openstack
/
openstack-ansible
Code Issues Proposed changes

Fix 'D001 Line too long' documentation lint failures 

Change-Id: I4522fe318541dac7f4ff4e45d72d4cd8869420ba
This commit is contained in:
Jesse Pretorius 2016-07-13 11:40:48 +01:00 committed by Jesse Pretorius (odyssey4me)
parent fbab4f5508
commit 24e63abeb2
71 changed files with 383 additions and 337 deletions
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10
doc/source/developer-docs/additional-roles.rst
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@ -107,11 +107,11 @@ Deploying the Role
#. If your service is installed from source or relies on python packages which
need to be installed from source, specify a repository for the source
code of each requirement by adding a file to your deploy host under
``playbooks/defaults/repo_packages`` in the OpenStack-Ansible source repository
and following the pattern of files currently in that directory. You could
also simply add an entry to an existing file there. Be sure to run the
``repo-build.yml`` play later so that wheels for your packages will be
included in the repository infrastructure.
``playbooks/defaults/repo_packages`` in the OpenStack-Ansible source
repository and following the pattern of files currently in that directory.
You could also simply add an entry to an existing file there. Be sure to
run the ``repo-build.yml`` play later so that wheels for your packages will
be included in the repository infrastructure.
#. Make any required adjustments to the load balancer configuration
(e.g. modify ``playbooks/vars/configs/haproxy_config.yml`` in the
OpenStack-Ansible source repository on your deploy host) so that your

7
doc/source/developer-docs/configure-aodh.rst
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@ -7,10 +7,11 @@ The Telemetry (ceilometer) alarming services perform the following functions:
- Creates an API endpoint for controlling alarms.
- Allows you to set alarms based on threshold evaluation for a collection of samples.
- Allows you to set alarms based on threshold evaluation for a collection of
samples.
Aodh on OpenStack-Ansible requires a configured MongoDB backend prior to running
the Aodh playbooks. To specify the connection data, edit the
Aodh on OpenStack-Ansible requires a configured MongoDB backend prior to
running the Aodh playbooks. To specify the connection data, edit the
``user_variables.yml`` file (see section `Configuring the user data`_
below).

10
doc/source/developer-docs/configure-ceilometer.rst
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@ -7,9 +7,11 @@ The Telemetry module (ceilometer) performs the following functions:
- Efficiently polls metering data related to OpenStack services.
- Collects event and metering data by monitoring notifications sent from services.
- Collects event and metering data by monitoring notifications sent from
services.
- Publishes collected data to various targets including data stores and message queues.
- Publishes collected data to various targets including data stores and
message queues.
.. note::
@ -32,8 +34,8 @@ Setting up a MongoDB database for ceilometer
# apt-get install mongodb-server mongodb-clients python-pymongo
2. Edit the ``/etc/mongodb.conf`` file and change the ``bind_i`` to the management
interface:
2. Edit the ``/etc/mongodb.conf`` file and change the ``bind_i`` to the
management interface:
.. code-block:: ini

10
doc/source/developer-docs/configure-ceph.rst
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@ -57,11 +57,11 @@ Ceph configuration:
auth_service_required = cephx
auth_client_required = cephx
The use of the ``ceph_conf_file`` variable is optional. By default, OpenStack-Ansible
obtains a copy of ``ceph.conf`` from one of your Ceph monitors. This
transfer of ``ceph.conf`` requires the OpenStack-Ansible deployment host public key
to be deployed to all of the Ceph monitors. More details are available
here: `Deploying SSH Keys`_.
The use of the ``ceph_conf_file`` variable is optional. By default,
OpenStack-Ansible obtains a copy of ``ceph.conf`` from one of your Ceph
monitors. This transfer of ``ceph.conf`` requires the OpenStack-Ansible
deployment host public key to be deployed to all of the Ceph monitors. More
details are available here: `Deploying SSH Keys`_.
The following minimal example configuration sets nova and glance
to use ceph pools: ``ephemeral-vms`` and ``images`` respectively.

7
doc/source/developer-docs/configure-cinder.rst
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@ -3,8 +3,8 @@
Configuring the Block (cinder) storage service (optional)
=========================================================
By default, the Block (cinder) storage service installs on the host itself using
the LVM backend.
By default, the Block (cinder) storage service installs on the host itself
using the LVM backend.
.. note::
@ -181,7 +181,8 @@ By default, no horizon configuration is set.
Configuring cinder to use LVM
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#. List the ``container_vars`` that contain the storage options for the target host.
#. List the ``container_vars`` that contain the storage options for the target
host.
.. note::

6
doc/source/developer-docs/configure-federation-idp-adfs.rst
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@ -1,9 +1,9 @@
`Home <index.html>`__ OpenStack-Ansible Installation Guide
Configuring Active Directory Federation Services (ADFS) 3.0 as an identity provider
===================================================================================
Configuring ADFS 3.0 as an identity provider
============================================
To install ADFS:
To install Active Directory Federation Services (ADFS):
* `Prerequisites for ADFS from Microsoft Technet <https://technet.microsoft.com/library/bf7f9cf4-6170-40e8-83dd-e636cb4f9ecb>`_
* `ADFS installation procedure from Microsoft Technet <https://technet.microsoft.com/en-us/library/dn303423>`_

14
doc/source/developer-docs/configure-federation-idp.rst
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@ -47,13 +47,14 @@ The following list is a reference of allowed settings:
this IdP.
* ``regen_cert`` by default is set to ``False``. When set to ``True``, the
next Ansible run replaces the existing signing certificate with a new one. This
setting is added as a convenience mechanism to renew a certificate when it
is close to its expiration date.
next Ansible run replaces the existing signing certificate with a new one.
This setting is added as a convenience mechanism to renew a certificate when
it is close to its expiration date.
* ``idp_entity_id`` is the entity ID. The service providers
use this as a unique identifier for each IdP. ``<keystone-public-endpoint>/OS-FEDERATION/saml2/idp``
is the value we recommend for this setting.
use this as a unique identifier for each IdP.
``<keystone-public-endpoint>/OS-FEDERATION/saml2/idp`` is the value we
recommend for this setting.
* ``idp_sso_endpoint`` is the single sign-on endpoint for this IdP.
``<keystone-public-endpoint>/OS-FEDERATION/saml2/sso>`` is the value
@ -72,7 +73,8 @@ The following list is a reference of allowed settings:
* ``organization_name``, ``organization_display_name``, ``organization_url``,
``contact_company``, ``contact_name``, ``contact_surname``,
``contact_email``, ``contact_telephone`` and ``contact_type`` are
settings that describe the identity provider. These settings are all optional.
settings that describe the identity provider. These settings are all
optional.
--------------

11
doc/source/developer-docs/configure-federation-sp.rst
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@ -104,8 +104,9 @@ The following settings must be set to configure a service provider (SP):
#. ``metadata_reload`` is the number of seconds between metadata
refresh polls.
#. ``federated_identities`` is a mapping list of domain, project, group, and users.
See `Configure Identity Service (keystone) Domain-Project-Group-Role mappings <configure-federation-mapping.html>`_
#. ``federated_identities`` is a mapping list of domain, project, group, and
users. See
`Configure Identity Service (keystone) Domain-Project-Group-Role mappings`_
for more information.
#. ``protocols`` is a list of protocols supported for the IdP and the set
@ -113,7 +114,11 @@ The following settings must be set to configure a service provider (SP):
with the name ``saml2``.
#. ``mapping`` is the local to remote mapping configuration for federated
users. For more information, see `Configure Identity Service (keystone) Domain-Project-Group-Role mappings. <configure-federation-mapping.html>`_
users. See
`Configure Identity Service (keystone) Domain-Project-Group-Role mappings`_
for more information.
.. _Configure Identity Service (keystone) Domain-Project-Group-Role mappings: configure-federation-mapping.html
--------------

18
doc/source/developer-docs/configure-federation-use-case.rst
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@ -48,8 +48,8 @@ is "cloud2".
Keystone service provider (SP) configuration
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The configuration for keystone SP needs to define the remote-to-local user mappings.
The following is the complete configuration:
The configuration for keystone SP needs to define the remote-to-local user
mappings. The following is the complete configuration:
.. code::
@ -142,9 +142,9 @@ user based on the attributes exposed by the IdP in the SAML2 assertion. The
use case for this scenario calls for mapping users in "Group A" and "Group B",
but the group or groups a user belongs to are not exported in the SAML2
assertion. To make the example work, the groups A and B in the use case are
projects. Export projects A and B in the assertion under the ``openstack_project`` attribute.
The two rules above select the corresponding project using the ``any_one_of``
selector.
projects. Export projects A and B in the assertion under the
``openstack_project`` attribute. The two rules above select the corresponding
project using the ``any_one_of`` selector.
The ``local`` part of the mapping rule specifies how keystone represents
the remote user in the local SP cloud. Configuring the two federated identities
@ -157,10 +157,10 @@ role.
Keystone creates a ephemeral user in the specified group as
you cannot specify user names.
The IdP exports the final setting of the configuration defines the SAML2 ``attributes``.
For a keystone IdP, these are the five attributes
shown above. Configure the attributes above into the Shibboleth service. This
ensures they are available to use in the mappings.
The IdP exports the final setting of the configuration defines the SAML2
``attributes``. For a keystone IdP, these are the five attributes shown above.
Configure the attributes above into the Shibboleth service. This ensures they
are available to use in the mappings.
Reviewing or modifying the configuration with the OpenStack client
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

