Terraform snippets



The code defines a variable "subnet_id" and assigns it the value of the data item "${selected}" which is the contents of the data variable "aws_subnet". Additionally, the code defines a resource "aws_security_group" and sets its associated variable "subnet" to the value of the data item "${selected}.

aws_subnet

aws_s3_bucket_object



The code creates a variable, security_group_id, that contains the id of the security group that is being selected. The data section sets the id of the subnet resource to the value that is returned from the variable.

aws_security_group



The preceding code declares a data item called "current" which is of the aws_region type. The value of "current" is a boolean value that is set to true.

aws_region



This is a resource file which defines an S3 bucket which will be used to store logs from a Redshift cluster. The bucket will have a policy which allows audit logging and it will be owned by the account which is defined as the data.aws_redshift_service_account.${main}.id in the code. The PutObject and GetBucketAcl actions will be used to manage the bucket's access permissions.

aws_redshift_service_account

aws_prefix_list



resource "aws_elb_instance" "${bar}" {
   instance_type = "t2.micro"
   instance_id = "${aws_elb_instance.${bar}.id}"
    instance_security_group = "sg-${aws_elb_instance.${bar}.security_group.

aws_elb_service_account

aws_iam_policy_document

aws_ip_ranges



The following code defines an ECS container named ecs-foobar. The task_definition and container_name are both set to the value foobar.

aws_ecs_container_definition



The code in this block creates an AWS CloudFormation stack.

aws_cloudformation_stack



This code creates an Amazon EBS volume with the name "volume-type" and the tag "Example".

aws_ebs_volume



The code creates an output variable called account_id with the value of the data.aws_caller_identity.current.account_id value.

aws_caller_identity

 data "aws_availability_zones" "information" {} data "aws_availability_zones" "impaired" {} data "aws_availability_zones" "unavailable" {}

The code creates three data arrays, one for each of the AWS availability zone types. The first two arrays, "available" and "information", are populated with True values if the zone is in the desired state, "available". The "impaired" array is populated with True values if the zone is in the impaired state, and the "unavailable" array is populated with True values if the zone is unavailable.

aws_availability_zones

aws_availability_zone



This codecreates an Amazon EC2 AMI. The most_recent attribute is set to true, meaning the AMI will be the most recent one. The executable_users attribute includes a list of users who are allowed to run the AMI. The filter attributes specify which AWS resources the AMI can use. The owners attribute specifies the user who created the AMI.

aws_ami



The following code specifies an Amazon Cloud Management Certificate that will be used for reporting to Amazon CloudWatch. The domain for this certificate is "tf.${example}.com." The status for this certificate is "ISSUED.

aws_acm_certificate

aws_alb_listener



The code above creates an instance of the AWS provider with the name "aws" and sets the region to "AWS REGION". The code also sets the shared_credentials_file to the path/to/.aws/creds file and the profile to "AWS PROFILE".

aws_profile



You can use the following code to create an aws provider:

aws create-provider --name myprovider --access-key AWS ACCESS KEY --secret-key AWS SECRET KEY --region AWS REGION



The code defines a data item named "atlas_artifact" with the value "hashicorp/web". The value of the data item is a reference to a web resource. The web resource has the following identifying information: the name is "hashicorp/web", the type is "amazon.image", and the build is "latest". The metadata for the web resource describes the operating system (arch) on which it was built.

atlas_artifact_data



The provider "atlas" line creates a new Atlas provider. The token property sets the provider's token.

atlas



The code above defines a provider named "arukas" that provides a token and secret.

arukas



This defines a resource called "arukas_container_id" with the name "myArukasName".

arukas_container



The code will create an archive provider.

archive_file



The module "${myModuleName}" will access the GitHub source for the "hg::http://" prefix.

mercurial_module



This code is enabling the myModuleName module to use the s3::https:// URL as a source (where the myModuleName module will be installed).

s3_module



The code in the module specifies the location of the source code for the module. The "module" keyword indicates that the source code for the module is stored in a specific location. The "${myModuleName}" notation specifies the name of the module, which in this case is "myModuleName".

github_module



The module "${myModuleName}" imports the Git repository from "git::https://MACHINE-USER:MACHINE-PASS@github.com/username".

github_private_module



The above code declares a sub-module within the "${myModuleName}" module. The module name can be whatever you want, but the source() must reference a valid Git repository at bitbucket.org registered under the username specified in the code.

bitbucket_module



This code specifies a module name and source location.

git_module



The variable "${myVariable}" is set to the empty string.

variable



The code defines a default value for the myVariable variable, which is set to an empty string.

variable default



The equals sign (=) is used to create a list of dependencies. The text after the equals sign is a list of package names. If a package is not found in the list, than the package cannot be used as a dependency.

depends_on



The resource ${1} with path "${2}" would be assigned the value of ${3} from the variable "${3}".

resource



The code above declares a module called "myModuleName". The source property specifies that the module doesn't have any sources.

