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Adds new puppet and puppet pacemaker specific services for
Glance API and Glance Registry.
The Pacemaker templates extend the default glance services and
swap in the pacemaker specific puppet-tripleo profile instead.
In the case of pacemaker glance-registry there is no separate
puppet manifest so only the configuration parameters are maintained
there. (Due to the way the pacemaker glance constraints are written
the pacemaker varients of this service can't be split out...)
Depends-On: Ifc388f7058ccfff2818f531bcbc00c7179874bbc
Change-Id: I00a8c916129af43cda225754eb10370289bb4b41
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Adds new puppet and puppet pacemaker specific services for
Keystone.
The puppet manifests for keystone now live in puppet-tripleo.
Hiera settings are driven by the nested stack heat templates
and used to control puppet-keystone and puppet-tripleo
directly.
The Pacemaker template extends the default keystone service and
swaps in the pacemaker specific puppet-tripleo profile instead.
Change-Id: I8b30438a27e9d5ec4e7d335e0bd1a931a20b03a2
Depends-On: I2faf5a78db802549053ec41678bf83bf28108189
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Removes the old noop nested stack template for extraconfig
tasks and instead uses OS::Heat::None. This should avoid a few
extra resource checks on create and update.
Change-Id: I5a42fc78ece2553e86385236e214aa1e3c91cd85
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Removes the old noop nested stack template for networks and
instead uses OS::Heat::None instead. This should avoid a few
extra resource checks on create and update.
Change-Id: Ia3d7f62dbda2705ffc3d9edcddebcd3ece3cc9d2
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This patch wires in a new for Mitaka Heat feature
that allows us to dynamically include a set of nested
stacks representing individual services via a Heat resource chain.
Follow on patches will use this interface to decompose the controller
role into isolated services.
Co-Authored-By: Steve Hardy <shardy@redhat.com>
Depends-On: If510abe260ea7852dfe2d1f7f92b529979483068
Change-Id: I84c97a76159704c2d6c963bc4b26e365764b1366
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A stack is an extremely heavyweight abstraction in Heat. Particularly in
TripleO, every stack includes a copy of all the template and environment
data for all of the stacks in the tree, all of which must be stored anew
in the database.
The EndpointMap abstraction created no fewer than 30 nested stacks, none
of which contained any resources but which existed purely for the
purpose of abstracting out some intrinsic functions used to calculate
the endpoint URLs for the various services. This likely adds several GB
to the memory requirements of the undercloud, and can cause things to
slow to a crawl since all 30 nested stacks need to be queried whenever
we need data from any one of them.
This change eliminates the nested stacks and instead generates the
endpoint map statically. This can be done offline in less than 250ms,
allows the input data to be expressed in an even more human-readable
form, and reduces the runtime overhead of the endpoints map by a factor
of 31, all with no loss of functionality, compatibility or flexibility.
Since we don't run a setup script to generate the tarball, the
endpoint_map.yaml output is checked in to source control. The build
script offers a --check option that can be used to make sure that the
output file is up-to-date with the input data.
Change-Id: I2df8f5569d81c1bde417ff5b12b06b7f1e19c336
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Change-Id: I7226070aa87416e79f25625647f8e3076c9e2c9a
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This change allows every overcloud node to optionally participate in
any of the isolated networks. The optional networks are not enabled
by default, but allow additional flexibility. Since the new networks
are not enabled by default, the standared deployment is unchanged.
This change was originally requested for OpenDaylight support.
There are several use cases for using non-standard networks.
For instance, one example might be adding the Internal API network
to the Ceph nodes, in order to use that network for administrative
functions. Another example would be adding the Storage Management
network to the compute nodes, in order to use it for backup. Without
this change, any deviation from the standard set of roles that use a
network is a custom change to the Heat templates, which makes
upgrades much more difficult.
Change-Id: Ia386c964aa0ef79e457821d8d96ebb8ac2847231
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This change adds a system management network to all overcloud
nodes. The purpose of this network is for system administration,
for access to infrastructure services like DNS or NTP, or for
monitoring. This allows the management network to be placed on a
bond for redundancy, or for the system management network to be
an out-of-band network with no routing in or out. The management
network might also be configured as a default route instead of the
provisioning 'ctlplane' network.
This change does not enable the management network by default. An
environment file named network-management.yaml may be included to
enable the network and ports for each role. The included NIC config
templates have been updated with a block that may be uncommented
when the management network is enabled.
This change also contains some minor cleanup to the NIC templates,
particularly the multiple nic templates.
