os_patching

This module contains a set of tasks and custom facts to allow the automation of and reporting on operating system patching. Currently, patching works on Linux (Redhat, Suse and Debian derivatives) and Windows (Server 2008 through to 2019 have been tested). FreeBSD support is a work in progress and is currently reporting only.

Under the hood, it uses the OS level tools or APIs to carry out the actual patching. That does mean that you need to be sure that your nodes can search for their updates using the native tool - e.g. You still need to manage the configuration of YUM, APT, Zypper or Windows Update.

Note - Windows systems require at least PowerShell version 3.0. If you are intending to update an unpatched Windows system before Server 2012, you will need to update PowerShell first.

Note - FreeBSD support is currently limited to reporting patch state only. Actual patching will be enabled in a future release.

The wiki contains some useful background information on the module and how it works.

Description

Puppet Enterprise tasks and Bolt have opened up methods to integrate operating system level patching into the puppet workflow. Providing automation of patch execution through tasks and the robust reporting of the state through custom facts and PuppetDB.

If you're looking for a simple way to report on your OS patch levels, this module will show all outstanding updates, including which are related to security updates. Do you want to enable self-service patching? This module will use Puppet's RBAC and orchestration and task execution facilities to give you that power.

It also uses security metadata (where available) to determine if there are security updates. On Redhat, this is provided from Redhat as additional metadata in YUM. On Debian, checks are done for which repo the updates are coming from. On Windows, this information is provided by default. There is a parameter to the os_patching::patch_server task to only apply security updates.

Blackout windows enable the support for time-based change freezes where no patching can happen. There can be multiple windows defined and each will automatically expire after reaching the defined end date.

Setup

What os_patching affects

The module provides an additional fact (os_patching) and has a task to allow the patching of a server. When the os_patching manifest is added to a node it installs a script and cron job (Linux) or a scheduled task (Windows) to check for available updates and generate cache data used by the os_patching fact.

Beginning with os_patching

Install the module using the Puppetfile, include it on your nodes and then use the provided tasks to carry out patching.

Usage

Manifest

Include the module:

include os_patching

More advanced usage:

class { 'os_patching':
  patch_window     => 'Week3',
  blackout_windows => { 'End of year change freeze':
    {
      'start': '2018-12-15T00:00:00+1000',
      'end':   '2019-01-15T23:59:59+1000',
    }
  },
}

In that example, the node is assigned to a "patch window", will be forced to reboot regardless of the setting specified in the task and has a blackout window defined for the period of 2018-12-15 - 2019-01-15, during which time no patching through the task can be carried out.

Task

Run a basic patching task from the command line:

os_patching::patch_server - Carry out OS patching on the server, optionally including a reboot and/or only applying security-related updates

USAGE:
$ puppet task run os_patching::patch_server [dpkg_params=<value>] [reboot=<value>] [security_only=<value>] [timeout=<value>] [yum_params=<value>] <[--targets, -t <target-names>] | [--query, -q <'query'>]>

PARAMETERS:
- dpkg_params : Optional[String]
    Any additional parameters to include in the dpkg command
- reboot : Optional[Variant[Boolean, Enum['always', 'never', 'patched', 'smart']]]
    Should the server reboot after patching has been applied? (Defaults to "never")
- security_only : Optional[Boolean]
    Limit patches to those tagged as security-related? (Defaults to false)
- timeout : Optional[Integer]
    How many seconds should we wait until timing out the patch run? (Defaults to 3600 seconds)
- yum_params : Optional[String]
    Any additional parameters to include in the yum upgrade command (such as including/excluding repos)

Example:

$ puppet task run os_patching::patch_server --params='{"reboot": "patched", "security_only": false}' --query="inventory[certname] { facts.os_patching.patch_window = 'Week3' and facts.os_patching.blocked = false and facts.os_patching.package_update_count > 0}"

This will run a patching task against all nodes which have facts matching:

• os_patching.patch_window of 'Week3'
• os_patching.blocked equals false
• os_patching.package_update_count greater than 0

The task will apply all patches (security_only=false) and will reboot the node after patching (reboot=true).

