Change-Id: Ib4b15ed4feac82d8492b1c0f0238a752eac668e6

We have only one value for install_type now and it gets removed from
image names.

Change-Id: I8bf95fd7aa9dd26b80d618ca0fcb097003b4cb0a

Role vars have a higher precedence than role defaults. This allows to
import default vars from another role via vars_files without overriding
project_name (see related bug for details).

Change-Id: I3d919736e53d6f3e1a70d1267cf42c8d2c0ad221
Related-Bug: #1951785

The admin interface for endpoints never had any real use, the
functionality was the same as for the public or internal endpoints,
except for Keystone. Even for Keystone with API v3 it would no longer
really be needed, but it is still being required by some libraries that
cannot be changed in order to stay backwards compatible.

Signed-off-by: Dr. Jens Harbott <harbott@osism.tech>
Change-Id: Icf3bf08deab2c445361f0a0124d87ad8b0e4e9d9

A system-scoped token implies the user has authorization to act on the
deployment system. These tokens are useful for interacting with
resources that affect the deployment as a whole, or exposes resources
that may otherwise violate project or domain isolation.

Since Queens, the keystone-manage bootstrap command assigns the admin
role to the admin user with system scope, as well as in the admin
project. This patch transitions the Keystone admin user from
authenticating using project scoped tokens to system scoped tokens.
This is a necessary step towards being able to enable the updated oslo
policies in services that allow finer grained access to system-level
resources and APIs.

An etherpad with discussion about the transition to the new oslo
service policies is:

https://etherpad.opendev.org/p/enabling-system-scope-in-kolla-ansible



Change-Id: Ib631e2211682862296cce9ea179f2661c90fa585
Signed-off-by: Niklas Hagman <ubuntu@post.blinkiz.com>

By default, Ansible injects a variable for every fact, prefixed with
ansible_. This can result in a large number of variables for each host,
which at scale can incur a performance penalty. Ansible provides a
configuration option [0] that can be set to False to prevent this
injection of facts. In this case, facts should be referenced via
ansible_facts.<fact>.

This change updates all references to Ansible facts within Kolla Ansible
from using individual fact variables to using the items in the
ansible_facts dictionary. This allows users to disable fact variable
injection in their Ansible configuration, which may provide some
performance improvement.

This change disables fact variable injection in the ansible
configuration used in CI, to catch any attempts to use the injected
variables.

[0] https://docs.ansible.com/ansible/latest/reference_appendices/config.html#inject-facts-as-vars

Change-Id: I7e9d5c9b8b9164d4aee3abb4e37c8f28d98ff5d1
Partially-Implements: blueprint performance-improvements

This change enables the use of Docker healthchecks for core OpenStack
services.
Also check-failures.sh has been updated to treat containers with
unhealthy status as failed.

Implements: blueprint container-health-check
Change-Id: I79c6b11511ce8af70f77e2f6a490b59b477fefbb

The goal for this push request is to normalize the construction and use
 of internal, external, and admin URLs. While extending Kolla-ansible
 to enable a more flexible method to manage external URLs, we noticed
 that the same URL was constructed multiple times in different parts
 of the code. This can make it difficult for people that want to work
 with these URLs and create inconsistencies in a large code base with
 time. Therefore, we are proposing here the use of
 "single Kolla-ansible variable" per endpoint URL, which facilitates
 for people that are interested in overriding/extending these URLs.

As an example, we extended Kolla-ansible to facilitate the "override"
of public (external) URLs with the following standard
"<component/serviceName>.<companyBaseUrl>".
Therefore, the "NAT/redirect" in the SSL termination system (HAproxy,
HTTPD or some other) is done via the service name, and not by the port.
This allows operators to easily and automatically create more friendly
 URL names. To develop this feature, we first applied this patch that
 we are sending now to the community. We did that to reduce the surface
  of changes in Kolla-ansible.

