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This adds the NeutronTunnelIdRanges and NeutronVniRanges parameters
which govern the GRE or VXLAN tunnel IDs (respectively) that are to
be made available for overcloud tenant networks.
These both default to "1:1000," to retain the current behaviour.
They are propagated to the hiera data for puppet deploys and there
is a separate change to support passing these into the config via
the neutron tripleo-image-element at
https://review.openstack.org/#/c/199592/
Change-Id: I967a8cae218a31e888abc438e9de5756ae627adb
Related-Bug: https://bugzilla.redhat.com/show_bug.cgi?id=1240631
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Adds support for NFS backend for Cinder, but remains disabled by
default.
Change-Id: I9ebef072ed115efe980fa4904ea80f02384522af
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Currently, we use the heat default server names, which results in some
fairly unreadable hostnames due to the level of nesting in the templates.
e.g ov-sszdbj5rdne-0-bhseh65edxv6-Controller-zoqc6tlypbdp
Instead, we allow the user to specify a format string per role, defaulted
to a string which formats the name e.g <stackname>-controller-<index>
e.g overcloud-controller-0
Optionally additional hostname components (not replaced by heat) could be
added, such that deployment time customization of hostnames via firstboot
scripts (e.g cloud-init) may be possible.
Should anyone wish to maintain the old heat-generated names, they can pass
an empty string via these parameters, which heat will treat as if no "name"
property was provided to OS::Nova::Server.
Change-Id: I1730caa0c2256f970da22ab21fa3aa1549b3f90b
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When you do a stack-update which affects, e.g ControllerDeployment
such that some value in hieradata is updated (for example changing
the "Debug" parameter to True), we only write the hieradata file and
don't reapply the manifests.
So we introduce a dependency on the deploy_stdout values from all
hieradata applying configs, such that the manifests will be re-applied
on update if the data is changed.
This requires https://review.openstack.org/#/c/190282/ so that
99-refresh-completed will return the derived config ID as part of the
deploy_stdout payload.
Closes-Bug: #1463092
Change-Id: I1175248c3236d0c42e37d062afce550efce8aadc
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This change adds config and deployment resources to trigger package
updates on nodes. The deployments are triggered by doing a stack-update
and setting one of the parameters to a unique value.
The intent is that rolling update will be controlled by setting
breakpoints on all of the UpdateDeployment resources inside the
role resource groups.
Change-Id: I56bbf944ecd6cbdbf116021b8a53f9f9111c134f
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Turns NeutronNetworkVLANRanges into a list and makes it consumable by
neutron::plugins::ml2::network_vlan_ranges as an array. Previously
usage of vlans was impossible due to puppet-neutron failing to
join() network_vlan_ranges.
Also fixes wiring of network_vlan_ranges on computes and adds a
sample environment file to test use of vlans for tenant networks.
Change-Id: I8725cdb9591dd8d0b7125fdacbefdc9138703266
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This patch makes ServiceNetMap a top level parameter.
This is helpful to tools like Tuskar which don't support Heat
environments that contain both a resource_registry and default_parameters.
ServiceNetMap will in fact be utilized at the top level in some of
the VIP related patches that follow.
Change-Id: I375063dacf5f3fc68e6df93e11c3e88f48aa3c3a
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This patch removes the custom config_id outputs and replaces
it with OS::stack_id which allows us to just call get_resource
in the parent stack.
The motivation for this change is we'll be adding more os-net-config
templates and it would be nice to take advantage of this newer
template feature.
Change-Id: I6fcb26024b94420779b86766e16d8a24210c4f8e
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This patch updates the compute roles so that
they can optionally make use of isolated network
ports on the tenant, storage, and internal_api networks.
-Multiple networks are created based upon settings in the heat
resource registry. These nets will either use the noop network (the
control plane pass-thru default) or create a custom Neutron port on
each of the configured networks.
-The ipaddress/subnet of each network is passed passed into the
NetworkConfig resource which drives os-net-config. This allows the
deployer to define a custom network template for static IPs, etc
on each of the networks.
