Allow a cloud admin to target a specific tenant in which to allocate
a floating IP. This is useful when the cloud admin does not want to
delegate network privileges to the tenants or various Q&A scenarios.
The openstack_networking_subnet_v2 resource was originally designed
to have DHCP disabled by default; however, a bug in the original
implementation caused DHCP to always be enabled and never be
disabled. This bug was fixed in #6052.
Recent discussions have shown that users prefer if DHCP is enabled
by default. This commit implements makes the change.
this implements two new resource types:
* openstack_networking_secgroup_v2 - create a neutron security group
* openstack_networking_secgroup_rule_v2 - create a newutron security
group rule
Unlike their nova counterparts the neutron security groups allow a user
to specify the target tenant_id allowing a cloud admin to create per
tenant resources.
This commit adds several example uses of the
openstack_compute_instance_v2 resource. It also makes a clarification
about booting from volumes and image ids/names.
This commit adds a no_gateway attribute. When set, the subnet will
not have a gateway. This is different than not specifying a
gateway_ip since that will cause a default gateway of .1 to be used.
This behavior mirrors the OpenStack Neutron command-line tool.
Fixes#6031
This commit fixes and cleans up instance block_device configuration.
Reverts #5354 in that `volume_size` is only required in certain
block_device configuration combinations. Therefore, the actual
attribute must be set to Optional and later checks done.
Doc upates, too.
This commit adds the ability to create instances with multiple
ephemeral disks. The ephemeral disks will appear as local block
devices to the instance.
The `volume_size` of a `block_device` was originally set to Optional,
but it's a required parameter in the OpenStack/Nova API. While it's
possible to infer a default size of the block device, making it required
more closely matches the Nova CLI client as well as provides consistent
experience when working with multiple block_devices.
This commit adds the ability to associate a Floating IP to a specific
network. Previously, there only existed a top-level floating IP
attribute which was automatically associated with either the first
defined network or the default network (when no network block was
used).
Now floating IPs can be associated with networks beyond the first
defined network as well as each network being able to have their own
floating IP.
Specifying the floating IP by using the top-level floating_ip
attribute and the per-network floating IP attribute is not possible.
Additionally, an `access_network` attribute has been added in order
to easily specify which network should be used for provisioning.
This commit adds the openstack_lb_member_v1 resource. This resource models a
load balancing member which was previously coupled to the openstack_lb_pool_v1
resource.
By creating an actual member resource, load balancing members can now be
dynamically managed through terraform.
Added new section to end of Markdown file for OpenStack security groups,
recommending that security groups are referenced by the name attribute
instead of by the ID attribute.
This commit makes some quick updates to the port attributes to make them
more intuitive:
* `security_groups` to `security_group_ids`: since the port is expecting
IDs and not security group names like in other areas of OpenStack.
* `admin_state_up`: change to Boolean to match this same attribute on
other resources.
* `fixed_ips` to `fixed_ip`: while multiple `fixed_ip` blocks can be
specified, only one fixed IP can be specified in each block.
This commit adds further work to the OpenStack port resource:
* Makes relevant fields computed
* Adds state change functions
* Adds acceptance tests
* Adds Documentation
This commit cleans up areas that configure the image_id and image_name.
It enables the ability to not have to specify an image_id or image_name
when booting from a volume.
It also prevents Terraform from reporting an error when an image name is no
longer able to be resolved from an image ID. This usually happens when the
image has been deleted, but there are still running instances that were based
off of it.
The image_id and image_name parameters no longer immediately take a default
value from the OS_IMAGE_ID and OS_IMAGE_NAME environment variables. If no other
resolution of an image_id or image_name were found, then these variables will
be referenced. This further supports booting from a volume.
Finally, documentation was updated to take into account booting from a volume.
Joe Topjian