Another example is the integration of Kolla-ansible and Consul, which
we also implemented internally, and also requires URLs changes.
Therefore, this PR is essential to reduce code duplicity, and to
facility users/developers to work/customize the services URLs.

Change-Id: I73d483e01476e779a5155b2e18dd5ea25f514e93
Signed-off-by: Rafael Weingärtner <rafael@apache.org>

Previously we mounted /etc/timezone if the kolla_base_distro is debian
or ubuntu. This would fail prechecks if debian or ubuntu images were
deployed on CentOS. While this is not a supported combination, for
correctness we should fix the condition to reference the host OS rather
than the container OS, since that is where the /etc/timezone file is
located.

Change-Id: Ifc252ae793e6974356fcdca810b373f362d24ba5
Closes-Bug: #1882553

This patch introduces an optional backend encryption for Heat
service. When used in conjunction with enabling TLS for service API
endpoints, network communcation will be encrypted end to end, from
client through HAProxy to the Heat service.

Change-Id: Ic12f7574135dcaed2a462e902c775a55176ff03b
Partially-Implements: blueprint add-ssl-internal-network
Depends-On: https://review.opendev.org/722028/

Some services look for /etc/timezone on Debian/Ubuntu, so we should
introduce it to the containers.

In addition, added prechecks for /etc/localtime and /etc/timezone.

Closes-Bug: #1821592
Change-Id: I9fef14643d1bcc7eee9547eb87fa1fb436d8a6b3

In dev mode currently the python source is mounted under python2.7
site-packages. This change fixes this to use the distro_python_version
variable to ensure dev mode works with Python 3 images.

Change-Id: Ieae3778a02f1b79023b4f1c20eff27b37f481077
Partially-Implements: blueprint python-3

For the CentOS 7 to 8 transition, we will have a period where both
CentOS 7 and 8 images are available. We differentiate these images via a
tag - the CentOS 8 images will have a tag of train-centos8 (or
master-centos8 temporarily).

To achieve this, and maintain backwards compatibility for the
openstack_release variable, we introduce a new 'openstack_tag' variable.
This variable is based on openstack_release, but has a suffix of
'openstack_tag_suffix', which is empty except on CentOS 8 where it has a
value of '-centos8'.

Change-Id: I12ce4661afb3c255136cdc1aabe7cbd25560d625
Partially-Implements: blueprint centos-rhel-8

Introduce kolla_address filter.
Introduce put_address_in_context filter.

Add AF config to vars.

Address contexts:
- raw (default): <ADDR>
- memcache: inet6:[<ADDR>]
- url: [<ADDR>]

Other changes:

globals.yml - mention just IP in comment

prechecks/port_checks (api_intf) - kolla_address handles validation

3x interface conditional (swift configs: replication/storage)

2x interface variable definition with hostname
(haproxy listens; api intf)

1x interface variable definition with hostname with bifrost exclusion
(baremetal pre-install /etc/hosts; api intf)

neutron's ml2 'overlay_ip_version' set to 6 for IPv6 on tunnel network

basic multinode source CI job for IPv6

prechecks for rabbitmq and qdrouterd use proper NSS database now

MariaDB Galera Cluster WSREP SST mariabackup workaround
(socat and IPv6)

Ceph naming workaround in CI
TODO: probably needs documenting

RabbitMQ IPv6-only proto_dist

Ceph ms switch to IPv6 mode

Remove neutron-server ml2_type_vxlan/vxlan_group setting
as it is not used (let's avoid any confusion)
and could break setups without proper multicast routing
if it started working (also IPv4-only)

haproxy upgrade checks for slaves based on ipv6 addresses

TODO:

ovs-dpdk grabs ipv4 network address (w/ prefix len / submask)
not supported, invalid by default because neutron_external has no address
No idea whether ovs-dpdk works at all atm.

ml2 for xenapi
Xen is not supported too well.
This would require working with XenAPI facts.

rp_filter setting
This would require meddling with ip6tables (there is no sysctl param).
By default nothing is dropped.
Unlikely we really need it.

ironic dnsmasq is configured IPv4-only
dnsmasq needs DHCPv6 options and testing in vivo.

