Forge Home

Modules

Puppet

Resources

PuppetEcosystemPuppet CommunityUpdates

f5

Manages F5 BIG-IP Application Delivery Controllers
Project URLRSS FeedReport issues

157,767 downloads

8,488 latest version

4.3 quality score

We run a couple of automated
scans to help you access a
module's quality. Each module is
given a score based on how well
the author has formatted their
code and documentation and
modules are also checked for
malware using VirusTotal.

Please note, the information below
is for guidance only and neither of
these methods should be considered
an endorsement by Puppet.

Version information

  • 1.5.4 (latest)
  • 1.5.3
  • 1.5.2
  • 1.5.1
  • 1.5.0
  • 1.4.1
  • 1.4.0
  • 1.3.0
  • 1.2.0
  • 1.1.1
  • 1.1.0
  • 1.0.1
  • 1.0.0
  • 0.6.2
  • 0.6.1
  • 0.6.0
  • 0.5.2
  • 0.5.1
  • 0.5.0
  • 0.3.0
  • 0.2.0
  • 0.1.0
released Jun 20th 2017
This version is compatible with:
  • Puppet Enterprise 2017.2.x, 2017.1.x, 2016.5.x, 2016.4.x
  • Puppet >= 3.7.0 < 5.0.0
This module has been deprecated by its author since Nov 20th 2018.

The author has suggested f5-f5 as its replacement.

This module is licensed for use with Puppet Enterprise. You may also evaluate this module for up to 90 days.Learn More

Start using this module

Tags: network, f5, loadbalancer, bigip, application-delivery-controllers, adc

Documentation

puppetlabs/f5 — version 1.5.4 Jun 20th 2017

f5

Table of Contents

  1. Overview
  2. Module Description - What the module does and why it is useful
  3. Setup - The basics of getting started with f5
  4. Usage - Configuration options and additional functionality
  5. Reference - An under-the-hood peek at what the module is doing and how
  6. Limitations - OS compatibility, etc.
  7. Development - Guide for contributing to the module

Overview

The f5 module enables Puppet management of LTM F5 load balancers by providing types and REST-based providers. It supports F5 11.6 and requires you to enable the REST endpoint.

Module Description

This module uses REST to manage various aspects of F5 load balancers, and acts as a foundation for building higher level abstractions within Puppet.

The module allows you to manage nodes, pools, in order to manage much of your F5 configuration through Puppet.

Setup

Beginning with f5

Before you can use the f5 module, you must create a proxy system able to run puppet device. Your Puppet agent will serve as the "proxy system" for the puppet device subcommand.

Create a device.conf file in the Puppet conf directory (either /etc/puppet or /etc/puppetlabs/puppet) on the Puppet agent. Within your device.conf, you must have:

[bigip]
type f5
url https://<USERNAME>:<PASSWORD>@<IP ADDRESS OF BIGIP>/

In the above example, <USERNAME> and <PASSWORD> refer to Puppet's login for the device.

Additionally, you must install the faraday gem into the Puppet Ruby environment on the proxy host (Puppet agent) by declaring the f5 class on that host. If you do not install the faraday gem, the module will not work.

Usage example

Set up two load-balanced web servers.

Before you begin

This example assumes the following pre-existing infrastructure:

  1. A server running as a Puppet master.
  2. A Puppet agent running as a proxy or controller to the f5 device.
  3. A f5 device that has been registered with the Puppet master via the proxy or controller.

The F5 device contains a management VLAN, a client VLAN to contain the virtual server, and a server VLAN to connect to the two web servers the module sets up.

In order to successfully set up your web servers, you must know the following information about your systems:

  1. The IP addresses of both of the web servers;
  2. The names of the nodes each web server will be on;
  3. The ports the web servers are listening on; and
  4. The IP address of the virtual server.

Steps

  1. Classify the f5 device with the required resource types.
  2. Apply classification to the device from the proxy or controller by running puppet device -v --user=root.

See below for the detailed steps.

Step One: Classifying your servers

In your site.pp, <devicecertname>.pp node manifest, or a profiles::<profile_name> manifest file, enter the below code in the relevant class statement or node declaration:


  f5_node { '/Common/WWW_Server_1':
    ensure                   => 'present',
    address                  => '172.16.226.10',
    description              => 'WWW Server 1',
    availability_requirement => 'all',
    health_monitors          => ['/Common/icmp'],
  }->
  f5_node { '/Common/WWW_Server_2':
    ensure                   => 'present',
    address                  => '172.16.226.11',
    description              => 'WWW Server 2',
    availability_requirement => 'all',
    health_monitors          => ['/Common/icmp'],
  }->
  f5_pool { '/Common/puppet_pool':
    ensure                    => 'present',
    members                   => [
      { name => '/Common/WWW_Server_1', port => '80', },
      { name => '/Common/WWW_Server_2', port => '80', },
    ],
    availability_requirement  => 'all',
    health_monitors           => ['/Common/http_head_f5'],
  }->
  f5_virtualserver { '/Common/puppet_vs':
    ensure                    => 'present',
    provider                  => 'standard',
    default_pool              => '/Common/puppet_pool',
    destination_address       => '192.168.80.100',
    destination_mask          => '255.255.255.255',
    http_profile              => '/Common/http',
    service_port              => '80',
    protocol                  => 'tcp',
    source                    => '0.0.0.0/0',
    vlan_and_tunnel_traffic   => {'enabled' => ['/Common/Client']},
  }

The order of your resources is extremely important. You must first establish your two web servers. In the code above, they are f5_node { '/Common/WWW_Server_1'... and f5_node { '/Common/WWW_Server_2'.... Each has the minimum number of parameters possible and is set up with a health monitor that pings each server directly to make sure it is still responsive.