Change-Id: I0813a13f60a4f797be04b34258a2cffa9ea7e84f
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This change adds a new *_from_pool.yaml meant to return an IP from
a list instead of allocating a Neutron port, useful to pick an IP
from a pre-defined list and making it possible to configure, for
example an external balancer in advance (or dns), with the future
IPs of the controller nodes.
The list of IPs is provided via parameter_defaults (in the
ControllerIPs struct) using ControllerIPs param.
Also some additional VipPort types are created for the *VirtualIP
resources. The VIPs were previously created using the same port
resource used by the nodes, but when deploying with an external
balancer we want the VIP resource to be nooped instead.
Change-Id: Id3d4f12235501ae77200430a2dc022f378dce336
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This enables pacemaker maintenantce mode when running Puppet on stack
update. Puppet can try to restart some overcloud services, which
pacemaker tries to prevent, and this can result in a failed Puppet run.
At the end of the puppet run, certain pacemaker resources are restarted
in an additional SoftwareDeployment to make sure that any config changes
have been fully applied. This is only done on stack updates (when
UpdateIdentifier is set to something), because the assumption is that on
stack create services already come up with the correct config.
(Change I9556085424fa3008d7f596578b58e7c33a336f75 has been squashed into
this one.)
Change-Id: I4d40358c511fc1f95b78a859e943082aaea17899
Co-Authored-By: Jiri Stransky <jistr@redhat.com>
Co-Authored-By: James Slagle <jslagle@redhat.com>
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This will allow the following:
- reduced load on heat for large overclouds
- a shorter os-collect-config poll interval without increasing load on
the undercloud
- the ability to add config deployments outside the stack, allowing
workflow tools like mistral, ansible or tripleoclient to directly
deploy custom scripts and config to overcloud nodes
Change-Id: If028c9d7764210363135c3e7cc16ae1fb897a77c
Depends-On: I9c475f0c489c67db5895924050186228403f2773
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This commit enables the injection of a trust anchor or root
certificate into every node in the overcloud. This is in case that the
TLS certificates for the controllers are signed with a self-signed CA
or if the deployer would like to inject a relevant root certificate
for other purposes. In this case the other nodes might need to have
the root certificate in their trust chain in order to do proper
validation
Change-Id: Ia45180fe0bb979cf12d19f039dbfd22e26fb4856
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Changes VipMap into a new NetVipMap resource which defaults to
being the same as the 'old' VipMap. An environment file can be
used to map NetVipMap instead to the net_vip_map_external.yaml
which allows for passing in explicit Virtual IP addresses.
It also ensures that references to the Virtual IPs are gathered
from the VipMap resource and allows for an empty ControlPlaneIP
parameter in the neutron port templates where it can be.
Co-Authored-By: Giulio Fidente <gfidente@redhat.com>
Change-Id: Ifad32e18f12b9997e3f89e4afe3ebc4c30e14a86
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This is a first implementation of adding TLS termination to the load
balancer in the controllers. The implementation was made so that the
appropriate certificate/private key in PEM format is copied to the
appropriate controller(s) via a software deployment resource.
And the path is then referenced on the HAProxy configuration, but this
part was left commented out because we need to be able to configure the
keystone endpoints in order for this to work properly.
Change-Id: I0ba8e38d75a0c628d8132a66dc25a30fc5183c79
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Because many of the service endpoints URLs use the same patterns for
generating the URLs it makes sense to use the same templates to reduce
the copy and paste.
In the process also adds support for explicitly specifying hostnames
for use in the endpoints. Note: DNS must be pre-configured. The
Heat templates do not directly configure DNS.
Change-Id: Ie3270909beca3d63f2d7e4bcb04c559380ddc54d
Co-Authored-By: Juan Antonio Osorio Robles <jaosorior@redhat.com>
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It's become apparent that some actions are required in the pre-deploy
phase for all nodes, for example applying common hieradata overrides,
or also as a place to hook in logic which must happen for all nodes
prior to their removal on scale down (such as unregistration from
a satellite server, which currently doesn't work via the
*NodesPostDeployment for scale-down usage).
So, add a new interface that enables ExtraConfig per-node (inside the
scaled unit, vs AllNodes which is used for the cluster-wide config
outside of the ResourceGroup)
Change-Id: Ic865908e97483753e58bc18e360ebe50557ab93c
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This change adds a CephStorageExtraConfigPre which can be used
to distribute hooks for the CephStorage nodes.