KNOWN ISSUES (beyond us):

One cannot use IPv6 address to reference the image for docker like we
currently do, see: https://github.com/moby/moby/issues/39033
(docker_registry; docker API 400 - invalid reference format)
workaround: use hostname/FQDN

RabbitMQ may fail to bind to IPv6 if hostname resolves also to IPv4.
This is due to old RabbitMQ versions available in images.
IPv4 is preferred by default and may fail in the IPv6-only scenario.
This should be no problem in real life as IPv6-only is indeed IPv6-only.
Also, when new RabbitMQ (3.7.16/3.8+) makes it into images, this will
no longer be relevant as we supply all the necessary config.
See: https://github.com/rabbitmq/rabbitmq-server/pull/1982

For reliable runs, at least Ansible 2.8 is required (2.8.5 confirmed
to work well). Older Ansible versions are known to miss IPv6 addresses
in interface facts. This may affect redeploys, reconfigures and
upgrades which run after VIP address is assigned.
See: https://github.com/ansible/ansible/issues/63227

Bifrost Train does not support IPv6 deployments.
See: https://storyboard.openstack.org/#!/story/2006689



Change-Id: Ia34e6916ea4f99e9522cd2ddde03a0a4776f7e2c
Implements: blueprint ipv6-control-plane
Signed-off-by: Radosław Piliszek <radoslaw.piliszek@gmail.com>

This ensures we execute the keystone os_* modules in one place.

Also rework some of the task names and loop item display.

Change-Id: I6764a71e8147410e7b24b0b73d0f92264f45240c

Use upstream Ansible modules for registration of services, endpoints,
users, projects, roles, and role grants.

Change-Id: I7c9138d422cc91c177fd8992347176bb54156b5a

After all of the discussions we had on
"https://review.opendev.org/#/c/670626/2", I studied all projects that
have an "oslo_messaging" section. Afterwards, I applied the same method
that is already used in "oslo_messaging" section in Nova, Cinder, and
others. This guarantees that we have a consistent method to
enable/disable notifications across projects based on components (e.g.
Ceilometer) being enabled or disabled. Here follows the list of
components, and the respective changes I did.

* Aodh:
The section is declared, but it is not used. Therefore, it will
be removed in an upcomming PR.

* Congress:
The section is declared, but it is not used. Therefore, it will
be removed in an upcomming PR.

* Cinder:
It was already properly configured.

* Octavia:
The section is declared, but it is not used. Therefore, it will
be removed in an upcomming PR.

* Heat:
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Ceilometer:
Ceilometer publishes some messages in the rabbitMQ. However, the
default driver is "messagingv2", and not ''(empty) as defined in Oslo;
these configurations are defined in ceilometer/publisher/messaging.py.
Therefore, we do not need to do anything for the
"oslo_messaging_notifications" section in Ceilometer

* Tacker:
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Neutron:
It was already properly configured.

* Nova
It was already properly configured. However, we found another issue
with its configuration. Kolla-ansible does not configure nova
notifications as it should. If 'searchlight' is not installed (enabled)
the 'notification_format' should be 'unversioned'. The default is
'both'; so nova will send a notification to the queue
versioned_notifications; but that queue has no consumer when
'searchlight' is disabled. In our case, the queue got 511k messages.
The huge amount of "stuck" messages made the Rabbitmq cluster
unstable.

https://bugzilla.redhat.com/show_bug.cgi?id=1478274
https://bugs.launchpad.net/ceilometer/+bug/1665449

* Nova_hyperv:
I added the same configurations as in Nova project.

* Vitrage
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Searchlight
I created a mechanism similar to what we have in AODH, Cinder, Nova,
and others.

