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Upgrades were broken because of this missing parameter.
Change-Id: Ia88a9833ab8aa26ccc40ee235b8554c9a7fbd22d
Closes-Bug: #1700923
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Let's be clear that the contents of this directory are for ci use
only and should not be used in production.
Change-Id: I3b448b9922c207b29cbdae36ee876368bda23dac
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Add Ceph pool size configuration for CI where PoolDefaultSize is 1
Change-Id: I626d1398e31c3fcb9f100a8b185d71ba5909034a
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I471037de35e7f349d900462ec3ffb16fe2d6ebd9 accidentally removed the
default from the RoleParameters parameter. This change just puts
it back.
Change-Id: I29b472897e07229715fc2fea3b55e90473eb0069
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Change-Id: I1849663744dc1ce9aba8067201c03090796df8bb
Partial-Bug: 1700664
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Partial-Bug: 1700664
Change-Id: I12ee7ab825069c1741438499f8df835014afc37f
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Many of our parameters are defined in multiple templates, but
currently there is no easy way of checking that all of those
definitions match. It can be confusing when a parameter is defined
one way in one file and another way in a different file. For example,
the NovaWorkers description is:
Number of workers for Nova API service.
and
Number of workers for Nova Placement API service.
and
Number of workers for Nova Conductor service.
Which is it actually? All of them. That one parameter controls
the workers for all of the nova services, and its description should
reflect that, no matter which template you happen to look at.
This change adds a check to yaml-validate.py to catch these sorts of
inconsistencies and allow us to eventually prevent new ones from
getting into the templates.
An exclusion mechanism is included because there are some parameter
definitions we probably can't/shouldn't change. In particular, this
includes the network cidrs which are defaulted to ipv4 addresses in
the ipv4 net-iso templates and ipv6 in the ipv6 templates. It's
possible a user would be relying on one of those defaults in their
configuration, so if we change it they might break.
To get around that, the tool explicitly ignores the default field of
those parameters, while still checking the description and type fields
so we maintain some sanity. There may be other parameters where this
is an issue, but those can be added later as they are found.
For the moment any inconsistencies are soft-fails. A failure message
will be printed, but the return value will not be affected so we can
add the tool without first having to fix every divergent parameter
definition in tripleo-heat-templates (and there appear to be plenty).
This will allow us to gradually fix the parameters over time, and
once that is done we can make this a hard-fail.
Change-Id: Ib8b2cb5e610022d2bbcec9f2e2d30d9a7c2be511
Partial-Bug: 1700664
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On upgrade we map PostDeploySteps to a different implementation
which we missed to update in I36a642fbc2076ad9e4a10ffc56d6d16f3ed6f27a
Change-Id: Ia619ab935c66081769e69c53d1ca41925d86abbb
Closes-Bug: #1700755
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Adds in the execution environment of the workflow steps a list of
per-service network IPs. This can be used by the workflows to
execute actions against the nodes hosting a given service.
Change-Id: Id7c735d53f04f6ad848b2f9f1adaa3c84ecd2fcd
Implements: blueprint tripleo-ceph-ansible
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Introduces a general mechanism meant to allow for the execution
of workflows during the deployment steps.
Services can define workflow actions to be triggered during a step
in the newly added service_workflow_tasks section. The syntax is:
service_workflow_tasks:
step2:
- name: my_action_name
action: std.echo
input:
output: 'hello world'
Implements: blueprint tripleo-ceph-ansible
Depends-On: If02799e7457ca017cc119317dfb2db7198a3559f
Depends-On: Ibc5707f9f06266fe84ad1dd91dcb984157871d30
Change-Id: I36a642fbc2076ad9e4a10ffc56d6d16f3ed6f27a
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This environment file will be used to
deploy an Overcloud without the use
of pacemaker.