4
doc/source/developer-docs/configure-federation-wrapper.rst
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@ -48,8 +48,8 @@ The following steps above involve manually sending API requests.
The infrastructure for the command line utilities that performs these steps
for the user does not exist.
To obtain access to a SP cloud, OpenStack-Ansible provides a script that wraps the
above steps. The script is called ``federated-login.sh`` and is
To obtain access to a SP cloud, OpenStack-Ansible provides a script that wraps
the above steps. The script is called ``federated-login.sh`` and is
used as follows:
.. code::

11
doc/source/developer-docs/configure-horizon.rst
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@ -3,13 +3,14 @@
Configuring the Dashboard (horizon) (optional)
==============================================
Customize your horizon deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your horizon deployment in
``/etc/openstack_deploy/user_variables.yml``.
Securing horizon communication with SSL certificates
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The OpenStack-Ansible project provides the ability to secure Dashboard (horizon)
communications with self-signed or user-provided SSL certificates.
The OpenStack-Ansible project provides the ability to secure Dashboard
(horizon) communications with self-signed or user-provided SSL certificates.
Refer to `Securing services with SSL certificates`_ for available configuration
options.
@ -20,8 +21,8 @@ Configuring a horizon customization module
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Openstack-Ansible supports deployment of a horizon `customization module`_.
After building your customization module, configure the ``horizon_customization_module`` variable
with a path to your module.
After building your customization module, configure the
``horizon_customization_module`` variable with a path to your module.
.. code-block:: yaml

21
doc/source/developer-docs/configure-ironic.rst
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@ -5,14 +5,14 @@ Configuring the Bare Metal (ironic) service (optional)
.. note::
This feature is experimental at this time and it has not been fully production
tested yet. These implementation instructions assume that ironic is being deployed
as the sole hypervisor for the region.
This feature is experimental at this time and it has not been fully
production tested yet. These implementation instructions assume that
ironic is being deployed as the sole hypervisor for the region.
Ironic is an OpenStack project which provisions bare metal (as opposed to virtual)
machines by leveraging common technologies such as PXE boot and IPMI to cover a wide
range of hardware, while supporting pluggable drivers to allow vendor-specific
functionality to be added.
Ironic is an OpenStack project which provisions bare metal (as opposed to
virtual) machines by leveraging common technologies such as PXE boot and IPMI
to cover a wide range of hardware, while supporting pluggable drivers to allow
vendor-specific functionality to be added.
OpenStack's ironic project makes physical servers as easy to provision as
virtual machines in a cloud.
@ -140,8 +140,8 @@ Creating an ironic flavor
After successfully deploying the ironic node on subsequent boots, the instance
boots from your local disk as first preference. This speeds up the deployed
node's boot time. Alternatively, if this is not set, the ironic node PXE boots first and
allows for operator-initiated image updates and other operations.
node's boot time. Alternatively, if this is not set, the ironic node PXE boots
first and allows for operator-initiated image updates and other operations.
.. note::
@ -151,7 +151,8 @@ allows for operator-initiated image updates and other operations.
Enroll ironic nodes
-------------------
#. From the utility container, enroll a new baremetal node by executing the following:
#. From the utility container, enroll a new baremetal node by executing the
following:
.. code-block:: bash

3
doc/source/developer-docs/configure-keystone.rst
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@ -3,7 +3,8 @@
Configuring the Identity service (keystone) (optional)
======================================================
Customize your keystone deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your keystone deployment in
``/etc/openstack_deploy/user_variables.yml``.
Securing keystone communication with SSL certificates

4
doc/source/developer-docs/configure-network-services.rst
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@ -155,8 +155,8 @@ The following procedure describes how to modify the
- { name: "ah4", pattern: "CONFIG_INET_AH=", group: "network_hosts" }
- { name: "ipcomp", pattern: "CONFIG_INET_IPCOMP=", group: "network_hosts" }
#. Execute the openstack hosts setup in order to load the kernel modules at boot
and runtime in the network hosts
#. Execute the openstack hosts setup in order to load the kernel modules at
boot and runtime in the network hosts
.. code-block:: shell-session

7
doc/source/developer-docs/configure-nova.rst
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@ -52,8 +52,8 @@ You can disable discard by setting ``nova_libvirt_hw_disk_discard`` to
string to disable ``network=writeback``.
The following minimal example configuration sets nova to use the
``ephemeral-vms`` Ceph pool. The following example uses cephx authentication, and
requires an existing ``cinder`` account for the ``ephemeral-vms`` pool:
``ephemeral-vms`` Ceph pool. The following example uses cephx authentication,
and requires an existing ``cinder`` account for the ``ephemeral-vms`` pool:
.. code-block:: console
@ -70,7 +70,8 @@ If you have a different Ceph username for the pool, use it as:
cinder_ceph_client: <ceph-username>
* The `Ceph documentation for OpenStack`_ has additional information about these settings.
* The `Ceph documentation for OpenStack`_ has additional information about
these settings.
* `OpenStack-Ansible and Ceph Working Example`_

3
doc/source/developer-docs/configure-rabbitmq.rst
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@ -7,7 +7,8 @@ RabbitMQ provides the messaging broker for various OpenStack services. The
OpenStack-Ansible project configures a plaintext listener on port 5672 and
a SSL/TLS encrypted listener on port 5671.
Customize your RabbitMQ deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your RabbitMQ deployment in
``/etc/openstack_deploy/user_variables.yml``.
Add a TLS encrypted listener to RabbitMQ
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

11
doc/source/developer-docs/contribute.rst
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@ -84,9 +84,10 @@ General Guidelines for Submitting Code
* New features, breaking changes and other patches of note must include a
release note generated using `the reno tool`_. Please see the
`Documentation and Release Note Guidelines`_ for more information.
* All patches including code, documentation and release notes should be built and
tested locally with the appropriate test suite before submitting for review.
See `Development and Testing`_ for more information.
* All patches including code, documentation and release notes should be built
and tested locally with the appropriate test suite before submitting for
review. See `Development and Testing`_ for more information.
.. _Git Commit Good Practice: https://wiki.openstack.org/wiki/GitCommitMessages
.. _workflow documented here: http://docs.openstack.org/infra/manual/developers.html#development-workflow
.. _advanced gerrit usage: http://www.mediawiki.org/wiki/Gerrit/Advanced_usage
@ -160,8 +161,8 @@ Backporting
Documentation and Release Note Guidelines
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Documentation is a critical part of ensuring that the deployers of OpenStack-Ansible
are appropriately informed about:
Documentation is a critical part of ensuring that the deployers of
OpenStack-Ansible are appropriately informed about:
* How to use the project's tooling effectively to deploy OpenStack.
* How to implement the right configuration to meet the needs of their specific