Reference

Facts

Most of the reporting is driven by the custom fact os_patching_data, for example:

# facter -p os_patching
{
  package_update_count => 0,
  package_updates => [],
  security_package_updates => [],
  security_package_update_count => 0,
  blocked => false,
  blocked_reasons => [],
  blackouts => {},
  patch_window = 'Week3',
  pinned_packages => [],
  last_run => {
    date => "2018-08-07T21:55:20+10:00",
    message => "Patching complete",
    return_code => "Success",
    post_reboot => "false",
    security_only => "false",
    job_id => "60"
  }
  reboots => {
    reboot_required => false,
    apps_needing_restart => { },
    app_restart_required => false
  }
}

This shows there are no updates that can be applied to this server and the server doesn't need a reboot or any application restarts. When there are updates to add, you will see similar to this:

# facter -p os_patching
{
  package_update_count => 6,
  package_updates => [
    "kernel.x86_64",
    "kernel-tools.x86_64",
    "kernel-tools-libs.x86_64",
    "postfix.x86_64",
    "procps-ng.x86_64",
    "python-perf.x86_64"
  ]
  security_package_updates => [],
  security_package_update_count => 0,
  blocked => false,
  blocked_reasons => [],
  blackouts => {
    Test change freeze 2 => {
      start => "2018-08-01T09:17:10+1000",
      end => "2018-08-01T11:15:50+1000"
    }
  },
  pinned_packages => [],
  patch_window = 'Week3',
  last_run => {
    date => "2018-08-07T21:55:20+10:00",
    message => "Patching complete",
    return_code => "Success",
    post_reboot => "false",
    security_only => "false",
    job_id => "60"
  }
  reboots => {
    reboot_required => true,
    apps_needing_restart => {
      630 => "/usr/sbin/NetworkManager --no-daemon ",
      1451 => "/usr/bin/python2 -s /usr/bin/fail2ban-server -s /var/run/fail2ban/fail2ban.sock -p /var/run/fail2ban/fail2ban.pid -x -b ",
      1232 => "/usr/bin/python -Es /usr/sbin/tuned -l -P "
    },
    app_restart_required => true
  }
}

Where it shows 6 packages with available updates, along with an array of the package names. None of the packages are tagged as security-related (requires Debian, a subscription to RHEL or a Windows system). There are no blockers to patching and the blackout window defined is not in effect.

The reboot_required flag is set to true, which means there have been changes to packages that require a reboot (libc, kernel, etc) but a reboot hasn't happened. The apps_needing_restart shows the PID and command line of applications that are using files that have been upgraded but the process hasn't been restarted.

The pinned packages entry lists any packages which have been specifically excluded from being patched, from version lock on Red Hat or by pinning in Debian.

The last run shows a summary of the information from the last os_patching::patch_server task.

The fact os_patching.patch_window can be used to assign nodes to an arbitrary group. The fact can be used as part of the query fed into the task to determine which nodes to patch:

$ puppet task run os_patching::patch_server --query="inventory[certname] {facts.os_patching.patch_window = 'Week3'}"

Running custom commands before patching

You can use the parameter os_patching::pre_patching_command to supply a file name to be run before running the patch job. The file must be executable and should exit with a return code of 0 if the command was successful.

The entry must be a single command, with no arguments or parameters.

To reboot or not to reboot, that is the question...

The logic for how to handle reboots is a little complex as it has to handle a wide range of scenarios and desired outcomes.

There are two options which can be set that control how the reboot decision is made:

The reboot parameter

The reboot parameter is set in the os_patching::patch_server task. It takes the following options:

• "always"
  • No matter what, always reboot the node during the task run, even if no patches are required
• "never" (or the legacy value false)
  • No matter what, never reboot the node during the task run, even if patches have been applied
• "patched" (or the legacy value true)
  • Reboot the node if patches have been applied
• "smart"
  • Use the OS supplied tools (e.g. needs_restarting on RHEL, or a pending reboot check on Windows) to determine if a reboot is required, if it is, then reboot the machine, otherwise do not.

The default value is "never".

These parameters set the default action for all nodes during the run of the task. It is possible to override the behavior on a node by using...

The reboot_override fact

The reboot override fact is part of the os_patching fact set. It is set through the os_patching manifest and has a default of "default".

If it is set to "default" it will take whatever reboot actions are listed in the os_patching::patch_server task. The other options it takes are the same as those for the reboot parameter (always, never, patched, smart).

During the task run, any value other than "default" will override the value for the reboot parameter. For example, if the reboot parameter is set to "never" but the reboot_override fact is set to "always", the node will always reboot. If the reboot parameter is set to "never" but the reboot_override fact is set to "default", the node will use the reboot parameter and not reboot.

