As of Rocky [1], the nova-consoleauth service has been deprecated and
cell databases are used for storing token authorizations. All new consoles
will be supported by the database backend and existing consoles will be
reset. Console proxies must be run per cell because the new console token
authorizations are stored in cell databases.
nova-consoleauth was deprecated in tripleo with:
I68485a6c4da4476d07ec0ab5e7b5a4c528820a4f
This change now removes the NovaConsoleauth Service.
[1] https://docs.openstack.org/releasenotes/nova/rocky.html
Closes-Bug: #1828414
Change-Id: Icdfbf26b5e83cc07a560eb227a0cf822e4c5a1e3
This change introduces an optional extracted version of the Placement
service into TripleO. This extracted version will only be required once
the Placement service is fully removed from Nova during the T cycle
(previously S but delayed) at which point the corresponding
NovaPlacement service will also be removed from TripleO.
The majority of this change is code motion between the original
NovaPlacement service and the new PlacementAPI service.
Upgrades from the original NovaPlacement service to the extracted
PlacementAPI service are not currently supported by this change and will
be worked on independently during the Train cycle.
Co-authored-by: mschuppert@redhat.com
Depends-On: https://review.openstack.org/#/c/624335/
Change-Id: I9e3287bcbe9d317f32bf6b468c6ee17f04b6fff9
This addresses a possible bug when using FreeIPA to do TLS
everywhere.
It is possible that the IPA server is not on the ctlplane.
In this case, when the nodes start up, the registration of the node
with IPA will fail, resulting in failed certificate issuance requests
later on.
We introduce a composable service to run in host_prep_tasks.
This will always run once the networks have been set up. If the
instance has already been enrolled (by cloud-init or in an update),
then the script executed by the service will just exit.
In this iteration, we simply execute the code that the cloud-init
would have done. In later releases, we will execute all the code
performed by novajoin-server here in ansible - and deprecate the
novajoin server.
Change-Id: I31f64c3cbd1d151e3c2a436cc3e2ec5316535087
Co-Authored-By: Juan Antonio Osorio Robles <jaosorior@redhat.com>
Resolves: rhbz#1661635
Closes-Bug: #1815924
When using neutron routed networks we need to specify
either the subnet or a ip address in the fixed-ips-request
when creating neutron ports.
a) For the Vip's:
Adds VipSubnetMap and VipSubnetMapDefaults parameters in
service_net_map.yaml. The two maps are merged, so that the
operator can override the subnet where VIP port should be
hosted. For example:
parameter_defaults:
VipSubnetMap:
ctlplane: ctlplane-leaf1
InternalApi: internal_api_leaf1
Storage: storage_leaf1
redis: internal_api_leaf1
b) For overcloud node ports:
Enrich 'networks' in roles defenition to include both
network and subnet data. Changes the list to a map
instead of a list of strings. New schema:
- name: <role_name>
networks:
<network_name>
subnet: <subnet_name>
For backward compatibility a conditional is used to check
if the data is a map or not. In either case the internal
list of role networks is created as '_role_networks' in
the jinja2 templates.
When the data is a map, and the map contains the 'subnet'
key the subnet specified in roles_data.yaml is used as
the subnet in the fixed-ips-reqest when ports are created.
If subnet is not set (or role.networks is not a map) the
default will be {{network.name_lower}}_subnet.
Also, since the fixed_ips request passed to Vip ports are no
longer [] by default, the conditinal has been updated to
test for 'ip_address' entries in the request.
Partial: blueprint tripleo-routed-networks-templates
Depends-On: I773a38fd903fe287132151a4d178326a46890969
Change-Id: I77edc82723d00bfece6752b5dd2c79137db93443
NIC partitioning requires IOMMU to be enabled on roles using it.
By adding the BootParams service to all the roles, we could
enable IOMMU selectively by supplying the role specific parameter
"KernelArgs". If a role doesn't use NIC Partitioning then
"KernelArgs" shall be not be set and backward compatibility would
be retained.