* Ironic
I created a mechanism similar to what we have in AODH, Cinder, Nova,
and others.

* Glance
It was already properly configured.

* Trove
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Blazar
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Sahara
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Watcher
I created a mechanism similar to what we have in AODH, Cinder, Nova,
and others.

* Barbican
I created a mechanism similar to what we have in Cinder, Nova,
and others. I also added a configuration to 'keystone_notifications'
section. Barbican needs its own queue to capture events from Keystone.
Otherwise, it has an impact on Ceilometer and other systems that are
connected to the "notifications" default queue.

* Keystone
Keystone is the system that triggered this work with the discussions
that followed on https://review.opendev.org/#/c/670626/2

. After a long
discussion, we agreed to apply the same approach that we have in Nova,
Cinder and other systems in Keystone. That is what we did. Moreover, we
introduce a new topic "barbican_notifications" when barbican is
enabled. We also removed the "variable" enable_cadf_notifications, as
it is obsolete, and the default in Keystone is CADF.

* Mistral:
It was hardcoded "noop" as the driver. However, that does not seem a
good practice. Instead, I applied the same standard of using the driver
and pushing to "notifications" queue if Ceilometer is enabled.

* Cyborg:
I created a mechanism similar to what we have in AODH, Cinder, Nova,
and others.

* Murano
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Senlin
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Manila
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Zun
The section is declared, but it is not used. Therefore, it will
be removed in an upcomming PR.

* Designate
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

* Magnum
It was already using a similar scheme; I just modified it a little bit
to be the same as we have in all other components

Closes-Bug: #1838985

Change-Id: I88bdb004814f37c81c9a9c4e5e491fac69f6f202
Signed-off-by: Rafael Weingärtner <rafael@apache.org>

When integrating 3rd party component into openstack with kolla-ansible,
maybe have to mount some extra volumes to container.

Change-Id: I69108209320edad4c4ffa37dabadff62d7340939
Implements: blueprint support-extra-volumes

This allows heat service endpoints to use custom hostnames, and adds the
following variables:

* heat_internal_fqdn
* heat_external_fqdn
* heat_cfn_internal_fqdn
* heat_cfn_external_fqdn

These default to the old values of kolla_internal_fqdn or
kolla_external_fqdn.

This also adds heat_api_listen_port and heat_api_cfn_listen_port
options, which default to heat_api_port and heat_api_cfn_port for
backward compatibility.

These options allow the user to differentiate between the port the
service listens on, and the port the service is reachable on. This is
useful for external load balancers which live on the same host as the
service itself.

Change-Id: Ifb8bb55799703883d81be6a55641be7b2474fd4e
Implements: blueprint service-hostnames

Having all services in one giant haproxy file makes altering
configuration for a service both painful and dangerous. Each service
should be configured with a simple set of variables and rendered with a
single unified template.

Available are two new templates:

* haproxy_single_service_listen.cfg.j2: close to the original style, but
only one service per file
* haproxy_single_service_split.cfg.j2: using the newer haproxy syntax
for separated frontend and backend

For now the default will be the single listen block, for ease of
transition.

Change-Id: I6e237438fbc0aa3c89a3c8bd706a53b74e71904b

Now kolla dev mode only support clone master branch from git,
add version tag to support clone dedicated branch.

Change-Id: I88de238e5dc7461ba0662a3ecea9a2d80fd0db60

This commit is to apply resource-constraints only to few OpenStack services.
Commit to apply constraints to other services will be made in coming commits.

Partially-Implements: blueprint resource-constraints

Change-Id: Icafa54baca24d2de64238222a5677b9d8b90e2aa

This change allows the following use cases:

1. Using an already-configured MariaDB / MySQL server / Cluster
2. Using already-created DB users, without requiring root DB access.

