[global]

# This defines the URL prefix under which the Beaker web application will be

# served. This must match the prefix used in the Alias and WSGIScriptAlias

# directives in /etc/httpd/conf.d/beaker-server.conf.

# The default configuration places the application at: http://example.com/bkr/

server.webpath = "/bkr/"

# Database connection URI for Beaker's database, in the form:

# <driver>://<user>:<password>@<hostname>:<port>/<database>?<options>

# The charset=utf8 option is required for proper Unicode support.

# The pool_recycle setting is required for MySQL, which will (by default)

# terminate idle client connections after 10 hours.

sqlalchemy.dburi = "mysql://beaker:beaker@localhost/beaker?charset=utf8"

sqlalchemy.pool_recycle = 3600

# If you want to send read-only report queries to a separate backup

# database, configure it here. If not configured, report queries will

# fall back to using the main Beaker database (above).

#reports_engine.dburi = "mysql://beaker_ro:beaker_ro@dbbackup/beaker?charset=utf8"

#reports_engine.pool_recycle = 3600

# Set to True to enable sending emails.

#mail.on = False

# TurboMail transport to use. The default 'smtp' sends mails over SMTP to the

# server configured below. Other transports may be available as TurboMail

# extension packages.

#mail.transport = "smtp"

# SMTP server where mails should be sent. By default we assume there is an

# SMTP-capable MTA running on the local host.

#mail.smtp.server = "127.0.0.1"

# The address which will appear as the From: address in emails sent by Beaker.

#beaker_email = "root@localhost.localdomain"

# If this is set to a value greater than zero, Beaker will enforce a limit on

# the number of concurrently running power/provision commands in each lab. Set

# this option if you have a lab with many machines and are concerned about

# a flood of commands overwhelming your lab controller.

#beaker.max_running_commands = 10

# Timeout for authentication tokens. After this many minutes of inactivity

# users will be required to re-authenticate.

#visit.timeout = 360

# Secret key for encrypting authentication tokens. Set this to a very long

# random string and DO NOT disclose it. Changing this value will invalidate all

# existing tokens and force users to re-authenticate.

# If not set, a secret key will be generated and stored in /var/lib/beaker,

# however this configuration impacts performance therefore you should supply

# a secret key here.

#visit.token_secret_key = ""

# Enable LDAP for user account lookup and password authentication.

#identity.ldap.enabled = False

# URI of LDAP directory.

#identity.soldapprovider.uri = "ldaps://ldap.domain.com"

# Base DN for looking up user accounts.

#identity.soldapprovider.basedn = "dc=domain,dc=com"

# If set to True, Beaker user acounts will be automatically created on demand

# if they exist in LDAP. Account attributes are populated from LDAP.

#identity.soldapprovider.autocreate = False

# Timeout (seconds) for LDAP lookups.

#identity.soldapprovider.timeout = 20

# Server principal and keytab for Kerberos authentication. If using Kerberos

# authentication, this must match the mod_auth_kerb configuration in

# /etc/httpd/conf.d/beaker-server.conf.

#identity.krb_auth_principal = "HTTP/hostname@EXAMPLE.COM"

#identity.krb_auth_keytab = "/etc/krb5.keytab"

# Automatically create user accounts if the user successfully authenticates

# via Apache but there is no matching account in Beaker. The automatic creation

# will only happen if REMOTE_USER_FULLNAME and REMOTE_USER_EMAIL variables are

# also populated in the WSGI environment.

# mod_lookup_identity and mod_auth_mellon can be configured to do this.

#identity.autocreate = True

# These are used when generating absolute URLs (e.g. in e-mails sent by Beaker)

# You should only have to set this if socket.gethostname() returns the wrong

# name, for example if you are using CNAMEs.

#tg.url_domain = "beaker.example.com"

#tg.url_scheme = "http"

# If your scheduler is multi-homed and has a different hostname for your test

# machines you can use the tg.lab_domain variable here to specify it.

# If tg.lab_domain is not set it will fall back to tg.url_domain, and if that's

# not set it will fall back to socket.gethostname().

#tg.lab_domain = "this.hostname.from.lab.domain"

# Tag for distros which are considered "reliable".

# Broken system detection logic will be activated for distros with this tag

# (see the bkr.server.model:System.suspicious_abort method). Leave this unset

# to deactivate broken system detection.

#beaker.reliable_distro_tag = "RELEASED"