Next, establish the pool of servers. The pool is also set up with the minimum number of parameters. The health monitor for the pool runs an https request to see that a webpage is returned.

Finally, the virtual server brings your setup together. Your virtual server must have a provider assigned.

If you're using a profile, remember to apply the profile to the node with either the console, your ENC, or site.pp.

Step Two: Run puppet device

Run the following command to have the device proxy node generate a certificate and apply your classifications to the F5 device.

$ puppet device -v --user=root

If you do not run this command, clients can not make requests to the web servers.

At this point, your basic web servers should be up and fielding requests.

(Note: Due to a bug, passing --user=root is required, even though the command is already run as root.)

Tips and Tricks

Basic usage

Once you've established a basic configuration, you can explore the providers and their allowed options by running puppet resource <TYPENAME> for each type. (Note: You must have your authentification credentials in FACTER_url within your command, or puppet resource will not work.) This provides a starting point for seeing what's already on your F5. If anything failed to set up properly, it will not show up when you run the command.

To begin with, call the types from the proxy system.

$ FACTER_url=https://<USERNAME>:<PASSWORD>@<IP ADDRESS OF BIGIP> puppet resource f5_node

To manage the device (create, modify, or remove resources), classify the bigip just as you would classify any other Puppet node (site.pp, ENC, Console, etc.), using the device certname specified in device.conf. Then run puppet device -v on the proxy node as you would normally use the puppet agent command.

Role and profiles

The above example is for setting up a simple configuration of two web servers. However, for anything more complicated, use the roles and profiles pattern when classifying nodes or devices for F5.

Custom HTTP monitors

If you have a '/Common/http_monitor' (which is available by default), then when you are creating a '/Common/custom_http_monitor' you can use just parent_monitor => '/Common/http', so that you don't have to duplicate all values.

Reference

Notes

  • The defaults for any given type's parameters are determined by your F5, which varies based on your environment and version. Please consult F5's documentation to discover the defaults pertinent to your setup.
  • All resource type titles are required to be in the format of /Partition/title, such as /Common/my_virtualserver.

Private Classes

  • [f5]: The main class of the module. Installs the faraday gem; contains no adjustable settings.

Types

  • f5_iapp: Manages iApp instances on the F5 device.
  • f5_node: Manages nodes on the F5 device.
  • f5_pool: Manages pools of f5_node resources on the F5 device.
  • f5_irule: Creates and manages iRule objects on your F5 device.
  • f5_monitor: Creates and manages monitor objects, which determine the health or performance of pools, individual nodes, or virtual servers.
  • f5_virtualserver: Creates and manages virtual node objects on your F5 device.
  • f5_partition: Manages partitions on the F5 device.
  • f5_vlan: Manages virtual LANs on the F5 device.
  • f5_selfip: Sets the self IP address on the BIG-IP system.

Type: f5_iapp

Manage iApp application services on the F5 device. See F5 documentation for information about iApps. The best way to get started is to create an application service in the F5 gui, then copy the manifest returned for it via puppet resource f5_iapp

Parameters

name

Specifies the name of the iApp application service to manage. Must be in the form of /<partition/<instance name>.app/<instance name> . Example: /Common/my_test.app/my_test

Valid options: a string.

template

Name of the iApp template to be used when creating the iApp application service.

Valid options: a string.

variables

Hash containing iApp vars for the given template.

Valid options: a hash.

tables

Hash containing iApp table entries for the given template.

Valid options: a hash.

Type: f5_node

Manages nodes on the F5 device. See F5 documentation for information about configuring F5 nodes.

Parameters

name

Specifies the name of the node resource to manage.

Valid options: a string.

address

Specifies the IP address and route domain ID of the node resource.

Valid options: IPv4 or IPv6 addresses optionally followed by % sign and a route domain ID, such as '10.0.5.5%3'.

availability_requirement

Sets the number of health monitors that must be available. This must be set if you have any monitors, but it cannot be set to more than the number of monitors you have.

Valid options: 'all' or an integer.

connection_limit

Sets the maximum number of concurrent connections allowed for the virtual server. Setting this parameter to '0' turns off connection limits.

Valid options: an integer.

connection_rate_limit

Sets the connection rate limit of the node.

Valid options: an integer.

description

Sets the description of the node.

Valid options: a string.

ensure

Determines whether the node resource is present or absent.

Valid options: 'present' or 'absent'.

health_monitors

Assigns health monitors to the node resource. You can assign a single monitor or an array of monitors. If you're using an array of monitors then you must also set availability_requirement.

Valid options: ["/PARTITION/OBJECTS"], 'default', or 'none'

logging

Sets the logging state for the node resource.