Change-Id: Id0023d8ffddb3ee5e855d5dcc32c76bc41ce4c63
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Updates the /puppet directory templates so that we drop the
'-puppet' from the filenames. This is redundant because
we already have puppet in the directory name and fixes
inconsistencies where we aren't using -puppet in
all the files within the puppet directory.
Depends-On: I71cb07b2f5305aaf9c43ab175cca976e844b8175
Change-Id: I70d6e048a566666f5d6e5c2407f8a6b4fd9f6f87
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Adds hook to enable additional "AllNodes" config to be performed prior
to applying puppet - this is useful when you need to build
configuration data which requires knowledge of all nodes in a cluster,
or of the entire deployment.
As an example, there is a sample config template which collects the
hostname and mac addresses for all nodes in the deployment then writes
the data to all Controller nodes. Something similar to this may be
required to enable creation of the nexus_config in
https://review.openstack.org/#/c/198754/
There's also another, simpler, example which shows how you could share
the output of an OS::Heat::RandomString between nodes.
Change-Id: I8342a238f50142d8c7426f2b96f4ef1635775509
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When using network isolation you might want to selective
move one of the services back to the default ctlplane network
by simply using the ServiceNetMap parameter. This patch
adds ctlplane to the output parameters for both
the net_ip_map and net_ip_list_map nested stacks so that
this is possible.
As part of this patch we also split out the NetIpSubnetMap
into its own unique nested stack so that the Heat input
parameters for this stack are more clearly named.
Change-Id: Iaa2dcaebeac896404e87ec0c635688b2a59a9e0f
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Reinstates the heat-admin user via template user-data, which
replaces the previous boothook injected user provided by the
(deprecated now removed) heat instance_user option.
This has some advantages over the heat.conf option, e.g it allows
for much easier customzation of the user configuration (additional
SSH keys, adding groups etc), and also in future if we support
deploying more than one overcloud you could specify a different
user per deployment.
Co-Authored-By: Dan Prince <dprince@redhat.com>
Change-Id: I2235b9690c01542d8a28ec1c1a4607de751aea29
Closes-Bug: #1229849
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This commit provides a way to configure some additional hieradata
for compute nodes. This is similar to the earlier added infra for
supporting Controller pre-deployment extraconfig.
Change-Id: I02dda0685c7df9013693db5eeacb2f47745d05b5
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This patches wires in a new "all nodes" validation resource
that can be used to add validations that occur early on
during the deployment process. This occurs after the nodes
have been brought online and the initial networks
have been configured but before any "post" (puppet, etc.)
sort of configuration has been executed.
A initial validation script has been added to ping test network IPs
on each network. When using network isolation this will ensure
network connectivity (vlans, etc) are working on each
node and if not the heat stack will fail early, allowing
time to fix the network connections and retry the
stack creation via an update.
Change-Id: I63cf95b27e8ad2aed48718cf84df5f324780e597
Co-Authored-By: Ian Main <imain@redhat.com>
Co-Authored-By: Ryan Hallisey <rhallise@redhat.com>
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In 9b89dd20162d962480d3cb84161ed6bfd4fa9de8 we had a regression
where the default "external" traffic port was set to a VIP
when using puppet. We should not ever specify a VIP to be used
for the actual machine IPs (VIPs are only guaranteed to
work once the load balancer is running).
Also, This doesn't match the non-puppet case.
Change-Id: Icd179a70001f2bd7a97e31c7f6445001330674cd
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This change brings PublicVirtualIP in line with the rest of the
VIPs in how it is created. This allows the network where
PublicVirtualIP is instantiated to be on cltplane when network
isolation is not used, and on the external network when network
isolation is used. This change removes the PublicVirtualNetwork
parameter, since it is no longer used. In order to continue to
support the PublicVirtualFixedIPs parameter, which is used to
provide a specific IP for the PublicVirtualIP, the FixedIP
parameter was added to cltplane_vip.yaml, vip.yaml, and
noop.yaml. The value of PublicVirtualIP is passed to FixedIP
in the VIP templates. This change also moves the default
network for keystone public api to the external net (which will
fallback to ctlplane if network isolation isn't used).
Change-Id: I3f5d35cbe55d3a148e95cf49dfbaad4874df960b
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The recently added cinder-netapp extraconfig contains some additional
hieradata which needs to be applied during the initial pre-deployment
phase, e.g in controller-puppet.yaml (before the manifests are applied)
so wire in a new OS::TripleO::ControllerExtraConfigPre provider resource
which allows passing in a nested stack (empty by default) which contains
any required "pre deployment" extraconfig, such as applying this hieradata.
