Terraform snippets



The code creates a resource called "ibm_lb_vpx_ha" with the following attributes:

primary_id: The id of the Primary IBM LBP VPS

secondary_id: The id of the Secondary IBM LBP VPS

stay_secondary: true


ibm_lb_vpx_ha



The ibm_lb_vpx_service resource defines a load balancer service. The name property specifies the name of the load balancer service. The vip_id property specifies the VIP identifier of the load balancer service. The destination_ip_address property specifies the IP address of the load balancer service. The destination_port property specifies the port of the load balancer service. The weight property sets the weight of the load balancer service. The connection_limit property sets the maximum number of requests that can be made on the load balancer service at any one time. The health_check property sets the health check type of the load balancer service.

ibm_lb_vpx_service



This code creates an IBM_LB_Vpx resource with the name myResourceName in the dal09 datacenter and with the speed setting at 10 Mbps. The version is set to 10.1, and the plan is set to Standard. Finally, the ip_count is set to 2.

ibm_lb_vpx



The IBM Load Balancer VIP resource assigns a specific virtual IP address to the IBM Load Balancer VIP instance.

ibm_lb_vpx_vip



In the code, the data is set to the IBM App Domain Shared, and the name is set to "mybluemix.net". The domain_guid is set to the IBM App Domain Shared's domain_shared.id, and the space_guid is set to the IBM Space for myResourceName-space.id. The host is set to myHost and the path is set to "/app".

ibm_app_domain_shared



The code in this snippet creates a resource named "ibm_compute_bare_metal" which is attached to the host "myHost" and domain "ibm.com" and has the os_reference_code " BareMetal ". The datacenter is set to "ibm.com" and network_speed is set to "10GbE". The hourly_billing setting is set to true and the private_network_only setting is false. Finally, user_metadata is set to "{\"value\":\"newvalue\"}" and fixed_config_preset is set to "Standard". The tags setting is set to ["collectd"] and the notes setting is set to "baremetal notes".

ibm_compute_bare_metal



This code creates an IBM_Compute_Image_Template resource in the namespace of the myResourceName variable. The name of the resource is "jumpbox.

ibm_compute_image_template



This code creates a IBM storage file with the name ${myResourceName} in the datacenter ${ibm_compute_vm_instance.myResourceName.datacenter} and with a capacity of 20GB. The IOPS and snapshot capacity are both set to 0.25 and the notes field is set to "notes".

ibm_storage_file



The code declares a resource called "ibm_storage_block" with the following properties:

type - This is set to "", which means the resource is not defined yet.

datacenter - This is set to the value of the myResourceName instance's datacenter.

capacity - This is set to 20.

iops - This is set to 0.25.

snapshot_capacity - This is set to 10.

os_format_type - This is set to "".

notes - This is set to "notes".

ibm_storage_block



This code creates a resource called "ibm_network_public_ip" and sets its IP address as the routes_to value. The notes field is set to contain text that will be displayed in the public-IP details section of the IBM Cloud Dashboard.

ibm_network_public_ip

ibm_service_instance



The following code defines a resource named "ibm_lb" with the following attributes:

connections : 250

datacenter : ""

ha_enabled : false

dedicated : false

The following code defines a resource named "ibm_lb_service_group" with the following attributes:

port : 

routing_method : ""

routing_type : "HTTP"

load_balancer_id : "${ibm_lb.myResourceName.id}"

allocation :

The following code defines a resource named "ibm_lb_service" with the following attributes:

port : 80

enabled : true

service_group_id : "${ibm_lb_service_group.myResourceName_lb_service_group.service_group_id}"

weight : 1

health_check_type : ""

ip_address_id : "${ibm_compute_vm_instance.myResourceName.

ibm_lb_service



The ibm_firewall resource specifies the name of the IBM Firewall instance, public_vlan_id is set to the public vlan id assigned to the VM instance, and the ibm_firewall_policy resource is used to create a policy for the firewall. The rules resource is used to create a ruleset for the IBM Firewall instance. The rule action is set to Deny all and the src_ip_address, src_ip_cidr, dst_ip_address, and dst_ip_cidr values are set to empty values. The protocol value is set to tcp.

ibm_firewall_policy



This code defines a resource called "ibm_dns_record" that contains the information for an IBM DNS domain. The domain_id is set to the id of the IBM DNS domain, and the expire and minimum_ttl values are set to 900 and 90 seconds, respectively. The mx_priority value is set to 1, which indicates that this record is the most important record for this IBM DNS domain. The refresh value is set to 1, which means that the record is automatically refreshed every 90 seconds. Finally, the host value is set to "127.0.0.1", which is the default DNS hostname for IBM DNS. The responsible_person value is set to "user@ibm.com", and the ttl value is set to 900 seconds.

ibm_dns_record



The ibm_dns_domain resource sets up an internal DNS domain for use by your application. The name attribute specifies the name of the domain, while the target attribute specifies the IP address of the DNS server that the domain should be pointed to.

ibm_dns_domain



This resource configuration defines an IBM Compute User resource named "user". The user has the following properties:

First name - "first_name"
Last name - "last_name"
Email address - "user@ibm.com"
Company name - "company_name"
Address 1 - "1 Main St."
Address 2 - "Suite 345"
City - ""
State - ""
Country - ""
Timezone - ""
Username - "user"
Password - "password"
Permissions - []
Has API Key - true

The user's permissions are set to '['.

ibm_compute_user



The code creates a resource called "ibm_compute_monitor" and assigns the guest_id of the vm instance as the resource's identifier. It also assigns the ip address of the vm instance as the resource's identifier. The code specifies that the resource's query type is "1" and that the response action is "1" (that is, the resource will be notified when a change occurs). The code specifies that the resource should wait for five cycles (that is, five seconds) and that only the owner of the resource (in this case, the root account) should be notified. Finally, the code specifies that the resource should be notified to users listed in the "notified_users" property.

ibm_compute_monitor



The code declares a resource named "my-${myResourceName}" and sets the URI to "https://www.ibm.com".

ibm_compute_provisioning_hook



The ibm_compute_autoscale_policy resource defines an autoscale policy for an IBM Compute Node using the scale_type and scale_amount fields. The scale_group_id field defines the autoscale group that this policy is associated with. The triggers field contains two One Time triggers and one repeating trigger. The type field is set to RESOURCE_USE, and the watches field contains two watches that monitor the host.cpu.percent metric. The operator field is set to > and the value field is set to 80. The period field is set to 120.

ibm_compute_autoscale_policy



My resource definitions:

resource "ibm_lb" "${myResourceName}" {
   connections = 250
   datacenter = ""
   ha_enabled = false
}
resource "ibm_lb_service_group" "${myResourceName}-lb-service-group" {
   load_balancer_id = "${ibm_lb.local_lb_01.id}"
   allocation = 100
   port = 80
   routing_method = "ROUND_ROBIN"
   routing_type = "HTTP"
}
resource "ibm_compute_autoscale_group" "${myResourceName}" {
   name = "my-${myResourceName}"
   regional_group = ""
   cooldown = 30
   minimum_member_count = 1
   maximum_member_count = 10
   termination_policy = ""
   virtual_server_id = "${ibm_lb_service_group.myResourceName-lb-service-group.id}"
   port = 8080
   health_

ibm_compute_autoscale_group



In the code example, the resource id is IBM_ORG.MYRESOURCENAME-ORG.ID and the name is myResourceName. The IBM_APP_DOMAIN_PRIVATE resource id associates the myResourceName resource with the domain-private name.

ibm_app_domain_private



The code creates a resource named "ibm_app_route" with the following data:

- DomainGuid: The domain GUID of the IBM App Domains Shared resource
- SpaceGuid: The space GUID of the IBM App Domains Shared resource
- Host: The hostname or IP address of the IBM App Domains Shared resource

ibm_app_route



The code defines an IBM Application resource with the name "myResourceName" and the GUID "${data.ibm_space.myResourceName-space.id}". The application path is "/test/app1.zip", and the wait time is set to 90 minutes.

ibm_app



The code defines a resource called "ibm_space" with the following properties:

The org property identifies the resource as belonging to the my-org organization.

The space property specifies that the resource is associated with the prod space.

ibm_space



The code creates a data item called "ibm_account" with the value of the string "${myResourceName}" and an associated id of "org.id".

ibm_account



This code creates a resource called "myResourceName" and assigns it the following attributes: name, domain, image, region, public_network_speed, hourly_billing, private_network_only, cpu, ram, disks, and local_disk. The ssh_key_ids attribute contains the id of an ssh key for this resource.

ibm_compute_vm_instance



The code assigns the string "my-org" to the variable org.

ibm_org



This code defines a resource named "ibm_compute_ssh_key" that stores the public key associated with the myResourceName.

ibm_compute_ssh_key



The code defines three variables:

• bluemix_api_key - The IBM Bluemix API key.

• softlayer_username - The user name for the SoftLayer account.

• softlayer_api_key - The SoftLayer API key.

ibmcloud



The code defines a domain for a Heroku application.

heroku_domain



This code drains the resource from the heroku_drain package.

heroku_drain



The code creates a new Heroku app with the name "MyResource".

heroku_app



The following code defines a resource named "heroku_cert" that points to a file named "${MyResource}" . The file content will be used to generate a heroku certificate.

heroku_cert



The above code specifies the name of an add-on that should be installed on Heroku.

heroku_addon



The code defines a data source called "myResourceName" that uses the "influxdb" database management system.

grafana_data_source



The code in this block declares that the provider "heroku" should be used to provide the operations (email) and api_key (variable "var.heroku_api_key") services.

heroku



This code defines a Grafana dashboard named "myResourceName" with the following configuration:

name: myResourceName

description: my-description-${myResourceName}

grafana_dashboard



The code declares a resource named google_storage_object_acl with the following attributes:

bucket - The name of the Google Storage bucket where the object resides.

object - The name of the object in the Google Storage bucket.