Valid options: 'disabled', 'enabled', true, or false.

provider

Specifies the backend to use for the f5_node resource. You seldom need to specify this, as Puppet usually discovers the appropriate provider for your platform.

ratio

Sets the ratio weight of the node resource. The number of connections that each machine receives over time is proportionate to a ratio weight you define for each machine within the pool.

Valid options: an integer.

state

Sets the state of the node resource.

Valid options: 'enabled', 'disabled' or 'forced_offline'

f5_pool

Manages pools of f5_node resources on the F5 device. See F5 documentation to learn more about F5 pools.

Parameters

name

Specifies the name of the pool to manage.

Valid options: a string.

allow_nat

Specifies whether to enable network address translations (NAT) for the pool.

Valid options: true or false

allow_snat

Specifies whether to enable secure network address translations (SNAT) for the pool.

Valid options: true or false

availability_requirement

Sets the number of health monitors that must be available. This must be set if you have any monitors, but cannot be set to more than the number of monitors you have.

Valid options: 'all' or integers

description

Sets the description of the pool.

Valid options: a string.

ensure

Determines whether the pool is present or absent.

Valid options: 'present' or 'absent'

health_monitors

Sets the health monitor for the pool. You can assign a single monitor or an array of monitors. If you're using an array of monitors then you must also set availability_requirement.

Valid options: ["/PARTITION/OBJECTS"], 'default', or 'none'

service_down

Specifies the action to take when the service is down.

Valid options: 'none', 'reject', 'drop', or 'reselect'

slow_ramp_time

Sets the slow ramp time for the pool.

Valid options: an integer.

ip_tos_to_client

Sets the return packet ToS level for the pool. The value you set is inspected by upstream devices and gives outbound traffic the appropriate priority.

Valid options: 'pass-through', 'mimic', or an integer between 0 and 255

ip_tos_to_server

Sets the packet ToS level for the pool. The BIG-IP system can apply an iRule and send the traffic to different pools of servers based on the ToS level you set.

Valid options: 'pass-through', 'mimic', or an integer between 0 and 255

link_qos_to_client

Sets the return packet QoS level for the pool. The value you set is inspected by upstream devices and gives outbound traffic the appropriate priority.

Valid options: 'pass-through' or an integer between 0 and 7

link_qos_to_server

Sets the packet QoS level for the pool. The BIG-IP system can apply an iRule that sends the traffic to different pools of servers based on that QoS level you set.

Valid options: 'pass-through' or an integer between 0 and 7

members

An array of hashes containing pool node members and their port. Pool members must exist on the F5 before you classify them in f5_pool. You can create the members using the f5_node type first. (See the example in Usage.)

Valid options: 'none' or

[
  {
    'name' => '/PARTITION/NODE NAME',
    'port' => <an integer between 0 and 65535>,
  },
  ...
]
reselect_tries

Specifies the number of reselect tries to attempt.

Valid options: an integer.

request_queuing

Specifies whether to queue connection requests that exceed the connection capacity for the pool. (The connection capacity is determined by the connection limit set in f5_node.)

Valid options: true or false.

request_queue_depth

Specifies the maximum number of connection requests allowed in the queue. Defaults to '0', which allows unlimited connection requests constrained by available memory. This parameter can be set even if request_queuing is false, but it does not do anything until request_queuing is set to true.

Valid options: an integer.

request_queue_timeout

Specifies the maximum number of milliseconds that a connection request can be queued until capacity becomes available. If the connection is not made in the time specified, the connection request is removed from the queue and reset. Defaults to '0', which allows unlimited time in the queue. This parameter can be set even if request_queuing is false, but it does not do anything until request_queuing is set to true.

Valid options: an integer.

ip_encapsulation

Specifies the type of IP encapsulation on outbound packets, specifically BIG-IP system to server-pool member.

Valid options: '/PARTITION/gre', '/PARTITION/nvgre', '/PARTITION/dslite', '/PARTITION/ip4ip4', '/PARTITION/ip4ip6' '/PARTITION/ip6ip4', '/PARTITION/ip6ip6', or '/PARTITION/ipip'.

load_balancing_method

Sets the method of load balancing for the pool.

Valid options: 'round-robin', 'ratio-member', 'least-connections-member', 'observed-member', 'predictive-member', 'ratio-node', 'least-connection-node', 'fastest-node', 'observed-node', 'predictive-node', 'dynamic-ratio-member', 'weighted-least-connection-member', 'weighted-least-connection-node', 'ratio-session', 'ratio-least-connections-member', or 'ratio-least-connection-node'

ignore_persisted_weight

Disables persisted weights in predictive load balancing methods. This parameter is only applicable when load_balancing_method is set to one of the following values: 'ratio-member', 'observed-member', 'predictive-member', 'ratio-node', 'observed-node', or 'predictive-node'.

Valid options: true or false

priority_group_activation

Assigns f5_node resources to priority groups within the pool.

Valid options: 'disabled' or integers

f5_irule

Creates and manages iRule objects on your F5 device. See F5 documentation to learn more about iRules.

Parameters

definition

Set the syntax for your iRule. This parameter should be event declarations consisting of TCL code to be executed when an event occurs.