-The ipaddress is exposed as an output parameter. By exposing
the individual addresses as outputs we allow Heat to construct
collections of ports for various services.
Change-Id: Ib07b4b7256ede7fb47ecc4eb5abe64b9144b9aa1
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This patch bumps the HOT version for the overcloud
to Kilo 2015-04-30. We should have already done this
since we are making use of OS::stack_id (a kilo feature)
in some of the nested stacks. Also, this will give us access to
the new repeat function as well.
Change-Id: Ic534e5aeb03bd53296dc4d98c2ac5971464d7fe4
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Remove references to the .novalocal domain part in the hosts file.
Change-Id: Idf14907adaf2f35440b6f28870fe18434eadd1be
Depends-On: Iadfdf4120c4d1c9b6976321753957fd4eecf301c
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This change allows a different network config for each family of hosts. For
instance, the controller may have a different network configuration than a
block storage node. This change adds a declaration for each family in the
overcloud-resource-registry.yaml & overcloud-resource-registry-puppet.yaml.
Change-Id: I083df7ebbb535f97d8ddec2ac0e06281c55986cd
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Currently all the OS::Nova::Server resource created don't pass any
user-data. It's possible to pass user-data as well as using heat
SoftwareConfig/SoftwareDeployment resources, and this can be useful
when you have simple "first boot" tasks which are possible either via
cloud-init, or via simple run-once scripts.
This enables passing such data by implementing a new provider resource
OS::TripleO::NodeUserData, which defaults to passing an empty mime
archive (thus it's a no-op). An example of non no-op usage is also
provided.
Change-Id: Id0caba69768630e3a10439ba1fc2547a609c0cfe
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It's very confusing for them to be different, especially in the case of
comparing Tuskar vs non-Tuskar deployments where the parameters are read
from different files.
Note: NeutronPhysicalBridge is named differently in the overcloud
template (HypervisorNeutronPhysicalBridge). This is the only parameter
checked that isn't named exactly the same, hopefully there aren't any
others.
(Checked controller, compute, ceph, cinder, and swift for both puppet
and non-puppet templates)
Change-Id: I48ce1eb40d2d080c589ce619c50eddff17efe882
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With this change we wire the NeutronL3HA parameter to the puppet
class, where needed.
Change-Id: I37b3850f71885a93859b5e51925df379616fc6ab
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Change-Id: I1bb8ee15d361638d77c5df7f8c03561c34f4c88f
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This commit aims to add support for Ceph as a cinder and a nova backend.
* Allows creation of Ceph pools from heat (Default: volumes, vms)
* Creates the proper ceph user and inject the keys
* Applies the proper configuration in cinder.conf and nova.conf
* Enable the backend out of the box
Co-Authored-By: Giulio Fidente <gfidente@redhat.com>
Change-Id: Ic17d7a665de81a8bab5e34035abe90eda4bc889f
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In I250dc1a8c02626cf7d1a5d2ce92706504ec0c7de we split
out just the Controller software config in an effort
to provide hooks for alternate implementations (puppet).
This sort of worked but caused quirky ordering issues
with signal handling. It also causes problems for Tuskar
which would prefer to think of these nested stacks and
not have us split out just the software configs like this.
This patch moves all the compute related stuff for
our two implementations:
compute.yaml: is used by os-apply-config (uses the
tripleo-image-elements)
compute-puppet.yaml: uses stackforge puppet-* modules for
configuration
By duplicating the entire compute in this manner we make
it much easier to create dependencies and implement proper
signal handling. The only (temporary) downside is the duplication
of parameters most of which will eventually go away when we move
using the global parameters via Heat environment files instead.
Change-Id: I49175d1843520abc80fefe9528442e5dda151f5d
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This change will allow for the enablement of Neutron routers HA
via the new NeutronL3HA parameter.
