Terraform snippets



When the provisioner "local-exec" is executed, it will echo the private IP of the current AWS instance to private_ips.txt.

local_exec_provisioner



The provisioner "file" is using SSH to copy the myapp.conf file from the conf folder to the /etc/myapp.conf directory as the root user.

connection_provisioner



The code provisioner "chef" { node_name = "${webserver1}" run_list = ["cookbook::recipe"] user_name = "user_name-example" user_key = "user_key-example" server_url = "server_url-example" } creates a Chef server that runs recipes contained in the cookbook::recipe namespace. The node_name setting specifies the name of the Chef server instance. The run_list setting specifies the recipes to run on the server. The user_name and user_key settings specify the user name and password for the user who will access the Chef server. The server_url setting specifies the URL of the Chef server.

chef_provisioner



This code defines a resource named "vsphere_file" that stores a virtual disk in the my_datacenter in the my_datastore on the local machine.

vsphere_file



This code creates a virtual disk called "myDisk" in the "Datacenter" datastore and types it as a "thin" virtual disk.

vsphere_virtual_disk



The code uses the vsphere_folder resource to store a folder under the myResourceName name in the vSphere environment. The name and description fields are assigned to the myResourceName and myResourceDescription variables, respectively. The path field defines the folder location in the vSphere environment.

vsphere_folder



The code creates a virtual machine named "my-description-${myResourceName}" with vcpu=2 and memory=4096.

vsphere_virtual_machine



The code creates a provider for the vSphere environment. The user and password properties are set to the value of the ${var.vsphere_user} and ${var.vsphere_password} variables, respectively. The vSphere_server property is set to the value of the ${var.vsphere_server} variable.

vsphere



This code defines a resource named "vcd_vapp", defines the following properties: name, description, catalog_name, template_name, memory size, CPUs, network_name, and network_href. Finally, it defines the following metadata: role, env, and version.

vcd_vapp



This code defines a resource called vcd_snat and sets its properties. The name of the resource is myResourceName and the description is my-description-${myResourceName}. The edge_gateway property specifies the name of the edge gateway to which the myResourceName should connect. The external_ip and internal_ip properties specify the IP address and IP range of the edge gateway.

vcd_snat



The code above creates a firewall rule for a resource called "myResourceName" with the following description:

my-description-${myResourceName}

The rule denies FTP traffic out of the Edge Gateway named "Edge Gateway Name" to any destination port and IP address.

vcd_firewall_rules

vcd_network



The code defines a resource named vcd_dnat with the following properties:

name: my-description-${myResourceName}

description: my-description-${myResourceName}

edge_gateway: Edge Gateway Name

external_ip: 78.101.10.20

port: 80

internal_ip: 10.10.0.

vcd_dnat



The following code creates a new vcd provider.

var vcd_provider = new vcd.



The following code defines a vault policy with the name "myPath". The policy defines a path to a secret directory and specifies that the vault should write to this path.

vault_policy



This code declares a resource named vault_mount_id. The path attribute specifies the location of the vault_mount_id file. The type attribute specifies the type of the vault_mount_id file, which can be either a directory or a file.

vault_mount



The code creates a vault generic secret with the given id. The path is set to "secret/foo" and the data_json is set to a JSON object with the property "foo":"bar".

vault_generic_secret



In the code, the provider "vault" has an address ( "myVaultAddress" ) and a token ( "myVaultToken" ).

vault



The code defines a vault_auth_backend policy with the unique name "myVaultPolicyName". This policy will be used to authenticate requests for resources managed by the vault_auth_backend_id backend.

vault_auth_backend



The code defines a resource named "ultradns_record" and sets the zone to "${var.ultradns_domain}". The code sets the name of the resource to "my-${myResourceName}" and sets the description to "my-description-${myResourceName}". The code defines a zone for the resource and sets the name to "terraform". The code defines a record for the resource and sets the rdata to [ "192.168.0.11" ]. The code sets the type of the resource to "A" and sets the ttl to 3600 seconds.

ultradns_record



This code creates a provider for the Ultradns service. The Ultradns service provides a web-based management interface for your DNS services.

ultradns

 

This code defines a resource called "triton_machine" and sets its name, description, and package to "g3-standard-0.25-smartos". The image field specifies the image to use for the machine.

triton_machine



The code defines a resource named "triton_key" and sets its name to "my-${myResourceName}" and its description to "my-description-${myResourceName}" The resource's key is set to the value of the file("keys/id_rsa") variable.