Valid options: Any valid iRule TCL script

ensure

Determines whether iRules should be present on the F5 device.

Valid options: 'present' or 'absent'

name

Sets the name of the iRule object.

Valid options: a string.

verify_signature

Verifies the signature contained in the definition.

Valid options: true or false

f5_monitor

Creates and manages monitor objects, which determine the health or performance of pools, individual nodes, or virtual servers. See F5 documentation to learn more about F5 monitors.

Providers

Note: Not all features are available with all providers. The providers below are based on F5 monitor options.

  • external - Create your own monitor type. (Contains features: external.)
  • gateway_icmp - Make a simple resource check using ICMP. (Contains features: transparent.)
  • http - Check the status of HTTP traffic. (Contains features: auth, dscp, reverse, strings, and transparent.)
  • https - Check the status of HTTPS traffic. (Contains features: auth, dscp, reverse, ssl, strings, and transparent.)
  • icmp - Make a simple node check. (Contains features: transparent.)
  • ldap - Check the status of LDAP servers. (Contains features: auth, debug, and ldap.)
  • sip - Check the status of SIP Call-ID services. (Contains features: debug and sip.)
  • tcp - Verify the TCP service by attempting to receive specific content from a resource.(Contains features: dscp, reverse, strings, and transparent.)
  • tcp_half - Monitor a service by sending a TCP SYN packet to it. (Contains features: transparent.)
  • udp - Verify the UDP service by attempting to send UDP packets to a pool, individual node, or virtual server. (Contains features: debug, reverse, strings, and transparent.)

Features

Note: Not all features are available with all providers.

  • auth - Enables authentication functionality. (Available with http, https, ldap. )
  • debug - Enables debugging functionality. (Available with ldap, sip, and udp.)
  • dscp - Enables DSCP functionality. (Available with http, https, and tcp.)
  • external - Enables external command functionality. (Available with external.)
  • ldap - Enables LDAP functionality. (Available with ldap.)
  • reverse - Enables reverse test functionality. (Available with http, https, tcp, and udp.)
  • sip - Enables SIP functionality. (Availlable with sip.)
  • ssl - Enables SSL functionality. (Available with https.)
  • strings - Enables you to send or receive strings. (Available with http, https, tcp, and udp.)
  • transparent - Enables pass-through functionality. (Available with gateway_icmp, http, https, icmp, tcp, tcp_half, and udp.)

Parameters

additional_accepted_status_codes

Sets any additional accepted status codes for SIP monitors. (Requires sip feature.)

Valid options: '*', 'any', or an integer between 100 and 999

additional_rejected_status_codes

Sets any additional rejected status codes for SIP monitors. (Requires sip feature.)

Valid options: '*', 'any', or an integer between 100 and 999

alias_address

Specifies the destination IP address for the monitor to check.

Valid options: 'ipv4' or 'ipv6'

alias_service_port

Specifies the destination port for the monitor to check.

Valid options: '*' or an integer between 1 and 65535

arguments

Sets command arguments for an external monitor. (Requires external feature.)

Valid options: a string.

base

Sets an LDAP base for the LDAP monitor. (Requires ldap feature.)

Valid options: a string.

chase_referrals

Sets the LDAP chase referrals for the LDAP monitor. (Requires ldap feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

cipher_list

Specifies the list of ciphers that match either the ciphers of the client sending a request or those of the server sending a response. The ciphers in this parameter are what would be in the Cipher List field. (Requires ssl feature.)

Valid options: a string.

client_certificate

Specifies the client certificate that the monitor sends to the target SSL server. (Requires ssl feature.)

Valid options: a string.

client_key

Specifies a key for the client certificate that the monitor sends to the target SSL server. (Requires ssl feature.)

Valid options: a string.

compatibility

Sets the SSL options setting in OpenSSL to 'ALL'. Defaults to 'enabled'.

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

debug

Sets the debug option for LDAP, SIP, and UDP monitors. (Requires debug feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

description

Sets the description of the monitor.

Valid options: a string.

ensure

Determines whether or not the resource should be present.

Valid options: 'present' or 'absent'

external_program

Specifies the command to run for an external monitor. (Requires external feature.)

Valid options: a string.

filter

Sets the LDAP filter for the LDAP monitor. (Requires ldap feature.)

Valid options: a string.

header_list

Specifies the headers for an SIP monitor. (Requires sip feature.)

Valid options: Array

interval

Specifies how often to send a request. Determined in seconds.

Valid options: an integer.

ip_dscp

Specifies the ToS or DSCP bits for optimizing traffic and allowing the appropriate TCP profiles to pass. Defaults to '0', which clears the ToS bits for all traffic using that profile. (Requires dscp feature.)

Valid options: An integer between 0 and 63

mandatory_attributes

Specifies LDAP mandatory attributes for the LDAP monitor. (Requires ldap feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

manual_resume

Enables the manual resume of a monitor, associates the monitor with a resource, disables the resource so it becomes unavailable, and leaves the resource offline until you manually re-enable it.

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

mode

Specifies the SIP mode for the SIP monitor. (Requires sip feature.)

Valid options: 'tcp', 'udp', 'tls', and 'sips'

name

Sets the name of the monitor.