Change-Id: I2eb078d9860d9a46d6bffd0fe2f799298538bf73
Podman service will be in charge of installing, configuring, upgrading
and updating podman in TripleO.
For now, the service is disabled by default but included in all roles.
In the cycle, we'll make it the default.
Note: when Podman will be able to run in TripleO without Docker,
we'll do like https://review.openstack.org/#/c/586679/ and make it as
a generic service that can be switched to either podman or docker.
But for now, we need podman & docker working side by side.
Depends-On: Ie9f5d3b6380caa6824ca940ca48ed0fcf6308608
Change-Id: If9e311df2fc7b808982ee54224cc0ea27e21c830
In order to support switching between multiple timesync backends, let's
simplify the service configurations for the roles so that there is a
single timesync service. This timesync service should point to the
expected backend (ntp/ptp/chrony).
Change-Id: I986d39398b6143f6c11be29200a4ce364575e402
Related-Blueprint: tripleo-chrony
This patch adds composable new service (QDR) for containerized deployments.
Metrics QDR will run on each overcloud node in 'edge' mode. This basically
means that there is a possibility that there will be two QDRs running
on controllers in case that oslo messaging is deployed. This is a reason why
we need separate composable service for this use case.
Depends-On: If9e3658d304c3071f53ecb1c42796d2603875fcd
Depends-On: I68f39b6bda02ba3920f2ab1cf2df0bd54ad7453f
Depends-On: I73f988d05840eca44949f13f248f86d094a57c46
Change-Id: I1353020f874b348afd98e7ed3832033f85a5267f
Background:
extraconfig/pre_deploy/rhel-registration interface has been maintained
for some time now but it's missing some features and the code overlaps
with ongoing efforts to convert everything to Ansible.
Plan:
Consume ansible-role-redhat-subscription from TripleO, so all the logics
goes into the Ansible role, and not in TripleO anymore.
The single parameter exposed to TripleO is RhsmVars and any Ansible
parameter can be given to make the role working.
The parameter can be overriden per roles, so we can think at specific
cases were some Director roles would have specific RHSM configs.
Once we have feature parity between what is done and what was here
before, we'll deprecate the old interface.
Testing:
Because RHSM can't be tested on CentOS, this code was manually tested on
RHEL against the public subscription portal. Also, we verified that
generated Ansible playbooks were correct and called the role with the
right parameters.
Documentation:
We'll work on documentation during the following weeks and explain
how to switch from the previous interface to the new one, and also
document new uses requested by our users.
Change-Id: I8610e4f1f8478f2dcbe3afc319981df914ce1780
The following services (referred to as 'nova control services'):
* NovaApi
* NovaConductor
* NovaConsoleauth
* NovaMetadata
* NovaPlacement
* NovaVncProxy
* Ec2Api
should run on separate node according to the recent version of the
standalone role topology that is officially supported by Red Hat
OpenStack Platform. TripleO Heat Templates already do contain a
standalone topology defined by the combination of the following THT
roles:
* ControllerOpenstack
* Database
* Messaging
* Networker
The proposed 'Novacontrol' role extends this topology by another subset
of controller services running on standalone node. Since the
'ControllerOpenstack' role is already being actively used for testing
the standalone Database-Messaging-Networker topology, this patch also
introduces the 'ControllerAllNovaStandalone' role to define
complementary controller node for the extended standalone topology:
* ControllerAllNovaStandalone
* Database
* Messaging
* Networker
* Novacontrol
The patch also introduces the 'ControllerNovaStandalone' role for the
complementary controller node to the minimal nova standalone topology:
* ControllerNovaStandalone
* Novacontrol
Change-Id: Ib973765343dc1bf97b95c8aea3234916fa7a519a
This service is tied to the external_deploy_tasks (such as the k8s
service); and it deploys IPSEC in the overcloud.
bp ipsec
Change-Id: Ie3b7af92c0ec97241de6d8badec13b9e93ee9305
Enables management of shadow password directives in login.defs
By allowing operators to set values in login.defs, they are able
to improve password security for newly created system accounts.