triton_key




The code creates a new triton_firewall_rule resource with the name my-description-example and describes it as a rule that allows TCP traffic from any IP address to the website www on port 80 and port 443. The rule is enabled and set to True.

triton_firewall_rule



The code above specifies a Triton provider. Within the provider, an account (AccountName) and key material are defined. The key_id is also defined, which is used to identify the key when it is uploaded to the Triton server. Finally, the URL for accessing the Triton server is specified.

triton



The code creates a TLS certificate request with the name "my-description-${myResourceName}" and specifies the key algorithm as ECDSA and the private key file as "private_key.pem". The subject field specifies the common name for the certificate as "example.com" and the organization field specifies the name of the company issuing the certificate.

tls_cert_request



This code sets up a TLS resource named "myResourceName" with the following properties:

name: my-description-${myResourceName}

description: my-description-${myResourceName}

cert_request_pem: ${file("cert_request.pem")}

ca_key_algorithm: ECDSA

ca_private_key_pem: ${file("ca_private_key.pem")}

ca_cert_pem: ${file("ca_cert.

tls_locally_signed_cert



This resource defines a self-signed TLS certificate. The name of the certificate is "my-resource-name". The description of the certificate is "my-description-name". The key algorithm is "ECDSA". The private key is stored in a file called private_key.pem. The subject of the certificate must have the common name "example.com" and the organization the certificate is for must be "ACME Examples, Inc." The validity period of the certificate is 12 hours. The allowed uses for this certificate are "key_encipherment", "digital_signature", and "server_auth".

tls_self_signed_cert



The code defines a TLS private key named "myResourceName". The name, description, and algorithm are all specified. The key is based on the EC curve "P384".

tls_private_key



The example code uses the data directive to load the template_cloudinit_config variable from a file. The template_cloudinit_config variable is a JSON object that defines the configuration for the Cloud Init service.

template_cloudinit_config



The code creates a template file called "init.tpl" in the same directory as the code that loads it. The template file has the following content:

<div class="row">
<div class="col-md-12 col-sm-12">
<h1>${title}</h1>
</div>
<div class="col-md-12 col-sm-12">
${data.

template_file



This code sets the template to be "template_file/consul_address:1234" and sets the variables consul_address and port to be the private IP address of the AWS instance running Consul and 1234, respectively.

template_file inline



The code is creating a statuscake resource and assigning it the name "myResourceName". The code then sets the description field to be the same as the resource name. Finally, the code sets the website_name and website_url fields to be google.com. The code also sets the test_type field to be "HTTP" and the check_rate field to be 300.

statuscake_test



The code creates a key named my-resource-name and stores the key's public key in the variable public_key.

softlayer_ssh_key



This code sets up a statuscake provider. A statuscake provider provides a way to save and read data from a statuscake server.

statuscake



This code defines a virtual guest named "myResourceName" on SoftLayer. The virtual guest is assigned a name, domain, image, and region. The virtual guest's public network speed is set to 10, and the virtual guest's hourly billing is set to true. The virtual guest's private network only flag is set to false, and the virtual guest's cpu, ram, disks, and user data are defined. The dedicated_acct_host_only flag is set to true, and the local_disk flag is set to false. The virtual guest's frontend_vlan_id is set to 1085155, and the virtual guest's backend_vlan_id is set to 1085157.

softlayer_virtual_guest



This code creates an instance of Softlayer's provider class. The provider class has two properties: username and api_key. The username property is set to an empty string, and the api_key property is left blank.

softlayer



The resource Scaleway_volume has the following fields:

name: My $resourceName

description: My $resourceDescription

size_in_gb: 20

type: l_ssd

scaleway_volume



The Scaleway Volume Attachment resource defines a Scaleway volume named "my-volume" that is attached to a Scaleway server named "test.id".

scaleway_volume_attachment



The code defines a scaleway_security_group_rule with the name "my-description-${myResourceName}" and the following properties: 

name: "my-description-${myResourceName}"

description: "my-description-${myResourceName}"

security_group: "${scaleway_security_group.test.id}"

action: "accept"

direction: "inbound"

ip_range: "0.0.0.

scaleway_security_group_rule



Thiscode defines a scaleway_server resource with the name "myResourceName".The scaleway_server resource has an image of "5faef9cd-ea9b-4a63-9171-9e26bec03dbc" and type of "VC1M".The scaleway_server resource has a volume with the size of 20GB and type of "l_ssd".

scaleway_server



This code creates a security group named myResourceName. The description field can be used to provide a more detailed description of the security group.

scaleway_security_group



This code creates a scaleway_ip resource with the name my-myResourceName.