Valid options: a string.

parent_monitor

Specifies the parent-predefined or user-defined monitor. This parameter can't be modified once the monitor is created. All providers can be used with this parameter.

Valid values: '/< PARTITION >/< MONITOR NAME >' (For example: '/Common/http_443')

password

Sets the password for the monitor's authentication when checking a resource. (Requires auth feature.)

Valid options: a string.

provider

Specifies the backend to use for the f5_monitor resource. You seldom need to specify this, as Puppet usually discovers the appropriate provider for your platform.

Available providers can be found in the "Providers" section above.

receive_string

Specifies the text string that the monitor looks for in the returned resource. (Requires strings feature.)

Valid options: Regular expression

receive_disable_string

Specifies the text string the monitor looks for in the returned resource. (Requires strings feature.)

If you use a receive_string value together with a receive_disable_string value to match the value of a response from the origin web server, you can create one of three states for a pool member or node: Up (Enabled), when only receive_string matches the response; Up (Disabled), when only receive_disable_string matches the response; or Down, when neither receive_string nor receive_disable_string matches the response.

Valid options: Regular expression

reverse

Marks the pool, pool member, or node down when the test is successful. (Requires reverse feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

security

Sets the LDAP security for the LDAP monitor. (Requires ldap feature.)

Valid options: 'none', 'ssl', and 'tls'

send_string

Specifies the text string that the monitor sends to the target resource. (Requires strings feature.)

Valid options: a string; for example: 'GET / HTTP/1.0\n\n'.

sip_request

Specifies the request to be sent by the SIP monitor. (Requires sip feature.)

Valid options: a string.

time_until_up

Allows the system to delay the marking of a pool member or node as 'up' for some number of seconds after receipt of the first correct response.

Valid options: an integer.

timeout

Specifies the period of time to wait before timing out if a pool member or node being checked does not respond or the status of a node indicates that performance is degraded.

Valid options: an integer.

transparent

Enables you to specify the route through which the monitor pings the destination server, which forces the monitor to ping through the pool, pool member, or node with which it is associated (usually a firewall) to the pool, pool member, or node. (Requires transparent feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

up_interval

Sets how often the monitor should check the health of a resource.

Valid options: an integer, 'disabled', false, or 'no'

username

Sets a username for the monitor's authentication when checking a resource. (Requires auth feature.)

Valid option: a string.

f5_virtualserver

Creates and manages virtual node objects on your F5 device.

Providers

Note: Not all features are available with all providers. The providers below were based on F5 virtual server options you can read about here.

  • forwarding_ip - Forwards packets directly to the destination IP address specified in the client request, and has no pool members to load balance. (Available with bandwidth_control, clone_pool,connection_limit, connection_mirroring, irules, last_hop_pool, protocol_client, source_port, source_translation, and traffic_class.)
  • forwarding_layer_2 - Shares the same IP address as a node in an associated VLAN group. (Available with bandwidth_control, clone_pool,connection_limit, connection_mirroring, default_pool, fallback_persistence, irules, last_hop_pool, persistence, protocol_client, source_port, source_translation, and traffic_class.)
  • performance_http - Increases the speed at which the virtual server processes HTTP requests, and has a FastHTTP profile associated with it. (Available with bandwidth_control, clone_pool, default_pool, irules, last_hop_pool, persistence, protocol_client, source_port, source_translation, and traffic_class.)
  • performance_l4 - Increases the speed at which the virtual server processes packets, and has a FastL4 profile associated with it. (Available with bandwidth_control, clone_pool,connection_limit, connection_mirroring, default_pool, fallback_persistence, irules, last_hop_pool, persistence, protocol_client, source_port, source_translation, and traffic_class.)
  • reject - Rejects any traffic destined for the virtual server IP address. (Available with irules, source_port, and traffic_class.)
  • standard - Directs client traffic to a load balancing pool, and is a general purpose virtual server. (Available with address_translation, bandwidth_control, clone_pool,connection_limit, connection_mirroring, default_pool, fallback_persistence, irules, persistence, policies, port_translation, protocol_client, protocol_server, source_port, source_translation, standard_profiles and traffic_class.)
  • stateless - Improves the performance of UDP traffic over a standard virtual server in specific scenarios but with limited feature support. (Available with address_translation, connection_limit, default_pool, last_hop_pool, and port_translation.)

Features

Note: Not all features are available with all providers.

  • address_translation - Supports address translation. (Available with standard and stateless.)
  • bandwidth_control - Supports bandwidth control. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, and standard.)
  • clone_pool - Supports clone pools. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, and standard.)
  • connection_limit - Supports limiting connections. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, standard, and stateless.)
  • connection_mirroring - Supports mirroring connections. (Available with forwarding_ip, forwarding_layer_2, performance_l4, and standard.)
  • default_pool - Supports setting a default pool. (Available with forwarding_layer_2, performance_l4, and standard.)
  • fallback_persistence - Supports setting a fallback persistence profile. (Available with forwarding_layer_2, performance_http, performance_l4, standard, and stateless.)
  • irules - Supports setting iRules. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, reject, and standard.)
  • last_hop_pool - Supports a last hop pool. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, and stateless.)
  • persistence - Supports setting a persistence profile. (Available with forwarding_layer_2, performance_http, performance_l4, and standard.)
  • policies - Supports policies. (Available with standard.)
  • port_translation - Supports port translation. (Available with standard and stateless.)
  • protocol_client - Supports client protocol profiles. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, and standard.)
  • protocol_server - Supports server protocol profiles. (Available with standard.)
  • source_port - Supports source port setting. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, reject, and standard.)
  • source_translation - Supports source address translation. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, and standard.)
  • standard_profiles - Supports the standard set of profiles. (Available with standard.)
  • traffic_class - Supports traffic class objects. (Available with forwarding_ip, forwarding_layer_2, performance_http, performance_l4, reject, and standard.)

