Add the iam_arn attribute to aws_cloudfront_origin_access_identity,
which computes the IAM ARN for a certain CloudFront origin access
identity.
This is necessary because S3 modifies the bucket policy if CanonicalUser
is sent, causing spurious diffs with aws_s3_bucket resources.
This brings over the work done by @apparentlymart and @radeksimko in
PR #3124, and converts it into a data source for the AWS provider:
This commit adds a helper to construct IAM policy documents using
familiar Terraform concepts. It makes Terraform-style interpolations
easier and resolves the syntax conflict between Terraform interpolations
and IAM policy variables by changing the latter to use &{...} for its
interpolations.
Its use is completely optional and users are free to go on using literal
heredocs, file interpolations or whatever else; this just adds another
option that fits more naturally into a Terraform config.
This an effort to address hashicorp/terraform#516.
Adding the Sensitive attribute to the resource schema, opening up the
ability for resource maintainers to mark some fields as sensitive.
Sensitive fields are hidden in the output, and, possibly in the future,
could be encrypted.
Closing off my other AWS availability zone branch, I'm adding tests for
the existing aws_availability_zones data source.
This closeshashicorp/terraform#4848.
This data source allows one to look up the most recent AMI for a specific
set of parameters, much like aws ec2 describe-images in the AWS CLI.
Basically a refresh of hashicorp/terraform#4396, in data source form.
* Add per user, role and group policy attachment
* Add docs for new IAM policy attachment resources.
* Make policy attachment resources manage only 1 entity<->policy attachment
* provider/aws: Tidy up IAM Group/User/Role attachments
When two rules differ only in source security group, EC2 APIs return
them as a single rule, but Terraform requires separate
aws_security_group_rule resources.
6bdab07174 changed Read to set source_security_group_id (and
cidr_blocks) from the rule returned from EC2 and chose the first
source_security_group_id arbitrarily, which is wrong.
Makes TestAccAWSSecurityGroupRule_PartialMatching_Source pass again.
Also adds a comment noting that there is a bug in the new resource
importing feature.
Fixes#6728.
This commit adds a data source with a single list, `instance` for the
schema which gets populated with the availability zones to which an
account has access.
resource
We had a line on the Update func that said:
```
Hash key can only be specified at creation, you cannot modify it.
```
The resource has now been changed to ForceNew on the hashkey
```
aws_dynamodb_table.demo-user-table: Refreshing state... (ID: Users)
aws_dynamodb_table.demo-user-table: Destroying...
aws_dynamodb_table.demo-user-table: Destruction complete
aws_dynamodb_table.demo-user-table: Creating...
aws_dynamodb_table.demo-user-table: Creation complete
```
When stage_name is not passed to the resource
aws_api_gateway_deployment a terraform apply will fail. This is
because the stage_name is required and not optional.
As requested in #4822, add support for a KMS Key ID (ARN) for Db
Instance
```
make testacc TEST=./builtin/providers/aws
TESTARGS='-run=TestAccAWSDBInstance_kmsKey' 2>~/tf.log
==> Checking that code complies with gofmt requirements...
go generate $(go list ./... | grep -v /vendor/)
TF_ACC=1 go test ./builtin/providers/aws -v
-run=TestAccAWSDBInstance_kmsKey -timeout 120m
=== RUN TestAccAWSDBInstance_basic
--- PASS: TestAccAWSDBInstance_basic (587.37s)
=== RUN TestAccAWSDBInstance_kmsKey
--- PASS: TestAccAWSDBInstance_kmsKey (625.31s)
PASS
ok github.com/hashicorp/terraform/builtin/providers/aws 1212.684s
```
missing
Fixes#6625
When an SNS topic subscription was created with TF and then removed via
the AWS Console, Terraform threw an error:
```
* aws_sns_topic_subscription.testme: NotFound: Subscription does not
* exist
status code: 404, request id: a22e7ed7-3630-5a8a-b767-317ac1440e24
```
This PR will remove the topic subscription from state on a NotFound and
will then readd the subscripton
`on_premises_instance_tag_filter`
When setting `on_premises_instance_tag_filter`, Terraform was not
pushing the changes on the cReate (due to a spelling mistake). A second
apply would push the tags and then cause a panic. Terraform was building
a ec2.Tagfilter struct without checking for optional values. When the
TagFilter was being dereferenced, it caused a panic
The `name` attribute will always be normalized to a FQDN, with a trailing "dot"
at the end when returned from the API.
We store the name as it's provided in the configuration, so "www" stays as "www"
and "www.terraformtesting.io." stays as "www.terraformtesting.io.".
The problem here is that if we use a full name as above, and the configuraiton
does *not* include the trailing dot, the API will return a version that does,
and we'll have a conflict.
This is particularly bad when we have a lifecycle block with
`create_before_destroy`; the record will get an update posted (which ends up
being a no-op on AWS's side), but then we'll delete the same record immediately
after, resulting in no record at all.
This PR addresses that by trimming the trailing dot from the `name` when saving
to state. We migrate existing state to match, to avoid false-positive diffs.
* New top level AWS resource aws_eip_association
* Add documentation for aws_eip_association
* Add tests for aws_eip_association
* provider/aws: Change `aws_elastic_ip_association` to have computed
parameters
The AWS API was send ing more parameters than we had set. Therefore,
Terraform was showing constant changes when plans were being formed
Added the hosted_zone_id attribute, which aliases to the Route 53
zone ID that can be used to route Alias Resource Record Sets to.
This fixeshashicorp/terraform#6489.
Change the AWS DB Instance to now include the DB Option Group param. Adds a test to prove that it works
Add acceptance tests for the AWS DB Option Group work. This ensures that Options can be added and updated
Documentation for the AWS DB Option resource
automated_snapshot_retention_period
The default value for `automated_snapshot_retention_period` is 1.
Therefore, it can be included in the `CreateClusterInput` without
needing to check that it is set.
This was actually stopping people from setting the value to 0 (disabling
the snapshots) as there is an issue in `d.GetOk()` evaluating 0 for int
Clint