AWS Route Creation

This section defines an AWS Route 53 record resources named “example_record”. It indicates the setup for a DNS record inside the Route 53 zone recently made. The characteristics of the record include:

• zone_id: This characteristic references the ID of the Highway 53 zone where the record will be made. It utilizes the introduction sentence structure to get to the zone ID of the “example_zone” asset.
• name: This indicates the domain name for the record. For this situation, it’s example “www.w3wiki.com“.
• type: This property characterizes the kind of DNS record. Here, it’s an “A” record, which maps a domain name to an IPv4 address.
• ttl: This characteristic establishes the Point in time to-Live (TTL) an incentive for the DNS record. It determines how long DNS resolvers should to cache the record, in a seconds.
• records: This determines the data related with the DNS record. For an “A” record, it normally contains at least one IPv4 address to which the space name should to determine.

resource "aws_route53_zone" "example_zone" {
  name = "example.com"
}
resource "aws_route53_record" "example_record" {
  zone_id = aws_route53_zone.example_zone.zone_id
  name    = "www.example.com" # add your desired domain name
  type    = "A"
  ttl     = "300"
  records = ["1.2.3.4"]
}

Step 4: Now Initialize Terraform And Execute Terraform Commands

• Now initialize terraform by using following command when we execute this command terraform install necessary packages into local machine.

terraform init

Now execute terraform execution commands by using following commands

terraform fmt # to format our script into canonical form 
terraform validate # to validate either is there any syntax errors 
terraform plan # it going to plan infrastructure to build 

• Now execute terraform apply command by using following command

terraform apply --auto-approve

Here below we see that terraform apply complete and Two resources was created in AWS

The following screenshot shows that we successfully created a sqs topic in aws using terraform

DNS In the present cloud-based infrastructure conditions, managing DNS (Domain Name System) configurations is vital for coordinating traffic effectively across different services and resources. AWS Route 53 stands apart as a highly versatile and dependable DNS web service given by Amazon Web Services, offering developers and administrators the capacity to manage domain names and route internet traffic effortlessly and efficiently.

Terraform, then again, is an infrastructure-as-code apparatus that empowers automated provisioning and the board of cloud infrastructure resources. By utilizing Terraform’s declarative way of dealing with characterizing infrastructure arrangements, users can make reproducible and version-controlled infrastructure arrangements, wiping out manual intercession and decreasing the risk of design float.

While consolidating AWS Route 53 with Terraform, associations can automate the executives of DNS configurations, simplifying it to keep up with and update DNS records, oversee traffic steering strategies, and ensure high accessibility for their applications and services. This mix considers the consistent consolidation of DNS across the board into the infrastructure as-code work process, advancing consistency, reliability, and versatility in cloud arrangements.