Why?

By having a reboot mode set by the task parameter, it is possible to set the behavior for all nodes in a patching run (I do 100's at once). Having the override functionality provided by the fact, you can allow individual nodes included in the patching run excluded from the reboot behavior. Maybe there are a couple of nodes you know you need to patch but you can't reboot them immediately, you can set their reboot_override fact to "never" and handle the reboot manually at another time.

Task output

If there is nothing to be done, the task will report:

{
  "pinned_packages" : [ ],
  "security" : false,
  "return" : "Success",
  "start_time" : "2018-08-08T07:52:28+10:00",
  "debug" : "",
  "end_time" : "2018-08-08T07:52:46+10:00",
  "reboot" : "never",
  "packages_updated" : "",
  "job_id" : "",
  "message" : "No patches to apply"
}

If patching was executed, the task will report similar to below:

{
  "pinned_packages" : [ ],
  "security" : false,
  "return" : "Success",
  "start_time" : "2018-08-07T21:55:20+10:00",
  "debug" : "TRIMMED DUE TO LENGTH FOR THIS EXAMPLE, WOULD NORMALLY CONTAIN FULL COMMAND OUTPUT",
  "end_time" : "2018-08-07T21:57:11+10:00",
  "reboot" : "never",
  "packages_updated" : [ "NetworkManager-1:1.10.2-14.el7_5.x86_64", "NetworkManager-libnm-1:1.10.2-14.el7_5.x86_64", "NetworkManager-team-1:1.10.2-14.el7_5.x86_64", "NetworkManager-tui-1:1.10.2-14.el7_5.x86_64", "binutils-2.27-27.base.el7.x86_64", "centos-release-7-5.1804.el7.centos.2.x86_64", "git-1.8.3.1-13.el7.x86_64", "gnupg2-2.0.22-4.el7.x86_64", "kernel-tools-3.10.0-862.3.3.el7.x86_64", "kernel-tools-libs-3.10.0-862.3.3.el7.x86_64", "perl-Git-1.8.3.1-13.el7.noarch", "python-2.7.5-68.el7.x86_64", "python-libs-2.7.5-68.el7.x86_64", "python-perf-3.10.0-862.3.3.el7.centos.plus.x86_64", "selinux-policy-3.13.1-192.el7_5.3.noarch", "selinux-policy-targeted-3.13.1-192.el7_5.3.noarch", "sudo-1.8.19p2-13.el7.x86_64", "yum-plugin-fastestmirror-1.1.31-45.el7.noarch", "yum-utils-1.1.31-45.el7.noarch" ],
  "job_id" : "60",
  "message" : "Patching complete"
}

If patching was blocked, the task will report similar to below:

Error: Task exited: 100
Patching blocked

A summary of the patch run is also written to /var/cache/os_patching/run_history, the last line of which is used by the os_patching.last_run fact.

2018-08-07T14:47:24+10:00|No patches to apply|Success|false|false|
2018-08-07T14:56:56+10:00|Patching complete|Success|false|false|121
2018-08-07T15:04:42+10:00|yum timeout after 2 seconds : Loaded plugins: versionlock|1|||
2018-08-07T15:05:51+10:00|yum timeout after 3 seconds : Loaded plugins: versionlock|1|||
2018-08-07T15:10:16+10:00|Patching complete|Success|false|false|127
2018-08-07T21:31:47+10:00|Patching blocked |100|||
2018-08-08T07:53:59+10:00|Patching blocked |100|||

OS_Patching Directory and Files

Each system with the os_patching class applied will have several files and a directory managed by the manifest.

Fact Generation Script

The script used to scan for updates and generate the fact data is stored in the following location based on the OS type:

• Linux - /usr/local/bin/os_patching_fact_generation.sh
• Windows - c:\ProgramData\os_patching\os_patching_fact_generation.ps1

os_patching directory

The os_patching directory contains the various control files needed for this module and its tasks to work correctly. The locations are as follows:

• Linux/FreeBSD - /var/cache/os_patching
• Windows - c:\ProgramData\os_patching

The following files are stored in this directory:

• blackout_windows : contains name, start and end time for all blackout windows
• package_updates : a list of all package updates available, populated by os_patching_fact_generation.sh (Linux) or os_patching_fact_generation.ps1 (Windows), triggered through cron (Linux) or task scheduler (Windows)
• security_package_updates : a list of all security_package updates available, populated by os_patching_fact_generation.sh (Linux) or os_patching_fact_generation.ps1 (Windows), triggered through cron (Linux) or task scheduler (Windows)
• run_history : a summary of each run of the os_patching::patch_server task, populated by the task
• reboot_override : if present, overrides the reboot= parameter to the task
• patch_window : if present, sets the value for the fact os_patching.patch_window
• reboot_required : if the OS can determine that the server needs to be rebooted due to package changes, this file contains the result. Populates the fact reboot.reboot_required.
• apps_to_restart : (Linux only) a list of processes (PID and command line) that haven't been restarted since the packages they use were patched. Sets the fact reboot.apps_needing_restart and .reboot.app_restart_required.

Except for the run_history file and Windows os_patching scripts, all files in the os_patching directory will be regenerated after a puppet run and a run of the os_patching_fact_generation.sh or os_patching_fact_generation.ps1 script, which runs every hour by default. If run_history is removed, the same information can be obtained from PDB, apt/yum, syslog or the Windows event log.

Windows Systems

As Windows includes no native command line tools to manage update installation, PowerShell scripts have been written utilizing the Windows Update agent APIs that handle the update search, download, and installation process:

• os_patching_fact_generation.ps1 which scans for updates and generates fact data (as above)
• os_patching_windows.ps1 is utilised by the patch_server task and underlying ruby script to handle the update installation process

Supported Windows Versions

Windows Server 2008 (x86 and x64) through to 2019 have been tested. The code should also function on the equivalent client versions of Windows (e.g. Vista and newer), however, this has not been thoroughly tested.

Configuration of Windows Update

This module does not handle the configuration of the update source or any of the other Windows Update settings - it simply triggers a search (fact generation) or search, download and install (patch_server task). It is recommended to use the puppetlabs wsus_client module to configure the following options:

• WSUS server if you are using one (although this is not strictly required)
• Set the mode to automatically download updates and notify for install (AutoNotify)

For example:

class { 'wsus_client':
  server_url             => 'http://my-wsus-server.internal:8530', # WSUS Server
  enable_status_server   => true                                   # Send status to WSUS too
  auto_update_option     => 'AutoNotify',                          # automatically download updates and notify for install
}

Limitations

• RedHat 5 based systems have support but lack a lot of the yum functionality added in 6, so things like the upgraded package list and job ID will be missing.

• PowerShell version 3.0 or newer is required on Windows Systems.

• If updates or packages are installed outside of this script (e.g. by a user or another automated process), the results will not be captured in the facts.

• On Windows systems, the timeout parameter of the patch_server task is implemented as a maintenance window end time (e.g. start time + timeout). This is used by doing a calculation before installing each update. If there is insufficient available, the update run will stop. However, at this stage, each update is estimated to take 5 minutes to install. This will be improved in a future release to perform an estimation based on update size or type (e.g. an SCCM-like 5 minutes for a hotfix, 30 minutes for a cumulative update).

Development

Fork, develop, submit a pull request

Contributors

• Tony Green | @albatrossflavor | http://albatrossflavour.com
• NotPotato
• Brett Gray
• Rob Nelson
• Tommy McNeely
• Geoff Williams
• Jake Rogers
• Nathan Giuliani
• Massimiliano Adamo

Reference

Table of Contents

Classes

• os_patching: This manifest sets up a script and cron job to populate the os_patching fact.

Tasks

• clean_cache: Clean patch caches (yum/dpkg) via a task
• patch_server: Carry out OS patching on the server, optionally including a reboot and/or only applying security related updates
• refresh_fact: Force a refresh of the os_patching fact cache via a task

Plans

• os_patching::patch_after_healthcheck: An example plan that uses the puppet health check module to perform a pre-check on the nodes you're planning to patch. If the nodes pass the check, they get patched

Classes

os_patching

This manifest sets up a script and cron job to populate the os_patching fact.