Change-Id: Ia5f7c0b4e89159456482e840c50d166ec5f25d4c
Implements: blueprint tripleo-icehouse-ha-production-configuration
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This patch provides an alternate implementation of
the OS::TripleO::Compute::SoftwareConfig which uses Puppet
to drive the configuration. Using this it is possible
to create a fully functional overcloud compute instance
which has the compute node configured via Puppet
stackforge modules. This includes all the Nova, Neutron,
and Ceilometer configuration required to make things work.
In order to test this you'll want to build your images
with these elements:
os-net-config
heat-config-puppet
puppet-modules
hiera
None of the OpenStack specific TripleO elements
should be used with this approach (the nova/neutron/ceilometer
elements were NOT used to build the compute image).
Also, rather than use neutron-openvswitch-agent to configure
low level networking it is recommended that os-net-config
by configured directly via heat modeling rather than
parameter passing to init-neutron-ovs. This allows us to
configure the physical network while avoiding the coupling to
the neutron-openvswitch-element that our standard
parameter driven networking currently uses. (We still need
to move init-neutron-ovs so that it isn't coupled and/or deprecate
its use entirely because the heat drive stuff is more flexible.)
Packages may optionally be pre-installed via DIB using the
-p option (-p openstack-neutron,openstack-nova).
Change-Id: Ic36be25d70f0a94ca07ffda6e0005669b81c1ac7
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This example extends the compute software configuration
so that heat metadata is used to model the os-net-config
YAML (ultimately JSON) directly. The existing
os-net-config element already supports this format.
Configuring the physical network layer in this manner
would supplant the ever growing list of Heat parameters
that we have and is something that could be automatically
generated via tuskar.
The default is to use net-config-noop.yaml which
will pass no config metadata into the os-net-config
element which will essentially disable it in favor
of using parameters w/ init-neutron-ovs.
Change-Id: I30f325b1751caaef5624537e63ee27c2e418d5c8
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This patch removes all references to the Ceilometer DSN parameter
in the overcloud compute templates. These credentials
are not required in order to run the required Ceilometer
service/agents.
Change-Id: I421ce4fca87ac87dd65ab8bbb20e7ea9be8d9c5d
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This patch removes all references to the Neutron DSN parameter
in the overcloud compute templates. These credentials
are not required in order to run the required Neutron
services.
Change-Id: I0691f43bd2ce85bec0d68ab979136414f0610c61
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Remove NovaDSN from overcloud compute.
When using the Conductor the Nova compute service
does not need access to the database. This patch
removes all references to the Nova DSN in the overcloud
compute templates.
Change-Id: If75f480489b84002dd061c183dbee3572a8b63f1
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This patch adds the missing parameters to
overcloud-without-mergepy.yaml.
These parameters were adding to overcloud-source.yaml
in I422c65e7d941593083d52ad7fdf0dfd1d2fb3155. Due to
the concurrent review window they never made it
into the new overcloud-without-mergepy.yaml
implementation.
Change-Id: If54dc111aec852f906c9e7ac1bf56f9dcaf678ea
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Now that we are using os-net-config we can make use of
the nic naming abstraction layer where the actual physical
nic name is mapped automatically.
This change removes all the eth0 references and replaces
them with nic1 which should make it more likely
that these default values would actually work on
some distributions.
It also removes the single instance of eth2 in the
undercloud-bm-nova-deploy.yaml template and replaces
it with nic1 as well. Underclouds aren't a special case
in this regard (I run my bare metal undercloud on em1)
so there is no good reason to default to the second nic.
Change-Id: I3ea92a502bc4b8789f74913f232ac8bc6b843008
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The params were added in I2997d23c584055c40034827e9beb58e6542ea11c
as a means to pass undercloud image data to overcloud instances
so they could perform an update via takeovernode). We've
never actually made use of them via takeovernode... furthermore
these params are a bit stale in that they haven't been applied
to other instance types (storage, etc.).
I propose we remove them entirely and start with a fresh plan for
how these would get used (perhaps a blueprint). As is these don't
appear to have ever been fully wired up to do anything removing
them should have no effect on end users.
