Age | Commit message (Collapse) | Author | Files | Lines |
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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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This patch makes it possible to configure the isolated network
for the Nova vnc proxy client.
Change-Id: I462dfaea94e5fe9cb260ba91a42433a250f07984
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This patch updates the Puppet Swift storage role
so that it supports network isolation. By default
all traffic still flows on the ctlplane network
but if network isolation is enabled then network
traffic will flow over the configured storage_mgmt
network interface.
This patch also fixes a few critical issues with
the swift storage role that prevented it from
working:
- oac_data for the swift devices was overriding the
data provided in the swift_devices_and_proxy
hieradata file.
- the role was missing declarations to load hieradata
files for swift_devices_and_proxy and all_nodes
- The required snmpd settings were not getting set
correctly in the 'object' hiera data file.
With all of these changes the Swift storage role
works correctly with and without network isolation.
Change-Id: I541abb2604380f603bba91ad88e54783ee450a8f
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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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Change-Id: I731b408f24da01c1bc897bfffe8fd4d5638932ed
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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 updates the Ceph configuration for the puppet
implementation so that it isolates the Ceph traffic
for the public and cluster interfaces. By default public traffic
runs on the "storage" network and the cluster traffic runs on the
"storage mgmt" network.
If network isolation is not enabled then the default
ctlplane address's will be used for both the public and
cluster interfaces.
Change-Id: I791244d72c8f42142d9de99e0cf0acdca19e62b0
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This patch refactors the puppet controller role so that it
makes use of per service VIP settings for each service.
Previously the VIP for the ctlplane was hard wired to
many of the controller service. With this patch we have
the ability to isolate traffic for services which
made use of the ctlplane and public VIPs for their
settings.
The implementation includes:
* stops the use of the VirtualIP and PublicVirtualIP within the
controller role. These parameters have now been replaced with
per service heat parameters for the controller nested stack which
are determined via VipMap based on per service settings in the heat
environment.
* All VIP configuration is now moved into puppet/vip-config.yaml.
This made sense so we could deprecate the use of the VirtualIP
and PublicVirtualIP settings above.
* The puppet manifests for the controller were cleaned up for several
to use Hiera directly instead of constructing URLs based on the
static controller and public network VIPs. This improvement
was something we wanted to do anyways and made the implementation
cleaner.
Change-Id: I9b9a15be67f74bec97366408f7047acfd6ea0ec6
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We forgot to pass NeutronEnableTunnelling param to controllers
(passed only to computes), making it unusable.
Change-Id: I74756732deabd1c7ba9039832ea169fd322a569f
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As most of the OpenStack services are automatically bound
to the public virtual IP already we don't need to set
the default network for Horizon and Keystone to the 'external'
network. These should probably default to the internal_api
network like the rest of the OpenStack services...
Change-Id: I04cf64568c2fc7bb8a821b0de5ba56aa90158e2d
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This patch adds VIPs for the internal_api, storage,
and storage management networks.
For puppet these are persisted into a local vip-config
hieradata file which is then used by puppet-tripleo's
loadbalancer module to apply per-service VIP settings.
Change-Id: I909c3bdc9d17a8e15351f4797287769e3f76c849
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We probably don't need to split out separate networks
for Heat CFN and Cloudwatch. Just having a single network
for Heat API in the overcloud is probably fine.
Change-Id: I917b314e01227af72129645c9b72ad8e54f07865
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This patch adds a new NetIpListMap abstraction which we can use
to make the all-nodes-config IP list network assignments
configurable. Ip address lists for all overcloud services
which require IPs were added to all-nodes-config so
that puppet manifests can be directly supplied the
correct network list for each service.
Change-Id: I209f2b4f97a4bb78648c54813dad8615770bcf1a
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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 enables uses to selectively enable the creation
of split out networks for the overcloud traffic. These
networks will be created on the undercloud's neutron
instance.
By default a noop network is used so that no extra networks
are created. This allows our default to continue being
all traffic on the control plane.
Change-Id: Ied49d9458c2d94e9d8e7d760d5b2d971c7c7ed2d
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Use of Pacemaker is governed by the resource registry since
change Ibefb80d0d8f98404133e4c31cf078d729b64dac3.
The param stayed longer in the template to prevent breakage of scripts
which could have passed it when launching stack-create, despite it being
ignored.
This change removes the param entirely.
Change-Id: I026ce391319a4306c4b81a15652e3cad470e5cb7
Depends-On: I775724b207c737043a2a418a3ec8ede2cbaa8fa0
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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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The exec timeout/attempts is configured so that it is
left running for up to 30mins if the command runs but is
unsuccessfull and up to 2h if the command times out.
Change-Id: I4b6b77e878017bf92d7c59c868d393e74405a355
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This commit aims to support the creation of the galera cluster via
Pacemaker. With this commit in, three use-cases will be supported.
* Non HA setup / Non Pacemaker setup : The deployment will take place
as it is currently the case in f20puppet-nonha. Nothing changes.
* Non HA setup / Pacemaker setup : Even though it is a non ha setup,
galera cluster via pacemaker will be deployed with a cluster nbr of 1.
* HA setup / Non Pacemaker setup : N/A
* HA setup / Pacemaker setup : It is assumed that HA setup will
always be with pacemaker. So in this situation pacemaker will deploy a
cluster of 3 galera master nodes.
Depends-On: I7aed9acec11486e0f4f67e4d522727476c767d83
Change-Id: If0c37a86fa8b5aa6d452129bccf7341a3a3ba667
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This patch adds support for a new GlanceBackend setting
which can be set to one of swift, rbd, or file to control
which Glance backend is configured for use by default.