Examples

assign node to 'Week3' patching window, force a reboot and create a blackout window for the end of the year

class { 'os_patching':
  patch_window     => 'Week3',
  reboot_override  => 'always',
  blackout_windows => { 'End of year change freeze':
    {
      'start': '2018-12-15T00:00:00+10:00',
      'end': '2019-01-15T23:59:59+10:00',
    }
  },
}

An example profile to setup patching, sourcing blackout windows from hiera

class profiles::soe::patching (
  $patch_window     = undef,
  $blackout_windows = undef,
  $reboot_override  = undef,
){
  # Pull any blackout windows out of hiera
  $hiera_blackout_windows = lookup('profiles::soe::patching::blackout_windows',Hash,hash,{})

  # Merge the blackout windows from the parameter and hiera
  $full_blackout_windows = $hiera_blackout_windows + $blackout_windows

  # Call the os_patching class to set everything up
  class { 'os_patching':
    patch_window     => $patch_window,
    reboot_override  => $reboot_override,
    blackout_windows => $full_blackout_windows,
  }
}

JSON hash to specify a change freeze from 2018-12-15 to 2019-01-15

{"End of year change freeze": {"start": "2018-12-15T00:00:00+10:00", "end": "2019-01-15T23:59:59+10:00"}}

Run patching on the node centos.example.com using the smart reboot option

puppet task run os_patching::patch_server --params '{"reboot": "smart"}' --targets centos.example.com

Remove from a managed system

class { 'os_patching':
  ensure => absent,
}

Parameters

The following parameters are available in the os_patching class:

• puppet_binary
• patch_data_owner
• patch_data_group
• patch_cron_user
• manage_yum_utils
• block_patching_on_warnings
• yum_utils
• fact_upload
• apt_autoremove
• manage_delta_rpm
• delta_rpm
• manage_yum_plugin_security
• yum_plugin_security
• reboot_override
• patch_window
• pre_patching_command
• patch_cron_hour
• patch_cron_month
• patch_cron_monthday
• patch_cron_weekday
• patch_cron_min
• windows_update_hour
• windows_update_interval_mins
• ensure
• fact_mode
• blackout_windows

puppet_binary

Data type: Stdlib::Absolutepath

Location of the Puppet binary

patch_data_owner

Data type: String

User name for the owner of the patch data

patch_data_group

Data type: String

Group name for the owner of the patch data

patch_cron_user

Data type: String

User who runs the cron job

manage_yum_utils

Data type: Boolean

Should the yum_utils package be managed by this module on RedHat family nodes? If true, use the parameter yum_utils to determine how it should be manged

block_patching_on_warnings

Data type: Boolean

If there are warnings present in the os_patching fact, should the patching task run? If true the run will abort and take no action If false the run will continue and attempt to patch (default)

yum_utils

Data type: Enum['installed', 'absent', 'purged', 'held', 'latest']

If managed, what should the yum_utils package set to?

fact_upload

Data type: Boolean

Should puppet fact upload be run after any changes to the fact cache files?

apt_autoremove

Data type: Boolean

Should apt-get autoremove be run during reboot?

manage_delta_rpm

Data type: Boolean

Should the deltarpm package be managed by this module on RedHat family nodes? If true, use the parameter delta_rpm to determine how it should be manged

delta_rpm

Data type: Enum['installed', 'absent', 'purged', 'held', 'latest']

If managed, what should the delta_rpm package set to?

manage_yum_plugin_security

Data type: Boolean

Should the yum_plugin_security package be managed by this module on RedHat family nodes? If true, use the parameter yum_plugin_security to determine how it should be manged

yum_plugin_security

Data type: Enum['installed', 'absent', 'purged', 'held', 'latest']

If managed, what should the yum_plugin_security package set to?

reboot_override

Data type: Optional[Variant[Boolean, Enum['always', 'never', 'patched', 'smart', 'default']]]

Controls on a node level if a reboot should/should not be done after patching. This overrides the setting in the task

patch_window

Data type: Optional[String]

A freeform text entry used to allocate a node to a specific patch window (Optional)

Default value: undef

pre_patching_command

Data type: Optional[Stdlib::Absolutepath]

The full path of the command to run prior to running patching. Can be used to run customised workflows such as gracefully shutting down applications. The entry must be a single absolute filename with no arguments or parameters.

patch_cron_hour

Data type: Variant[Enum['absent'], Integer[0,23]]

The hour(s) for the cron job to run (defaults to absent, which means '*' in cron)

patch_cron_month

Data type: Variant[Enum['absent'], Integer[1,12]]

The month(s) for the cron job to run (defaults to absent, which means '*' in cron)

patch_cron_monthday

Data type: Variant[Enum['absent'], Integer[1,31]]