Parameters

address_status

Determines whether the virtual server's IP should respond to pings based on pool member availability.

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

address_translation

Determines whether address translation is on or not. If the address is translated, the servers interpret the traffic as coming from the F5 and respond to the F5. However, if the address is not translated, the servers interpret the traffic as coming from the router and return the traffic there. Address translation works only at layer 4 and below. (Requires address_translation feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

authentication_profiles

Enables you to use specific authentication profiles that make various traffic behaviors applicable to multiple protocols. The authentication profiles available when this parameter is enabled are: LDAP, RADIUS, TACACS+, SSL Client Certificate LDAP, SSL OCSP, and CRLDP. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

auto_last_hop

Allows the BIG-IP system to track the source MAC address of incoming connections and return traffic from pools to the source MAC address, regardless of the routing table.

Valid options: 'default', 'enabled', or 'disabled'

bandwidth_controller

Applies a bandwidth controller to enforce the total amount of bandwidth that can be used by the virtual server.

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

clone_pool_client

Copies traffic to IDS's prior to address translation.

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

clone_pool_server

Copies traffic to IDS's after address translation.

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

connection_limit

Sets the maximum number of concurrent connections allowed for the virtual server. Setting this to 0 turns off connection limits. (Requires connection_limit feature.)

Valid options: an integer.

connection_mirroring

Sets whether to mirror connection and persistence information to another device in order to prevent interruption in service during failover. (Requires connection_mirroring feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

connection_rate_limit

Sets the connection rate limit of the object.

Valid options: An integer or 'disabled'.

connection_rate_limit_destination_mask

Specifies the CIDR mask of connection destinations with rate limiting.

Valid options: An integer between 0 and 32.

connection_rate_limit_mode

Sets the connection rate limit mode.

Valid options:

  • 'per_virtual_server'
  • 'per_virtual_server_and_source_address'
  • 'per_virtual_server_and_destination_address'
  • 'per_virtual_server_destination_and_source_address'
  • 'per_source_address'
  • 'per_destination_address'
  • 'per_source_and_destination_address'
connection_rate_limit_source_mask

Specifies the CIDR mask of connection sources with rate limiting.

Valid options: An integer between 0 and 32.

default_persistence_profile

Enables you to use specific persistence profiles that make various traffic behaviors applicable to multiple protocols. The persistence profiles available when this parameter is enabled are: Cookie, Destination Address Affinity, Hash, Microsoft Remote Desktop, SIP, Source Address Affinity, SSL, and Universal. (Requires persistence feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'.

default_pool

Specifies a pool of nodes that F5 sends traffic to if not otherwise specified by another property such as an iRule or OneConnect profile. (Requires default_pool feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'.

description

Sets the description of the virtual server.

Valid options: a string.

destination_address

Sets the IP address of the virtual server. Optionally includes a route domain ID. Eg: '10.0.5.5%3'

Valid options: IP Address

destination_mask

Specifies the netmask for a network virtual server, which clarifies whether the host is 0 or a wildcard representation. Is required for network virtual servers.

Valid options: Netmask

diameter_profile

Enables you to use a Diameter profile, which allows the BIG-IP system to send client-initiated Diameter messages to load balancing servers and ensure that those messages persist on the servers. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

dns_profile

Enables you to use a custom DNS profile to enable features such as: converting IPv6-formatted addresses to IPv4 format, DNS Express, and DNSSEC. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

ensure

Determines whether or not the resource should be present.

Valid options: 'present' or 'absent'

fallback_persistence_profile

Specifies the type of persistence that the BIG-IP system should use if it cannot use the default persistence. (Requires fallback_persistence feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

fix_profile

Enables you to use Financial Information eXchange (FIX) protocol messages in routing, load balancing, persisting, and logging connections. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

ftp_profile

Defines the behavior of File Transfer Protocol (FTP) traffic. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

html_profile

Enables the virtual server to modify HTML content that passes through it, according to your specifications. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

http_compression_profile

Enables compression of HTTP content to reduce the amount of data to be transmitted and significantly reduce bandwidth usage. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

http_profile

Enables you to use an HTTP profile that ensures that HTTP traffic management suits your specific needs. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

irules

Enables the use of iRule objects on your virtual server. (Requires irules feature.)

Valid options: 'none' or '/< PARTITION >/< IRULE OBJECT NAME >'

last_hop_pool

Directs reply traffic to the last hop router using a last hop pool. Note: This parameter overrides the auto_lasthop setting.

