This introduces a provider for Cobbler. Cobbler manages bare-metal
deployments and, to some extent, virtual machines. This initial
commit supports the following resources: distros, profiles, systems,
kickstart files, and snippets.
* CloudFront implementation v3
* Update tests
* Refactor - new resource: aws_cloudfront_distribution
* Includes a complete re-write of the old aws_cloudfront_web_distribution
resource to bring it to feature parity with API and CloudFormation.
* Also includes the aws_cloudfront_origin_access_identity resource to generate
origin access identities for use with S3.
* Improve testing of CodeDeploy DeploymentGroup Trigger Configs
- ensure updates to trigger_events are applied
- assert changes to trigger_target_arn
* Retry CodeDeploy DeploymentGroup when Trigger Config SNS Topic is not available
- increase retries from 2 => 5
* Don't Base64-encode EC2 userdata if it is already Base64 encoded
The user data may be Base64 encoded already - for example, if it has been
generated by a template_cloudinit_config resource.
* Add encoded user_data to aws_instance acceptance test
* Issue #2174 Check that InternetGateway exists before returning from creation
Fix some random InvalidInternetGatewayID.NotFound errors
* Issue #2174 Reuse IGStateRefreshFunc
* Issue #2174 Need to wait for creation before setting tags
Update github.com/joyent/gosdc/...
Test does the minimum described in hashicorp/terraform#6109, i.e.
- Start a small instance, t4-standard-128M
- Check firewall is enabled
- Change configuration to disable firewall
- Check firewall is disabled.
Fixes#6119.
* provider/aws: CodeDeploy Deployment Group Triggers
- Create a Trigger to Send Notifications for AWS CodeDeploy Events
- Update aws_codedeploy_deployment_group docs
* Refactor validateTriggerEvent function and test
- also rename TestAccAWSCodeDeployDeploymentGroup_triggerConfiguration test
* Enhance existing Deployment Group integration tests
- by using built in resource attribute helpers
- these can get quite verbose and repetitive, so passing the resource to a function might be better
- can't use these (yet) to assert trigger configuration state
* Unit tests for conversions between aws TriggerConfig and terraform resource schema
- buildTriggerConfigs
- triggerConfigsToMap
* provider/aws: Add more Randomization to DB Parameter Group Tests, to avoid collisions
* provider/aws: Add more randomization to Autoscaling group tests
We have a curtesy function in place allowing you to specify both a
`name` of `ID`. But in order for the graph to be build correctly when
you recreate or taint stuff that other resources depend on, we need to
reference the `ID` and *not* the `name`.
So in order to enforce this and by that help people to not make this
mistake unknowingly, I deprecated all the parameters this allies to and
changed the logic, docs and tests accordingly.
Added the ability to set the "privacy" of a github_team resource so all teams won't automatically set to private.
* Added the privacy argument to github_team
* Refactored parameter validation to be general for any argument
* Updated testing
This is the first step in removing the config dependency on "project".
This change is backwards-compatible because the value for this new
attribute defaults to the value from the provider.
This commit enables the ability to authenticate to OpenStack by way
of a Keystone Token. Tokens can provide a way to use Terraform and
OpenStack with an expiring, temporary credential. The token will need
to be generated out of band from Terraform.
* provider/aws: test empty plan with sns_topic policy with random order
If we setup a sns_topic policy with a policy with a different order
to the one set by the AWS API, terraform plan will be not empty between
runs.
* provider/aws: normalize json policy for sns topic
For the policy attribute of the resource aws_sns_topic, AWS returns the policy
in JSON format with the fields in a different order.
If we store and compare the values without normalizing, terraform
will unnecesary trigger and update of the resource.
To avoid that, we must add a normalization function in the StateFunc of
the policy attribute and also when we read the attribute from AWS.
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
When calling AssociateAddress, the PrivateIpAddress parameter must be
used to select which private IP the EIP should associate with, otherwise
the EIP always associates with the _first_ private IP.
Without this parameter, multiple EIPs couldn't be assigned to a single
ENI. Includes covering test and docs update.
Fixes#2997
Previously the format string was using %#v, which prints the whole data structure given.
Instead we want to use %s to get the string representation of the error.
This fixes#6038.
Normalise the event_pattern of the aws_cloudwatch_event_rule resource
before uploading it to AWS.
AWS seems to accept a event_pattern with a JSON with new lines, but then
the rule does not seem to work. Creating the rule in the AWS console works,
but will setup the pattern as a json without newlines or spaces, and
display a formatted JSON.
Previously, resizing would only work if the flavor_id changed and
would create an error if the flavor_name changes. This commit fixes
this behavior.
It also quickly refactors the getFlavorID function to use
Gophercloud's IDFromName function. getFlavorID was the basis of
IDFromName so the exact same code is used.
Fixes#5780
Fix retry after removing associations by correctly checking and returning an
error. This should patch the VPC/Resource leak in our nightly acceptance tests.
It turns out all other providers use `ip_address` where the CloudStack
provider uses `ipaddress`. To make this more consistent this PR
deprecates `ipaddress` and adds `ip_address` where needed…
This new resource is an alternative to consul_keys that manages all keys
under a given prefix, rather than arbitrary single keys across the entire
store.
The key advantage of this resource over consul_keys is that it is able to
detect and delete keys that are added outside of Terraform, whereas
consul_keys is only able to detect changes to keys it is explicitly
managing.
The provider should, when working on a new repository without branches:
* Able to create a new repository even with default_branch defined.
* Able to create a new repository without default_branch, and do not fail
if default_branch is defined.
In AWS codecommit the default branch must have a value unless there are
no branches created, in which case it is not possible to set it to any value.
We query the existing branches and do not update the default branch
if there are none defined remotely.
This solves the issue of the initial creation of the repository with a
resource with `default_branch` defined.
Martin Atkins