45
doc/source/developer-docs/extending.rst
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@ -101,17 +101,18 @@ See also `Understanding Host Groups`_ in Appendix H.
user\_*.yml files
-----------------
Files in ``/etc/openstack_deploy`` beginning with ``user_`` will be automatically
sourced in any ``openstack-ansible`` command. Alternatively, the files can be
sourced with the ``-e`` parameter of the ``ansible-playbook`` command.
Files in ``/etc/openstack_deploy`` beginning with ``user_`` will be
automatically sourced in any ``openstack-ansible`` command. Alternatively,
the files can be sourced with the ``-e`` parameter of the ``ansible-playbook``
command.
``user_variables.yml`` and ``user_secrets.yml`` are used directly by
OpenStack-Ansible. Adding custom variables used by your own roles and playbooks
to these files is not recommended. Doing so will complicate your upgrade path
by making comparison of your existing files with later versions of these files
more arduous. Rather, recommended practice is to place your own variables in files
named following the ``user_*.yml`` pattern so they will be sourced alongside
those used exclusively by OpenStack-Ansible.
OpenStack-Ansible. Adding custom variables used by your own roles and
playbooks to these files is not recommended. Doing so will complicate your
upgrade path by making comparison of your existing files with later versions
of these files more arduous. Rather, recommended practice is to place your own
variables in files named following the ``user_*.yml`` pattern so they will be
sourced alongside those used exclusively by OpenStack-Ansible.
Ordering and Precedence
+++++++++++++++++++++++
@ -136,9 +137,9 @@ All of the services that use YAML, JSON, or INI for configuration can receive
overrides through the use of a Ansible action plugin named ``config_template``.
The configuration template engine allows a deployer to use a simple dictionary
to modify or add items into configuration files at run time that may not have a
preset template option. All OpenStack-Ansible roles allow for this functionality
where applicable. Files available to receive overrides can be seen in the
``defaults/main.yml`` file as standard empty dictionaries (hashes).
preset template option. All OpenStack-Ansible roles allow for this
functionality where applicable. Files available to receive overrides can be
seen in the ``defaults/main.yml`` file as standard empty dictionaries (hashes).
Practical guidance for using this feature is available in the `Install Guide`_.
@ -157,12 +158,12 @@ git based or PyPi installable package. When the package is built the repo-build
role will create the sources as Python wheels to extend the base system and
requirements.
While the packages pre-built in the repository-infrastructure are comprehensive,
it may be needed to change the source locations and versions of packages to suit
different deployment needs. Adding additional repositories as overrides is as
simple as listing entries within the variable file of your choice. Any
``user_.*.yml`` file within the "/etc/openstack_deployment" directory will work
to facilitate the addition of a new packages.
While the packages pre-built in the repository-infrastructure are
comprehensive, it may be needed to change the source locations and versions of
packages to suit different deployment needs. Adding additional repositories as
overrides is as simple as listing entries within the variable file of your
choice. Any ``user_.*.yml`` file within the "/etc/openstack_deployment"
directory will work to facilitate the addition of a new packages.
.. code-block:: yaml
@ -171,8 +172,8 @@ to facilitate the addition of a new packages.
swift_git_install_branch: master
Additional lists of python packages can also be overridden using a ``user_.*.yml``
variable file.
Additional lists of python packages can also be overridden using a
``user_.*.yml`` variable file.
.. code-block:: yaml
@ -191,8 +192,8 @@ deploy your overridden source code.
Module documentation
++++++++++++++++++++
These are the options available as found within the virtual module documentation
section.
These are the options available as found within the virtual module
documentation section.
.. code-block:: yaml

4
doc/source/developer-docs/ops-addcomputehost.rst
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@ -16,8 +16,8 @@ cluster.
If necessary, also modify the ``used_ips`` stanza.
#. If the cluster is utilizing Telemetry/Metering (Ceilometer),
edit the ``/etc/openstack_deploy/conf.d/ceilometer.yml`` file and add the host to
the ``metering-compute_hosts`` stanza.
edit the ``/etc/openstack_deploy/conf.d/ceilometer.yml`` file and add the
host to the ``metering-compute_hosts`` stanza.
#. Run the following commands to add the host. Replace
``NEW_HOST_NAME`` with the name of the new host.

6
doc/source/developer-docs/ops-galera-recovery.rst
View File

@ -148,9 +148,9 @@ recover cannot join the cluster because it no longer exists.
Complete failure
~~~~~~~~~~~~~~~~
Restore from backup if all of the nodes in a Galera cluster fail (do not shutdown
gracefully). Run the following command to determine if all nodes in the
cluster have failed:
Restore from backup if all of the nodes in a Galera cluster fail (do not
shutdown gracefully). Run the following command to determine if all nodes in
the cluster have failed:
.. code-block:: shell-session

3
doc/source/developer-docs/ops-logging.rst
View File

@ -22,7 +22,8 @@ deployment:
directories named after the container or physical host.
* Each physical host has the logs from its service containers mounted at
``/openstack/log/``.
* Each service container has its own logs stored at ``/var/log/<service_name>``.
* Each service container has its own logs stored at
``/var/log/<service_name>``.
--------------

4
doc/source/developer-docs/ops-troubleshooting.rst
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@ -106,8 +106,8 @@ documentation on `fact caching`_ for more details.
Forcing regeneration of cached facts
------------------------------------
Cached facts may be incorrect if the host receives a kernel upgrade or new network
interfaces. Newly created bridges also disrupt cache facts.
Cached facts may be incorrect if the host receives a kernel upgrade or new
network interfaces. Newly created bridges also disrupt cache facts.
This can lead to unexpected errors while running playbooks, and
require that the cached facts be regenerated.

27
doc/source/developer-docs/quickstart-aio.rst
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@ -118,11 +118,11 @@ options:
:git-clone: Clone all of the role dependencies using native git
Notes:
When doing role development it may be useful to set ``ANSIBLE_ROLE_FETCH_MODE``
to *git-clone*. This will provide you the ability to develop roles within the
environment by modifying, patching, or committing changes using an intact
git tree while the *galaxy* option scrubs the ``.git`` directory when
it resolves a dependency.
When doing role development it may be useful to set
``ANSIBLE_ROLE_FETCH_MODE`` to *git-clone*. This will provide you the
ability to develop roles within the environment by modifying, patching, or
committing changes using an intact git tree while the *galaxy* option scrubs
the ``.git`` directory when it resolves a dependency.
.. code-block:: bash
@ -145,8 +145,8 @@ for the OpenStack Deployment. This preparation is completed by executing:
# scripts/bootstrap-aio.sh
If you wish to add any additional configuration entries for the OpenStack configuration
then this can be done now by editing
If you wish to add any additional configuration entries for the OpenStack
configuration then this can be done now by editing
``/etc/openstack_deploy/user_variables.yml``. Please see the `Install Guide`_
for more details.
@ -173,9 +173,9 @@ general estimates:
* Virtual machines with SSD storage: ~ 45-60 minutes
* Systems with traditional hard disks: ~ 90-120 minutes
Once the playbooks have fully executed, it is possible to experiment with various
settings changes in ``/etc/openstack_deploy/user_variables.yml`` and only
run individual playbooks. For example, to run the playbook for the
Once the playbooks have fully executed, it is possible to experiment with
various settings changes in ``/etc/openstack_deploy/user_variables.yml`` and
only run individual playbooks. For example, to run the playbook for the
Keystone service, execute:
.. code-block:: bash
@ -247,10 +247,11 @@ AIOs are best run inside of some form of virtual machine or cloud guest.
Quick AIO build on Rackspace Cloud
----------------------------------
You can automate the AIO build process with a virtual machine from the Rackspace Cloud.
You can automate the AIO build process with a virtual machine from the
Rackspace Cloud.
First, we will need a cloud-config file that will allow us to run the build as soon as the
instance starts. Save this file as ``user_data.yml``:
First, we will need a cloud-config file that will allow us to run the build as
soon as the instance starts. Save this file as ``user_data.yml``:
.. code-block:: yaml

3
doc/source/install-guide-revised-draft/app-nuage.rst
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@ -51,7 +51,8 @@ On the deployment host, copy the Nuage user variables file from
# cp /opt/nuage-openstack-ansible/etc/user_nuage_vars.yml /etc/openstack_deploy/
Also modify the following parameters in this file as per your Nuage VCS environment:
Also modify the following parameters in this file as per your Nuage VCS
environment:
#. Replace *VSD Enterprise Name* parameter with user desired name of VSD
Enterprise:

8
doc/source/install-guide-revised-draft/app-plumgrid.rst
View File

@ -56,8 +56,8 @@ parameters.
PLUMgrid configurations
~~~~~~~~~~~~~~~~~~~~~~~
On the deployment host, create a PLUMgrid user variables file using the sample in
``/opt/plumgrid-ansible/etc/user_pg_vars.yml.example`` and copy it to
On the deployment host, create a PLUMgrid user variables file using the sample
in ``/opt/plumgrid-ansible/etc/user_pg_vars.yml.example`` and copy it to
``/etc/openstack_deploy/user_pg_vars.yml``. You must configure the
following parameters.
@ -119,8 +119,8 @@ to as ``gateway_devs`` in the configuration files.
Replace ``*_IP_ADDRESS`` with the IP address of the ``br-mgmt`` container management
bridge on each Gateway host.
#. Add a ``gateway_hosts`` section to the end of the PLUMgrid ``user_pg_vars.yml``
file:
#. Add a ``gateway_hosts`` section to the end of the PLUMgrid
``user_pg_vars.yml`` file:
.. note::