Valid options: 'none' or '/< PARTITION >/< POOL NAME >'

name

Sets the name of the virtual server.

Valid options: a string.

nat64

Maps IPv6 subscriber private addresses to IPv4 Internet public addresses.

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

ntlm_conn_pool

Enables use of an encrypted challenge/response protocol to authenticate a user without sending the user's password over the network. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

oneconnect_profile

Enables connection pooling on your virtual server. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

policies

Enables use of custom /Partition/Object policies.(Requires policies feature.)

Valid options: Array

port_translation

Determines whether port translation is on or not. If the port is translated, the servers interpret the traffic as coming from the F5 and responds to the F5. However, if the port is not translated, the servers interpret the traffic as coming from the router and return the traffic there. (Requires port_translation feature.)

Valid options: 'enabled', 'disabled', true, false, 'yes', or 'no'

protocol

Sets the network protocol name for which you want the virtual server to direct traffic.

Valid options: 'all', 'tcp', 'udp', or 'sctp'

protocol_profile_client

Setting this parameter requires setting protocol_profile_server as well. If you want to default this value, set protocol_profile_server to the same value as protocol_profile_client.

Enables you to use specific protocol profiles that expand the capacities of specific protocols pertaining to incoming connections from a web client. The protocol profiles available when this parameter is enabled are: Fast L4, Fast HTTP, HTTP Class, TCP, UDP, and SCTP. (Requires protocol_client feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

protocol_profile_server

Setting this parameter requires setting protocol_profile_client as well. If you want to default this value, set protocol_profile_client to the same value as protocol_profile_server.

Enables you to use specific protocol profiles that expand the capacities of specific protocols pertaining to F5's connection to the virtual server's it's sending traffic to. The protocol profiles available when this parameter is enabled are: Fast L4, Fast HTTP, HTTP Class, TCP, UDP, and SCTP. (Requires protocol_server feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

provider

Specifies the backend to use for the f5_virtualserver resource. You seldom need to specify this, as Puppet usually discovers the appropriate provider for your platform.

Available providers can be found in the "Providers" section above.

rate_class

Enables you to define the throughput limitations and packet scheduling method that you want the BIG-IP system to apply to all traffic that the rate class handles.

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

request_adapt_profile

Instructs an HTTP virtual server to send a request to a named virtual server of type Internal for possible modification by an Internet Content Adaptation Protocol (ICAP) server. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

request_logging_profile

Enables you to configure data within a log file for requests and responses in accordance with specified parameters. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

response_adapt_profile

Instructs an HTTP virtual server to send a response to a named virtual server of type Internal for possible modification by an Internet Content Adaptation Protocol (ICAP) server. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

rewrite_profile

Specifies the TCL expression that the system uses to rewrite the request URI that is forwarded to the server without sending an HTTP redirect to the client. Note: If you use static text rather than a TCL expression, the system maps the specified URI for every incoming request. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

rtsp_profile

Enables a client system to control a remote streaming-media server and allow time-based access to files on a server. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

service_port

Specifies a service name or port number for which you want to direct traffic. This parameter is required. (Requires service_port feature.)

Valid options: '*' or integers

sip_profile

Configures how the virtual server handles SIP sessions. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

socks_profile

Configures the BIG-IP system to handle proxy requests and function as a gateway. Configuring browser traffic to use the proxy allows you to control whether to allow or deny a requested connection. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

source

Specifies the CIDR notation for traffic source address. Optionally includes a route domain ID.

Valid options: '< IPADDRESS[%ID]/ 0 - 32 >'. For instance: '78.0.0.0%3/8'.

source_address_translation

Assigns an existing SNAT or LSN pool to the virtual server, or enables the Automap feature. When you use this setting, the BIG-IP system automatically maps all original source IP addresses passing through the virtual server to an address in the SNAT or LSN pool. (Requires source_translation feature.)

Valid options: 'none', 'automap', { 'snat' => '/Partition/pool_name'}, or { 'lsn' => '/Partition/pool_name'}

source_port

Specifies whether the system preserves the source port of the connection. (Requires source_port feature.)

Valid options: 'preserve', 'preserve_strict', or 'change'

spdy_profile

Minimizes latency of HTTP requests by multiplexing streams and compressing headers. When you assign a SPDY profile to an HTTP virtual server, the HTTP virtual server informs clients that a SPDY virtual server is available to respond to SPDY requests. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

ssl_profile_client

Enables the the BIG-IP system to handle authentication and encryption tasks for any SSL connection coming into a BIG-IP system from a client system. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

ssl_profile_server

Enables the BIG-IP system to handle encryption tasks for any SSL connection being sent from a BIG-IP system to a target server. A server SSL profile is able to act as a client by presenting certificate credentials to a server when authentication of the BIG-IP system is required. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

state

Sets the state of the virtual server.

Valid options: 'enabled', 'disabled', or 'forced_offline'

statistics_profile

Provides user-defined statistical counters.

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

stream_profile

Searches for and replaces strings within a data stream. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

traffic_class

Allows you to classify traffic according to a set of criteria that you define, such as source and destination IP addresses, for the virtual server.

