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This service allows configuring and deploying manila-share
containers in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Pacemaker runs the
standard Kolla image but overrides the initial command so that
it explicitely calls manila-share. This way, we shield ourselves
from any unexpected future change in Kolla.
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Based on work done in fdb233e64e3d78014dd7e351abfed5aec5035866
Partial-Bug: #1668922
Change-Id: Ifa94c506db5eb667690a19d594115a93d2a790b2
Depends-On: I797eea2f7788f65411964ccb852b5707e916416f
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In non-containerized deployments, Galera can be configured to use TLS
for gcomm group communication when enable_internal_tls is set to true.
Fix the metadata service definition and update the Kolla configuration
to make gcomm use TLS in containers, if configured.
bp tls-via-certmonger-containers
Change-Id: Ibead27be81910f946d64b8e5421bcc41210d7430
Co-Authored-By: Juan Antonio Osorio Robles <jaosorior@redhat.com>
Closes-Bug: #1708135
Depends-On: If845baa7b0a437c28148c817b7f94d540ca15814
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In non-containerized deployments, HAProxy can be configured to use TLS for
proxying internal services.
Fix the creation of the of the haproxy bundle resource to enable TLS when
configured. The keys and certs files are all passed as configuration files and
must be copied by Kolla at container startup.
For the time being, disable the use of the CRL file until we find a means
of restarting the containerized HAProxy service when that file expires.
Change-Id: If307e3357dccb7e96bdb80c9c06d66a09b55f3bd
Depends-On: I4b72739446c63f0f0ac9f859314a4d6746e20255
Closes-Bug: #1709563
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In non-containerized deployments, RabbitMQ can be configured to use TLS for
serving and mirroring traffic.
Fix the creation of the rabbitmq bundle resource to enable TLS when configured.
The key and cert are passed as other configuration files and must be copied by
Kolla at container startup.
Change-Id: I8af63a1cb710e687a593505c0202d717842d5496
Depends-On: Ia64d79462de7012e5bceebf0ffe478a1cccdd6c9
Closes-Bug: #1709558
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In HA overclouds, the helper script clustercheck is called by HAProxy to poll
the state of the galera cluster. Make sure that a dedicated clustercheck user
is created at deployment, like it is currently done in Ocata.
The creation of the clustercheck user happens on all controller nodes, right
after the database creation. This way, it does not need to wait for the galera
cluster to be up and running.
Partial-Bug: #1707683
Change-Id: If8e0b3f9e4f317fde5328e71115aab87a5fa655f
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Services that access database have to read an extra MySQL configuration file
/etc/my.cnf.d/tripleo.cnf which holds client-only settings, like client bind
address and SSL configuration. The configuration file is thus used by
containerized services, but also by non-containerized services that still
run on the host.
In order to generate that client configuration file appropriately both on the
host and for containers, 1) the MySQLClient service must be included by the
role; 2) every containerized service which uses the database must include the
mysql::client profile in the docker-puppet config generation step.
By including the mysql::client profile in each containerized service, we ensure
that any change in configuration file will be reflected in the service's
/var/lib/config-data/{service}, and that paunch will restart the service's
container automatically.
We now only rely on MySQLClient from puppet/services, to make it possible to
generate /etc/my.cnf.d/tripleo.cnf on the host, and to set the hiera keys that
drive the generation of that config file in containers via docker-puppet.
We include a new YAML validation step to ensure that any service which depends
on MySQL will initialize the mysql::client profile during the docker-puppet
step.
Change-Id: I0dab1dc9caef1e749f1c42cfefeba179caebc8d7
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Once an Ocata overcloud is upgraded to Pike, clustercheck should only be
running in a dedicated container, and xinetd should no longer manage it on
the host. Fix the mysql upgrade_task accordingly.
Change-Id: I01acacc2ff7bcc867760b298fad6ff11742a2afb
Closes-Bug: #1706612
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This is required when the bundles run on pacemaker remote nodes
otherwise the cluster won't be able to connect to the control-ports
of each bundle. The only services that need this are rabbit, redis and
galera because those run pacemaker_remote inside the container
(A/P resources and haproxy do not)
Change-Id: I6a56d79319ef3d14973a0586dcda4d523adda7aa
Co-Authored-By: Damien Ciabrini <dciabrin@redhat.com>
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Adds upgrade_tasks to remove the pacemaker resources using the
ansible-pacemaker module.
Resources are disabled and removed in step2 (called only on
bootstrap node) and then the cluster stop is moved to step3
The existing systemd/service call is kept but only to disable
services after they are disabled/deleted from the cluster.
Related-Bug: 1701485
Co-Authored-By: Damien Ciabrini <dciabrin@redhat.com>
Change-Id: Ia597d240ea5834c50a8f6c4fac0b6ed417b8535c
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This removes the default container names from all the templates
and uses a single environment file to specify the full container
name and registry from which to pull. Also does away with most
of DockerNamespace.
Change-Id: Ieaedac33f0a25a352ab432cdb00b5c888be4ba27
Depends-On: Ibc108871ebc2beb1baae437105b2da1d0123ba60
Co-Authored-By: Dan Prince <dprince@redhat.com>
Co-Authored-By: Steve Baker <sbaker@redhat.com>
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Makes it possible to resolve network subnets within a service
template; the data is transported into a new property ServiceData
wired into every service which hopefully is generic enough to
be extended in the future and transport more data.
Data can be consumed in service templates to set config values
which need to know what is the subnet where a deamon operates (for
example the Ceph Public vs Cluster network).
Change-Id: I28e21c46f1ef609517175f7e7ee19e28d1c0cba2
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haproxy needs the deployed SSL cert file to function when TLS is
enabled.
