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.
This brings across the following resources for Triton from the
joyent/triton-terraform repository, and converts them to the canonical
Terraform style, introducing Terraform-style documentation and
acceptance tests which run against the live API rather than the local
APIs:
- triton_firewall_rule
- triton_machine
- triton_key
This brings across the following resources for Triton from the
joyent/triton-terraform repository, and converts them to the canonical
Terraform style, introducing Terraform-style documentation and
acceptance tests which run against the live API rather than the local
APIs:
- triton_firewall_rule
- triton_machine
- triton_key
Needed to truncate the identifier for SQL Server engines to keep it at
max 15 chars per the docs. Not a full UUID going into it, but should be
"unique enough" to not matter in practice.
Modified the basic test to use the generated value. Other tests are
still working w/ explicitly specified identifiers.
Previously this resource managed the set of keys as a whole rather than
the individual keys, and so it was unable to recognize when a particular
managed key is removed and delete just that one key from Consul.
Here this is addressed by recognizing that each key actually has its own
lifecycle, and detecting when individual keys are added and removed
without replacing the entire consul_keys instance.
Additionally this restores the behavior of updating the "value" attribute
on read, but restricts it only to blocks that already had a value so as
to avoid the quirkiness seen previously when we updated blocks that were
intended to be read-only. Updating the value is important now, because we
rely on this to detect and repair discrepancies between values stored in
Consul and values given in the configuration.
This change produces a change in the handling of the "delete" attribute.
Before it was considered only when the entire consul_keys resource was
deleted, but now it is considered also when a particular key block is
removed from within a resource.
This adds support for Elastic Beanstalk Applications, Configuration Templates,
and Environments.
This is a combined work of @catsby, @dharrisio, @Bowbaq, and @jen20
These options don't make sense when passing STDIN. `-write` will raise an
error because there is no file to write to. `-list` will always say
`<standard input>`. So disable whenever using STDIN, making the command
much simpler:
cat main.tf | terraform fmt -
So that you can do automatic formatting from an editor. You probably want to
disable the `-write` and `-list` options so that you just get the
re-formatted content, e.g.
cat main.tf | terraform fmt -write=false -list=false -
I've added a non-exported field called `input` so that we can override this
for the tests. If not specified, like in `commands.go`, then it will default
to `os.Stdin` which works on the command line.
The most common usage usage will be enabling the `-write` and `-list`
options so that files are updated in place and a list of any modified files
is printed. This matches the default behaviour of `go fmt` (not `gofmt`). So
enable these options by default.
This does mean that you will have to explicitly disable these if you want to
generate valid patches, e.g. `terraform fmt -diff -write=false -list=false`
This uses the `fmtcmd` package which has recently been merged into HCL. Per
the usage text, this rewrites Terraform config files to their canonical
formatting and style.
Some notes about the implementation for this initial commit:
- all of the fmtcmd options are exposed as CLI flags
- it operates on all files that have a `.tf` suffix
- it currently only operates on the working directory and doesn't accept a
directory argument, but I'll extend this in subsequent commits
- output is proxied through `cli.UiWriter` so that we write in the same way
as other commands and we can capture the output during tests
- the test uses a very simple fixture just to ensure that it is working
correctly end-to-end; the fmtcmd package has more exhaustive tests
- we have to write the fixture to a file in a temporary directory because it
will be modified and for this reason it was easier to define the fixture
contents as a raw string
these changes were added to reflect what was required to run the tutorial on my local machine. Below is my context for the above changes:
```shell
[2016-03-04T18:22:44] micperez in terraform_test
λ terraform remote config -backend-config="name=puhrez/getting-started"
missing 'access_token' configuration or ATLAS_TOKEN environmental variable
If the error message above mentions requiring or modifying configuration
options, these are set using the `-backend-config` flag. Example:
-backend-config="name=foo" to set the `name` configuration
[2016-03-04T18:23:27] micperez in terraform_test
λ export ATLAS_TOKEN=<REDACTED>
[2016-03-04T18:24:12] micperez in terraform_test
λ terraform remote config -backend-config="name=puhrez/getting-started"
Remote state management enabled
Remote state configured and pulled.
[2016-03-04T18:24:16] micperez in terraform_test
λ terraform push -name="puhrez/getting-started"
An error has occurred while archiving the module for uploading:
error detecting VCS: no VCS found for path: /Users/micperez/code/terraform_test
[2016-03-04T18:24:39] micperez in terraform_test
λ git init
Initialized empty Git repository in /Users/micperez/code/terraform_test/.git/
[2016-03-04T18:25:09] micperez in terraform_test [git:master]
λ terraform push -name="puhrez/getting-started"
An error has occurred while archiving the module for uploading:
error getting git commit: exit status 128
stdout:
stderr: fatal: bad default revision 'HEAD'
[2016-03-04T18:25:12] micperez in terraform_test [git:master]
λ git status
On branch master
Initial commit
Untracked files:
(use "git add <file>..." to include in what will be committed)
.terraform/
example.tf
terraform.tfstate.backup
nothing added to commit but untracked files present (use "git add" to track)
[2016-03-04T18:25:17] micperez in terraform_test [git:master]
λ git add example.tf
[2016-03-04T18:25:24] micperez in terraform_test [git:master]
λ git commit -m "init commit"
[master (root-commit) 34c4fa5] init commit
1 file changed, 10 insertions(+)
create mode 100644 example.tf
[2016-03-04T18:25:32] micperez in terraform_test [git:master]
λ terraform push -name="puhrez/getting-started"
Uploading Terraform configuration...
Configuration "puhrez/getting-started" uploaded! (v1)
```
The description field for a managed-zone is now a required field when using the Cloud API.
This commit defaults the field to use the text "Managed by Terraform" to minimize required boilerplate for Terraform users.
Ref: https://cloud.google.com/sdk/gcloud/reference/dns/managed-zones/create
The `description` field is easy to confuse for a nice field to
add an arbitrary comment to - and it's surprising that changes to this
field force a new resource, so we add a big note about it to point users
at tags.
Also marked all the other ForceNew attributes on this resource.
tls_self_signed_cert is really just a shorthand over tls_cert_request and
tls_locally_signed_cert, so rather than duplicating all of this
documentation and risking that it will get out of sync (since the
structure is shared in the implementation) we'll just link to the
existing docs.
This fixes#5343.
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.
Justin Clark