Valid options: An array of /Partition/traffic_class_name objects

vlan_and_tunnel_traffic

Specifies the names of VLANs for which the virtual server is enabled or disabled.

Valid options: '< 'all','enabled', or 'disabled' > => [ '/Partition/object' ]}'

vs_score

Weight taken into account by the Global Traffic Manager.

Valid options: an integer between 0 and 100 (Note: value is a percentage.)

web_acceleration_profile

Allows the BIG-IP system to store HTTP objects in memory and reuse these objects for subsequent connections. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'

xml_profile

Defines the formatting and attack pattern checks for the security policy. (Requires standard_profiles feature.)

Valid options: 'none' or '/< PARTITION >/< VIRTUAL SERVER NAME >'.

f5_partition

Manages partitions on the F5 device. See f5 documentation for information about configuring F5 partitions.

Parameters

name

Specifies the name of the partition resource to manage.

Valid options: a string.

description

Sets the description of the node.

Valid options: a string.

f5_vlan

Manages virtual LANs on the F5 device. See f5 documentation for information about configuring F5 VLANS.

Parameters

name

Specifies the name of the partition resource to manage.

Valid options: a string.

description

Sets the description of the node.

Valid options: a string.

vlan_tag

Specifies the VLAN ID. If you do not specify a VLAN ID, the BIG-IP system assigns an ID automatically.

Valid range: 1 - 4094.

source_check

Causes the BIG-IP system to verify that the return path of an initial packet is through the same VLAN from which the packet originated.

Valid options: 'enabled' or 'disabled'.

mtu

Specifies the Maximum Transmission Unit.

Valid range: 576 - 65535.

fail_safe

Triggers fail-over in a redundant system when certain VLAN-related events occur.

Valid options: 'enabled' or 'disabled'.

fail_safe_timeout

Specifies the number of seconds that a system can run without detecting network traffic on this VLAN before it takes the fail-safe action.

Valid range: 0 - 4294967295.

fail_safe_action

Specifies the action that the system takes when it does not detect any traffic on this VLAN, and the timeout has expired. The default is 'reboot'. Valid options:

  • 'reboot': The system reboots.
  • 'restart-all': The system restarts all services.
auto_last_hop

Allows the BIG-IP system to track the source MAC address of incoming connections and return traffic from pools to the source MAC address, regardless of the routing table.

Valid options: 'default', 'enabled', or 'disabled'.

cmp_hash

Specifies how the traffic on the VLAN will be disaggregated. The value selected determines the traffic disaggregation method. You can choose to disaggregate traffic based on src-ip, dst-ip, or default, which specifies that the default CMP hash uses L4 ports.

Valid options: 'default', 'src-ip' or 'dst-ip'.

dag_round_robin

Specifies whether some of the stateless traffic on the VLAN should be disaggregated in a round-robin order instead of using a static hash.

Valid options: 'enabled' or 'disabled'

sflow_polling_interval

Specifies the maximum interval in seconds between two pollings.

Valid range: 0 - 86400.

sflow_sampling_rate

Specifies the ratio of packets observed to the samples generated.

Valid range: 0 - 102400.

interface

An array of interfaces that this vlan resource is bound to.

Correct format example is:

[{name => '1.1', tagged => true}, {name => '2.1', tagged => true}]

f5_selfip

Sets the self IP address on the BIG-IP system that you associate with a VLAN, to access hosts in that VLAN. By virtue of its netmask, a self IP address represents an address space; that is, a range of IP addresses spanning the hosts in the VLAN, rather than a single host address. You can associate self IP addresses not only with VLANs, but also with VLAN groups

Parameters

name

Specifies the name of the selfip to manage.

Valid options: a string.

address

Specify either an IPv4 or an IPv6 address. For an IPv4 address, you must specify a /32 IP address per RFC 3021 and a CIDR range. EG 9.9.9.9/255

Valid options: ip/cidr

vlan

Specifies the VLAN associated with this self IP address.

Valid options: string

traffic_group

Specifies the traffic group to associate with the self IP. You can click the box to have the self IP inherit the traffic group from the root folder, or clear the box to select a specific traffic group for the self IP.

Valid options: string

inherit_traffic_group

Whether to inherit the traffic group from the current partition or path.

Valid options: true, false.

port_lockdown

Specifies the protocols and services from which this self IP can accept traffic. Note that fewer active protocols enhances the security level of the self IP and its associated VLANs. Accepts an array of: 'default', 'all', protocol:port (for example, ["TCP:80", "UDP:55"]). Options behave as follows:

  • protocol:port: the protocols and ports to activate on this self IP.
  • default: Activates only the default protocols and services. You can determine the supported protocols and services by running the tmsh list net self-allow defaults command on the command line. May be combined with further protocol:port values.
  • all: Activates all TCP and UDP services on this self IP. May not be combined with any other value.
  • none: Specifies that this self IP accepts no traffic. May not be combined with any other values.

Limitations

F5 version v11.5 or greater. Puppet Enterprise: v3.3 or greater.

Development

This is a proprietary module only available to Puppet Enterprise users. As such, we have no formal way for users to contribute towards development. However, if you've fixed a bug or have another contribution to this module, please generate a diff and file a support ticket. They'll be sure we get it.