Application should be provisioned using Terraform. For each application that requires resources in AWS, create a Terraform root module for each account in which it will be deployed.
| Code Block |
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infra/
applications/
example/
sandbox/
production/ |
To ensure that staging and production match, you can encapsulate stateful resources into a module:
| Code Block |
|---|
infra/
applications/
example/
modules/
state/ |
You can then this module to provision resources in each account. You can also use the Flightdeck application-config module to set up the namespace, service account, secrets, and role bindings in your cluster:
| Code Block |
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# applications/example/sandbox/main.tf
module "staging" {
source = "../modules/state"
cluster_names = [data.aws_eks_cluster.sandbox_v1.name]
environment = "staging"
s3_bucket = "example-staging-activestorage"
redis_sidekiq_name = "example-staging-sidekiq-redis-orange"
redis_sidekiq_node_type = "cache.t4g.micro"
postgres_identifier = "example-staging-strawberry"
postgres_instance_class = "db.t4g.small"
}
module "staging_sandbox_v1" {
providers = { kubernetes = kubernetes.sandbox_v1 }
source = "github.com/thoughtbot/flightdeck//aws/application-config"
namespace = module.staging.namespace
secrets_manager_secrets = module.staging.secrets_manager_secrets
pod_service_account = module.staging.service_account_name
pod_iam_role = module.staging.pod_role_arn
}
data "aws_eks_cluster" "sandbox_v1" {
name = "example-sandbox-v1"
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