12
doc/source/install-guide-revised-draft/configure-glance.rst
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@ -11,10 +11,10 @@ swift backend or some form of shared storage.
Configuring default and additional stores
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
OpenStack-Ansible provides two configurations for controlling where glance stores
files: the default store and additional stores. glance stores images in file-based
storage by default. Two additional stores, ``http`` and ``cinder`` (Block Storage),
are also enabled by default.
OpenStack-Ansible provides two configurations for controlling where glance
stores files: the default store and additional stores. glance stores images in
file-based storage by default. Two additional stores, ``http`` and ``cinder``
(Block Storage), are also enabled by default.
You can choose alternative default stores and alternative additional stores.
For example, a deployer that uses Ceph may configure the following Ansible
@ -165,8 +165,8 @@ Special considerations
If the swift password or key contains a dollar sign (``$``), it must
be escaped with an additional dollar sign (``$$``). For example, a password of
``super$ecure`` would need to be entered as ``super$$ecure``. This is necessary
due to the way `oslo.config formats strings`_.
``super$ecure`` would need to be entered as ``super$$ecure``. This is
necessary due to the way `oslo.config formats strings`_.
.. _oslo.config formats strings: https://bugs.launchpad.net/oslo-incubator/+bug/1259729

10
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@ -10,6 +10,12 @@ for Ansible. Start by getting those files into the correct places:
``/opt/openstack-ansible/etc/openstack_deploy`` directory to the
``/etc/openstack_deploy`` directory.
.. note::
As of Newton, the ``env.d`` directory has been moved from this source
directory to ``playbooks/inventory/``. See `Appendix H`_ for more
details on this change.
#. Change to the ``/etc/openstack_deploy`` directory.
#. Copy the ``openstack_user_config.yml.example`` file to
@ -40,7 +46,8 @@ OpenStack-Ansible's dynamic inventory generation has a concept called
`affinity`. This determines how many containers of a similar type are deployed
onto a single physical host.
Using `shared-infra_hosts` as an example, consider this ``openstack_user_config.yml``:
Using `shared-infra_hosts` as an example, consider this
``openstack_user_config.yml``:
.. code-block:: yaml
@ -123,6 +130,7 @@ fine-tune certain security configurations.
.. _openstack-ansible-security: http://docs.openstack.org/developer/openstack-ansible-security/
.. _Security Technical Implementation Guide (STIG): https://en.wikipedia.org/wiki/Security_Technical_Implementation_Guide
.. _Configuration: http://docs.openstack.org/developer/openstack-ansible-security/configuration.html
.. _Appendix H: ../install-guide/app-custom-layouts.html
--------------

4
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@ -26,8 +26,8 @@ Overriding .conf files
~~~~~~~~~~~~~~~~~~~~~~
The most common use-case for implementing overrides are for the
``<service>.conf`` files (for example, ``nova.conf``). These files use a standard
``INI`` file format.
``<service>.conf`` files (for example, ``nova.conf``). These files use a
standard ``INI`` file format.
For example, if you add the following parameters to ``nova.conf``:

10
doc/source/install-guide-revised-draft/configure-sslcertificates.rst
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@ -31,8 +31,8 @@ many services as possible.
Self-signed certificates
~~~~~~~~~~~~~~~~~~~~~~~~
Self-signed certificates ensure you are able to start quickly and you are able to
encrypt data in transit. However, they do not provide a high level of trust
Self-signed certificates ensure you are able to start quickly and you are able
to encrypt data in transit. However, they do not provide a high level of trust
for highly secure environments. The use of self-signed certificates is
currently the default in OpenStack-Ansible. When self-signed certificates are
being used, certificate verification must be disabled using the following
@ -82,9 +82,9 @@ To force a self-signed certificate to regenerate, you can pass the variable to
To force a self-signed certificate to regenerate with every playbook run,
set the appropriate regeneration option to ``true``. For example, if
you have already run the ``os-horizon`` playbook, but you want to regenerate the
self-signed certificate, set the ``horizon_ssl_self_signed_regen`` variable to
``true`` in ``/etc/openstack_deploy/user_variables.yml``:
you have already run the ``os-horizon`` playbook, but you want to regenerate
the self-signed certificate, set the ``horizon_ssl_self_signed_regen`` variable
to ``true`` in ``/etc/openstack_deploy/user_variables.yml``:
.. code-block:: yaml

7
doc/source/install-guide-revised-draft/deploymenthost.rst
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@ -41,9 +41,10 @@ Install additional software packages and configure NTP.
Configuring the network
~~~~~~~~~~~~~~~~~~~~~~~
Ansible deployments fail if the deployment server is unable to SSH to the containers.
Configure the deployment host to be on the same network designated for container management.
This configuration reduces the rate of failure due to connectivity issues.
Ansible deployments fail if the deployment server is unable to SSH to the
containers. Configure the deployment host to be on the same network designated
for container management. This configuration reduces the rate of failure due
to connectivity issues.
The following network information is used as an example:

5
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@ -89,8 +89,9 @@ Production environment
~~~~~~~~~~~~~~~~~~~~~~
The layout for a production environment involves seven target
hosts in total: three control plane and infrastructure hosts, two compute hosts,
one storage host and one log aggregation host. It also has the following features:
hosts in total: three control plane and infrastructure hosts, two compute
hosts, one storage host and one log aggregation host. It also has the
following features:
- Bonded NICs
- NFS/Ceph-backed storage for nova, glance, and cinder

13
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@ -7,7 +7,8 @@ Network architecture
====================
For a production environment, some components are mandatory, such as bridges
described below. We recommend other components such as a bonded network interface.
described below. We recommend other components such as a bonded network
interface.
.. important::
@ -23,11 +24,11 @@ particular environment.
Bonded network interfaces
~~~~~~~~~~~~~~~~~~~~~~~~~
The reference architecture for a production environment includes bonded network
interfaces, which use multiple physical network interfaces for better redundancy
and throughput. Avoid using two ports on the same multi-port network card for the
same bonded interface since a network card failure affects both physical network
interfaces used by the bond.
The reference architecture for a production environment includes bonded
network interfaces, which use multiple physical network interfaces for better
redundancy and throughput. Avoid using two ports on the same multi-port
network card for the same bonded interface since a network card failure
affects both physical network interfaces used by the bond.
The ``bond0`` interface carries traffic from the containers
running your OpenStack infrastructure. Configure a static IP address on the

15
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@ -64,15 +64,15 @@ Logging hosts
logs on the logging hosts.
Hosts that provide Block Storage (cinder) volumes must have logical volume
manager (LVM) support. Ensure those hosts have a ``cinder-volumes`` volume group
that OpenStack-Ansible can configure for use with cinder.
manager (LVM) support. Ensure those hosts have a ``cinder-volumes`` volume
group that OpenStack-Ansible can configure for use with cinder.
Each control plane host runs services inside LXC containers. The container
filesystems are deployed by default onto the root filesystem of each control
plane hosts. You have the option to deploy those container filesystems
into logical volumes by creating a volume group called ``lxc``. OpenStack-Ansible
creates a 5GB logical volume for the filesystem of each container running
on the host.
into logical volumes by creating a volume group called ``lxc``.
OpenStack-Ansible creates a 5GB logical volume for the filesystem of each
container running on the host.
Network requirements
~~~~~~~~~~~~~~~~~~~~
@ -83,8 +83,9 @@ Network requirements
network interface. This works for small environments, but it can cause
problems when your environment grows.
For the best performance, reliability and scalability in a production environment,
deployers should consider a network configuration that contains the following features:
For the best performance, reliability and scalability in a production
environment, deployers should consider a network configuration that contains
the following features:
* Bonded network interfaces: Increases performance and/or reliability
(dependent on bonding architecture).

22
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@ -45,10 +45,10 @@ and how to configure SSL certificates, see
Host security hardening
~~~~~~~~~~~~~~~~~~~~~~~
Security hardening is applied by default to OpenStack infrastructure and compute
hosts using the ``openstack-ansible-security`` role. The purpose of the role is to
apply as many security configurations as possible without disrupting the
operation of an OpenStack deployment.
Security hardening is applied by default to OpenStack infrastructure and
compute hosts using the ``openstack-ansible-security`` role. The purpose of
the role is to apply as many security configurations as possible without
disrupting the operation of an OpenStack deployment.
Refer to the documentation on :ref:`security_hardening` for more information
on the role and how to enable it in OpenStack-Ansible.
@ -102,19 +102,19 @@ The resources within an OpenStack environment can be divided into two groups:
* MariaDB
* RabbitMQ
Configure firewalls to limit network access to all services that users must access
directly.
Configure firewalls to limit network access to all services that users must
access directly.
Other services, such as MariaDB and RabbitMQ, must be segmented away from
direct user access. Configure a firewall to only allow connectivity to
these services within the OpenStack environment itself. This
reduces an attacker's ability to query or manipulate data in OpenStack's
critical database and queuing services, especially if one of these services has
a known vulnerability.
critical database and queuing services, especially if one of these services
has a known vulnerability.
For more details on recommended network policies for OpenStack clouds, refer to
the `API endpoint process isolation and policy`_ section from the `OpenStack
Security Guide`_
For more details on recommended network policies for OpenStack clouds, refer
to the `API endpoint process isolation and policy`_ section from the
`OpenStack Security Guide`_
.. _API endpoint process isolation and policy: http://docs.openstack.org/security-guide/api-endpoints/api-endpoint-configuration-recommendations.html#network-policy
.. _OpenStack Security Guide: http://docs.openstack.org/security-guide

7
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@ -8,10 +8,8 @@ Overview
~~~~~~~~
This example uses the following parameters to configure networking on a
single target host. See `Figure 3.2, "Target hosts for infrastructure,
networking, compute, and storage
services" <targethosts-networkexample.html#fig_hosts-target-network-containerexample>`_
for a visual representation of these parameters in the architecture.
single target host. See `Figure 3.2`_ for a visual representation of these
parameters in the architecture.
- VLANs:
@ -47,6 +45,7 @@ for a visual representation of these parameters in the architecture.
- Storage: 172.29.244.11
.. _Figure 3.2: targethosts-networkexample.html#fig_hosts-target-network-containerexample
**Figure 3.2. Target host for infrastructure, networking, compute, and
storage services**