# The contents of this file will be displayed to users on every page in Beaker.

# If it exists, it must contain a valid HTML fragment (e.g. <span>...</span>).

#beaker.motd = "/etc/beaker/motd.xml"

# The URL of a page describing your organisation's policies for reserving

# Beaker machines. If configured, a message will appear on the reserve workflow

# page, warning users to adhere to the policy with a hyperlink to this URL. By

# default no message is shown.

#beaker.reservation_policy_url = "http://example.com/reservation-policy"

# These install options are used as global defaults for every provision. They

# can be overriden by options on the distro tree, the system, or the recipe.

#beaker.ks_meta = ""

#beaker.kernel_options = ""

#beaker.kernel_options_post = ""

# When generating MAC addresses for virtual systems, Beaker will always pick

# the lowest free address starting from this base address.

#beaker.base_mac_addr = "52:54:00:00:00:00"

# Beaker increases the priority of recipes when it detects that they match only

# one candidate system. You can disable this behaviour here.

#beaker.priority_bumping_enabled = True

# When generating RPM repos, we can configure what utility to use. The

# createrepo_c implementation is chosen by default: it is faster and more

# memory-efficient. The original createrepo command can also be used.

#beaker.createrepo_command = "createrepo_c"

# If you have set up a log archive server (with beaker-transfer) and it

# requires HTTP digest authentication for deleting old logs, set the username

# and password here.

#beaker.log_delete_user = "log-delete"

#beaker.log_delete_password = "examplepassword"

# If carbon.address is set, Beaker will send various metrics to carbon

# (collection daemon for Graphite) at the given address. The address must be

# a tuple of (hostname, port).

# The value of carbon.prefix is prepended to all names used by Beaker.

#carbon.address = ('graphite.example.invalid', 2023)

#carbon.prefix = 'beaker.'

# Use OpenStack for running recipes on dynamically created guests.

# Beaker uses the credentials given here to authenticate on OpenStack,

# when creating OpenStack instances on behalf of users.

#openstack.identity_api_url = 'https://openstack.example.com:13000/v3'

#openstack.dashboard_url = 'https://openstack.example.com/dashboard/'

#openstack.username = ""

#openstack.password = ""

# The user domain name when authenticating on OpenStack. If not provided, Beaker

# will not provide a domain name when connecting to OpenStack. This option is

# required if the OpenStack instance has been configured to require a domain name.

#openstack.user_domain_name = ""

# OpenStack external network name for the instance. If not provided, Beaker

# will search for an external network and use the first one it finds.

#openstack.external_network_name = ""

# Beaker will attempt to set up a floating IP address for a newly created

# instance by default. You can disable this behavior here. If set to False,

# the Beaker code will use the IP address assigned when the instance is

# created as the public IP address of the instance.

#openstack.create_floating_ip = True

# Set this to limit the Beaker web application's address space to the given

# size (in bytes). This may be helpful to catch excessive memory consumption by

# Beaker. On large deployments 1500000000 is a reasonable value.

# By default no address space limit is enforced.

#rlimit_as=

# These limits are applied to all running recipes. They are intended as

# a last-resort sanity check, to prevent a runaway task from accidentally

# producing so many results that it can cause problems elsewhere in Beaker (for

# example, excessive memory usage when rendering the results).

# Setting a limit to 0 means the limit will not be enforced.

#beaker.max_results_per_recipe = 7500

#beaker.max_logs_per_recipe = 7500

# OS major names to try (in order of preference) for running inventory jobs on systems.

# The default list includes RHEL, CentOS, and Fedora is suitable in most cases.

# If you have special systems which do not support any of RHEL, CentOS, or Fedora

# then you may need to extend the default list.

#beaker.inventory_osmajors = ['RedHatEnterpriseLinux7', ...]

# AMQ messaging

# If amq attributes are set, Beaker will send updates via AMQ messages

#amq.url = amqps://broker01.example.com

#amq.cert = /etc/beaker/cert.pem

#amq.key = /etc/beaker/key.pem

#amq.cacerts = /etc/pki/tls/certs/ca-bundle.crt

#amq.topic_prefix = VirtualTopic.eng.beaker