Update: added external mariadb precheck

Change-Id: I78b0d178306d7c5293b0bf53e445f19f18b4b824
Implements: blueprint external-mariadb-support.
Closes-Bug: #1603121

through the database_address has beed defined in groups_vars/all.yml, we should
better use it, this way, if we want to use external database, we just need to
redefined in all.yml

refer to https://github.com/openstack/kolla-ansible/blob/master/ansible/group_vars/all.yml#L83


Co-Authored-By: chenqiaomin <chen.qiaomin@99cloud.net>

Change-Id: Ie559301451954e16347ceaabf02f594c5c5cbe56

Add a new variable 'kolla_devmode', which when enabled, clones and
bindmounts service source code into the containers.

This commit adds the relevant changes for Heat, more services can be
added and built upon.

Usage:
* Set 'kolla_devmode: yes'

* Code is cloned to /opt/stack/{{ project_name }} on target
  node(s)

* Users can develop in these repos, and simply restart the container to
  pick up / test changes.

Debugging can be done from the host via 'remote_pdb'[0].

[0] https://pypi.python.org/pypi/remote-pdb

Implements: blueprint mount-sources
Change-Id: Ic0431b10d723bf84eeefc72039376fe0058dd902

In case Kolla's users want to deploy with both of
binary and source image, we should have a variable
install type that define install type for each project.

We also add specific image tag for each Openstack project.

This commit is implemented for Designate, Gnocchi and Heat projects.

Change-Id: I07451750e70e0e6305dca451422e33cd31ce8a4c
Implements: blueprint mixing-binary-and-source-image

Co-Authored-By: Mauricio Lima <mauriciolimab@gmail.com>
Change-Id: I9a4a6b6523dee4b388513386b7d85d421f2b7b89

Change-Id: I0e8b16bba5c826a97a4e9bd07891f5f3fb549334
Partially-implements: blueprint better-reconfigure

Change-Id: I78ce0071474fc693aa2a05397b2a9b5974266cd9
Partial-bug: #1609814

This change makes each step of the kolla deployment aware
of the port database was configured to listen on.
It defaults mariadb_port to database_port.

Change-Id: I8e85d5732015afc0a5481cb33e0b629fdfa84a1b
Closes-Bug: #1576151
DocImpact

After our switch to keystone-manage bootstrap Horizon is not happy
due to v3 not being setup correctly. This patch fixes that

This also includes removal of unused variables (transforms them into
endpoint url variables)

TrivialFix
Change-Id: I1e04db8c24049f80e974c063f03068a2ab32a563

Due to poor planning on our variable names we have a situation where
we have "internal_address" which must be a VIP, but "external_address"
which should be a DNS name. Now with two vips "external_vip_address"
is a new variable.

This corrects that issue by deprecating kolla_internal_address and
replacing it with 4 nicely named variables.

kolla_internal_vip_address
kolla_internal_fqdn
kolla_external_vip_address
kolla_external_fqdn

The default behaviour will remain the same, and the way the variable
inheritance is setup the kolla_internal_address variable can still be
set in globals.yml and propogate out to these 4 new variables like it
normally would, but all reference to kolla_internal_address has been
completely removed.

Change-Id: I4556dcdbf4d91a8d2751981ef9c64bad44a719e5
Partially-Implements: blueprint ssl-kolla

Change-Id: I27ca0ea75f3d6a4371c91b3cb2c7a999ec90fbc4

References: https://review.openstack.org/#/c/269042/

TrivialFix

Change-Id: Ief08781342a06f956fc4cf00ba4383759da8c897

TrivialFix

Change-Id: Ifded72fbe34892e66fea95f31ebf27429f2d10f1

This changes bootstrapping of the Heat container to bootstrap
the Heat container with a heat domain user.  This requires some
work from bootstrap.yml to pass in several environment variables
needed by the heat domain setup script.

Co-Authored-By: Sam Yaple <sam@yaple.net>
Change-Id: Iab05983754fa514835cb5ff54d775faa18773110
Partially-implements: blueprint ansible-heat