10
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@ -9,8 +9,8 @@ Overview
This example allows you to use your own parameters for the deployment.
The following is a table of the bridges that are be configured on hosts, if you followed the
previously proposed design.
The following is a table of the bridges that are be configured on hosts, if
you followed the previously proposed design.
+-------------+-----------------------+-------------------------------------+
| Bridge name | Best configured on | With a static IP |
@ -188,8 +188,10 @@ Example for 3 controller nodes and 2 compute nodes
- Host management gateway: 10.240.0.1
- DNS servers: 69.20.0.164 69.20.0.196
- Container management: 172.29.236.11 - 172.29.236.13
- Tunnel: no IP (because IP exist in the containers, when the components aren't deployed directly on metal)
- Storage: no IP (because IP exist in the containers, when the components aren't deployed directly on metal)
- Tunnel: no IP (because IP exist in the containers, when the components
aren't deployed directly on metal)
- Storage: no IP (because IP exist in the containers, when the components
aren't deployed directly on metal)
- Addresses for the compute nodes:

9
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@ -79,10 +79,11 @@ practices, refer to `GitHub's documentation on generating SSH keys`_.
Configuring LVM
~~~~~~~~~~~~~~~
`Logical Volume Manager (LVM)`_ allows a single device to be split into multiple
logical volumes which appear as a physical storage device to the operating
system. The Block Storage (cinder) service, as well as the LXC containers that
run the OpenStack infrastructure, can optionally use LVM for their data storage.
`Logical Volume Manager (LVM)`_ allows a single device to be split into
multiple logical volumes which appear as a physical storage device to the
operating system. The Block Storage (cinder) service, as well as the LXC
containers that run the OpenStack infrastructure, can optionally use LVM for
their data storage.
.. note::

6
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@ -135,9 +135,9 @@ Omit a service or component from the deployment
To omit a component from a deployment, several options exist.
- You could remove the ``physical_skel`` link between the container group and
the host group. The simplest way to do this is to simply copy the relevant file
to the ``/etc/openstack_deploy/env.d/`` directory, and set the following
information:
the host group. The simplest way to do this is to simply copy the relevant
file to the ``/etc/openstack_deploy/env.d/`` directory, and set the
following information:
.. code-block:: yaml

3
doc/source/install-guide/app-nuage.rst
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@ -50,7 +50,8 @@ On the deployment host, copy the Nuage user variables file from
# cp /opt/nuage-openstack-ansible/etc/user_nuage_vars.yml /etc/openstack_deploy/
Also modify the following parameters in this file as per your Nuage VCS environment:
Also modify the following parameters in this file as per your Nuage VCS
environment:
#. Replace *VSD Enterprise Name* parameter with user desired name of VSD
Enterprise:

12
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@ -56,8 +56,8 @@ parameters.
PLUMgrid configurations
~~~~~~~~~~~~~~~~~~~~~~~
On the deployment host, create a PLUMgrid user variables file using the sample in
``/opt/plumgrid-ansible/etc/user_pg_vars.yml.example`` and copy it to
On the deployment host, create a PLUMgrid user variables file using the sample
in ``/opt/plumgrid-ansible/etc/user_pg_vars.yml.example`` and copy it to
``/etc/openstack_deploy/user_pg_vars.yml``. You must configure the
following parameters.
@ -116,11 +116,11 @@ to as ``gateway_devs`` in the configuration files.
gateway2:
ip: GW02_IP_ADDRESS
Replace ``*_IP_ADDRESS`` with the IP address of the ``br-mgmt`` container management
bridge on each Gateway host.
Replace ``*_IP_ADDRESS`` with the IP address of the ``br-mgmt`` container
management bridge on each Gateway host.
#. Add a ``gateway_hosts`` section to the end of the PLUMgrid ``user_pg_vars.yml``
file:
#. Add a ``gateway_hosts`` section to the end of the PLUMgrid
``user_pg_vars.yml`` file:
.. note::

3
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@ -7,7 +7,8 @@ The Telemetry (ceilometer) alarming services perform the following functions:
- Creates an API endpoint for controlling alarms.
- Allows you to set alarms based on threshold evaluation for a collection of samples.
- Allows you to set alarms based on threshold evaluation for a collection of
samples.

10
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@ -7,9 +7,11 @@ The Telemetry module (ceilometer) performs the following functions:
- Efficiently polls metering data related to OpenStack services.
- Collects event and metering data by monitoring notifications sent from services.
- Collects event and metering data by monitoring notifications sent from
services.
- Publishes collected data to various targets including data stores and message queues.
- Publishes collected data to various targets including data stores and
message queues.
.. note::
@ -32,8 +34,8 @@ Setting up a MongoDB database for ceilometer
# apt-get install mongodb-server mongodb-clients python-pymongo
2. Edit the ``/etc/mongodb.conf`` file and change the ``bind_i`` to the management
interface:
2. Edit the ``/etc/mongodb.conf`` file and change the ``bind_i`` to the
management interface:
.. code-block:: ini

10
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@ -57,11 +57,11 @@ Ceph configuration:
auth_service_required = cephx
auth_client_required = cephx
The use of the ``ceph_conf_file`` variable is optional. By default, OpenStack-Ansible
obtains a copy of ``ceph.conf`` from one of your Ceph monitors. This
transfer of ``ceph.conf`` requires the OpenStack-Ansible deployment host public key
to be deployed to all of the Ceph monitors. More details are available
here: `Deploying SSH Keys`_.
The use of the ``ceph_conf_file`` variable is optional. By default,
OpenStack-Ansible obtains a copy of ``ceph.conf`` from one of your Ceph
monitors. This transfer of ``ceph.conf`` requires the OpenStack-Ansible
deployment host public key to be deployed to all of the Ceph monitors. More
details are available here: `Deploying SSH Keys`_.
The following minimal example configuration sets nova and glance
to use ceph pools: ``ephemeral-vms`` and ``images`` respectively.

7
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@ -3,8 +3,8 @@
Configuring the Block (cinder) storage service (optional)
=========================================================
By default, the Block (cinder) storage service installs on the host itself using
the LVM backend.
By default, the Block (cinder) storage service installs on the host itself
using the LVM backend.
.. note::
@ -181,7 +181,8 @@ By default, no horizon configuration is set.
Configuring cinder to use LVM
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
#. List the ``container_vars`` that contain the storage options for the target host.
#. List the ``container_vars`` that contain the storage options for the target
host.
.. note::