scaleway_ip



This code sets the architecture of the Ubuntu image to arm.

scaleway_image



This code enables scaleway to provision a Scaleway cloud instance in the region par1.

scaleway



The following code defines a bootscript for scaleway that uses the arm architecture.

scaleway_bootscript



This code defines a resource named "rundeck_job" and defines properties for that resource. The properties of the resource are:

name - The name of the resource.

description - The description of the resource.

project_name - The name of the project the resource is associated with.

node_filter_query - A query that defines which nodes the job should be run on. This query can be either a string or an Array of strings. If the query is an Array, then it must contain at least one string, which will be the name of a node the job should be run on.

command - The command to be executed on the nodes defined in the node_filter_query.

rundeck_job



This is a code block that creates a public key in the rundeck environment. The rundeck_public_key resource takes an input of the name of the public key and the description of the public key. The path to the public key is also passed in. Lastly, the key_material that will be used to generate the public key is specified.

rundeck_public_key



This code creates a new resource named "my-${myResourceName}" in the "rundeck_project" namespace. The resource has the following properties: 

name (string): the name of the resource

description (string): a description of the resource

ssh_key_storage_path (string): the path to the directory where Rundeck stores its private key files

resource_model_source (resource model source): a source of the resource model for this project

The resource model source must be a file. Rundeck parses the file and extracts the following information:

the type of the resource (file),

the properties of the resource (name, description),

the configuration of the resource (ssh_key_storage_path).

rundeck_project



The code creates a private key called "myResourceName" and sets its name, description, and path. The key_material variable contains the path to the file that contains the private key's public key.

Name	Language	Author	Uses
local_exec_provisioner	Terraform	l lucycodes42	0
connection_provisioner	Terraform	l lucycodes42	0
chef_provisioner	Terraform	l lucycodes42	0
vsphere_file	Terraform	l lucycodes42	0
vsphere_virtual_disk	Terraform	l lucycodes42	0
vsphere_folder	Terraform	l lucycodes42	0
vsphere_virtual_machine	Terraform	l lucycodes42	0
vsphere	Terraform	l lucycodes42	0
vcd_vapp	Terraform	l lucycodes42	0
vcd_snat	Terraform	l lucycodes42	0
vcd_firewall_rules	Terraform	l lucycodes42	0
vcd_network	Terraform	l lucycodes42	0
vcd_dnat	Terraform	l lucycodes42	0
vcd	Terraform	l lucycodes42	0
vault_policy	Terraform	l lucycodes42	0
vault_mount	Terraform	l lucycodes42	0
vault_generic_secret	Terraform	l lucycodes42	0
vault	Terraform	l lucycodes42	0
vault_auth_backend	Terraform	l lucycodes42	0
ultradns_record	Terraform	l lucycodes42	0
ultradns	Terraform	l lucycodes42	0
triton_machine	Terraform	l lucycodes42	0
triton_key	Terraform	l lucycodes42	0
triton_firewall_rule	Terraform	l lucycodes42	0
triton	Terraform	l lucycodes42	0
tls_cert_request	Terraform	l lucycodes42	0
tls_locally_signed_cert	Terraform	l lucycodes42	0
tls_self_signed_cert	Terraform	l lucycodes42	0
tls_private_key	Terraform	l lucycodes42	0
template_cloudinit_config	Terraform	l lucycodes42	0
template_file	Terraform	l lucycodes42	0
template_file inline	Terraform	l lucycodes42	0
statuscake_test	Terraform	l lucycodes42	0
softlayer_ssh_key	Terraform	l lucycodes42	0
statuscake	Terraform	l lucycodes42	0
softlayer_virtual_guest	Terraform	l lucycodes42	0
softlayer	Terraform	l lucycodes42	0
scaleway_volume	Terraform	l lucycodes42	0
scaleway_volume_attachment	Terraform	l lucycodes42	0
scaleway_security_group_rule	Terraform	l lucycodes42	0
scaleway_server	Terraform	l lucycodes42	0
scaleway_security_group	Terraform	l lucycodes42	0
scaleway_ip	Terraform	l lucycodes42	0
scaleway_image	Terraform	l lucycodes42	0
scaleway	Terraform	l lucycodes42	0
scaleway_bootscript	Terraform	l lucycodes42	0
rundeck_job	Terraform	l lucycodes42	1
rundeck_public_key	Terraform	l lucycodes42	0
rundeck_project	Terraform	l lucycodes42	0
rundeck_private_key	Terraform	l lucycodes42	0

Codiga Snippets, page 42