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This just a revert to see if reverting this gets back to a normal CI run time.
This reverts commit f72aed85594f223b6f888e6d0af3c880ea581a66.
Change-Id: I04a0893f6cf69f547a4db26261005e580e1fc90b
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This change adds a new set of network templates with IPv6 subnets
that can be used instead of the existing IPv4 networks. Each network
can use either the IPv4 or IPv6 template, and the Neutron subnet will
be created with the specified IP version.
The default addresses used for the IPv6 networks use the fd00::/8
prefix for the internal isolated networks (this range is reserved
for private use similar to 10.0.0.0/8), and 2001:db8:fd00:1000::/64
is used as an example default for the External network
(2001:db8::/32 are the documentation addresses [RFC3849]), but this
would ordinarily be a globally addressable subnet. These
parameters may be overridden in an environment file.
This change will require updates to the OpenStack Puppet
Modules to support IPv6 addresses in some of the hieradata values.
Many of the OPM modules already have IPv6 support to support IPv6
deployments in Packstack, but some OPM packages that apply only to
Instack/TripleO deployments need to be updated.
IPv6 addresses used in URLs need to be surrounded by brackets in
order to differentiate IP address from port number. This change
adds a new output to the network/ports resources for
ip_address_uri, which is an IP address with brackets in the case
of IPv6, and a raw IP address without brackets for IPv4 ports.
This change also updates some URLs which are constructed in Heat.
This has been tested and problems were found with Puppet not
accepting IPv6 addresses. This is addressed in the latest Puppet.
Additional changes were required to make this work with Ceph.
IPv6 tunnel endpoints with Open vSwitch are not yet supported
(although support is coming soon), so this review leaves the
Tenant network as an isolated IPv4 network for the time being.
Change-Id: Ie7a742bdf1db533edda2998a53d28528f80ef8e2
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Ceilometer Alarm is deprecated in Liberty by Aodh.
This patch:
* manage Aodh Keystone resources
* deploy Aodh API under WSGI, Notifier, Listener and Evaluator
* manage new parameters to customize Aodh deployment
* uses ceilometer DB for the upgrade path
* pacemaker config
Depends-On: I9e34485285829884d9c954b804e3bdd5d6e31635
Depends-On: I891985da9248a88c6ce2df1dd186881f582605ee
Depends-On: Ied8ba5985f43a5c5b3be5b35a091aef6ed86572f
Co-Authored-By: Pradeep Kilambi <pkilambi@redhat.com>
Change-Id: I58d419173e80d2462accf7324c987c71420fd5f6
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Nova v2.1 allows to use the same API as 2.0 but with microversions
support, which is the recommended way to discover the latest API
version supported in the cloud.
Change-Id: Id011de03d883001fd48dbbcfed53cb821607c7f3
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Due to an incorrect rebase, d0dcb9401c868786df58f5801a431392b8e89df8
dropped the changes made in dd7602ad82100617126be26d80a6d3f67cb739ac to
add a vncproxy to the endpoint map. This change restores them.
Change-Id: Ifef7f955481405d5fe39ba48c8b1a79aa9c170f2
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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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Our current nova-neutron configuration does not work with
the latest puppet-nova. In particular, this patch[1].
This commit adds keystone v3 endpoints to the map and gets the
nova::network::neutron configuration to use them.
[1] https://github.com/openstack/puppet-nova/commit/d09868a59c451932d67c66101b725182d7066a14
Change-Id: Ifb8c23c81c665c2732fa5cd757760668b06a449a
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The commit daad3d4224f12d2c23c41a70cdf522e7c55536ba added a bunch of new
endpoints, but failed to use the new input data in calculating the
outputs: the GlanceRegistry ones use the Glance endpoints and the
Horizon one the Heat endpoint. This would cause anything querying these
endpoints from the endpoints map to get the wrong ports.
Change-Id: I8e1780b26e285187142be41b4f3aae3efe7eaaee
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Right now our vncproxy settings are hard-coded to http and the
non-ssl port. This change adds a vncproxy entry to the endpoint
map and uses those values to configure the proxy correctly on
compute nodes. This is sufficient to get it working in my
environment with ssl enabled.
Change-Id: I9d69b088eef4700959b33c7e0eb44932949d7b71
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Integration of OpenStack data processing service (sahara) with
TripleO.
- Deploys sahara in distributed mode (separate api and engine
processes on each controller node)
- Load balancing w/haproxy
- RabbitMQ/MySQL supported per current TripleO standard
- Minimal configurability at this time
Change-Id: I77a6a69ed5691e3b1ba34e9ebb4d88c80019642c
Partially-implements: blueprint sahara-integration
Depends-On: I0f0a1dc2eaa57d8226bad8cfb250110296ab9614
Depends-On: Ib84cc59667616ec94e7edce2715cbd7dd944f4ae
Depends-On: I9fe321fd4284f7bfd55bd2e69dcfe623ed6f8a2a
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This aligns the parameter default values from python-tripleoclient
with tripleo-heat-templates. This is in preparation for removing
all the defaults from the client, and maintaining them only in the
templates.
Change-Id: I7b635a250f1ecc170e18d8e434f0118c6fcbb942
Co-Authored-By: James Slagle <jslagle@redhat.com>
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We need to pass details of the Glance Registry and public Horizon
endpoints to the load balancers so add them to the EndpointMap
Change-Id: Ia6261223e7701734f47ce48471c86f690ba3dcd5
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We expose all of the other parameters, so expose the IP too for
consistency
Change-Id: I5c31befde51e398318c7b8c744310212288ad892
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CloudName is the DNS name for the public VIP this means we will likely
want it available for use in the endpoint hostnames, rather than people
needing to copy and paste the same hostname
Change-Id: Ic6d708b083244442195eee890de91bbc7e133ec2
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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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James Slagle
Dan Sneddon
Jenkins
Emilien Macchi
Zane Bitter
David Moreau Simard
Ben Nemec
Ethan Gafford
Giulio Fidente
Mark Chappell