Change-Id: I3a486d22b30ffdb6053b3d917dea373c1361df81
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Depends-On: I270f3f6879737fc29370165e4a8fa8c9c19fffb3
Depends-On: I3a169e3321a26ee373ab873426a2d58acbcfe1bd
Closes-Bug: #1668932
Co-Authored-By: Or Idgar <oidgar@redhat.com>
Co-Authored-By: Brent Eagles <beagles@redhat.com>
Co-Authored-By: Martin André <m.andre@redhat.com>
Change-Id: I211707072bb0e4ac4aa48e9bbaccb7530f3de0ca
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This was made configurable in a recent commit [1] So this flag makes it
easier for deployers to use that functionality.
[1] Ic68266eaf39d6803f7c3e299095578bbcfd63b88
Change-Id: Iffff20dcda53bc7237586dd240e581bcb0282844
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The containerized cinder service was merged a bit too soon and it
caused several issues in CI. Disable it temporarily to unblock CI until
it matures.
Change-Id: I8c6c0ce0011fddfec1e2de798d4fc6f34ae78de2
Related-Bug: #1700333
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This change uses the NeutronPhysicalBridge parameter on all roles,
rather than hard-coding the "br-ex" name. Previously, there were
different parameters for controller and compute roles, but since
we use a unified bridge name with OVS, this is unnecessary.
Change-Id: I6d9189404fae67bcc33ddc2ba3ce1b0385dd989d
Closes-bug: 1669130
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Starting with the Ocata release, bare metal nodes are no longer get recognized
by nova automatically. To avoid forcing users into running nova manage command
each time they enroll a node, we will have to allow enable the periodic task
to do so.
Change-Id: I8b0afac54dc9bd51dbe2ae4f237e4de50459be0f
Closes-Bug: #1697724
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Change-Id: I025ed07ce97132bce3fa7a15d170fc62e17e07a4
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Change-Id: Idbbff1047fbc3f664e44131770ba2849ea9d51bc
Closes-Bug: #1700082
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In order to deploy OpenDaylight with DPDK we need to copy the DPDK
config for OVS done in the neutron-ovs-dpdk service template, without
enabling OVS agent for compute nodes. To do this correctly, we should
inherit and openvswitch service which is a common place to set OVS
configuration and parameters. Note: vswitch::dpdk config will be called
in prenetwork setup with ovs_dpdk_config.yaml so there is no need to
include that in the step config for neutron-ovs-dpdk-agent service or
opendaylight-ovs-dpdk.
Changes Include:
- Creates a common openvswitch service template, which in the future
will migrate to be its own service.
- Renames and fixes OVS DPDK configuration heat parameters in the
openvswitch template.
- neutron-ovs-dpdk-agent now inherits the common openvswitch template.
- Adds opendaylight-ovs-dpdk template which also inherits common ovs
template.
- Uses OVS DPDK config script to allow configuring OVS DPDK in
prenetwork config (before os-net-config runs). This has an issue
where hieradata is not present yet, so we have to redefine the heat
parameters and pass them via bash. In the future this should be
corrected.
- Adds opendaylight-dpdk environment file used to deploy an ODL + DPDK
deployment.
- Updates neutron-ovs-dpdk environment file.
Closes-Bug: 1656097
Partial-Bug: 1656096
Depends-On: I3227189691df85f265cf84bd4115d8d4c9f979f3
Change-Id: Ie80e38c2a9605d85cdf867a31b6888bfcae69e29
Signed-off-by: Tim Rozet <trozet@redhat.com>
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Change-Id: I9f9a9dcf1666b5b0475bc8fae5b785747480b7d6
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Add a scenario to test containerized baremetal to the tenant.
Change-Id: I760a42c4f71bc2659c609e0014da50a7ab959c1a
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DPDK has to be enabled on openvswitch on the boot before
configuring the network as when the network uses DPDK ports
OvS should be ready to handle DPDK. Enabled DPDK via
PreNetworkConfig by checking if ServiceNames contains
DPDK service.
Implements: blueprint ovs-2-6-dpdk
Closes-Bug: #1654975
Depends-On: I83a540336c01a696780621fb2b39486a6abf0917
Change-Id: I7af4534d91e67c94ba559b78b9ac6a001e639db3
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