The monthday(s) for the cron job to run (defaults to absent, which means '*' in cron)

patch_cron_weekday

Data type: Variant[Enum['absent'], Integer[0,7]]

The weekday(s) for the cron job to run (defaults to absent, which means '*' in cron)

patch_cron_min

Data type: Integer[0,59]

The min(s) for the cron job to run (defaults to a random number between 0 and 59)

Default value: fqdn_rand(59)

windows_update_hour

Data type: Integer[0,23]

Control the hour on which windows nodes check for updates

windows_update_interval_mins

Data type: Integer

Control how often windows updates for updates

ensure

Data type: Enum['present', 'absent']

present to install scripts, cronjobs, files, etc, absent to cleanup a system that previously hosted us

fact_mode

Data type: Stdlib::Filemode

blackout_windows

Data type: Optional[Hash]

Options:

• :title String: Name of the blackout window
• :start String: Start of the blackout window (ISO8601 format)
• :end String: End of the blackout window (ISO8601 format)

Default value: undef

Tasks

clean_cache

Clean patch caches (yum/dpkg) via a task

Supports noop? false

patch_server

Carry out OS patching on the server, optionally including a reboot and/or only applying security related updates

Supports noop? false

Parameters

yum_params

Data type: Optional[String]

Any additional parameters to include in the yum upgrade command (such as including/excluding repos)

dpkg_params

Data type: Optional[String]

Any additional parameters to include in the dpkg command

zypper_params

Data type: Optional[String]

Any additional parameters to include in the zypper update command

reboot

Data type: Optional[Variant[Boolean, Enum['always', 'never', 'patched', 'smart']]]

Should the server reboot after patching has been applied? (Defaults to 'never')

timeout

Data type: Optional[Integer]

How many seconds should we wait until timing out the patch run? (Defaults to 3600 seconds)

security_only

Data type: Optional[Boolean]

Limit patches to those tagged as security related? (Defaults to false)

clean_cache

Data type: Optional[Boolean]

Should the yum/dpkg caches be cleaned at the start of the task? (Defaults to false)

refresh_fact

Force a refresh of the os_patching fact cache via a task

Supports noop? false

Plans

os_patching::patch_after_healthcheck

An example plan that uses the puppet health check module to perform a pre-check on the nodes you're planning to patch. If the nodes pass the check, they get patched

Parameters

The following parameters are available in the os_patching::patch_after_healthcheck plan:

• nodes
• noop_state
• runinterval

nodes

Data type: TargetSpec

noop_state

Data type: Optional[Boolean]

Default value: false

runinterval

Data type: Optional[Integer]

Default value: 1800

Change log

All notable changes to this project will be documented in this file. The format is based on Keep a Changelog and this project adheres to Semantic Versioning.

v0.21.0 (2023-07-18)

Full Changelog

Added

• 215 allow puppet open source to work with os_patching #231 (albatrossflavour)

Fixed

• #229 fix syntax error #230 (albatrossflavour)

v0.20.1 (2023-07-18)

Full Changelog

v0.20.0 (2023-07-13)

Full Changelog

Added

• #227 Support for stdlib 9.x #228 (albatrossflavour)
• Add RHEL9 to supported OS #225 (tuxmea)
• #217 add an apt update as part of the fact generation #224 (albatrossflavour)
• #222 Update os_patching_fact_generation.sh #223 (dpavlotzky)
• Don't record note from subscription-manager if enabled #221 (jcpunk)

Fixed

• Add correct reboot detection for RHEL 8 and 9 #220 (jcpunk)
• fix issue #211 #219 (brajjan)
• Update Apt Support - Fixes #217 #218 (AMDHome)

0.19.0 (2023-02-26)

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Added

• Fix up the GitHub workflows #209 (albatrossflavour)

0.18.0 (2022-08-08)

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Added

• updated RHEL regex to accommodate colon #216 (prolixalias)

UNCATEGORIZED PRS; LABEL THEM ON GITHUB

• adjust upper limit #214 (prolixalias)

v0.17.0 (2021-07-12)

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Fixed

• s/udpate/update #208 (noahbliss)
• ensure that key exists while parsing json #203 (maxadamo)

v0.16.0 (2021-05-21)