It is also required for the docker-puppet haproxy container since the
haproxy puppet module uses a validate_cmd to check the generated config
file is valid that fails when the required SSL cert is not present.
There is no clean way to disable this feature [1] so we need to bind
mount the cert into the container.
This commit applies the same change that was applied in
Id2df144b678769def204961236624091d4e5c457 for the non-ha case.
[1] https://github.com/puppetlabs/puppetlabs-haproxy/blob/4753ea5b2506ee093e9b4c8af6e91201d476d426/manifests/config.pp#L53-L57
Change-Id: I93e1ee86197bcf271f18a62a27c2f350ed3966ea
Co-Authored-By: Damien Ciabrini <dciabrin@redhat.com>
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This solves a problem with bind-mounts when the containers are holding
files descriptors open.
At the same time this makes the template more robust to puppet changes
since new config files will be available in the containers without
needing to update the templates.
Partial-Bug: #1698323
Change-Id: Ia4ad6d77387e3dc354cd131c2f9756939fb8f736
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This commit consistently defines a heat template parameter in the form
of DockerXXXConfigImage where XXX represents the name of the
config_volume that is used by docker-puppet.
The goal is to mitigate hard to debug errors where the templates would
set different defaults for the image docker-puppet.py uses to run, for
the same config_volume name.
This fixes a couple of inconsistencies on the way.
Change-Id: I212020a76622a03521385a6cae4ce73e51ce5b6b
Closes-Bug: #1699791
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The containerized HAproxy service can only specify steps to be run in
containers, i.e. it cannot runs the regular puppet steps on bare metal
at the same time. A side effect is that the dedicated HAproxy iptables
rules are no longer generated.
Update the docker_config step to fix the creation of iptables rules
for HAproxy and persist them on-disk as before.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Closes-Bug: 1697387
Change-Id: Ib5a083ba3299a82645f1a0f9da0d482c6b89ee23
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This service allows configuring and deploying cinder-volume
containers in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Pacemaker runs the
standard Kolla image but overrides the initial command so that
it explicitely calls cinder-volume. This way, we shield ourselves
from any unexpected future change in Kolla.
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Partial-Bug: #1668920
Depends-On: I95ad4dd89b47396bea672813d87de35e64c04b2d
Change-Id: Ib6396219c3d9484c533f6f9995d565091a197bbb
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This service allows configuring and deploying cinder-backup
containers in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Pacemaker runs the
standard Kolla image but overrides the initial command so that
it explicitely calls cinder-backup. This way, we shield ourselves
from any unexpected future change in Kolla.
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Partial-Bug: #1668920
Depends-On: If53495ff75d4832cc6be80dc0dc9bd540ab6583b
Change-Id: Ieec823e10667592bd775bb2642f0c3790a83e85f
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This service allows configuring and deploying Redis containers
in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Inside there is
pacemaker_remote which will invoke the resource agent managing galera.
The resources themselves are created via puppet-pacemaker inside a
short-lived container used for this purpose (mysql_init_bundle).
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Closes-Bug: #1692924
Depends-On: Ia1131611d15670190b7b6654f72e6290bf7f8b9e
Change-Id: Ie045954fcc86ef2b3e4562b6f012853177f03948
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This service allows configuring and deploying RabbitMQ containers
in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Inside there is
pacemaker_remote which will invoke the resource agent managing galera.
The resources themselves are created via puppet-pacemaker inside a
short-lived container used for this purpose (mysql_init_bundle).
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Co-Authored-By: John Eckersberg <jeckersb@redhat.com>
Closes-Bug: #1692909
Depends-On: I0722e4a4d4716f477e8304cfa1aadd3eef7c2f31
Change-Id: I942737134385af775cade40c2d69516d4fe31a99
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This service allows configuring and deploying MySQL/galera containers
in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Inside there is
pacemaker_remote which will invoke the resource agent managing galera.
The resources themselves are created via puppet-pacemaker inside a
short-lived container used for this purpose (mysql_init_bundle).
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Closes-Bug: #1692842
Depends-On: I3b4d8ad2eec70080419882d5d822f78ebd3721ae
Change-Id: I790dbc30b3de1c1a3fe76d3d8f060e4d7f95e2e7
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This service allows configuring and deploying HAProxy containers
in a HA overcloud managed by pacemaker.
The containers are managed and run by pacemaker. Pacemaker runs the
standard Kolla image but overrides the initial command so that
it explicitely calls HAProxy. This way, we shield ourselves from any
unexpected future change in Kolla.
This container needs to use the 'docker_config' section to invoke
puppet (as opposed to 'docker_puppet_tasks'), because due to the HA
composability each resource creation needs to happen on the bootstrap
node of that service and 'docker_puppet_tasks' will only run on the
controller/primary role.
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Closes-Bug: #1692908
Depends-On: Ifcf890a88ef003d3ab754cb677cbf34ba8db9312
Change-Id: I2f679bfe195733f4507e9b9e920b678e1370bb82
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In HA overcloud deployments, HAProxy makes use of a helper service called
"clustercheck", to check whether galera nodes are available for serving
traffic.
This change implements a dedicated service for clustercheck, which was
originally part of the pacemaker mysql service. The service is
configured by tripleo and the container's lifecycle is managed by docker,
like other containerized services.
Closes-Bug: #1692969
Change-Id: I8a5b30429f8ec3e484256a62a29ab7dee33ab291
Co-Authored-By: Michele Baldessari <michele@acksyn.org>
Depends-on: I1aabe34fa6a9c8c705a4405f275b66502c313cf2
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