This change will in turn allow operators to adhere with security
hardening frameworks, such as STIG DISA & CIS Security Benchmarks.
bp login-defs
Change-Id: Id4fe88cb9569f18f27f94c35b5c27a85fe7947ae
Depends-On: Iec8c032adb44593da3770d3c6bb5a4655e463637
The fluentd implementation was originally split across multiple files
in order to support both client and server services. we ultimately
decided to only implement the client as part of tripleo so this
division is no longer necessary. This commit merges
fluentd-client.yaml and fluentd-base.yaml into fluentd.yaml, and
renames things appropriately.
Partial-bug: #1715187
Depends-On: Iace34b7baae8822d2233d97adabf6ebc8833adab
Change-Id: Idb9886f04d56ffc75a78c4059ff319b58b4acf9f
This introduces a "sidecar" container, which is meant to be used
besides other containers (or as part of the pod). It merely uses
rsyslog to listen on a specific UNIX socket and outputs what it
gets to stdout.
This adds the service to each relevant role and introduces a
composable service which merely configures the container. Subsequently
it'll be used as part of other templates.
Note that it is only enabled if "stdout logging" is enabled.
bp logging-stdout-rsyslog
Depends-On: I4864ddca223becd0a17f902729cf2e566df5e521
Change-Id: I2c54acaaa820961c936f1fbe304f42162f720496
Add a docker service template to provide containerized services
logs rotation with a crond job.
Add OS::TripleO::Services::LogrotateCrond to CI multinode-containers
and to all environments among with generic services like Ntp or Kernel.
Set it to OS::Heat::None for non containerized environments and
only enable it to the environments/docker.yaml.
Closes-bug: #1700912
Change-Id: Ic94373f0a0758e9959e1f896481780674437147d
Signed-off-by: Bogdan Dobrelya <bdobreli@redhat.com>
Allow the user to set a specific Tuned profile on a given host.
Defaults to throughput-performance
Change-Id: I0c66193d2733b7a82ad44b1cd0d2187dd732065a
Add a composable service for each of:
- the Veritas HyperScale's Cinder backend.
- installing the Veritas HyperScale controller packages.
Change-Id: I99ee827825ec2a6a3c695de1ca1c1015859fe398
Depends-On: I316b22f4f7f9f68fe5c46075dc348a70e437fb1d
Depends-On: I9168bffa5c73a205d1bb84b831b06081c40af549
Signed-off-by: abhishek.kane <abhishek.kane@veritas.com>
Currently there's some hard-coded references to roles here, rendering
from the roles_data.yaml is a step towards making the use of isolated
networks for custom roles easier.
Partial-Bug: #1633090
Depends-On: Ib681729cc2728ca4b0486c14166b6b702edfcaab
Change-Id: If3989f24f077738845d2edbee405bd9198e7b7db
This configures iscsid so that it runs as a container on
relevant roles (undercloud, controller, compute, and volume).
When the iscsid docker service is provision it will also run
an ansible snippet that disables the iscsid.socket on the host
OS thus disabling the hosts systemd from auto-starting iscsid
as it normally does.
Co-Authored-By: Jon Bernard <jobernar@redhat.com>
Change-Id: I2ea741ad978f166e199d47ed1b52369e9b031f1f
As we create new standard roles, we should include them from a single
location for ease of use and to reduce the duplication of the role
definitions elsewhere. This change adds a roles folder to the THT that
can be used with the new roles commands in python-tripleoclient by the
end user to generate a roles_data.yaml from a standard set of roles.
Depends-On: I326bae5bdee088e03aa89128d253612ef89e5c0c
Change-Id: Iad3e9b215c6f21ba761c8360bb7ed531e34520e6
Related-Blueprint: example-custom-role-environments
Martin Schuppert
Lee Yarwood
Ade Lee
Harald Jensås
karthik s
Emilien Macchi
Alex Schultz
Martin Mágr
Gabriel Szasz
Juan Antonio Osorio Robles
lhinds
Lars Kellogg-Stedman
Bogdan Dobrelya
Joe Talerico
abhishek.kane
Steven Hardy
Dan Prince