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Added

• Feature/204 hiera support #205 (albatrossflavour)
• Feature/200 deltarpm #201 (albatrossflavour)
• Feature/module hiera #199 (albatrossflavour)
• Feature/174 windows update param #197 (albatrossflavour)
• fix facter no longer working on puppet 7 #191 (maxadamo)
• Working on #180 : Adding rescue to allow code to continue after NoMet… #181 (sharumpe)
• Change yum check-update to include valid entries instead of exclude invalid #175 (freiheit)
• Do not hardcode the path of AIO commands #168 (smortex)
• Improve os_patching::patch_after_healthcheck plan #167 (kreeuwijk)
• Update README.md #162 (LDaneliukas)
• Add FreeBSD support #156 (smortex)

Fixed

• puppetlabs-translate deprecated #189 (binford2k)
• expand filter inline and remove $FILTER variables #188 (michael-letsengage)
• match Debian-Security #185 (dgrote)
• Fixing failing development tests #179 (Tamerz)
• fix(patch_server) change regex after yum history #171 (bmx0r)
• Inconsistence between facter and manifest #164 (elfranne)

0.15.0 (2021-05-11)

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Added

• v0.15.0 release #196 (albatrossflavour)

0.14.0 (2021-05-09)

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Added

• #149 allow Debian to run apt-get autoremove at reboot #151 (albatrossflavour)
• Toggle to allow warnings to block patching #143 #150 (albatrossflavour)
• Updates to facter and bug fixes #148 (albatrossflavour)
• Force usage of the 'C' locale #142 (smortex)

Fixed

• #148 ensure versionlock file is there before we read it #154 (albatrossflavour)
• Prevent error message to stderr on RedHat #153 (smortex)
• Bugfix: Add missing dependency #144 (theosotr)
• The declared ISO format does not exist, had one extra dd #141 (rnelson0)

UNCATEGORIZED PRS; LABEL THEM ON GITHUB

• Litmus updates and pre-v0.14.0 work #195 (albatrossflavour)
• Master release - bug fixes and travis #183 (albatrossflavour)
• Fix issues with empty pre_patching_command entries #161 (albatrossflavour)
• Merge to production #160 (albatrossflavour)
• clear out 'Obsoleting' entries #158 (kreeuwijk)

0.12.0 (2019-08-21)

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Fixed

• #138 - fix travis issues #139 (albatrossflavour)
• #129 restrictions on stdlib are too tight #130 (albatrossflavour)

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• V0.12.0 release #152 (albatrossflavour)
• V0.11.2 release #140 (albatrossflavour)
• #136 add html to the pdkignore #137 (albatrossflavour)
• Issue/133 eventlog puppet agent 6.4.2 #134 (nathangiuliani)
• Updated ReadMe #131 (nathangiuliani)

0.11.1 (2019-05-07)

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• V0.11.1 release to master #132 (albatrossflavour)

0.11.0 (2019-05-03)

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Added

• Enable windows support #121 (albatrossflavour)

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• v0.11.0 release #126 (albatrossflavour)
• #124 promote new tests to development #125 (albatrossflavour)
• Release to production in preparation for V0.11.0 release #123 (albatrossflavour)
• Community information added #122 (albatrossflavour)

0.10.0 (2019-04-26)

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• Release to production #119 (albatrossflavour)
• Add example plan #118 (albatrossflavour)
• Resync development #116 (albatrossflavour)
• Switch over to litmus tests #114 (albatrossflavour)
• Feature/sles #113 (JakeTRogers)

0.9.0 (2019-04-26)

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• Merge Litmus and Suse to production #115 (albatrossflavour)

0.8.0 (2019-01-24)

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• Changelog update #111 (albatrossflavour)
• Merge to master #110 (albatrossflavour)
• Fact upload and stdlib fixes #109 (albatrossflavour)
• Feature/pdqtest #108 (albatrossflavour)
• Bugfix for filter code #105 (albatrossflavour)
• Bugfix/filter #104 (albatrossflavour)
• Merge pull request #102 from albatrossflavour/development #103 (albatrossflavour)

0.7.0 (2018-12-09)

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UNCATEGORIZED PRS; LABEL THEM ON GITHUB

• V0.7.0 release #102 (albatrossflavour)
• metadata updates prior to 0.7.0 release #101 (albatrossflavour)
• Additional filtering based on bug #99 #100 (albatrossflavour)
• Add confine to facter #98 (albatrossflavour)
• filter out yum check-update security messages #97 (albatrossflavour)
• Merge pull request #87 from albatrossflavour/development #88 (albatrossflavour)

0.6.4 (2018-10-03)