Change-Id: Id6a3fbc3477e85e8e2446e3dc13d424f9535d0ff
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This reverts commit 7313930c22b9f18d67e630de084ffcc6fad5ebe7.
Seeing errors when trying to create the keystone admin
role with packages. (ImportError: No module named os_client_config)
Change-Id: I78796598ccb8d2ffd6bfca85dce7d18dc0fd768e
Related-bug: #1450786
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We need to stop using "unset" as the password for all databases. Ideally we
would add a "XxxxDSN" parameter (e.g. KeystoneDSN) but this wont work because
we don't know the VirtualIP to pass in.
Until we can come up with a better solution we should at least get rid of
the "unset" passwords.
Change-Id: I31f45912fa9c116ccdee010a2c5d91ea43a25671
Depends-On: I8ffe1eb481f615b0fbe127cd8107f1e70794c839
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Ceilometer can use different backends. A recent change moved backend
support for Ceilometer from MySQL to MongoDB. This commit introduce a
greater flexibility, letting the deployer choose wheter MySQL or MongoDB
should be used as a backend for Ceilometer.
Change-Id: I0d5bfb0763cbcee234df7ab13574d866743d5ddf
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Install OpenStack Dashboad (Horizon) on the Overcloud Controller with
Puppet.
Co-Authored-By: Giulio Fidente <gfidente@redhat.com>
Depends-On: If9b12d373e407be8be8428d77145f131eb450e88
Change-Id: I254e895014f58a51dade3dcdc63eabbb5dc458ac
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Pacemaker is a new feature and should probably be disabled
by default.
Change-Id: I840d08c9e0563aeb7128eb2b21929612b7a5bf7a
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This patch adds support for configuring Keystone domain for Heat
via heat-keystone-setup-domain script. It should be reverted
as soon as Keystone v3 is fully functional.
Change-Id: I7397f49fac17c30262d02b70021d613aef5c6cad
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Adds a new ControllerEnableSwiftStorage parameter that
can be used to enable/disable use of the contoller node
as a Swift storage node.
Change-Id: Ic54144f4a46a671818c2f12e419cfa619b0dc1f9
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This patch adds a new ControllerEnableCephStorage option
which can be used to install and configure Ceph storage
(OSD) on the controller node.
The default is to have this disabled by default (this is
probably a more production like setting).
The motivation for this change is to help facilitate CI
jobs which actually use Ceph. Right now we have an issue
where once the Heat stack finishes Ceph is configured
and ready, but Cinder volume (required by our CI
devtest_overcloud.sh test) may or may not have had
enough time to recognize the amount of storage
on the remote Ceph storage nodes. Waiting another
periodic cycle for Cinder volume to recognize the
actual amount of storage on the remote OSD nodes
would work but there isn't a good way to do this
ATM. The right solution here is probably to
implement Heat breakpoints in our CI. As we haven't quite
landed that change, another option is to simply
make the controller node also be a Ceph storage node.
Since this runs as "step 2" within the controller
it ensures that the OSD will be available and thus
Cinder volume will register the correct amount of
storage on startup.
Enabling this feature also matches what we do with Swift
storage on the Controller (although we should provide
an option to actually disable this as well).
Change-Id: Ic47d028591edbaab83a52d7f38283d7805b63042
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Depends-On: Ia1bbf53c674e34ba7c70249895b106ec0af3c249
Change-Id: Ifa9f579d26a3cba9f8705226984c7b987ae0ad1c
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Change-Id: Ia2e4eae619ca95c0f417f713676732eb4f01304b
Depends-On: I9563eec0a2266deb2ebef2e3d76ae89d39b2be29
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Despite passing bind-address for MariaDB in overcloud_controller.pp
correctly, it was always trying to bind on 0.0.0.0. The problem is
caused by Galera's config file (we install Galera into the image even
though we don't use it yet). Galera's default config file contains
override of the bind-address value to 0.0.0.0, and the setting from
galera.cnf took precendence over what was in server.cnf.
The mariadb-galera-server package assumes that the main config happens
in galera.cnf and it ships an almost empty server.cnf. We now have an
EnableGalera param, when it's set to true the mysql module will manage
galera.cnf instead of server.cnf, overriding the default values from
galera.cnf and fixing the issue.
Change-Id: I7c2fd41d41dcf5eb4ee8b1dbd74d60cc2cabeed9
Closes-Bug: #1442256
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Passing the key explicitly into nova::compute::rbd means that Puppet
will not attempt to fetch the key using `ceph auth get-key <keyring>`,
having these effects:
* One reason for compute node to have access to the client.admin key is
gone (in current implementation it does have access to the key, but
this change is a step towards removing it).
* Ceph cluster doesn't have to be running at the time when Puppet runs
on compute node, meaning we don't have to serialize things more than
we do now.
Also adding the ComputeCephDeployment as a dependency of
ComputePostDeployment, otherwise the hiera file it creates might be
created *after* Puppet configuration happens on compute nodes, and the
values it provides would be missing during the Puppet run on the compute
nodes.
Change-Id: Id3166e6d5f01d18ec8a5033398bb511f4321a5e8
Depends-On: I70da06159c0d3c6fa204b5f7a468909ffab4d633
Partial-Bug: #1439949
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When trying out Ceph functionally the CephClusterFSID parameter
must be a UUID.
Additionally, the MonKey and AdminKey parameters should be
generated via ceph-authtool (or equivalently generated) to
ensure they work properly with the Ceph configuration.
Change-Id: I0c327843ef225d330d1c668f53324973c78d3505
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