Some changes were required to the cinder-netapp extraconfig and environment
such that now the hieradata is actually applied, and the parameter_defaults
specified will be correctly mapped into the StructuredDeployment.
Change-Id: I8838a71db9447466cc84283b0b257bdb70353ffd
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The redis_vip should come from a Neutron Port as its cidr depends
on the Neutron Network configuration. This change adds 2 new files
and modifies 1 in the network/ports directory:
- noop.yaml - Passes through the ctlplane Controller IP (modified)
- ctlplane_vip.yaml - Creates a new VIP on the control plane
- vip.yaml - Creates a VIP on the named network (for isolated nets)
Also, changes to overcloud-without-mergepy.yaml create the
Redis Virtual IP. The standard resource registry was modified to
use noop.yaml for the new Redis VIP. The Puppet resource registry
was modified to use ctlplane_vip.yaml by default, but can be made
to use vip.yaml when network isolation is used by using an
environment file. vip.yaml will place the VIP according to the
ServiceNetMap, which can also be overridden.
We use this new VIP port definition to assign a VIP to Redis,
but follow-up patches will assign VIPs to the rest of the
services in a similar fashion.
Co-Authored-By: Dan Sneddon <dsneddon@redhat.com>
Change-Id: I2cb44ea7a057c4064d0e1999702623618ee3390c
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This change modifies overcloud-resource-registry-puppet.yaml to
use net-config-noop.yaml as the default os-net-config template
for compute nodes. The current default of net-config-bridge.yaml
will set up a br-ex on the compute nodes. Since we are not using
DVR that is not needed.
Change-Id: I4e149a4f5a6d19e94e8c0245f52677f92f22d3ec
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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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Enables support for configuring Cinder with a NetApp backend.
This change adds all relevant parameters for:
- Clustered Data ONTAP (NFS, iSCSI, FC)
- Data ONTAP 7-Mode (NFS, iSCSI, FC)
- E-Series (iSCSI)
Change-Id: If6c6e511ef2d26c4794e3b37c61e5318485ff4db
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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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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 change adds parameters to specify which networks the MySQL
service will use. If the internal_api network exists the MySQL
service will bind to the IP address on that network, otherwise
the services will default to the IP on the Undercloud 'ctlplane'
network.
This patch also drop the old 'controller_host' variable from
the puppet controller template since it is no longer in use.
Change-Id: I4fba2c957f7db47e916bc269fb4bd32ccc99bd4c
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This change adds parameters to select the networks for Horizon,
Redis, Rabbit MQ, and memcached services. Horizon is often used for
administration from outside the cloud, so if the external network
exists, Horizon will bind to that IP, otherwise it will default to
the Undercloud 'ctlplane' network. Redis, Rabbit MQ, and memcached
will bind to IPs on the internal_api network if it exists, else
they will default to the 'ctlplane' network as well. Any of these
network assignments can be overridden with an environment file.
Change-Id: Ie0aa46b4a3c00d3826866796b4ec3b14f71f987c
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This change adds paramters to specify which networks the Swift API
services will use. If the storage network exists, it will be used
for the Swift API, otherwise the Undercloud 'ctlplane' network will
be used. If the storage_mgmt network exists, it will be used for
the back-end storage services, otherwise the 'ctlplane' will be
used by default.
Change-Id: I1d5e966a16416c52935c22efe2d4783cd2192c32
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This change adds parameters to specify which networks the Nova API and
metadata services will use. If the internal_api network exists, it will be
used for the bind IP for Nova API and metadata servers, otherwise the
Undercloud 'ctlplane' IP will be used by default.
Change-Id: Ie420274c7fba80abf9cf2b599431acc47e28fc7a
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This change adds parameters to specify which networks the Heat services
will use. If the internal_api network exists, the Heat API, Heat Cloud
Formations, and Heat Cloudwatch services will bind to the IP address on
that network, otherwise the services will default to the IP on the
Undercloud 'ctlplane' network.
Change-Id: I5febe1b9071600b43fa76c6cf415db83cad472ab
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This change adds parameters to specify which network the Neutron API should
use. If the internal_api network exists, Neutron will bind to the IP on that
network, otherwise the Undercloud 'ctlplane' network will be used. The
network that the Neutron API is bound to can be overridden in an environment
file.
Change-Id: I11bcebba3a22e8850095250a2ddfaf972339476b
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Dan Prince
Jenkins
Zane Bitter
Jiri Stransky
Dan Sneddon
Giulio Fidente
Steven Hardy
Steve Baker
Juan Antonio Osorio Robles
Mark Chappell
Shiva Prasad Rao
Ryan Hefner