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• Push to master (0.6.4) #87 (albatrossflavour)
• Merge pull request #85 from albatrossflavour/development #86 (albatrossflavour)

0.6.3 (2018-10-03)

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• V0.6.3 release #85 (albatrossflavour)
• Debian fact improvements #84 (albatrossflavour)
• Merge pull request #82 from albatrossflavour/development #83 (albatrossflavour)

0.6.2 (2018-10-03)

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• V0.6.2 release #82 (albatrossflavour)
• Enable security patching in debian again #81 (albatrossflavour)
• Merge pull request #79 from albatrossflavour/development #80 (albatrossflavour)

0.6.1 (2018-10-02)

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• Fix a couple of strings issues #79 (albatrossflavour)
• Merge pull request #77 from albatrossflavour/development #78 (albatrossflavour)

0.6.0 (2018-10-02)

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• Pull to master #77 (albatrossflavour)
• Feature/data parser #76 (albatrossflavour)
• Feature/clean cache #75 (albatrossflavour)
• remove all reference to /opt/puppetlabs/facter/facts.d/os_patching.yaml #72 (GeoffWilliams)
• Add acceptance testing, esure=>absent, simplfify #71 (GeoffWilliams)
• Add reference.md #65 (albatrossflavour)
• Bugfix/strings #64 (albatrossflavour)
• Feature/move cache #63 (albatrossflavour)
• Bugfix/facter path #62 (albatrossflavour)
• Feature/rpm attribute fix #61 (albatrossflavour)
• Warn user when task is not setup yet #53 (GeoffWilliams)
• Merge pull request #50 from albatrossflavour/development #51 (albatrossflavour)

0.5.0 (2018-09-23)

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• Merge to master #50 (albatrossflavour)
• Change the way we handle reboot logic #49 (albatrossflavour)
• Resync to dev #47 (albatrossflavour)

0.4.1 (2018-09-16)

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• V0.4.1 #46 (albatrossflavour)

0.4.0 (2018-09-16)

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• V0.4.0 release #45 (albatrossflavour)
• Add extra error checking for the patch execution #44 (albatrossflavour)
• Feature/facter error reporting #43 (albatrossflavour)
• regex ignores pkgs starting with uppercase or digits #41 (f3sty)
• Bugfix/needs restarting improvements #38 (albatrossflavour)
• Prod release #34 (albatrossflavour)
• Fix parsing of install/installed #33 (albatrossflavour)
• Fix issue with parsing of installed/install output from yum #30 (albatrossflavour)
• Sync back to dev #28 (albatrossflavour)

0.3.5 (2018-08-16)

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• Pre-release updates #27 (albatrossflavour)
• Release to master #26 (albatrossflavour)
• Merge timeout fixes #25 (albatrossflavour)
• Resync to development #24 (albatrossflavour)

0.3.4 (2018-08-10)

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• Pre release updates #23 (albatrossflavour)
• Missed a new variable #22 (albatrossflavour)
• Remove shell commands as much as possible #21 (albatrossflavour)
• Ooops #20 (albatrossflavour)
• Add cron job to refresh cache at reboot #19 (albatrossflavour)
• Ensure we honour reboot_override even if a reboot isn't required #18 (albatrossflavour)
• Secure the params a little more #17 (albatrossflavour)
• Updates to detect when reboots are required #16 (albatrossflavour)

0.3.3 (2018-08-09)

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0.3.2 (2018-08-09)

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0.3.1 (2018-08-09)

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• Resync to development #15 (albatrossflavour)

0.2.1 (2018-08-07)

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Added

• Major documentation update #14 (albatrossflavour)

Fixed

• rubocop #13 (albatrossflavour)
• Rubocop updates #12 (albatrossflavour)

UNCATEGORIZED PRS; LABEL THEM ON GITHUB

• Rubocop is on thin ice! #11 (albatrossflavour)
• rubocop updates #10 (albatrossflavour)
• Push to production #9 (albatrossflavour)
• Start/end times added and history file fixed #8 (albatrossflavour)
• Major update for all areas #7 (albatrossflavour)

0.1.19 (2018-07-09)

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UNCATEGORIZED PRS; LABEL THEM ON GITHUB

• Feature/smarter tasks #6 (albatrossflavour)

0.1.17 (2018-06-01)

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0.1.16 (2018-05-29)

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* This Changelog was automatically generated by github_changelog_generator