12
doc/source/install-guide/configure-federation-idp-adfs.rst
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@ -1,9 +1,9 @@
`Home <index.html>`__ OpenStack-Ansible Installation Guide
Configuring Active Directory Federation Services (ADFS) 3.0 as an identity provider
===================================================================================
Configuring ADFS 3.0 as an identity provider
============================================
To install ADFS:
To install Active Directory Federation Services (ADFS):
* `Prerequisites for ADFS from Microsoft Technet <https://technet.microsoft.com/library/bf7f9cf4-6170-40e8-83dd-e636cb4f9ecb>`_
* `ADFS installation procedure from Microsoft Technet <https://technet.microsoft.com/en-us/library/dn303423>`_
@ -35,9 +35,9 @@ Configuring ADFS
References
~~~~~~~~~~
* `http://blogs.technet.com/b/rmilne/archive/2014/04/28/how-to-install-adfs-2012-r2-for-office-365.aspx`_
* `http://blog.kloud.com.au/2013/08/14/powershell-deployment-of-web-application-proxy-and-adfs-in-under-10-minutes/`_
* `https://ethernuno.wordpress.com/2014/04/20/install-adds-on-windows-server-2012-r2-with-powershell/`_
* http://blogs.technet.com/b/rmilne/archive/2014/04/28/how-to-install-adfs-2012-r2-for-office-365.aspx
* http://blog.kloud.com.au/2013/08/14/powershell-deployment-of-web-application-proxy-and-adfs-in-under-10-minutes/
* https://ethernuno.wordpress.com/2014/04/20/install-adds-on-windows-server-2012-r2-with-powershell/
--------------

14
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@ -47,13 +47,14 @@ The following list is a reference of allowed settings:
this IdP.
* ``regen_cert`` by default is set to ``False``. When set to ``True``, the
next Ansible run replaces the existing signing certificate with a new one. This
setting is added as a convenience mechanism to renew a certificate when it
is close to its expiration date.
next Ansible run replaces the existing signing certificate with a new one.
This setting is added as a convenience mechanism to renew a certificate when
it is close to its expiration date.
* ``idp_entity_id`` is the entity ID. The service providers
use this as a unique identifier for each IdP. ``<keystone-public-endpoint>/OS-FEDERATION/saml2/idp``
is the value we recommend for this setting.
use this as a unique identifier for each IdP.
``<keystone-public-endpoint>/OS-FEDERATION/saml2/idp`` is the value we
recommend for this setting.
* ``idp_sso_endpoint`` is the single sign-on endpoint for this IdP.
``<keystone-public-endpoint>/OS-FEDERATION/saml2/sso>`` is the value
@ -72,7 +73,8 @@ The following list is a reference of allowed settings:
* ``organization_name``, ``organization_display_name``, ``organization_url``,
``contact_company``, ``contact_name``, ``contact_surname``,
``contact_email``, ``contact_telephone`` and ``contact_type`` are
settings that describe the identity provider. These settings are all optional.
settings that describe the identity provider. These settings are all
optional.
--------------

6
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@ -54,9 +54,9 @@ containers:
References
----------
* `http://docs.openstack.org/developer/keystone/configure_federation.html`_
* `http://docs.openstack.org/developer/keystone/extensions/shibboleth.html`_
* `https://wiki.shibboleth.net/confluence/display/SHIB2/NativeSPConfiguration`_
* http://docs.openstack.org/developer/keystone/configure_federation.html
* http://docs.openstack.org/developer/keystone/extensions/shibboleth.html
* https://wiki.shibboleth.net/confluence/display/SHIB2/NativeSPConfiguration
--------------

11
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@ -104,8 +104,9 @@ The following settings must be set to configure a service provider (SP):
#. ``metadata_reload`` is the number of seconds between metadata
refresh polls.
#. ``federated_identities`` is a mapping list of domain, project, group, and users.
See `Configure Identity Service (keystone) Domain-Project-Group-Role mappings <configure-federation-mapping.html>`_
#. ``federated_identities`` is a mapping list of domain, project, group, and
users. See
`Configure Identity Service (keystone) Domain-Project-Group-Role mappings`_
for more information.
#. ``protocols`` is a list of protocols supported for the IdP and the set
@ -113,7 +114,11 @@ The following settings must be set to configure a service provider (SP):
with the name ``saml2``.
#. ``mapping`` is the local to remote mapping configuration for federated
users. For more information, see `Configure Identity Service (keystone) Domain-Project-Group-Role mappings. <configure-federation-mapping.html>`_
users. See
`Configure Identity Service (keystone) Domain-Project-Group-Role mappings`_
for more information.
.. _Configure Identity Service (keystone) Domain-Project-Group-Role mappings: configure-federation-mapping.html
--------------

18
doc/source/install-guide/configure-federation-use-case.rst
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@ -48,8 +48,8 @@ is "cloud2".
Keystone service provider (SP) configuration
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The configuration for keystone SP needs to define the remote-to-local user mappings.
The following is the complete configuration:
The configuration for keystone SP needs to define the remote-to-local user
mappings. The following is the complete configuration:
.. code::
@ -142,9 +142,9 @@ user based on the attributes exposed by the IdP in the SAML2 assertion. The
use case for this scenario calls for mapping users in "Group A" and "Group B",
but the group or groups a user belongs to are not exported in the SAML2
assertion. To make the example work, the groups A and B in the use case are
projects. Export projects A and B in the assertion under the ``openstack_project`` attribute.
The two rules above select the corresponding project using the ``any_one_of``
selector.
projects. Export projects A and B in the assertion under the
``openstack_project`` attribute. The two rules above select the corresponding
project using the ``any_one_of`` selector.
The ``local`` part of the mapping rule specifies how keystone represents
the remote user in the local SP cloud. Configuring the two federated identities
@ -157,10 +157,10 @@ role.
Keystone creates a ephemeral user in the specified group as
you cannot specify user names.
The IdP exports the final setting of the configuration defines the SAML2 ``attributes``.
For a keystone IdP, these are the five attributes
shown above. Configure the attributes above into the Shibboleth service. This
ensures they are available to use in the mappings.
The IdP exports the final setting of the configuration defines the SAML2
``attributes``. For a keystone IdP, these are the five attributes shown above.
Configure the attributes above into the Shibboleth service. This ensures they
are available to use in the mappings.
Reviewing or modifying the configuration with the OpenStack client
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

4
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@ -48,8 +48,8 @@ The following steps above involve manually sending API requests.
The infrastructure for the command line utilities that performs these steps
for the user does not exist.
To obtain access to a SP cloud, OpenStack-Ansible provides a script that wraps the
above steps. The script is called ``federated-login.sh`` and is
To obtain access to a SP cloud, OpenStack-Ansible provides a script that wraps
the above steps. The script is called ``federated-login.sh`` and is
used as follows:
.. code::

12
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@ -11,10 +11,10 @@ swift backend or some form of shared storage.
Configuring default and additional stores
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
OpenStack-Ansible provides two configurations for controlling where glance stores
files: the default store and additional stores. glance stores images in file-based
storage by default. Two additional stores, ``http`` and ``cinder`` (Block Storage),
are also enabled by default.
OpenStack-Ansible provides two configurations for controlling where glance
stores files: the default store and additional stores. glance stores images in
file-based storage by default. Two additional stores, ``http`` and ``cinder``
(Block Storage), are also enabled by default.
You can choose alternative default stores and alternative additional stores.
For example, a deployer that uses Ceph may configure the following Ansible
@ -165,8 +165,8 @@ Special considerations
If the swift password or key contains a dollar sign (``$``), it must
be escaped with an additional dollar sign (``$$``). For example, a password of
``super$ecure`` would need to be entered as ``super$$ecure``. This is necessary
due to the way `oslo.config formats strings`_.
``super$ecure`` would need to be entered as ``super$$ecure``. This is
necessary due to the way `oslo.config formats strings`_.
.. _oslo.config formats strings: https://bugs.launchpad.net/oslo-incubator/+bug/1259729

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@ -3,13 +3,14 @@
Configuring the Dashboard (horizon) (optional)
==============================================
Customize your horizon deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your horizon deployment in
``/etc/openstack_deploy/user_variables.yml``.
Securing horizon communication with SSL certificates
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The OpenStack-Ansible project provides the ability to secure Dashboard (horizon)
communications with self-signed or user-provided SSL certificates.
The OpenStack-Ansible project provides the ability to secure Dashboard
(horizon) communications with self-signed or user-provided SSL certificates.
Refer to `Securing services with SSL certificates`_ for available configuration
options.
@ -20,8 +21,8 @@ Configuring a horizon customization module
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Openstack-Ansible supports deployment of a horizon `customization module`_.
After building your customization module, configure the ``horizon_customization_module`` variable
with a path to your module.
After building your customization module, configure the
``horizon_customization_module`` variable with a path to your module.
.. code-block:: yaml

3
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@ -46,7 +46,8 @@ OpenStack-Ansible's dynamic inventory generation has a concept called
`affinity`. This determines how many containers of a similar type are deployed
onto a single physical host.
Using `shared-infra_hosts` as an example, consider this ``openstack_user_config.yml``:
Using `shared-infra_hosts` as an example, consider this
``openstack_user_config.yml``:
.. code-block:: yaml

21
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@ -5,14 +5,14 @@ Configuring the Bare Metal (ironic) service (optional)
.. note::
This feature is experimental at this time and it has not been fully production
tested yet. These implementation instructions assume that ironic is being deployed
as the sole hypervisor for the region.
This feature is experimental at this time and it has not been fully
production tested yet. These implementation instructions assume that
ironic is being deployed as the sole hypervisor for the region.
Ironic is an OpenStack project which provisions bare metal (as opposed to virtual)
machines by leveraging common technologies such as PXE boot and IPMI to cover a wide
range of hardware, while supporting pluggable drivers to allow vendor-specific
functionality to be added.
Ironic is an OpenStack project which provisions bare metal (as opposed to
virtual) machines by leveraging common technologies such as PXE boot and IPMI
to cover a wide range of hardware, while supporting pluggable drivers to allow
vendor-specific functionality to be added.
OpenStack's ironic project makes physical servers as easy to provision as
virtual machines in a cloud.
@ -140,8 +140,8 @@ Creating an ironic flavor
After successfully deploying the ironic node on subsequent boots, the instance
boots from your local disk as first preference. This speeds up the deployed
node's boot time. Alternatively, if this is not set, the ironic node PXE boots first and
allows for operator-initiated image updates and other operations.
node's boot time. Alternatively, if this is not set, the ironic node PXE boots
first and allows for operator-initiated image updates and other operations.
.. note::
@ -151,7 +151,8 @@ allows for operator-initiated image updates and other operations.
Enroll ironic nodes
-------------------
#. From the utility container, enroll a new baremetal node by executing the following:
#. From the utility container, enroll a new baremetal node by executing the
following:
.. code-block:: bash

3
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@ -3,7 +3,8 @@
Configuring the Identity service (keystone) (optional)
======================================================
Customize your keystone deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your keystone deployment in
``/etc/openstack_deploy/user_variables.yml``.
Securing keystone communication with SSL certificates

25
doc/source/install-guide/configure-network-services.rst
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@ -94,31 +94,16 @@ Deploying LBaaS v2
Ensure that ``neutron_plugin_base`` includes all of the plugins that you
want to deploy with neutron in addition to the LBaaS plugin.
#. Run the neutron playbook to deploy the LBaaS v2 agent:
#. Run the neutron and horizon playbooks to deploy the LBaaS v2 agent and
enable the LBaaS v2 panels in horizon:
.. code-block:: console
# cd /opt/openstack-ansible/playbooks
# openstack-ansible os-neutron-install.yml
Enabling Horizon panels for LBaaS v2
------------------------------------
#. Set the ``horizon_enable_neutron_lbaas`` variable to ``True`` in
``/etc/openstack_deploy/user_variables.yml``:
.. code-block:: yaml
horizon_enable_neutron_lbaas: True
#. Run the Horizon playbook to activate the panel:
.. code-block:: console
# cd /opt/openstack-ansible/playbooks
# openstack-ansible os-horizon-install.yml
.. _lbaas-special-notes
.. _lbaas-special-notes:
Special notes about LBaaS
-------------------------
@ -170,8 +155,8 @@ The following procedure describes how to modify the
- { name: "ah4", pattern: "CONFIG_INET_AH=", group: "network_hosts" }
- { name: "ipcomp", pattern: "CONFIG_INET_IPCOMP=", group: "network_hosts" }
#. Execute the openstack hosts setup in order to load the kernel modules at boot
and runtime in the network hosts
#. Execute the openstack hosts setup in order to load the kernel modules at
boot and runtime in the network hosts
.. code-block:: shell-session

7
doc/source/install-guide/configure-nova.rst
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@ -52,8 +52,8 @@ You can disable discard by setting ``nova_libvirt_hw_disk_discard`` to
string to disable ``network=writeback``.
The following minimal example configuration sets nova to use the
``ephemeral-vms`` Ceph pool. The following example uses cephx authentication, and
requires an existing ``cinder`` account for the ``ephemeral-vms`` pool:
``ephemeral-vms`` Ceph pool. The following example uses cephx authentication,
and requires an existing ``cinder`` account for the ``ephemeral-vms`` pool:
.. code-block:: console
@ -70,7 +70,8 @@ If you have a different Ceph username for the pool, use it as:
cinder_ceph_client: <ceph-username>
* The `Ceph documentation for OpenStack`_ has additional information about these settings.
* The `Ceph documentation for OpenStack`_ has additional information about
these settings.
* `OpenStack-Ansible and Ceph Working Example`_

4
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@ -26,8 +26,8 @@ Overriding .conf files
~~~~~~~~~~~~~~~~~~~~~~
The most common use-case for implementing overrides are for the
``<service>.conf`` files (for example, ``nova.conf``). These files use a standard
``INI`` file format.
``<service>.conf`` files (for example, ``nova.conf``). These files use a
standard ``INI`` file format.
For example, if you add the following parameters to ``nova.conf``:

3
doc/source/install-guide/configure-rabbitmq.rst
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@ -7,7 +7,8 @@ RabbitMQ provides the messaging broker for various OpenStack services. The
OpenStack-Ansible project configures a plaintext listener on port 5672 and
a SSL/TLS encrypted listener on port 5671.
Customize your RabbitMQ deployment in ``/etc/openstack_deploy/user_variables.yml``.
Customize your RabbitMQ deployment in
``/etc/openstack_deploy/user_variables.yml``.
Add a TLS encrypted listener to RabbitMQ
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

10
doc/source/install-guide/configure-sslcertificates.rst
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@ -31,8 +31,8 @@ many services as possible.
Self-signed certificates
~~~~~~~~~~~~~~~~~~~~~~~~
Self-signed certificates ensure you are able to start quickly and you are able to
encrypt data in transit. However, they do not provide a high level of trust
Self-signed certificates ensure you are able to start quickly and you are able
to encrypt data in transit. However, they do not provide a high level of trust
for highly secure environments. The use of self-signed certificates is
currently the default in OpenStack-Ansible. When self-signed certificates are
being used, certificate verification must be disabled using the following
@ -82,9 +82,9 @@ To force a self-signed certificate to regenerate, you can pass the variable to
To force a self-signed certificate to regenerate with every playbook run,
set the appropriate regeneration option to ``true``. For example, if
you have already run the ``os-horizon`` playbook, but you want to regenerate the
self-signed certificate, set the ``horizon_ssl_self_signed_regen`` variable to
``true`` in ``/etc/openstack_deploy/user_variables.yml``:
you have already run the ``os-horizon`` playbook, but you want to regenerate
the self-signed certificate, set the ``horizon_ssl_self_signed_regen`` variable
to ``true`` in ``/etc/openstack_deploy/user_variables.yml``:
.. code-block:: yaml

7
doc/source/install-guide/deploymenthost.rst
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@ -41,9 +41,10 @@ Install additional software packages and configure NTP.
Configuring the network
~~~~~~~~~~~~~~~~~~~~~~~
Ansible deployments fail if the deployment server is unable to SSH to the containers.
Configure the deployment host to be on the same network designated for container management.
This configuration reduces the rate of failure due to connectivity issues.
Ansible deployments fail if the deployment server is unable to SSH to the
containers. Configure the deployment host to be on the same network designated
for container management. This configuration reduces the rate of failure due
to connectivity issues.
The following network information is used as an example:

10
doc/source/install-guide/overview-requirements.rst
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@ -64,15 +64,15 @@ Logging hosts
Hosts that provide Block Storage (cinder) volumes must have logical volume
manager (LVM) support. Ensure those hosts have a ``cinder-volumes`` volume group
that OpenStack-Ansible can configure for use with cinder.
manager (LVM) support. Ensure those hosts have a ``cinder-volumes`` volume
group that OpenStack-Ansible can configure for use with cinder.
Each control plane host runs services inside LXC containers. The container
filesystems are deployed by default onto the root filesystem of each control
plane hosts. You have the option to deploy those container filesystems
into logical volumes by creating a volume group called ``lxc``. OpenStack-Ansible
creates a 5GB logical volume for the filesystem of each container running
on the host.
into logical volumes by creating a volume group called ``lxc``.
OpenStack-Ansible creates a 5GB logical volume for the filesystem of each
container running on the host.
Network requirements
~~~~~~~~~~~~~~~~~~~~

8
doc/source/install-guide/overview-security.rst
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@ -47,8 +47,8 @@ Host security hardening
~~~~~~~~~~~~~~~~~~~~~~~
Deployers can apply security hardening to OpenStack infrastructure and compute
hosts using the ``openstack-ansible-security`` role. The purpose of the role is to
apply as many security configurations as possible without disrupting the
hosts using the ``openstack-ansible-security`` role. The purpose of the role
is to apply as many security configurations as possible without disrupting the
operation of an OpenStack deployment.
Refer to the documentation on :ref:`security_hardening` for more information
@ -103,8 +103,8 @@ The resources within an OpenStack environment can be divided into two groups:
* MariaDB
* RabbitMQ
To manage instances, you are able to access certain public API endpoints, such as
the Nova or Neutron API. Configure firewalls to limit network access to
To manage instances, you are able to access certain public API endpoints, such
as the Nova or Neutron API. Configure firewalls to limit network access to
these services.
Other services, such as MariaDB and RabbitMQ, must be segmented away from