module

output



The code defines a variable named "data" and sets it to the value "terraform_remote_state" of the "myBackend" variable. The data variable defines a variable that can hold values from a Terraform state file. In this case, the state file is named "terraform_state." This state file contains information about the current configuration of the "myBackend" Terraform backend.

swift_backend



The code defines a data structure called "terraform_remote_state" that contains the configuration for an S3 backend for Terraform. The data structure is defined in the variable "${myBackend}" and contains the following properties:

backend - The name of the S3 backend to use (defaults to "s3")

config - A JSON object containing the following properties:

bucket - The name of the S3 bucket to store the state in (defaults to "terraform-state-prod")

key - A key name to use to identify the state file in S3 (defaults to "network/terraform.

s3_backend



This code is telling Terraform to load the Terraform state data for a backend that is located at the path module directory.

local_backend



This code references a Terraform Remote State backend that listens on the http port for changes to resources in the myBackend configuration.

http_backend



The code defines a data block with the name "terraform_remote_state" and assigns it to the variable "${myBackend}" . The contents of the block are specific to the backend "etcd" . The block configures the path to the terraform.tfstate file and the two endpoints to which the terraform.tfstate file should be accessible.

etcd_backend



This code sets up a Terraform remote state backend with a GCS bucket and path. The backend is configured to use the goopro project as the project name.

gcs_backend



The code in this block creates a remote state for the azure backend. The remote state is stored in the $MY_BACKEND variable and has the name terraform-state. The value of the key variable is prod.terraform.tfstate.

azure_backend



The code sets the backend to be "consul" and sets the config to include the path to the Terraform state file.

consul_backend



The code defines a region called "bigbang" and specifies that the backend used for managing this region is called "atlas". The region is configured with a name and an access token.

atlas_backend



The above code uses the artifactory remote state provider to store the state of a Terraform project on an Artifactory server. The config section defines the username, password, and URL for accessing the remote state. The repo and subpath specify the name of the Terraform repository and the path to the directory containing the Terraform project, respectively.

artifactory_backend

react



The code defines an interface, filename]Props {} . The interface defines a single method, const filename: FC = ({}) => { . The code then defines a class, filename], which implements the interface. The class defines a single property, filename, which is a function that returns a <div></div> .

react.functional.interface.props

PHP recipes



This code allows you to require a file name.

Name	Language	Author	Uses
aws_subnet	Terraform	l lucycodes42	0
aws_s3_bucket_object	Terraform	l lucycodes42	0
aws_security_group	Terraform	l lucycodes42	0
aws_region	Terraform	l lucycodes42	0
aws_redshift_service_account	Terraform	l lucycodes42	0
aws_prefix_list	Terraform	l lucycodes42	0
aws_elb_service_account	Terraform	l lucycodes42	0
aws_iam_policy_document	Terraform	l lucycodes42	0
aws_ip_ranges	Terraform	l lucycodes42	0
aws_ecs_container_definition	Terraform	l lucycodes42	0
aws_cloudformation_stack	Terraform	l lucycodes42	0
aws_ebs_volume	Terraform	l lucycodes42	0
aws_caller_identity	Terraform	l lucycodes42	0
aws_availability_zones	Terraform	l lucycodes42	0
aws_availability_zone	Terraform	l lucycodes42	0
aws_ami	Terraform	l lucycodes42	0
aws_acm_certificate	Terraform	l lucycodes42	0
aws_alb_listener	Terraform	l lucycodes42	0
aws_profile	Terraform	l lucycodes42	0
aws	Terraform	l lucycodes42	1
atlas_artifact_data	Terraform	l lucycodes42	0
atlas	Terraform	l lucycodes42	0
arukas	Terraform	l lucycodes42	0
arukas_container	Terraform	l lucycodes42	0
archive	Terraform	l lucycodes42	0
archive_file	Terraform	l lucycodes42	0
mercurial_module	Terraform	l lucycodes42	0
s3_module	Terraform	l lucycodes42	0
github_module	Terraform	l lucycodes42	0
github_private_module	Terraform	l lucycodes42	0
bitbucket_module	Terraform	l lucycodes42	0
git_module	Terraform	l lucycodes42	0
variable	Terraform	l lucycodes42	1
variable default	Terraform	l lucycodes42	0
depends_on	Terraform	l lucycodes42	0
resource	Terraform	l lucycodes42	0
module	Terraform	l lucycodes42	0
output	Terraform	l lucycodes42	0
swift_backend	Terraform	l lucycodes42	0
s3_backend	Terraform	l lucycodes42	0
local_backend	Terraform	l lucycodes42	0
http_backend	Terraform	l lucycodes42	0
etcd_backend	Terraform	l lucycodes42	0
gcs_backend	Terraform	l lucycodes42	2
azure_backend	Terraform	l lucycodes42	0
consul_backend	Terraform	l lucycodes42	0
atlas_backend	Terraform	l lucycodes42	0
artifactory_backend	Terraform	l lucycodes42	2
react.functional.interface.props	TypeScript	A AndreiEnache	34
require	PHP	l lucycodes42	4

Codiga Snippets, page 53