Change-Id: I96f91fb0d67e7fe203d3767c8ab89ce82adbe331
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With the push to using the new setup-flavors provided by
os-cloud-config, the default flavor will no longer be called
'baremetal', and Heat will always validate the default even if it
is overridden. To that end, remove the default flavor from every
flavor definition. Just to be certain, also add a custom_constraint
to every flavor definition that was missing it.
Change-Id: I24251e73be4e86738857f73b89499f592c4908de
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This is a step towards supporting pluggable software configurations
in the heat templates. By moving compute-config out of compute.yaml
we make it possible to define alternate implementations by
changing the OS::TripleO::Compute::SoftwareConfig value in the
overcloud-resource-registry.yaml heat environment file.
Co-Authored-By: Steve Hardy <shardy@redhat.com>
Change-Id: I250dc1a8c02626cf7d1a5d2ce92706504ec0c7de
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If you don't have (or provide) the wrong image, KeyName,
or flavor, we fail at some later point (not always early,
depending on what's wrong).
Since Icehouse, Heat has had a "custom constraints" method
of dynamically validating parameter values, by comparing the
value provided with a list from the underlying service.
Despite the name, there's nothing "custom" about the constraints,
these ones are included in Heat by default (though they are pluggable,
which is where the name comes from..)
See the docs for more info:
http://docs.openstack.org/developer/heat/template_guide/hot_spec.html#custom-constraint
Note, I've not considered network validation here, this could
possibly be added in a subsequent patch.
These constraints are evaluated via any of the following:
- heat template-validate -f <template>
- heat stack-preview <arguments given to create>
- heat stack-create <arguments, fails fast before creating anything>
- heat stack-update <arguments, fails fast before updating anything>
Change-Id: I3a6374ce5421575cdde893c62aa97c750a07acd8
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This patch extends the previous 'Don't use merge.py for overcloud'
commit with the cinder-storage.yaml and swift-storage.yaml templates.
Requirements for this to deploy:
1. Block and object storage images have to be built
(overcloud-cinder-volume and overcloud-swift-storage)
2. The images have to be loaded by devtest_overcloud.sh
OVERCLOUD_CINDER_ID=$(load-image -d $TRIPLEO_ROOT/overcloud-cinder-volume.qcow2)
OVERCLOUD_SWIFT_ID=$(load-image -d $TRIPLEO_ROOT/overcloud-swift-storage.qcow2)
Change-Id: I45f9d9f051970a83e26c0fd924d7c98276958113
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This provides three templates: overcloud-without-mergepy.yaml,
compute.yaml and controller.yaml. These can be used in combination with
overcloud-resource-registry.yaml to deploy the overcloud on their own --
without having to do any pre-processing (via merge.py).
To test these you have to add the resource registry environment (in
addition to the existing `-e` option) and use the new overcloud template
in the Heat call in devtest_overcloud.sh (line 374):
heat $HEAT_OP -e $TRIPLEO_ROOT/overcloud-env.json \
-e "$TRIPLEO_ROOT/tripleo-heat-templates/overcloud-resource-registry.yaml" \
-t 360 \
-f $TRIPLEO_ROOT/tripleo-heat-templates/overcloud-without-mergepy.yaml \
-P "ExtraConfig=${OVERCLOUD_EXTRA_CONFIG}" \
$STACKNAME
The existing overcloud Heat environment
($TRIPLE_ROOT/overcloud-env.json) should keep on working. Scaling is
now being controlled by the `ControllerCount` and `ComputeCount`
template parameters, though.
NOTE: the changes here depend on a fairly recent Heat build (commit
e5f285f6cb from ~7th September, 2014). In other words, this requires
Juno Heat.
Also, passing more than one environment file to Heat requires
python-heatclient version 0.2.11.
Change-Id: I687a00c7dc164ba044f9f2dfca96a02401427855
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Jenkins
marios
Jiri Stransky
Steven Hardy
Steve Baker
Giulio Fidente
Dan Prince
Dan Sneddon
Jeff Peeler
Yanis Guenane
Steve Kowalik
Peter Belanyi
Tomas Sedovic