7
doc/source/install-guide/targethosts-networkexample.rst
View File

@ -8,10 +8,8 @@ Overview
~~~~~~~~
This example uses the following parameters to configure networking on a
single target host. See `Figure 3.2, "Target hosts for infrastructure,
networking, compute, and storage
services" <targethosts-networkexample.html#fig_hosts-target-network-containerexample>`_
for a visual representation of these parameters in the architecture.
single target host. See `Figure 3.2`_ for a visual representation of these
parameters in the architecture.
- VLANs:
@ -47,6 +45,7 @@ for a visual representation of these parameters in the architecture.
- Storage: 172.29.244.11
.. _Figure 3.2: targethosts-networkexample.html#fig_hosts-target-network-containerexample
**Figure 3.2. Target host for infrastructure, networking, compute, and
storage services**

10
doc/source/install-guide/targethosts-networkrefarch.rst
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@ -9,8 +9,8 @@ Overview
This example allows you to use your own parameters for the deployment.
The following is a table of the bridges that are be configured on hosts, if you followed the
previously proposed design.
The following is a table of the bridges that are be configured on hosts, if
you followed the previously proposed design.
+-------------+-----------------------+-------------------------------------+
| Bridge name | Best configured on | With a static IP |
@ -188,8 +188,10 @@ Example for 3 controller nodes and 2 compute nodes
- Host management gateway: 10.240.0.1
- DNS servers: 69.20.0.164 69.20.0.196
- Container management: 172.29.236.11 - 172.29.236.13
- Tunnel: no IP (because IP exist in the containers, when the components aren't deployed directly on metal)
- Storage: no IP (because IP exist in the containers, when the components aren't deployed directly on metal)
- Tunnel: no IP (because IP exist in the containers, when the components
aren't deployed directly on metal)
- Storage: no IP (because IP exist in the containers, when the components
aren't deployed directly on metal)
- Addresses for the compute nodes:

9
doc/source/install-guide/targethosts-prepare.rst
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@ -79,10 +79,11 @@ practices, refer to `GitHub's documentation on generating SSH keys`_.
Configuring LVM
~~~~~~~~~~~~~~~
`Logical Volume Manager (LVM)`_ allows a single device to be split into multiple
logical volumes which appear as a physical storage device to the operating
system. The Block Storage (cinder) service, as well as the LXC containers that
run the OpenStack infrastructure, can optionally use LVM for their data storage.
`Logical Volume Manager (LVM)`_ allows a single device to be split into
multiple logical volumes which appear as a physical storage device to the
operating system. The Block Storage (cinder) service, as well as the LXC
containers that run the OpenStack infrastructure, can optionally use LVM for
their data storage.
.. note::

3
doc/source/upgrade-guide/manual-upgrade.rst
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@ -15,7 +15,8 @@ script. Any of these steps can safely be run multiple times.
Check out the Newton release
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Ensure your OpenStack-Ansible code is on the latest Newton release tag (14.x.x).
Ensure your OpenStack-Ansible code is on the latest Newton release tag
(14.x.x).
.. code-block:: console

6
doc/source/upgrade-guide/minor-upgrade.rst
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@ -19,7 +19,8 @@ A minor upgrade typically requires the following steps:
# cd /opt/openstack-ansible
#. Ensure your OpenStack-Ansible code is on the latest Newton release tag (14.x.x):
#. Ensure your OpenStack-Ansible code is on the latest Newton release tag
(14.x.x):
.. code-block:: console
@ -114,7 +115,8 @@ tasks will execute.
# cd /opt/openstack-ansible/playbooks
#. See the hosts in the ``nova_compute`` group which a playbook executes against:
#. See the hosts in the ``nova_compute`` group which a playbook executes
against:
.. code-block:: console

24
doc/source/upgrade-guide/reference-scripts.rst
View File

@ -35,23 +35,23 @@ variable override files matching the pattern
Variable names within comments are updated.
This script creates files of the form
``/etc/openstack_deploy.NEWTON/VARS_MIGRATED_file``. For example, once the script has
processed the file ``/etc/openstack_deploy/user_variables.yml``, it creates
``/etc/openstack_deploy.NEWTON/VARS_MIGRATED_user_variables``. This indicates to
OpenStack-Ansible to skip this step on successive runs. The script itself does
not check for this file.
``/etc/openstack_deploy.NEWTON/VARS_MIGRATED_file``. For example, once the
script has processed the file ``/etc/openstack_deploy/user_variables.yml``, it
creates ``/etc/openstack_deploy.NEWTON/VARS_MIGRATED_user_variables``. This
indicates to OpenStack-Ansible to skip this step on successive runs. The script
itself does not check for this file.
The variable changes are shown in the following table.
.. This table was made with the output of
``scripts/upgrade-utilities/scripts/make_rst_table.py``. Insertion needs to be
done manually since the OpenStack publish jobs do not use `make` and there
is not yet a Sphinx extension that runs an abitrary script on build.
``scripts/upgrade-utilities/scripts/make_rst_table.py``. Insertion needs to
be done manually since the OpenStack publish jobs do not use `make` and
there is not yet a Sphinx extension that runs an abitrary script on build.
+------------------------------------------+------------------------------------------+
| Old Value | New Value |
+==========================================+==========================================+
+------------------------------------------+------------------------------------------+
+--------------------------------------+--------------------------------------+
| Old Value | New Value |
+======================================+======================================+
+--------------------------------------+--------------------------------------+
Called by :ref:`config-change-playbook`

37
doc/source/upgrade-guide/reference-upgrade-playbooks.rst
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@ -27,7 +27,8 @@ the cleanup.
``ansible_fact_cleanup.yml``
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This calls a script to removes files in ``/etc/openstack_deploy/ansible_facts/``
This calls a script to removes files in
``/etc/openstack_deploy/ansible_facts/``
.. _config-change-playbook:
@ -44,31 +45,32 @@ changing the configuration.
``user-secrets-adjustment.yml``
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This playbook ensures that the user secrets file is updated based on the example
file in the main repository, making it possible to guarantee all secrets move
into the upgraded environment and generate appropriately.
This adds only new secrets, such as those necessary for new services or new settings
added to existing services. Values set previously are not changed.
This playbook ensures that the user secrets file is updated based on the
example file in the main repository, making it possible to guarantee all
secrets move into the upgraded environment and generate appropriately.
This adds only new secrets, such as those necessary for new services or new
settings added to existing services. Values set previously are not changed.
.. _repo-server-pip-conf-removal:
``repo-server-pip-conf-removal.yml``
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The presence of ``pip.conf`` locks down all Python installations to packages on the
repo server. If ``pip.conf`` exists on the repo server, it creates a circular
dependency, causing build failures.
The presence of ``pip.conf`` locks down all Python installations to packages
on the repo server. If ``pip.conf`` exists on the repo server, it creates a
circular dependency, causing build failures.
.. _old-hostname-compatibility:
``old-hostname-compatibility.yml``
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
This playbook ensures an alias is created for old hostnames that may not be RFC
1034 or 1035 compatible. Using a hostname alias allows agents to continue working
in cases where the hostname is also the registered agent name. This playbook is
only needed for upgrades of in-place upgrades of existing nodes or if a node is replaced or
rebuilt it will be brought into the cluster using a compliant hostname.
This playbook ensures an alias is created for old hostnames that may not be
RFC 1034 or 1035 compatible. Using a hostname alias allows agents to continue
working in cases where the hostname is also the registered agent name. This
playbook is only needed for upgrades of in-place upgrades of existing nodes or
if a node is replaced or rebuilt it will be brought into the cluster using a
compliant hostname.
.. _setup-infra-playbook:
@ -79,7 +81,8 @@ The ``playbooks`` directory contains the ``setup-infrastructure.yml`` playbook.
The ``run-upgrade.sh`` script calls ``setup-insfrastructure.yml`` with specific
arguments to upgrade MariaDB and RabbitMQ.
For example, to run an upgrade for both components at once, run the following commands:
For example, to run an upgrade for both components at once, run the following
commands:
.. code-block:: console
@ -95,8 +98,8 @@ upgrade RabbitMQ.
controls upgrading the major or minor versions.
Upgrading RabbitMQ in the Newton release is optional. The
``run-upgrade.sh`` script does not automatically upgrade it. To upgrade RabbitMQ,
insert the ``rabbitmq_upgrade: true``
``run-upgrade.sh`` script does not automatically upgrade it. To upgrade
RabbitMQ, insert the ``rabbitmq_upgrade: true``
line into a file, such as: ``/etc/openstack_deploy/user_variables.yml``.
The ``galera_upgrade`` variable tells the ``galera_server`` role to remove the

3
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@ -39,8 +39,7 @@ commands=
extensions = .rst
# Disable some doc8 checks:
# D000: Check RST validity
# D001 Line too long
ignore = D000,D001
ignore = D000
[testenv:releasenotes]
# NOTE(sdague): this target does not use constraints because