Just saying `id` is ambiguous, it could be interpreted as the resource ID which will fail with the follow error: `CertificateNotFound: Server Certificate not found for the key: <id>`. The AWS documentation states that the ssl certificate id parameter must be the ARN.
Previously we linked to the whole request body definition for valid values of `runtime`.
Now we link directly to the docs for `Runtime`, which will hopefully make it easier to find the valid values.
This fixes#4570.
Official OpenStack clients commonly support specifing a client
certificate/key to enable SSL client authentication when communicating
with OpenStack services. This patch enables such feature in Terraform
with new parameters and environment variables:
* 'cert' provider parameter or OS_CERT env variable to specify client
certificate file,
* 'key' provider parameter or OS_KEY env variable to specify client
certificate private key file.
It can come in handy to be able to mount ISOs programmatically.
For instance if you're developing a custom appliance (that automatically installs itself on the hard drive volume)
that you want to automatically test on every successful build (given the ISO is uploaded to the vmware datastore).
There are probably lots of other reasons for using this functionality.
* provider/aws: Fix hashing on CloudFront certificate parameters
Adding necessary type assertion to values on the viewer_certificate hash
function to ensure that certain fields are indeed not zero string
values, versus simply zero interface{} values (aka nil, as is such for a
map[string]interface{}).
* provider/aws: CloudFront complex structure error handling
Handle errors better on calls to d.Set() in the
aws_cloudfront_distribution, namely in flattenDistributionConfig(). Also
caught a bug in the setting of the origin attribute, was incorrectly
attempting to set origins.
* provider/aws: Pass pointers to set CloudFront primitives
Change a few d.Set() for primitives in aws_cloudfront_distribution and
aws_cloudfront_origin_access_identity to use the pointer versus a
dereference.
* docs: Fix CloudFront examples formatting
Ran each example thru terraform fmt to fix indentation.
* provider/aws: Remove delete retention on CloudFront tests
To play better with Travis and not bloat the test account with disabled
distributions.
Disable-only functionality has been retained - one can enable it with
the TF_TEST_CLOUDFRONT_RETAIN environment variable.
* provider/aws: CloudFront delete waiter error handling
The call to resourceAwsCloudFrontDistributionWaitUntilDeployed() on
deletion of CloudFront distributions was not trapping error messages,
causing issues with waiter failure.
* provider/fastly: Add support for managing Headers
Adds support for managing Headers in a Fastly configuration.
* update acc test
* update website with example of adding a header block
* provider/aws: Default Network ACL resource
Provides a resource to manage the default AWS Network ACL. VPC Only.
* Remove subnet_id update, mark as computed value. Remove extra tag update
* refactor default rule number to be a constant
* refactor revokeRulesForType to be revokeAllNetworkACLEntries
Refactor method to delete all network ACL entries, regardless of type. The
previous implementation was under the assumption that we may only eliminate some
rule types and possibly not others, so the split was necessary.
We're now removing them all, so the logic isn't necessary
Several doc and test cleanups are here as well
* smite subnet_id, improve docs
According to the libpq documentation, "prefer" is the default in the
underlying library and so setting a different default in the Terraform
layer would be a breaking change for existing users of this provider
whose servers do not have TLS correctly configured.
The docs now link to the libpq manual's discussion of the security
implications of each of the ssl_mode options, so the user can understand
the limitations of the "prefer" default and can make an informed decision
about which setting is appropriate for their situation.
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.
* 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
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 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.
On creating CloudWatch metric alarms, I need to get the HealthCheckId dimension. Reference would be useful.
```
dimensions {
"HealthCheckId" = "${aws_route53_health_check.foo.id}"
}
```
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
GitHub really doesn't like when you make the H lowercase, it violates
their brand guidelines and they won't help promote anything that doesn't
use the capital H.
* update docs on required parameter for api_gateway_integration
This parameter was required for lambda integration.
Otherwise,
` Error creating API Gateway Integration: BadRequestException: Enumeration value for HttpMethod must be non-empty`
* documentation: Including the AWS type on the api_gateway_integration docs
Documentation for `aws_cloudwatch_event_target` to warn that in order to be
able to have your AWS Lambda function or SNS topic invoked by a CloudWatch
Events rule, you must setup the right permissions
using `aws_lambda_permission` or `aws_sns_topic.policy`
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.
Thomas Bruun