google_storage_object_acl



This code creates a Grafana instance at http://grafana.example.com/. The auth variable specifies the user's authentication credentials.

grafana



This code creates a new Google Storage bucket, example-name, and stores an image file named "garden-tiger-moth.jpg" in the bucket.

google_storage_bucket_object



The code creates a Google Storage Bucket called "example-name" with the description "example-description".

google_storage_bucket



The above code sets the bucket name as "image_store" for the Storage bucket created for the Google Cloud Platform resources.

google_storage_bucket_acl



The code example creates a Google SQL user named "example-name" with the following properties: 

name : "example-name"

description: "example-description"

host : "me.com"

password : "example-password"

instance : "${google_sql_database_instance.master.

google_sql_user



The code creates a GoogleSQLDatabase instance called "example-name" in the us-central region. The instance has a tier of D0.

google_sql_database_instance



The code defines a Google pubsub topic with the name "example-name" and the description "example-description".

google_pubsub_topic



This code creates a Google SQL database called "example-name" and sets the name of the database to "example-description".

google_sql_database



The code creates a Google DNS record set named "example-name" with the following properties: 

name: "example-name"

description: "example-description"


type: "A"

ttl: 300

google_dns_record_set



This code creates a resource called "example-name" with the following properties:

name: "example-name"

description: "example-description"

zone: "us-central1-a"

initial_node_count: 1

master_auth: {
 username: "mr.yoda",
 password: "adoy.

google_container_cluster



The code defines a Google DNS managed zone named "example-name" which contains the DNS name "prod.mydomain.com.

google_dns_managed_zone



The code creates a google_compute_vpn_tunnel resource. This resource has the following properties:

name : The name of the tunnel.

description : A description of the tunnel.

peer_ip : The IP address of the peer computer.

shared_secret : A shared secret for the tunnel.

target_vpn_gateway : The target VPN gateway. This tunnel will use the target VPN gateway as its gateway.

Name	Language	Author	Uses
ibm_lb_vpx_ha	Terraform	l lucycodes42	0
ibm_lb_vpx_service	Terraform	l lucycodes42	0
ibm_lb_vpx	Terraform	l lucycodes42	0
ibm_lb_vpx_vip	Terraform	l lucycodes42	0
ibm_app_domain_shared	Terraform	l lucycodes42	0
ibm_compute_bare_metal	Terraform	l lucycodes42	0
ibm_compute_image_template	Terraform	l lucycodes42	0
ibm_storage_file	Terraform	l lucycodes42	0
ibm_storage_block	Terraform	l lucycodes42	0
ibm_network_public_ip	Terraform	l lucycodes42	1
ibm_service_instance	Terraform	l lucycodes42	0
ibm_lb_service	Terraform	l lucycodes42	0
ibm_firewall_policy	Terraform	l lucycodes42	0
ibm_dns_record	Terraform	l lucycodes42	0
ibm_dns_domain	Terraform	l lucycodes42	0
ibm_compute_user	Terraform	l lucycodes42	0
ibm_compute_monitor	Terraform	l lucycodes42	0
ibm_compute_provisioning_hook	Terraform	l lucycodes42	0
ibm_compute_autoscale_policy	Terraform	l lucycodes42	0
ibm_compute_autoscale_group	Terraform	l lucycodes42	0
ibm_app_domain_private	Terraform	l lucycodes42	0
ibm_app_route	Terraform	l lucycodes42	0
ibm_app	Terraform	l lucycodes42	0
ibm_space	Terraform	l lucycodes42	0
ibm_account	Terraform	l lucycodes42	0
ibm_compute_vm_instance	Terraform	l lucycodes42	0
ibm_org	Terraform	l lucycodes42	0
ibm_compute_ssh_key	Terraform	l lucycodes42	0
ibmcloud	Terraform	l lucycodes42	0
heroku_domain	Terraform	l lucycodes42	0
heroku_drain	Terraform	l lucycodes42	0
heroku_app	Terraform	l lucycodes42	0
heroku_cert	Terraform	l lucycodes42	0
heroku_addon	Terraform	l lucycodes42	0
grafana_data_source	Terraform	l lucycodes42	0
heroku	Terraform	l lucycodes42	0
grafana_dashboard	Terraform	l lucycodes42	0
google_storage_object_acl	Terraform	l lucycodes42	0
grafana	Terraform	l lucycodes42	0
google_storage_bucket_object	Terraform	l lucycodes42	2
google_storage_bucket	Terraform	l lucycodes42	2
google_storage_bucket_acl	Terraform	l lucycodes42	0
google_sql_user	Terraform	l lucycodes42	0
google_sql_database_instance	Terraform	l lucycodes42	0
google_pubsub_topic	Terraform	l lucycodes42	0
google_sql_database	Terraform	l lucycodes42	0
google_dns_record_set	Terraform	l lucycodes42	0
google_container_cluster	Terraform	l lucycodes42	1
google_dns_managed_zone	Terraform	l lucycodes42	0
google_compute_vpn_tunnel	Terraform	l lucycodes42	0

Codiga Snippets, page 45