive proxy.
  • tlscrlfile: Full pathname of a file containing revoked certificates.
  • tlskeyfile: Full pathname of a file containing the proxy private key.
  • tlspskfile: Full pathname of a file containing the pre-shared key.
  • tlspskidentity: Unique, case sensitive string used to identify the pre-shared key.
  • tlsservercertissuer: Allowed server certificate issuer.
  • tlsservercertsubject: Allowed server certificate subject.

The following parameters is only needed when manage_resources is set to true:

  • use_ip: Default is set to true.
  • zbx_templates: List of templates which are needed for the zabbix-proxy. Default: 'Template App Zabbix Proxy'
  • mode: Which kind of proxy it is. 0 -> active, 1 -> passive

There are some more zabbix specific parameters, please check them by opening the manifest file.

Reference zabbix-javagateway

There are some zabbix specific parameters, please check them by opening the manifest file.

Reference zabbix-userparameters

  • source: File which holds several userparameter entries.
  • content: When you have 1 userparameter entry which you want to install.
  • script: Low level discovery (LLD) script.
  • script_ext: The script extention. Should be started with the dot. Like: .sh .bat .py
  • template: When you use exported resources (when manage_resources on other components is set to true) you'll can add the name of the template which correspondents with the 'content' or 'source' which you add. The template will be added to the host.
  • script_dir: When script is used, this parameter can provide the directly where this script needs to be placed. Default: '/usr/bin'

Reference zabbix-template

  • templ_name: The name of the template. This name will be found in the Web interface.
  • templ_source: The location of the XML file wich needs to be imported.
  • zabbix_version: The Zabbix version on which the template will be installed on.

Limitations

This module supports Zabbix 4.0, 5.0 and 5.2. The upstream supported versions are documented here Please have a look into the metadata.json for all supported operating systems.

This module is supported on both the community and the Enterprise version of Puppet.

Please be aware, that when manage_resources is enabled, it can increase an puppet run on the zabbix-server a lot when you have a lot of hosts.

Contributors

ericsysmin will be helping and maintaining this puppet module. In Github terms he is an Collaborator. So don't be suprised if he acceps/rejects Pull Requests and comment in issues.

The following have contributed to this puppet module:

  • Suff
  • gattebury
  • sq4ind
  • nburtsev
  • actionjack
  • karolisc
  • lucas42
  • f0
  • mmerfort
  • genebean
  • meganuke19
  • fredprod
  • ericsysmin
  • JvdW
  • rleemorlang
  • genebean
  • exptom
  • sbaryakov
  • roidelapluie
  • andresvia
  • ju5t
  • elricsfate
  • IceBear2k
  • altvnk
  • rnelson0
  • hkumarmk
  • Wprosdocimo
  • 1n
  • szemlyanoy
  • Wprosdocimo
  • sgnl05
  • hmn
  • BcTpe4HbIu
  • mschuett
  • claflico
  • bastelfreak
  • Oyabi
  • akostetskiy
  • DjxDeaf
  • tcatut
  • inspired-geek
  • ekohl
  • z3rogate
  • mkrakowitzer
  • eander210
  • hkumarmk
  • ITler
  • slashr00t
  • channone-arif-nbcuni
  • BcTpe4HbIu
  • vide

Many thanks for this! (If I have forgotten you, please let me know and put you in the list of fame. :-))

Note

Standard usage

  • Not specified as required but for working correctly, the epel repository should be available for the 'fping'|'fping6' packages.
  • Make sure you have sudo installed and configured with: !requiretty.

SE Linux

On systems with SE Linux active and enforcing, Zabbix agent will be limited unless given proper rights with an SE Linux module. This Puppet module will apply some default SE Linux rules for it. More can be provided if needed by using two class parameters, for example in Hiera YAML:

zabbix::agent::selinux_require:
  - 'type zabbix_agent_t'
  - 'class process setrlimit'
zabbix::agent::selinux_rules:
  zabbix_agent_t:
    - 'allow zabbix_agent_t self:process setrlimit'
  zabbix_script_t:
    - 'allow zabbix_script_t zabbix_agent_t:process sigchld'

When using exported resources

At the moment of writing, the puppet run will fail one or more times when manage_resources is set to true when you install an fresh Zabbix server. It is an issue and I'm aware of it. Don't know yet how to solve this, but someone suggested to try puppet stages and for know I haven't made it work yet.

  • Please be aware, that when manage_resources is enabled, it can increase an puppet run on the zabbix-server a lot when you have a lot of hosts. You also need to ensure that you've got ruby installed on your machine, and related packages to compile native extensions for gems (usually gcc and make).
  • First run of puppet on the zabbix-server can result in this error:
Error: Could not run Puppet configuration client: cannot load such file -- zabbixapi
Error: Could not run: can't convert Puppet::Util::Log into Integer

See: http://comments.gmane.org/gmane.comp.sysutils.puppet.user/47508, comment: Jeff McCune | 20 Nov 20:42 2012

This specific issue is a chicken and egg problem where by a provider needs a gem, but the catalog run itself is the thing that provides the gem dependency. That is to say, even in Puppet 3.0 where we delay loading all of the providers until after pluginsync finishes, the catalog run hasn't yet installed the gem when the provider is loaded.

The reason I think this is basically a very specific incarnation of #6907 is because that ticket is pretty specific from a product functionality perspective, "You should not have to run puppet twice to use a provider."

After another puppet run, it will run succesfully.

  • On a Red Hat family server, the 2nd run will sometimes go into error:
Could not evaluate: Connection refused - connect(2)

When running puppet again (for 3rd time) everything goes fine.